Primera Version TwinCat Converter

backend/script_groups/IO_adaptation/x5_md_to_excel.py

@@ -311,18 +311,157 @@ def log_message(log_path, message):
             print(f"Error al escribir en el log: {e}")
     print(message)
 
-def transform_io_address(address):
+def get_io_address_format(address, data_type):
     """
-    Transform IO addresses according to the required format:
+    Determinar el formato correcto de dirección IO según el tipo de datos.
+    
+    Args:
+        address: Dirección base (ej: "I0.0", "Q0.0", "PEW0", etc.)
+        data_type: Tipo de datos (Bool, Word, Real, etc.)
+    
+    Returns:
+        str: Dirección formateada según el tipo de datos
+    """
+    if not address or not isinstance(address, str):
+        return address
+    
+    address = address.strip()
+    data_type_lower = data_type.lower() if data_type else ""
+    
+    # Handle Profibus ranges (extract the first number before the range)
+    profibus_match = re.match(r'^(EW|AW)\s+(\d+)\.\..*$', address)
+    if profibus_match:
+        prefix, number = profibus_match.groups()
+        if prefix == 'EW':
+            if data_type_lower in ['dword', 'udint', 'dint', 'real']:
+                return f"%ED{number}"
+            elif data_type_lower in ['byte', 'usint', 'sint']:
+                return f"%EB{number}"
+            else:
+                return f"%EW{number}"  # Word por defecto
+        elif prefix == 'AW':
+            if data_type_lower in ['dword', 'udint', 'dint', 'real']:
+                return f"%AD{number}"
+            elif data_type_lower in ['byte', 'usint', 'sint']:
+                return f"%AB{number}"
+            else:
+                return f"%AW{number}"  # Word por defecto
+    
+    # Handle simple AW/EW with space (without range)
+    simple_profibus_match = re.match(r'^(EW|AW)\s+(\d+)$', address)
+    if simple_profibus_match:
+        prefix, number = simple_profibus_match.groups()
+        if prefix == 'EW':
+            if data_type_lower in ['dword', 'udint', 'dint', 'real']:
+                return f"%ED{number}"
+            elif data_type_lower in ['byte', 'usint', 'sint']:
+                return f"%EB{number}"
+            else:
+                return f"%EW{number}"  # Word por defecto
+        elif prefix == 'AW':
+            if data_type_lower in ['dword', 'udint', 'dint', 'real']:
+                return f"%AD{number}"
+            elif data_type_lower in ['byte', 'usint', 'sint']:
+                return f"%AB{number}"
+            else:
+                return f"%AW{number}"  # Word por defecto
+    
+    # Extraer números de las direcciones para determinar el formato según tipo de datos
+    # Patterns for boolean addresses (mantener formato de bit)
+    if re.match(r'^[IEQ](\d+)\.(\d+)$', address):
+        byte_num = re.match(r'^[IEQ](\d+)\.(\d+)$', address).group(1)
+        bit_num = re.match(r'^[IEQ](\d+)\.(\d+)$', address).group(2)
+        
+        if address.startswith(('I', 'E')):
+            if data_type_lower == 'bool':
+                return f"%E{byte_num}.{bit_num}"
+            elif data_type_lower in ['byte', 'usint', 'sint']:
+                return f"%EB{byte_num}"
+            elif data_type_lower in ['dword', 'udint', 'dint', 'real']:
+                return f"%ED{byte_num}"
+            else:
+                return f"%EW{byte_num}"  # Word por defecto
+        
+        elif address.startswith(('Q', 'A')):
+            if data_type_lower == 'bool':
+                return f"%A{byte_num}.{bit_num}"
+            elif data_type_lower in ['byte', 'usint', 'sint']:
+                return f"%AB{byte_num}"
+            elif data_type_lower in ['dword', 'udint', 'dint', 'real']:
+                return f"%AD{byte_num}"
+            else:
+                return f"%AW{byte_num}"  # Word por defecto
+    
+    # Patterns for word addresses
+    elif re.match(r'^PEW(\d+)$', address):
+        number = re.match(r'^PEW(\d+)$', address).group(1)
+        if data_type_lower in ['dword', 'udint', 'dint', 'real']:
+            return f"%ED{number}"
+        elif data_type_lower in ['byte', 'usint', 'sint']:
+            return f"%EB{number}"
+        else:
+            return f"%EW{number}"  # Word por defecto
+    
+    elif re.match(r'^PAW(\d+)$', address):
+        number = re.match(r'^PAW(\d+)$', address).group(1)
+        if data_type_lower in ['dword', 'udint', 'dint', 'real']:
+            return f"%AD{number}"
+        elif data_type_lower in ['byte', 'usint', 'sint']:
+            return f"%AB{number}"
+        else:
+            return f"%AW{number}"  # Word por defecto
+    
+    # Handle addresses that already have % prefix but wrong data type format
+    elif re.match(r'^%[AE][BWDL](\d+)$', address):
+        match = re.match(r'^%([AE])([BWDL])(\d+)$', address)
+        if match:
+            prefix, current_type, number = match.groups()
+            if prefix == 'E':  # Input
+                if data_type_lower in ['dword', 'udint', 'dint', 'real']:
+                    return f"%ED{number}"
+                elif data_type_lower in ['byte', 'usint', 'sint']:
+                    return f"%EB{number}"
+                else:
+                    return f"%EW{number}"  # Word por defecto
+            elif prefix == 'A':  # Output
+                if data_type_lower in ['dword', 'udint', 'dint', 'real']:
+                    return f"%AD{number}"
+                elif data_type_lower in ['byte', 'usint', 'sint']:
+                    return f"%AB{number}"
+                else:
+                    return f"%AW{number}"  # Word por defecto
+    
+    # Si ya está en formato correcto o formato desconocido, devolver tal como está
+    return address
+
+def transform_io_address(address, data_type=None):
+    """
+    Transform IO addresses according to the required format, considering data type:
+    
+    For Bool:
     - Ixx.x → %Exx.x
-    - Exx.x → %Exx.x
     - Qxx.x → %Axx.x
-    - Axx.x → %Axx.x
+    
+    For Byte:
+    - Ixx.x → %EBxx
+    - Qxx.x → %ABxx
+    
+    For Word:
+    - Ixx.x → %EWxx
+    - Qxx.x → %AWxx
     - PEWxx → %EWxx
     - PAWxx → %AWxx
-    - EW xx..xx → %EWxx (ranges for Profibus)
-    - AW xx..xx → %AWxx (ranges for Profibus)
+    
+    For DWord/Real:
+    - Ixx.x → %EDxx
+    - Qxx.x → %ADxx
+    - PEWxx → %EDxx
+    - PAWxx → %ADxx
     """
+    if data_type:
+        return get_io_address_format(address, data_type)
+    
+    # Fallback a la lógica anterior si no se proporciona data_type
     if not address or not isinstance(address, str):
         return address
     
@@ -385,6 +524,62 @@ def is_bit_type(data_type):
     """Determinar si el tipo de dato es un bit (Bool)."""
     return data_type.lower() == 'bool'
 
+def get_memory_address_format(data_type, mem_byte, mem_bit=None):
+    """
+    Determinar el formato de dirección de memoria y el incremento de bytes según el tipo de datos.
+    
+    Returns:
+        tuple: (address_format, byte_increment, new_bit)
+    """
+    data_type_lower = data_type.lower()
+    
+    if data_type_lower == 'bool':
+        # Para Bool usar formato de bit
+        if mem_bit is None:
+            mem_bit = 0
+        address = f"%M{mem_byte}.{mem_bit}"
+        new_bit = mem_bit + 1
+        if new_bit > 7:
+            new_bit = 0
+            byte_increment = 1
+        else:
+            byte_increment = 0
+        return address, byte_increment, new_bit
+    
+    elif data_type_lower in ['byte', 'usint', 'sint']:
+        # Para Byte usar %MB (1 byte)
+        address = f"%MB{mem_byte}"
+        return address, 1, None
+    
+    elif data_type_lower in ['word', 'uint', 'int']:
+        # Para Word usar %MW (2 bytes)
+        address = f"%MW{mem_byte}"
+        return address, 2, None
+    
+    elif data_type_lower in ['dword', 'udint', 'dint']:
+        # Para DWord usar %MD (4 bytes)
+        address = f"%MD{mem_byte}"
+        return address, 4, None
+    
+    elif data_type_lower in ['real', 'lreal']:
+        # Para Real usar %MD (4 bytes), para LReal usar %ML (8 bytes)
+        if data_type_lower == 'lreal':
+            address = f"%ML{mem_byte}"
+            return address, 8, None
+        else:
+            address = f"%MD{mem_byte}"
+            return address, 4, None
+    
+    elif data_type_lower in ['time', 'time_of_day', 's5time']:
+        # Para tipos de tiempo usar %MD (4 bytes)
+        address = f"%MD{mem_byte}"
+        return address, 4, None
+    
+    else:
+        # Para tipos desconocidos, usar %MW por defecto (2 bytes)
+        address = f"%MW{mem_byte}"
+        return address, 2, None
+
 def update_plc_tags(excel_path, md_path, output_path, log_path):
     """
     Actualiza el archivo Excel con la información del archivo Markdown.
@@ -443,14 +638,14 @@ def update_plc_tags(excel_path, md_path, output_path, log_path):
     log_message(log_path, f"Columna IO: {io_col}")
     log_message(log_path, f"Columna Master Tag: {master_tag_col}")
     
-    # Crear un diccionario de mapeo IO desde el Markdown
+    # Crear un diccionario de mapeo IO desde el Markdown (sin transformar aún)
     io_mapping = {}
     for _, row in md_df.iterrows():
         master_tag = str(row[master_tag_col]).strip()
         io_value = str(row[io_col]).strip()
         
         if master_tag and io_value and master_tag != 'nan' and io_value != 'nan':
-            io_mapping[master_tag] = transform_io_address(io_value)
+            io_mapping[master_tag] = io_value  # Guardar la dirección sin transformar
     
     log_message(log_path, f"Tags mapeados en el archivo Markdown: {len(io_mapping)}")
     
@@ -467,9 +662,20 @@ def update_plc_tags(excel_path, md_path, output_path, log_path):
     # Inicializar contadores para direcciones de memoria
     input_mem_byte = 3600
     input_mem_bit = 0
-    output_mem_byte = 3800
+    output_mem_byte = 3900
     output_mem_bit = 0
     
+    # Validar configuración inicial de memoria
+    if output_mem_byte <= input_mem_byte:
+        error_msg = (f"ERROR: Configuración de memoria inválida. "
+                   f"output_mem_byte ({output_mem_byte}) debe ser mayor que input_mem_byte ({input_mem_byte}). "
+                   f"Ajuste los valores iniciales de memoria.")
+        log_message(log_path, error_msg)
+        return False
+    
+    log_message(log_path, f"Configuración de memoria: input_mem_byte={input_mem_byte}, output_mem_byte={output_mem_byte}")
+    log_message(log_path, f"Espacio disponible para inputs: {output_mem_byte - input_mem_byte} bytes")
+    
     # Estadísticas
     total_tags = 0
     updated_tags = 0
@@ -532,7 +738,9 @@ def update_plc_tags(excel_path, md_path, output_path, log_path):
                 # Verificar si el tag está en el mapeo de IO
                 if tag_name in io_mapping:
                     old_address = logical_address_cell.value
-                    new_address = io_mapping[tag_name]
+                    io_raw_address = io_mapping[tag_name]
+                    # Transformar la dirección considerando el tipo de datos
+                    new_address = transform_io_address(io_raw_address, data_type)
                     logical_address_cell.value = new_address
                     
                     # Determinar el nuevo path basado en la dirección asignada
@@ -558,7 +766,7 @@ def update_plc_tags(excel_path, md_path, output_path, log_path):
                         relocated_tags[new_path] = relocated_tags.get(new_path, 0) + 1
                     
                     updated_tags += 1
-                    log_message(log_path, f"Actualizado: {tag_name} | Viejo valor: {old_address} | Nuevo valor: {new_address} | Path: {path_cell.value}")
+                    log_message(log_path, f"Actualizado: {tag_name} | Tipo: {data_type} | Viejo valor: {old_address} | Nuevo valor: {new_address} | Path: {path_cell.value}")
                 
                 # Si no está en el mapeo, asignar dirección de memoria según configuración
                 else:
@@ -577,34 +785,40 @@ def update_plc_tags(excel_path, md_path, output_path, log_path):
                         
                         # Asignar dirección de memoria según el tipo (Input/Output)
                         if path_type == "Input" or (is_input and not is_output):
-                            # Asignar dirección de memoria para entradas
+                            # Verificar que no se exceda el límite de memoria de entrada
+                            new_address, byte_increment, new_bit = get_memory_address_format(
+                                data_type, input_mem_byte, input_mem_bit
+                            )
+                            
+                            # Verificar límites antes de asignar
+                            new_input_mem_byte = input_mem_byte + byte_increment
+                            if new_input_mem_byte >= output_mem_byte:
+                                error_msg = (f"ERROR: input_mem_byte ({new_input_mem_byte}) excedería output_mem_byte ({output_mem_byte}). "
+                                           f"La memoria de entrada está demasiado cerca de la memoria de salida. "
+                                           f"Tag problemático: {tag_name}. "
+                                           f"Considere aumentar output_mem_byte o reducir el número de tags de entrada.")
+                                log_message(log_path, error_msg)
+                                return False
+                            
                             if is_bit_type(data_type):
-                                new_address = f"%M{input_mem_byte}.{input_mem_bit}"
-                                input_mem_bit += 1
-                                if input_mem_bit > 7:
-                                    input_mem_bit = 0
-                                    input_mem_byte += 1
-                            else:
-                                new_address = f"%MW{input_mem_byte}"
-                                input_mem_byte += 2
+                                input_mem_bit = new_bit
+                            input_mem_byte = new_input_mem_byte
+                            
                         else:  # Tipo Output o no determinado
                             # Asignar dirección de memoria para salidas
+                            new_address, byte_increment, new_bit = get_memory_address_format(
+                                data_type, output_mem_byte, output_mem_bit
+                            )
                             if is_bit_type(data_type):
-                                new_address = f"%M{output_mem_byte}.{output_mem_bit}"
-                                output_mem_bit += 1
-                                if output_mem_bit > 7:
-                                    output_mem_bit = 0
-                                    output_mem_byte += 1
-                            else:
-                                new_address = f"%MW{output_mem_byte}"
-                                output_mem_byte += 2
+                                output_mem_bit = new_bit
+                            output_mem_byte += byte_increment
                         
                         relocated_tags[no_used_path] = relocated_tags.get(no_used_path, 0) + 1
                         old_address = logical_address_cell.value
                         logical_address_cell.value = new_address
                         assigned_memory_addresses += 1
                         
-                        log_message(log_path, f"Asignación memoria: {tag_name} | Viejo valor: {old_address} | Nuevo valor: {new_address} | Path: {path_cell.value}")
+                        log_message(log_path, f"Asignación memoria: {tag_name} | Tipo: {data_type} | Viejo valor: {old_address} | Nuevo valor: {new_address} | Path: {path_cell.value}")
     
     # Guardar el archivo actualizado
     try:
@@ -623,6 +837,17 @@ def update_plc_tags(excel_path, md_path, output_path, log_path):
             log_message(log_path, f"Tags relocalizados a {path}: {count}")
     log_message(log_path, f"Tags con direcciones de memoria asignadas: {assigned_memory_addresses}")
     
+    # Mostrar uso final de memoria
+    log_message(log_path, "\n" + "=" * 25 + " USO DE MEMORIA " + "=" * 25)
+    log_message(log_path, f"Memoria de entrada final: {input_mem_byte} (inicio: 3600)")
+    log_message(log_path, f"Memoria de salida final: {output_mem_byte} (inicio: 3900)")
+    log_message(log_path, f"Bytes usados para entradas: {input_mem_byte - 3600}")
+    log_message(log_path, f"Bytes usados para salidas: {output_mem_byte - 3900}")
+    log_message(log_path, f"Espacio restante entre memorias: {3900 - input_mem_byte} bytes")
+    
+    if input_mem_byte > 3600 or output_mem_byte > 3900:
+        log_message(log_path, f"✅ Proceso completado exitosamente sin conflictos de memoria")
+    
     return True
 
 def main():

backend/script_groups/TwinCat/.example/ADSVARREAD.EXP

@@ -0,0 +1,297 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION_BLOCK ADSVARREAD
+VAR_INPUT
+	NETID		:	STRING(21);
+	PORT		:	UINT;
+	VARNAME	:	STRING(101);
+	DESTLEN	:	UDINT;
+	DESTADDR 	:	DWORD;
+	CONNECT	:	BOOL;
+	READ		:	BOOL;
+	TMOUT		:	TIME;
+END_VAR
+VAR_OUTPUT
+	CONNECTED:	BOOL;
+	BUSY		:	BOOL;
+	ERR		:	BOOL;
+	ERRID		:	UDINT;
+END_VAR
+VAR
+	i_NETID			:	STRING(21);
+	i_PORT			:	UINT;
+	i_VARNAME		:	STRING(101);
+	i_DESTLEN		:	UDINT;
+	i_DESTADDR 	:	DWORD;
+	i_TMOUT		:	TIME;
+
+	i_IdxOffset		:	UDINT;
+
+	fbRTrigCon		:	R_TRIG;
+	fbRWCon		:	ADSRDWRT;
+	fbWDiscon		:	ADSWRITE;
+	fbAdsRead		:	ADSREAD;
+
+	fbBlockTimer		:	TOF;
+	tBlockTime		:	TIME;
+
+	iState			:	INT;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+fbRTrigCon(CLK:= CONNECT);
+tBlockTime := T#60s;
+
+fbBlockTimer(IN:=FALSE, PT:=tBlockTime);
+
+CASE iState OF
+
+	0:	(*
+		Awaiting CONNECT
+		*)
+		ERR:=FALSE;
+		CONNECTED:=FALSE;
+		IF READ THEN
+			BUSY:=TRUE;			(* go error state, but create signals ... *)
+			ERRID:=0;
+			iState:=-1;
+		ELSIF CONNECT THEN
+			(* rising edge at CONNECT input, save input vars *)
+			i_NETID:=NETID;
+			i_PORT:=PORT;
+			i_VARNAME:=VARNAME;
+			i_DESTLEN:=DESTLEN;
+			i_DESTADDR:=DESTADDR;
+			i_TMOUT:=TMOUT;
+			(* go active ... *)
+			BUSY:=TRUE;
+			ERRID:=0;
+			IF fbBlockTimer.Q THEN
+				iState:=-2;			(* still blocked out, go error state, but create signals ... *)
+			ELSE
+				fbRWCon(WRTRD:=FALSE);
+				iState:=10;			(* start varconnect ... *)
+			END_IF
+		ELSE
+			BUSY:=FALSE;			(* still waiting ... *)
+		END_IF
+
+	-1:	(*
+		Tried to start without connect
+		*)
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFFFF;
+		IF NOT READ THEN
+			iState:=0;					(* go idle *)
+		END_IF
+
+	-2:	(*
+		Tried to connect while still blocked out
+		*)
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFFFE;
+		IF NOT CONNECT THEN
+			iState:=0;					(* go idle *)
+		END_IF
+
+	(* ########################################################## *)
+
+	10:	(*
+		Sending var connect request
+		*)
+		fbRWCon.NETID:=i_NETID;
+		fbRWCon.PORT:=i_PORT;
+		fbRWCon.IDXGRP:=ADS_IDXGRP_GETVARHANDLEBYNAME;
+		fbRWCon.IDXOFFS:=16#0;
+		fbRWCon.WRITELEN:= LEN(i_VARNAME);
+		fbRWCon.READLEN:=SIZEOF(i_IdxOffset);
+		fbRWCon.SRCADDR:=ADR(i_VARNAME);
+		fbRWCon.DESTADDR:=ADR(i_IdxOffset);
+		fbRWCon.TMOUT:=i_TMOUT;
+		fbRWCon.WRTRD:=TRUE;
+		fbRWCon();
+		iState:=11;					(* go ahead *)
+
+	11:	(*
+		Sending var connect request
+		*)
+		fbRWCon();
+		IF NOT fbRWCon.BUSY THEN
+			BUSY:=FALSE;
+			IF fbRWCon.ERR THEN
+				ERR:=TRUE;
+				ERRID:=fbRWCon.ERRID;
+				fbBlockTimer(IN:=(fbRWCon.ERRID=16#745) AND (PORT<>uiS7ADS_PORTNO));
+				iState:=-11;			(* go error state *)
+			ELSE
+				(* Succeded *)
+				CONNECTED:=TRUE;
+				(* Prepare for Reading *)
+				fbAdsRead.READ:=FALSE;
+				fbAdsRead();
+				iState:=20;			(* go ahead *)
+			END_IF
+			fbRWCon.WRTRD:=FALSE;
+			fbRWCon();
+		END_IF
+
+	-11:	(*
+		wasn't able to connect
+		*)
+		IF NOT CONNECT THEN
+			iState:=0;					(* go idle *)
+		END_IF
+
+	(* ########################################################## *)
+
+	20:	(*
+		awaiting DISCONNECT or READ
+		*)
+		ERR:=FALSE;
+		IF READ THEN
+			BUSY:=TRUE;			(* go ahead ... *)
+			ERRID:=0;
+			IF fbBlockTimer.Q THEN
+				iState:=-40;			(* still blocked out, go error state, but create signals ... *)
+			ELSE
+				iState:=40;
+				fbAdsRead(READ:=FALSE);
+			END_IF
+		ELSIF NOT CONNECT THEN
+			BUSY:=TRUE;
+			ERRID:=0;
+			(* Prepare for Disconnect *)
+			IF fbBlockTimer.Q THEN
+				iState:=-30;			(* still blocked out, go error state, but create signals ... *)
+			ELSE
+				fbWDiscon(WRITE:=FALSE);
+				iState:=30;			(* go ahead *)
+			END_IF
+		ELSE
+			BUSY:=FALSE;			(* still waiting ... *)
+		END_IF
+
+	30:	(*
+		Sending var disconnect request
+		*)
+		fbWDiscon.NETID:=i_NETID;
+		fbWDiscon.PORT:=i_PORT;
+		fbWDiscon.IDXGRP:=ADS_IDXGRP_RELEASEVARHANDLE;
+		fbWDiscon.IDXOFFS:=i_IdxOffset;
+		fbWDiscon.LEN:= SIZEOF(i_IdxOffset);
+		fbWDiscon.SRCADDR:=ADR(i_IdxOffset);
+		fbWDiscon.TMOUT:=i_TMOUT;
+		fbWDiscon.WRITE:= TRUE;
+		fbWDiscon();
+		iState:=31;				(* go ahead *)
+
+	31:	(*
+		Sending var disconnect request
+		*)
+		fbWDiscon();
+		IF NOT fbWDiscon.BUSY THEN
+			BUSY:=FALSE;
+			IF fbWDiscon.ERR THEN
+				ERR:=TRUE;
+				ERRID:=fbRWCon.ERRID;
+				fbBlockTimer(IN:=(fbRWCon.ERRID=16#745) AND (PORT<>uiS7ADS_PORTNO));
+				iState:=-31;					(* go error state *)
+			ELSE
+				(* Succeded *)
+				CONNECTED:=FALSE;
+				iState:=0;					(* go idle *)
+			END_IF
+			fbWDiscon.WRITE:= FALSE;
+			fbWDiscon();
+		END_IF
+
+	-30:	(*
+		tried to DISCONNECT while still blocked out
+		*)
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFFFD;
+		IF CONNECT THEN
+			iState:=20;				(* go back *)
+		END_IF
+
+	-31:	(*
+		wasn't able to DISCONNECT
+		*)
+		IF CONNECT THEN
+			iState:=20;				(* go back *)
+		END_IF
+
+	(* ########################################################## *)
+
+	40:	(*
+		Sending read request
+		*)
+		fbAdsRead.NETID:=i_NETID;
+		fbAdsRead.PORT:=i_PORT;
+		fbAdsRead.IDXGRP:=ADS_IDXGRP_READVARBYHANDLE;
+		fbAdsRead.IDXOFFS:=i_IdxOffset;
+		fbAdsRead.LEN:=i_DESTLEN;
+		fbAdsRead.DESTADDR:=i_DESTADDR;
+		fbAdsRead.TMOUT:=i_TMOUT;
+		fbAdsRead.READ:=TRUE;
+		fbAdsRead();
+		iState:=41;				(* go ahead *)
+
+	41:	(*
+		Sending read request
+		*)
+		fbAdsRead();
+		IF NOT fbAdsRead.BUSY THEN
+			BUSY:=FALSE;
+			IF fbAdsRead.ERR THEN
+				ERR:=TRUE;
+				ERRID:=fbAdsRead.ERRID;
+				fbBlockTimer(IN:=(fbAdsRead.ERRID=16#745) AND (PORT<>uiS7ADS_PORTNO));
+				iState:=-41;					(* go error state *)
+			ELSE
+				iState:=42;					(* go ahead *)
+			END_IF
+			fbAdsRead.READ:=FALSE;
+			fbAdsRead();
+		END_IF
+
+	42:	(*
+		Sending read request
+		*)
+		IF NOT READ THEN
+			iState:=20;					(* go idle *)
+		END_IF
+
+	-40:	(*
+		tried to READ while still blocked out
+		*)
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFFFC;
+		IF NOT READ THEN
+			iState:=20;				(* go back *)
+		END_IF
+
+	-41:	(*
+		wasn't able to READ
+		*)
+		IF NOT READ  THEN
+			iState:=20;				(* go back *)
+		END_IF
+
+	(* ########################################################## *)
+
+	ELSE
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFF00;
+		IF NOT CONNECT AND NOT READ THEN
+			iState:=0;					(* go idle *)
+		END_IF
+
+END_CASE
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/ADSVARTRANSLATE.EXP

@@ -0,0 +1,143 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION_BLOCK ADSVARTRANSLATE
+VAR_INPUT
+	FORMAT	:	STRING(255);
+	SOURCELEN	:	UDINT;
+	SOURCEADDR :	DWORD;
+	DESTADDR 	:	DWORD;
+	START		:	BOOL;
+END_VAR
+VAR_OUTPUT
+	READY		:	BOOL;
+	ERR		:	BOOL;
+END_VAR
+VAR
+	baName		:	ARRAY [1..255] OF BYTE;
+	nStrMaxIdx	:	INT;
+	nStrIdx		:	INT;
+
+	baData		:	ARRAY [1..255] OF BYTE;
+	nDataMaxIdx	:	INT;
+	nDataIdx		:	INT;
+
+	nCount		:	INT;
+	bTemp		:	BYTE;
+
+	fbRTrig		:	R_TRIG;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+fbRTrig(CLK:= START);
+
+IF fbRTrig.Q THEN
+	ERR := FALSE;
+
+	nStrMaxIdx := MIN(LEN(FORMAT),255);
+	MEMCPY(ADR(baName),ADR(FORMAT),nStrMaxIdx);
+
+	nDataMaxIdx := UDINT_TO_INT(MIN(SOURCELEN,255));
+	MEMCPY(ADR(baData),SOURCEADDR,nDataMaxIdx);
+
+	nStrIdx := 1;
+	nDataIdx := 1;
+
+	WHILE(nStrIdx<=nStrMaxIdx) DO
+		nCount := 1;
+		IF(baName[nStrIdx] >= 48 AND baName[nStrIdx] <= 57) THEN
+			nCount := baName[nStrIdx] - 48;
+			nStrIdx := nStrIdx+1;
+			IF(nStrIdx>nStrMaxIdx) THEN
+				ERR := TRUE;
+				EXIT;
+			END_IF
+			IF(baName[nStrIdx] >= 48 AND baName[nStrIdx] <= 57) THEN
+				nCount := 10 * nCount + baName[nStrIdx] - 48;
+				nStrIdx := nStrIdx+1;
+				IF(nStrIdx>nStrMaxIdx) THEN
+					ERR := TRUE;
+					EXIT;
+				END_IF
+			END_IF
+		END_IF
+
+		IF(baName[nStrIdx] = 68 OR baName[nStrIdx] = 100) THEN
+			(*
+			dword data: revert bytes
+			*)
+			WHILE(nCount > 0)DO
+				IF((nDataIdx+3) > nDataMaxIdx) THEN
+					ERR := TRUE;
+					EXIT;
+				END_IF
+				bTemp := baData[nDataIdx];
+				baData[nDataIdx] := baData[nDataIdx+3];
+				baData[nDataIdx+3] := bTemp;
+				bTemp := baData[nDataIdx+1];
+				baData[nDataIdx+1] := baData[nDataIdx+2];
+				baData[nDataIdx+2] := bTemp;
+				nDataIdx := nDataIdx + 4;
+				nCount := nCount - 1;
+			END_WHILE;
+			nStrIdx := nStrIdx+1;
+		ELSIF(baName[nStrIdx] = 82 OR baName[nStrIdx] = 114) THEN
+			(*
+			real data: revert bytes
+			*)
+			WHILE(nCount > 0)DO
+				IF((nDataIdx+3) > nDataMaxIdx) THEN
+					ERR := TRUE;
+					EXIT;
+				END_IF
+				bTemp := baData[nDataIdx];
+				baData[nDataIdx] := baData[nDataIdx+3];
+				baData[nDataIdx+3] := bTemp;
+				bTemp := baData[nDataIdx+1];
+				baData[nDataIdx+1] := baData[nDataIdx+2];
+				baData[nDataIdx+2] := bTemp;
+				nDataIdx := nDataIdx + 4;
+				nCount := nCount - 1;
+			END_WHILE;
+			nStrIdx := nStrIdx+1;
+		ELSIF(baName[nStrIdx] = 87 OR baName[nStrIdx] = 119) THEN
+			(*
+			word data: swap high / low byte
+			*)
+			WHILE(nCount > 0)DO
+				IF((nDataIdx+1) > nDataMaxIdx) THEN
+					ERR := TRUE;
+					EXIT;
+				END_IF
+				bTemp := baData[nDataIdx];
+				baData[nDataIdx] := baData[nDataIdx+1];
+				baData[nDataIdx+1] := bTemp;
+				nDataIdx := nDataIdx + 2;
+				nCount := nCount - 1;
+			END_WHILE;
+			nStrIdx := nStrIdx+1;
+		ELSIF(baName[nStrIdx] = 66 OR baName[nStrIdx] = 98) THEN
+			(*
+			byte data: skip byte
+			*)
+			WHILE(nCount > 0)DO
+				IF(nDataIdx > nDataMaxIdx) THEN
+					ERR := TRUE;
+					EXIT;
+				END_IF
+				nDataIdx := nDataIdx + 1;
+				nCount := nCount - 1;
+			END_WHILE;
+			nStrIdx := nStrIdx+1;
+		ELSE
+			ERR := TRUE;
+			EXIT;
+		END_IF
+	END_WHILE;
+
+	MEMCPY(DESTADDR,ADR(baData),nDataMaxIdx);
+
+END_IF
+
+READY := START;
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/ADSVARWRITE.EXP

@@ -0,0 +1,297 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION_BLOCK ADSVARWRITE
+VAR_INPUT
+	NETID		:	STRING(21);
+	PORT		:	UINT;
+	VARNAME	:	STRING(101);
+	SRCLEN		:	UDINT;
+	SRCADDR 	:	DWORD;
+	CONNECT	:	BOOL;
+	WRITE		:	BOOL;
+	TMOUT		:	TIME;
+END_VAR
+VAR_OUTPUT
+	CONNECTED:	BOOL;
+	BUSY		:	BOOL;
+	ERR		:	BOOL;
+	ERRID		:	UDINT;
+END_VAR
+VAR
+	i_NETID			:	STRING(21);
+	i_PORT			:	UINT;
+	i_VARNAME		:	STRING(101);
+	i_SRCLEN		:	UDINT;
+	i_SRCADDR	 	:	DWORD;
+	i_TMOUT		:	TIME;
+
+	i_IdxOffset		:	UDINT;
+
+	fbRTrigCon		:	R_TRIG;
+	fbRWCon		:	ADSRDWRT;
+	fbWDiscon		:	ADSWRITE;
+	fbAdsWrite		:	ADSWRITE;
+
+	fbBlockTimer		:	TOF;
+	tBlockTime		:	TIME;
+
+	iState			:	INT;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+fbRTrigCon(CLK:= CONNECT);
+tBlockTime := T#60s;
+
+fbBlockTimer(IN:=FALSE , PT:=tBlockTime );
+
+CASE iState OF
+
+	0:	(*
+		Awaiting CONNECT
+		*)
+		ERR:=FALSE;
+		CONNECTED:=FALSE;
+		IF WRITE THEN
+			BUSY:=TRUE;			(* go error state, but create signals ... *)
+			ERRID:=0;
+			iState:=-1;
+		ELSIF CONNECT THEN
+			(* rising edge at CONNECT input, save input vars *)
+			i_NETID:=NETID;
+			i_PORT:=PORT;
+			i_VARNAME:=VARNAME;
+			i_SRCLEN:=SRCLEN;
+			i_SRCADDR:=SRCADDR;
+			i_TMOUT:=TMOUT;
+			(* go active ... *)
+			BUSY:=TRUE;
+			ERRID:=0;
+			IF fbBlockTimer.Q THEN
+				iState:=-2;			(* still blocked out, go error state, but create signals ... *)
+			ELSE
+				fbRWCon(WRTRD:=FALSE);
+				iState:=10;			(* start varconnect ... *)
+			END_IF
+		ELSE
+			BUSY:=FALSE;			(* still waiting ... *)
+		END_IF
+
+	-1:	(*
+		Tried to start without connect
+		*)
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFFFF;
+		IF NOT WRITE THEN
+			iState:=0;					(* go idle *)
+		END_IF
+
+	-2:	(*
+		Tried to connect while still blocked out
+		*)
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFFFE;
+		IF NOT CONNECT THEN
+			iState:=0;					(* go idle *)
+		END_IF
+
+	(* ########################################################## *)
+
+	10:	(*
+		Sending var connect request
+		*)
+		fbRWCon.NETID:=i_NETID;
+		fbRWCon.PORT:=i_PORT;
+		fbRWCon.IDXGRP:=ADS_IDXGRP_GETVARHANDLEBYNAME;
+		fbRWCon.IDXOFFS:=16#0;
+		fbRWCon.WRITELEN:= LEN(i_VARNAME);
+		fbRWCon.READLEN:=SIZEOF(i_IdxOffset);
+		fbRWCon.SRCADDR:=ADR(i_VARNAME);
+		fbRWCon.DESTADDR:=ADR(i_IdxOffset);
+		fbRWCon.TMOUT:=i_TMOUT;
+		fbRWCon.WRTRD:=TRUE;
+		fbRWCon();
+		iState:=11;					(* go ahead *)
+
+	11:	(*
+		Sending var connect request
+		*)
+		fbRWCon();
+		IF NOT fbRWCon.BUSY THEN
+			BUSY:=FALSE;
+			IF fbRWCon.ERR THEN
+				ERR:=TRUE;
+				ERRID:=fbRWCon.ERRID;
+				fbBlockTimer(IN:=(fbRWCon.ERRID=16#745) AND (PORT<>uiS7ADS_PORTNO));
+				iState:=-11;			(* go error state *)
+			ELSE
+				(* Succeded *)
+				CONNECTED:=TRUE;
+				(* Prepare for writing *)
+				fbAdsWrite.WRITE:=FALSE;
+				fbAdsWrite();
+				iState:=20;			(* go ahead *)
+			END_IF
+			fbRWCon.WRTRD:=FALSE;
+			fbRWCon();
+		END_IF
+
+	-11:	(*
+		wasn't able to connect
+		*)
+		IF NOT CONNECT THEN
+			iState:=0;					(* go idle *)
+		END_IF
+
+	(* ########################################################## *)
+
+	20:	(*
+		awaiting DISCONNECT or WRITE
+		*)
+		ERR:=FALSE;
+		IF WRITE THEN
+			BUSY:=TRUE;			(* go ahead ... *)
+			ERRID:=0;
+			IF fbBlockTimer.Q THEN
+				iState:=-40;			(* still blocked out, go error state, but create signals ... *)
+			ELSE
+				iState:=40;
+				fbAdsWrite(WRITE:=FALSE);
+			END_IF
+		ELSIF NOT CONNECT THEN
+			BUSY:=TRUE;
+			ERRID:=0;
+			(* Prepare for Disconnect *)
+			IF fbBlockTimer.Q THEN
+				iState:=-30;			(* still blocked out, go error state, but create signals ... *)
+			ELSE
+				fbWDiscon(WRITE:=FALSE);
+				iState:=30;			(* go ahead *)
+			END_IF
+		ELSE
+			BUSY:=FALSE;			(* still waiting ... *)
+		END_IF
+
+	30:	(*
+		Sending var disconnect request
+		*)
+		fbWDiscon.NETID:=i_NETID;
+		fbWDiscon.PORT:=i_PORT;
+		fbWDiscon.IDXGRP:=ADS_IDXGRP_RELEASEVARHANDLE;
+		fbWDiscon.IDXOFFS:=i_IdxOffset;
+		fbWDiscon.LEN:= SIZEOF(i_IdxOffset);
+		fbWDiscon.SRCADDR:=ADR(i_IdxOffset);
+		fbWDiscon.TMOUT:=i_TMOUT;
+		fbWDiscon.WRITE:= TRUE;
+		fbWDiscon();
+		iState:=31;				(* go ahead *)
+
+	31:	(*
+		Sending var disconnect request
+		*)
+		fbWDiscon();
+		IF NOT fbWDiscon.BUSY THEN
+			BUSY:=FALSE;
+			IF fbWDiscon.ERR THEN
+				ERR:=TRUE;
+				ERRID:=fbRWCon.ERRID;
+				fbBlockTimer(IN:=(fbRWCon.ERRID=16#745) AND (PORT<>uiS7ADS_PORTNO));
+				iState:=-31;					(* go error state *)
+			ELSE
+				(* Succeded *)
+				CONNECTED:=FALSE;
+				iState:=0;					(* go idle *)
+			END_IF
+			fbWDiscon.WRITE:= FALSE;
+			fbWDiscon();
+		END_IF
+
+	-30:	(*
+		tried to DISCONNECT while still blocked out
+		*)
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFFFD;
+		IF CONNECT THEN
+			iState:=20;				(* go back *)
+		END_IF
+
+	-31:	(*
+		wasn't able to DISCONNECT
+		*)
+		IF CONNECT THEN
+			iState:=20;				(* go back *)
+		END_IF
+
+	(* ########################################################## *)
+
+	40:	(*
+		Sending read request
+		*)
+		fbAdsWrite.NETID:=i_NETID;
+		fbAdsWrite.PORT:=i_PORT;
+		fbAdsWrite.IDXGRP:=ADS_IDXGRP_READVARBYHANDLE;
+		fbAdsWrite.IDXOFFS:=i_IdxOffset;
+		fbAdsWrite.LEN:=i_SRCLEN;
+		fbAdsWrite.SRCADDR:=i_SRCADDR;
+		fbAdsWrite.TMOUT:=i_TMOUT;
+		fbAdsWrite.WRITE:=TRUE;
+		fbAdsWrite();
+		iState:=41;				(* go ahead *)
+
+	41:	(*
+		Sending read request
+		*)
+		fbAdsWrite();
+		IF NOT fbAdsWrite.BUSY THEN
+			BUSY:=FALSE;
+			IF fbAdsWrite.ERR THEN
+				ERR:=TRUE;
+				ERRID:=fbAdsWrite.ERRID;
+				fbBlockTimer(IN:=(fbAdsWrite.ERRID=16#745) AND (PORT<>uiS7ADS_PORTNO));
+				iState:=-41;					(* go error state *)
+			ELSE
+				iState:=42;					(* go ahead *)
+			END_IF
+			fbAdsWrite.WRITE:=FALSE;
+			fbAdsWrite();
+		END_IF
+
+	42:	(*
+		Sending read request
+		*)
+		IF NOT WRITE THEN
+			iState:=20;					(* go idle *)
+		END_IF
+
+	-40:	(*
+		tried to WRITE while still blocked out
+		*)
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFFFC;
+		IF NOT WRITE THEN
+			iState:=20;				(* go back *)
+		END_IF
+
+	-41:	(*
+		wasn't able to WRITE
+		*)
+		IF NOT WRITE  THEN
+			iState:=20;				(* go back *)
+		END_IF
+
+	(* ########################################################## *)
+
+	ELSE
+		BUSY:=FALSE;
+		ERR:=TRUE;
+		ERRID:=16#FFFFFF00;
+		IF NOT CONNECT AND NOT WRITE THEN
+			iState:=0;					(* go idle *)
+		END_IF
+
+END_CASE
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/AMMONIACTRL.EXP

