© 2024 Jasper van Baten, AmsterCHEM

Global variables

In addition to the functions that you can use, the following global variables are defined. They must not be redefined.

nCompnumber of compounds
compNamesnames of the compounds; cell array with one string for each compound
nPhasenumber of defined phases
phaseNamesnames of defined phases; cell array with one string for each defined phase
phaseAggregationStatesaggregation states for defined phases; one integer for each string (see getAggregationState)

Note that if the material objects that represent the material streams only implement thermodynamic standard version 1.0, and not 1.1, the value for nPhase will be 0 and the phaseNames and phaseAggregationStates will be set to empty arrays.

INDEX
Acknowledgements
Additional files
Boolean parameters
Calculation
compNames
Dimensionality
Disclaimer
DOs and DONTs
Error trapping
Example
Feeds
Files
Formulas
Function reference
getAggregationState
getAggregationStateName
getCompoundConstant
getEquilibrium
getEquilibriumProperty
getFeedEquilibrium
getFeedProp
getNumberOfFeeds
getNumberOfProducts
getParameter
getPDependentProperty
getPropertyUnitOfMeasure
getSinglePhaseProperty
getTDependentProperty
getTwoPhaseProperty
getUnitOperationName
Global variables
Integer parameters
License
Loading models
logMessage
M files
Model files
nComp
nPhase
Parameters
phaseAggregationStates
phaseNames
Products
Real parameters
Reports
Requirements
Saving models
setParameter
setProduct
setReport
String parameters
SUM files
Welcome
CONTENT
 Welcome
 Feed and product ports
 Parameters
 Reports
 Matlab Calculation Script
 Additional files
 Global variables
 Function reference
 Saving and loading models
 Persistence in AspenPlus
 License and disclaimer