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#6364 Add scaffolding for exporting detailed fluid loss for Stimplan.

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This commit is contained in:
Kristian Bendiksen
2020-08-25 11:39:32 +02:00
parent 9eb79fbb0e
commit ddc23fa5ea
8 changed files with 111 additions and 19 deletions
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49
ApplicationCode/FileInterface/RifFractureModelPlotExporter.cpp
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@@ -26,7 +26,7 @@
//--------------------------------------------------------------------------------------------------
///
//--------------------------------------------------------------------------------------------------
bool RifFractureModelPlotExporter::writeToFile( RimFractureModelPlot* plot, const QString& filepath )
bool RifFractureModelPlotExporter::writeToFile( RimFractureModelPlot* plot, bool useDetailedLoss, const QString& filepath )
{
std::vector<QString> labels;
// TVD depth of top of zone (ft)
@@ -56,13 +56,15 @@ bool RifFractureModelPlotExporter::writeToFile( RimFractureModelPlot* plot, cons
// Proppand Embedmeent (lb/ft^2)
labels.push_back( "pembed" );
bool useDetailedLoss = false;
if ( useDetailedLoss )
{
// B2 Detailed Loss
// Reservoir Pressure (psi)
labels.push_back( "zoneResPres" );
// Immobile Fluid Saturation (fraction)
labels.push_back( "zoneWaterSat" );
// Porosity (fraction)
labels.push_back( "zonePorosity" );
@@ -71,22 +73,39 @@ bool RifFractureModelPlotExporter::writeToFile( RimFractureModelPlot* plot, cons
// Vertical Perm (md)
labels.push_back( "zoneVertPerm" );
// Temperature (F)
labels.push_back( "zoneTemp" );
// Relative permeability
labels.push_back( "zoneRelPerm" );
// Poro-Elastic constant
labels.push_back( "zonePoroElas" );
// Thermal Epansion Coefficient (1/F)
labels.push_back( "zoneThermalExp" );
}
std::map<QString, std::vector<double>> values;
values["dpthlyr"] = plot->calculateTrueVerticalDepth();
values["strs"] = plot->calculateStress();
values["strsg"] = plot->calculateStressGradient();
values["elyr"] = plot->calculateYoungsModulus();
values["poissonr"] = plot->calculatePoissonsRatio();
values["tuflyr"] = plot->calculateKIc();
values["clyrc"] = plot->calculateFluidLossCoefficient();
values["clyrs"] = plot->calculateSpurtLoss();
values["pembed"] = plot->calculateProppandEmbedment();
values["zoneResPres"] = plot->calculateReservoirPressure();
values["zonePorosity"] = plot->calculatePorosity();
values["zoneHorizPerm"] = plot->calculateHorizontalPermeability();
values["zoneVertPerm"] = plot->calculateVerticalPermeability();
values["dpthlyr"] = plot->calculateTrueVerticalDepth();
values["strs"] = plot->calculateStress();
values["strsg"] = plot->calculateStressGradient();
values["elyr"] = plot->calculateYoungsModulus();
values["poissonr"] = plot->calculatePoissonsRatio();
values["tuflyr"] = plot->calculateKIc();
values["clyrc"] = plot->calculateFluidLossCoefficient();
values["clyrs"] = plot->calculateSpurtLoss();
values["pembed"] = plot->calculateProppandEmbedment();
values["zoneResPres"] = plot->calculateReservoirPressure();
values["zoneWaterSat"] = plot->calculateImmobileFluidSaturation();
values["zonePorosity"] = plot->calculatePorosity();
values["zoneHorizPerm"] = plot->calculateHorizontalPermeability();
values["zoneVertPerm"] = plot->calculateVerticalPermeability();
values["zoneTemp"] = plot->calculateTemperature();
values["zoneRelPerm"] = plot->calculateRelativePermeabilityFactor();
values["zonePoroElas"] = plot->calculatePoroElasticConstant();
values["zoneThermalExp"] = plot->calculateThermalExpansionCoefficient();
QFile data( filepath );
if ( !data.open( QFile::WriteOnly | QFile::Truncate ) )