@@ -0,0 +1,611 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Logic' *)
+(* @SYMFILEFLAGS := '0' *)
+PROGRAM AmmoniaCtrl
+VAR
+	mAmmoniaCtrlDelay			: TOF;
+	mFirstProdColdReqDly		: TON ;
+	mCompressorDelay			: TON;
+	mCompressorRS_Prod		: RS;
+	mCompressorRS_CIP		: RS;
+	mCompressorCIPRun		: TON;
+	mAmmoniaRunOutRS		: RS;
+	mCompressorRun_CIP		: BOOL;
+	mCompressorRun_Prod		 : BOOL;
+	mNH3CompressorFault		: TON;
+	mCompressorStart			: R_TRIG;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out						: BOOL ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 10
+_NETWORK
+
+_COMMENT
+Enables NH3 evaporation
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderStartPumps
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gEnableRecircPHE
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gAuxVoltageOk
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOutAmmoniaWaterColdControl
+_NETWORK
+
+_COMMENT
+Enables NH3 evaporation
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gOutAmmoniaCompressorRun
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gH_ColdRinseRun
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderStartPumps
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mAmmoniaCtrlDelay
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#15s
+_EXPRESSION
+_POSITIV
+tof
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gAuxVoltageOk
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOutAmmoniaProductColdControl
+_NETWORK
+
+_COMMENT
+Enables NH3 liquid inlet
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_OR
+_LD_OPERATOR : 4
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gCarboWaterLine_Running
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gEnableRecircPHE
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gH_ColdRinseRun
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderStartPumps
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gAuxVoltageOk
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOutAmmoniaWaterColdRequest
+_NETWORK
+
+_COMMENT
+During First Production the pipe from Water MOD. valve through the prod heat exchanger TO the product tank
+is empty, so 30 S are needed TO wait that the pipe fills OF product.
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gH_ColdRinseRun
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderStartPumps
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mFirstProdColdReqDly
+_BOX_EXPR : 2
+_EMPTY
+_OPERATOR
+_BOX_EXPR : 3
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFirstProdLatched
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#0s
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#30s
+_EXPRESSION
+_POSITIV
+SEL
+_EXPRESSION
+_POSITIV
+ton
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_LD_CONTACT
+gAuxVoltageOk
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOutAmmoniaProductColdRequest
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gOutAmmoniaCompressorRun
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gBlenderProdMode
+_EXPRESSION
+_POSITIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gH_ColdRinseRun
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderStartPumps
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_ColdRinseRun
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+DO_AmmoniaProductColdControl
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOutAmmonia_ByPassHotGas
+_NETWORK
+
+_COMMENT
+Ammonia compressors NOT running
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gOutAmmoniaProductColdControl
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gInAmmoniaCompressorReady
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mNH3CompressorFault
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#10s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_LD_CONTACT
+gWorkshopTest
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gAmmoniaCompressor_Fault
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mCompressorRS_Prod
+_BOX_EXPR : 2
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderRinse_Running
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+OR
+_OPERATOR
+_BOX_EXPR : 5
+_OPERAND
+_EXPRESSION
+_POSITIV
+gProdTankRunOut_Latch
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gGencoldChillerEn
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_WarmRinseRun
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderCIPMode
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gCoolerEnabled
+_EXPRESSION
+_POSITIV
+OR
+_EXPRESSION
+_POSITIV
+rs
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mCompressorRun_Prod
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mCompressorRS_CIP
+_BOX_EXPR : 2
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderStartPumps
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gAmmoniaRunOut_Done
+_EXPRESSION
+_POSITIV
+AND
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gAmmoniaRunOut_Done
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderProdMode
+_EXPRESSION
+_POSITIV
+OR
+_EXPRESSION
+_POSITIV
+rs
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mCompressorRun_CIP
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+mCompressorRun_Prod
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mCompressorRun_CIP
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOutAmmoniaCompressorRun
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mAmmoniaRunOutRS
+_BOX_EXPR : 2
+_ENABLED
+_FUNCTIONBLOCK
+mCompressorCIPRun
+_BOX_EXPR : 2
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+mCompressorRun_CIP
+_OPERAND
+_EXPRESSION
+_POSITIV
+gInAmmoniaCompressorReady
+_EXPRESSION
+_POSITIV
+AND
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#30m
+_EXPRESSION
+_POSITIV
+ton
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderProdMode
+_EXPRESSION
+_POSITIV
+rs
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gAmmoniaRunOut_Done
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_PROGRAM

backend/script_groups/TwinCat/.example/ARRAYTOREAL.EXP

@@ -0,0 +1,29 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION ArrayToReal : REAL
+VAR_INPUT
+	mIn_Value				: POINTER TO BYTE;
+END_VAR
+VAR
+	i						: INT;
+	p						: UDINT;
+	p1						: UDINT;
+	mPoint					: POINTER TO BYTE;
+	mPoint1					: POINTER TO BYTE;
+	mTemp					: REAL;
+END_VAR
+(* @END_DECLARATION := '0' *)
+mPoint := ADR(mTemp);
+FOR i := 3 TO 0 BY -1
+DO
+	p1 := mIn_Value;
+	mPoint1 := p1 + i;
+	mPoint^ := mPoint1^;
+	p := mPoint ;
+	p := p + 1 ;
+	mPoint := p ;
+END_FOR
+ArrayToReal := mTemp;
+
+END_FUNCTION

backend/script_groups/TwinCat/.example/BLENDERPROCEDURE_VARIABLES.EXP

@@ -0,0 +1,209 @@
+(* @GLOBAL_VARIABLE_LIST := BlenderProcedure_Variables *)
+(* @PATH := '\/Blending_Variables' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(************************************************************************************)
+(*					START UP VARIABLES					*)
+(************************************************************************************)
+	gDeairStartUp_Qualifier					: BOOL ; (*  *)
+	gDeairStartUp_Request					: BOOL ; (*  *)
+	gDeairStartUp_Reset					: BOOL ; (*  *)
+	gDeairStartUp_Latch					: BOOL ; (*  *)
+	gDeairStartUp_Running					: BOOL ; (*  *)
+	gDeairStartUp_Wait						: BOOL ; (*  *)
+	gDeairStatUpH2OFilter_OK						: BOOL ; (*  *)
+
+	gCarboWaterLine_Qualifier				: BOOL ; (*  *)
+	gCarboWaterLine_Request				: BOOL ; (*  *)
+	gCarboWaterLine_Reset					: BOOL ; (*  *)
+	gCarboWaterLine_Latch					: BOOL ; (*  *)
+	gCarboWaterLine_Running				: BOOL ; (*  *)
+	gCarboWaterLine_Wait					: BOOL ; (*  *)
+
+	gSyrLineMFMPrep_Qualifier				: BOOL ; (*  *)
+	gSyrLineMFMPrep_Request				: BOOL ; (*  *)
+	gSyrLineMFMPrep_Reset				: BOOL ; (*  *)
+	gSyrLineMFMPrep_Latch				: BOOL ; (*  *)
+	gSyrLineMFMPrep_Running				: BOOL ; (*  *)
+	gSyrLineMFMPrep_Wait					: BOOL ; (*  *)
+
+	gSyrMFMStartUp_Qualifier				: BOOL ; (*  *)
+	gSyrMFMStartUp_Request				: BOOL ; (*  *)
+	gSyrMFMStartUp_Reset					: BOOL ; (*  *)
+	gSyrMFMStartUp_Latch					: BOOL ; (*  *)
+	gSyrMFMStartUp_Running				: BOOL ; (*  *)
+	gSyrMFMStartUp_Wait					: BOOL ; (*  *)
+
+	gDensimeterCal_Qualifier					: BOOL ; (*  *)
+	gDensimeterCal_Request				: BOOL ; (*  *)
+	gDensimeterCal_Reset					: BOOL ; (*  *)
+	gDensimeterCal_Latch					: BOOL ; (*  *)
+	gDensimeterCal_Running				: BOOL ; (*  *)
+	gDensimeterCal_Wait					: BOOL ; (*  *)
+
+	gProdBrixRecovery_Qualifier				: BOOL ; (*  *)
+	gProdBrixRecovery_Request				: BOOL ; (*  *)
+	gProdBrixRecovery_Reset				: BOOL ; (*  *)
+	gProdBrixRecovery_Latch				: BOOL ; (*  *)
+	gProdBrixRecovery_Running				: BOOL ; (*  *)
+	gProdBrixRecovery_Wait					: BOOL ; (*  *)
+	gProdBrixRecovery_Done				: BOOL ; (*  *)
+END_VAR
+
+VAR_GLOBAL PERSISTENT
+	gDeairStartUp_Done						: BOOL ; (*  *)
+	gCarboWaterLine_Done					: BOOL ; (*  *)
+	gSyrLineMFMPrep_Done					: BOOL ; (*  *)
+	gDensimeterCal_Done					: BOOL ; (*  *)
+	gSyrRunOut_Done						: BOOL ; (*  *)
+	gFirstProd_Request						: BOOL ; (* Must be Persistent in order to remember the request *)
+	gFirstProd_Done							: BOOL ;
+	gProdTankRunOut_Done				: BOOL ; (*  *)
+	gProdTankDrain_Done					: BOOL ; (*  *)
+	gBlendFillStartUp_Done					: BOOL ; (*  *)
+	gAmmoniaRunOut_Done					: BOOL ;
+END_VAR
+
+VAR_GLOBAL
+(************************************************************************************)
+(*			BLENDER RUN CONTROL VARIABLES				*)
+(************************************************************************************)
+	gBlenderRun_Qualifier						: BOOL ; (*  *)
+	gBlenderRun_Request						: BOOL ; (*  *)
+	gBlenderRun_Reset							: BOOL ; (*  *)
+	gBlenderRun_Latch							: BOOL ; (*  *)
+	gBlenderRun_Running						: BOOL ; (*  *)
+	gBlenderRun_Wait							: BOOL ; (*  *)
+	gBlenderRun_Done							: BOOL ; (*  *)
+
+(************************************************************************************)
+(*			BLENDER STOP CONTROL VARIABLES				*)
+(************************************************************************************)
+	gBlenderStop_Request						: BOOL ; (*  *)
+	gBlenderStop_Latch							: BOOL ; (*  *)
+	gBlenderStop_Running						: BOOL ; (*  *)
+	gBlenderStop_Done							: BOOL ; (*  *)
+
+(************************************************************************************)
+(*				BLENDER RINSE VARIABLES					*)
+(************************************************************************************)
+	gBlenderRinse_Qualifier						: BOOL ; (*  *)
+	gBlenderRinse_Request						: BOOL ; (*  *)
+	gBlenderRinse_Reset						: BOOL ; (*  *)
+	gBlenderRinse_Latch						: BOOL ; (*  *)
+	gBlenderRinse_Running						: BOOL ; (*  *)
+	gBlenderRinse_Wait							: BOOL ; (*  *)
+	gBlenderRinse_Done						: BOOL ; (*  *)
+
+	gBlenderRinse_DoneONS					: BOOL ; (*  *)
+
+(************************************************************************************)
+(*			FILLER  SPEED CALCOLUS VARIABLES				*)
+(************************************************************************************)
+	gFillerSpeed_Qualifier						: BOOL ; (*  *)
+	gFillerSpeed_Request						: BOOL ; (*  *)
+	gFillerSpeed_Latch							: BOOL ; (*  *)
+	gFillerSpeed_Running						: BOOL ; (*  *)
+	gFillerSpeed_Done							: BOOL ; (*  *)
+
+(************************************************************************************)
+(*				FIRST PRODUCTION VARIABLES				*)
+(************************************************************************************)
+	gFirstProd_Qualifier							: BOOL ; (*  *)
+	gFirstProd_Reset							: BOOL ; (*  *)
+	gFirstProd_Latch							: BOOL ; (*  *)
+	gFirstProd_Running							: BOOL ; (*  *)
+	gFirstProd_Wait								: BOOL ; (*  *)
+
+(************************************************************************************)
+(*			PRESSURE CONTROL VARIABLES					*)
+(************************************************************************************)
+	gProdTankPress_Qualifier					: BOOL ; (*  *)
+	gProdTankPress_Request					: BOOL ; (*  *)
+	gProdTankPress_Reset						: BOOL ; (*  *)
+	gProdTankPress_Latch						: BOOL ; (*  *)
+	gProdTankPress_Running					: BOOL ; (*  *)
+	gProdTankPress_Wait						: BOOL ; (*  *)
+	gProdTankPress_Done						: BOOL ; (*  *)
+
+(************************************************************************************)
+(*				SYRUP RUNOUT VARIABLES					*)
+(************************************************************************************)
+	gSyrRunOut_Qualifier						: BOOL ;	(*  *)
+	gSyrRunOut_Request						: BOOL ;	(*  *)
+	gSyrRunOut_Reset							: BOOL ;	(*  *)
+	gSyrRunOut_Latch							: BOOL ;	(*  *)
+	gSyrRunOut_Running						: BOOL ;	(*  *)
+	gSyrRunOut_Wait							: BOOL ;	(*  *)
+
+(************************************************************************************)
+(*			PRODUCT TANK RUNOUT VARIABLES				*)
+(************************************************************************************)
+	gProdTankRunOut_Qualifier					: BOOL ;	(*  *)
+	gProdTankRunOut_Request					: BOOL ;	(*  *)
+	gProdTankRunOut_Reset					: BOOL ;	(*  *)
+	gProdTankRunOut_Latch					: BOOL ;	(*  *)
+	gProdTankRunOut_Running					: BOOL ;	(*  *)
+	gProdTankRunOut_Wait						: BOOL ;	(*  *)
+
+(************************************************************************************)
+(*			PRODUCT TANK DRAIN VARIABLES					*)
+(************************************************************************************)
+	gProdTankDrain_Qualifier					: BOOL ;	(*  *)
+	gProdTankDrain_Request					: BOOL ;	(*  *)
+	gProdTankDrain_Reset						: BOOL ;	(*  *)
+	gProdTankDrain_Latch						: BOOL ;	(*  *)
+	gProdTankDrain_Running					: BOOL ;	(*  *)
+	gProdTankDrain_Wait						: BOOL ;	(*  *)
+
+(************************************************************************************)
+(*		SYRUP BRIX AUTOCORRECTION VARIABLES				*)
+(************************************************************************************)
+	gSyrAutoCorr_Qualifier						: BOOL ; (*  *)
+	gSyrAutoCorr_Request						: BOOL ; (*  *)
+	gSyrAutoCorr_Reset							: BOOL ; (*  *)
+	gSyrAutoCorr_Latch							: BOOL ; (*  *)
+	gSyrAutoCorr_Running						: BOOL ; (*  *)
+	gSyrAutoCorr_Wait							: BOOL ; (*  *)
+	gSyrAutoCorr_Done							: BOOL ; (*  *)
+
+(************************************************************************************)
+(*					BRIX TRACKING VARIABLES					*)
+(************************************************************************************)
+	gProdBrixTrack_Qualifier						: BOOL ; (*  *)
+	gProdBrixTrack_Request						: BOOL ; (*  *)
+	gProdBrixTrack_Reset						: BOOL ; (*  *)
+	gProdBrixTrack_Latch						: BOOL ; (*  *)
+	gProdBrixTrack_Running						: BOOL ; (*  *)
+	gProdBrixTrack_Wait						: BOOL ; (*  *)
+	gProdBrixTrack_Done						: BOOL ; (*  *)
+
+(************************************************************************************)
+(*					FILLER TANK INTEGRATED VARIABLES	     *)
+(************************************************************************************)
+	gBlendFillStartUp_Qualifier					: BOOL ; (*  *)
+	gBlendFillStartUp_Request					: BOOL ; (*  *)
+	gBlendFillStartUp_Wait						: BOOL ; (*  *)
+	gBlendFillStartUp_Reset						: BOOL ; (*  *)
+	gBlendFillStartUp_Latch						: BOOL ; (*  *)
+	gBlendFillStartUp_Running					: BOOL ; (*  *)
+	gBlendFillStartUp_EnBlend					: BOOL ; (*  *)
+
+(************************************************************************************)
+(*					UV LAMP VARIABLES	                                               *)
+(************************************************************************************)
+	gUV_Lamp_Qualifier				: BOOL ; (*  *)
+	gUV_Lamp_Request				: BOOL ; (*  *)
+	gUV_Lamp_Drain					: BOOL ; (*  *)
+	gUV_Lamp_Latch					: BOOL ; (*  *)
+
+END_VAR
+
+
+(* @OBJECT_END := BlenderProcedure_Variables *)
+(* @CONNECTIONS := BlenderProcedure_Variables
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/BLENDERRINSE.EXP

@@ -0,0 +1,970 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Logic' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM BlenderRinse
+VAR
+	mWarmReq				: BOOL ;
+	mColdReq				: BOOL ;
+	mWarmReqONS			: R_TRIG ;
+	mColdReqONS			: R_TRIG ;
+	mDoneONS				: R_TRIG ;
+	mAuxONS				: R_TRIG ;
+	mColdDoneONS			: F_TRIG ;
+	mWarmDoneONS		: F_TRIG ;
+	mColdRinseSR			: SR ;
+	mWarmRinseSR			: SR ;
+	mColdRinseSelected		: BOOL ;
+	mWarmRinseSelected	: BOOL ;
+	mColdStop				: BOOL ;
+	mWarmStop				: BOOL ;
+
+	mDummy				: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out				: BOOL ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 20
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gH_Blender_Prod_CIP
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderSuppliesOk
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gBlenderRinse_Qualifier
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_CMD_ColdRinseReq
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFastRinse_Request
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderAlarm
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gCoolerEnabled
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mColdReqONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+R_TRIG
+_OUTPUTS : 0
+_LD_CONTACT
+gBlenderRinse_Qualifier
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mColdReq
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_CMD_WarmRinseReq
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFastRinse_Request
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderAlarm
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gCoolerEnabled
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mWarmReqONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+R_TRIG
+_OUTPUTS : 0
+_LD_CONTACT
+gBlenderRinse_Qualifier
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mWarmReq
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+mWarmRinseSelected
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mColdRinseSelected
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinse_Qualifier
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gBlenderRinse_Request
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+mColdRinseSelected
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mColdDoneONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+F_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mColdStop
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+mWarmRinseSelected
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mWarmDoneONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+F_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mWarmStop
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+mColdRinseSelected
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+mColdReq
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mColdRinseSR
+_BOX_EXPR : 2
+_EMPTY
+_OPERATOR
+_BOX_EXPR : 5
+_OPERATOR
+_BOX_EXPR : 3
+_OPERAND
+_EXPRESSION
+_POSITIV
+mColdRinseSelected
+_OPERAND
+_EXPRESSION
+_POSITIV
+mColdReq
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+AND
+_OPERAND
+_EXPRESSION
+_POSITIV
+mWarmRinseSelected
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderCIPMode
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFastChangeOverActivated
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFastRinse_Done
+_EXPRESSION
+_POSITIV
+AND
+_OPERATOR
+_BOX_EXPR : 3
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderRinse_Done
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gFastChangeOverActivated
+_OPERAND
+_EXPRESSION
+_POSITIV
+mColdRinseSelected
+_EXPRESSION
+_POSITIV
+AND
+_EXPRESSION
+_POSITIV
+OR
+_EXPRESSION
+_POSITIV
+SR
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mColdRinseSelected
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+mWarmRinseSelected
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+mWarmReq
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mWarmRinseSR
+_BOX_EXPR : 2
+_EMPTY
+_OPERATOR
+_BOX_EXPR : 5
+_OPERATOR
+_BOX_EXPR : 3
+_OPERAND
+_EXPRESSION
+_POSITIV
+mWarmRinseSelected
+_OPERAND
+_EXPRESSION
+_POSITIV
+mWarmReq
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+AND
+_OPERAND
+_EXPRESSION
+_POSITIV
+mColdRinseSelected
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderCIPMode
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFastChangeOverActivated
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFastRinse_Done
+_EXPRESSION
+_POSITIV
+AND
+_OPERATOR
+_BOX_EXPR : 3
+_OPERAND
+_EXPRESSION
+_POSITIV
+gBlenderRinse_Done
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gFastChangeOverActivated
+_OPERAND
+_EXPRESSION
+_POSITIV
+mWarmRinseSelected
+_EXPRESSION
+_POSITIV
+AND
+_EXPRESSION
+_POSITIV
+OR
+_EXPRESSION
+_POSITIV
+SR
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mWarmRinseSelected
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 6
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gH_Blender_OPT_Deaireation
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gDeairStartUp_Done
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRun_Latch
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gProdTankDrain_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinse_Qualifier
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gCIPStopLevel
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFillerRinse_CompletedLatch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gBlenderRinse_Wait
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gBlenderRinse_Reset
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderRinse_Request
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinse_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinse_Done
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderRinse_Reset
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gBlenderRinse_Latch
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gBlenderRinse_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+18
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_BlenderStateNum
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gBlenderRinseMode
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderRinse_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinse_Wait
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gBlenderRinse_Running
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mWarmRinseSelected
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 2
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_Status014
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_WarmRinseRun
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mColdRinseSelected
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 2
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_Status015
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_ColdRinseRun
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gProdTankDrain_Running
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 2
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_Status026
+_OUTPUT
+_POSITIV
+_NO_SET
+gRinseDrainRunning
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gIn_Flr_FastRinseCompleted
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mAuxONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+R_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_SET
+gFillerRinse_CompletedLatch
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_OR
+_LD_OPERATOR : 4
+_LD_CONTACT
+mColdStop
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mWarmStop
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFastRinse_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gProdTankDrain_Done
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFillerRinse_CompletedLatch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinse_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 2
+_OUTPUT
+_NEGATIV
+_SET
+gFillerRinse_CompletedLatch
+_OUTPUT
+_POSITIV
+_NO_SET
+gBlenderRinse_Done
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderRinse_Done
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mDoneONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+R_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gBlenderRinse_DoneONS
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gBlenderRinse_DoneONS
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+BlenderRinse.RinseDone
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_PROGRAM
+ACTION	RinseDone:
+_Blender_PID_Main._PID_Reset_Integral ;
+
+_Blender_Ctrl_Main.InitErrors() ;
+
+END_ACTION
+

backend/script_groups/TwinCat/.example/BLENDER_PROCEDURECALL.EXP

@@ -0,0 +1,406 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Procedure' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM Blender_ProcedureCall
+VAR
+	mDummy						: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out							: BOOL ;
+END_VAR
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 13
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+System_Run_Out
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+Deaireator_StartUp
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+CarboWaterLine
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+Syrup_Line_MFM_Prep
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+Syrup_MFM_StartUp
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+Syrup_RunOut
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+ProdTank_RunOut
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+ProdTank_Drain
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+SyrBrix_Autocorrection
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+BrixTracking
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+ProdBrixRecovery
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+BlendFillSystem_StartUp
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+Densimeter_Calibration
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_PROGRAM

backend/script_groups/TwinCat/.example/BLENDER_VARIABLES.EXP

@@ -0,0 +1,431 @@
+(* @GLOBAL_VARIABLE_LIST := Blender_Variables *)
+(* @PATH := '\/Blending_Variables' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(**********************************************************************************************************************)
+(*						INPUTS AUXILIARY VARIABLES								*)
+(**********************************************************************************************************************)
+	gAuxVoltageOk							: BOOL ;	(*  *)
+	gInResetHorn							: BOOL ;	(*  *)
+	gInResetBtn								: BOOL ;	(*  *)
+	gInStopBtn								: BOOL ;	(*  *)
+	gInStartBtn								: BOOL ;	(*  *)
+	gInLinePressCO2Ok						: BOOL ;	(*  *)
+	gInLinePressAirOk						: BOOL ;	(*  *)
+	gDeairTankMinLvlAux					: BOOL ;
+	gDeairTank2MinLvlAux					: BOOL ;
+	gSyrupTankMinLvlAux					: BOOL ;
+	gSyrupLineDrainValveAux				: BOOL ;
+	gWaterManualDrainValveAux			: BOOL ;
+	gBlenderDeairVacuum_Ok				: BOOL ;	(*  *)
+	gInWaterValveClosed					: BOOL ;	(*  *)
+	gInSyrupValveClosed					: BOOL ;	(*  *)
+	gInCarboCO2ValveClosed				: BOOL ;	(*  *)
+	gInManifoldNotReadyForProd			: BOOL ;
+	gInManifoldNotReadyForCIP				: BOOL ;
+
+	gIn_ProdPumpFCReady					: BOOL ;
+	gIn_ProdTankNotEmpty					: BOOL ;	(*  *)
+	gIn_FlowSwitch							: BOOL ;	(*  *)
+	gIn_DeaireatorPressure					: REAL ;
+	gIn_DeairFlow_PV							: REAL ;
+
+	gIn_C1_Conductivity_Caustic				: REAL ;
+	gIn_C2_Conductivity_Water				: REAL ;
+
+	gInSyrRoomOk							: BOOL ;	(* From Syrup Room Syrup ready  *)
+
+	gInFillerProductReq						: BOOL ;	(* From Filler Product request *)
+	gInFillerProdReady						: BOOL ;	(* From Filler Ready to Production *)
+	gInFillerCIPRequest						: BOOL ;	(* From Filler Ready to CIP *)
+	gInFillerCIPDrainCompleted				: BOOL ;	(* From Filler Drain Completed *)
+	gInFillerCIPCycleEnded					: BOOL ;	(* From Filler Spare *)
+	gInFillerCIPChangeReady				: BOOL ;	(* From Filler Spare *)
+	gInFillerEV62Enable						: BOOL ;
+	gInFillerEV46Enable						: BOOL ;
+	gInFillerEndTankFilling					: BOOL ;
+	gInFillerBottleFilling						: BOOL ;
+	gInFillerEndFlushing						: BOOL ;
+	gInFillerCIPModeSelected				: BOOL ;	(* From Filler CIP Mode Selected *)
+	gInFillerCIPDrainSelecteted				: BOOL ;	(* From Filler Drain Selecteted *)
+	gInFillerCIPOpenEV13					: BOOL ;
+	gInFillerStopCIPReturnPump				: BOOL ;
+
+	gInCIP_DrainRequest					: BOOL ;	(* From CIP Room Drain Request *)
+	gInCIP_TankFilling						: BOOL ;	(* From CIP Room Flood Request *)
+	gInCIP_RinseMode						: BOOL ;	(* From CIP Room Flood Request *)
+	gInCIP_CIPRunning						: BOOL ;	(* From CIP Room CIP running *)
+	gInCIP_ChangeSanitize					: BOOL ;	(* From CIP Room CIP change sanitize *)
+	gInCIP_CIPCompleted					: BOOL ;	(* From CIP Room CIP completed *)
+	gInCIP_CIPMode						: BOOL ;	(* From CIP Room CIP Mode *)
+	gInCIP_CausticSanitizeRunning			: BOOL ;	(* From CIP Room CIP change sanitize *)
+	gInCIP_Fault							: BOOL ;	(* From CIP Room CIP Fault *)
+
+	gInAmmoniaLowPressure					: BOOL ;	(* From Chiller Ammonia Low Pressure *)
+	gInAmmoniaHighLevel					: BOOL ;	(* From Chiller Ammonia High Level *)
+	gInAmmoniaCompressorReady			: BOOL ;	(* From Chiller Ammonia Compressors not running *)
+
+	gInUVLampReady					: BOOL ;
+	gInUVLampAlarm						: BOOL ;
+
+END_VAR
+
+VAR_GLOBAL
+(**********************************************************************************************************************)
+(*						OUTPUTS AUXILIARY VARIABLES								*)
+(**********************************************************************************************************************)
+	gOut_WaterPumpRun					: BOOL ;	(* P1 Water Pump Run *)
+	gOut_WaterPump2Run					: BOOL ;	(* P5 Water Pump Run *)
+	gOut_SyrupPumpRun					: BOOL ;	(* P2 Syrup Pump Run *)
+	gOut_ProductPumpRun					: BOOL ;	(* P3 Product Pump Run *)
+	gOut_VacuumPumpRun					: BOOL ;	(* P4 Vacuum Pump Run *)
+	gOut_RecircPumpRun					: BOOL ;	(* P6 ByPass Pump Run *)
+	gOut_SyrupRoomPumpRun				: BOOL ;	(* Syrup Room Pump Run *)
+	gOut_SyrupRoomWaterReq				: BOOL ;	(* Syrup Room Water Request *)
+	gOut_WaterPumpVFCRun				: BOOL ;	(* Water Pump VFC Run *)
+
+	gOut_FillerProduction					: BOOL ;	(* To Filler Production *)
+	gOut_FillerMinimumLevel					: BOOL ;	(* To Filler Product under minimum level *)
+	gOut_FillerProductAvailable				: BOOL ;	(* To Filler Product sending available *)
+	gOut_FillerRinseMode					: BOOL ;	(* To Filler Rinse Request *)
+	gOut_FillerCIPMode						: BOOL ;	(* To Filler CIP Request *)
+	gOut_FillerCIPRunning					: BOOL ;	(* To Filler CIP Running *)
+	gOut_FillerCIPChangeSanitize			: BOOL ;	(* To Filler CIP *)
+	gOut_FillerCIPDrainRequest				: BOOL ;	(* To Filler CIP Drain *)
+	gOut_FillerCIPCompleted					: BOOL ;	(* To Filler CIP Completed *)
+	gOut_FillerCIPCausticSanitizeRunning		: BOOL ;	(* To Filler CIP *)
+
+(*	gOut_CIPRequest						: BOOL;		(* To CIP Room *)
+(*	gOut_CIPDrainCompleted				: BOOL ;	(* To CIP Room *)
+(*	gOut_CIPCycleEnded					: BOOL ;	(* To CIP Room *)
+	gOut_CIPChangeReady					: BOOL ;	(* To CIP Room *)
+(*	gOut_CIPWaterPipe_Ready				: BOOL;		(* To CIP Room *)
+	gOutAmmoniaCompressorRun			: BOOL ;	(* To Chiller : Ammonia Compressors Run *)
+	gOutAmmoniaWaterColdRequest			: BOOL;		(* To Chiller : Enables NH3 liquid inlet *)
+	gOutAmmoniaProductColdRequest		: BOOL;		(* To Chiller : Enables NH3 liquid inlet *)
+	gOutAmmoniaWaterColdControl			: BOOL;		(* To Chiller : Enables NH3 evaporation *)
+	gOutAmmoniaProductColdControl			: BOOL;		(* To Chiller : Enables NH3 evaporation *)
+	gOutAmmonia_ByPassHotGas			: BOOL;		(* To Chiller : *)
+	gOutDeaireationValve					: REAL ;
+	gOutUVLamp_ONOFF					: BOOL ;	(* Switch UV Lamp ON / OFF *)
+END_VAR
+
+VAR_GLOBAL
+         gtemphigh 							:BOOL;
+         gpherecirculation 						:BOOL;
+	gDelayS7Call							: BOOL ;
+	gAlwaysOff								: BOOL ;	(*  *)
+	gHighPriorityAlarm						: BOOL ;	(*  *)
+	gLowPriorityAlarm						: BOOL ;	(*  *)
+	gBlenderAlarm							: BOOL ;	(*  *)
+	gAlarmHorn								: BOOL ;	(*  *)
+	gWarningHorn							: BOOL ;	(*  *)
+	gProductionONS						: BOOL ;
+	gCIPONS								: BOOL ;
+	gRinseONS								: BOOL ;
+	gGencoldChillerEn						: BOOL ;
+	gProductChillerEn						: BOOL ;
+	gProductDoubleStadiumChillerEn		: BOOL ;
+	gWaterChillerEn							: BOOL ;
+	gEnableRecircPHE						: BOOL;
+	gSyrupRoomEn							: BOOL ;
+	gStillWaterByPassEn						: BOOL ;
+	gEmergencyPressed						: BOOL ;
+	gVacuumAcheaved						: BOOL ;	(* In case of vacuum pump, still product signal from vacuum probe *)
+
+	gWorkshopTest							: BOOL ;	(* Use during Workshop test - BF - *)
+
+	gWaterSpeedToStop					: BOOL ;
+	gStopBlendCarboError					: BOOL ;	(* Water Speed to stop Blend error and Carbo error *)
+	gEnRampDownToStop					: BOOL ;
+	gBlenderFillerRunning					: BOOL ;	(* Both Blender and Filler are running *)
+	gEnToStopBlender						: BOOL ;	(* Next Filler stop, stop blender *)
+	gFlowToFiller							: BOOL ;	(* Product is Flowing to Filler *)
+	gBlendRecircActive						: BOOL ;
+	gCriticalBlending							: BOOL ;
+	gProdAvailable							: BOOL ;
+	gDisableProdAvailable					: BOOL ;
+	gTrackFillerSpeed						: BOOL ;
+
+	gDeairTankLoading						: BOOL ;
+	gSyrupTankLoading						: BOOL ;
+	gSyrupTankMinLevel						: BOOL ;
+	gBlenderStableFlow						: BOOL ;	(*  *)
+	gBlenderEnToRamp						: BOOL ;	(*  *)
+	gBlenderStartPumps						: BOOL ;	(*  *)
+	gBlenderStartPumpsONS					: BOOL ;	(*  *)
+	gBlenderBlending						: BOOL ;	(*  *)
+	gBlenderStopping						: BOOL ;	(*  *)
+	gBlenderOperatorStop					: BOOL ;
+	gModValveRiseTimeCalcEn				: BOOL ;	(*  *)
+	gBlenderFlowFltEn						: BOOL ;	(*  *)
+	gBlenderStopLevel						: BOOL ;	(* Product Tank Maximum Level Acheaved *)
+	gBlenderStartLevel						: BOOL ;	(* Product Tank Pump Start Level Acheaved *)
+	gBlenderLevelOk						: BOOL ;	(* Product Tank Recipe Minimum Level Acheaved *)
+	gBlenderLevelTarget						: BOOL ;	(* Product Tank Target Level Acheaved *)
+	gBlenderMinLevel						: BOOL ;	(* Product Tank 5% Level Acheaved *)
+	gProdTankEmpty						: BOOL ;	(* Product Tank Empty *)
+	gBlenderEmpty							: BOOL ;
+	gFirstProdStop							: BOOL ;	(* Stop Blender when First Production Done *)
+	gProdTankStopLvl						: REAL ;	(* Product Tank Max Level *)
+	gProdTankTargetLvl						: REAL ;	(* Product Tank Target  Level *)
+	gProdTankStartLvl						: REAL ;	(* Product Tank Start Level below Stop Level to Start *)
+	gCIPStopLevel							: BOOL ;	(*  *)
+	gCIPMaxLevel							: BOOL ;	(* 100% Product Tank Level during CIP *)
+	gCIPPrdTankFlood						: BOOL ;
+	gCIP_BlenderDrainDone					: BOOL ;
+	gCIPDeairTankFlood						: BOOL ;
+	gCIPSyrupTankFlood					: BOOL ;
+	gCIPSyrupStopLevel						: BOOL ;
+	gCIPPrdTankPressLow					: BOOL ;
+	gRinseCloseVM1						: BOOL ;
+	gRinseCloseVM2						: BOOL ;
+	gRinseDrainRunning						: BOOL ;
+	gBlenderTankPress_Ok					: BOOL ;	(*  *)
+	gTankPress_HighLimit					: BOOL ;	(*  *)
+	gTankPress_LowLimit					: BOOL ;	(*  *)
+	gTankPress_OkToBlend					: BOOL ;	(*  *)
+	gWaitLevelToHold_TankPress			: BOOL ;	(*  *)
+	gEqPressSelected						: BOOL ;
+	gFinalPressureOk						: BOOL ;	(* Final Pressure acheaved during First Production *)
+	gEqPressOk								: BOOL ;	(* Equilibrium pressure acheaved during First Production *)
+	gFirstProdPressHold						: BOOL ;	(* Pressure control enable during first production *)
+	gDeairVacuumOk						: BOOL ;	(* Deaireator vacuum pressure acheaved *)
+	gCloseMainCO2Valve					: BOOL ;
+	gPV_SyrBrixOk							: BOOL ;	(* Syrup Brix value not Zero *)
+	gPV_SyrDensOk						: BOOL ;	(* Syrup Density value not zero *)
+	gBlenderSuppliesOk						: BOOL ;	(*  *)
+	gFreezeSyrupMeter						: BOOL ;	(* Hold Signal To Syrup Densimeter *)
+	gFreezeProductMeter					: BOOL ;	(* Hold Signal To Product Meter *)
+	gProdMeterTransferRecipe				: BOOL ;	(* Signal to the Product Meter Recipe Transfer *)
+	gDisableAlarmDuringCalibration			: BOOL ;
+	gMinRatio								: BOOL ;	(* Maximum Syrup Brix Autocorr Acheaved - minimum ratio - *)
+	gMaxSyrAutoCorrDone					: BOOL ;	(* Maximum Syrup Brix Autocorr Acheaved maximum autocorr perc *)
+	gLineCO2LowPressure					: BOOL ;	(* Low pressure infeed CO2 line from CO2 density & temperature Calculation  *)
+	gWaterPIDCtrlOk						: BOOL ;	(* Water PID Controlling Ok *)
+	gSyrupPIDCtrlOk						: BOOL ;	(* Syrup PID Controlling Ok *)
+	gCarboCO2PIDCtrlOk					: BOOL ;	(* CO2 PID Controlling Ok *)
+	gSyrLevPIDCtrlOk						: BOOL ;	(* Syrup Level PID Controlling Ok *)
+	gBlendResetTotalizer					: BOOL ;
+	gMaxBlendErrorAfterFault				: BOOL ;
+	gMaxCarboErrorAfterFault				: BOOL ;
+
+	gProductConductivity					: REAL ;
+	gSyrupMFMBrixSlope					: REAL ;
+	gH2O_Flow_Meas						: REAL ;
+	gSYR_Flow_Meas						: REAL ;
+	gSYR_Vol_Flow_Meas					: REAL ;
+	gCO2_Flow_Meas						: REAL ;
+	gProd_Flow_Meas						: REAL ;
+	gCO2Solubility							: REAL ;
+	gDeairCO2Vol							: REAL ;
+	gFillerCO2Loss							: REAL ;
+	gCO2EqPressure						: REAL ;
+	gCO2InjPressureCalc					: REAL ;
+	gCO2InjPressure							: REAL ;
+	gCO2InjPressureSP						: REAL ;
+	gCO2PressNotOk						: BOOL ;
+	gProductTotalizerLt						: Integral ;
+	gProductLiters							: REAL ;
+	gProductTemperature					: REAL ;
+	gWaterTemperature						: REAL ;
+	gBlendErrorInt							: Integral ;
+	gCarboCO2ErrorInt						: Integral ;
+	gBlendError								: REAL ;
+	gCarboCO2Error							: REAL;
+	gK_RecBlendError						: REAL;
+	gK_RecCarboCO2Error					: REAL;
+	gMaxCarboCO2_V						: REAL;
+
+	gWaterFlowSlewValve					: REAL ;
+	gWaterFlowSlewMFM					: REAL ;
+
+	gBlenderProdMode						: BOOL ;	(*  *)
+	gBlenderRinseMode						: BOOL ;	(*  *)
+	gBlenderCIPMode						: BOOL ;	(*  *)
+
+	gWaterVFMResetTot					: BOOL ;
+	gSyrupMFMResetTot					: BOOL ;
+	gCO2MFMResetTot						: BOOL ;
+	gProductMFMResetTot					: BOOL ;
+
+	gDeairWaterTemp						: REAL ;	(*   *)
+	gDeairCO2Comp							: REAL ;	(*   *)
+	gDeairFlow_SP							: REAL ;
+	gWaterO2								: REAL ;
+	gDeairWaterO2							: REAL := 1.0 ;
+	gSyrupO2								: REAL ;
+	gProductO2								: REAL ;
+	gProductDensity							: REAL ;
+	gProdDensFromMeter					: REAL ;
+	gTankProdAmount						: REAL ;
+	gProductTankLevel						: REAL ;
+	gSyrupTankLevel						: REAL;
+	gProductTankPress						: REAL ;
+	gWaterLinePress						: REAL ;
+	gPrdTankPressError						: REAL ;
+
+	gH2OValveRiseUpTime					: INT ;
+	gSyrValveRiseUpTime					: INT ;
+	gCO2ValveRiseUpTime					: INT ;
+
+	gFillerProductFlow						: REAL ;
+
+	gWaterVFM_DN							: UINT ;
+	gWaterPipe_DN							: UINT ;
+	gSyrupMFM_DN							: UINT ;
+	gCarboCO2MFM_DN					: UINT ;
+	gWaterVFMMeasError					: REAL ;
+	gWaterVFMRepeatibility					: REAL ;
+	gWaterVFMCalcError					: REAL ;
+	gSyrupMFMMeasError					: REAL ;
+	gSyrupMFMRepeatibility					: REAL ;
+	gSyrupMFMZeroStab					: REAL ;
+	gSyrupMFMCalcError					: REAL ;
+	gCO2MFMMeasError						: REAL ;
+	gCO2MFMRepeatibility					: REAL ;
+	gCO2MFMZeroStab						: REAL ;
+	gCO2MFMCalcError						: REAL ;
+
+	gFirstProdExtraBrix						: REAL ;		(*0.03Start up *)
+	gFirstProdDietExtraSyr					: REAL ;			(*0.0014Start up *)
+	gFirstProdExtraCO2Fact					: REAL ;		(*0.97Start up *)
+
+	gUVLamp_ONOFF					: BOOL ;
+	gUVLampHighTemperature				: BOOL ;  (*UVLampTemperatureOk	*)
+
+(*******************	MFM Pressure Loss	*****************************************)
+	d										: REAL ;	(* m *)
+	K										: REAL ;
+	K1										: REAL ;
+	K2										: REAL ;
+	Re										: REAL ;
+	ni										: REAL ;
+	ro										: REAL ;
+
+	gBlenderBlendMaxError					: REAL ;
+	gWaterVFM_Area						: REAL ;	(* Water Flowmeter section Area - dm2 - *)
+	gWaterVFM_Vel							: REAL ;	(* Water Velocity in Water FlowMeter - m/s - *)
+	gWaterPipe_Area						: REAL ;	(* Water Pipe Section Area in in - dm2 - *)
+	gWaterPipe_Vel							: REAL ;	(* Water Velocity in serpentine - m/s - *)
+	gWaterSpeedToStopError				: REAL ;	(* Water Speed to stop Blend error and Carbo error *)
+	gProdTankVolume						: REAL ;	(* Product Tank Total Volume *)
+	gProdTankBottomVol					: REAL ;	(* Product Tank Bottom Volume Below level Probe *)
+	gDeairTankVolume						: REAL ;	(* Deaireator Tank Volume *)
+	gBlenderNomSpeed						: REAL ;	(* Blender Nominal Production Rate - L/min -  *)
+	gBlenderProdSlewMax					: REAL ;	(* Blender Maximum Production SlewRate - (L/min)/sec -  *)
+	gBlenderSpeedUp						: BOOL ;	(* Production rate rampUp  *)
+	gBlenderSpeedDown					: BOOL ;	(* Production rate rampDown  *)
+
+	gProductLitTank							: REAL ;	(* Liters of Product In Porduct Tank *)
+	gProductO2Conc						: REAL ;
+
+	gBlenderFillerDeltaV						: REAL ;	(* Blender Filler Production Rate difference - L/min - *)
+	gSP_ProdTrackFiller						: REAL ;	(* Set Point Production to track Filler Speed  - L/min - *)
+	gEstimateFillerSpeed						: REAL ;	(* Filler Production Rate - L/min - *)
+	gFlowTronic								: REAL ;
+	gFlowTronicFullScale						: REAL ;
+
+END_VAR
+
+VAR_GLOBAL
+	gWaterStat_MeanValue					: REAL ;
+	gWaterStat_Variance					: REAL ;
+	gWaterStat_DevStd						: REAL ;
+	gSyrupStat_MeanValue					: REAL ;
+	gSyrupStat_Variance					: REAL ;
+	gSyrupStat_DevStd						: REAL ;
+	gCarboCO2Stat_MeanValue				: REAL ;
+	gCarboCO2Stat_Variance				: REAL ;
+	gCarboCO2Stat_DevStd					: REAL ;
+	gSyrLevStat_MeanValue					: REAL ;
+	gSyrLevStat_Variance					: REAL ;
+	gSyrLevStat_DevStd						: REAL ;
+
+	gProdBxStat_MeanValue					: REAL ;
+	gProdBxStat_Variance					: REAL ;
+	gProdBxStat_DevStd					: REAL ;
+	gProductMeterOk						: BOOL ;
+END_VAR
+
+VAR_GLOBAL PERSISTENT
+	gBlenderStarted							: BOOL ;
+	gWaterRecipe							: BOOL ;
+	gSugarBeverage						: BOOL ;
+	gCarboStillProduct						: BOOL ;
+	gCarboStillRecipe						: BOOL ;
+	gSkipDeaireation						: BOOL;
+	gCoolerEnabled							: BOOL ;
+	gWaterTotal								: REAL ;	(* Water Totalizer *)
+	gSyrupTotal								: REAL ;	(* Syrup Totalizer *)
+	gCO2Total								: REAL ;	(* CO2 Totalizer *)
+	gProductVFMTotal						: REAL ;	(* From Product VFM Totalizer *)
+	gWaterTempTot							: REAL ;
+	gSyrupTempTot							: REAL ;
+	gCO2TempTot							: REAL ;
+	gProductVFMTempTot					: REAL ;
+	gSyrRunOutCountInit					: REAL ;
+	gSyrLineTankPrepCountInit				: REAL ;
+
+	gSyrupRoomTankLiter					: ARRAY[1..15] OF REAL ;
+
+	gProdSec								: UINT ;
+	gProdMin								: UINT ;
+	gProdHour								: UINT ;
+	gBlendingMaintHour						: UINT ;
+	gRunningSeconds						: UINT ;
+	gRunningMinutes						: UINT ;
+	gRunningMaintHour						: UINT ;
+
+	gSLIM_Sec								: UINT ;
+	gSLIM_Min								: UINT ;
+	gSLIM_Hour							: UINT ;
+
+	gFillerRinse_CompletedLatch				: BOOL ;
+	gFirstProdLatched						: BOOL ;
+END_VAR
+
+VAR_GLOBAL
+(**********************************************************************************************************************)
+(*					WORKING RECIPE PARAMETERS									*)
+(**********************************************************************************************************************)
+	gProdTankBrix							: REAL ;
+	gFlowProdBrix							: REAL ;	(* Product Brix Calculated from Flows *)
+	gBrixTrackingCorr						: REAL ;	(* Delta Correction Due To Brix Tracking in °Brix *)
+	gProdRunSyrFact						: REAL ;	(* Syrup Factor calculated during production  *)
+	gProdRunSyrMFMFact					: REAL ;	(* Syrup MFM Factor calculated during production  *)
+
+	gActualSyrupDens						: REAL ;	(* Syrup Density value to calculate SYR_SP *)
+	gActualSyrupBrix						: REAL ;	(* Syrup Brix *)
+	gActualSyrupPerc						: REAL ;	(* Syrup Actual Percentage *)
+	gActualWaterPerc						: REAL ;	(* Water Actual Percentage *)
+	gSyrupVolFlow_PV						: REAL ;
+
+	gProductRecipeNum						: INT ;		(* From Product Meter Recipe Number *)
+	gProductBrix							: REAL ;	(* From Product Meter Product Brix Value *)
+	gProductDens							: REAL ;	(* From Product Meter Product Density Value *)
+	gProductCO2							: REAL ;	(* From Product Meter Product CO2 Vols Value *)
+	gProductTemp							: REAL ;	(* From Product Meter Product Temperature *)
+	gProductLinePress						: LREAL ;	(* From Product Meter Product CO2 Press Value *)
+
+	gMeterSyrBrix							: REAL ;	(* Measured Syrup Brix from Meter *)
+	gMeterSyrDens							: REAL ;	(* Measured Syrup Density from Meter *)
+	gMeterSyrTemp							: REAL ;	(* Measured Syrup Temperature from Meter *)
+
+	gSP_H2O								: REAL ;
+	gSP_SYR								: REAL ;
+	gSP_CO2								: REAL ;
+	gActual_Prod_SP						: REAL ;	(*  Actual Product Target With Slew Limitation *)
+	gActual_SP_CO2						: REAL ;
+	gActual_Prod_Flow						: REAL ;
+	gActual_Ratio							: REAL ;
+	gActual_RatioM							: REAL ;
+	gActual_CO2_Vol						: REAL ;
+END_VAR
+(* @OBJECT_END := Blender_Variables *)
+(* @CONNECTIONS := Blender_Variables
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/BLENDFILLRECSTRUCT.EXP

@@ -0,0 +1,71 @@
+(* @PATH := '\/Signals Inteface' *)
+TYPE BlendFillRecStruct :
+	STRUCT
+		Spare_W0					: INT ;
+		Filler_Speed					: DINT ;
+		Spare_W4					: INT ;
+		Spare_W6					: INT ;
+		ProductTemp				: INT ;
+		Valve1_Pressure			: INT ;
+		RunOutBottleCount			: INT ;
+		Spare_W16					: WORD ;
+		Spare_W18					: WORD ;
+		Gen_EV62_Enable			: BOOL ;
+		Gen_EV46_Enable			: BOOL ;
+		Gen_Spare02				: BOOL ;
+		Gen_Spare03				: BOOL ;
+		Gen_Spare04				: BOOL ;
+		Gen_Spare05				: BOOL ;
+		Gen_Spare06				: BOOL ;
+		Gen_Spare07				: BOOL ;
+		Gen_Spare10				: BOOL ;
+		Gen_Spare11				: BOOL ;
+		Gen_Spare12				: BOOL ;
+		Gen_Spare13				: BOOL ;
+		Gen_Spare14				: BOOL ;
+		Gen_Spare15				: BOOL ;
+		Gen_Spare16				: BOOL ;
+		Gen_ConnAlive				: BOOL ;
+		Prod_Selected				: BOOL ;
+		Prod_End_Tank_Filling		: BOOL ;
+		Prod_Spare02				: BOOL ;
+		Prod_Last_Bottle			: BOOL ;
+		Prod_BottleFilling			: BOOL ;
+		Prod_EndFlushing			: BOOL ;
+		Prod_Spare06				: BOOL ;
+		Prod_Spare07				: BOOL ;
+		CIP_Selected				: BOOL ;
+		CIP_Sanitize_Request		: BOOL ;
+		CIP_End_Cycle				: BOOL ;
+		CIP_Change_Ready			: BOOL ;
+		CIP_Drain_Completed		: BOOL ;
+		CIP_OpenEV13				: BOOL ;
+		CIP_StopCIPReturnPump	: BOOL ;
+		CIP_Spare07				: BOOL ;
+		Rinse_Selected				: BOOL ;
+		Rinse_Ended				: BOOL ;
+		Rinse_Spare02				: BOOL ;
+		Rinse_Spare03				: BOOL ;
+		Rinse_Spare04				: BOOL ;
+		Rinse_Spare05				: BOOL ;
+		Rinse_Spare06				: BOOL ;
+		Rinse_Spare07				: BOOL ;
+		Drain_Selected				: BOOL ;
+		Drain_Spare01				: BOOL ;
+		Drain_Spare02				: BOOL ;
+		Drain_Spare03				: BOOL ;
+		Drain_Spare04				: BOOL ;
+		Drain_Spare05				: BOOL ;
+		Drain_Spare06				: BOOL ;
+		Drain_Spare07				: BOOL ;
+		Spare_W_26				: WORD ;
+		Spare_W_28				: WORD ;
+		Spare_W_30				: WORD ;
+		Spare_W_32				: WORD ;
+		Spare_W_34				: WORD ;
+		Spare_W_36				: WORD ;
+		Spare_W_38				: WORD ;
+	END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/BLENDFILLSENDSTRUCT.EXP

@@ -0,0 +1,64 @@
+(* @PATH := '\/Signals Inteface' *)
+TYPE BlendFillSendStruct :
+	STRUCT
+		Pressure_SP					: INT ;	(* Filling Valve Head Pressure SP: 0 - 1000 mBar (x10) *)
+		Pressure_PV					: INT ;	(* Filling Valve Head Pressure PV: 0 - 1000 mBar (x10) *)
+		Tank_Level						: INT ;	(* Buffer Tank Level: 0.0 - 100.0 % (x10) *)
+		Spare_W_06					: INT ;	(* Filler Actual Flow: 0 - 1050 L/min (x10) *)
+		Pump_Freq						: INT ;	(* OverPressure Pump P3 Frequency: 0 - 60 Hz (x10) *)
+		Recipe_Number					: INT ;	(* Filler Recipe Number *)
+		ProdTankPress					: INT ;	(* Buffer Tank Pressure: 0.0 - 10.0 Bar (x10) *)
+		PressDiffPEW					: WORD ;
+		ProdTotalAvailable				: INT ;
+		Spare_W_18					: WORD ;
+		Gen_EV62_Status				: BOOL ;
+		Gen_EV46_Status				: BOOL ;
+		Gen_Spare02					: BOOL ;
+		Gen_EV15_Status				: BOOL ;
+		Gen_EV13_Status				: BOOL ;
+		Gen_P3_Status					: BOOL ;
+		Gen_P6_Status					: BOOL ;
+		Gen_Spare07					: BOOL ;
+		Gen_Spare10					: BOOL ;
+		Gen_Spare11					: BOOL ;
+		Gen_Spare12					: BOOL ;
+		Gen_Spare13					: BOOL ;
+		Gen_Spare14					: BOOL ;
+		Gen_Spare15					: BOOL ;
+		Gen_Spare16					: BOOL ;
+		Gen_ConnAlive					: BOOL ;
+		Prod_Mode						: BOOL ;
+		Prod_PressRunning				: BOOL ;
+		Prod_ProdLoad					: BOOL ;
+		Prod_ProdSend					: BOOL ;
+		Prod_ProdRunOut				: BOOL ;
+		Prod_ProdLoad2				: BOOL ;
+		Prod_ProdCompleted			: BOOL ;
+		Prod_FastRinseRequest			: BOOL ;
+		CIP_Mode						: BOOL ;
+		CIP_Running					: BOOL ;
+		CIP_Change_Sanitize			: BOOL ;
+		CIP_Drain_Request				: BOOL ;
+		CIP_Completed					: BOOL ;
+		CIP_Caustic_Running			: BOOL ;
+		CIP_Spare06					: BOOL ;
+		CIP_Spare07					: BOOL ;
+		Rinse_Mode					: BOOL ;
+		Rinse_Running					: BOOL ;
+		Rinse_Spare02					: BOOL ;
+		Rinse_Spare03					: BOOL ;
+		Rinse_Spare04					: BOOL ;
+		Rinse_Spare05					: BOOL ;
+		Rinse_Spare06					: BOOL ;
+		Rinse_Spare07					: BOOL ;
+		Spare_W_26					: WORD ;
+		Spare_W_28					: WORD ;
+		Spare_W_30					: WORD ;
+		Spare_W_32					: WORD ;
+		Spare_W_34					: WORD ;
+		Spare_W_36					: WORD ;
+		Spare_W_38					: WORD ;
+	END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/BRIXTRACKING.EXP

