public ThermodynamicSystemEditorViewModel(IEventAggregator aggregator, ThermodynamicSystemEntity source, IThermodynamicSystemImporter importer, IChartViewModelFactory chartFactory)
{
_aggregator = aggregator;
_source = source;
_importer = importer;
_chartFactory = chartFactory;
_aggregator.Subscribe(this);
ScriptDocument = new TextDocument(_source.SourceCode);
var types = Enum.GetValues(typeof(EvaluatedProperties));
foreach (var type in types.OfType <EvaluatedProperties>())
{
AvailableFunctionTypes.Add(type);
}
ParseInputFile();
}
public ThermodynamicSystemEditorViewModel(IEventAggregator aggregator, ThermodynamicSystem source, IThermodynamicSystemImporter importer, IChartViewModelFactory chartFactory)
{
_aggregator = aggregator;
// _source = new ThermodynamicSystemEntity(source.Name);
CurrentSystem = source;
_importer = importer;
_chartFactory = chartFactory;
_aggregator.Subscribe(this);
//ScriptDocument = new TextDocument(_source.SourceCode);
var types = Enum.GetValues(typeof(EvaluatedProperties));
foreach (var type in types.OfType <EvaluatedProperties>())
{
AvailableFunctionTypes.Add(type);
}
// ParseInputFile();
ComponentsForPureAnalysis = CurrentSystem.Components.Select(c => new CheckableComponent()
{
Data = c
}).ToList();
}
public PythonEnvironmentModule(IEventAggregator aggregator, IEntityManagerViewModel entityManager,
IThermodynamicSystemImporter importer,
IChartViewModelFactory chartFactory,
IFlowsheetEntityEditorFactory flowsheetFactory,
IPureComponentPropertyDatabase pureDB,
IThermodynamicSystemViewModelFactory thermoEditorFactory
)
{
_aggregator = aggregator;
_entityManager = entityManager;
_importer = importer;
_chartFactory = chartFactory;
_flowsheetFactory = flowsheetFactory;
_pyEngine = Python.CreateEngine();
_pyScope = _pyEngine.CreateScope();
_pureComponentDB = pureDB;
_thermoEditorFactory = thermoEditorFactory;
_pyScope.SetVariable("_host", this);
_pyScope.SetVariable("Items", _entityManager);
_pyEngine.SetSearchPaths(new List <string> {
Environment.CurrentDirectory
});
var pc = HostingHelpers.GetLanguageContext(_pyEngine) as PythonContext;
var hooks = pc.SystemState.Get__dict__()["path_hooks"] as List;
hooks.Clear();
Run("import sys");
Run("import clr");
Run("clr.AddReferenceToFile(\"OpenFMSL.Core.dll\")");
Run("clr.AddReferenceToFile(\"OpenFMSL.Contracts.dll\")");
Run("from OpenFMSL.Core.Expressions import *");
Run("from OpenFMSL.Core.Flowsheeting import *");
Run("from OpenFMSL.Core.Flowsheeting.Documentation import *");
Run("from OpenFMSL.Core.Numerics import *");
Run("from OpenFMSL.Core.Numerics.Solvers import *");
Run("from OpenFMSL.Core.UnitsOfMeasure import *");
Run("from OpenFMSL.Core.ModelLibrary import *");
Run("from OpenFMSL.Core.Thermodynamics import *");
Run("from OpenFMSL.Contracts.Entities import *");
Run("from OpenFMSL.Contracts.Infrastructure.Reporting import *");
Run("from System import Math");
Run("sys.stdout=_host");
Run("runFile= _host.RunFile");
Run("run= _host.RunEntity");
Run("pause= _host.WaitThread");
Run("CreateThermo= _host.LoadThermodynamicSystem");
_pureComponentDB.SetLogCallback(Write);
ipopt = new IpoptSolver();
ipopt.OnLog = (x) => Write(" " + x + Environment.NewLine);
_pyScope.SetVariable("_ipopt", ipopt);
_pyScope.SetVariable("Database", _pureComponentDB);
newton = new Newton();
newton.OnLog = (x) => Write(" " + x + Environment.NewLine);
newton.OnLogDebug = (x) => Write(x + Environment.NewLine);
newton.OnLogError = (x) => Write("!!! " + x + Environment.NewLine);
newton.OnLogSuccess = (x) => Write("+++ " + x + Environment.NewLine);
newton.OnLogWarning = (x) => Write("*** " + x + Environment.NewLine);
newton.OnLogInfo = (x) => Write("--- " + x + Environment.NewLine);
_pyScope.SetVariable("_newton", newton);
var flash = new FlashRoutines(newton);
_pyScope.SetVariable("_flash", flash);
decomp = new Decomposer();
decomp.OnLog = (x) => Write(" " + x + Environment.NewLine);
decomp.OnLogDebug = (x) => Write(x + Environment.NewLine);
decomp.OnLogError = (x) => Write("!!! " + x + Environment.NewLine);
decomp.OnLogSuccess = (x) => Write("+++ " + x + Environment.NewLine);
decomp.OnLogWarning = (x) => Write("*** " + x + Environment.NewLine);
decomp.OnLogInfo = (x) => Write("--- " + x + Environment.NewLine);
_pyScope.SetVariable("_decomp", decomp);
Run("solve= _host.Solve");
Run("decomp= _host.Decompose");
Run("report= _host.Report");
Run("show= _host.Show");
Run("check= _host.Check");
Run("info= _host.SendLogMessage");
Run("warn= _host.SendWarningMessage");
Run("error= _host.SendErrorMessage");
Run("FlashPT= _flash.CalculateTP");
Run("FlashPZ= _flash.CalculateZP");
Run("status= _host.SendStatusTextChangeMessage");
Run("print 'Python console running...");
}
public ThermodynamicSystemEditorViewModelFactory(IEventAggregator aggregator, IThermodynamicSystemImporter importer, IChartViewModelFactory chartFactory)
{
_aggregator = aggregator;
_importer = importer;
_chartFactory = chartFactory;
}
