Buildings.Utilities.IO.Python27.Functions.BaseClasses

Name	Description
exchange	Function that communicates with Python

Name

Description

exchange

Function that communicates with Python

Buildings.Utilities.IO.Python27.Functions.BaseClasses.exchange

Function that communicates with Python

Information

Inputs

Type	Name	Default	Description
String	moduleName		Name of the python module that contains the function
String	functionName	moduleName	Name of the python function
Real	dblWri[max(1, nDblWri)]		Double values to write
Integer	intWri[max(1, nIntWri)]		Integer values to write
String	strWri[max(1, nStrWri)]		String values to write
Integer	nDblWri		Number of double values to write
Integer	nDblRea		Number of double values to read
Integer	nIntWri		Number of integer values to write
Integer	nIntRea		Number of integer values to read
Integer	nStrWri		Number of strings to write

Type

Name

Default

Description

String

moduleName

Name of the python module that contains the function

String

functionName

moduleName

Name of the python function

Real

dblWri[max(1, nDblWri)]

Double values to write

Integer

intWri[max(1, nIntWri)]

Integer values to write

String

strWri[max(1, nStrWri)]

String values to write

Integer

nDblWri

Number of double values to write

Integer

nDblRea

Number of double values to read

Integer

nIntWri

Number of integer values to write

Integer

nIntRea

Number of integer values to read

Integer

nStrWri

Number of strings to write

Outputs

Type	Name	Description
Real	dblRea[max(1, nDblRea)]	Double values returned by Python
Integer	intRea[max(1, nIntRea)]	Integer values returned by Python

Type

Name

Description

Real

dblRea[max(1, nDblRea)]

Double values returned by Python

Integer

intRea[max(1, nIntRea)]

Integer values returned by Python

Modelica definition

function exchange "Function that communicates with Python" input String moduleName "Name of the python module that contains the function"; input String functionName=moduleName "Name of the python function"; input Real dblWri[max(1, nDblWri)] "Double values to write"; input Integer intWri[max(1, nIntWri)] "Integer values to write"; input String strWri[max(1, nStrWri)] "String values to write"; input Integer nDblWri(min=0) "Number of double values to write"; input Integer nDblRea(min=0) "Number of double values to read"; input Integer nIntWri(min=0) "Number of integer values to write"; input Integer nIntRea(min=0) "Number of integer values to read"; input Integer nStrWri(min=0) "Number of strings to write"; // input Integer nStrRea(min=0) "Number of strings to read"; // input Integer strLenRea(min=0) // "Maximum length of each string that is read. If exceeded, the simulation stops with an error"; output Real dblRea[max(1, nDblRea)] "Double values returned by Python"; output Integer intRea[max(1, nIntRea)] "Integer values returned by Python"; external "C" pythonExchangeValues(moduleName, functionName, dblWri, nDblWri, dblRea, nDblRea, intWri, nIntWri, intRea, nIntRea, strWri, nStrWri); end exchange;