@@ -0,0 +1,826 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Procedure' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM BrixTracking
+VAR
+	mLocalProdLevel			: REAL ;
+	mProdQualityGood		: BOOL ;
+	mAuxONS				: R_TRIG ;
+	mAuxONS1				: R_TRIG ;
+	mLatchONS				: BOOL ;
+	mDummy				: BOOL ;
+
+	mProdBrixStat			: StatisticalAnalisys ;
+	mProdBrixSample			: INT := 35 ;
+	mWaitCycleToSample		: INT ;
+	mCycleCount				: INT ;
+	mTotalCount				: INT ;
+	mProdRefresh			: REAL ; (* Time in min to refresh all product in product tank *)
+	mProdRefreshS			: REAL ; (* Time in sec to refresh all product in product tank *)
+	mAuxProdBrixCorr			: REAL ;
+	mAuxProdBrixCorrInit		: REAL ;
+	mStart					: BOOL ;
+	mTakeSample			: BOOL ;
+	mTakeProdSample		: BOOL ;
+	mProdInit				: REAL ;
+	mAllSamples				: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out				: BOOL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 18
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 5
+_LD_CONTACT
+gBlenderProdMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProd_Done
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gProductMeterOk
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gSugarBeverage
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gWaterRecipe
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBrixTrack_Qualifier
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gH_CMD_PrdBrixTrackingReq
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mAuxONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+R_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBrixTrack_Request
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gProdBrixTrack_Qualifier
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBrixTrack_Reset
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gProdBrixTrack_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gProdBxStat_DevStd
+_OPERAND
+_EXPRESSION
+_POSITIV
+8E-3
+_EXPRESSION
+_POSITIV
+LT
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mProdQualityGood
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 4
+_LD_CONTACT
+mProdQualityGood
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFlowToFiller
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFreezeProductMeter
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderEnToRamp
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBrixTrack_Wait
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gProdBrixTrack_Request
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gProdBrixTrack_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gProdBrixTrack_Reset
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gProdBrixTrack_Done
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBrixTrack_Latch
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gProdBrixTrack_Latch
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mAuxONS1
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+R_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mLatchONS
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gProdBrixTrack_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gProdBrixTrack_Wait
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBrixTrack_Running
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gProdBrixTrack_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gProdBrixTrack_Wait
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_Status009
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gProdBrixTrack_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_PrdBrixTrackingRun
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gProductTankLevel>50
+_OPERAND
+_EXPRESSION
+_POSITIV
+gProductTankLevel
+_OPERAND
+_EXPRESSION
+_POSITIV
+60
+_EXPRESSION
+_POSITIV
+SEL
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mLocalProdLevel
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTION
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mLocalProdLevel
+_EXPRESSION
+_POSITIV
+ProductLiterInTank
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductLitTank
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+BrixTracking.ProdSamples
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gProdBrixTrack_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+BrixTracking.SampleTimeCalc
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gProdBrixTrack_Latch
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 2
+_OUTPUT
+_POSITIV
+_NO_SET
+mAuxProdBrixCorr
+_OUTPUT
+_POSITIV
+_NO_SET
+gBrixTrackingCorr
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gProdBrixTrack_Running
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_Status010
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 3
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gProdBrixTrack_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mLatchONS
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gProdBrixTrack_Request
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBrixTrack_Done
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+BrixTracking.ProductQualityMonitor
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_PROGRAM
+ACTION	ProdSamples:
+(* Calculates the product liters during blending. Every 60 Liters of product take a sample for the statistical analisys
+in order to correct the product brix *)
+IF gBlenderBlending THEN
+	gProductTotalizerLt.i_NewValue :=gActual_Prod_Flow ;
+	gProductTotalizerLt.i_IntCycle := gTask02CycleTime ;
+	gProductTotalizerLt(Out_Integral:=gProductLiters) ;
+END_IF
+IF gBlenderRinseMode OR gBlenderCIPMode THEN
+	gProductLiters := 0.0 ;
+	gProductTotalizerLt(Out_Integral:=gProductLiters) ;
+END_IF
+IF (gProductLiters-mProdInit)>60 THEN
+	mTakeProdSample := TRUE ;
+	mProdInit := gProductLiters ;
+END_IF
+(*mAuxProdBrixCorr := (gActualRecipe_Beverage_Brix - gProdBxStat_MeanValue) / 2 ;*)
+
+END_ACTION
+
+ACTION	ProductQualityMonitor:
+_LD_BODY
+_NETWORKS : 3
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+mTakeSample
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gAlwaysOff
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mTakeProdSample
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mProdBrixStat
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gProductBrix
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdBrixSample
+_OPERAND
+_EXPRESSION
+_POSITIV
+1
+_EXPRESSION
+_POSITIV
+StatisticalAnalisys
+_OUTPUTS : 2
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBxStat_Variance
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBxStat_DevStd
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProdBxStat_MeanValue
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+mTakeSample
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_NEGATIV
+_SET
+mTakeSample
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+mTakeProdSample
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_NEGATIV
+_SET
+mTakeProdSample
+
+END_ACTION
+
+ACTION	SampleTimeCalc:
+IF gActual_Prod_SP<>0 THEN
+	mProdRefresh := gProductLitTank / gActual_Prod_SP ;
+ELSE
+	mProdRefresh := 0 ;
+END_IF
+mProdRefreshS := mProdRefresh * 1.6 * 60 ;
+
+IF gTask02CycleTime<>0 AND mProdBrixSample<>0 THEN
+	mWaitCycleToSample := REAL_TO_INT(mProdRefreshS / mProdBrixSample / gTask02CycleTime) ;
+END_IF
+IF mWaitCycleToSample<1 THEN
+	mWaitCycleToSample := 1 ;
+END_IF
+IF gProdBrixTrack_Latch AND NOT gFreezeProductMeter THEN
+	IF mCycleCount<=mWaitCycleToSample THEN
+		mCycleCount := mCycleCount + 1 ;
+	ELSE
+		mTakeSample := TRUE ;
+		mCycleCount := 0 ;
+	END_IF
+ELSE
+	mTakeSample := FALSE ;
+(*	mCycleCount := 0 ;*)
+END_IF
+IF mTakeSample THEN
+	mTotalCount := mTotalCount + 1 ;
+END_IF
+
+IF mTotalCount>=mProdBrixSample THEN
+	IF gProdBrixTrack_Running THEN
+		IF NOT mStart THEN
+			mStart := TRUE ;
+			mAuxProdBrixCorrInit := gActualRecipe_Beverage_Brix - gProdBxStat_MeanValue ;
+			IF mAuxProdBrixCorr=0 THEN
+				mAuxProdBrixCorr := (gActualRecipe_Beverage_Brix - gProdBxStat_MeanValue) / 3 ;
+			END_IF
+		ELSE
+			mStart := FALSE ;
+(*			IF ABS(gActualRecipe_Beverage_Brix - gProdBxStat_MeanValue)<=mAuxProdBrixCorrInit THEN*)
+			mAuxProdBrixCorr := mAuxProdBrixCorr + (gActualRecipe_Beverage_Brix - gProdBxStat_MeanValue) / 10 ;
+(*			END_IF*)
+		END_IF
+	END_IF
+	mAllSamples := TRUE ;
+	mTotalCount := 0 ;
+ELSE
+	mAllSamples := FALSE ;
+END_IF
+(* Check the limit boundaries to act the product tracking *)
+IF gProdBrixTrack_Running THEN
+	IF NOT (ABS(mAuxProdBrixCorr)<gBrixTrackingMinCorr OR ABS(mAuxProdBrixCorr)>gBrixTrackingMaxCorr) THEN
+		gBrixTrackingCorr := mAuxProdBrixCorr ;
+	END_IF
+END_IF
+
+END_ACTION
+

backend/script_groups/TwinCat/.example/BYTES_TO_DWORD.EXP

@@ -0,0 +1,21 @@
+
+(* @PATH := '\/Functions_Collection\/FillingHead' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION Bytes_To_Dword : DWORD
+VAR_IN_OUT
+	i_Byte_0					: BYTE ;
+END_VAR
+VAR
+	i							: INT ;
+	mPtr						: POINTER TO BYTE ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+mPtr := ADR(i_Byte_0) ;
+Bytes_To_Dword := BYTE_TO_WORD(i_Byte_0) ;
+FOR i:=1 TO 3 DO
+	mPtr := mPtr + 1 ;
+	Bytes_To_Dword := SHL(Bytes_To_Dword, 8 ) OR BYTE_TO_WORD(mPtr^) ;
+END_FOR
+END_FUNCTION

backend/script_groups/TwinCat/.example/BYTES_TO_WORD.EXP

@@ -0,0 +1,17 @@
+
+(* @PATH := '\/Functions_Collection\/FillingHead' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION Bytes_To_Word : WORD
+VAR_IN_OUT
+	i_Byte_0					: BYTE ;
+END_VAR
+VAR
+	i							: INT ;
+	mPtr						: POINTER TO BYTE ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+mPtr := ADR(i_Byte_0) +1;
+Bytes_To_Word := BYTE_TO_WORD(i_Byte_0) ;
+Bytes_To_Word := SHL(Bytes_To_Word, 8 ) OR BYTE_TO_WORD(mPtr^) ;
+END_FUNCTION

backend/script_groups/TwinCat/.example/CALC_INJPRESS.EXP

@@ -0,0 +1,27 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION Calc_InjPress : REAL
+VAR_INPUT
+	i_GasTemperature		: REAL;
+	i_GasMW				: REAL;
+	i_GasDensity				: REAL;
+END_VAR
+VAR
+	mMW_Gas				: REAL;
+	mTa_Gas				: REAL;
+	m_R					: REAL;
+END_VAR
+(* @END_DECLARATION := '0' *)
+IF i_GasTemperature<gZeroAbsolute THEN
+	mTa_Gas := i_GasTemperature + gZeroAbsolute;
+ELSE
+	mTa_Gas := i_GasTemperature;
+END_IF
+
+m_R := g_R0 / i_GasMW;
+
+Calc_InjPress := i_GasDensity * 1000 * 1000 * m_R * mTa_Gas;
+Calc_InjPress := (Calc_InjPress / 100000) - 1.01325;
+
+END_FUNCTION

backend/script_groups/TwinCat/.example/CENTRALCIP_CTRL.EXP

@@ -0,0 +1,253 @@
+
+(* @PATH := '\/TASK2_ControlMain\/CIP' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM CentralCIP_Ctrl
+VAR
+	mReadCIP_Block			: ADSREAD ;
+	mReadCIP_Busy			: BOOL ;
+	mReadCIP_Read			: BOOL ;
+	mReadCIP_Error				: BOOL ;
+	mReadCIP_ErrorCode		: UDINT ;
+	mDummy					: BOOL ;
+	mCIPCommFault				: TON;
+END_VAR
+VAR_OUTPUT
+	EN_Out					: BOOL ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 4
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gCIPSendData.AliveBit
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_NEGATIV
+_SET
+gCIPReceiveData.AliveBit
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+SignalsInterchange
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gH_Blender_OPT_CIPSignalExchange
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gCIPReceiveData.AliveBit
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mCIPCommFault
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#5s
+_EXPRESSION
+_POSITIV
+ton
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gCIPCommFault
+
+END_PROGRAM
+ACTION	SignalsInterchange:
+_LD_BODY
+_NETWORKS : 2
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+mReadCIP_Read
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+mReadCIP_Busy
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mReadCIP_Read
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mReadCIP_Block
+_BOX_EXPR : 8
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gAutosanAMS_NET_ID
+_OPERAND
+_EXPRESSION
+_POSITIV
+821
+_OPERAND
+_EXPRESSION
+_POSITIV
+16#00004020
+_OPERAND
+_EXPRESSION
+_POSITIV
+16#00001388
+_OPERATOR
+_BOX_EXPR : 1
+_OPERAND
+_EXPRESSION
+_POSITIV
+gCIPReceiveData
+_EXPRESSION
+_POSITIV
+SIZEOF
+_OPERATOR
+_BOX_EXPR : 1
+_OPERAND
+_EXPRESSION
+_POSITIV
+gCIPReceiveData
+_EXPRESSION
+_POSITIV
+ADR
+_OPERAND
+_EXPRESSION
+_POSITIV
+mReadCIP_Read
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#3s
+_EXPRESSION
+_POSITIV
+ADSREAD
+_OUTPUTS : 2
+_OUTPUT
+_POSITIV
+_NO_SET
+mReadCIP_Error
+_OUTPUT
+_POSITIV
+_NO_SET
+mReadCIP_ErrorCode
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mReadCIP_Busy
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_ACTION
+

backend/script_groups/TwinCat/.example/CETRIFUGAL_HEAD.EXP

@@ -0,0 +1,27 @@
+
+(* @PATH := '\/Functions_Collection\/FillingHead' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION Cetrifugal_Head : REAL
+VAR_INPUT
+	i_Diameter			: REAL ;	(* Carousel Diameter [mm]*)
+	i_NumValve			: REAL ; 	(* Filling Valve Number *)
+	i_Speed				: REAL ;	(* Speed [BpH] *)
+END_VAR
+VAR
+	Omega				: REAL ;
+	Radius				: REAL ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+(* Filler Centrifugal Head [mm]*)
+
+(* Head [m] = 1/2 *( Omega^2 * R^2) / g    *)
+IF i_NumValve<>0 THEN
+	Omega := ( i_Speed / i_NumValve / 3600 ) * 2 * gP_Greek ;
+END_IF
+Radius := i_Diameter / 2 / 1000 ;
+
+(*Cetrifugal_Head := (( 0.5 * Omega*Omega * Radius * Radius ) / 9.8 ) * 100 ;*)
+Cetrifugal_Head := (( 0.5 * Omega*Omega * Radius * Radius ) / 9.8 ) * 1000 ;
+END_FUNCTION

backend/script_groups/TwinCat/.example/CIPRECEIVESTRUCT.EXP

@@ -0,0 +1,27 @@
+(* @PATH := '\/Signals Inteface' *)
+TYPE CIPReceiveStruct : (* 10 Byte *)
+	STRUCT
+		CIP_Request				: BOOL ;
+		CIP_Running				: BOOL ;
+		CIP_Completed				: BOOL ;
+		CIP_DrainRequest			: BOOL ;
+		CIP_ChangeSanitize			: BOOL ;
+		CIP_CausticSanitizeRunning	: BOOL ;
+		Spare0_6					: BOOL ;
+		Spare0_7					: BOOL ;
+		Spare1_0					: BOOL ;
+		Spare1_1					: BOOL ;
+		Spare1_2					: BOOL ;
+		Spare1_3					: BOOL ;
+		Spare1_4					: BOOL ;
+		Spare1_5					: BOOL ;
+		Spare1_6					: BOOL ;
+		AliveBit						: BOOL ;
+		HeatingTemperature			: INT ;
+		Spare_Word1				: WORD ;
+		Spare_Word2				: WORD ;
+		Spare_Word3				: WORD ;
+	END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/CIPSENDSTRUCT.EXP

@@ -0,0 +1,27 @@
+(* @PATH := '\/Signals Inteface' *)
+TYPE CIPSendStruct: (* 10Byte *)
+	STRUCT
+		Line_Ready					: BOOL ;
+		CIP_DrainCompleted			: BOOL ;
+		CIP_CycleEnded			: BOOL ;
+		CIP_ChangeReady			: BOOL ;
+		Spare0_4					: BOOL ;
+		Spare0_5					: BOOL ;
+		Spare0_6					: BOOL ;
+		Spare0_7					: BOOL ;
+		Spare1_0					: BOOL ;
+		Spare1_1					: BOOL ;
+		Spare1_2					: BOOL ;
+		Spare1_3					: BOOL ;
+		Spare1_4					: BOOL ;
+		Spare1_5					: BOOL ;
+		Spare1_6					: BOOL ;
+		AliveBit						: BOOL ;
+		Spare_Word0				: WORD ;
+		Spare_Word1				: WORD ;
+		Spare_Word2				: WORD ;
+		Spare_Word3				: WORD ;
+	END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/CIP_CVQ.EXP

@@ -0,0 +1,22 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION CIP_CVQ : REAL
+VAR_INPUT
+	i_TempIn				: REAL ;
+	i_TempOut				: REAL ;
+END_VAR
+VAR
+END_VAR
+(* @END_DECLARATION := '0' *)
+IF i_TempOut<= 0.5 THEN
+	CIP_CVQ := 50.0 ;
+ELSIF i_TempIn-i_TempOut<=1 THEN
+	CIP_CVQ := 100.0 ;
+ELSIF (i_TempIn-i_TempOut>1) AND (i_TempIn-i_TempOut<=5) THEN
+	CIP_CVQ := (i_TempOut - i_TempIn) * 12.5 + 87.5 ;
+ELSIF i_TempIn-i_TempOut>5 THEN
+	CIP_CVQ := 50.0 ;
+END_IF
+
+END_FUNCTION

backend/script_groups/TwinCat/.example/CIP_LINK_TYPE.EXP

@@ -0,0 +1,10 @@
+(* @PATH := '\/CIP Structure' *)
+TYPE CIP_Link_Type :
+STRUCT
+	CIP_LinkName					: STRING [20] ;
+	CIP_Simple_Prog					: ARRAY [1..30] OF INT ;
+	CIP_Link_Changed				: BOOL ;
+END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/CIP_LIST_ELEMENT.EXP

@@ -0,0 +1,10 @@
+(* @PATH := '\/CIP Structure' *)
+TYPE CIP_List_Element :
+STRUCT
+	CIP_Prog_Block						: CIP_Simple_Type ;				(*  *)
+	Prev_CIP_List_Elem					: POINTER TO CIP_Simple_Type ;	(* Pointer to the previous element in the list *)
+	Next_CIP_List_Elem					: POINTER TO CIP_Simple_Type ;	(* Pointer to the next element in the list *)
+END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/CIP_PROGRAM_VARIABLES.EXP

@@ -0,0 +1,62 @@
+(* @GLOBAL_VARIABLE_LIST := CIP_Program_Variables *)
+(* @PATH := '\/CIP' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+	gCIP_Run_Qualifier					: BOOL ; (*  *)
+	gCIP_Run_Request					: BOOL ; (*  *)
+	gCIP_Run_Reset					: BOOL ; (*  *)
+	gCIP_Run_Latch					: BOOL ; (*  *)
+	gCIP_Run_Wait						: BOOL ; (*  *)
+	gCIP_Run_Done					: BOOL ; (*  *)
+	gCIP_Run_Running					: BOOL ;				(* CIP Running Signal *)
+
+	gCIPMaxStepNum					: UINT := 16 ;
+	gCIPMaxSimpleNum					: UINT := 32 ;
+
+	gCIP_WaitEventStatus				AT %MB10000	: CIP_WaitEvent_Type ;	(* memory Used from 10000 to 10032 *)
+	gCIP_WaitEventStatus_Array		AT %MB10000	: ARRAY [0..31] OF BOOL ;
+	gCIP_WaitEventReq				AT %MB10033	: CIP_WaitEvent_Type ;	(* memory Used from 10033 to 10065 *)
+	gCIP_WaitEventReq_Array			AT %MB10033	: ARRAY [0..31] OF BOOL ;
+
+	gWaitFillerReadyToCIP				: BOOL ;
+
+	gCIPHeaterTemp_PV				: REAL ;
+	gCIPReturnTemp_PV				: REAL ;
+
+	gCIPOpenEV33_35Valve			: BOOL ;
+	gCIP_WaitAnyCond					: BOOL ;				(* CIP Waiting a Condition *)
+	gCIP_SPHigh_Cond					: REAL ;				(* High Conductivity Set Point *)
+	gCIP_SPLow_Cond					: REAL ;				(* Low Conductivity Set Point *)
+	gCIP_SPTemperature				: REAL ;				(* CIP Temperature Set Point *)
+
+	gCIPBlenderDrainDone				: BOOL ;
+	gCIPBlenderDrainRunning			: BOOL ;
+	gCIPBlenderEmpty					: BOOL ;
+END_VAR
+
+VAR_GLOBAL PERSISTENT
+	gCIPTotalElapsedTime				: DINT ;
+	gCIPTotalTime						: UDINT ;
+	gActualSimpleNum					: UINT ;
+	gActualStepNum					: UINT ;
+	gStepActualTime					: UINT ;
+	gCIP_Run_Prog						: ARRAY [1..32] OF CIP_Simple_Type ; (* Running Link Complete Program *)
+	gActualCIP_LinkProgram				: ARRAY [1..32] OF CIP_Simple_Type ; (* Running Link Complete Program *)
+	gActual_LinkProgName				: STRING[32] ;
+	gActual_ArrSimpleProgName			: ARRAY [1..40] OF STRING[32] ;
+	gCIP_ProgramLoaded				: BOOL ;
+
+	gCIP_Started						: BOOL ;
+	gCIPCausticRecoveryRun			: BOOL ;
+
+	gCIP_Simple_Exec					: CIP_Simple_Type ;	(* Actual Simple Program Running *)
+	gCIP_Inizialized						: BOOL ;				(* CIP Inizialized Signal *)
+	gCIP_Completed						: BOOL ;				(* CIP Completed Signal *)
+END_VAR
+(* @OBJECT_END := CIP_Program_Variables *)
+(* @CONNECTIONS := CIP_Program_Variables
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/CIP_SIMPLE_TYPE.EXP

@@ -0,0 +1,13 @@
+(* @PATH := '\/CIP Structure' *)
+TYPE CIP_Simple_Type:
+STRUCT
+	CIP_SimpleArray						: ARRAY [1..16]  OF CIP_Step_Type ;
+	CIP_SetPoint_Temp					: REAL ;		(* Temperature set Point *)
+	CIP_SetPoint_LowCond				: REAL ;		(* Low Conductivity set Point *)
+	CIP_SetPoint_HighCond				: REAL ;		(* High Conductivity set Point *)
+	CIP_SimpleCode						: INT ;
+	Dummy								: INT ;
+END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/CIP_STEP_TYPE.EXP

@@ -0,0 +1,16 @@
+(* @PATH := '\/CIP Structure' *)
+TYPE CIP_Step_Type :
+STRUCT
+	CIP_StepTime						: UINT ;			(* Step Time Length *)
+(*	Dummy								: INT ;*)
+	CIP_OutWord_0						: UINT ;		(* Output Word 0 to Valves *)
+	CIP_OutWord_1						: UINT ;		(* Output Word 1 to Valves *)
+	CIP_OutWord_2						: UINT ;		(* Output Word 2 to Valves *)
+	CIP_OutWord_3						: UINT ;		(* Output Word 3 to Valves *)
+
+	CIP_ControlWord0						: UINT ;		(* Conditions  Word 0 *)
+	CIP_ControlWord1						: UINT ;		(* Conditions  Word 1 *)
+END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/CIP_WAITEVENT_TYPE.EXP

@@ -0,0 +1,40 @@
+(* @PATH := '\/CIP Structure' *)
+TYPE CIP_WaitEvent_Type :
+STRUCT
+	Temperature_Ok						: BOOL ; (* Local CIP: Wait "Temperature Achieved Condition" *)
+	HighConductivity						: BOOL ; (* Local CIP: Wait "High Conductivity Achieved" *)
+	LowConductivity							: BOOL ; (* Local CIP: Wait "Low Conductivity Achieved" *)
+	ProdTankMaxLev						: BOOL ; (* Local CIP: Wait "Product Tank 100% Level Achieved" *)
+	ReadyForCIP							: BOOL ; (* Local CIP: Wait "Ready For CIP" *)
+	DrainCompleted							: BOOL ; (* Local CIP: Wait "Drain Completed" *)
+	CIPCycleEnded							: BOOL ; (*  *)
+	CIPChangeReady						: BOOL ; (* From Filler CIP Change Ready *)
+	SpareWord0_Bit_8						: BOOL ; (*  *)
+	SpareWord0_Bit_9						: BOOL ; (*  *)
+	SpareWord0_Bit_10						: BOOL ; (*  *)
+	SpareWord0_Bit_11						: BOOL ; (*  *)
+	SpareWord0_Bit_12						: BOOL ; (*  *)
+	SpareWord0_Bit_13						: BOOL ; (*  *)
+	SpareWord0_Bit_14						: BOOL ; (*  *)
+	SpareWord0_Bit_15						: BOOL ; (*  *)
+
+	SpareWord1_Bit_0						: BOOL ;
+	SpareWord1_Bit_1						: BOOL ;
+	SpareWord1_Bit_2						: BOOL ;
+	SpareWord1_Bit_3						: BOOL ;
+	SpareWord1_Bit_4						: BOOL ;
+	SpareWord1_Bit_5						: BOOL ;
+	SpareWord1_Bit_6						: BOOL ;
+	SpareWord1_Bit_7						: BOOL ;
+	SpareWord1_Bit_8						: BOOL ;
+	SpareWord1_Bit_9						: BOOL ;
+	SpareWord1_Bit_10						: BOOL ;
+	SpareWord1_Bit_11						: BOOL ;
+	SpareWord1_Bit_12						: BOOL ;
+	SpareWord1_Bit_13						: BOOL ;
+	SpareWord1_Bit_14						: BOOL ;
+	SpareWord1_Bit_15						: BOOL ;
+END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/CLEANBOOLARRAY.EXP

@@ -0,0 +1,24 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION CleanBoolArray : BOOL
+VAR_INPUT
+	i_ArrayPtr				: DWORD ;
+	i_UpBound				: INT ;
+END_VAR
+VAR
+	i						: INT ;
+	mArrayPointer			: POINTER TO BOOL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+IF i_UpBound>0 AND i_UpBound<=191 THEN
+	FOR i:=0 TO i_UpBound DO
+		mArrayPointer := i_ArrayPtr + i ;
+		mArrayPointer^ :=FALSE ;
+	END_FOR;
+	CleanBoolArray := TRUE ;
+ELSE
+	CleanBoolArray := FALSE ;
+END_IF
+END_FUNCTION

backend/script_groups/TwinCat/.example/CLOCK_SIGNAL.EXP

@@ -0,0 +1,83 @@
+
+(* @PATH := '\/TASK0_VOID' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM Clock_Signal
+VAR
+	mSec_100				: INT;
+	mSec_10				: INT;
+	mClock_1s				: BOOL ;
+	mONS					: R_TRIG ;
+	mTemp					: BOOL ;
+	mInc					: INT ;
+END_VAR
+(* @END_DECLARATION := '0' *)
+gCPU_Counts ;
+gSystem_Time;
+
+mSec_100 := TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/100000) MOD 100;
+(*Sec_10 := TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/1000000) MOD 10;*)
+gMinInSeconds := TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/10000000) MOD 60;
+gTime_sec := UINT_TO_REAL (gMinInSeconds)  + INT_TO_REAL (mSec_100) / 100;
+
+IF mSec_100  < 50 THEN
+	gClock_1s := TRUE ;
+ELSE
+	gClock_1s := FALSE ;
+END_IF
+
+IF TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/100000) MOD 5  < 3 THEN
+	gClock_50ms := TRUE ;
+ELSE
+	gClock_50ms := FALSE ;
+END_IF
+
+gClock_60ms := INT_TO_BOOL (TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/100000) MOD 6) ;
+
+IF TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/100000) MOD 10  < 5 THEN
+	gClock_100ms := TRUE ;
+ELSE
+	gClock_100ms := FALSE ;
+END_IF
+
+gClock_200ms := INT_TO_BOOL (TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/1000000) MOD 2) ;
+
+IF TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/100000) MOD 50  < 25 THEN
+	gClock_500ms := TRUE ;
+ELSE
+	gClock_500ms := FALSE ;
+END_IF
+
+(*IF TRUNC (UDINT_TO_REAL (gCPU_Counts.cpuCntLoDW) / 1000000) MOD 10  < 5 THEN
+	gClock_1s := TRUE ;
+ELSE
+	gClock_1s := FALSE ;
+END_IF
+*)
+gClock_2s := INT_TO_BOOL (TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/10000000) MOD 2) ;
+
+IF TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/10000000) MOD 10  < 5 THEN
+	gClock_10s := TRUE ;
+ELSE
+	gClock_10s := FALSE ;
+END_IF
+
+gClock_20s := INT_TO_BOOL (TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/100000000) MOD 2) ;
+
+IF TRUNC (UDINT_TO_REAL (gSystem_Time.timeLoDW)/100000000) MOD 6 < 3 THEN
+	gClock_60s := TRUE ;
+ELSE
+	gClock_60s := FALSE ;
+END_IF
+mONS(CLK:=gClock_60s) ;
+
+IF mONS.Q THEN
+	mInc := mInc + 1 ;
+	IF mInc>3 AND mInc<6 THEN
+		gClock_120s := TRUE ;
+	ELSIF mInc>6 THEN
+		gClock_120s := FALSE ;
+		mInc := 0 ;
+	END_IF
+END_IF
+
+END_PROGRAM

backend/script_groups/TwinCat/.example/CLOCK_VARIABLES.EXP

@@ -0,0 +1,29 @@
+(* @GLOBAL_VARIABLE_LIST := Clock_Variables *)
+(* @PATH := '' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+	gClock_20ms			: BOOL;
+	gClock_40ms			: BOOL;
+	gClock_50ms			: BOOL;
+	gClock_60ms			: BOOL;
+	gClock_100ms		: BOOL;
+	gClock_200ms		: BOOL;
+	gClock_500ms		: BOOL;
+	gClock_1s			: BOOL;
+	gClock_2s			: BOOL;
+	gClock_10s			: BOOL;
+	gClock_20s			: BOOL;
+	gClock_60s			: BOOL;
+	gClock_120s			: BOOL;
+
+	gMinInSeconds		: UINT ;
+	gTime_sec			: REAL;
+END_VAR
+
+(* @OBJECT_END := Clock_Variables *)
+(* @CONNECTIONS := Clock_Variables
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/CO2EQPRESS.EXP

@@ -0,0 +1,24 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION CO2EqPress : REAL
+VAR_INPUT
+	i_CO2Vol			: REAL ;
+	i_Temp				: REAL ;
+END_VAR
+VAR
+	mAbsTemp			: REAL ;
+	mAux				: REAL ;
+END_VAR
+(* @END_DECLARATION := '0' *)
+(***************************************************************************************************************************)
+(* 			The following Formula is supplied by Coca Cola Company, used in QC Labs			*)
+(***************************************************************************************************************************)
+
+mAbsTemp := i_Temp + 273.16 ;
+IF (0.03275 * mAbsTemp - 7.9567)<>0 AND (0.000261 * mAbsTemp + mAux)<>0 THEN
+	mAux :=(0.01898 - 0.0000476 * mAbsTemp) / (0.03275 * mAbsTemp - 7.9567) * mAbsTemp ;
+	CO2EqPress := (i_CO2Vol - mAux) * 1.0332 / (0.000261 * mAbsTemp + mAux) ;
+END_IF
+
+END_FUNCTION

backend/script_groups/TwinCat/.example/CO2INJPRESSURE.EXP

@@ -0,0 +1,16 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION CO2InjPressure : REAL
+VAR_INPUT
+	i_Temp			: REAL ;
+	i_Dens			: REAL ;
+END_VAR
+VAR
+END_VAR
+(* @END_DECLARATION := '0' *)
+(*CO2InjPressure := 488.5966 * i_Dens - 0.00765 * i_Temp ;*)
+CO2InjPressure := 5191.739 * i_Dens * i_Dens + 231.0227 * i_Dens + 0.146326 * i_Temp ;
+
+
+END_FUNCTION

backend/script_groups/TwinCat/.example/CO2_SOLUBILITY.EXP

@@ -0,0 +1,21 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION CO2_Solubility : REAL
+VAR_INPUT
+	i_Temp				: REAL ;
+END_VAR
+VAR
+	mT_Cub				: REAL ;
+	mT_Quad			: REAL ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+(* This function calculates the CO2 absorption for a complete saturation *)
+mT_Cub := EXPT(i_Temp, 3) ;
+mT_Quad := EXPT(i_Temp, 2) ;
+IF gCO2_Density<>0 THEN
+	CO2_Solubility := (-1.41118E-06 * mT_Cub + 0.000202893 * mT_Quad -0.011685848 * i_Temp + 0.331474668) / gCO2_Density * 10 ;
+END_IF
+END_FUNCTION

backend/script_groups/TwinCat/.example/CONVERTREAL.EXP

@@ -0,0 +1,28 @@
+
+(* @PATH := '\/TASK0_VOID' *)
+(* @SYMFILEFLAGS := '4096' *)
+FUNCTION ConvertReal : MFM_Real_Struct
+VAR_INPUT
+	mIn_ValueFromMFM	: ARRAY[0..4] OF BYTE;
+END_VAR
+VAR
+	i					: INT;
+	p					: UDINT;
+	mPoint				: POINTER TO BYTE;
+	mTemp				: REAL;
+	mTempReal			: MFM_Real_Struct ;
+END_VAR
+(* @END_DECLARATION := '0' *)
+mPoint := ADR(mTemp);
+FOR i := 3 TO 0 BY -1
+DO
+	mPoint^ := mIn_ValueFromMFM[i] ;
+	p := mPoint ;
+	p := p + 1 ;
+	mPoint := p ;
+END_FOR
+
+ConvertReal.Analog_Value := mTemp;
+ConvertReal.Value_State := mIn_ValueFromMFM[4] ;
+
+END_FUNCTION

backend/script_groups/TwinCat/.example/CVQ_0_6_PERC.EXP

@@ -0,0 +1,24 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+	aFUNCTION CVQ_0_6_Perc : REAL
+VAR_INPUT
+	i_Temp			: REAL ;
+END_VAR
+VAR
+	a				: REAL ;
+	b				: REAL ;
+	c				: REAL ;
+	d				: REAL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+(* CVQ Valve in 0 - 6 bar range. Min Actuator Temperature 91°C; max Actuator temperature 110°C *)
+(* 110 - 91 = 19°C *)
+
+a := 0.000429997 ;
+b := -0.014260836 ;
+c := 1.362579549 ;
+d := 93.71557018 ;
+CVQ_0_6_Perc := LIMIT(0, ((EXPT(i_Temp,3) * a + EXPT(i_Temp,2) * b + i_Temp * c + d) - 91) / 19 * 100.0, 100) ;
+END_PROGRAM

backend/script_groups/TwinCat/.example/CVQ_1P7_8_PERC.EXP

@@ -0,0 +1,24 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION CVQ_1p7_8_Perc : REAL
+VAR_INPUT
+	i_Temp			: REAL ;
+END_VAR
+VAR
+	a				: REAL ;
+	b				: REAL ;
+	c				: REAL ;
+	d				: REAL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+(* CVQ Valve in 1.7 - 8 bar range. Min Actuator Temperature 83°C; max Actuator temperature 110°C *)
+(* 110 - 83 = 27°C *)
+
+a := 0.000176883 ;
+b := -0.000322 ;
+c := 1.4005362 ;
+d := 80.987085 ;
+CVQ_1p7_8_Perc := LIMIT(0, ((EXPT(i_Temp,3) * a + EXPT(i_Temp,2) * b + i_Temp * c + d) - 83) / 27 * 100.0, 100) ;
+END_FUNCTION

backend/script_groups/TwinCat/.example/DATA_FROM_CIP.EXP

@@ -0,0 +1,25 @@
+(* @GLOBAL_VARIABLE_LIST := Data_from_CIP *)
+(* @PATH := '\/CIP_SYSTEM' *)
+(* @SYMFILEFLAGS := '0' *)
+VAR_GLOBAL
+
+	gPB_IN_PRG_CIP_MODE           				AT%IX256.0:BOOL;
+	gPB_IN_PRG_CIP_RUNNING          			AT%IX256.1:BOOL;
+	gPB_IN_PRG_CIP_COMPLETED           		AT%IX256.2:BOOL;
+	gPB_IN_PRG_CIP_DRAIN           				AT%IX256.3:BOOL;
+	gPB_IN_PRG_CIP_RINSE           				AT%IX256.4:BOOL;
+
+	gPB_IN_COM_TST_MASTER           			AT%IX257.7:BOOL;
+
+
+	gPB_IN_PRG_SYRUP_OK           				AT%IX260.0:BOOL;
+	gPB_IN_PRG_WATER_OK           			AT%IX260.1:BOOL;
+
+END_VAR
+(* @OBJECT_END := Data_from_CIP *)
+(* @CONNECTIONS := Data_from_CIP
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/DATA_TO_CIP.EXP

@@ -0,0 +1,23 @@
+(* @GLOBAL_VARIABLE_LIST := Data_to_CIP *)
+(* @PATH := '\/CIP_SYSTEM' *)
+(* @SYMFILEFLAGS := '0' *)
+VAR_GLOBAL
+
+	gPB_OUT_PRG_CIP_REQUEST	  			AT%QX256.0:BOOL;
+	gPB_OUT_PRG_CIP_RINSE_DRAIN_END	  	AT%QX256.1:BOOL;
+	gPB_OUT_PRG_CIP_RINSE_CYCLE_ENDED	  	AT%QX256.2:BOOL;
+
+	gPB_OUT_COM_TST_MASTER           			AT%QX257.7:BOOL;
+
+
+	gPB_OUT_PRG_SYRUP_REQ           				AT%QX260.0:BOOL;
+	gPB_OUT_PRG_WATER_REQ          				AT%QX260.1:BOOL;
+
+END_VAR
+(* @OBJECT_END := Data_to_CIP *)
+(* @CONNECTIONS := Data_to_CIP
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/DEAIRCO2TEMPCOMP.EXP

@@ -0,0 +1,14 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION DeairCO2TempComp : REAL
+VAR_INPUT
+	i_Temp				: REAL ;
+	i_CO2Off				: REAL ;
+END_VAR
+VAR
+END_VAR
+(* @END_DECLARATION := '0' *)
+DeairCO2TempComp := (15.0 - i_Temp ) * 0.01 + i_CO2Off ;
+
+END_FUNCTION

backend/script_groups/TwinCat/.example/DEAIREATIONVALVE.EXP

@@ -0,0 +1,21 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION DeaireationValve : REAL
+VAR_INPUT
+	in_DeaireationFlow			: REAL ;
+	in_InletPressure				: REAL ;
+	in_FlowCoefficient			: REAL ;
+END_VAR
+VAR
+	mAux						: REAL;
+END_VAR
+(* @END_DECLARATION := '0' *)
+(* 	Regime Sonico P2 < P1/2 	*)
+(* 	OV = Flow / 14.3 * kv * P1 	*)
+mAux := in_FlowCoefficient * 14.3 * (in_InletPressure + 1.0) ;
+
+IF mAux <> 0 THEN
+	DeaireationValve := LIMIT(gDeaireationValveOV_Min, in_DeaireationFlow / mAux, 100.0) ; (* La valvola è stata tarata per cominciare ad aprire al 5% *)
+END_IF
+END_FUNCTION

backend/script_groups/TwinCat/.example/DELAY.EXP

@@ -0,0 +1,25 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION_BLOCK Delay
+VAR_INPUT
+	i_Value				: REAL ;
+	i_Sample			: UINT ;
+END_VAR
+VAR_OUTPUT
+	i_out				: REAL ;
+END_VAR
+VAR
+	mVarArray			: ARRAY[0..5] OF REAL ;
+	i					: INT ;
+END_VAR
+(* @END_DECLARATION := '0' *)
+IF i_Sample<=5 THEN
+	FOR i:=i_Sample TO 1BY -1 DO
+		mVarArray[i] := mVarArray[i - 1] ;
+	END_FOR
+	mVarArray[0] := i_Value ;
+END_IF
+i_out := mVarArray[i_Sample] ;
+
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/DELTAP.EXP

@@ -0,0 +1,17 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION DeltaP : REAL
+VAR_INPUT
+	i_Flow				: REAL ;
+	i_K					: REAL ;
+	i_Valve				: REAL ;
+END_VAR
+VAR
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+IF i_Valve<>0 THEN
+	DeltaP := i_Flow * i_K * i_Flow * i_K / i_Valve / i_Valve ;
+END_IF
+END_FUNCTION

backend/script_groups/TwinCat/.example/DERIVE.EXP

@@ -0,0 +1,22 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION_BLOCK  Derive
+VAR_INPUT
+	i_Signal				: REAL ;
+	i_Gain				: REAL ;
+	i_Cycle				: REAL ;
+END_VAR
+VAR_OUTPUT
+	o_Derive				: REAL ;
+END_VAR
+VAR
+	mSaveValue		: REAL ;
+END_VAR
+(* @END_DECLARATION := '0' *)
+IF i_Cycle<>0 THEN
+	o_Derive := i_Gain * (i_Signal - mSaveValue) / i_Cycle ;
+END_IF
+mSaveValue := i_Signal ;
+
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/DEVICENET_VARIABLES.EXP

@@ -0,0 +1,16 @@
+(* @GLOBAL_VARIABLE_LIST := DeviceNet_Variables *)
+(* @PATH := '' *)
+(* @SYMFILEFLAGS := '0' *)
+VAR_GLOBAL
+	gDeviceNetBlendFillRecArr						AT%IW4100 : ARRAY[0..19]OF WORD;
+	gDeviceNetBlendFillSendArr					AT%QW4100 : ARRAY[0..19]OF WORD;
+END_VAR
+
+
+(* @OBJECT_END := DeviceNet_Variables *)
+(* @CONNECTIONS := DeviceNet_Variables
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/DWORD_TO_BYTES.EXP

@@ -0,0 +1,25 @@
+
+(* @PATH := '\/Functions_Collection\/FillingHead' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM Dword_To_Bytes
+VAR_INPUT
+	i_Dword						: DWORD ;
+END_VAR
+VAR_OUTPUT
+	o_Bytes_0					: BYTE ;
+	o_Bytes_1					: BYTE ;
+	o_Bytes_2					: BYTE ;
+	o_Bytes_3					: BYTE ;
+END_VAR
+VAR
+	mAuxShl					: DWORD ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+mAuxShl := i_Dword ;
+o_Bytes_0 := DWORD_TO_BYTE(i_Dword) ;
+o_Bytes_1 := DWORD_TO_BYTE(SHL(mAuxShl, 8)) ;
+o_Bytes_2 := DWORD_TO_BYTE(SHL(mAuxShl, 8)) ;
+o_Bytes_3 := DWORD_TO_BYTE(SHL(mAuxShl, 8)) ;
+END_PROGRAM

backend/script_groups/TwinCat/.example/EXEC_SIMPLE_CIP.EXP

@@ -0,0 +1,558 @@
+
+(* @PATH := '\/TASK2_ControlMain\/CIP' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM Exec_Simple_CIP
+VAR_INPUT
+	Start						: BOOL ;
+	Hold						: BOOL ;
+	StepUp						: BOOL ;
+	StepDown					: BOOL ;
+	Inizialize						: BOOL ;
+	Clock						: BOOL ;
+END_VAR
+VAR
+	mSteppingUp				: BOOL ;
+	mSteppingDown				: BOOL ;
+	mStepTimeValue			: UINT ;
+	mWordOut0					: ARRAY [0..15] OF BOOL ;	(* Temporary Word Out0 To Valves *)
+	mWordOut1					: ARRAY [0..15] OF BOOL ;	(* Temporary Word Out1 To Valves *)
+	mWordOut2					: ARRAY [0..15] OF BOOL ;	(* Temporary Word Out2 To Valves *)
+	mWordOut3					: ARRAY [0..15] OF BOOL ;	(* Temporary Word Out3 To Valves *)
+	mWaitEventReqWordTemp	: WORD ;	(*  *)
+	mWaitEventReqDWord		: DWORD ;	(* Waiting Conditions Word From Simple Program - Request - *)
+	mWaitEventStatusDWord	: DWORD ;	(* Waiting Conditions Word From Simple Program *)
+	mWaitAnyCond				: BOOL ;					(* WOR of the 2 Conditions Word *)
+	mClock_ONS				: R_TRIG ;
+	mStepUp_ONS				: R_TRIG ;
+	mStepDown_ONS			: R_TRIG ;
+	mInizialize_ONS				: R_TRIG ;
+	mCycleCount				: UINT ;
+
+	mMemCopyResult			: UDINT ;
+	mDummy					: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out						: BOOL ;
+END_VAR
+
+
+
+
+
+
+(* @END_DECLARATION := '0' *)
+mInizialize_ONS(CLK:=Inizialize) ;
+mStepUp_ONS(CLK:=StepUp AND NOT gCIP_Completed) ;
+mStepDown_ONS(CLK:=StepDown AND NOT gCIP_Inizialized) ;
+mClock_ONS(CLK:=Clock) ;
+IF gCIP_ProgramLoaded THEN
+	Exec_Simple_CIP.CopyCIPProgram ;
+END_IF
+IF mInizialize_ONS.Q THEN
+	Exec_Simple_CIP.CIP_Prog_Inizialize ;
+ELSE
+	IF gActualSimpleNum = 0 THEN
+		gActualSimpleNum := 1 ;
+	END_IF
+	IF gActualSimpleNum>gCIPMaxSimpleNum THEN
+		gActualSimpleNum := gCIPMaxSimpleNum ;
+	END_IF
+
+	IF gActualStepNum = 0 THEN
+		gActualStepNum := 1 ;
+	END_IF
+	IF mStepUp_ONS.Q THEN
+		Exec_Simple_CIP.CIP_Prog_StepUp ;
+	END_IF
+	IF mStepDown_ONS.Q THEN
+		Exec_Simple_CIP.CIP_Prog_StepDown ;
+	END_IF
+	mStepTimeValue := gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleArray[gActualStepNum].CIP_StepTime ;
+	mCycleCount := 0 ;
+	WHILE mStepTimeValue = 0 AND NOT gCIP_Completed AND NOT gCIP_Inizialized AND gActualStepNum<=gCIPMaxStepNum AND NOT (mCycleCount>gCIPMaxSimpleNum*gCIPMaxStepNum) DO
+		mCycleCount := mCycleCount + 1 ;
+		IF mStepUp_ONS.Q OR  (gCIP_Run_Running AND mStepTimeValue = 0) THEN
+			mSteppingUp := TRUE ;
+		END_IF
+		IF mStepDown_ONS.Q THEN
+			mSteppingDown := TRUE ;
+		END_IF
+		IF mSteppingUp THEN
+			Exec_Simple_CIP.CIP_Prog_StepUp ;
+		ELSIF NOT (mSteppingUp OR mSteppingDown) THEN
+			EXIT ;
+		END_IF
+		IF mSteppingDown THEN
+			Exec_Simple_CIP.CIP_Prog_StepDown ;
+		ELSIF NOT (mSteppingUp OR mSteppingDown) THEN
+			EXIT ;
+		END_IF
+		mStepTimeValue := gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleArray[gActualStepNum].CIP_StepTime ;
+	END_WHILE
+	mSteppingUp := FALSE ;
+	mSteppingDown := FALSE ;
+	IF mStepDown_ONS.Q THEN
+		IF gStepActualTime=0 THEN
+			gCIPTotalElapsedTime := gCIPTotalElapsedTime - mStepTimeValue ;
+		ELSE
+			gCIPTotalElapsedTime := gCIPTotalElapsedTime - gStepActualTime ;
+		END_IF
+		gStepActualTime := 0 ;
+	END_IF
+	IF Start THEN
+		Exec_Simple_CIP.Exec_Step ;
+	END_IF
+END_IF
+gH_Blender_CIP_LinkName := gActual_LinkProgName ;
+IF gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleCode>0 THEN
+	gH_Blender_CIP_SimpleName := gActual_ArrSimpleProgName[gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleCode] ;
+END_IF
+gH_Blender_CIP_StepTime := LIMIT(0, ABS(mStepTimeValue - gStepActualTime), mStepTimeValue) ;
+gH_Blender_CIP_TotalTime := LIMIT(0, ABS(gCIPTotalTime - gCIPTotalElapsedTime), gCIPTotalTime) ;
+gH_Blender_CIP_StepNum := gActualStepNum ;
+IF gCIPTotalTime>0 THEN
+	gH_Blender_CIP_LinkProgPerc := UDINT_TO_REAL(gCIPTotalElapsedTime) / UDINT_TO_REAL(gCIPTotalTime) * 100 ;
+END_IF
+IF mStepTimeValue>0 THEN
+	gH_Blender_CIP_SimpleProgPerc := UINT_TO_REAL(gStepActualTime) / UINT_TO_REAL(mStepTimeValue) * 100 ;
+END_IF
+gH_Blender_CIP_PV_HighCond := gIn_C1_Conductivity_Caustic ;
+gH_Blender_CIP_PV_LowCond := gIn_C2_Conductivity_Water ;
+gH_Blender_CIPHeaterTempPV := gCIPHeaterTemp_PV ;
+gH_Blender_CIPReturnTempPV := gCIPReturnTemp_PV ;
+END_PROGRAM
+ACTION	CIP_Prog_Completed:
+gCIP_Completed := TRUE ;
+mWaitAnyCond := FALSE ;
+
+mWordOut0 := _Word_To_BoolArray(0) ;
+mWordOut1 := mWordOut0 ;
+mWordOut2 := mWordOut0 ;
+mWordOut3 := mWordOut0 ;
+
+mWaitEventReqDWord := 0 ;
+mWaitEventStatusDWord := 0 ;
+END_ACTION
+
+ACTION	CIP_Prog_Inizialize:
+_LD_BODY
+_NETWORKS : 1
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 7
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+1
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gActualSimpleNum
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+1
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gActualStepNum
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+FALSE
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gCIP_Completed
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+FALSE
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gCIP_WaitAnyCond
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gStepActualTime
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+TRUE
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gCIP_Inizialized
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gCIPTotalElapsedTime
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_ACTION
+
+ACTION	CIP_Prog_StepDown:
+IF gActualSimpleNum >= 1 THEN
+	IF gActualStepNum > 1 THEN
+		IF gStepActualTime<=0 THEN
+			gActualStepNum := gActualStepNum - 1 ;
+		END_IF
+	ELSIF gActualSimpleNum>1 THEN
+		gActualSimpleNum := gActualSimpleNum - 1 ;
+		gActualStepNum := gCIPMaxStepNum ;
+	END_IF
+END_IF
+
+IF gActualSimpleNum=1 AND gActualStepNum=1 THEN
+	gCIP_Inizialized := TRUE ;
+ELSE
+	gCIP_Inizialized := FALSE ;
+END_IF
+
+IF gCIP_Completed THEN
+	gCIP_Completed := FALSE ;
+END_IF
+END_ACTION
+
+ACTION	CIP_Prog_StepUp:
+IF gActualSimpleNum<gCIPMaxSimpleNum THEN
+	IF gActualStepNum<gCIPMaxStepNum  THEN
+		gActualStepNum := gActualStepNum + 1 ;
+	ELSIF gActualStepNum = gCIPMaxStepNum THEN
+		gActualSimpleNum := gActualSimpleNum + 1 ;
+		gActualStepNum := 1 ;
+	END_IF
+ELSIF gActualSimpleNum=gCIPMaxSimpleNum THEN
+	IF gActualStepNum<gCIPMaxStepNum  THEN
+		gActualStepNum := gActualStepNum + 1 ;
+	ELSIF gActualStepNum = gCIPMaxStepNum THEN
+		IF mStepTimeValue=0 OR (mStepTimeValue<=gStepActualTime) THEN
+			Exec_Simple_CIP.CIP_Prog_Completed ;
+		END_IF
+	END_IF
+END_IF
+
+IF gCIP_Inizialized   THEN
+	gCIP_Inizialized := FALSE ;
+END_IF
+IF mStepTimeValue>0 AND gH_Blender_CIP_ProgStepUp THEN
+	gCIPTotalElapsedTime := gCIPTotalElapsedTime + LIMIT(0, (mStepTimeValue - gStepActualTime), mStepTimeValue) ;
+END_IF
+gStepActualTime := 0 ;
+END_ACTION
+
+ACTION	CopyCIPProgram:
+_LD_BODY
+_NETWORKS : 3
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTION
+_BOX_EXPR : 3
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 1
+_OPERAND
+_EXPRESSION
+_POSITIV
+gCIP_Run_Prog
+_EXPRESSION
+_POSITIV
+ADR
+_OPERATOR
+_BOX_EXPR : 1
+_OPERAND
+_EXPRESSION
+_POSITIV
+gActualCIP_LinkProgram
+_EXPRESSION
+_POSITIV
+ADR
+_OPERATOR
+_BOX_EXPR : 1
+_OPERAND
+_EXPRESSION
+_POSITIV
+gActualCIP_LinkProgram
+_EXPRESSION
+_POSITIV
+SIZEOF
+_EXPRESSION
+_POSITIV
+MEMCPY
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mMemCopyResult
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gCIP_ProgramLoaded
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gCIP_Completed
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_NEGATIV
+_SET
+gCIP_Completed
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gCIP_ProgramLoaded
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_NEGATIV
+_SET
+gCIP_ProgramLoaded
+
+END_ACTION
+
+ACTION	Exec_Step:
+IF mClock_ONS.Q THEN	(* One Second Clock *)
+	IF mStepTimeValue>gStepActualTime THEN
+		gCIP_Simple_Exec := gCIP_Run_Prog[gActualSimpleNum] ;
+
+		mWordOut0 := _Word_To_BoolArray(gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleArray[gActualStepNum].CIP_OutWord_0) ;
+		mWordOut1 := _Word_To_BoolArray(gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleArray[gActualStepNum].CIP_OutWord_1) ;
+		mWordOut2 := _Word_To_BoolArray(gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleArray[gActualStepNum].CIP_OutWord_2) ;
+		mWordOut3 := _Word_To_BoolArray(gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleArray[gActualStepNum].CIP_OutWord_3) ;
+
+		mWaitEventReqWordTemp:= gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleArray[gActualStepNum].CIP_ControlWord1 ;
+		mWaitEventReqDWord := mWaitEventReqDWord AND mWaitEventReqWordTemp ;
+		mWaitEventReqDWord := SHL(mWaitEventReqDWord,16) ;
+		mWaitEventReqWordTemp := gCIP_Run_Prog[gActualSimpleNum].CIP_SimpleArray[gActualStepNum].CIP_ControlWord0 ;
+		mWaitEventReqDWord := mWaitEventReqDWord OR mWaitEventReqWordTemp ;
+
+		gCIP_WaitEventReq_Array := _DWord_To_BoolArray(mWaitEventReqDWord) ;
+		mWaitEventStatusDWord := _BoolArray_To_DWord(gCIP_WaitEventStatus_Array) ;
+
+(*		mWaitEventStateWord1 := _BoolArray_To_Word(gCIP_WaitEventState_Array1) ;*)
+
+		IF (mWaitEventReqDWord<>0) AND (mWaitEventReqDWord XOR mWaitEventStatusDWord)<>0 THEN
+			gCIP_WaitAnyCond := TRUE ;
+		ELSE
+			gCIP_WaitAnyCond := FALSE ;
+		END_IF
+
+		gCIP_SPHigh_Cond := gCIP_Run_Prog[gActualSimpleNum].CIP_SetPoint_HighCond ;
+		gCIP_SPLow_Cond := gCIP_Run_Prog[gActualSimpleNum].CIP_SetPoint_LowCond ;
+		gCIP_SPTemperature := gCIP_Run_Prog[gActualSimpleNum].CIP_SetPoint_Temp ;
+	
+		IF NOT Hold AND NOT gCIP_Completed THEN
+			gStepActualTime := gStepActualTime + 1 ;
+			gCIPTotalElapsedTime := gCIPTotalElapsedTime + 1 ;
+		END_IF
+	ELSE
+		gStepActualTime := 1 ;
+		CIP_Prog_StepUp ;
+	END_IF
+END_IF
+
+(***********************************************************************************************************)
+(*		Transfer the X in the Simple program i-th Step to the Sp Sustain Memory			  *)
+(***********************************************************************************************************)
+gSp_CIP_Temp_En := mWordOut0[0] ;	(* CIP Enable PID Control Temperature *)
+gSp_EV01 := mWordOut0[1] ;			(* EV01 Deair Tank Water Level Control Valve *)
+gSp_EV02 := mWordOut0[2] ;			(* EV02 Deair Tank Water Manual Valve *)
+gSp_EV03 := mWordOut0[3] ;			(* EV03 Syrup Tank Syrup Level Control Valve *)
+gSp_EV04 := mWordOut0[4] ;			(* EV04 Syrup Tank Syrup Manual Valve *)
+gSp_CIP_CO2_Inj := mWordOut0[5] ;		(* Enable CO2 Injection Uring CIP *)
+gSp_EV14 := mWordOut0[6] ;			(* EV14 Deair Tank Drain Valve *)
+gSp_EV15 := mWordOut0[7] ;			(* EV15 Product Tank Drain Valve *)
+gSp_EV16 := mWordOut0[8] ;			(* EV16 Syrup Tank Drain Valve *)
+(*gSp_EV17 := NOT mWordOut0[9] ;		(* EV17 Deair + Product Tank SprayBall Valve *)
+(*gSp_EV61 := NOT mWordOut0[10] ;	(* EV61 Syrup Tank SprayBall Valve *)
+gSp_EV23 := mWordOut0[11] ;			(* EV23 Serpentine Drain Valve *)
+gSp_EV24 := NOT mWordOut0[12] ;		(* EV24 Syrup Tank Recirc Valve *)
+gSp_EV31 := mWordOut0[13] ;			(* EV31 Venturi Suction Valve *)
+gSp_EV32 := mWordOut0[14] ;			(* EV32 Venturi Washing Valve *)
+gSp_EV33 := mWordOut0[15] ;			(* EV33 Sanitizier Inlet Valve 1 - Caustic - *)
+gSp_EV34 := mWordOut1[0] ;			(* EV34 Sanitizier Inlet Valve 2 *)
+
+gSp_EV35 := mWordOut1[1] ;			(* EV35 Sanitizier Inlet Valve 3 *)
+gSp_EV36 := mWordOut1[2] ;			(* EV36 Plant Recirc Valve *)
+gSp_EV37 := mWordOut1[3] ;			(* EV37 Plant Drain Valve *)
+gSp_EV38 := mWordOut1[4] ;			(* EV38 Plant Caustic Recovery Valve *)
+gSp_CIPRunning := mWordOut1[5] ;
+gSp_CIPDrainRequest := mWordOut1[6] ;
+gSp_CIPHotPhase := mWordOut1[7] ;
+mWordOut1[8] ;
+mWordOut1[9] ;
+gSp_P1 := mWordOut1[10] ;				(* P1 Water Pump Run In CIP to get Prod Tank 100% level *)
+gSp_SyrRoomPump := mWordOut1[11] ;	(* Syrup Room Pump Run In CIP *)
+mWordOut1[12] ;
+mWordOut1[13] ;
+mWordOut1[14] ;
+mWordOut1[15] ;
+mWordOut2[0] ;
+
+mWordOut2[1] ;
+mWordOut2[2] ;
+mWordOut2[3] ;
+mWordOut2[4] ;
+mWordOut2[5] ;
+mWordOut2[6] ;
+mWordOut2[7] ;
+mWordOut2[8] ;
+mWordOut2[9] ;
+mWordOut2[10] ;
+mWordOut2[11] ;
+mWordOut2[12] ;
+mWordOut2[13] ;
+mWordOut2[14] ;
+mWordOut2[15] ;
+mWordOut3[0] ;
+
+mWordOut3[1] ;
+mWordOut3[2] ;
+mWordOut3[3] ;
+mWordOut3[4] ;
+mWordOut3[5] ;
+mWordOut3[6] ;
+mWordOut3[7] ;
+mWordOut3[8] ;
+mWordOut3[9] ;
+mWordOut3[10] ;
+mWordOut3[11] ;
+mWordOut3[12] ;
+mWordOut3[13] ;
+mWordOut3[14] ;
+mWordOut3[15] ;
+
+END_ACTION
+

backend/script_groups/TwinCat/.example/FASTRINSE.EXP

@@ -0,0 +1,773 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Procedure\/System Run Out' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM FastRinse
+VAR
+	mFastRinseTP					: TP ;
+	mAuxONS						: R_TRIG ;
+	mStepNum						: INT ;
+	mFastRinseMove				: _StepMove ;
+	mAuxStep						: INT ;
+	mTimer							: TIME ;
+	mProcSelected					: BOOL ;
+
+	mDummy						: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out							: BOOL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 11
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gProdPipeRunOut_Done
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gSyrRunOut_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFastRinse_Qualifier
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 5
+_LD_CONTACT
+gProdPipeRunOut_Done
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderAlarm
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mFastRinseTP
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#1s
+_EXPRESSION
+_POSITIV
+TP
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_LD_CONTACT
+gFastRinse_Done
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFastRinse_Qualifier
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFastRinse_Request
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 4
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastRinse_Qualifier
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gProdPipeRunOut_Done
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mAuxONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+R_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastRinse_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gEmergencyPressed
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gH_Blender_OPT_FastChangeOverEnabled
+_EXPRESSION
+_POSITIV
+_LD_OR
+_LD_OPERATOR : 3
+_LD_CONTACT
+gSystemRunOut_Done
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gSystemRunOutInit
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gSystemRunOut_Reset
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFastRinse_Reset
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 3
+_LD_CONTACT
+gBlenderRinse_Running
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderRun_Running
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_SystemRunOutEnabled
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFastRinse_Wait
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gFastRinse_Reset
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+FastRinse._FastRinseReset
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_FastChangeSequenceNum
+_OPERAND
+_EXPRESSION
+_POSITIV
+9
+_EXPRESSION
+_POSITIV
+EQ
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFastRinse_Latch
+_EXPRESSION
+_POSITIV
+AND
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mProcSelected
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 2
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProcSelected
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_FastChangeProcValue
+_OPERATOR
+_BOX_EXPR : 2
+_OPERATOR
+_BOX_EXPR : 1
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFastRinseStep0Time
+_OPERAND
+_EXPRESSION
+_POSITIV
+mTimer
+_EXPRESSION
+_POSITIV
+SUB
+_EXPRESSION
+_POSITIV
+TIME_TO_REAL
+_OPERAND
+_EXPRESSION
+_POSITIV
+1000
+_EXPRESSION
+_POSITIV
+DIV
+_EXPRESSION
+_POSITIV
+SEL
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FastChangeProcValue
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProcSelected
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_FastChangeWait1
+_OPERAND
+_EXPRESSION
+_POSITIV
+TRUE
+_EXPRESSION
+_POSITIV
+SEL
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FastChangeWait1
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastRinse_Request
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFastRinse_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFastRinse_Reset
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFastRinse_Done
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFastRinse_Latch
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastRinse_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFastRinse_Wait
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFastRinse_Running
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gFastRinse_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+FastRinse._FastRinseSequencer
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gFastRinse_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FastRinseDone
+
+END_PROGRAM
+ACTION	_FastRinseReset:
+_LD_BODY
+_NETWORKS : 1
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 2
+_OUTPUT
+_POSITIV
+_NO_SET
+mAuxStep
+_OUTPUT
+_POSITIV
+_NO_SET
+mStepNum
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_NEGATIV
+_SET
+gFastRinse_Done
+
+END_ACTION
+
+ACTION	_FastRinseSequencer:
+CASE mStepNum OF
+	0:	FastRinse_Step_0 ;
+
+	1:	FastRinse_Step_1 ;
+
+	2:	FastRinse_Step_2 ;
+
+ELSE
+	;
+END_CASE
+
+
+END_ACTION
+
+ACTION	FastRinse_Step_0:
+_LD_BODY
+_NETWORKS : 2
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_SET
+gSp_EV15
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mFastRinseMove
+_BOX_EXPR : 6
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mStepNum
+_OPERAND
+_EXPRESSION
+_POSITIV
+1
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFastRinseStep0Time
+_OPERAND
+_EXPRESSION
+_POSITIV
+TRUE
+_OPERAND
+_EXPRESSION
+_POSITIV
+TRUE
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFastRinse_Wait
+_EXPRESSION
+_POSITIV
+_StepMove
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mTimer
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mStepNum
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_ACTION
+
+ACTION	FastRinse_Step_1:
+_LD_BODY
+_NETWORKS : 2
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_SET
+gRinseCloseVM1
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mFastRinseMove
+_BOX_EXPR : 6
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mStepNum
+_OPERAND
+_EXPRESSION
+_POSITIV
+2
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#3s
+_OPERAND
+_EXPRESSION
+_POSITIV
+TRUE
+_OPERAND
+_EXPRESSION
+_POSITIV
+TRUE
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFastRinse_Wait
+_EXPRESSION
+_POSITIV
+_StepMove
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mTimer
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mStepNum
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_ACTION
+
+ACTION	FastRinse_Step_2:
+_LD_BODY
+_NETWORKS : 1
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 2
+_OUTPUT
+_NEGATIV
+_SET
+gRinseCloseVM1
+_OUTPUT
+_POSITIV
+_SET
+gFastRinse_Done
+
+END_ACTION
+

backend/script_groups/TwinCat/.example/FB41_PIDCONTROLLER.EXP

@@ -0,0 +1,137 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '4096' *)
+FUNCTION_BLOCK FB41_PIDController
+VAR_INPUT
+	in_SP			: REAL;			(* SP *)
+	in_PV			: REAL;			(* PV *)
+	MAN			: REAL;
+	GAIN			: REAL;
+	TI				: REAL;
+	TD				: REAL;
+	DEADB_W		: REAL ;
+	LMN_HLM		: REAL;
+	LMN_LLM		: REAL;
+	LMN_FAC		: REAL;
+	LMN_OFF		: REAL;
+	CYCLE			: REAL ;
+	I_ITLVAL			: REAL;
+	DISV			: REAL;
+	MAN_ON		: BOOL;
+	I_SEL			: BOOL;
+	P_SEL			: BOOL;
+	D_SEL			: BOOL;
+	INT_HOLD		: BOOL;
+	I_ITL_ON		: BOOL;
+END_VAR
+VAR_OUTPUT
+	LMN			: REAL;
+	LMN_P			: REAL;
+	LMN_I			: REAL;
+	LMN_D			: REAL;
+	High_Limit		: BOOL;
+	Low_Limit		: BOOL;
+END_VAR
+VAR
+	mIntegral			: Integral ;	(* FB Integral Instance *)
+	mIntegralOut		: REAL; 		(* Integral Value *)
+  	mOld_error		: REAL ;
+	Error			: REAL ;
+ 	mProportional	: REAL ;
+  	mDerivative		: REAL ;
+	Gain_error		: REAL;		(*Error Value * Gain*)
+	Total_result		: REAL;		(*Total result of PID Block*)
+	INT_Block		: BOOL;
+  	LMN_alarm		: BOOL ;		(*Limit output alarm *)
+	mAuxONS		: R_TRIG ;
+	mManEn			: BOOL ;
+	mManONS		: F_TRIG ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+(* SP - PV *)
+Error :=  in_SP - in_PV ;
+
+(* Multiply GAIN *)
+IF ABS(Error) >= DEADB_W THEN		(* Dead Band Implementation *)
+	Gain_error := Error * GAIN ;
+ELSE
+	Gain_error := 0.0 ;
+END_IF
+
+(* Freeze Integral Calculation *)
+INT_Block := INT_HOLD OR MAN_ON OR LMN_alarm ;
+
+(* Integral calculation *)
+IF 	I_SEL AND  TI>0 THEN
+	IF 	I_ITL_ON	 THEN
+		mIntegralOut := I_ITLVAL;
+	ELSE
+		IF NOT INT_Block THEN
+			IF (( Gain_error>=0 ) AND NOT High_Limit) OR (( Gain_error<=0 ) AND NOT Low_Limit) THEN
+				(*mIntegral := mIntegral + Gain_error * CYCLE  / TI;*)
+				mIntegral.i_NewValue := Gain_error / TI ;
+				mIntegral.i_IntCycle := CYCLE ;
+				mIntegral(Out_Integral:=mIntegralOut) ;
+			END_IF
+		END_IF
+	END_IF
+ELSE
+	mIntegralOut := 0.0 ;
+END_IF
+LMN_I := mIntegralOut ;
+
+(* Derivative calculation *)
+IF ( D_SEL  AND TD >0 ) THEN
+	mDerivative := ( Gain_error - mOld_error ) * TD / 10 ;
+ELSE
+ 	mDerivative := 0.0 ;
+END_IF
+mOld_error := Gain_error ;
+LMN_D := mDerivative ;
+
+(* Proportional contribute *)
+IF P_SEL THEN
+	mProportional := Gain_error ;
+ELSE
+	mProportional := 0 ;
+END_IF
+LMN_P := mProportional ;
+
+(* Total result P + I + D + DISV *)
+Total_result := mProportional + mIntegralOut + mDerivative + DISV ;
+
+mManONS(CLK:=MAN_ON) ;
+
+(* Manual control *)
+IF MAN_ON THEN
+	Total_result := MAN ;
+	IF NOT I_ITL_ON AND mManONS.Q THEN
+		mIntegralOut := LMN - LMN_P - DISV ;	(* - Bumpless - Inizilize the Integral Component when the PID is setted in auto again *)
+		mIntegral(Out_Integral:=mIntegralOut) ;
+		mDerivative := 0.0 ;
+	END_IF
+END_IF
+
+(* High Low limit for total result *)
+High_Limit := FALSE ;
+Low_Limit := FALSE ;
+
+IF Total_result > LMN_HLM THEN
+ 	 High_Limit := TRUE ;
+	Total_result := LMN_HLM;
+END_IF
+
+IF Total_result < LMN_LLM THEN
+  	Low_Limit := TRUE ;
+	Total_result := LMN_LLM;
+END_IF
+
+LMN :=  ( Total_result * LMN_FAC ) + LMN_OFF;
+
+
+
+
+
+
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/FC_CONTROL_WORD.EXP

@@ -0,0 +1,27 @@
+(* @PATH := '\/Danfoss FC' *)
+TYPE FC_Control_Word
+	STRUCT
+		B00_RefValue_LSB			: BOOL ;	(* 	Choose between the four reference values, which are pre-programmed in par.3-10 *)
+		B01_RefValue_MSB			: BOOL ;
+		B02_Brake					: BOOL ;	(* 	Bit 02 = 0 leads to DC braking and stop.
+													Bit 02 = 1 leads to ramping. *)
+		B03_Coast					: BOOL ;	(* 	Bit 03 = 0 causes the frequency converter to immediately "let go" of the motor, so that it coasts to a standstill.
+									   				Bit 03 = 1 enables the frequency converter to start the motor if the other starting conditions have been fulfilled. *)
+		B04_QuickStop				: BOOL ;	(* 	Bit 04 = 0 causes a stop, in which the motor speed is ramped down to stop via par. 3-81. *)
+		B05_HoldOutputFrequency	: BOOL ;	(*  	Bit 05 = 0 causes the present output frequency (in Hz) to freeze. *)
+		B06_RampStop				: BOOL ;	(* 	Bit 06 = 0 causes a stop, in which the motor speed is ramped down to stop via the selected ramp down parameter.
+													Bit 06 = 1 permits the frequency converter to start the motor, if the other starting conditions have been fulfilled. *)
+		B07_Reset					: BOOL ;	(*  	Reset of a trip is activated on the signal’s leading edge, i.e. when changing from logic "0" to logic "1". *)
+		B08_Jog					: BOOL ;	(*  	Bit 08 = 1 causes the output frequency to be determined by par. 3-19. *)
+		B09_RampSelection			: BOOL ;	(*  	Bit 09 = 0 means that ramp 1 is active (parameters 3-40 to 3-47).
+													Bit 09 = 1 means that ramp 2 (par. 3-50 to 3-57) is active.*)
+		B10_DataValid				: BOOL ;	(*  	Bit 10 = 0 causes the control word to be ignored,
+													Bit 10 = 1 causes the control word to be used. *)
+		B11_Relay01Active			: BOOL ;	(*  	Bit 11 = 1 Relay 01 activated, provided Control word bit 11 has been chosen in par. 5-40.*)
+		B12_Relay04Active			: BOOL ;	(*  	Bit 12 = 1 Relay 04 activated, provided Control word bit 12 has been chosen in par. 5-40.*)
+		B13_SetUp_LSB			: BOOL ;	(*  	Choose between the four menu set-ups, only possible when Multi-Set-ups is selected in par. 0-10.  *)
+		B14_SetUp_MSB			: BOOL ;
+		B15_Reverse				: BOOL ;
+	END_STRUCT
+END_TYPE
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/FC_STATUS_WORD.EXP

@@ -0,0 +1,26 @@
+(* @PATH := '\/Danfoss FC' *)
+TYPE FC_Status_Word :
+	STRUCT
+		B00_ControlReady			: BOOL ;	(* 	Bit 00 =0 The frequency converter as tripped *)
+		B01_DriveReady			: BOOL ;	(* 	Bit 01 =1 The frequency converter is ready for operation, but there is an active coasting command via the digital inputs or via serial communication *)
+		B02_Coasting				: BOOL ;	(*	Bit 02 =1 The frequency converter can start the motor when a start command is given *)
+		B03_Trip					: BOOL ;	(* 	Bit 03 =1 The frequency converter is tripped and that a reset signal is required to re-establish operation *)
+		B04_Error					: BOOL ;	(* 	Bit 04 = 1 there is a frequency converter error but no trip *)
+		B05_Reserved				: BOOL ;	(*  	*)
+		B06_Triplock				: BOOL ;	(* 	Bit 06 = 1 The frequency converter is tripped, and locked *)
+		B07_Warning				: BOOL ;	(*  	Bit 07 = 1 a warning has occurred *)
+		B08_Speed_OK				: BOOL ;	(*  	Bit 08 = 0 The motor is running, but that the present speed is different from the preset speed reference.
+														It might, for example, be the case while the speed is being ramped up/down during start/stop *)
+		B09_BusControl				: BOOL ;	(*  	Bit 09 = 1 means that it is possible to control the frequency converter via the fieldbus/ serial communication *)
+		B10_FrequencyLimit_OK		: BOOL ;	(*  	Bit 10 = 0 if the output frequency has reached the value in par. 4-11 Motor speed low limit or par.4-13 Motor speed high limit
+													Bit 10 = 1 means that the output frequency is within the defined limits *)
+		B11_InOperation			: BOOL ;	(*  	Bit 11 = 1 The frequency converter has a start signal or that the output frequency is greater than 0 Hz *)
+		B12_Drive_OK				: BOOL ;	(*  	Bit 12 = 1 The inverter has stopped because of over temperature, but that the unit has not tripped and will resume operation once the over temperature stops *)
+		B13_Voltage_OK			: BOOL ;	(*  	Bit 13 = 1 The DC voltage in the frequency converter’s intermediate circuit is too low or too high  *)
+		B14_Torque_OK			: BOOL ;	(* 	Bit 14 = 0 The motor current is lower than the torque limit selected in par. 4-16 Torque limit motor mode or par. 4-17 Torque limit generator mode.
+													Bit 14 = 1 The torque limit in par. 4-16 and 4-17 has been exceeded *)
+		B15_Timer_OK				: BOOL ;	(*	Bit 15 = 0 The timers for motor thermal protection and VLT thermal protection, respectively, have not exceeded 100%.
+													Bit 15 = 1  One of the timers has exceeded 100% *)
+	END_STRUCT
+END_TYPE
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/FEEDFORWARD.EXP

@@ -0,0 +1,19 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION FeedForward : REAL	(* If Function returns -1 means Error *)
+VAR_INPUT
+	i_Flow			: REAL ;	(* Liquid Flow in l/min *)
+	i_KFF			: REAL ;	(* Adjusting parameter *)
+	i_Delta_P		: REAL ;	(* Delta Pressure: Friction Losses Across the Valve *)
+END_VAR
+VAR
+END_VAR
+(* @END_DECLARATION := '0' *)
+IF i_Delta_P >0 THEN
+	FeedForward := LIMIT(0, i_Flow * i_KFF / SQRT(i_Delta_P), 100) ;
+ELSE
+	FeedForward := -1 ;
+END_IF
+
+END_FUNCTION

backend/script_groups/TwinCat/.example/FILLERHEAD.EXP

@@ -0,0 +1,56 @@
+(* @GLOBAL_VARIABLE_LIST := FillerHead *)
+(* @PATH := '\/Filler_Head_PID_Data' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+	gHead_PID_Cycle						: REAL ;
+	gFillingValveHead_PV					: REAL ;	(* Filling Valve Head Set Point  [mmH2O] *)
+	gSensor_Head_PV						: REAL ;	(* Differential Pressure Process Value [mmH2O] *)
+	gProd_Tank_Height						: REAL ;	(* Product Tank Liquid Height from Soil [mm] *)
+	gDiffSensor_Height						: REAL ;	(* Sensor Height from Soil [mm] *)
+	gPID_Head_Max_Value					: REAL ;	(* Max Head [mm] *)
+	gHead_PID_Max_Freq					: REAL ;	(* Max Filling Head PID Max Freq [Hz] *)
+	gHead_PID_Manual_Value				: REAL ;
+	gFillerCentrifugalHead					: REAL ;	(* Centrifugal Head [mm] *)
+	gTotalPressLoss							: REAL ;	(* P3 Pump + Pipe + Filler Collector + Filling Pipes      Pressure Loss [mm] *)
+	gHeadDinamicComp						: REAL ;
+	gStartFillingExtraHead					: REAL ;	(* Head Pressure variation due to start filling *)
+	gStopFillingExtraHead					: REAL ;	(* Head Pressure variation due to stop filling *)
+	gFiller_Speed							: REAL ;	(* Filler Speed [Bott/h] *)
+	gFiller_Temperature						: REAL ;	(* Filler Temperature [°C] *)
+	gProd_Flow								: REAL ;	(* Product Flow in l/min*)
+	gProd_FlowEstimated					: REAL ;	(* Estimated Product Flow in l/min*)
+	gProd_FlowEstimatedSlw					: REAL ;	(* Estimated Product Flow in l/min*)
+	gFillingTime								: REAL ;
+
+	g_MAN_Head							: BOOL ;	(* 1 = Manual 0 = Automatic *)
+	g_Head_PID_Enable					: BOOL ;	(* 1 = Enable Filling Valve Head PID *)
+	g_Head_CIP_Rinse						: BOOL ;	(* 1 = CIP or Rinse *)
+	g_Head_Drain							: BOOL ;	(* 1 = Drain *)
+
+  	gOut_Freq_Head_PID					: REAL ;	(* uscita PID in frequenza ( 0 .. 100 Hz ) *)
+	g_Max_Head							: BOOL ;	(* 1 = massimo Battente superatoo *)
+	g_Min_Head							: BOOL ;	(* 1= Battente sotto il minimo *)
+	g_Head_OK								: BOOL ;	(* 1= Battente serbatoio OK *)
+
+	gP3_Frequency							: REAL ;
+
+	gHeadFillStat_MeanValue				: REAL ;
+	gHeadFillStat_Variance					: REAL ;
+	gHeadFilStat_DevStd					: REAL ;
+	gHeadPIDCtrlOk							: BOOL ;
+END_VAR
+
+VAR_GLOBAL CONSTANT
+	gEstimatedFlowEnable					: BOOL := TRUE ;
+	gProd_HeadPIDMax_Freq				: REAL := 50.0 ;		(* Head Filling PID Max Frequency during regulation in production *)
+	gMax_P3_Freq							: REAL := 60.0 ;		(* Head Filling PID Max Frequency in Manual *)
+	gMin_Head_Value						: REAL := 0.0 ;		(* Min Head [mm] *)
+	gDiffSensor_MaxValue					: REAL := 5000.0 ;
+END_VAR
+(* @OBJECT_END := FillerHead *)
+(* @CONNECTIONS := FillerHead
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/FILLERRECEIVESTRUCT.EXP

@@ -0,0 +1,30 @@
+(* @PATH := '\/Signals Inteface' *)
+TYPE FillerReceiveStruct :
+	STRUCT
+		CIP_Request				: BOOL ;
+		CIP_DrainCompleted			: BOOL ;
+		ProductionRequest			: BOOL ;
+		ProductRequest				: BOOL ;
+		LastContainerFilled			: BOOL ;
+		CIP_CycleEnded			: BOOL ;
+		CIP_ChangeReady			: BOOL ;
+		FastRinseReady				: BOOL ;
+		OpenProductDrainPipe		: BOOL ;
+		FastRinseWaterRequest		: BOOL ;
+		SpareBit1_2					: BOOL ;
+		SpareBit1_3					: BOOL ;
+		SpareBit1_4					: BOOL ;
+		SpareBit1_5					: BOOL ;
+		SpareBit1_6					: BOOL ;
+		Rinse_Ended					: BOOL ;
+		SpareByte2					: BYTE ;
+		SpareByte3					: BYTE ;
+		SpareByte4					: BYTE ;
+		SpareByte5					: BYTE ;
+		SpareByte6					: BYTE ;
+		SpareByte7					: BYTE ;
+		SpareByte8					: BYTE ;
+		SpareByte9					: BYTE ;
+	END_STRUCT
+END_TYPE
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/FILLERRINSE.EXP

@@ -0,0 +1,684 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Procedure\/System Run Out' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM FillerRinse
+VAR
+	mFillerRinseTP					: TP ;
+	mAuxONS						: R_TRIG ;
+	mStepNum						: INT ;
+	mFillerRinseMove					: _StepMove ;
+	mAuxStep						: INT ;
+	mTimer							: TIME ;
+	mProcSelected					: BOOL ;
+
+	mDummy						: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out							: BOOL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 12
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gProdPipeRunOut_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFillerRinse_Qualifier
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 5
+_LD_CONTACT
+gProdPipeRunOut_Done
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderAlarm
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mFillerRinseTP
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#1s
+_EXPRESSION
+_POSITIV
+TP
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_LD_CONTACT
+gFillerRinse_Done
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFillerRinse_Qualifier
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFillerRinse_Request
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 4
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFillerRinse_Qualifier
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gProdPipeRunOut_Done
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mAuxONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+R_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFillerRinse_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gEmergencyPressed
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gH_Blender_OPT_FastChangeOverEnabled
+_EXPRESSION
+_POSITIV
+_LD_OR
+_LD_OPERATOR : 3
+_LD_CONTACT
+gSystemRunOut_Reset
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gSystemRunOutInit
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gSystemRunOut_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFillerRinse_Reset
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gIn_Flr_WaterRinseRequest
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFromFillerFastRinseCompleted
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFillerRinse_Wait
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gFillerRinse_Reset
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+FillerRinse._FillerRinseReset
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_FastChangeSequenceNum
+_OPERAND
+_EXPRESSION
+_POSITIV
+14
+_EXPRESSION
+_POSITIV
+EQ
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFillerRinse_Latch
+_EXPRESSION
+_POSITIV
+AND
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mProcSelected
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 2
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProcSelected
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_FastChangeProcValue
+_OPERATOR
+_BOX_EXPR : 2
+_OPERATOR
+_BOX_EXPR : 1
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFillerRinseStep0Time
+_OPERAND
+_EXPRESSION
+_POSITIV
+mTimer
+_EXPRESSION
+_POSITIV
+SUB
+_EXPRESSION
+_POSITIV
+TIME_TO_REAL
+_OPERAND
+_EXPRESSION
+_POSITIV
+1000
+_EXPRESSION
+_POSITIV
+DIV
+_EXPRESSION
+_POSITIV
+SEL
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FastChangeProcValue
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProcSelected
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_FastChangeWait1
+_OPERAND
+_EXPRESSION
+_POSITIV
+gIn_Flr_FastRinseCompleted
+_EXPRESSION
+_POSITIV
+SEL
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FastChangeWait1
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFillerRinse_Request
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFillerRinse_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFillerRinse_Reset
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFillerRinse_Done
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFillerRinse_Latch
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFillerRinse_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFillerRinse_Wait
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFillerRinse_Running
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gFillerRinse_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 2
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FillerRinseRun
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_Status048
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gFillerRinse_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+FillerRinse._FillerRinseSequencer
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gFillerRinse_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FillerRinseDone
+
+END_PROGRAM
+ACTION	_FillerRinseReset:
+_LD_BODY
+_NETWORKS : 1
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 2
+_OUTPUT
+_POSITIV
+_NO_SET
+mAuxStep
+_OUTPUT
+_POSITIV
+_NO_SET
+mStepNum
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_NEGATIV
+_SET
+gFillerRinse_Done
+
+END_ACTION
+
+ACTION	_FillerRinseSequencer:
+CASE mStepNum OF
+	0:	FillerRinse_Step_0 ;
+
+	1:	FillerRinse_Step_1 ;
+
+ELSE
+	;
+END_CASE
+
+
+END_ACTION
+
+ACTION	FillerRinse_Step_0:
+_LD_BODY
+_NETWORKS : 1
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mFillerRinseMove
+_BOX_EXPR : 6
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mStepNum
+_OPERAND
+_EXPRESSION
+_POSITIV
+1
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFillerRinseStep0Time
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFromFillerFastRinseCompleted
+_OPERAND
+_EXPRESSION
+_POSITIV
+TRUE
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFillerRinse_Wait
+_EXPRESSION
+_POSITIV
+_StepMove
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mTimer
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mStepNum
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_ACTION
+
+ACTION	FillerRinse_Step_1:
+_LD_BODY
+_NETWORKS : 1
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_SET
+gFillerRinse_Done
+
+END_ACTION
+

backend/script_groups/TwinCat/.example/FILLERRINSETANK_CTRL.EXP

@@ -0,0 +1,713 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Logic' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM FillerRinseTank_Ctrl
+VAR
+	mFillerTankRinseLoadedSR		: SR ;
+	mDrainFillerRinseTankTime		: TOF ;
+	mEmptyFillerRinseTankTON		: TON ;
+	mWaitToRunPumpTON			: TON ;
+	mWaitToRunPump				: BOOL ;
+
+	mDummy						: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out							: BOOL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 12
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gIn_FillerRinseTankMaxLevel
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FillerRinseTankMaxLvl
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gIn_FillerRinseTankMinLevel
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FillerRinseTankMinLvl
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gIn_FillerRinseTankMinLevel
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRun_Running
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mWaitToRunPumpTON
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#30s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mWaitToRunPump
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gIn_FillerRinseTankMinLevel
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mEmptyFillerRinseTankTON
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#40s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFillerRinseTankEmpty
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mFillerTankRinseLoadedSR
+_BOX_EXPR : 2
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_SystemRunOutEnabled
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gIn_FillerRinseTankMinLevel
+_OPERAND
+_EXPRESSION
+_POSITIV
+gIn_FillerRinseTankMaxLevel
+_EXPRESSION
+_POSITIV
+AND
+_EXPRESSION
+_POSITIV
+AND
+_OPERATOR
+_BOX_EXPR : 3
+_OPERAND
+_EXPRESSION
+_POSITIV
+gOut_OpenEV72RinseTankDrain
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gIn_FillerRinseTankMaxLevel
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gIn_FillerRinseTankMinLevel
+_EXPRESSION
+_POSITIV
+AND
+_OPERATOR
+_BOX_EXPR : 3
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gH_EV72_Auto
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_EV72_Manual
+_OPERAND
+_EXPRESSION
+_NEGATIV
+gIn_FillerRinseTankMaxLevel
+_EXPRESSION
+_POSITIV
+AND
+_EXPRESSION
+_POSITIV
+OR
+_EXPRESSION
+_POSITIV
+SR
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFillerTankRinseLoaded
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 8
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gIn_FillerRinseTankMinLevel
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gH_SystemRunOutEnabled
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFillerTankRinseLoaded
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderRinse_Running
+_EXPRESSION
+_NEGATIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderProdMode
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mDrainFillerRinseTankTime
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#40s
+_EXPRESSION
+_POSITIV
+TOF
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_LD_CONTACT
+gOut_StartRinseTankPump
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFillerRinseTankDrain
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 4
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gAlwaysOff
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gAlwaysOff
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gIn_Flr_OpenEV69ProdPipeDrain
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gH_CIP_BlenderDrainRun
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOut_OpenEV69ProdPipeDrain2
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 6
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_Blender_OPT_FillerRinseTank
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mWaitToRunPump
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFillerRinseTankEmpty
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFillerRinseTankDrain
+_EXPRESSION
+_NEGATIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRun_Running
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinse_Running
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gIn_Flr_WaterRinseRequest
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gOut_Flr_WaterRinseReady
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFillerRinse_Running
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOut_OpenEV66FlrTankOut
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gH_SystemRunOutEnabled
+_EXPRESSION
+_POSITIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gIn_FillerRinseTankMaxLevel
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFillerRinse_Latch
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gIn_FillerRinseTankMinLevel
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFillerRinse_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFillerRinse_Done
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOut_OpenEV68InletWater
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gH_CIP_ProdTankFloodRun
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_CIP_DeairTankFloodRun
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_CIP_SyrTankFloodRun
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderRun_Running
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gH_CIP_BlenderDrainRun
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gIn_FillerRinseTankMaxLevel
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderRinse_Running
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOut_OpenEV71RinseTankSprayBall
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 3
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFillerRinse_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFillerRinseTankDrain
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gH_CIP_BlenderDrainRun
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOut_OpenEV72RinseTankDrain
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 5
+_LD_CONTACT
+gH_Blender_OPT_FastChangeOverEnabled
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gH_Blender_OPT_FillerRinseTank
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gH_Blender_OPT_Simulation
+_EXPRESSION
+_NEGATIV
+_LD_OR
+_LD_OPERATOR : 4
+_LD_CONTACT
+gSp_P5
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gOut_OpenEV66FlrTankOut
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRun_Running
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gOut_OpenEV66FlrTankOut
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gOut_OpenEV66FlrTankOut
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinse_Running
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gIn_FillerRinseTankMinLevel
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gOut_StartRinseTankPump
+
+END_PROGRAM

backend/script_groups/TwinCat/.example/FILLERSENDSTRUCT.EXP

@@ -0,0 +1,29 @@
+(* @PATH := '\/Signals Inteface' *)
+TYPE FillerSendStruct :
+	STRUCT
+		CIP_Mode					: BOOL ;
+		CIP_Running				: BOOL ;
+		CIP_Completed				: BOOL ;
+		CIP_DrainRequest			: BOOL ;
+		Rinse_Mode				: BOOL ;
+		Production_Mode			: BOOL ;
+		ProductAvailable			: BOOL ;
+		FillerRunOut					: BOOL ;
+		ProductCompleted			: BOOL ;
+		ChangeSanitize				: BOOL ;
+		FastRinseRequest			: BOOL ;
+		WaterRinseReady			: BOOL ;
+		CausticSanitizeRunning		: BOOL ;
+		MinimumProductLevel		: BOOL ;
+		SpareBit1_6					: BOOL ;
+		AliveBit						: BOOL ;
+		FillerRunOutAmount			: INT ;
+		FillerNextRecipe				: BYTE ;
+		SpareByte5					: BYTE ;
+		SpareByte6					: BYTE ;
+		SpareByte7					: BYTE ;
+		SpareByte8					: BYTE ;
+		SpareByte9					: BYTE ;
+	END_STRUCT
+END_TYPE
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/FILLINGTIME.EXP

@@ -0,0 +1,26 @@
+
+(* @PATH := '\/Functions_Collection\/FillingHead' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION FillingTime : REAL
+VAR_INPUT
+	i_FillingValveHead			: REAL ;	(* in mmH2O *)
+	i_BottleSize					: REAL ;
+END_VAR
+VAR
+	a							: REAL ;
+	b							: REAL ;
+	c							: REAL ;
+	d							: REAL ;
+	mFillingSpeed				: REAL ;	(* in mL/sec *)
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+a := 1.2522E-7 ;
+b := -3.8E-4 ;
+c := 4.4505E-1 ;
+d := 0.0 ;
+mFillingSpeed := a * EXPT(i_FillingValveHead, 3) + b * EXPT(i_FillingValveHead, 2) + c * i_FillingValveHead +d ;
+IF mFillingSpeed<>0 THEN
+	FillingTime := i_BottleSize / (mFillingSpeed/1000) ;
+END_IF
+END_FUNCTION

backend/script_groups/TwinCat/.example/FIRSTPRODUCTION.EXP

@@ -0,0 +1,971 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Procedure' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM FirstProduction
+VAR
+	mFirstProdONS			: R_TRIG ;
+	mFirstProdTP				: TP ;
+	mFirstProdTP1			: TP ;
+	mAuxONS				: R_TRIG ;
+	mAuxTP					: TP ;
+	mTimeDone				: TON ;
+
+	mSwitchLevel				: REAL ;
+	mSyrupCount				: REAL ;
+	mSyrupCountInit			: REAL ;
+	mFirstProdSR			: SR ;
+	mFirstProdCountDone		: BOOL ;
+	mInitialSyrupOk			: BOOL ;
+	mDelaySyrOk			: TON ;
+
+	mDummy				: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out					: BOOL ;
+END_VAR
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 17
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gBlenderProdMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_NEGATIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderSuppliesOk
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProd_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFirstProd_Qualifier
+_NETWORK
+
+_COMMENT
+Exceptionally the Request Bit is Latched in order TO save it FOR the next Production switching.
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 4
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_OR
+_LD_OPERATOR : 3
+_LD_CONTACT
+gFirstProd_Request
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gProdPipeRunOut_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProd_Done
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 5
+_LD_CONTACT
+gH_CMD_FirstProduction
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProd_Latch
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFirstProd_Done
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mFirstProdTP
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#1s
+_EXPRESSION
+_POSITIV
+TP
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFastRinse_Done
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderAlarm
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mFirstProdTP1
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#1s
+_EXPRESSION
+_POSITIV
+TP
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFirstProd_Request
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 3
+_LD_CONTACT
+gFirstProd_Qualifier
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderRinse_DoneONS
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gFastChangeOverActivated
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFirstProd_Request
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProd_Done
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mFirstProdONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+R_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFirstProd_Reset
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gFirstProd_Reset
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+FirstProduction.Reset
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+Waits UNTIL Production is Selected
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 5
+_LD_CONTACT
+gBlenderProdMode
+_EXPRESSION
+_NEGATIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderProdMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRun_Running
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gAirLowPress_Fault
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gCO2LowPress_Fault
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFirstProd_Wait
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFirstProd_Running
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mFirstProdSR
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+gFirstProd_Done
+_EXPRESSION
+_POSITIV
+SR
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFirstProdLatched
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFirstProd_Running
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProd_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_SET
+gFirstProdStop
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFirstProdStop
+_EXPRESSION
+_POSITIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderLevelTarget
+_EXPRESSION
+_NEGATIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gH_Blender_OPT_Simulation
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gWorkshopTest
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_NEGATIV
+_SET
+gFirstProdStop
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gSyrLineMFMPrep_Done
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gPV_SyrDensOk
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProdLatched
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_SyrupTotalizerLt
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mSyrupCountInit
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+During Fisrt Production the SyrupRunOutLiters Parameters is multiplied BY 1.3 (30% more syrup) AND used
+TO state when all the Low Brix Syrup is ran Out.
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gPV_SyrDensOk
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProdLatched
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 2
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gSyrupTotal
+_OPERAND
+_EXPRESSION
+_POSITIV
+gActualSyrupDens
+_EXPRESSION
+_POSITIV
+DIV
+_OPERAND
+_EXPRESSION
+_POSITIV
+mSyrupCountInit
+_EXPRESSION
+_POSITIV
+SUB
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_ProcessSetup_SyrupRunOutLiters
+_OPERAND
+_EXPRESSION
+_POSITIV
+1.0
+_EXPRESSION
+_POSITIV
+MUL
+_EXPRESSION
+_POSITIV
+GT
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mFirstProdCountDone
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFirstProd_Request
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProd_Latch
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProd_Reset
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFirstProd_Done
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 3
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FirstProdRun
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_Status006
+_OUTPUT
+_POSITIV
+_NO_SET
+gFirstProd_Latch
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFirstProd_Latch
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gFirstProd_Wait
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFirstProd_Running
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFirstProd_Running
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mAuxTP
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#1s
+_EXPRESSION
+_POSITIV
+TP
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+???
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+FirstProduction.ResetTotalizers
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mDummy
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gAlwaysOff
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_FUNCTIONBLOCK
+_FBD_PROGRAM
+_BOX_EXPR : 0
+_ENABLED
+_EXPRESSION
+_POSITIV
+FirstProduction.SwitchLevel
+_OUTPUTS : 0
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTIONBLOCK
+mDelaySyrOk
+_BOX_EXPR : 2
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 2
+_OPERATOR
+_BOX_EXPR : 1
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gActualRecipe_Syrup_Brix
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gMeterSyrBrix
+_OPERAND
+_EXPRESSION
+_POSITIV
+gActualRecipe_Syrup_Brix_Fact
+_EXPRESSION
+_POSITIV
+MUL
+_EXPRESSION
+_POSITIV
+SUB
+_EXPRESSION
+_POSITIV
+ABS
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gActualRecipe_SP_MaxDeltaBrix
+_OPERAND
+_EXPRESSION
+_POSITIV
+0.8
+_EXPRESSION
+_POSITIV
+MUL
+_EXPRESSION
+_POSITIV
+LT
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#1s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mInitialSyrupOk
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+First production stops when product tank level gets MAX Lvel (80%) OR when the Syrup Brix Error is minimum.
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFirstProd_Latch
+_EXPRESSION
+_POSITIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderStopLevel
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gBlenderLevelTarget
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mInitialSyrupOk
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gSyrupRoomEn
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mTimeDone
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#10s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gFirstProd_Reset
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gFirstProd_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gFirstProd_Done
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gFirstProd_Done
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gH_FirstProductionDone
+
+END_PROGRAM
+ACTION	Reset:
+mFirstProdCountDone := FALSE ;
+gFirstProdLatched := FALSE ;
+gFirstProd_Done := FALSE ;
+
+END_ACTION
+
+ACTION	ResetTotalizers:
+_LD_BODY
+_NETWORKS : 1
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 4
+_OUTPUT
+_POSITIV
+_NO_SET
+gWaterVFMResetTot
+_OUTPUT
+_POSITIV
+_NO_SET
+gSyrupMFMResetTot
+_OUTPUT
+_POSITIV
+_NO_SET
+gCO2MFMResetTot
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductMFMResetTot
+
+END_ACTION
+
+ACTION	SwitchLevel:
+IF gActualRecipe_SP_Tank_Press>0 THEN
+	mSwitchLevel :=(1  - gCO2EqPressure / gActualRecipe_SP_Tank_Press) * 100 ;
+END_IF
+END_ACTION
+

backend/script_groups/TwinCat/.example/FLOW_TO_PRESS_LOSS.EXP

@@ -0,0 +1,28 @@
+
+(* @PATH := '\/Functions_Collection\/FillingHead' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION Flow_To_Press_Loss : REAL
+
+VAR_INPUT
+	i_Flow			: REAL ;	(* Product Flow in l/min *)
+	i_K_Loss		: REAL ;	(* Pressure Loss Constant: pump + pipe + filler collector *)
+END_VAR
+
+VAR
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+(* Pressure Loss along Pipe in mmH2O
+
+	Head [ mmH2O] =  i_Flow ^ 2 i_K_Loss  
+
+SAE131==>  i_K_Loss = 9.420000e-003
+*)
+
+(*******		Pompa INOXPA Modello ______   Motore 4 Poli 1450 RPM ********* *)
+
+(*KP_Carico :=0.158;*)
+
+Flow_To_Press_Loss := EXPT(i_Flow, 2) * i_K_Loss ;
+END_FUNCTION

backend/script_groups/TwinCat/.example/FREQ_TO_MMH2O.EXP

@@ -0,0 +1,14 @@
+
+(* @PATH := '\/Functions_Collection\/FillingHead' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION Freq_To_mmH2O : REAL
+VAR_INPUT
+	i_Freq			: REAL ;
+	i_K_freq			: REAL ;
+END_VAR
+VAR
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+Freq_To_mmH2O := EXPT(i_Freq, 2) * i_K_freq ;
+END_FUNCTION

backend/script_groups/TwinCat/.example/FRICTIONLOSS.EXP

@@ -0,0 +1,16 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION FrictionLoss : REAL	(* Return the Friction Losses for a concetrate cause *)
+VAR_INPUT
+	i_Flow				: REAL ;
+	i_K					: REAL ;
+	i_Dens				: REAL ;
+END_VAR
+VAR
+END_VAR
+(* @END_DECLARATION := '0' *)
+(*FrictionLoss := EXPT(i_Flow * i_K*i_Dens, 2) ;*)
+FrictionLoss := (i_Flow * i_K * i_Flow * i_K )* i_Dens ;
+
+END_FUNCTION

backend/script_groups/TwinCat/.example/GETPRODBRIXCO2_FROMANALOGINPUT.EXP

@@ -0,0 +1,350 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Logic' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM GetProdBrixCO2_FromAnalogInput
+VAR
+	mEnabled				: BOOL ;
+	mProdBrix				: Peripherial ;
+	mProdCO2				: Peripherial ;
+	mProdTemp				: Peripherial ;
+	mError					: BOOL ;
+	mDummy				: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out					: BOOL ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 6
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gH_Blender_OPT_BrixMeter
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gH_Blender_OPT_MeterType
+_OPERAND
+_EXPRESSION
+_POSITIV
+3
+_EXPRESSION
+_POSITIV
+EQ
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mEnabled
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTION
+_BOX_EXPR : 5
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+AI_ProductBrix
+_OPERAND
+_EXPRESSION
+_POSITIV
+20.0
+_OPERAND
+_EXPRESSION
+_POSITIV
+-0.04
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_OPERAND
+_EXPRESSION
+_POSITIV
+gAnalogMaxValue
+_EXPRESSION
+_POSITIV
+ReadAnalogIn
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mProdBrix
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTION
+_BOX_EXPR : 5
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+AI_ProductCO2
+_OPERAND
+_EXPRESSION
+_POSITIV
+10.0
+_OPERAND
+_EXPRESSION
+_POSITIV
+-0.02
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_OPERAND
+_EXPRESSION
+_POSITIV
+gAnalogMaxValue
+_EXPRESSION
+_POSITIV
+ReadAnalogIn
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mProdCO2
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_FUNCTION
+_BOX_EXPR : 5
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+AI_PoductTemp
+_OPERAND
+_EXPRESSION
+_POSITIV
+100.0
+_OPERAND
+_EXPRESSION
+_POSITIV
+0.0
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_OPERAND
+_EXPRESSION
+_POSITIV
+gAnalogMaxValue
+_EXPRESSION
+_POSITIV
+ReadAnalogIn
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mProdTemp
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+mEnabled
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 3
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdBrix.Error
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdBrix.Value
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_EXPRESSION
+_POSITIV
+SEL
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductBrix
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdCO2.Error
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdCO2.Value
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_EXPRESSION
+_POSITIV
+SEL
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductCO2
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdTemp.Error
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdTemp.Value
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_EXPRESSION
+_POSITIV
+SEL
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductTemp
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mEnabled
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdBrix.Value
+_OPERAND
+_EXPRESSION
+_POSITIV
+8
+_EXPRESSION
+_POSITIV
+GT
+_OPERAND
+_EXPRESSION
+_NEGATIV
+mProdBrix.Error
+_EXPRESSION
+_POSITIV
+AND
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_SET
+gProductMeterOk
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_PROGRAM

backend/script_groups/TwinCat/.example/GETPRODO2_FROMANALOGINPUT.EXP

@@ -0,0 +1,133 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Logic' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM GetProdO2_FromAnalogInput
+VAR
+	mProdO2				: Peripherial ;
+	mProdO2Flted			: LowPassFilter ;
+	mInError					: BOOL ;
+
+	mDummy				: BOOL ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out					: BOOL ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 2
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gH_Blender_OPT_Simulation
+_EXPRESSION
+_NEGATIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 2
+_ASSIGN
+_FUNCTION
+_BOX_EXPR : 5
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+AI_ProductO2
+_OPERAND
+_EXPRESSION
+_POSITIV
+12.0
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_OPERAND
+_EXPRESSION
+_POSITIV
+gAnalogMaxValue
+_EXPRESSION
+_POSITIV
+ReadAnalogIn
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mProdO2
+_ASSIGN
+_FUNCTIONBLOCK
+mProdO2Flted
+_BOX_EXPR : 3
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdO2.Value
+_OPERAND
+_EXPRESSION
+_POSITIV
+5
+_OPERAND
+_EXPRESSION
+_POSITIV
+TRUE
+_EXPRESSION
+_POSITIV
+LowPassFilter
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductO2Conc
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_EMPTY
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+mProdO2.Error
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mInError
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_PROGRAM

backend/script_groups/TwinCat/.example/GLOBAL_ALARMS.EXP

@@ -0,0 +1,99 @@
+(* @GLOBAL_VARIABLE_LIST := Global_Alarms *)
+(* @PATH := '' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(****************************************************************************************************************************)
+(*											FAULT ALARM										     *)
+(****************************************************************************************************************************)
+	gWaterPump_P1_Fault						: BOOL ;
+	gWaterPump_P5_Fault						: BOOL ;
+	gSyrupPump_P2_Fault						: BOOL ;
+	gProductPump_P3_Fault						: BOOL ;
+	gVacuumPump_P4_Fault					: BOOL ;
+	gRinseTankPump_P5_Fault					: BOOL ;
+	gRecircPump_P6_Fault						: BOOL ;
+	gWaterVFM_EPD							: BOOL ;	(* Water Flowmeter Empty *)
+	gSyrupMFM_EPD							: BOOL ;	(* Syrup Flowmeter Empty *)
+	gCO2MFM_EPD								: BOOL ;	(* CO2 Flowmeter Empty *)
+	gProductVFM_EPD							: BOOL ;	(* Water Flowmeter Empty *)
+	gWaterVFM_Fault							: BOOL ;	(* Water Flowmeter Fault *)
+	gSyrupMFM_Fault							: BOOL ;	(* Syrup Flowmeter Fault *)
+	gCO2MFM_Fault							: BOOL ;	(* CO2 Flowmeter Fault *)
+	gProductVFM_Fault							: BOOL ;	(* Water Flowmeter Fault *)
+	gWaterValvePos_Fault						: BOOL ;	(* Water Modulating Valve Position Fault *)
+	gSyrupValvePos_Fault						: BOOL ;	(* Syrup Modulating Valve Position Fault *)
+	gCarboCO2ValvePos_Fault					: BOOL ;	(* CO2 Modulating Valve Position Fault *)
+	gProdTankPressure_Fault					: BOOL ;	(* Product Tank Pressurization TimeOut Fault *)
+	gVacuumTimeOut_Fault						: BOOL ;	(* Vacuum TimeOut Fault *)
+	gNotARecipe_Fault							: BOOL ;	(* Invalid Recipe Type Selection *)
+	gWaterFlowTooLow							: BOOL ;	(* Water Flow Too Low *)
+	gWaterSpeedTooLow						: BOOL ;	(* Water Speed in Serpentine Critical < 1m/s *)
+	gBlendErrorHighSyr_Fault					: BOOL ;
+	gBlendErrorLowSyr_Fault						: BOOL ;
+	gCarboCO2Error_HighCO2_Fault				: BOOL ;
+	gCarboCO2Error_LowCO2_Fault				: BOOL ;
+	gProductBrixTooHigh						: BOOL ;
+	gProductBrixTooLow							: BOOL ;
+	gProductCO2TooHigh						: BOOL ;
+	gProductCO2TooLow						: BOOL ;
+	gProductCondTooHigh						: BOOL ;
+	gProductCondTooLow						: BOOL ;
+	gDensimeterCalError							: BOOL ;
+	gCIPTransferProgTimeOut_Fault				: BOOL ;
+	gmPDS1000_Error_Fault						: BOOL ;
+	gmPDS1000_NoOscillation					: BOOL ;
+	gmPDS2000_Error_Fault						: BOOL ;
+	gMaselli_Error_Fault							: BOOL ;
+	gMaselliUC05_Error_Fault					: BOOL ;
+	gMaselliUC05_Communication_Fault			: BOOL ;
+	gMaselliUR22_Error_Fault					: BOOL ;
+	gMaselliUR22_Communication_Fault			: BOOL ;
+	gCIPRecircFlowMissing_Fault				: BOOL ;
+	gCIPCommFault								: BOOL ;
+	gFillerCommFault								: BOOL ;
+
+	gFlrCO2ValveEV46Pos_Fault					: BOOL ;
+	gProdValveEV62Pos_Fault					: BOOL ;
+	gWaterInletValveEV73Pos_Fault				: BOOL ;
+	gCIPInletValveEV74Pos_Fault				: BOOL ;
+	gDiffSensor_Analog_Fault					: BOOL ;
+	gProdTankPressureValveFault				: BOOL ;
+	gDeaireationValveFault						: BOOL ;
+
+	gSyrTankHighLvl_Fault						: BOOL ;
+
+(****************************************************************************************************************************)
+(*										SUPPLIES ALARM										     *)
+(****************************************************************************************************************************)
+	gAirLowPress_Fault							: BOOL ;
+	gCO2LowPress_Fault						: BOOL ;
+	gDeairTankLowLvl_Fault						: BOOL ;
+	gSyrTankLowLvl_Fault						: BOOL ;
+	gSyrRoomPump_Fault						: BOOL ;
+	gSyrBrixOutSpec_Fault						: BOOL ;	(* Syrup Brix Out Of Specification *)
+	gSyrupDensityOutSpec_Fault					: BOOL ;	(* Syrup Density Out Of Specification *)
+	gWaterTempTooHigh						: BOOL ;
+	gProdTempTooHigh							: BOOL ;
+	gSyrRoomWaterPump_Fault					: BOOL ;
+	gAmmoniaCompressor_Fault					: BOOL;
+	gInjectionPressAI_Fault					: BOOL;
+
+(****************************************************************************************************************************)
+(*										EXTERNAL ALARM										     *)
+(****************************************************************************************************************************)
+
+(**********************************************************************************************************************)
+(*									OPERATOR ALARMS									    *)
+(**********************************************************************************************************************)
+	gManualSyrupDrainValve					: BOOL ;
+	gManualWaterDrainValve					: BOOL ;
+	gSyrupLineNotSelected						: BOOL ;
+END_VAR
+
+(* @OBJECT_END := Global_Alarms *)
+(* @CONNECTIONS := Global_Alarms
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/GLOBAL_VARIABLES_IN_OUT.EXP

@@ -0,0 +1,354 @@
+(* @GLOBAL_VARIABLE_LIST := Global_Variables_IN_OUT *)
+(* @PATH := '' *)
+(* @SYMFILEFLAGS := '59392' *)
+ VAR_GLOBAL
+(*************************************************************************)
+(*				DIGITAL INPUT						*)
+(*************************************************************************)
+	DI_AuxVoltage_On						AT %IX0.0 : BOOL;		(* N10_I00_154U12 *)
+	DI_Reset_Horn_Btn						AT %IX0.1 : BOOL;		(* N10_I01_154U12 *)
+	DI_Filler_Emergency					(*	AT %IX0.1 *) : BOOL;
+	DI_Reset_Btn				 				AT %IX0.2 : BOOL;		(* N10_I02_154U12 *)
+	DI_Blender_Stop_Btn						AT %IX0.3 : BOOL;		(* N10_I03_154U12 *)
+	DI_Blender_Start_Btn 	 					AT %IX0.4 : BOOL;		(* N10_I04_154U12 *)
+	DI_PowerSuppliesOk						AT %IX0.5 : BOOL;		(* N10_I05_154U12 *)
+	DI_Min_Deair_Level						AT %IX0.6 : BOOL;		(* N10_I06_154U12 *)
+	DI_Min_Syrup_Level					(*	AT %IX0.7 *) : BOOL;	(* N10_I07_154U12 *)
+	DI_LinkByte0									AT %IB0 : BYTE ;
+
+	DI_ProdTankEmpty						AT %IX1.0 : BOOL;		(* N10_I30_154U12 *)
+	DI_Max_Temperature_Alarm			(*	AT %IX1.0 *) : BOOL ;
+	DI_DeairVacuumOk					(*	AT %IX1.1 *) : BOOL;	(* N10_I10_154U12 *)
+	DI_Min_Deair2_Level					(*	AT %IX1.2 *) : BOOL;	(* N10_I06_154U12 *)
+	DI_Water_Pump2_Ovrld				(*	AT %IX1.3 *) : BOOL;	(* N10_I20_154U12 *)
+	DI_Water_Pump2_Contactor			(*	AT %IX1.4 *) : BOOL;	(* N10_I20_154U12 *)
+	DI_FillerRinseTankMaxLevel			(*	AT %IX1.0 *) : BOOL;	(* N10_I10_154U12 *)
+	DI_FillerRinseTankMinLevel			(*	AT %IX1.1 *) : BOOL;	(* N10_I10_154U12 *)
+	DI_FillerRinseTank_Pump_Ovrld		(*	AT %IX1.3 *) : BOOL;	(* N10_I10_154U12 *)
+	DI_FillerRinseTank_Pump_Contactor		(*	AT %IX1.4 *) : BOOL;	(* N10_I10_154U12 *)
+	DI_Water_Pump_SoftStart_Ovrld				AT %IX1.3 : BOOL;		(* N10_I20_154U12 *)
+	DI_Emergency_Pressed				(*	AT %IX1.3 *) : BOOL;
+	DI_Aux_Protection						(*	AT %IX1.4 *) : BOOL;
+	DI_BatteryNotReady						AT %IX1.4 : BOOL ;
+	DI_VM1_Water_Valve_Closed				AT %IX1.5 : BOOL;		(* N10_I13_154U12 *)
+	DI_VM2_Syrup_Valve_Closed				AT %IX1.6 : BOOL;		(* N10_I16_154U12 *)
+	DI_VM3_CO2_Valve_Closed				AT %IX1.7 : BOOL;		(* N10_I17_154U12 *)
+	DI_LinkByte1									AT %IB1 : BYTE ;
+
+	DI_Water_Pump_Ovrld						AT %IX2.0 : BOOL;		(* N10_I20_154U12 *)
+	DI_Water_Pump_Contactor					AT %IX2.1 : BOOL;		(* N10_I20_154U12 *)
+	DI_Syrup_Pump_Ovrld						AT %IX2.2 : BOOL;		(* N10_I20_154U12 *)
+	DI_Syrup_Pump_Contactor					AT %IX2.3 : BOOL;		(* N10_I20_154U12 *)
+	DI_Product_Pump_Ovrld					AT %IX2.4 : BOOL;		(* N10_I20_154U12 *)
+	DI_Product_Pump_Contactor				AT %IX2.5 : BOOL;		(* N10_I20_154U12 *)
+	DI_Product_Pump_VFC_Ready			(*	AT %IX2.6 *) : BOOL;	(* N10_I20_154U12 *)
+	DI_LinkByte2									AT %IB2 : BYTE ;
+
+	DI_CIP_Sensor_1						(*	AT %IX3.0 *) : BOOL;	(* N10_I30_154U12 *)
+	DI_CIP_Sensor_2						(*	AT %IX3.1 *) : BOOL;	(* N10_I30_154U12 *)
+	DI_WaterPipeCIP_Sensor				(*	AT %IX3.2 *) : BOOL;	(* N10_I30_154U12 *)
+	DI_Prod_Sensor_1					(*	AT %IX3.3 *) : BOOL;	(* N10_I30_154U12 *)
+	DI_Prod_Sensor_2					(*	AT %IX3.4 *) : BOOL;	(* N10_I30_154U12 *)
+
+	DI_EV62_ProductOutlet_Open			(*	AT %IX3.0 *) : BOOL;
+	DI_EV62_ProductOutlet_Close			(*	AT %IX3.1 *) : BOOL;
+	DI_EV46_FillerCO2Valve_Open			(*	AT %IX3.2 *) : BOOL;
+	DI_EV46_FillerCO2Valve_Close			(*	AT %IX3.3 *) : BOOL;
+	DI_Recycle_Pump_Ovrld				(*	AT %IX3.4 *) : BOOL;		(* N10_I30_154U12 *)
+	DI_Recycle_Pump_Contactor			(*	AT %IX3.5 *) : BOOL;		(* N10_I30_154U12 *)
+	DI_Vacuum_Pump_Ovrld				(*	AT %IX2.6 *) : BOOL;		(* N10_I20_154U12 *)
+	DI_Vacuum_Pump_Contactor			(*	AT %IX2.7 *) : BOOL;		(* N10_I20_154U12 *)
+	DI_LinkByte3									AT %IB3 : BYTE ;
+
+	DI_Flr_FastRinseReady				(*	AT %IX5.5 *) : BOOL;			(* N10_I90_154U32 *)
+	DI_Flr_OpenProductDrainEV69			(*	AT %IX5.6 *) : BOOL;			(* N10_I91_154U32 *)
+	DI_Flr_FastChangeWaterRequest		(*	AT %IX6.0 *) : BOOL;			(* N10_I93_154U32 *)
+	DI_Flr_Spare36						(*	AT %IX4.3 *) : BOOL;			(* N10_I43_154U22 *)
+	DI_Flr_Spare37						(*	AT %IX4.4 *) : BOOL;			(* N10_I44_154U22 *)
+	DI_SyrRoom_WaterPump_Ready		(*	AT %IX4.5 *) : BOOL := TRUE;	(* N10_I45_154U22 *)
+	DI_SyrRoom_SelectLine1				(*	AT %IX4.6 *) : BOOL;			(* N10_I46_154U22 *)
+	DI_SyrRoom_SelectLine2				(*	AT %IX4.7 *) : BOOL;			(* N10_I47_154U22 *)
+	DI_EV74_CIPInlet_Open				(*	AT %IX4.4 *) : BOOL;
+	DI_EV74_CIPInlet_Close				(*	AT %IX4.5 *) : BOOL;
+	DI_EV73_WaterInlet_Open				(*	AT %IX4.6 *) : BOOL;
+	DI_EV73_WaterInlet_Close				(*	AT %IX4.7 *) : BOOL;
+	DI_LinkByte4									AT %IB4 : BYTE ;
+
+	DI_UV_Lamp_Ready					(*	AT %IX5.2 *) : BOOL;
+	DI_UV_Lamp_TempHigh				(*	AT %IX5.3 *) : BOOL;
+	DI_SyrRoom_Pump_Ready					AT %IX5.0 : BOOL;				(* N10_I50_154U22 *)
+	DI_Ammonia_CompressorReady		(*	AT %IX5.4 *) : BOOL := TRUE;	(* N10_I50_154U22 *)
+	DI_Flr_Product_Request				(*	AT %IX5.1 *) : BOOL;			(* N10_I51_154U22 *)
+	DI_Flr_Ready_to_Production			(*	AT %IX5.2 *) : BOOL;			(* N10_I52_154U22 *)
+	DI_Flr_Ready_to_CIP					(*	AT %IX5.3 *) : BOOL;			(* N10_I53_154U22 *)
+	DI_Flr_Start_ReturnPump				(*	AT %IX5.4 *) : BOOL;			(* N10_I53_154U22 *)
+	DI_Flr_CIP_RinseDrainCompleted		(*	AT %IX5.4 *) : BOOL;			(* N10_I54_154U22 *)
+	DI_AmmoniaHighLevel_Water			(*	AT %IX6.4 *) : BOOL;			(* N10_I50_154U22 *)
+	DI_Flr_FastChangeLastContainerFilled	(*	AT %IX6.1 *) : BOOL;			(* N10_I94_154U32 *)
+	DI_AmmoniaHighLevel_Product			(*	AT %IX6.5 *) : BOOL;			(* N10_I50_154U22 *)
+	DI_Flr_CIP_RinseCycleEnded			(*	AT %IX5.7 *) : BOOL;			(* N10_I53_154U22 *)
+	DI_AmmoniaLowPressure_Water		(*	AT %IX6.6 *) : BOOL;			(* N10_I50_154U22 *)
+	DI_Flr_CIP_ChangeReady				(*	AT %IX5.7 *) : BOOL;			(* N10_I53_154U22 *)
+	DI_AmmoniaLowPressure_Product		(*	AT %IX6.7 *) : BOOL;			(* N10_I50_154U22 *)
+	DI_LinkByte5									AT %IB5 : BYTE ;
+
+	DI_CIP_DrainRequest						AT %IX6.2 : BOOL;		(* N10_I60_154U22 *)
+	DI_CIP_TankFilling					(*	AT %IX6.1 *) : BOOL;	(* N10_I60_154U22 *)
+	DI_CIP_RinseMode						AT %IX6.1 : BOOL;		(* N10_I60_154U22 *)
+	DI_CIP_CIPFault						(*	AT %IX5.7 *) : BOOL;	(* N10_I60_154U22 *)
+	DI_CIP_Running						(*	AT %IX6.1 *) : BOOL;	(* N10_I60_154U22 *)
+	DI_CIP_ChangeSanitize				(*	AT %IX6.2 *) : BOOL;	(* N10_I64_154U22 *)
+	DI_CIP_CIPCompleted						AT %IX6.3 : BOOL;		(* N10_I65_154U22 *)
+	DI_CIP_CIPMode							AT %IX6.0 : BOOL;		(* N10_I66_154U22 *)
+	DI_CIP_CausticSanitizeRunning			(*	AT %IX6.5 *) : BOOL;	(* N10_I60_154U22 *)
+	DI_LinkByte6									AT %IB6 : BYTE ;
+
+	DI_CO2_InletPress_OK					(*	AT %IX7.0 *) : BOOL := TRUE ;	(* N10_I70_154U22 *)
+	DI_Air_InletPress_OK						AT %IX7.1 : BOOL;				(* N10_I70_154U22 *)
+	DI_Syrup_Line_Drain_Sensor				AT %IX7.2 : BOOL;				(* N10_I70_154U22 *)
+	DI_CIP_ReturnFlowOk					(*	AT %IX7.3 *) : BOOL;			(* N10_I70_154U22 *)
+	DI_O2TransdClean					(*	AT %IX7.4 *) : BOOL;			(* N10_I70_154U22 *)
+	DI_Water_Manual_Valve_Open			(*	AT %IX7.5 *) : BOOL := TRUE ;	(* N10_I70_154U22 *)
+	DI_LinkByte7									AT %IB7 : BYTE ;
+
+	DI_PowerCoupler1Power				(*	AT %IX300.0 *) : BOOL;	(* N10_I500_154U10/1 *)
+	DI_PowerCoupler1Short				(*	AT %IX300.1 *) : BOOL;	(* N10_I501_154U10/1 *)
+	DI_PowerCoupler2Power				(*	AT %IX300.2 *) : BOOL;	(* N10_I502_154U10/1 *)
+	DI_PowerCoupler2Short				(*	AT %IX300.3 *) : BOOL;	(* N10_I503_154U10/1 *)
+
+(*************************************************************************)
+(*				DIGITAL OUTPUT						*)
+(*************************************************************************)
+         DO_UVLamp_Enable					(*	AT %QX0.1 *) : BOOL;
+	DO_SyrupInletValve_Enable				AT %QX0.0 : BOOL;	(* N10_O03_154U32 *)
+	DO_RecyclePumpRun					(*	AT %QX6.7 *) : BOOL;	(* N10_O01_154U32 *)
+	DO_Vacuum_Pump_Run				(*	AT %QX3.7 *) : BOOL;	(* N10_O77_154U42 *)
+	DO_Water_Pump2_Run				(*	AT %QX0.1 *) : BOOL;	(* N10_O01_154U32 *)
+	DO_RecorderON						(*	AT %QX1.7 *) : BOOL;	(* N10_O02_154U32 *)
+	DO_HoldBrixMeter						AT %QX0.3 : BOOL;	(* N10_O03_154U32 *)
+	DO_BrixMeterON						(*	AT %QX0.4 *) : BOOL;	(* N10_O03_154U32 *)
+	DO_HoldO2Meter						(*	AT %QX0.2 *) : BOOL;	(* N10_O03_154U32 *)
+	DO_EV03_Syrup_Lvl_Ctrl_Valve			(*	AT %QX19.6 *) : BOOL;	(* N10_O05_154U32 *)
+	DO_EV04_Syrup_FillUp_Valve			(*	AT %QX19.7 *) : BOOL;	(* N10_O04_154U32 *)
+	DO_LinkByte0								AT %QB0 : BYTE ;
+
+	DO_SyrupRoomPump_Run					AT %QX1.0 : BOOL;		(* N10_O10_154U32 *)
+	DO_SyrupRoomWaterReq					AT %QX1.1 : BOOL;		(* N10_O12_154U32 *)
+	DO_CIP_CIPRequest						AT %QX2.0 : BOOL;		(* N10_O13_154U32 *)
+	DO_CIP_DrainCompleted					AT %QX2.1 : BOOL ;
+	DO_CIP_CycleEnded					(*	AT %QX2.1 *) : BOOL ;
+	DO_CIP_ChangeReady				(*	AT %QX2.2 *) : BOOL;		(* N10_O13_154U32 *)
+	DO_CIP_WaterPipe_Ready				(*	AT %QX1.6 *) : BOOL ;
+	DO_AmmoniaWaterColdRequest		(*	AT %QX1.4 *) : BOOL;		(* N10_O150_154U34 *)
+	DO_AmmoniaProductColdRequest		(*	AT %QX1.5 *) : BOOL;		(* N10_O151_154U34 *)
+	DO_AmmoniaWaterColdControl			(*	AT %QX1.6 *) : BOOL;		(* N10_O142_154U32 *)
+	DO_AmmoniaProductColdControl		(*	AT %QX1.7 *) : BOOL;		(* N10_O143_154U32 *)
+	DO_Ammonia_ByPassHotGas			(*	AT %QX1.5 *) : BOOL;		(* N10_O151_154U34 *)
+	DO_Ammonia_CompressorRun			(*	AT %QX1.6 *) : BOOL;		(* N10_O151_154U34 *)
+	DO_UV_Lamp_ONOFF				(*	AT %QX1.6 *) : BOOL;
+	DO_LinkByte1								AT %QB1 : BYTE ;
+
+	DO_Flr_ProductionMode				(*	AT %QX4.0 *) : BOOL;	(* N10_O12_154U32 *)
+	DO_Flr_ProductAvailable				(*	AT %QX4.1 *) : BOOL;	(* N10_O13_154U32 *)
+	DO_Flr_CIP_Mode					(*	AT %QX4.2 *) : BOOL;	(* N10_O14_154U32 *)
+	DO_Flr_CIP_StartReturnPump			(*	AT %QX2.3 *) : BOOL;	(* N10_O14_154U32 *)
+	DO_Flr_CIP_Run						(*	AT %QX1.3 *) : BOOL;	(* N10_O14_154U32 *)
+	DO_Flr_CIP_Cmpltd					(*	AT %QX4.5 *) : BOOL;	(* N10_O17_154U32 *)
+	DO_Flr_CIP_Drain						(*	AT %QX4.4 *) : BOOL;	(* N10_O15_154U32 *)
+	DO_Flr_RinseReq						(*	AT %QX4.3 *) : BOOL;	(* N10_O14_154U32 *)
+	DO_Flr_FillerRunOutRequest			(*	AT %QX5.2 *) : BOOL;	(* N10_O217_154U47 *)
+	DO_LinkByte2								AT %QB2 : BYTE;
+
+	DO_ToBrixMeter_CIP					(*	AT %QX3.0 *) : BOOL;	(* N10_O30_154U32 *)
+	DO_Flr_ProductCompleted				(*	AT %QX5.1 *) : BOOL;	(* N10_O216_154U47 *)
+	DO_Flr_ChangeSanitize				(*	AT %QX3.1 *) : BOOL;	(* N10_O216_154U47 *)
+	DO_Flr_FastRinseRequest				(*	AT %QX4.7 *) : BOOL;	(* N10_O214_154U47 *)
+	DO_Flr_WaterRinseReady				(*	AT %QX5.0 *) : BOOL;	(* N10_O215_154U47 *)
+	DO_Flr_BottleStop						(*	AT %QX4.6 *) : BOOL;	(* N10_O20_154U32 *)
+	DO_LinkByte3								AT %QB3 : BYTE;
+
+	DO_LinkByte4								AT %QB4 : BYTE ;
+	DO_LinkByte5								AT %QB5 : BYTE ;
+
+	DO_EV31_CIPVenturi_Valve			(*	AT %QX17.7 *) : BOOL;	(* N10_O200_154U42 *)
+	DO_EV32_CIPWashVenturi_Valve		(*	AT %QX18.0 *) : BOOL;	(* N10_O201_154U42 *)
+	DO_EV33_CIPCaustic_Valve			(*	AT %QX18.1 *) : BOOL;	(* N10_O202_154U42 *)
+	DO_EV34_CIPAcid_Valve				(*	AT %QX18.2 *) : BOOL;	(* N10_O200_154U42 *)
+	DO_EV35_CIPDet_Valve				(*	AT %QX18.3 *) : BOOL;	(* N10_O201_154U42 *)
+	DO_EV36_CIPRecirc_Valve			(*	AT %QX18.4 *) : BOOL;	(* N10_O202_154U42 *)
+	DO_EV37_CIPDrain_Valve				(*	AT %QX18.5 *) : BOOL;	(* N10_O203_154U42 *)
+	DO_EV38_CIPHeater_Valve			(*	AT %QX6.7 *) : BOOL;	(* N10_O204_154U42 *)
+	DO_LinkByte6								AT %QB6 : BYTE ;
+
+	DO_EV39_FlatWaterByPass_Valve		(*	AT %QX8.4 *) : BOOL;	(* N10_O204_154U42 *)
+	DO_EV40_FlatWaterByPass_Valve		(*	AT %QX8.5 *) : BOOL;	(* N10_O204_154U42 *)
+	DO_EV44_ProductPipeDrain2			(*	AT %QX5.3 *) : BOOL;	(* N10_O203_154U42 *)
+	DO_EV45_ProductChillerDrain				AT %QX17.7 : BOOL;	(* N10_O204_154U42 *)
+
+	DO_Horn								AT %QX3.0 : BOOL;	(* N10_O70_154U42 *)
+	DO_Blender_Run_Lamp					AT %QX3.1 : BOOL;	(* N10_O71_154U42 *)
+	DO_Alarm_Lamp							AT %QX3.2 : BOOL;	(* N10_O72_154U42 *)
+	DO_RotorAlarm_Lamp						AT %QX3.3 : BOOL;	(* N10_O73_154U42 *)
+	DO_Water_Pump_Run						AT %QX3.4 : BOOL;	(* N10_O74_154U42 *)
+	DO_Syrup_Pump_Run						AT %QX3.5 : BOOL;	(* N10_O75_154U42 *)
+	DO_Product_Pump_Run					AT %QX3.6 : BOOL;	(* N10_O76_154U42 *)
+	DO_Product_Pump_VFC_Run			(*	AT %QX7.7*) : BOOL; 	(* N10_O77_154U42 *)
+	DO_LinkByte7								AT %QB7 : BYTE ;
+
+	DO_FillerRinsePump					(*	AT %QX7.0 *) : BOOL;	(* N10_O143_154U46 *)
+
+	DO_EV48_Deair_Inlet_Valve			(*	AT %QX8.0 *) : BOOL;
+	DO_EV49_Deair_Bypass_Valve			(*	AT %QX8.1 *) : BOOL;
+	DO_EV50_Deair_Bypass_Valve			(*	AT %QX8.2 *) : BOOL;
+	DO_FillerNextRecipe_0				(*	AT %QX2.0 *) : BOOL;	(* N10_O225_154U47/2 *)
+	DO_FillerNextRecipe_1				(*	AT %QX2.1 *) : BOOL;	(* N10_O226_154U47/2 *)
+	DO_FillerNextRecipe_2				(*	AT %QX2.2 *) : BOOL;	(* N10_O227_154U47/2 *)
+	DO_FillerNextRecipe_3				(*	AT %QX2.3 *) : BOOL;	(* N10_O228_154U47/2 *)
+	DO_FillerNextRecipe_4				(*	AT %QX2.4 *) : BOOL;	(* N10_O230_154U47/3 *)
+	DO_FillerNextRecipe_5				(*	AT %QX2.5 *) : BOOL;	(* N10_O231_154U47/3 *)
+	DO_FillerNextRecipe_6				(*	AT %QX2.6 *) : BOOL;	(* N10_O232_154U47/3 *)
+	DO_FillerNextRecipe_7				(*	AT %QX2.7 *) : BOOL;	(* N10_O233_154U47/3 *)
+	DO_LinkByte8								AT %QB8 : BYTE ;
+
+	DO_EV51_ByPassPolpe				(*	AT %QX9.1 *) : BOOL;	(* N10_O150_154U36 *)
+	DO_EV52_ByPassPolpe				(*	AT %QX9.0 *) : BOOL;	(* N10_O150_154U36 *)
+	DO_EV63_SyrupLineInletWater			(*	AT %QX9.4 *) : BOOL;	(* N10_O190_154U30 *)
+	DO_EV64_SyrupLineInletSyrup1			(*	AT %QX9.5 *) : BOOL;	(* N10_O190_154U30 *)
+	DO_EV65_SyrupLineInletSyrup2			(*	AT %QX9.6 *) : BOOL;	(* N10_O190_154U30 *)
+	DO_EV66_FillerRinseWater				(*	AT %QX9.7 *) : BOOL;	(* N10_O152_154U36 *)
+	DO_LinkByte9								AT %QB9 : BYTE ;
+
+	DO_HoldSyrupMeter					(*	AT %QX10.0 *) : BOOL;	(* N10_O170_154U38 *)
+	DO_EV67_SyrupLineDrain				(*	AT %QX10.0 *) : BOOL;	(* N10_O153_154U36 *)
+	DO_EV68_FillerRinseTankInletWater		(*	AT %QX2.4 *) : BOOL;	(* N10_O154_154U37 *)
+	DO_EV71_Filler_ProductPipeDrain		(*	AT %QX10.2 *) : BOOL;	(* N10_O156_154U37 *)
+	DO_EV71_FillerRinseTankSprayBall		(*	AT %QX2.6 *) : BOOL;	(* N10_O156_154U37 *)
+	DO_EV72_FillerRinseTankDrain			(*	AT %QX2.7 *) : BOOL;	(* N10_O157_154U37 *)
+	DO_LinkByte10								AT %QB10 : BYTE ;
+
+	DO_Yellow_Lamp						(*	AT %QX6.2 *) : BOOL;	(* N10_O140_154U32 *)
+	DO_Green_Lamp						(*	AT %QX6.3 *) : BOOL;	(* N10_O141_154U32 *)
+	DO_Red_Lamp						(*	AT %QX6.1 *) : BOOL;	(* N10_O142_154U32 *)
+	DO_Blu_Lamp						(*	AT %QX6.4 *) : BOOL;	(* N10_O142_154U32 *)
+	DO_White_Lamp						(*	AT %QX6.5 *) : BOOL;	(* N10_O142_154U32 *)
+	DO_Thermic_Protection				(*	AT %QX6.6 *) : BOOL;	(* N10_O142_154U32 *)
+	DO_EV02_Deair2_FillUp_Valve			(*	AT %QX11.4 *) : BOOL;	(* N10_O06_154U32 *)
+	DO_EV01_Deair2_Lvl_Ctrl_Valve		(*	AT %QX11.5 *) : BOOL;	(* N10_O07_154U32 *)
+	DO_LinkByte11								AT %QB11 : BYTE ;
+
+	DO_EV01_Deair_Lvl_Ctrl_Valve				AT %QX19.0 : BOOL;	(* N10_O07_154U32 *)
+	DO_EV02_Deair_FillUp_Valve				AT %QX19.1 : BOOL;	(* N10_O06_154U32 *)
+	DO_EV11_BlowOff_Valve					AT %QX16.0 : BOOL;	(* N10_O180_154U38 *)
+	DO_EV12_Deair_Reflux_Valve			(*	AT %QX16.1 *) : BOOL;	(* N10_O181_154U38 *)
+	DO_EV13_Prod_Recirc_Valve				AT %QX16.1 : BOOL;	(* N10_O182_154U38 *)
+	DO_EV14_DeairDrain_Valve				AT %QX16.2 : BOOL;	(* N10_O183_154U38 *)
+	DO_EV14_P1_DeairDrain_Valve		(*	AT %QX4.4 *) : BOOL;	(* N10_O183_154U38 *)
+	DO_EV15_ProductTank_Drain_Valve		AT %QX16.3 : BOOL;	(* N10_O184_154U39 *)
+	DO_EV16_SyrupTank_Drain_Valve			AT %QX16.4 : BOOL;	(* N10_O185_154U39 *)
+	DO_EV17_BufferTankSprayBall_Valve		AT %QX16.5 : BOOL;	(* N10_O186_154U39 *)
+	DO_EV18_DeairOverfill_Valve				AT %QX16.6 : BOOL;	(* N10_O187_154U39 *)
+	DO_EV16_P1_SyrupTank_Drain_Valve	(*	AT %QX4.7*) : BOOL;	(* N10_O185_154U39 *)
+	DO_EV21_ProdTankOverfill_Valve			AT %QX16.7 : BOOL;	(* N10_O190_154U42 *)
+	DO_EV17_P1_Syrup_Valve				(*	AT %QX5.1*) : BOOL;	(* N10_O186_154U39 *)
+	DO_EV22_WaterPumpPrime_Valve			AT %QX17.0 : BOOL;	(* N10_O191_154U42 *)
+	DO_EV23_SerpentineDrain_valve			AT %QX17.1 : BOOL;	(* N10_O192_154U42 *)
+	DO_EV24_SyrupRecirc_Valve				AT %QX17.2 : BOOL;	(* N10_O193_154U42 *)
+	DO_EV25_VaccumPumpWater_Valve	(*	AT %QX17.3 *) : BOOL;	(* N10_O194_154U42 *)
+	DO_EV26_CO2InjShutOff_Valve				AT %QX17.3 : BOOL;	(* N10_O195_154U42 *)
+	DO_EV27_DeairSprayBall_Valve			AT %QX17.4 : BOOL;	(* N10_O196_154U42 *)
+	DO_EV23_P1_DeairConnection_valve	(*	AT %QX5.6 *) : BOOL;	(* N10_O192_154U42 *)
+	DO_EV28_DeairStartCO2Inj_Valve			AT %QX17.5 : BOOL;	(* N10_O197_154U42 *)
+	DO_EV41_CO2Inlet_Valve				(*	AT %QX18.6 *) : BOOL;	(* N10_O200_154U42 *)
+	DO_EV42_N2Inlet_Valve				(*	AT %QX18.7 *) : BOOL;	(* N10_O201_154U42 *)
+	DO_EV43_DeairVacu_Valve			(*	AT %QX18.2 *) : BOOL;	(* N10_O202_154U42 *)
+	DO_EV44_SyrupLineDrain					AT %QX17.6 : BOOL;	(* N10_O193_154U42 *)
+	DO_EV46_FillerCO2Valve				(*	AT %QX17.4 *) : BOOL;	(* N10_O151_154U36 *)
+	DO_EV61_SyrupTankSprayBall				AT %QX18.0 : BOOL;	(* N10_O150_154U36 *)
+	DO_EV62_ProductOutlet					AT %QX18.1 : BOOL;	(* N10_O151_154U36 *)
+	DO_EV69_Blender_ProductPipeDrain		AT %QX18.2 : BOOL;	(* N10_O155_154U37 *)
+	DO_EV73_WaterInlet_Valve			(*	AT %QX18.7 *) : BOOL;	(* N10_O200_154U42 *)
+	DO_EV74_CIPInlet_Valve				(*	AT %QX19.0 *) : BOOL;	(* N10_O201_154U42 *)
+	DO_EV75_SyrupInlet_Valve				(*	AT %QX19.1 *) : BOOL;	(* N10_O201_154U42 *)
+	DO_EV76_SyrupBypass_Valve			(*	AT %QX19.2 *) : BOOL;	(* N10_O201_154U42 *)
+	DO_EV77_SyrupBypass_Valve			(*	AT %QX19.3 *) : BOOL;	(* N10_O201_154U42 *)
+	DO_EV78_ProductShutOff_Valve		(*	AT %QX19.4 *) : BOOL;	(* N10_O201_154U42 *)
+	DO_EV80_Prod_Recirc_WoChiller_Valve	(*	AT %QX19.4 *) : BOOL;	(* N10_O201_154U42 *)
+	DO_EV81_Prod_Recirc_Chiller_Valve		AT %QX18.3 : BOOL;	(* N10_O201_154U42 *)
+
+	DO_LinkByte16								AT %QB16 : BYTE ;
+	DO_LinkByte17								AT %QB17 : BYTE ;
+	DO_LinkByte18								AT %QB18 : BYTE ;
+	DO_LinkByte19								AT %QB19 : BYTE ;
+	DO_LinkByte20								AT %QB20 : BYTE ;
+	DO_LinkByte21								AT %QB21 : BYTE ;
+
+(*************************************************************************)
+(*				ANALOG INPUT						*)
+(*************************************************************************)
+
+	AI_ProductTankLevel						AT %IW100 : WORD;		(* N10_IW100_154U52 *)
+	AI_ProductTankPressure					AT %IW102 : WORD;		(* N10_IW102_154U52 *)
+	AI_CIPHeaterTemperature				(*	AT %IW110 *) : WORD;		(* N10_IW104_154U52 *)
+	AI_CIPReturnTemperature				(*	AT %IW116 *) : WORD;		(* N10_IW126_154U52 *)
+	AI_ProductTemperature					AT %IW108 : WORD;		(* N10_IW116_154U52 *)
+	AI_ProductConductivity					(*	AT %IW108 *) : WORD;		(* N10_IW108_154U52 *)
+	AI_CIPWaterCond						(*	AT %IW108 *) : WORD;		(* N10_IW108_154U52 *)
+	AI_ProductO2							(*	AT %IW110 *) : WORD;		(* N10_IW112_154U52 *)
+	AI_CIPCausticCond					(*	AT %IW110 *) : WORD;		(* N10_IW104_154U52 *)
+	AI_DeairWaterTemperature					AT %IW112 : WORD;		(* N10_IW110_154U52 *)
+	AI_DeaireatorPressure					(*	AT %IW116 *) : WORD;		(* N10_IW116_154U52 *)
+	AI_WaterTemperature					(*	AT %IW106 *) : WORD;		(* N10_IW106_154U52 *)
+	AI_Spare7							(*	AT %IW118 *) : WORD;		(* N10_IW118_154U52 *)
+	AI_FillerLevel							(*	AT %IW120 *) : WORD;		(* N10_IW120_154U52 *)
+	AI_Spare11							(*	AT %IW122 *) : WORD;		(* N10_IW122_154U52 *)
+	AI_P3_PVFreq						(*	AT %IW104 *) : WORD ;
+	AI_DifferentialTransducer				(*	AT %IW108 *) : INT ;
+	AI_SyrupTankLevel						AT %IW110 : WORD;	(* N10_IW116_154U52 *)
+	AI_InjectionPressure						AT %IW114 : WORD ;
+	AI_ProdTankPressureValve_VEP1			AT %IW106 : INT;	(* N10_IW116_154U52 *)
+	AI_DeaireationValve_VEP4					AT %IW104 : INT ;
+
+(*************************************************************************)
+(*				ANALOG INPUT						*)
+(*************************************************************************)
+	AI_ProductBrix						(*	AT %IW360 *) : WORD;		(* N10_IW360_154U52 *)
+	AI_ProductCO2						(*	AT %IW362 *) : WORD;		(* N10_IW362_154U52 *)
+	AI_PoductTemp						(*	AT %IW364 *) : WORD;		(* N10_IW364_154U52 *)
+	AI_PrecSpare3						(*	AT %IW366 *) : WORD;		(* N10_IW366_154U52 *)
+	AI_PrecSpare4						(*	AT %IW368 *) : WORD;		(* N10_IW368_154U52 *)
+	AI_PrecSpare5						(*	AT %IW370 *) : WORD;		(* N10_IW370_154U52 *)
+	AI_PrecSpare6						(*	AT %IW372 *) : WORD;		(* N10_IW372_154U52 *)
+	AI_PrecSpare7						(*	AT %IW374 *) : WORD;		(* N10_IW374_154U52 *)
+
+(*************************************************************************)
+(*				ANALOG OUTPUT					*)
+(*************************************************************************)
+
+	AO_WaterCtrlValve_VM1					AT %QW100 : WORD ;		(* N10_OW100_154U62 *)
+	AO_SyrupCtrlValve_VM2					AT %QW102 : WORD ;		(* N10_OW102_154U62 *)
+	AO_CarboCO2CtrlValve_VM3				AT %QW104 : WORD ;		(* N10_OW104_154U62 *)
+	AO_ProdTankPressureValve_VEP1			AT %QW106 : WORD ;		(* N10_OW106_154U62 *)
+
+	AO_SyrupInletValve_VEP3					AT %QW112 : WORD ;		(* N10_OW102_154U62 *)
+	AO_ProductRunOutAmount				(*	AT %QW108 *) : WORD ;	(* N10_OW108_154U72 *)
+	AO_WaterTempCtrlValve				(*	AT %QW116 *) : WORD ;	(* N10_OW108_154U72 *)
+	AO_ProdPumpFreq					(*	AT %QW110 *) : WORD ;	(* N10_OW110_154U72 *)
+	AO_ProdTempCtrlValve					AT %QW110 : WORD ;		(* N10_OW110_154U72 *)
+	AO_CIPTempCtrlValve					(*	AT %QW110 *) : WORD ;	(* N10_OW112_154U72 *)
+	AO_ToFillerEqPress					(*	AT %QW114 *) : WORD ;	(* N10_OW114_154U72 *)
+	AO_InjectionPressure						AT %QW114 : WORD ;
+	AO_DeaireationValve_VEP4				AT %QW108 : WORD ;
+	AO_CIPWaterCond					(*	AT %QW116 *) : WORD;	(* N10_IW108_154U52 *)
+	AO_CIPCausticCond					(*	AT %QW120 *) : WORD;	(* N10_IW104_154U52 *)
+	AO_CIPReturnTemperature				(*	AT %QW118 *) : WORD;	(* N10_IW126_154U52 *)
+
+	AO_Spare8							(*	AT %QW116 *) : WORD ;	(* N10_OW116_154U82 *)
+	AO_Spare9							(*	AT %QW118 *) : WORD ;	(* N10_OW118_154U82 *)
+END_VAR
+(* @OBJECT_END := Global_Variables_IN_OUT *)
+(* @CONNECTIONS := Global_Variables_IN_OUT
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/HMI_ALARMS.EXP

@@ -0,0 +1,322 @@
+(* @GLOBAL_VARIABLE_LIST := HMI_Alarms *)
+(* @PATH := '\/HMI_Variable' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(**********************************************************************************************************************)
+(*									FAULT ALARMS										    *)
+(**********************************************************************************************************************)
+	gH_Alarm001		:BOOL;	(* Auxiliary Not Engaged *)
+	gH_Alarm002		:BOOL;	(* Not a Recipe: invalid Recipe Type Selection *)
+	gH_Alarm003		:BOOL;	(* Error during Densimeter Calibration *)
+	gH_Alarm004		:BOOL;	(* Filler Communication Fault *)
+	gH_Alarm005		:BOOL;	(*  *)
+	gH_Alarm006		:BOOL;	(* CIP Communication Fault *)
+	gH_Alarm007		:BOOL;	(* Differential Pressure Transducer Fault *)
+	gH_Alarm008		:BOOL;	(* Syrup tank flooded *)
+	gH_Alarm009		:BOOL;	(*  *)
+	gH_Alarm010		:BOOL;	(* Profibus Valves Base Node12 Fault *)
+	gH_Alarm011		:BOOL;	(* Profibus Valves Base Node13 Fault *)
+	gH_Alarm012		:BOOL;	(* Profibus Low Conductimeter Node 15 Fault *)
+	gH_Alarm013		:BOOL;	(* Profibus High Conductimeter Node 16 Fault *)
+	gH_Alarm014		:BOOL;	(* Pressure Control Valve Position Fault *)
+	gH_Alarm015		:BOOL;	(* Deareation Control Valve Position Fault *)
+	gH_Alarm016		:BOOL;	(* Water Inlet Valve EV73 Position Fault  *)
+	gH_Alarm017		:BOOL;	(* CIP Inlet Valve EV74 Position Fault  *)
+	gH_Alarm018		:BOOL;	(* Product Outlet Valve EV62 Position Fault *)
+	gH_Alarm019		:BOOL;	(* Filler Pressure Valve EV46 Position Fault *)
+	gH_Alarm020		:BOOL;	(* Product Brix Too High *)
+	gH_Alarm021		:BOOL;	(* Product Brix Too Low *)
+	gH_Alarm022		:BOOL;	(* Product CO2 Too High *)
+	gH_Alarm023		:BOOL;	(* Product CO2 Too Low *)
+	gH_Alarm024		:BOOL;	(*  *)
+	gH_Alarm025		:BOOL;	(* Product Pump P3 VFC Fault - Fault Alarm *)
+	gH_Alarm026		:BOOL;	(* ByPass Pump P6 Fault - Fault Alarm *)
+	gH_Alarm027		:BOOL;	(* mPDS1000 Error Fault *)
+	gH_Alarm028		:BOOL;	(* Densimeter Tubes Not Oscillating *)
+	gH_Alarm029		:BOOL;	(* Water Pump P5 Fault - Fault Alarm - *)
+	gH_Alarm030		:BOOL;	(* Water Pump P1 Fault  - Fault Alarm - *)
+	gH_Alarm031		:BOOL;	(* Syrup Pump P2 Fault - Fault Alarm - *)
+	gH_Alarm032		:BOOL;	(* Product Pump P3 Fault - Fault Alarm - *)
+	gH_Alarm033		:BOOL;	(* Vacuum Pump P4 Fault - Fault Alarm - *)
+	gH_Alarm034		:BOOL;	(* Tank Rinse Pump P5 Fault - Fault Alarm - *)
+	gH_Alarm035		:BOOL;	(* Water FlowMeter General Fault - Fault Alarm - *)
+	gH_Alarm036		:BOOL;	(* Syrup FlowMeter General Fault - Fault Alarm - *)
+	gH_Alarm037		:BOOL;	(* Carbo CO2 FlowMeter Fault - Fault Alarm - *)
+	gH_Alarm038		:BOOL;	(* Water Control Valve Position Fault - Fault Alarm - *)
+	gH_Alarm039		:BOOL;	(* Syrup Control Valve Position Fault - Fault Alarm - *)
+	gH_Alarm040		:BOOL;	(* Carbo CO2 Control Valve Position Fault - Fault Alarm - *)
+	gH_Alarm041		:BOOL;	(* Product Tank Pressure Fault - Fault Alarm - *)
+	gH_Alarm042		:BOOL;	(* Blend Error Fault: High Syrup - Fault Alarm -  *)
+	gH_Alarm043		:BOOL;	(* Blend Error Fault: Low Syrup - Fault Alarm -  *)
+	gH_Alarm044		:BOOL;	(* CarboCO2 Error Fault: Low CO2 - Fault Alarm -  *)
+	gH_Alarm045		:BOOL;	(* CarboCO2 Error Fault: High CO2 - Fault Alarm - *)
+	gH_Alarm046		:BOOL;	(* Vacuum TimeOut - Fault Alarm - *)
+	gH_Alarm047		:BOOL;	(* CIP Transfer Time Out - Fault Alarm - *)
+	gH_Alarm048		:BOOL;	(* CIP No Recirculation Flow - Fault Alarm - *)
+	gH_Alarm049		:BOOL;	(* *)
+	gH_Alarm050		:BOOL;	(* Profibus Master Node 1 Crash *)
+	gH_Alarm051		:BOOL;	(* Profibus ET200 Node 10 Fault *)
+	gH_Alarm052		:BOOL;	(* Profibus Water MFM Node 20 Fault *)
+	gH_Alarm053		:BOOL;	(* Profibus Syrup MFM Node 21 Fault *)
+	gH_Alarm054		:BOOL;	(* Profibus CO2 MFM Node 22 Fault *)
+	gH_Alarm055		:BOOL;	(* Profibus Product Pump VFC Node Fault *)
+	gH_Alarm056		:BOOL;	(* *)
+	gH_Alarm057		:BOOL;	(* UPS Battery not ready - NON FERMA LA MACHINA *)
+	gH_Alarm058		:BOOL;  (* Profibus Adapter mPDS Error Fault *)
+	gH_Alarm059		:BOOL;	(* mPDS2000 Error Fault *)
+(*********************************************************************************************************************)
+(*									SUPPLIES ALARMS										  *)
+(*********************************************************************************************************************)
+	gH_Alarm060		:BOOL;	(* Low Infeed Air Pressure Fault  - Supplies Alarm - *)
+	gH_Alarm061		:BOOL;	(* Low Infeed CO2 Pressure Fault - Supplies Alarm - *)
+	gH_Alarm062		:BOOL;	(* Deaireator Water Low Level  - Supplies Alarm - *)
+	gH_Alarm063		:BOOL;	(* Syrup Tank Low Level - Supplies Alarm - *)
+	gH_Alarm064		:BOOL;	(* Syrup Room Pump Fault - Supplies Alarm - *)
+	gH_Alarm065		:BOOL;	(* Syrup Brix Out Of Standard - Supplies Alarm - *)
+	gH_Alarm066		:BOOL;	(* Chiller Ammonia Pressure Too Low - Supplies Alarm - *)
+	gH_Alarm067		:BOOL;	(* Water Temperature Too High *)
+	gH_Alarm068		:BOOL;	(* Product Temperature Too High *)
+	gH_Alarm069		:BOOL;	(* Syrup Room Water Pump Fault - Supplie Alarm - *)
+	gH_Alarm070		:BOOL;	(* Syrup Density Out Of Standard - Supplies Alarm -  *)
+	gH_Alarm071		:BOOL;	(*  *)
+	gH_Alarm072		:BOOL;	(* Ammonia compressors not running - Supplies Alarm *)
+	gH_Alarm073		:BOOL;	(*  *)
+	gH_Alarm074		:BOOL;	(*  *)
+	gH_Alarm075		:BOOL;	(*  *)
+	gH_Alarm076		:BOOL;	(*  *)
+	gH_Alarm077		:BOOL;	(*  *)
+	gH_Alarm078		:BOOL;	(*  *)
+	gH_Alarm079		:BOOL;	(*  *)
+	gH_Alarm080		:BOOL;	(*  *)
+	gH_Alarm081		:BOOL;	(*  *)
+	gH_Alarm082		:BOOL;	(*  *)
+	gH_Alarm083		:BOOL;	(*  *)
+	gH_Alarm084		:BOOL;	(*  *)
+	gH_Alarm085		:BOOL;	(*  *)
+	gH_Alarm086		:BOOL;	(*  *)
+	gH_Alarm087		:BOOL;	(*  *)
+	gH_Alarm088		:BOOL;	(*  *)
+	gH_Alarm089		:BOOL;	(*  *)
+(**********************************************************************************************************************)
+(*									EXTERNAL ALARMS									    *)
+(**********************************************************************************************************************)
+	gH_Alarm090		:BOOL;	(* CIP Fault *)
+	gH_Alarm091		:BOOL;	(*  *)
+	gH_Alarm092		:BOOL;	(*  *)
+	gH_Alarm093		:BOOL;	(*  *)
+	gH_Alarm094		:BOOL;	(*  *)
+	gH_Alarm095		:BOOL;	(*  *)
+	gH_Alarm096		:BOOL;	(*  *)
+	gH_Alarm097		:BOOL;	(*  *)
+	gH_Alarm098		:BOOL;	(*  *)
+	gH_Alarm099		:BOOL;	(*  *)
+	gH_Alarm100		:BOOL;	(*  *)
+	gH_Alarm101		:BOOL;	(*  *)
+	gH_Alarm102		:BOOL;	(*  *)
+	gH_Alarm103		:BOOL;	(*  *)
+	gH_Alarm104		:BOOL;	(*  *)
+	gH_Alarm105		:BOOL;	(*  *)
+	gH_Alarm106		:BOOL;	(*  *)
+	gH_Alarm107		:BOOL;	(*  *)
+	gH_Alarm108		:BOOL;	(*  *)
+	gH_Alarm109		:BOOL;	(*  *)
+	gH_Alarm110		:BOOL;	(*  *)
+	gH_Alarm111		:BOOL;	(*  *)
+	gH_Alarm112		:BOOL;	(*  *)
+	gH_Alarm113		:BOOL;	(*  *)
+	gH_Alarm114		:BOOL;	(*  *)
+	gH_Alarm115		:BOOL;	(*  *)
+	gH_Alarm116		:BOOL;	(*  *)
+	gH_Alarm117		:BOOL;	(*  *)
+	gH_Alarm118		:BOOL;	(*  *)
+	gH_Alarm119		:BOOL;	(*  *)
+(**********************************************************************************************************************)
+(*							OPERATOR ALARMS										*)
+(**********************************************************************************************************************)
+	gH_Alarm120		:BOOL;	(* Water Manual Valve Open *)
+	gH_Alarm121		:BOOL;	(* Syrup Line Manual Drain Valve Open *)
+	gH_Alarm122		:BOOL;	(* Syrup Line Not Selected *)
+	gH_Alarm123		:BOOL;	(*  *)
+	gH_Alarm124		:BOOL;	(*  *)
+	gH_Alarm125		:BOOL;	(*  *)
+	gH_Alarm126		:BOOL;	(*  *)
+	gH_Alarm127		:BOOL;	(*  *)
+	gH_Alarm128		:BOOL;	(*  *)
+	gH_Alarm129		:BOOL;	(*  *)
+	gH_Alarm130		:BOOL;	(* Manifold not ready for Prod *)
+	gH_Alarm131		:BOOL;	(* Manifold not ready for CIP *)
+	gH_Alarm132		:BOOL;	(*  *)
+	gH_Alarm133		:BOOL;	(*  *)
+	gH_Alarm134		:BOOL;	(*  *)
+	gH_Alarm135		:BOOL;	(*  *)
+	gH_Alarm136		:BOOL;	(*  *)
+	gH_Alarm137		:BOOL;	(*  *)
+	gH_Alarm138		:BOOL;	(*  *)
+	gH_Alarm139		:BOOL;	(*  *)
+	gH_Alarm140		:BOOL;	(*  *)
+	gH_Alarm141		:BOOL;	(*  *)
+	gH_Alarm142		:BOOL;	(*  *)
+	gH_Alarm143		:BOOL;	(*  *)
+	gH_Alarm144		:BOOL;	(*  *)
+	gH_Alarm145		:BOOL;	(*  *)
+	gH_Alarm146		:BOOL;	(*  *)
+	gH_Alarm147		:BOOL;	(*  *)
+	gH_Alarm148		:BOOL;	(*  *)
+	gH_Alarm149		:BOOL;	(*  *)
+	gH_Alarm150		:BOOL;	(*  *)
+END_VAR
+
+VAR_GLOBAL
+	gH_Message000	AT%MB300:BOOL;	(*  *)
+	gH_Message001	AT%MB301:BOOL;	(*  *)
+	gH_Message002	AT%MB302:BOOL;	(*  *)
+	gH_Message003	AT%MB303:BOOL;	(* Manual Activated *)
+	gH_Message004	AT%MB304:BOOL;	(*  *)
+	gH_Message005	AT%MB305:BOOL;	(*  *)
+	gH_Message006	AT%MB306:BOOL;	(*  *)
+	gH_Message007	AT%MB307:BOOL;	(*  *)
+	gH_Message008	AT%MB308:BOOL;	(* Opeartor Run Syrup Prep *)
+	gH_Message009	AT%MB309:BOOL;	(* Operator Start Deaireator  *)
+	gH_Message010	AT%MB310:BOOL;	(*  *)
+	gH_Message011	AT%MB311:BOOL;	(*  *)
+	gH_Message012	AT%MB312:BOOL;	(* Water Flow Too Low *)
+	gH_Message013	AT%MB313:BOOL;	(* Water Stream Critical Speed *)
+	gH_Message014	AT%MB314:BOOL;	(*  *)
+	gH_Message015	AT%MB315:BOOL;	(*  *)
+	gH_Message016	AT%MB316:BOOL;	(*  *)
+	gH_Message017	AT%MB317:BOOL;	(* CO2 inlet line pressure not stable *)
+	gH_Message018	AT%MB318:BOOL;	(* Product Brix Low *)
+	gH_Message019	AT%MB319:BOOL;	(* Product Brix High *)
+	gH_Message020	AT%MB320:BOOL;	(* Product CO2 Vol Low *)
+	gH_Message021	AT%MB321:BOOL;	(* Product CO2 Vol High *)
+	gH_Message022	AT%MB322:BOOL;	(*  *)
+	gH_Message023	AT%MB323:BOOL;	(*  *)
+	gH_Message024	AT%MB324:BOOL;	(*  *)
+	gH_Message025	AT%MB325:BOOL;	(*  *)
+	gH_Message026	AT%MB326:BOOL;	(*  *)
+	gH_Message027	AT%MB327:BOOL;	(* Start Maselli pump *)
+	gH_Message028	AT%MB328:BOOL;	(* Maselli Lamp Failure *)
+	gH_Message029	AT%MB329:BOOL;	(*  *)
+	gH_Message030	AT%MB330:BOOL;	(* Wait Filler CIP Signal *)
+	gH_Message031	AT%MB331:BOOL;	(* Wait Filler Product Request Signal *)
+	gH_Message032	AT%MB332:BOOL;	(* Wait Filler Rinse Completed Signal *)
+	gH_Message033	AT%MB333:BOOL;	(* Local CIP Wait Temperature *)
+	gH_Message034	AT%MB334:BOOL;	(* Local CIP Wait High Conductivity *)
+	gH_Message035	AT%MB335:BOOL;	(* Local CIP Wait Low Conductivity *)
+	gH_Message036	AT%MB336:BOOL;	(* Local CIP Wait Drain Completed *)
+	gH_Message037	AT%MB337:BOOL;	(* Local CIP Wait CIP cycle ended *)
+	gH_Message038	AT%MB338:BOOL;	(* Local CIP Wait Change ready *)
+	gH_Message039	AT%MB339:BOOL;	(*  *)
+	gH_Message040	AT%MB340:BOOL;	(*  *)
+	gH_Message041	AT%MB341:BOOL;	(*  *)
+	gH_Message042	AT%MB342:BOOL;	(*  *)
+	gH_Message043	AT%MB343:BOOL;	(*  *)
+	gH_Message044	AT%MB344:BOOL;	(*  *)
+	gH_Message045	AT%MB345:BOOL;	(*  *)
+	gH_Message046	AT%MB346:BOOL;	(*  *)
+	gH_Message047	AT%MB347:BOOL;	(*  *)
+	gH_Message048	AT%MB348:BOOL;	(*  *)
+	gH_Message049	AT%MB349:BOOL;	(*  *)
+	gH_Message050	AT%MB350:BOOL;	(* Chiler Ammonia level too high *)
+	gH_Message051	AT%MB351:BOOL;	(* Product near to freezing temperature *)
+	gH_Message052	AT%MB352:BOOL;	(* Product temperature too high  *)
+	gH_Message053	AT%MB353:BOOL;	(* Water near to freezing temperature *)
+	gH_Message054	AT%MB354:BOOL;	(* Water temperature to high *)
+	gH_Message055	AT%MB355:BOOL;	(* Check Oil in Modulating Valve *)
+	gH_Message056	AT%MB356:BOOL;	(* Check Oil in water pump motor *)
+	gH_Message057	AT%MB357:BOOL;	(* Profibus Product PH Node 18 Fault *)
+	gH_Message058	AT%MB358:BOOL;	(* Profibus Product ConductiveMeter Node 19 Fault *)
+	gH_Message059	AT%MB359:BOOL;	(* Product High Conductivity *)
+	gH_Message060	AT%MB360:BOOL;	(* Product Low Conductivity *)
+	gH_Message061	AT%MB361:BOOL;	(* Blend Fill System Start Up To Do *)
+	gH_Message062	AT%MB362:BOOL;	(* Wait filler ready to start up *)
+	gH_Message063	AT%MB363:BOOL;	(* Wait filler flushing completed *)
+	gH_Message064	AT%MB364:BOOL;	(* Wait filler loading completed *)
+	gH_Message065	AT%MB365:BOOL;	(* Profibus Product VFM Node 17 Fault *)
+	gH_Message066	AT%MB366:BOOL;	(*  *)
+	gH_Message067	AT%MB367:BOOL;	(*  *)
+	gH_Message068	AT%MB368:BOOL;	(*  *)
+	gH_Message069	AT%MB369:BOOL;	(*  *)
+	gH_Message070	AT%MB370:BOOL;	(*  *)
+
+	gH_Status000		AT%MB600:BOOL;	(*  *)
+	gH_Status001		AT%MB601:BOOL;	(* Waiting Product Tank Pressure *)
+	gH_Status002		AT%MB602:BOOL;	(* Start Up Deaireator Running *)
+	gH_Status003		AT%MB603:BOOL;	(* Syrup Prep Running *)
+	gH_Status004		AT%MB604:BOOL;	(* Syrup Autocorrection Running *)
+	gH_Status005		AT%MB605:BOOL;	(* Syrup Run Out Running *)
+	gH_Status006		AT%MB606:BOOL;	(* First Product Running *)
+	gH_Status007		AT%MB607:BOOL;	(* Waiting Vacuum *)
+	gH_Status008		AT%MB608:BOOL;	(* Max Syrup Brix Autocorrection Acheaved - NOT USED*)
+	gH_Status009		AT%MB609:BOOL;	(* Product Brix Tracking Hold *)
+	gH_Status010		AT%MB610:BOOL;	(* Product Brix Tracking *)
+	gH_Status011		AT%MB611:BOOL;	(* Product CO2 Tracking *)
+	gH_Status012		AT%MB600:BOOL;	(*  *)
+	gH_Status013		AT%MB600:BOOL;	(*  *)
+	gH_Status014		AT%MB614:BOOL;	(* Warm Rinse Running *)
+	gH_Status015		AT%MB615:BOOL;	(* Cold Rinse Running *)
+	gH_Status016		AT%MB616:BOOL;	(*  *)
+	gH_Status017		AT%MB617:BOOL;	(*  *)
+	gH_Status018		AT%MB618:BOOL;	(*  *)
+	gH_Status019		AT%MB619:BOOL;	(*  *)
+	gH_Status020		AT%MB620:BOOL;	(*  *)
+	gH_Status021		AT%MB621:BOOL;	(*  *)
+	gH_Status022		AT%MB622:BOOL;	(* CIP Drain Activated *)
+	gH_Status023		AT%MB623:BOOL;	(* Water Line Carbonating Running *)
+	gH_Status024		AT%MB624:BOOL;	(*  *)
+	gH_Status025		AT%MB625:BOOL;	(* Product Tank Drain Active *)
+	gH_Status026		AT%MB626:BOOL;	(* Rinse Drain Active *)
+	gH_Status027		AT%MB627:BOOL;	(*  *)
+	gH_Status028		AT%MB628:BOOL;	(*  *)
+	gH_Status029		AT%MB629:BOOL;	(*  *)
+	gH_Status030		AT%MB630:BOOL;	(*  *)
+	gH_Status031		AT%MB631:BOOL;	(*  *)
+	gH_Status032		AT%MB632:BOOL;	(*  *)
+	gH_Status033		AT%MB633:BOOL;	(*  *)
+	gH_Status034		AT%MB634:BOOL;	(*  *)
+	gH_Status035		AT%MB635:BOOL;	(*  *)
+	gH_Status036		AT%MB636:BOOL;	(*  *)
+	gH_Status037		AT%MB637:BOOL;	(* Local CIP Hold *)
+	gH_Status038		AT%MB638:BOOL;	(* Local CIP Completed *)
+	gH_Status039		AT%MB639:BOOL;	(* System Run Out Running *)
+	gH_Status040		AT%MB640:BOOL;	(*  *)
+	gH_Status041		AT%MB641:BOOL;	(*  *)
+	gH_Status042		AT%MB642:BOOL;	(*  *)
+	gH_Status043		AT%MB643:BOOL;	(*  *)
+	gH_Status044		AT%MB644:BOOL;	(* Product Tank Run Out Running *)
+	gH_Status045		AT%MB645:BOOL;	(* Product Pipe Run Out Running *)
+	gH_Status046		AT%MB646:BOOL;	(*  *)
+	gH_Status047		AT%MB647:BOOL;	(* Product Pipe Draining *)
+	gH_Status048		AT%MB648:BOOL;	(* Filler Rinse Running *)
+	gH_Status049		AT%MB649:BOOL;	(*  *)
+	gH_Status050		AT%MB650:BOOL;	(*  *)
+	gH_Status051		AT%MB651:BOOL;	(*  *)
+	gH_Status052		AT%MB652:BOOL;	(*  *)
+	gH_Status053		AT%MB653:BOOL;	(*  *)
+	gH_Status054		AT%MB654:BOOL;	(*  *)
+	gH_Status055		AT%MB655:BOOL;	(*  *)
+	gH_Status056		AT%MB656:BOOL;	(*  *)
+	gH_Status057		AT%MB657:BOOL;	(*  *)
+	gH_Status058		AT%MB658:BOOL;	(*  *)
+	gH_Status059		AT%MB659:BOOL;	(*  *)
+	gH_Status060		AT%MB660:BOOL;	(*  *)
+	gH_Status061		AT%MB661:BOOL;	(* Blend Fill System Buffer Tank Loading *)
+	gH_Status062		AT%MB662:BOOL;	(* Blend Fill System Pressurization Running *)
+	gH_Status063		AT%MB663:BOOL;	(* Blend Fill System Product Filler Load  *)
+	gH_Status064		AT%MB664:BOOL;	(* Blend Fill System Product Filler Send *)
+END_VAR
+
+VAR_GLOBAL
+	gH_Message		AT %MB300	: ARRAY [0..70] OF BOOL;
+	gH_Message_code	:INT;
+
+	gH_Status			AT %MB600	: ARRAY [0..70] OF BOOL;
+	gH_Status_code	: INT ;
+END_VAR
+(* @OBJECT_END := HMI_Alarms *)
+(* @CONNECTIONS := HMI_Alarms
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/HMI_BLENDER_PARAMETERS.EXP

@@ -0,0 +1,269 @@
+(* @GLOBAL_VARIABLE_LIST := HMI_Blender_Parameters *)
+(* @PATH := '\/HMI_Variable' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL PERSISTENT
+(*************************************************************************)
+(*			PROCESSOR OPTIONS					*)
+(*************************************************************************)
+	gH_Blender_OPT_ModelNum				: UINT ;		(*  *)
+	gH_Blender_OPT_CO2_Offset				: REAL ;	(*  *)
+	gH_Blender_OPT_MaxSyrDeltaBrix			: REAL ;	(*  *)
+
+	gH_Blender_OPT_BrixMeter					: BOOL ;	(*  *)
+	gH_Blender_OPT_MeterType				: UINT ;		(* 1: Maselli		2: AntoonPaar	3: 4-20mA	4: UC05 UR22 *)
+	gH_Blender_OPT_MeterReceiveOnly			: BOOL ;	(*  *)
+	gH_Blender_OPT_SyrBrixMeter				: BOOL ;	(*  *)
+	gH_Blender_OPT_SyrupLevel				: BOOL ;	(* 0: Digital	1: Analogical *)
+
+	gH_Blender_OPT_FastChangeOverEnabled	: BOOL ;	(*  *)
+	gH_Blender_OPT_FillerRinseTank			: BOOL ; 	(* *)
+	gH_Blender_OPT_BlendFillSystem			: BOOL ;	(*  *)
+	gH_Blender_OPT_TrackFillerSpeed			: BOOL ;	(*  *)
+	gH_Blender_OPT_SignalExchange			: UINT ;	(* 0: Hardware	1: Ethernet	2: DeviceNet *)
+
+	gH_Blender_OPT_CoolerPresent				: BOOL ;	(*  *)
+	gH_Blender_OPT_CoolerControl				: UINT ;		(* 0: External	1: Only Water	2: Only Product	3: Water+Product -Separated Control- 	4: Water+Product -Single Control- *)
+	gH_Blender_OPT_CoolerType				: UINT ;		(* 0: Glycol		1: Ammonia *)
+
+	gH_Blender_OPT_LocalCIP					: BOOL ;	(*  *)
+	gH_Blender_OPT_Conductimeter				: BOOL ;	(*  *)
+	gH_Blender_OPT_Conductimeter_Profibus		: BOOL ;	(*  *)
+	gH_Blender_OPT_CIPSignalExchange		: BOOL ;	(*  *)
+
+	gH_Blender_OPT_RemoteInjection			: BOOL ;	(*  *)
+	gH_Blender_OPT_CarboPresent				: BOOL ;
+	gH_Blender_OPT_InjectionPress_Ctrl			: BOOL ;	(* 0: Manual	    1: Automatic ----- Injection pressure control and deareation valve *)
+	gH_Blender_OPT_VacuumPump				: BOOL ;	(*  *)
+
+	gH_Blender_OPT_DoubleDeair				: BOOL ;	(*  *)
+	gH_Blender_OPT_ByPassDeair				: BOOL ;	(* EV48 EV49 EV50 *)
+	gH_Blender_OPT_Deaireation				: BOOL ;	(* 0: SAG    1:SAE/SAF *)
+	gH_Blender_OPT_StillWaterByPass			: BOOL ;	(* EV39 EV40 *)
+	gH_Blender_OPT_Flowtronic				: BOOL ;	(* 0: Not Present	1: Present *)
+
+	gH_Blender_OPT_Inverter					: BOOL ;	(*  *)
+	gH_Blender_OPT_DivertPanel				: UINT ;		(*  *)
+	gH_Blender_OPT_Promass					: UINT ;		(*  *)
+	gH_Blender_OPT_WaterPromass				: BOOL ;	(*  *)
+	gH_Blender_OPT_ProductConductimeter		: BOOL ;	(*  *)
+	gH_Blender_OPT_ProductPulp				: BOOL ; 	(* *)
+	gH_Blender_OPT_PLCDataAcq				: BOOL ;	(*  *)
+	gH_Blender_OPT_CO2_N2_Injection			: BOOL ;	(*  *)
+	gH_Blender_OPT_UPS_Siemens			: BOOL ;	(*  *)
+	gH_Blender_OPT_UVLamp					: BOOL ;	(*  *)
+	gH_Blender_OPT_RunOut_Water			: BOOL ;	(*  0: Water Not Present	- 1: Water Present *)
+
+	gH_Blender_OPT_Simulation					: BOOL ;	(*  *)
+
+
+(*************************************************************************)
+(*			ACTUAL RECIPE PARAMETERS			    *)
+(*************************************************************************)
+	gH_A_Recipe_Name						: STRING ;
+	gH_A_Recipe_SyrupBrix						: REAL ;	(*  *)
+	gH_A_Recipe_SyrupDensity					: REAL ;	(*  *)
+	gH_A_Recipe_SyrupFactor					: REAL ;	(*  *)
+	gH_A_Recipe_ProductBrix					: REAL ;	(*  *)
+	gH_A_Recipe_ProductionRate				: REAL ;	(*  *)
+	gH_A_Recipe_Ratio							: REAL ;	(*  *)
+	gH_A_Recipe_ProdBrixOffset				: REAL ;	(*  *)
+	gH_A_Recipe_CO2Vols						: REAL ;	(*  *)
+	gH_A_Recipe_CO2Fact						: REAL ;	(*  *)
+	gH_A_Recipe_CO2							: BOOL ;	(*  *)
+	gH_A_Recipe_ProdTankPress				: REAL ;	(*  *)
+	gH_A_Recipe_SP_ProdTemp				: REAL ;	(*  *)
+	gH_A_Recipe_EnProdTemp					: BOOL ;	(*  *)
+	gH_A_Recipe_PrdTankMinLevel				: REAL ;	(*  *)
+	gH_A_Recipe_Type							: INT  ;		(*  *)
+	gH_A_Recipe_WaterValveSave				: REAL ;	(*  *)
+	gH_A_Recipe_SyrupValveSave				: REAL ;	(*  *)
+	gH_A_Recipe_CarboCO2ValveSave			: REAL ;	(*  *)
+	gH_A_Recipe_ProdMeterRecipeNum			: INT ;		(*  *)
+	gH_A_Recipe_ProdMeterHighBrix			: REAL ;	(*  *)
+	gH_A_Recipe_ProdMeterLowBrix				: REAL ;	(*  *)
+	gH_A_Recipe_ProdMeterHighCO2			: REAL ;	(*  *)
+	gH_A_Recipe_ProdMeterLowCO2			: REAL ;	(*  *)
+	gH_A_Recipe_ProdMeter_ZeroCO2			: REAL;
+	gH_A_Recipe_ProdMeter_ZeroBrix			: REAL;
+
+	gH_A_Recipe_ProdHighCond				: REAL ;	(*  *)
+	gH_A_Recipe_ProdLowCond				: REAL ;	(*  *)
+	gH_A_Recipe_WaterSelection				: BYTE ;	(*  *)
+	gH_A_Recipe_EnDeaireation				: BOOL ;	(*  *)
+
+	gH_A_Recipe_FillerNextRecipeNum			: BYTE ;	(*  *)
+	gH_A_Recipe_BottleSize					: REAL;		(*  *)
+	gH_A_Recipe_BottleShape					: SINT ;		(*  *)
+	gH_A_Recipe_FillingValveHead_SP			: REAL ;
+
+	gH_A_Recipe_Transfer						: BOOL ;
+
+	gH_mPDS1000_SyrupFactor					: REAL ;	(*  *)
+
+(*************************************************************************)
+(*				NEXT RECIPE PARAMETERS			    *)
+(*************************************************************************)
+	gH_N_Recipe_Name						: STRING ;
+	gH_N_Recipe_SyrupBrix						: REAL ;	(*  *)
+	gH_N_Recipe_SyrupDensity					: REAL ;	(*  *)
+	gH_N_Recipe_SyrupFactor					: REAL ;	(*  *)
+	gH_N_Recipe_ProductBrix					: REAL ;	(*  *)
+	gH_N_Recipe_ProductionRate				: REAL ;	(*  *)
+	gH_N_Recipe_Ratio							: REAL ;	(*  *)
+	gH_N_Recipe_ProdBrixOffset				: REAL ;	(*  *)
+	gH_N_Recipe_CO2Vols						: REAL ;	(*  *)
+	gH_N_Recipe_CO2Fact						: REAL ;	(*  *)
+	gH_N_Recipe_CO2							: BOOL ;	(*  *)
+	gH_N_Recipe_ProdTankPress				: REAL ;	(*  *)
+	gH_N_Recipe_SP_ProdTemp				: REAL ;	(*  *)
+	gH_N_Recipe_EnProdTemp					: BOOL ;	(*  *)
+	gH_N_Recipe_PrdTankMinLevel				: REAL ;	(*  *)
+	gH_N_Recipe_Type							: INT ;		(*  *)
+	gH_N_Recipe_WaterValveSave				: REAL ;	(*  *)
+	gH_N_Recipe_SyrupValveSave				: REAL ;	(*  *)
+	gH_N_Recipe_CarboCO2ValveSave			: REAL ;	(*  *)
+	gH_N_Recipe_ProdMeterRecipeNum			: INT ;		(*  *)
+	gH_N_Recipe_ProdMeterHighBrix			: REAL ;	(*  *)
+	gH_N_Recipe_ProdMeterLowBrix			: REAL ;	(*  *)
+	gH_N_Recipe_ProdMeterHighCO2			: REAL ;	(*  *)
+	gH_N_Recipe_ProdMeterLowCO2			: REAL ;	(*  *)
+	gH_N_Recipe_ProdMeter_ZeroCO2			: REAL;
+	gH_N_Recipe_ProdMeter_ZeroBrix			: REAL;
+
+	gH_N_Recipe_ProdHighCond				: REAL ;	(*  *)
+	gH_N_Recipe_ProdLowCond				: REAL ;	(*  *)
+	gH_N_Recipe_WaterSelection				: BYTE ;	(*  *)
+	gH_N_Recipe_EnDeaireation				: BOOL ;	(*  *)
+
+	gH_N_Recipe_FillerNextRecipeNum			: BYTE ;	(*  *)
+	gH_N_Recipe_BottleSize					: REAL;		(*  *)
+	gH_N_Recipe_BottleShape					: SINT ;		(*  *)
+	gH_N_Recipe_FillingValveHead_SP			: REAL ;
+
+	gH_N_Recipe_Transfer						: BOOL ;
+(*************************************************************************)
+(*			ANALOG VALUES	- READ/WRITE			    *)
+(*************************************************************************)
+	gH_ProcessSetup_WaterPumpPressure		: REAL ;	(* Water Pump Maximum Pressure *)
+	gH_ProcessSetup_SyrupPumpPressure		: REAL ;	(* Syrup Pump Maximum Pressure *)
+	gH_ProcessSetup_KWaterLoss				: REAL ;	(* Friction Loss Constant in Serpentine *)
+	gH_ProcessSetup_KSyrupLoss				: REAL ;	(* Friction Loss Constant in Syrup Pipe *)
+	gH_ProcessSetup_KProdLoss				: REAL ;	(* Pressure Loss Factor *)
+	gH_ProcessSetup_KProdPump				: REAL ;	(* Frequency Overpressure Pump P3 Constant [Hz/mm] *)
+	gH_ProcessSetup_MinProduction			: REAL ;	(* Minimum Production Set Point - L/min - *)
+	gH_ProcessSetup_SyrupLinePressure		: REAL ;	(* Syrup Line pressure at VEP2 valve *)
+
+	gH_ProcessSetup_CIPWaterValveOV		: REAL ;	(* Water Valve Opening During CIP *)
+	gH_ProcessSetup_CIPSyrupValveOV			: REAL ;	(* Syrup Valve Opening During CIP *)
+	gH_ProcessSetup_CIPProdTankMinLevel		: REAL ;	(* Product Tank Minimum Level In CIP *)
+	gH_ProcessSetup_CIPProdTankMaxLevel	: REAL ;	(* Product Tank Maximum Level In CIP *)
+	gH_ProcessSetup_CIPProdPumpFreq			: REAL ;	(* CIP frequency Value [Hz] *)
+	gH_ProcessSetup_CIPSyrTankMinLevel		: REAL ;	(* Syrup Tank Minimum Level In CIP *)
+	gH_ProcessSetup_CIPSyrTankMaxLevel		: REAL ;	(* Syrup Tank Maximum Level In CIP *)
+
+	gH_ProcessSetup_RinseWaterValveOV		: REAL ;	(* Water Valve Opening During Rinse  *)
+	gH_ProcessSetup_RinseSyrupValveOV		: REAL ;	(* Syrup Valve Opening During Rinse *)
+	gH_ProcessSetup_RinseProdTankPress		: REAL ;	(* Product Tank Pressure In Rinse *)
+	gH_ProcessSetup_RinseProdPumpFreq		: REAL ;	(* Rinse frequency Value [Hz] *)
+
+	gH_ProcessSetup_KRecBlendError			: REAL ;	(* Blend Error Recovery CONSTANT *)
+	gH_ProcessSetup_KRecCarboCO2Error		: REAL ;	(* Carbonation Error Recovery Constant *)
+	gH_ProcessSetup_MaxBlendError			: REAL ;	(* Blend Error Maximum Value *)
+	gH_ProcessSetup_MaxCarboCO2Error		: REAL ;	(* Carbonation Error Maximum Value *)
+	gH_ProcessSetup_StartUpBrixExtraWater		: REAL ;	(*  *)
+	gH_ProcessSetup_StartUpCO2ExtraWater 	: REAL ;	(*  *)
+	gH_ProcessSetup_StartUpProdPumpFreq		: REAL ;	(* Start Up frequency Value [Hz] *)
+
+	gH_ProcessSetup_SyrupRoomTank			: INT ;
+	gH_ProcessSetup_SyrupRunOutLiters		: REAL ;	(*  *)
+
+	gH_ProcessSetup_BPWaterPID				: REAL ;	(*  *)
+	gH_ProcessSetup_TIWaterPID				: REAL ;	(*  *)
+	gH_ProcessSetup_TDWaterPID				: REAL ;	(*  *)
+	gH_ProcessSetup_FFWaterPID				: REAL ;	(*  *)
+
+	gH_ProcessSetup_BPSyrupPID				: REAL ;	(*  *)
+	gH_ProcessSetup_TISyrupPID				: REAL ;	(*  *)
+	gH_ProcessSetup_TDSyrupPID				: REAL ;	(*  *)
+	gH_ProcessSetup_FFSyrupPID				: REAL ;	(*  *)
+
+	gH_ProcessSetup_BPCarboCO2PID			: REAL ;	(*  *)
+	gH_ProcessSetup_TICarboCO2PID			: REAL ;	(*  *)
+	gH_ProcessSetup_TDCarboCO2PID			: REAL ;	(*  *)
+	gH_ProcessSetup_FFCarboCO2PID			: REAL ;	(*  *)
+
+	gH_ProcessSetup_BPCIPTempPID			: REAL ;	(*  *)
+	gH_ProcessSetup_TICIPTempPID			: REAL ;	(*  *)
+	gH_ProcessSetup_TDCIPTempPID			: REAL ;	(*  *)
+	gH_ProcessSetup_FFCIPTempPID			: REAL ;	(*  *)
+
+	gH_ProcessSetup_BPProdTempPID			: REAL ;	(*  *)
+	gH_ProcessSetup_TIProdTempPID			: REAL ;	(*  *)
+	gH_ProcessSetup_TDProdTempPID			: REAL ;	(*  *)
+	gH_ProcessSetup_FFProdTempPID			: REAL ;	(*  *)
+
+	gH_ProcessSetup_BPWaterTempPID		: REAL ;	(*  *)
+	gH_ProcessSetup_TIWaterTempPID			: REAL ;	(*  *)
+	gH_ProcessSetup_TDWaterTempPID		: REAL ;	(*  *)
+	gH_ProcessSetup_FFWaterTempPID			: REAL ;	(*  *)
+
+	gH_ProcessSetup_BPSyrupLevelPID			: REAL ;	(*  *)
+	gH_ProcessSetup_TISyrupLevelPID			: REAL ;	(*  *)
+	gH_ProcessSetup_TDSyrupLevelPID			: REAL ;	(*  *)
+	gH_ProcessSetup_FFSyrupLevelPID			: REAL ;	(*  *)
+
+	gH_ProcessSetup_KpCO2PressPID			: REAL ;	(*  *)
+	gH_ProcessSetup_DeadBandCO2PressPID	: REAL ;	(*  *)
+	gH_ProcessSetup_InjCO2Press_Offset		: REAL ;	(*  *)
+	gH_ProcessSetup_InjCO2Press_MinFlow		: UINT ;		(*  *)
+	gH_ProcessSetup_InjCO2Press_MaxFlow		: UINT ;		(*  *)
+	gH_ProcessSetup_CarboCO2Pressure		: REAL ;	(* CO2 Pressure Infeed Line *)
+	gH_ProcessSetup_N2MinPressure			: REAL ;	(* N2 Minimum Pressure Infeed Line *)
+
+	gH_ProcessSetup_BPFillingValvePID			: REAL ;	(*  *)
+	gH_ProcessSetup_TIFillingValvePID			: REAL ;	(*  *)
+	gH_ProcessSetup_TDFillingValvePID			: REAL ;	(*  *)
+	gH_ProcessSetup_FFFillingValvePID			: REAL  ;	(* Not USED *)
+
+	gH_ProcessSetup_DiffSensor_Height			: REAL := 1035.0 ;	(* Sensor Height from Soil [mm] *)
+	gH_ProcessSetup_DiffSensor_DeltaHeight	: REAL := 0.0 ;		(* Sensor Plates Height Difference [mm] *)
+	gH_ProcessSetup_DiffSensor_Offset			: REAL := 27.0 ;		(* Sensor Offset Read with zero pressure (all valves open) in [mm] *)
+
+	gH_ProcessSetup_FillingValveHeight			: REAL := 1540.0 ;	(* Filling Valve Height from soil [mm] *)
+	gH_ProcessSetup_FillerDiameter				: REAL := 4960.0 ;	(* Filler Carousel Diameter [mm] *)
+	gH_ProcessSetup_FillingValveNum			: INT := 130 ;		(* Filling Valves Number *)
+	gH_ProcessSetup_FillerProdPipeDN			: REAL := 100.0 ;
+	gH_ProcessSetup_FillerProdPipeMass		: REAL := 190 ;
+	gH_ProcessSetup_FillingTime			 	: REAL ;
+
+	gH_ProcessSetup_ProdTankHeight_0		: REAL := 990.0 ;	(* Level  at 0% Tank Level Height in mm *)
+	gH_ProcessSetup_ProdTankLevelPerc_2		: REAL := 53.88 ;	(* Second level percentage *)
+	gH_ProcessSetup_ProdTankHeight_2		: REAL := 1995.0 ;	(* Second level Height in mm *)
+
+	gH_ProcessSetup_DeaireationFactor			: REAL := 0.75 ;		(* DeareationFlow/WaterFlow *)
+	gH_ProcessSetup_DeaireationKVValve		: REAL := 0.3 ;		(* DeareationFlow/(DeareationValveOpening*14.3*P1) *)
+
+
+	gH_FirstProdExtraBrix						: REAL  ;		(*Start up *)
+	gH_FirstProdDietExtraSyr					: REAL  ;		(*Start up *)
+	gH_FirstProdExtraCO2Fact					: REAL  ;		(*Start up *)
+
+	gH_ProdTankDrainStep0Time				: TIME ;		(* Step 0 Product Tank Drain Time *)
+	gH_ProdTankDrainStep1Time				: TIME ;		(* Step 1 Product Tank Drain Time *)
+	gH_ProdPipeRunOutStep0Time				: TIME ;		(* Step 0 Product Pipe Run Out Time *)
+
+	gH_H2OOpenInProdPipeRunOut			: REAL ;
+	gH_SyrupValveProdPipeRunOut			: REAL ;
+
+	gH_ProdPipeRunOutProdAmount			: REAL ;		(* Water amount used to push product through product pipe + serpentine - in Liters *)
+	gH_ProdTankRunOutChillerAmount			: REAL ;		(* Water amount used to push product through product chiller - in Liters *)
+
+	gH_SwitchOff_DensityOk					: BOOL;
+END_VAR
+(* @OBJECT_END := HMI_Blender_Parameters *)
+(* @CONNECTIONS := HMI_Blender_Parameters
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/HMI_IO_SHOWING.EXP

@@ -0,0 +1,97 @@
+(* @GLOBAL_VARIABLE_LIST := HMI_IO_Showing *)
+(* @PATH := '\/HMI_Variable' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(*************************************************************************)
+(*			FILLER I/O SIGNALS - PRODUCTION		*)
+(*************************************************************************)
+	gH_Filler_Production_DI0				: BOOL;		(*  *)
+	gH_Filler_Production_DI1				: BOOL;		(*  *)
+	gH_Filler_Production_DI2				: BOOL;		(*  *)
+	gH_Filler_Production_DI3				: BOOL;		(*  *)
+	gH_Filler_Production_DI4				: BOOL;             (*  *)
+	gH_Filler_Production_DI5				: BOOL;		(*  *)
+	gH_Filler_Production_DI6				: BOOL;		(*  *)
+	gH_Filler_Production_DI7				: BOOL;		(*  *)
+
+	gH_Filler_Production_DO0				: BOOL;		(*  *)
+	gH_Filler_Production_DO1				: BOOL;		(*  *)
+	gH_Filler_Production_DO2				: BOOL;		(*  *)
+	gH_Filler_Production_DO3				: BOOL;		(*  *)
+	gH_Filler_Production_DO4				: BOOL;             (*  *)
+	gH_Filler_Production_DO5				: BOOL;		(*  *)
+	gH_Filler_Production_DO6				: BOOL;		(*  *)
+	gH_Filler_Production_DO7				: BOOL;		(*  *)
+
+(*************************************************************************)
+(*			FILLER I/O SIGNALS - CIP					*)
+(*************************************************************************)
+	gH_Filler_CIP_DI0						: BOOL;		(*  *)
+	gH_Filler_CIP_DI1						: BOOL;		(*  *)
+	gH_Filler_CIP_DI2						: BOOL;		(*  *)
+	gH_Filler_CIP_DI3						: BOOL;		(*  *)
+	gH_Filler_CIP_DI4						: BOOL;             (*  *)
+	gH_Filler_CIP_DI5						: BOOL;		(*  *)
+	gH_Filler_CIP_DI6						: BOOL;		(*  *)
+	gH_Filler_CIP_DI7						: BOOL;		(*  *)
+
+	gH_Filler_CIP_DO0					: BOOL;		(*  *)
+	gH_Filler_CIP_DO1					: BOOL;		(*  *)
+	gH_Filler_CIP_DO2					: BOOL;		(*  *)
+	gH_Filler_CIP_DO3					: BOOL;		(*  *)
+	gH_Filler_CIP_DO4					: BOOL;             (*  *)
+	gH_Filler_CIP_DO5					: BOOL;		(*  *)
+	gH_Filler_CIP_DO6					: BOOL;		(*  *)
+	gH_Filler_CIP_DO7					: BOOL;		(*  *)
+
+(*************************************************************************)
+(*			Syrup Room  I/O SIGNALS 					*)
+(*************************************************************************)
+	gH_Syrup_Room_DI0					: BOOL;		(*  *)
+	gH_Syrup_Room_DI1					: BOOL;		(*  *)
+	gH_Syrup_Room_DI2					: BOOL;		(*  *)
+	gH_Syrup_Room_DI3					: BOOL;		(*  *)
+	gH_Syrup_Room_DI4					: BOOL;             (*  *)
+	gH_Syrup_Room_DI5					: BOOL;		(*  *)
+	gH_Syrup_Room_DI6					: BOOL;		(*  *)
+	gH_Syrup_Room_DI7					: BOOL;		(*  *)
+
+	gH_Syrup_Room_DO0					: BOOL;		(*  *)
+	gH_Syrup_Room_DO1					: BOOL;		(*  *)
+	gH_Syrup_Room_DO2					: BOOL;		(*  *)
+	gH_Syrup_Room_DO3					: BOOL;		(*  *)
+	gH_Syrup_Room_DO4					: BOOL;             (*  *)
+	gH_Syrup_Room_DO5					: BOOL;		(*  *)
+	gH_Syrup_Room_DO6					: BOOL;		(*  *)
+	gH_Syrup_Room_DO7					: BOOL;		(*  *)
+
+(*************************************************************************)
+(*			CIP Room  I/O SIGNALS 					*)
+(*************************************************************************)
+	gH_CIP_Room_DI0					: BOOL;		(*  *)
+	gH_CIP_Room_DI1					: BOOL;		(*  *)
+	gH_CIP_Room_DI2					: BOOL;		(*  *)
+	gH_CIP_Room_DI3					: BOOL;		(*  *)
+	gH_CIP_Room_DI4					: BOOL;             (*  *)
+	gH_CIP_Room_DI5					: BOOL;		(*  *)
+	gH_CIP_Room_DI6					: BOOL;		(*  *)
+	gH_CIP_Room_DI7					: BOOL;		(*  *)
+
+	gH_CIP_Room_DO0					: BOOL;		(*  *)
+	gH_CIP_Room_DO1					: BOOL;		(*  *)
+	gH_CIP_Room_DO2					: BOOL;		(*  *)
+	gH_CIP_Room_DO3					: BOOL;		(*  *)
+	gH_CIP_Room_DO4					: BOOL;             (*  *)
+	gH_CIP_Room_DO5					: BOOL;		(*  *)
+	gH_CIP_Room_DO6					: BOOL;		(*  *)
+	gH_CIP_Room_DO7					: BOOL;		(*  *)
+END_VAR
+
+
+(* @OBJECT_END := HMI_IO_Showing *)
+(* @CONNECTIONS := HMI_IO_Showing
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/HMI_LOCAL_CIP_VARIABLES.EXP

@@ -0,0 +1,44 @@
+(* @GLOBAL_VARIABLE_LIST := HMI_Local_CIP_Variables *)
+(* @PATH := '\/HMI_Variable' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(*************************************************************************)
+(*					CIP COMMANDS					    *)
+(*************************************************************************)
+	gH_Blender_CIP_ProgStart				: BOOL ;		(*  *)
+	gH_Blender_CIP_ProgStop				: BOOL ;		(*  *)
+	gH_Blender_CIP_ProgPause				: BOOL ;		(*  *)
+	gH_Blender_CIP_ProgStepUp			: BOOL ;		(*  *)
+	gH_Blender_CIP_ProgStepDown			: BOOL ;		(*  *)
+	gH_Blender_CIP_ProgInizialize			: BOOL ;		(*  *)
+
+	gH_Blender_CIP_Running				: BOOL ;		(*  *)
+	gH_Blender_CIP_RunPause				: BOOL ;		(*  *)
+
+(*************************************************************************)
+(*					CIP WORDS						    *)
+(*************************************************************************)
+	gH_Blender_CIP_LinkName			: STRING(32) ;(* From HMI Link Program Name  *)
+	gH_Blender_CIP_SimpleName			: STRING(32) ;(* To/From HMI Actual Running Simple Program *)
+	gH_Blender_CIP_StepTime				: UINT ;
+	gH_Blender_CIP_StepNum				: UINT ;
+	gH_Blender_CIP_TotalTime			: UDINT ;
+
+	gH_Blender_CIP_LinkProgPerc			: REAL ;		(*  *)
+	gH_Blender_CIP_SimpleProgPerc		: REAL ;		(*  *)
+	gH_Blender_CIP_PV_HighCond			: REAL ;		(* From HMI CIP Target High Conductivity  *)
+	gH_Blender_CIP_PV_LowCond			: REAL ;		(* From HMI CIP Low Conductivity Threshold  *)
+	gH_Blender_CIPHeaterTempPV			: REAL ;
+	gH_Blender_CIPReturnTempPV			: REAL ;
+	gH_Blender_CIP_SP_Temp			: REAL ;		(* From HMI CIP Target Temperature  *)
+	gH_Blender_CIP_SP_HighCond			: REAL ;		(* From HMI CIP Target High Conductivity  *)
+	gH_Blender_CIP_SP_LowCond			: REAL ;		(* From HMI CIP Low Conductivity Threshold  *)
+END_VAR
+
+(* @OBJECT_END := HMI_Local_CIP_Variables *)
+(* @CONNECTIONS := HMI_Local_CIP_Variables
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/HMI_SERVICE.EXP

@@ -0,0 +1,65 @@
+(* @GLOBAL_VARIABLE_LIST := HMI_Service *)
+(* @PATH := '\/HMI_Variable' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(*************************************************************************)
+(*				SERVICE STATUS						    *)
+(*************************************************************************)
+	gH_WaterPipeSpeed					: REAL ;
+	gH_WaterVFMSpeed					: REAL ;
+	gH_EstimateDeairCO2					: REAL ;
+	gH_EstimateFillerCO2Loss				: REAL ;
+	gH_InletWaterO2						: REAL ;
+	gH_DeairWaterO2						: REAL := 1.0 ;
+	gH_DeairNominalCO2Flow				: REAL ;
+	gH_InletSyrupO2						: REAL ;
+	gH_EstimateProductO2					: REAL ;
+	gH_PIDH2OPropOut						: REAL ;
+	gH_PIDH2OIntOut						: REAL ;
+	gH_PIDH2ODerOut						: REAL ;
+	gH_PIDSyrPropOut						: REAL ;
+	gH_PIDSyrIntOut						: REAL ;
+	gH_PIDSyrDerOut						: REAL ;
+	gH_PIDCarboCO2PropOut				: REAL ;
+	gH_PIDCarboCO2IntOut					: REAL ;
+	gH_PIDCarboCO2DerOut				: REAL ;
+	gH_EstimateFillerFlow					: REAL ;
+
+	gH_SyrupProductAvailable				: REAL ;
+	gH_PrdTankProductAvailable			: REAL ;
+	gH_PrdPipeProductAvailable				: REAL ;
+	gH_FillerProductAvailable				: REAL ;
+	gH_TotalProductAvailable				: REAL ;
+
+	gH_FillerStopContainer					: BOOL ;
+	gH_DepallStop							: BOOL ;
+
+
+(*************************************************************************)
+(*				WORKSHOP TEST						    *)
+(*************************************************************************)
+	gH_WorkshopTest						: BOOL ;
+
+	gH_SIMCipMode						: BOOL ;
+	gH_SIMCipRunning						: BOOL ;
+	gH_SIMCipChangeSanitize				: BOOL ;
+	gH_SIMCipDrainRequest					: BOOL ;
+	gH_SIMCipCompleted					: BOOL ;
+	gH_SIMCipCausticSanitizeRun			: BOOL ;
+
+	gH_SIMFillerEV46Enable					: BOOL ;
+	gH_SIMFillerEV62Enable					: BOOL ;
+	gH_SIMFillerProdReady					: BOOL ;
+END_VAR
+
+VAR_GLOBAL PERSISTENT
+	gH_TotalEmptyContainer					: REAL ;
+END_VAR
+
+(* @OBJECT_END := HMI_Service *)
+(* @CONNECTIONS := HMI_Service
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/HMI_VARIABLES_CMD.EXP

@@ -0,0 +1,291 @@
+(* @GLOBAL_VARIABLE_LIST := HMI_Variables_Cmd *)
+(* @PATH := '\/HMI_Variable' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(*************************************************************************)
+(*				COMMANDS FROM HMI				*)
+(*************************************************************************)
+	gH_CMD_SyrupMFM_Prep					: BOOL ;		(* Syrup Tank & MFM StartUp Sequence Request *)
+	gH_CMD_SyrupTank_Prep					: BOOL ;		(* Syrup Line & Tank & MFM StartUp Sequence Request *)
+	gH_CMD_Deair_StartUp						: BOOL ;		(* Deairator StartUp Sequence Request *)
+	gH_CMD_FirstProduction					: BOOL ;		(* First Production Request *)
+	gH_CMD_PrdBrixTrackingReq				: BOOL ;		(* Product Brix Tracking Request *)
+	gH_CMD_SyrAutoReq						: BOOL ;		(* Syrup Autocorrection Request *)
+	gH_CMD_SyrDensimeterCal					: BOOL ;		(* Syrup Densimeter Calibration *)
+	gH_CMD_SyrRunOutReq					: BOOL ;		(* Syrup Run Out Request *)
+	gH_CMD_ProdTankDrainReq				: BOOL ;		(* Product Tank Drain  Request *)
+	gH_CMD_ProdTankRunOutReq				: BOOL ;		(* Product Tank Run Out  Request *)
+	gH_CMD_ProdTankPressReq				: BOOL ;		(* Product Tank Pressure  Request *)
+	gH_CMD_ColdRinseReq						: BOOL ;		(* Blender Cold Rinse  Request *)
+	gH_CMD_WarmRinseReq					: BOOL ;		(* Blender Warm Rinse  Request *)
+	gH_CMD_BlenderMaintenance				: BOOL ;		(* Blender in Manteinance to configure mod valve *)
+
+	gH_CMD_ProdBrixRecoveryReq				: BOOL ;
+
+	gH_CMD_CIP_TotalDrainReq				: BOOL ;
+	gH_CMD_CIP_PrdTankFloodReq			: BOOL ;
+	gH_CMD_CIP_DeairTankFloodReq			: BOOL ;
+	gH_CMD_CIP_SyrTankFloodReq				: BOOL ;
+
+(*************************************************************************)
+(*					System Run Out					*)
+(*************************************************************************)
+	gH_CMD_SystemRunOutEnable				: BOOL ;
+	gH_CMD_StartSystemRunOut				: BOOL ;
+	gH_CMD_SyrLinePrepReq					: BOOL ;
+	gH_CMD_SyrLineRinseReq					: BOOL ;
+
+	gH_CMD_ProdPipeRunOutReq				: BOOL ;
+	gH_CMD_ProdPipeDrainReq					: BOOL ;
+	gH_CMD_ProdPipeRinseReq				: BOOL ;
+	gH_CMD_SyrTankDrainReq					: BOOL ;
+	gH_CMD_SyrTankRinseReq					: BOOL ;
+
+	gH_FastChangeSequenceNum				: INT ;
+END_VAR
+
+VAR_GLOBAL PERSISTENT
+	gH_CMD_Filler1Slctd						: BOOL ;
+	gH_CMD_Filler2Slctd						: BOOL ;
+
+	gH_CMD_SwapSyrupLine					: BOOL ;
+	gH_CMD_SyrLine1Slctd						: BOOL ;
+	gH_CMD_SyrLine2Slctd						: BOOL ;
+	gH_CMD_EnableNextRecipe					: BOOL ;
+
+(*************************************************************************)
+(*				RECIPE UPDATES					*)
+(*************************************************************************)
+	gH_SyrFactUpdate						: BOOL ;
+	gH_ValvesUpdate						: BOOL ;
+
+(*************************************************************************)
+(*				ON - OFF VALVES						*)
+(*************************************************************************)
+	gH_EV01_Auto								: BOOL;		(*  *)
+	gH_EV02_Auto								: BOOL;		(*  *)
+	gH_EV01_1_Auto							: BOOL;		(*  *)
+	gH_EV02_1_Auto							: BOOL;		(*  *)
+	gH_EV03_Auto								: BOOL;		(*  *)
+	gH_EV04_Auto								: BOOL;		(*  *)
+	gH_EV01_Manual							: BOOL;		(*  *)
+	gH_EV02_Manual							: BOOL;		(*  *)
+	gH_EV01_1_Manual							: BOOL;		(*  *)
+	gH_EV02_1_Manual							: BOOL;		(*  *)
+	gH_EV03_Manual							: BOOL;		(*  *)
+	gH_EV04_Manual							: BOOL;		(*  *)
+
+	gH_EV11_Auto								: BOOL;		(*  *)
+	gH_EV12_Auto								: BOOL;		(*  *)
+	gH_EV13_Auto								: BOOL;		(*  *)
+	gH_EV14_Auto								: BOOL;		(*  *)
+	gH_EV14_1_Auto							: BOOL;		(*  *)
+	gH_EV15_Auto								: BOOL;		(*  *)
+	gH_EV16_Auto								: BOOL;		(*  *)
+	gH_EV16_1_Auto							: BOOL;		(*  *)
+	gH_EV17_Auto								: BOOL;		(*  *)
+	gH_EV18_Auto								: BOOL;		(*  *)
+	gH_EV11_Manual							: BOOL;		(*  *)
+	gH_EV12_Manual							: BOOL;		(*  *)
+	gH_EV13_Manual							: BOOL;		(*  *)
+	gH_EV14_Manual							: BOOL;		(*  *)
+	gH_EV14_1_Manual							: BOOL;		(*  *)
+	gH_EV15_Manual							: BOOL;		(*  *)
+	gH_EV16_Manual							: BOOL;		(*  *)
+	gH_EV16_1_Manual							: BOOL;		(*  *)
+	gH_EV17_Manual							: BOOL;		(*  *)
+	gH_EV18_Manual							: BOOL;		(*  *)
+
+	gH_EV21_Auto								: BOOL;		(*  *)
+	gH_EV22_Auto								: BOOL;		(*  *)
+	gH_EV23_Auto								: BOOL;		(*  *)
+	gH_EV23_1_Auto							: BOOL;		(*  *)
+	gH_EV24_Auto								: BOOL;		(*  *)
+	gH_EV25_Auto								: BOOL;		(*  *)
+	gH_EV26_Auto								: BOOL;		(*  *)
+	gH_EV27_Auto								: BOOL;		(*  *)
+	gH_EV28_Auto								: BOOL;		(*  *)
+	gH_EV21_Manual							: BOOL;		(*  *)
+	gH_EV22_Manual							: BOOL;		(*  *)
+	gH_EV23_Manual							: BOOL;		(*  *)
+	gH_EV23_1_Manual							: BOOL;		(*  *)
+	gH_EV24_Manual							: BOOL;		(*  *)
+	gH_EV25_Manual							: BOOL;		(*  *)
+	gH_EV26_Manual							: BOOL;		(*  *)
+	gH_EV27_Manual							: BOOL;		(*  *)
+	gH_EV28_Manual							: BOOL;		(*  *)
+
+	gH_EV31_Auto								: BOOL;		(*  *)
+	gH_EV32_Auto								: BOOL;		(*  *)
+	gH_EV33_Auto								: BOOL;		(*  *)
+	gH_EV34_Auto								: BOOL;		(*  *)
+	gH_EV35_Auto								: BOOL;		(*  *)
+	gH_EV36_Auto								: BOOL;		(*  *)
+	gH_EV37_Auto								: BOOL;		(*  *)
+	gH_EV38_Auto								: BOOL;		(*  *)
+	gH_EV39_Auto								: BOOL;		(*  *)
+	gH_EV31_Manual							: BOOL;		(*  *)
+	gH_EV32_Manual							: BOOL;		(*  *)
+	gH_EV33_Manual							: BOOL;		(*  *)
+	gH_EV34_Manual							: BOOL;		(*  *)
+	gH_EV35_Manual							: BOOL;		(*  *)
+	gH_EV36_Manual							: BOOL;		(*  *)
+	gH_EV37_Manual							: BOOL;		(*  *)
+	gH_EV38_Manual							: BOOL;		(*  *)
+	gH_EV39_Manual							: BOOL;		(*  *)
+
+	gH_EV40_Auto								: BOOL;		(*  *)
+	gH_EV41_Auto								: BOOL;		(*  *)
+	gH_EV42_Auto								: BOOL;		(*  *)
+	gH_EV43_Auto								: BOOL;		(*  *)
+	gH_EV44_Auto								: BOOL;		(*  *)
+	gH_EV45_Auto								: BOOL;		(*  *)
+	gH_EV46_Auto								: BOOL;		(*  *)
+	gH_EV47_Auto								: BOOL;		(*  *)
+	gH_EV48_Auto								: BOOL;		(*  *)
+	gH_EV49_Auto								: BOOL;		(*  *)
+	gH_EV40_Manual							: BOOL;		(*  *)
+	gH_EV41_Manual							: BOOL;		(*  *)
+	gH_EV42_Manual							: BOOL;		(*  *)
+	gH_EV43_Manual							: BOOL;		(*  *)
+	gH_EV44_Manual							: BOOL;		(*  *)
+	gH_EV45_Manual							: BOOL;		(*  *)
+	gH_EV46_Manual							: BOOL;		(*  *)
+	gH_EV47_Manual							: BOOL;		(*  *)
+	gH_EV48_Manual							: BOOL;		(*  *)
+	gH_EV49_Manual							: BOOL;		(*  *)
+
+	gH_EV50_Auto								: BOOL;		(*  *)
+	gH_EV51_Auto								: BOOL;		(*  *)
+	gH_EV52_Auto								: BOOL;		(*  *)
+	gH_EV53_Auto								: BOOL;		(*  *)
+	gH_EV54_Auto								: BOOL;		(*  *)
+	gH_EV55_Auto								: BOOL;		(*  *)
+	gH_EV56_Auto								: BOOL;		(*  *)
+	gH_EV57_Auto								: BOOL;		(*  *)
+	gH_EV58_Auto								: BOOL;		(*  *)
+	gH_EV59_Auto								: BOOL;		(*  *)
+	gH_EV50_Manual							: BOOL;		(*  *)
+	gH_EV51_Manual							: BOOL;		(*  *)
+	gH_EV52_Manual							: BOOL;		(*  *)
+	gH_EV53_Manual							: BOOL;		(*  *)
+	gH_EV54_Manual							: BOOL;		(*  *)
+	gH_EV55_Manual							: BOOL;		(*  *)
+	gH_EV56_Manual							: BOOL;		(*  *)
+	gH_EV57_Manual							: BOOL;		(*  *)
+	gH_EV58_Manual							: BOOL;		(*  *)
+	gH_EV59_Manual							: BOOL;		(*  *)
+
+	gH_EV61_Auto								: BOOL;		(*  *)
+	gH_EV62_Auto								: BOOL;		(*  *)
+	gH_EV63_Auto								: BOOL;		(*  *)
+	gH_EV64_Auto								: BOOL;		(*  *)
+	gH_EV65_Auto								: BOOL;		(*  *)
+	gH_EV66_Auto								: BOOL;		(*  *)
+	gH_EV67_Auto								: BOOL;		(*  *)
+	gH_EV68_Auto								: BOOL;		(*  *)
+	gH_EV69_Auto								: BOOL;		(*  *)
+	gH_EV61_Manual							: BOOL;		(*  *)
+	gH_EV62_Manual							: BOOL;		(*  *)
+	gH_EV63_Manual							: BOOL;		(*  *)
+	gH_EV64_Manual							: BOOL;		(*  *)
+	gH_EV65_Manual							: BOOL;		(*  *)
+	gH_EV66_Manual							: BOOL;		(*  *)
+	gH_EV67_Manual							: BOOL;		(*  *)
+	gH_EV68_Manual							: BOOL;		(*  *)
+	gH_EV69_Manual							: BOOL;		(*  *)
+
+	gH_EV71_Auto								: BOOL;		(*  *)
+	gH_EV72_Auto								: BOOL;		(*  *)
+	gH_EV73_Auto								: BOOL;		(*  *)
+	gH_EV74_Auto								: BOOL;		(*  *)
+	gH_EV75_Auto								: BOOL;		(*  *)
+	gH_EV76_Auto								: BOOL;		(*  *)
+	gH_EV77_Auto								: BOOL;		(*  *)
+	gH_EV78_Auto								: BOOL;		(*  *)
+	gH_EV79_Auto								: BOOL;		(*  *)
+	gH_EV80_Auto								: BOOL;		(*  *)
+	gH_EV81_Auto								: BOOL;		(*  *)
+	gH_EV83_Auto								: BOOL;		(*  *)
+	gH_EV84_Auto								: BOOL;		(*  *)
+	gH_EV89_Auto								: BOOL;		(*  *)
+	gH_EV71_Manual							: BOOL;		(*  *)
+	gH_EV72_Manual							: BOOL;		(*  *)
+	gH_EV73_Manual							: BOOL;		(*  *)
+	gH_EV74_Manual							: BOOL;		(*  *)
+	gH_EV75_Manual							: BOOL;		(*  *)
+	gH_EV76_Manual							: BOOL;		(*  *)
+	gH_EV77_Manual							: BOOL;		(*  *)
+	gH_EV78_Manual							: BOOL;		(*  *)
+	gH_EV79_Manual							: BOOL;		(*  *)
+	gH_EV80_Manual							: BOOL;		(*  *)
+	gH_EV81_Manual							: BOOL;		(*  *)
+	gH_EV83_Manual							: BOOL;		(*  *)
+	gH_EV84_Manual							: BOOL;		(*  *)
+	gH_EV89_Manual							: BOOL;		(*  *)
+
+(*************************************************************************)
+(*				MODULATING VALVES					    *)
+(*************************************************************************)
+	gH_WaterValve_Auto						: BOOL ;		(*  *)
+	gH_WaterValve_Manual						: REAL ;		(*  *)
+
+	gH_SyrupValve_Auto						: BOOL ;		(*  *)
+	gH_SyrupValve_Manual						: REAL ;		(*  *)
+
+	gH_CO2CarboValve_Auto					: BOOL ;		(*  *)
+	gH_CO2CarboValve_Manual					: REAL ;		(*  *)
+
+	gH_CO2PressValve_Auto					: BOOL ;		(*  *)
+	gH_CO2PressValve_Manual					: REAL ;		(*  *)
+
+	gH_SyrupLevelValve_Auto					: BOOL ;		(*  *)
+	gH_SyrupLevelValve_Manual				: REAL ;		(*  *)
+
+	gH_VEP_DeaireationValve_Auto				: BOOL ;		(*  *)
+	gH_VEP_DeaireationValve_Manual			: REAL ;		(*  *)
+
+	gH_WaterTempValve_Man_Out_ON			: BOOL ;	(* Manual OUT Active *)
+	gH_WaterTempValve_Man_SP_ON			: BOOL ;	(* Manual SP Active *)
+	gH_WaterTempValve_Out_Man_Value		: REAL ;	(* Manual OUT control Value *)
+	gH_WaterTempValve_SP_Man_Value		: REAL ;	(* Manual SP control Value *)
+
+	gH_ProdTempValve_Man_Out_ON			: BOOL ;	(* Manual OUT Active *)
+	gH_ProdTempValve_Man_SP_ON			: BOOL ;	(* Manual SP Active *)
+	gH_ProdTempValve_Out_Man_Value			: REAL ;	(* Manual OUT control Value *)
+	gH_ProdTempValve_SP_Man_Value			: REAL ;	(* Manual SP control Value *)
+
+	gH_CIPTempValve_Man_Out_ON			: BOOL ;	(* Manual OUT Active *)
+	gH_CIPTempValve_Man_SP_ON			: BOOL ;	(* Manual SP Active *)
+	gH_CIPTempValve_Out_Man_Value			: REAL ;	(* Manual OUT control Value *)
+	gH_CIPTempValve_SP_Man_Value			: REAL ;	(* Manual SP control Value *)
+
+(*************************************************************************)
+(*					PUMPS								    *)
+(*************************************************************************)
+	gH_P1_WaterPump_Auto					: BOOL ;		(*  *)
+	gH_P2_SyrupPump_Auto					: BOOL ;		(*  *)
+	gH_P3_ProductPump_Auto					: BOOL ;		(*  *)
+	gH_P4_VacuumPump_Auto					: BOOL ;		(*  *)
+	gH_P5_WaterPump_Auto					: BOOL ;		(*  *)
+	gH_P5_RinseTankPump_Auto				: BOOL ;		(*  *)
+	gH_P6_RecircPump_Auto					: BOOL ;		(*  *)
+	gH_P5_WaterPump_Manual					: BOOL ;		(*  *)
+	gH_P1_WaterPump_Manual					: BOOL ;		(*  *)
+	gH_P2_SyrupPump_Manual					: BOOL ;		(*  *)
+	gH_P3_ProductPump_Manual				: BOOL ;		(*  *)
+	gH_P3_ProductPumpFC_Manual				: REAL ;		(*  *)
+	gH_P4_VacuumPump_Manual				: BOOL ;		(*  *)
+	gH_P5_RinseTankPump_Manual				: BOOL ;		(*  *)
+	gH_P6_RecircPump_Manual				: BOOL ;		(*  *)
+	gH_SyrupRoomPump_Auto					: BOOL ;		(*  *)
+	gH_SyrupRoomPump_Manual				: BOOL ;		(*  *)
+END_VAR
+
+(* @OBJECT_END := HMI_Variables_Cmd *)
+(* @CONNECTIONS := HMI_Variables_Cmd
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/HMI_VARIABLES_STATUS.EXP

@@ -0,0 +1,353 @@
+(* @GLOBAL_VARIABLE_LIST := HMI_Variables_Status *)
+(* @PATH := '\/HMI_Variable' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(*************************************************************************)
+(*				ON - OFF VALVES						*)
+(*************************************************************************)
+	gH_EV01_Status					: BOOL;	(*  *)
+	gH_EV02_Status					: BOOL;	(*  *)
+	gH_EV01_1_Status					: BOOL;	(*  *)
+	gH_EV02_1_Status					: BOOL;	(*  *)
+	gH_EV03_Status					: BOOL;	(*  *)
+	gH_EV04_Status					: BOOL;	(*  *)
+
+	gH_EV11_Status					: BOOL;	(*  *)
+	gH_EV12_Status					: BOOL;	(*  *)
+	gH_EV13_Status					: BOOL;	(*  *)
+	gH_EV14_Status					: BOOL;	(*  *)
+	gH_EV14_1_Status					: BOOL;	(*  *)
+	gH_EV15_Status					: BOOL;	(*  *)
+	gH_EV16_Status					: BOOL;	(*  *)
+	gH_EV16_1_Status					: BOOL;	(*  *)
+	gH_EV17_Status					: BOOL;	(*  *)
+	gH_EV18_Status					: BOOL;	(*  *)
+
+	gH_EV21_Status					: BOOL;	(*  *)
+	gH_EV22_Status					: BOOL;	(*  *)
+	gH_EV23_Status					: BOOL;	(*  *)
+	gH_EV23_1_Status					: BOOL;	(*  *)
+	gH_EV24_Status					: BOOL;	(*  *)
+	gH_EV25_Status					: BOOL;	(*  *)
+	gH_EV26_Status					: BOOL;	(*  *)
+	gH_EV27_Status					: BOOL;	(*  *)
+	gH_EV28_Status					: BOOL;	(*  *)
+
+	gH_EV31_Status					: BOOL;	(*  *)
+	gH_EV32_Status					: BOOL;	(*  *)
+	gH_EV33_Status					: BOOL;	(*  *)
+	gH_EV34_Status					: BOOL;	(*  *)
+	gH_EV35_Status					: BOOL;	(*  *)
+	gH_EV36_Status					: BOOL;	(*  *)
+	gH_EV37_Status					: BOOL;	(*  *)
+	gH_EV38_Status					: BOOL;	(*  *)
+	gH_EV39_Status					: BOOL;	(*  *)
+
+	gH_EV40_Status					: BOOL;	(*  *)
+	gH_EV41_Status					: BOOL;	(*  *)
+	gH_EV42_Status					: BOOL;	(*  *)
+	gH_EV43_Status					: BOOL;	(*  *)
+	gH_EV44_Status					: BOOL;	(*  *)
+	gH_EV45_Status					: BOOL;	(*  *)
+	gH_EV46_Status					: BOOL;	(*  *)
+	gH_EV47_Status					: BOOL;	(*  *)
+	gH_EV48_Status					: BOOL;	(*  *)
+	gH_EV49_Status					: BOOL;	(*  *)
+
+	gH_EV50_Status					: BOOL;	(*  *)
+	gH_EV51_Status					: BOOL;	(*  *)
+	gH_EV52_Status					: BOOL;	(*  *)
+	gH_EV53_Status					: BOOL;	(*  *)
+	gH_EV54_Status					: BOOL;	(*  *)
+	gH_EV55_Status					: BOOL;	(*  *)
+	gH_EV56_Status					: BOOL;	(*  *)
+	gH_EV57_Status					: BOOL;	(*  *)
+	gH_EV58_Status					: BOOL;	(*  *)
+	gH_EV59_Status					: BOOL;	(*  *)
+
+	gH_EV61_Status					: BOOL;	(*  *)
+	gH_EV62_Status					: BOOL;	(*  *)
+	gH_EV63_Status					: BOOL;	(*  *)
+	gH_EV64_Status					: BOOL;	(*  *)
+	gH_EV65_Status					: BOOL;	(*  *)
+	gH_EV66_Status					: BOOL;	(*  *)
+	gH_EV67_Status					: BOOL;	(*  *)
+	gH_EV68_Status					: BOOL;	(*  *)
+	gH_EV69_Status					: BOOL;	(*  *)
+
+	gH_EV71_Status					: BOOL;	(*  *)
+	gH_EV72_Status					: BOOL;	(*  *)
+	gH_EV73_Status					: BOOL;	(*  *)
+	gH_EV74_Status					: BOOL;	(*  *)
+	gH_EV75_Status					: BOOL;	(*  *)
+	gH_EV76_Status					: BOOL;	(*  *)
+	gH_EV77_Status					: BOOL;	(*  *)
+	gH_EV78_Status					: BOOL;	(*  *)
+	gH_EV79_Status					: BOOL;	(*  *)
+	gH_EV80_Status					: BOOL;	(*  *)
+	gH_EV81_Status					: BOOL;	(*  *)
+	gH_EV83_Status					: BOOL;	(*  *)
+	gH_EV84_Status					: BOOL;	(*  *)
+	gH_EV89_Status					: BOOL;	(*  *)
+
+	gH_ManualActive					: BOOL ;	(* Something is in manual *)
+
+(*************************************************************************)
+(*				PROCEDURES						*)
+(*************************************************************************)
+	gH_DeairStartUpRun				: BOOL ;	(* Deaerator StartUp Running *)
+	gH_SyrTankPrepRun				: BOOL ;	(* Syrup Tank Prep Running *)
+	gH_SyrMFMPrepRun				: BOOL ;	(* Syrup Tank Prep Running *)
+	gH_FirstProdRun					: BOOL ;	(* First Production Running *)
+	gH_SyrBrixAutoRun					: BOOL ;	(* Syrup Brix Autocorrection Running *)
+	gH_SyrDensimeterCalRun			: BOOL ;	(* Syrup densimeter Calibration Running *)
+	gH_SyrDensimeterCalShow			: BOOL ;	(* Syrup densimeter Calibration Show *)
+	gH_SyrRunOutRun					: BOOL ;	(* Syrup Run Out Running *)
+	gH_ProdTankRunOutRun			: BOOL ;	(* Product Tank Run Out Running *)
+	gH_PrdBrixTrackingRun				: BOOL ;	(* Product Brix Tracking procedure Running *)
+	gH_PrdTankDrainRun				: BOOL ;	(* Product Tank Drain Running *)
+	gH_PrdTankPressRun				: BOOL ;	(* Product Tank Pressure Running *)
+	gH_ColdRinseRun					: BOOL ;	(* Blender Cold Rinse Running *)
+	gH_WarmRinseRun					: BOOL ;	(* Blender Warm Rinse Running *)
+	gH_CIP_BlenderDrainRun			: BOOL ;	(* Blender total Drain In CIP Running *)
+	gH_CIP_ProdTankFloodRun			: BOOL ;	(* CIP Product Tank Flood Running *)
+	gH_CIP_DeairTankFloodRun			: BOOL ;	(* CIP Deaerator Tank Flood Running *)
+	gH_CIP_SyrTankFloodRun			: BOOL ;	(* CIP Syrup Tank Flood Running *)
+	gH_ProdBrixRecoveryRun			: BOOL ;
+
+	gH_BlenderStateNum				: INT ;		(*	3	Syrup MFM preparation
+														5	Deaireator start up
+														7	Carbo water line
+														8	Product tank run out
+														9 	Blend Fill System start up
+														10	Product tank drain
+														12	Product pipe run out
+														16	Syrup line preparation
+														18	Rinse
+														19	CIP		*)
+
+	gH_BlendFillSysStartUpRun			: BOOL ;
+	gH_BlendFillSysPressRun			: BOOL ;
+	gH_BlendFillSysProdLoadRun		: BOOL ;
+	gH_BlendFillSysProdSendRun		: BOOL ;
+
+(*************************************************************************)
+(*					METERS						*)
+(*************************************************************************)
+	gH_WaterFlowmeter_Fault			: BOOL ;	(*  *)
+	gH_SyrupFlowmeter_Fault			: BOOL ;	(*  *)
+	gH_CO2Flowmeter_Fault				: BOOL ;	(*  *)
+
+	gH_mPDS1000_Fault				: BOOL ;
+	gH_ProductMeter_Fault				: BOOL ;
+	gH_mPDS1000_Run				: BOOL ;
+	gH_ProductMeter_Run				: BOOL ;
+
+(*************************************************************************)
+(*					System Run Out					*)
+(*************************************************************************)
+	gH_SystemRunOutAsk				: BOOL ;
+	gH_SystemRunOutEnabled			: BOOL ;
+	gH_SystemRunOutRunning			: BOOL ;
+	gH_CarboWaterLineRun				: BOOL ;
+	gH_ProductPipeRunOutRun			: BOOL ;
+	gH_ProductPipeDrainRun			: BOOL ;
+
+	gH_SyrupTankPrepDone			: BOOL ;
+	gH_CarboWaterLineDone			: BOOL ;
+	gH_SyrupRunOutDone				: BOOL ;
+	gH_ProductTankRunOutDone		: BOOL ;
+	gH_ProductPipeRunOutDone		: BOOL ;
+	gH_ProductPipeDrainDone			: BOOL ;
+	gH_FastRinseDone					: BOOL ;
+	gH_FillerRinseDone					: BOOL ;
+	gH_FirstProductionDone				: BOOL ;
+
+	gH_StopDepall						: BOOL ;
+	gH_FillerBottleBlock					: BOOL ;
+	gH_FillerRinseRun					: BOOL ;
+	gH_FillerRinseTankMinLvl			: BOOL ;
+	gH_FillerRinseTankMaxLvl			: BOOL ;
+	gH_ProductTankMinLvl				: BOOL ;
+
+	gH_FastChangeWait1				: BOOL ;
+	gH_FastChangeWait2				: BOOL ;
+	gH_FastChangeProcValue			: REAL ;
+
+(*************************************************************************)
+(*					SYSTEM		  					    *)
+(*************************************************************************)
+	gH_HMIShutdownRequest			: BOOL ;	(*  *)
+
+	gH_Blender_Running				: BOOL ;	(*  *)
+	gH_Blender_Powered				: BOOL ;	(*  *)
+	gH_CIPReturnFlowOk				: BOOL ;
+	gH_ProdTankMinLevel				: BOOL ;
+	gH_ProdTankLevelOk				: BOOL ;	(* Product Tank Minimum Recipe Level Acheaved *)
+	gH_ProdTankMaxLevel				: BOOL ;	(* Product Tank Maximum Level Acheaved *)
+	gH_DeairTankMinLevel				: BOOL ;	(*  *)
+	gH_DeairTank2MinLevel				: BOOL ;	(*  *)
+	gH_SyrupTankMinLevel				: BOOL ;	(*  *)
+	gH_Blender_All_Auto				: BOOL ;	(* Everything in Auto *)
+
+	gH_BlendingMaintHour				: UINT ;
+
+(*************************************************************************)
+(*					PUMPS								    *)
+(*************************************************************************)
+	gH_P1_WaterPump_Status			: BOOL ;		(*  *)
+	gH_P5_WaterPump_Status			: BOOL ;		(*  *)
+	gH_P2_SyrupPump_Status			: BOOL ;		(*  *)
+	gH_P3_ProductPump_Status			: BOOL ;		(*  *)
+	gH_P4_VacuumPump_Status		: BOOL ;		(*  *)
+	gH_P5_RinseTankPump_Status		: BOOL ;		(*  *)
+	gH_P6_RecircPump_Status			: BOOL ;		(*  *)
+	gH_SyrupRoomPump_Status			: BOOL ;		(*  *)
+	gH_SyrupRoomWaterPump_Status	: BOOL ;		(*  *)
+
+(*************************************************************************)
+(*					PROFIBUS						*)
+(*************************************************************************)
+	gH_FC3102_DP_Error				: BOOL ;		(*  *)
+	gH_FC3102_DP_State				: INT ;		(*  *)
+	gH_ProductPumpVFC_DP_Error		: BOOL ;		(*  *)
+	gH_ProductPumpVFC_DP_State		: INT ;		(*  *)
+	gH_ET200_DP_Error				: BOOL ;		(*  *)
+	gH_ET200_DP_State				: INT ;		(*  *)
+	gH_ProdPH_DP_Error				: BOOL ;		(*  *)
+	gH_ProdPH_DP_State				: INT ;		(*  *)
+	gH_ProdCond_DP_Error				: BOOL ;		(*  *)
+	gH_ProdCond_DP_State				: INT ;		(*  *)
+	gH_Water_VFM_DP_Error			: BOOL ;		(*  *)
+	gH_Water_VFM_DP_State			: INT ;		(*  *)
+	gH_Syrup_MFM_DP_Error			: BOOL ;		(*  *)
+	gH_Syrup_MFM_DP_State			: INT ;		(*  *)
+	gH_CarboCO2_MFM_DP_Error		: BOOL ;		(*  *)
+	gH_CarboCO2_MFM_DP_State		: INT ;		(*  *)
+	gH_ValvesBase_Node12_DP_Error	: BOOL ;		(*  *)
+	gH_ValvesBase_Node12_DP_State	: INT ;		(*  *)
+	gH_ValvesBase_Node13_DP_Error	: BOOL ;		(*  *)
+	gH_ValvesBase_Node13_DP_State	: INT ;		(*  *)
+	gH_Product_VFM_DP_Error			: BOOL ;		(*  *)
+	gH_Product_VFM_DP_State			: INT ;		(*  *)
+	gH_LowCond_DP_Node15_Error		: BOOL ;		(*  *)
+	gH_LowCond_DP_Node15_State		: INT ;		(*  *)
+	gH_HighCond_DP_Node16_Error		: BOOL ;		(*  *)
+	gH_HighCond_DP_Node16_State		: INT ;		(*  *)
+	gH_PAmPDS_DP_Error				: BOOL ;		(*  *)
+	gH_PAmPDS_DP_State				: INT ;		(*  *)
+
+(*************************************************************************)
+(*				ANALOG VALUES	- READ				*)
+(*************************************************************************)
+	gH_WaterDeairTemperature			: REAL ;		(*  *)
+	gH_ProductTankPressurePV			: REAL ;		(* Product Tank Pressure Process Value *)
+	gH_ProductTankPressureSP			: REAL ;		(* Product Tank Pressure Set Point *)
+	gH_ProductTankLevel				: REAL ;		(*  *)
+	gH_SyrupTankLevel					: REAL ;		(*  *)
+	gH_ProductBrix						: REAL ;		(*  *)
+	gH_ProductCO2						: REAL ;		(*  *)
+	gH_ProductO2Conc					: REAL ;		(*  *)
+	gH_ProductConductivity				: REAL ;		(*  *)
+	gH_BrixMeterRecipeNum			: INT ;
+	gH_ProductTemperature				: REAL ;		(*  *)
+	gH_ProductTemperaturePt100		: REAL ;		(*  *)
+	gH_WaterLineTemperature			: REAL ;		(*  *)
+	gH_WaterTarget					: REAL ;		(*  *)
+	gH_SyrupTarget						: REAL ;		(*  *)
+	gH_CO2Target						: REAL ;		(*  *)
+	gH_WaterFlowRate					: REAL ;		(*  *)
+	gH_SyrupFlowRate					: REAL ;		(*  *)
+	gH_CO2FlowRate					: REAL ;		(*  *)
+	gH_BlenderProd						: REAL ;		(* Blender Production L/min *)
+	gH_EstFillerProd						: REAL ;		(* Estimated Filler Production L/min *)
+	gH_WaterTotalizer					: REAL ;		(*  *)
+	gH_SyrupBrix						: REAL ;		(*  *)
+	gH_SyrupDensity					: REAL ;		(*  *)
+	gH_SyrupTemperature				: REAL ;		(*  *)
+	gH_SyrupTotalizerKg				: REAL ;		(*  *)
+	gH_SyrupTotalizerLt					: REAL ;		(*  *)
+	gH_CO2Temperature				: REAL ;		(*  *)
+	gH_CO2Density						: REAL ;		(*  *)
+	gH_CO2Totalizer					: REAL ;		(*  *)
+	gH_ActualCO2						: REAL ;		(*  *)
+	gH_CO2InjPressure					: REAL ;		(*  *)
+	gH_CO2InjPressureSP				: REAL ;
+	gH_ProductTotalizer					: REAL ;		(*  *)
+	gH_DeairPressure					: REAL ;		(*  *)
+
+	gH_mPDS1000_Brix					: REAL ;
+	gH_mPDS1000_Dens				: REAL ;
+	gH_mPDS1000_Temp				: REAL ;
+	gH_ActualSyrupBrix					: REAL ;
+	gH_ActualSyrupDens				: REAL ;
+	gH_ActualSyrupTemp				: REAL ;
+	gH_WaterPercentage				: REAL ;
+	gH_SyrupPercentage				: REAL ;
+	gH_ActualRatio						: REAL ;
+	gH_SyrupBrixCorrection				: REAL ;
+	gH_ProductBrixCorrection			: REAL ;
+
+	gH_BlendError						: REAL ;		(*  *)
+	gH_CarboError						: REAL ;		(*  *)
+
+	gH_MaxBlendError					: REAL ;
+	gH_MaxCarboCO2Error				: REAL ;
+
+	gH_ProductFlow						: REAL ;
+	gH_ProductTankHeight				: REAL ;
+	gH_P3_Frequency					: REAL ;
+	gH_P3_FrequencyFFOut				: REAL ;
+	gH_FillingValveHead					: REAL ;
+	gH_DiffSensorPressure				: REAL ;
+	gH_FillingValve1Pressure			: REAL ;
+
+(*************************************************************************)
+(*				MODULATING VALVES					    *)
+(*************************************************************************)
+	gH_WaterValveOV					: REAL;			(*  *)
+	gH_WaterValveFFOut				: REAL ;		(*  *)
+
+	gH_SyrupValveOV					: REAL ;		(*  *)
+	gH_SyrupValveFFOut				: REAL ;		(*  *)
+
+	gH_CO2CarboValveOV				: REAL ;		(*  *)
+	gH_CarboCO2ValveFFOut			: REAL ;		(*  *)
+
+	gH_SyrupLevelValveOV				: REAL ;		(*  *)
+	gH_SyrupLevelValveFFOut			: REAL ;		(*  *)
+
+	gH_CO2PressValveOV				: REAL ;		(*  *)
+
+	gH_WaterTempValve_OV			: REAL ;
+	gH_WaterTempValve_SP			: REAL ;		(*  *)
+	gH_WaterTempValve_PV			: REAL ;		(*  *)
+
+	gH_ProdTempValve_OV				: REAL ;		(*  *)
+	gH_ProdTempValve_SP				: REAL ;		(*  *)
+	gH_ProdTempValve_PV				: REAL ;		(*  *)
+
+	gH_CIPTempValve_OV				: REAL ;		(*  *)
+	gH_CIPTempValve_SP				: REAL ;		(*  *)
+	gH_CIPTempValve_PV				: REAL ;		(*  *)
+
+	gH_VEP_DeaireationValveOV		: REAL ;		(*  *)
+	gH_VEP_DeairFlowPV				: REAL ;		(*  *)
+END_VAR
+
+VAR_GLOBAL PERSISTENT
+(*************************************************************************)
+(*				PROCESSOR STATES					    *)
+(*************************************************************************)
+	gH_Blender_Prod_CIP				: BOOL ;		(* 1 = production, 0 = CIP *)
+	gH_Blender_Rinse					: BOOL ;		(*  *)
+	gH_SyrupRunOutCount				: REAL ;
+END_VAR
+
+(* @OBJECT_END := HMI_Variables_Status *)
+(* @CONNECTIONS := HMI_Variables_Status
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/INPUT_CIP_SIGNALS.EXP

@@ -0,0 +1,49 @@
+(* @PATH := '\/CIP Structure' *)
+TYPE Input_CIP_Signals :
+STRUCT
+	CIP_Ready				: BOOL ;
+	Drain_Request			: BOOL ;
+	Rinse_Request			: BOOL ;
+	CIP_Completed			: BOOL ;
+	Spare4					: BOOL ;
+	Spare5					: BOOL ;
+	Spare6					: BOOL ;
+	Spare7					: BOOL ;
+	Spare8					: BOOL ;
+	Spare9					: BOOL ;
+	Spare10				: BOOL ;
+	Spare11				: BOOL ;
+	Spare12				: BOOL ;
+	Spare13				: BOOL ;
+	Spare14				: BOOL ;
+	Spare15				: BOOL ;
+	Spare16				: BOOL ;
+	Spare17				: BOOL ;
+	Spare18				: BOOL ;
+	Spare19				: BOOL ;
+	Spare20				: BOOL ;
+	Spare21				: BOOL ;
+	Spare22				: BOOL ;
+	Spare23				: BOOL ;
+	Spare24				: BOOL ;
+	Spare25				: BOOL ;
+	Spare26				: BOOL ;
+	Spare27				: BOOL ;
+	Spare28				: BOOL ;
+	Spare29				: BOOL ;
+	Spare30				: BOOL ;
+	Spare31				: BOOL ;
+
+	Spare_Word0			: WORD ;
+	Spare_Word1			: WORD ;
+	Spare_Word2			: WORD ;
+	Spare_Word3			: WORD ;
+
+	Spare_Real0			: REAL ;
+	Spare_Real1			: REAL ;
+	Spare_Real2			: REAL ;
+	Spare_Real3			: REAL ;
+END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/INPUT_SIGNAL.EXP

@@ -0,0 +1,15 @@
+(* @GLOBAL_VARIABLE_LIST := Input_Signal *)
+(* @PATH := '' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+	Omegat			: REAL;
+	Ramp_Sgn		: REAL;
+END_VAR
+
+(* @OBJECT_END := Input_Signal *)
+(* @CONNECTIONS := Input_Signal
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/INTEGRAL.EXP

@@ -0,0 +1,20 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '4096' *)
+FUNCTION_BLOCK Integral
+VAR_INPUT
+	i_NewValue	: REAL;
+	i_IntCycle	: REAL ;
+END_VAR
+VAR_IN_OUT
+	Out_Integral	: REAL;
+END_VAR
+VAR
+	mOldValue	: REAL;
+END_VAR
+(* @END_DECLARATION := '0' *)
+(*  Trapezoidal Integral Method *)
+Out_Integral := Out_Integral + ( mOldValue + (i_NewValue -  mOldValue ) * 0.5 ) * i_IntCycle;
+mOldValue := i_NewValue;
+
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/LOWPASSFILTER.EXP

@@ -0,0 +1,54 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION_BLOCK LowPassFilter
+VAR_INPUT
+	i_Value		: REAL ;	(* Istant Value to Filter *)
+	i_Num		: UINT ;	(* Number of sample to Average - 0 = No filter - *)
+	i_Enable		: BOOL ; 	(* Enable the filter *)
+END_VAR
+VAR_OUTPUT
+	FilterOut		: REAL ;
+END_VAR
+VAR
+	mDataArray	: ARRAY [0..49] OF REAL ;
+	i			: INT ;
+	j			: INT ;
+	mArrayPtr	: INT ;	(* Actual array index during array charge *)
+	mTemp		: REAL ;
+END_VAR
+(* @END_DECLARATION := '0' *)
+IF i_Enable THEN
+	IF i_Num >0 THEN
+		IF i_Num > 49 THEN
+			i_Num := 49 ;	(* Limit the number of samples *)
+		END_IF
+		IF mArrayPtr <= i_Num THEN	(* Charging the Array *)
+			FOR j:=mArrayPtr TO 1 BY -1 DO
+				mDataArray[j] := mDataArray[j - 1] ;	(* Right Shifting *)
+			END_FOR
+			mDataArray[0] := i_Value ;
+			mTemp := 0.0 ;
+			FOR i:=0 TO mArrayPtr DO
+				mTemp := mTemp + mDataArray[i] ;	(* Dinamic Averaging *)
+			END_FOR
+			IF (mArrayPtr + 1)<>0 THEN
+				FilterOut := mTemp / (mArrayPtr + 1) ;
+			END_IF
+			mArrayPtr := mArrayPtr + 1 ;
+			IF mArrayPtr > i_Num THEN
+				mArrayPtr := i_Num ;
+			END_IF
+		END_IF
+	ELSE
+		FilterOut := i_Value ;
+	END_IF
+ELSE
+	FOR i:=0 TO mArrayPtr DO
+		mDataArray[i] := 0 ;	(* Right Shifting *)
+	END_FOR
+	mArrayPtr := 0 ;
+	FilterOut := i_Value ;
+END_IF
+
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/LOWPASSFILTEROPT.EXP

@@ -0,0 +1,66 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION_BLOCK LowPassFilterOpt
+VAR_INPUT
+	i_Value			: REAL ;	(* Istant Value to Filter *)
+	i_Num			: UINT ;		(* Number of sample to Average - 0 = No filter - *)
+	i_Enable		: BOOL ; 	(* Enable the filter *)
+END_VAR
+VAR_OUTPUT
+	FilterOut		: REAL ;
+END_VAR
+VAR
+	mDataArray		: ARRAY [0..49] OF REAL ;
+	mArrayLoaded	: BOOL ;
+	mArrayCleaned	: BOOL ;
+	i				: UINT ;
+	mArrayPtr		: UINT ;	(* Actual array index during array charge *)
+	mLastValue		: REAL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+IF i_Enable THEN
+	IF i_Num>0 THEN
+		mArrayCleaned := FALSE ;
+		IF i_Num > 49 THEN
+			i_Num := 49 ;	(* Limit the number of samples *)
+		END_IF
+		IF NOT mArrayLoaded THEN
+			IF mArrayPtr < i_Num THEN	(* Charging the Array *)
+				mDataArray[mArrayPtr] := i_Value ;
+				FilterOut := (FilterOut * mArrayPtr + i_Value) / (mArrayPtr + 1) ;
+				mArrayPtr := mArrayPtr + 1 ;
+			ELSE
+				mArrayLoaded := TRUE ;
+				mArrayPtr := i_Num - 1 ;
+			END_IF
+		END_IF
+		IF mArrayLoaded THEN
+			mLastValue := mDataArray[mArrayPtr] ;
+			mDataArray[mArrayPtr] := i_Value ;
+			IF mArrayPtr=0 THEN
+				mArrayPtr := i_Num - 1 ;
+			ELSE
+				mArrayPtr := mArrayPtr - 1 ;
+			END_IF
+		(* Mean Value Calculation *)
+			FilterOut := FilterOut + ((i_Value - mLastValue) / i_Num) ;
+		END_IF
+	ELSE
+		mArrayLoaded := FALSE ;
+		FilterOut := i_Value ;
+		mArrayPtr := 0 ;
+	END_IF
+ELSE
+	IF NOT mArrayCleaned THEN
+		FOR i:=0 TO 49 DO
+			mDataArray[i] := 0 ;
+			mArrayCleaned := TRUE ;
+		END_FOR
+	END_IF
+	mArrayLoaded := FALSE ;
+	FilterOut := i_Value ;
+	mArrayPtr := 0 ;
+END_IF
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/MASELLI.EXP

@@ -0,0 +1,61 @@
+(* @GLOBAL_VARIABLE_LIST := Maselli *)
+(* @PATH := '\/Product_Syrup_Meters' *)
+(* @SYMFILEFLAGS := '59392' *)
+VAR_GLOBAL
+(*************************************************************************************)
+(*					OUTPUT TO Maselli								*)
+(*************************************************************************************)
+	gMaselliOptoEnabled				AT%MB2010	: BOOL ;
+	gMaselliReset						AT%MB2011	: BOOL ;
+	gMaselliSetNewRec					AT%MB2012	: BOOL ;
+	gMaselliNumRecipe					AT%MB2013	: INT ;
+	gMaselliUC05_Enabled				AT%MB2015	: BOOL ;
+	gMaselliUC05_ZeroCO2				AT%MB2016	: REAL;
+	gMaselliUR22_Enabled				AT%MB2020	: BOOL ;
+	gMaselliUR22_RecipeType			AT%MB2021	: REAL; (* 0: Regular, 2: Diet - per ora non usato*)
+	gMaselliUR22_ZeroBrix				AT%MB2025	: REAL;
+
+(*************************************************************************************)
+(*					INPUT FROM Maselli Opto						*)
+(*************************************************************************************)
+	gMaselli_Block						: MaselliOpto_Type ;
+	gMaselliStatus						: WORD ;
+	gMaselliStatusArray					AT%MB500	: ARRAY[0..15] OF BOOL ;
+	gMaselliProdFlag2					AT%MB500	: BOOL ;
+	gMaselliProdFlag1					AT%MB501	: BOOL ;
+	gMaselliDerivativeAction				AT%MB502	: BOOL ;
+	gMaselliIntegralAction				AT%MB503	: BOOL ;
+	gMaselliCO2Regulation				AT%MB504	: BOOL ;
+	gMaselliCO2CntrFunct				AT%MB505	: BOOL ;
+	gMaselliLineStopped					AT%MB506	: BOOL ;
+	gMaselliTempRegulation				AT%MB507	: BOOL ;
+	gMaselliBrixRegulation				AT%MB508	: BOOL ;
+	gMaselliWinding						AT%MB509	: BOOL ;
+	gMaselliBxCntrFunct					AT%MB510	: BOOL ;
+	gMaselliLampFailure					AT%MB511	: BOOL ;
+	gMaselliCO2Alarm					AT%MB512	: BOOL ;
+	gMaselliBrixAlarm					AT%MB513	: BOOL ;
+	gMaselliCO2CycleRun				AT%MB514	: BOOL ;
+	gMaselliPumpOn						AT%MB515	: BOOL ;
+
+	gMaselliError						: BOOL ;
+	gMaselliErrorCode					: DWORD ;
+
+(*************************************************************************************)
+(*					INPUT FROM Maselli UC05						*)
+(*************************************************************************************)
+	gMaselliUC05_Block						: MaselliUC05_Type ;
+
+(*************************************************************************************)
+(*					INPUT FROM Maselli UR22						*)
+(*************************************************************************************)
+	gMaselliUR22_Block						: MaselliUR22_Type ;
+END_VAR
+
+(* @OBJECT_END := Maselli *)
+(* @CONNECTIONS := Maselli
+FILENAME : ''
+FILETIME : 0
+EXPORT : 0
+NUMOFCONNECTIONS : 0
+*)

backend/script_groups/TwinCat/.example/MASELLIOPTO_TYPE.EXP

@@ -0,0 +1,31 @@
+(* @PATH := '\/Product Syrup Meters' *)
+TYPE MaselliOpto_Type :
+	STRUCT
+	(************** Next Structure Length is 72 Bytes**************************)
+		DataBusy		: BOOL ;
+		CmdExec		: BOOL ;
+		ComError		: BOOL ;
+		Dummy			: BOOL ;
+		ErrorCode		: DWORD ;
+
+		Status			: WORD ;
+		ProdRecipeNum	: INT ;
+		ProdBrix			: REAL ;
+		ProdTemp		: REAL ;
+		ProdBrix_Tg		: REAL ;
+		ProdBrix_LowAlrm	: REAL ;
+		ProdBrix_HighAlrm: REAL ;
+		ProdCO2			: REAL ;
+		CO2Press		: REAL ;
+		CO2Temp		: REAL ;
+		ProdCO2_Tg		: REAL ;
+		ProdCO2_LowAlrm: REAL ;
+		ProdCO2_HighAlrm: REAL ;
+		ProdBrix_Comp	: REAL ;
+		ProdBrix_NoComp: REAL ;
+		LinePress		: REAL ;
+		LineTemp		: REAL ;
+	END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/MASELLIUC05_TYPE.EXP

@@ -0,0 +1,25 @@
+(* @PATH := '\/Product Syrup Meters' *)
+TYPE MaselliUC05_Type :
+	STRUCT
+		DataBusy			: BOOL ;	(* Set whenever the driver has sended the ? Command - Reset When Ready *)
+		CmdExec			: BOOL ;	(* Notifies that the driver is executing a specific command *)
+		ComError			: BOOL ;	(* Driver Error *)
+		Dummy				: BOOL ;
+
+		ErrorCode			: DWORD ;	(* Error Code *)
+
+		CO2_Value			: REAL ;
+		CO2_Zero			: REAL ;
+		CO2_Span			: REAL ;
+		CO2_Damping		: REAL ;
+		CO2_NumCurve		: REAL ;
+		CO2_Temp			: REAL ;
+		CO2_LineTemp		: REAL ;
+		CO2_Press			: REAL ;
+		CO2_LinePress		: REAL ;
+		CO2_BitCW			: WORD ;
+		CO2_CicleTime		: REAL ;
+	END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/MASELLIUR22_TYPE.EXP

@@ -0,0 +1,28 @@
+(* @PATH := '\/Product Syrup Meters' *)
+TYPE MaselliUR22_Type :
+	STRUCT
+		DataBusy			: BOOL ;	(* Set whenever the driver has sended the ? Command - Reset When Ready *)
+		CmdExec			: BOOL ;	(* Notifies that the driver is executing a specific command *)
+		ComError			: BOOL ;	(* Driver Error *)
+		Dummy				: BOOL ;
+
+		ErrorCode			: DWORD ;	(* Error Code *)
+
+		Brix_Value			: REAL ;
+		Brix_Zero			: REAL ;
+		Brix_Span			: REAL ;
+		Brix_Damping		: REAL ;
+		Brix_STD_Value		: REAL ;
+		Brix_STD_PV			: REAL ;
+		Brix_STD_Range		: REAL ;
+		Brix_STD_Factor		: REAL ;
+		Brix_Temp			: REAL ;
+		Brix_Press			: REAL ;
+		Prisma_Temp		: REAL ;
+		Derivative			: REAL ;
+		Humidity 				: REAL ;
+		BitCW				: WORD ;
+	END_STRUCT
+END_TYPE
+
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/MAXCARBOCO2_VOL.EXP

@@ -0,0 +1,23 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION MaxCarboCO2_Vol : REAL
+VAR_INPUT
+	i_Temp				: REAL ;
+	i_Press				: REAL ;
+END_VAR
+VAR
+	mAbsTemp			: REAL ;
+	mAux				: REAL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+IF i_Temp<=0 THEN i_Temp:= 12.0 ; END_IF
+mAbsTemp := i_Temp + gZeroAbsolute ;
+IF (0.03275 * mAbsTemp - 7.9567)<>0 AND  i_Press <>0 AND (0.000261 + mAux * (1 + 1.0332 / i_Press))<>0 THEN
+	mAux := (0.01898 - 0.0000476 * mAbsTemp) / (0.03275 * mAbsTemp - 7.9567) ;
+	MaxCarboCO2_Vol := i_Press * mAbsTemp / 1.0332 * (0.000261 + mAux * (1 + 1.0332 / i_Press)) ;
+ELSE
+	MaxCarboCO2_Vol := -1 ;
+END_IF
+END_FUNCTION

backend/script_groups/TwinCat/.example/MESSAGESCROLL.EXP

@@ -0,0 +1,44 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION_BLOCK MessageScroll
+VAR_INPUT
+	msg_array :			ARRAY [0..70] OF BOOL;
+	scroll_sec :			INT;
+END_VAR
+VAR_OUTPUT
+	msg_code:			INT;
+END_VAR
+VAR
+	mONS:				R_TRIG ;
+	msg_ptr:			POINTER TO BYTE;
+	i_sec:				INT;
+	i_msg:				INT;
+	msg_active:			BOOL;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+mONS(CLK:=gClock_1s) ;
+IF i_msg < SIZEOF(msg_array) THEN
+	msg_ptr := ADR (msg_array[i_msg]) ;
+	IF msg_ptr^ = 1 THEN
+		msg_active := TRUE;
+		msg_code := i_msg ;
+		IF mONS.Q THEN
+			IF i_sec <= scroll_sec THEN
+				i_sec := i_sec + 1;
+			ELSE
+				i_sec := 0;
+				i_msg := i_msg + 1;
+			END_IF
+		END_IF
+	ELSE
+		i_msg := i_msg + 1;
+		i_sec := 0;
+	END_IF
+ELSE
+	i_msg := 0 ;
+	msg_active := FALSE;
+	msg_code := i_msg ;
+END_IF
+END_FUNCTION_BLOCK

backend/script_groups/TwinCat/.example/MESSAGE_SCROLL.EXP

@@ -0,0 +1,7 @@
+(* @PATH := '' *)
+TYPE Message_Scroll :
+STRUCT
+	gH_Message			: ARRAY [0..70] OF BOOL;
+END_STRUCT
+END_TYPE
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/MFMANALOG_VALUES.EXP

@@ -0,0 +1,663 @@
+
+(* @PATH := '\/TASK0_VOID' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM MFMAnalog_Values
+VAR
+	mCarboCO2DeltaPSim		: REAL ;
+	mTemp						: MFM_Real_Struct ;
+	mAuxONS					: F_TRIG ;
+	mBlendStopONS			: BOOL ;
+	mBlendStopDly				: TOF ;
+	mAuxTP					: TP ;
+
+	mH2OValveSlew			: SlewLimit ;
+	mH2OFlowFlted				: LowPassFilter ;
+	mSyrValveSlew				: SlewLimit ;
+	mSyrFlowFlted				: LowPassFilter ;
+	mCarboCO2ValveSlew		: SlewLimit ;
+	mCarboCO2FlowFlted		: LowPassFilter ;
+	mWaterFlowTmp			: REAL ;
+	mSyrupFlowTmp				: REAL ;
+	mCarboCO2FlowTmp		: REAL ;
+	mCO2InjPressure			: REAL ;
+	mWaterFlowDld				: Delay ;
+	mSyrupFlowDld				: Delay ;
+	mCarboCO2FlowDld			: Delay ;
+	mWaterVFMError			: LREAL ;
+	mWaterDRand				: FW_DRand ;
+	mCO2WaterEffectDRand	: FW_DRand ;
+	mCO2WaterCoupling			: REAL ;
+	mSyrupMFMError			: LREAL ;
+	mSyrupDRand				: FW_DRand ;
+	mCO2MFMError				: LREAL ;
+	mCO2DRand				: FW_DRand ;
+	mH2OTotFlted				: LowPassFilter ;
+	mSyrupTotFlted				: LowPassFilter ;
+	mSyrupDensFlted			: LowPassFilter ;
+	mSyrupBrixFlted				: LowPassFilter ;
+	mSyrupTempFlted			: LowPassFilter ;
+	mCarboCO2TotFlted			: LowPassFilter ;
+	mCarboCO2TempFlted		: LowPassFilter ;
+	mCarboCO2DensFlted		: LowPassFilter ;
+	mCO2InjPressFlted			: LowPassFilter ;
+	mProdFlowFlt				: LowPassFilter ;
+	mCO2DensSim				: REAL ;
+	mDummy					: BOOL ;
+	mProdFlowFlted				: LowPassFilter;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out						: BOOL ;
+END_VAR
+
+
+
+(* @END_DECLARATION := '0' *)
+IF NOT gH_Blender_OPT_Simulation THEN
+	IF gH_Blender_OPT_Conductimeter_Profibus THEN
+		mTemp := ConvertReal(gLowCond_Node15 ) ;
+		gLowCond_Conductivity := mTemp.Analog_Value ;
+		gLowCond_Conductivity_State :=  mTemp.Value_State ;
+		gIn_C2_Conductivity_Water := 1000*gLowCond_Conductivity;
+	
+		mTemp := ConvertReal(gLowCondTemp_Node15 ) ;
+		gLowCond_Temperature := mTemp.Analog_Value ;
+		gLowCond_Temperature_State :=  mTemp.Value_State ;
+		gCIPReturnTemp_PV:=gLowCond_Temperature;
+
+		mTemp := ConvertReal(gHighCond_Node16 ) ;
+		gHighCond_Conductivity := mTemp.Analog_Value ;
+		gHighCond_Conductivity_State :=  mTemp.Value_State ;
+		gIn_C1_Conductivity_Caustic := 1*gHighCond_Conductivity;
+	
+		mTemp := ConvertReal(gHighCondTemp_Node16 ) ;
+		gHighCond_Temperature := mTemp.Analog_Value ;
+		gHighCond_Temperature_State :=  mTemp.Value_State ;
+		gCIPHeaterTemp_PV:=gHighCond_Temperature;
+	END_IF
+	mTemp := ConvertReal( gProductFlow_Node17 ) ;
+	gVFM_ProductFlow := mTemp.Analog_Value ;			(* Product Flowrate Reading From FM Node17 *)
+	gVFM_ProductFlow_State := mTemp.Value_State ;		(* Product Flowrate Error Code *)
+
+	mTemp := ConvertReal( gProductTotalizer1_Node17 ) ;
+	gVFM_ProductTotalizer := mTemp.Analog_Value ;			(* Product Totalizer Reading From FM Node17 *)
+	gVFM_ProductTotalizer_State := mTemp.Value_State ;	(* Product Totalizer Error Code *)
+
+	mTemp := ConvertReal(gProdPH_Node18 ) ;
+	gProdPH_PHValue := mTemp.Analog_Value ;
+	gProdPH_PHValue_State :=  mTemp.Value_State ;
+
+	mTemp := ConvertReal(gTempProdPH_Node18 ) ;
+	gProdPH_Temperature := mTemp.Analog_Value ;
+	gProdPH_Temperature_State :=  mTemp.Value_State ;
+
+	mTemp := ConvertReal(gProdCond_Node19 ) ;
+	gProdCond_Conductivity := mTemp.Analog_Value ;
+	gProdCond_Conductivity_State :=  mTemp.Value_State ;
+	gProductConductivity := 1000*gProdCond_Conductivity;
+
+	mTemp := ConvertReal(gTempProdCond_Node19 ) ;
+	gProdCond_Temperature := mTemp.Analog_Value ;
+	gProdCond_Temperature_State :=  mTemp.Value_State ;
+
+	mTemp := ConvertReal( gWaterFlow_Node20 ) ;
+	gMFM_WaterFlow := mTemp.Analog_Value ;			(* Water Flowrate Reading From VFM Node20 *)
+	gMFM_WaterFlow_State := mTemp.Value_State ;		(* Water Flowrate Error Code *)
+
+	mTemp := ConvertReal( gWaterTotalizer1_Node20 ) ;
+	gMFM_WaterTotalizer := mTemp.Analog_Value ;		(* Water Totalizer Reading From VFM Node20 *)
+	gMFM_WaterTotalizer_State := mTemp.Value_State ;	(* Water Totalizer Error Code *)
+
+	mTemp := ConvertReal( gSyrMassFlow_Node21 ) ;
+	gMFM_Syrup1Flow :=  mTemp.Analog_Value ;		(* Syrup Flowrate Reading From MFM Node21 *)
+	gMFM_Syrup1Flow_State := mTemp.Value_State ;		(* Syrup Flowrate Error Code *)
+
+	mTemp := ConvertReal( gSyrTemperature_Node21 ) ;
+	gMFM_TemperatureSyrup1 := mTemp.Analog_Value ;	(* Syrup Temperature Reading From MFM Node21 *)
+	IF gMFM_TemperatureSyrup1>200 THEN
+		gMFM_TemperatureSyrup1 := gMFM_TemperatureSyrup1 - gZeroAbsolute ;
+	END_IF
+	gMFM_TemperatureSyrup1_State := mTemp.Value_State ;(* Syrup Temperature Error Code *)
+
+	mTemp := ConvertReal(gSyrTotalizer1_Node21 ) ;
+	gMFM_Syrup1Totalizer := mTemp.Analog_Value ;
+	gMFM_Syrup1Totalizer_State :=  mTemp.Value_State ;
+
+	mTemp := ConvertReal( gSyrDensity_Node21 ) ;
+	gMFM_Syrup1Density := mTemp.Analog_Value + gH2O_Density_Off    ;
+	gMFM_Syrup1Density_State := mTemp.Value_State ;
+
+	mTemp := ConvertReal( gSyrBrix_Node21 ) ;
+	IF gWorkshopTest THEN
+		gMFM_Syrup1Brix := gTestSyrBrix ;
+	ELSE
+		gMFM_Syrup1Brix := mTemp.Analog_Value ;
+	END_IF
+	gMFM_Syrup1Brix_State := mTemp.Value_State ;
+
+	mTemp := ConvertReal( gCO2MassFlow_Node22 ) ;
+	gMFM_CO2Flow := mTemp.Analog_Value ;
+	gMFM_CO2Flow_State :=  mTemp.Value_State ;
+
+	mTemp := ConvertReal( gCO2Temperature_Node22 ) ;
+	gMFM_CO2Temperature := mTemp.Analog_Value ;
+	IF gMFM_CO2Temperature>200 THEN
+		gMFM_CO2Temperature := gMFM_CO2Temperature - gZeroAbsolute ;
+	END_IF
+	gMFM_CO2Temperature_State :=  mTemp.Value_State ;
+
+	mTemp := ConvertReal( gCO2Density_Node22 ) ;
+	gMFM_CO2Density := mTemp.Analog_Value ;
+	gMFM_CO2Density_State :=  mTemp.Value_State ;
+
+	mTemp := ConvertReal( gCO2Totalizer1_Node22 ) ;
+	gMFM_CO2Totalizer := mTemp.Analog_Value ;
+	gMFM_CO2Totalizer_State :=  mTemp.Value_State ;
+
+	mCO2InjPressure := CO2InjPressure(i_Temp:=gMFM_CO2Temperature ,i_Dens:=gMFM_CO2Density) ;
+ELSE (* Simulation *)
+	IF gBlenderProdMode THEN
+		(* Calculates the flow across the water valve *)
+		mH2OValveSlew(i_InValue:=gR_Out_H2O_PID, i_SlewMax:=15,i_Cycle:=gTask0Cycle_Time, out:=gH2OValveSlewOut) ;
+		IF (gCarboWaterLine_Running OR gDeairStartUp_Running) AND gH_EV22_Status THEN
+			gH2OValveSlewOut := 4 ;
+		END_IF
+		mCarboCO2DeltaPSim := DeltaP(i_Flow:=gCarboCO2FlowSim, i_K:= gCarboCO2ValveCv, i_Valve:=gCarboCO2ValveSlewOut) ;
+		mWaterFlowTmp := ValveFlow(i_DeltaP:=gWaterValveDeltaP-0.02*mCarboCO2DeltaPSim ,i_ValveOp:=gH2OValveSlewOut ,i_KFF:=0.055, i_Dens:=gH2O_Density ) + mWaterVFMError + mCO2WaterCoupling ;
+		mH2OFlowFlted(i_Value:=mWaterFlowTmp,i_Num:=10 ,i_Enable:=TRUE) ;
+
+		mWaterFlowDld(i_Value:=mH2OFlowFlted.FilterOut ,i_Sample:=2 ) ;
+		mCO2WaterEffectDRand(nSeed:=0) ;
+		IF (gCarboStillProduct OR gH_Blender_OPT_DoubleDeair) AND gWaterPipe_Vel>0 AND gBlenderStableFlow AND gAlwaysOff THEN
+			mCO2WaterCoupling := mCO2WaterEffectDRand.fRndNum * (1 / EXPT(gWaterPipe_Vel,3)) * mWaterFlowDld.i_out * 0.02 ;
+		ELSE
+			mCO2WaterCoupling := 0.0 ;
+		END_IF
+		mWaterDRand(nSeed:=0) ;
+		mWaterVFMError := mWaterDRand.fRndNum * gWaterVFMCalcError ;
+		gWaterFlowSim := mWaterFlowDld.i_out ;
+
+		mSyrValveSlew(i_InValue:=gR_Out_SYR_PID, i_SlewMax:=20,i_Cycle:=gTask0Cycle_Time, out:=gSyrValveSlewOut) ;
+		mSyrupFlowTmp := ValveFlow(i_DeltaP:=gSyrupValveDeltaP ,i_ValveOp:=gSyrValveSlewOut ,i_KFF:=0.35, i_Dens:=gActualRecipe_SyrDens) + mSyrupMFMError ;
+		mSyrFlowFlted(i_Value:=mSyrupFlowTmp,i_Num:=10 ,i_Enable:=TRUE) ;
+		mSyrupFlowDld(i_Value:=mSyrFlowFlted.FilterOut ,i_Sample:=5) ;
+		mSyrupDRand(nSeed:=0) ;
+		mSyrupMFMError := mSyrupDRand.fRndNum * gSyrupMFMCalcError ;
+		gSyrupFlowSim := mSyrupFlowDld.i_out ;
+
+		mCarboCO2ValveSlew(i_InValue:=gR_Out_CO2_PID, i_SlewMax:=20,i_Cycle:=gTask0Cycle_Time, out:=gCarboCO2ValveSlewOut) ;
+		mCarboCO2FlowTmp := ValveFlow(i_DeltaP:=gCarboCO2ValveDeltaP ,i_ValveOp:=gCarboCO2ValveSlewOut ,i_KFF:=0.34, i_Dens:=gCO2_Density / 1000) + mCO2MFMError ;
+		mCarboCO2FlowFlted(i_Value:=mCarboCO2FlowTmp ,i_Num:=10 ,i_Enable:=TRUE) ;
+		mCarboCO2FlowDld(i_Value:=mCarboCO2FlowFlted.FilterOut ,i_Sample:=3) ;
+		mCO2DRand(nSeed:=0) ;
+		mCO2MFMError := mCO2DRand.fRndNum * gCO2MFMCalcError ;
+		gCarboCO2FlowSim := mCarboCO2FlowDld.i_out ;
+
+		gMFM_WaterFlow := gWaterFlowSim ;
+		gMFM_Syrup1Flow := gSyrupFlowSim ;
+		gMFM_CO2Flow := gCarboCO2FlowSim ;
+
+		mCO2DensSim := 0.028 + 0.0015 * SIN(Omegat) ;
+		mCO2InjPressure := CO2InjPressure(i_Temp:=20 ,i_Dens:=mCO2DensSim) ;
+
+		gMFM_Syrup1Brix := gTestSyrBrix ;
+		gMFM_Syrup1Density := SyrupDensity(i_SyrupBrix:=gTestSyrBrix) ;
+	END_IF
+END_IF
+
+mCO2InjPressFlted(i_Value:=mCO2InjPressure,i_Num:=8 ,i_Enable:=TRUE) ;
+gCO2InjPressureCalc := LIMIT(10, mCO2InjPressFlted.FilterOut, 20) * 1.0 ;
+
+mProdFlowFlted(i_Value:=gVFM_ProductFlow,i_Num:=8 ,i_Enable:=TRUE) ;
+gProd_Flow_Meas := mProdFlowFlted.FilterOut ;
+
+IF gBlenderProdMode THEN
+	mH2OFlowFlted(i_Value:=gMFM_WaterFlow,i_Num:=6 ,i_Enable:=gBlenderFlowFltEn) ;
+	gH2O_Flow_Meas := mH2OFlowFlted.FilterOut ;
+	mSyrFlowFlted(i_Value:=gMFM_Syrup1Flow,i_Num:=6 ,i_Enable:=gBlenderFlowFltEn) ;
+	gSYR_Flow_Meas := mSyrFlowFlted.FilterOut ;
+	mCarboCO2FlowFlted(i_Value:=gMFM_CO2Flow,i_Num:=6 ,i_Enable:=gBlenderFlowFltEn) ;
+	MFMAnalog_Values.Totalizers ;
+ELSE
+	mH2OFlowFlted(i_Value:=gMFM_WaterFlow,i_Num:=10 ,i_Enable:=gBlenderFlowFltEn) ;
+	gH2O_Flow_Meas := mH2OFlowFlted.FilterOut ;
+	mSyrFlowFlted(i_Value:=gMFM_Syrup1Flow,i_Num:=0 ,i_Enable:=gBlenderFlowFltEn) ;
+	gSYR_Flow_Meas := mSyrFlowFlted.FilterOut ;
+	mCarboCO2FlowFlted(i_Value:=gMFM_CO2Flow,i_Num:=0 ,i_Enable:=gBlenderFlowFltEn) ;
+END_IF
+
+IF gCO2_Density<>0 THEN
+	gCO2_Flow_Meas := mCarboCO2FlowFlted.FilterOut / gCO2_Density ;
+END_IF
+
+IF gActualSyrupDens > 0 THEN
+	gSYR_Vol_Flow_Meas := gSYR_Flow_Meas / gActualSyrupDens ;
+ELSE
+	gSYR_Vol_Flow_Meas := gSYR_Flow_Meas ;
+END_IF
+mProdFlowFlt(i_Value:=gH2O_Flow_Meas + gSYR_Vol_Flow_Meas,i_Num:=18, i_Enable:=gBlenderFlowFltEn) ;
+gActual_Prod_Flow := mProdFlowFlt.FilterOut ;
+
+MFMAnalog_Values.ResetTotalizers();
+END_PROGRAM
+ACTION	ResetTotalizers:
+_LD_BODY
+_NETWORKS : 1
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 3
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gSLIMResetCounter
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 1
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 1
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+0
+_EXPRESSION
+_POSITIV
+MOVE
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 8
+_OUTPUT
+_POSITIV
+_NO_SET
+gWaterTotal
+_OUTPUT
+_POSITIV
+_NO_SET
+gSyrupTotal
+_OUTPUT
+_POSITIV
+_NO_SET
+gCO2Total
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductVFMTotal
+_OUTPUT
+_POSITIV
+_NO_SET
+gCO2TempTot
+_OUTPUT
+_POSITIV
+_NO_SET
+gSyrupTempTot
+_OUTPUT
+_POSITIV
+_NO_SET
+gWaterTempTot
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductVFMTempTot
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_ACTION
+
+ACTION	Totalizers:
+_LD_BODY
+_NETWORKS : 4
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mBlendStopDly
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#2s
+_EXPRESSION
+_POSITIV
+TOF
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_FUNCTIONBLOCK
+mAuxONS
+_BOX_EXPR : 1
+_EMPTY
+_EXPRESSION
+_POSITIV
+F_TRIG
+_OUTPUTS : 0
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+mBlendStopONS
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+mBlendStopONS
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 4
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gMFM_WaterTotalizer
+_OPERAND
+_EXPRESSION
+_POSITIV
+gWaterTempTot
+_EXPRESSION
+_POSITIV
+ADD
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gWaterTempTot
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gMFM_Syrup1Totalizer
+_OPERAND
+_EXPRESSION
+_POSITIV
+gSyrupTempTot
+_EXPRESSION
+_POSITIV
+ADD
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gSyrupTempTot
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gMFM_CO2Totalizer
+_OPERAND
+_EXPRESSION
+_POSITIV
+1000
+_EXPRESSION
+_POSITIV
+DIV
+_OPERAND
+_EXPRESSION
+_POSITIV
+gCO2TempTot
+_EXPRESSION
+_POSITIV
+ADD
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gCO2TempTot
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gVFM_ProductTotalizer
+_OPERAND
+_EXPRESSION
+_POSITIV
+gProductVFMTempTot
+_EXPRESSION
+_POSITIV
+ADD
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductVFMTempTot
+ENABLELIST_END
+_OUTPUTS : 0
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_AND
+_LD_OPERATOR : 2
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 2
+_LD_CONTACT
+gAlwaysOff
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+mBlendStopONS
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRun_Running
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mAuxTP
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#1s
+_EXPRESSION
+_POSITIV
+tp
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_SET
+gBlendResetTotalizer
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 4
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gMFM_WaterTotalizer
+_OPERAND
+_EXPRESSION
+_POSITIV
+gWaterTempTot
+_EXPRESSION
+_POSITIV
+ADD
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gWaterTotal
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gMFM_Syrup1Totalizer
+_OPERAND
+_EXPRESSION
+_POSITIV
+gSyrupTempTot
+_EXPRESSION
+_POSITIV
+ADD
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gSyrupTotal
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERATOR
+_BOX_EXPR : 2
+_OPERAND
+_EXPRESSION
+_POSITIV
+gMFM_CO2Totalizer
+_OPERAND
+_EXPRESSION
+_POSITIV
+1000
+_EXPRESSION
+_POSITIV
+DIV
+_OPERAND
+_EXPRESSION
+_POSITIV
+gCO2TempTot
+_EXPRESSION
+_POSITIV
+ADD
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gCO2Total
+_ASSIGN
+_OPERATOR
+_BOX_EXPR : 2
+_ENABLED
+_OPERAND
+_EXPRESSION
+_POSITIV
+gVFM_ProductTotalizer
+_OPERAND
+_EXPRESSION
+_POSITIV
+gProductVFMTempTot
+_EXPRESSION
+_POSITIV
+ADD
+_EXPRESSION
+_POSITIV
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gProductVFMTotal
+ENABLELIST_END
+_OUTPUTS : 0
+
+END_ACTION
+

backend/script_groups/TwinCat/.example/MFM_REAL_STRUCT.EXP

@@ -0,0 +1,8 @@
+(* @PATH := '\/MFM Value' *)
+TYPE MFM_Real_Struct :
+	STRUCT
+		Analog_Value		: REAL ;
+		Value_State			: BYTE ;
+	END_STRUCT
+END_TYPE
+(* @END_DECLARATION := '0' *)

backend/script_groups/TwinCat/.example/MMH2O_TO_FREQ.EXP

@@ -0,0 +1,27 @@
+
+(* @PATH := '\/Functions_Collection\/FillingHead' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION mmH2O_TO_Freq : REAL
+VAR_INPUT
+	i_Head				: REAL ;	(* Request Head in mmH2O *)
+	i_K_Pump			: REAL ;	(* Freq to Head Pump Factor *)
+END_VAR
+VAR
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+(* Calculates the pump frequency to get an input head
+
+	Freq 		=	Pump Frequency [Hz]
+	K_mBar		=	Freq to Head Pump Constant
+
+(*	Head [ mBar] = Freq^2 * K_Pump   *)
+
+(*******		Pompa INOXPA Modello ______   Motore 4 Poli 960 RPM ********* *)
+
+IF i_K_Pump<>0 THEN
+	mmH2O_TO_Freq := SQRT ( i_Head / i_K_Pump );
+END_IF
+mmH2O_TO_Freq := LIMIT(0, mmH2O_TO_Freq, 100.0) ;
+END_FUNCTION

backend/script_groups/TwinCat/.example/MODVALVEFAULT.EXP

@@ -0,0 +1,358 @@
+
+(* @PATH := '\/TASK2_ControlMain\/Blender_Logic' *)
+(* @SYMFILEFLAGS := '59392' *)
+PROGRAM ModValveFault
+VAR
+	mFaultOpenVM1Tmr		: TON ;
+	mFaultOpenVM2Tmr		: TON ;
+	mFaultOpenVM3Tmr		: TON ;
+	mFaultCloseVM1Tmr		: TON ;
+	mFaultCloseVM2Tmr		: TON ;
+	mFaultCloseVM3Tmr		: TON ;
+END_VAR
+
+VAR_OUTPUT
+	EN_Out				: BOOL ;
+END_VAR
+
+
+(* @END_DECLARATION := '0' *)
+_LD_BODY
+_NETWORKS : 3
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 3
+_LD_CONTACT
+gInWaterValveClosed
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+_FUNCTIONBLOCK
+mFaultOpenVM1Tmr
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#5s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 9
+_LD_CONTACT
+gInWaterValveClosed
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_CMD_BlenderMaintenance
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_Blender_OPT_Simulation
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gProdTankRunOut_Latch
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gProdPipeRunOut_Latch
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mFaultCloseVM1Tmr
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#5s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gWaterValvePos_Fault
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 4
+_LD_CONTACT
+gInSyrupValveClosed
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gWaterRecipe
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mFaultOpenVM2Tmr
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#5s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 10
+_LD_CONTACT
+gInSyrupValveClosed
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gWaterRecipe
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_CMD_BlenderMaintenance
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_Blender_OPT_Simulation
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gProdTankRunOut_Latch
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gProdPipeRunOut_Latch
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mFaultCloseVM2Tmr
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#5s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gSyrupValvePos_Fault
+_NETWORK
+
+_COMMENT
+
+_END_COMMENT
+_LD_ASSIGN
+_LD_OR
+_LD_OPERATOR : 2
+_LD_AND
+_LD_OPERATOR : 5
+_LD_CONTACT
+gInCarboCO2ValveClosed
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_POSITIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gCarboStillProduct
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gH_Blender_OPT_DoubleDeair
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gWorkshopTest
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mFaultOpenVM3Tmr
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#5s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_LD_AND
+_LD_OPERATOR : 9
+_LD_CONTACT
+gInCarboCO2ValveClosed
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderBlending
+_EXPRESSION
+_NEGATIV
+_LD_OR
+_LD_OPERATOR : 2
+_LD_CONTACT
+gCarboStillProduct
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gH_Blender_OPT_DoubleDeair
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_LD_CONTACT
+gBlenderRinseMode
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gBlenderCIPMode
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_CMD_BlenderMaintenance
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gCarboWaterLine_Latch
+_EXPRESSION
+_NEGATIV
+_LD_CONTACT
+gH_Blender_OPT_Simulation
+_EXPRESSION
+_NEGATIV
+_FUNCTIONBLOCK
+mFaultCloseVM3Tmr
+_BOX_EXPR : 2
+_EMPTY
+_OPERAND
+_EXPRESSION
+_POSITIV
+t#5s
+_EXPRESSION
+_POSITIV
+TON
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+_EMPTY
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+_EXPRESSION
+_POSITIV
+
+
+ENABLELIST : 0
+ENABLELIST_END
+_OUTPUTS : 1
+_OUTPUT
+_POSITIV
+_NO_SET
+gCarboCO2ValvePos_Fault
+
+END_PROGRAM

backend/script_groups/TwinCat/.example/MOVEARRAY.EXP

@@ -0,0 +1,27 @@
+
+(* @PATH := '\/Functions_Collection' *)
+(* @SYMFILEFLAGS := '0' *)
+FUNCTION MoveArray : BOOL
+VAR_INPUT
+	i_InArrayPtr			: DWORD ;
+	i_OutArrayPtr		: DWORD ;
+	i_UpBound			: INT ;
+END_VAR
+VAR
+	i					: INT ;
+	mInArrayPointer		: POINTER TO BOOL ;
+	mOutArrayPointer	: POINTER TO BOOL ;
+END_VAR
+
+(* @END_DECLARATION := '0' *)
+IF i_UpBound>0 AND i_UpBound<=191 THEN
+	FOR i:=0 TO i_UpBound DO
+		mInArrayPointer := i_InArrayPtr + i ;
+		mOutArrayPointer := i_OutArrayPtr + i ;
+		mOutArrayPointer^ := mInArrayPointer^ ;
+	END_FOR;
+	MoveArray := TRUE ;
+ELSE
+	MoveArray := FALSE ;
+END_IF
+END_FUNCTION