public void setLayerSettings(EntropyLayerSettings readSettings, int layer, bool gdsOnly, bool updateGeoCoreGeometryFromFile = false)
{
// Ignore resumeUI - only for GUI modes.
pSetLayerSettings(readSettings, layer, gdsOnly, updateGeoCoreGeometryFromFile);
}
private void pSetLayerSettings(EntropyLayerSettings entropyLayerSettings, int settingsIndex, bool gdsOnly, bool updateGeoCoreGeometryFromFile = false)
{
// This is used by the pasteHandler and clearHandler to set user interface values to align with the settings.
// It is also used by the load from disk file system, using a temporary MCSettings instance as the source
// In the case of the clearHandler, we get sent a new MCLayerSettings instance, so we have to handle that.
// Check our copyFrom reference. We need to do this early before anything could change.
if (!gdsOnly)
{
if (commonVars.isCopyPrepped())
{
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.xOL_corr) == 1 || entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.yOL_corr) == 1 || entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.CDU_corr) == 1)
{
// User pasting into the correlation layer. Disable correlation settings accordingly.
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.xOL_corr_ref) == settingsIndex)
{
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.xOL_corr, 0);
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.xOL_corr_ref, -1);
}
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.yOL_corr_ref) == settingsIndex)
{
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.yOL_corr, 0);
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.yOL_corr_ref, -1);
}
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.xOL_ref) == settingsIndex)
{
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.xOL_ref, -1);
}
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.yOL_ref) == settingsIndex)
{
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.yOL_ref, -1);
}
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.CDU_corr_ref) == settingsIndex)
{
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.CDU_corr, 0);
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.CDU_corr_ref, -1);
}
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.tCDU_corr_ref) == settingsIndex)
{
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.tCDU_corr, 0);
entropyLayerSettings.setInt(EntropyLayerSettings.properties_i.tCDU_corr_ref, -1);
}
}
}
}
// Remove any average overlay reference to the layer we're in, just for safety.
entropyLayerSettings.setIntArrayValue(EntropyLayerSettings.properties_intarray.xOLRefs, settingsIndex, 0);
entropyLayerSettings.setIntArrayValue(EntropyLayerSettings.properties_intarray.yOLRefs, settingsIndex, 0);
try
{
// Call with '-1' can be triggered by load of project file where the copyFrom isn't set because we're direct driving the DOE flags.
if (commonVars.isCopyPrepped())
{
commonVars.getSimulationSettings().getDOESettings().setLayerAffected(settingsIndex, commonVars.getCopyDOEUse());
}
}
catch (Exception)
{
}
if (entropyLayerSettings.getDecimal(EntropyLayerSettings.properties_decimal.sCDU) != 0.0m && entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.shapeIndex) == (int)CommonVars.shapeNames.GEOCORE &&
varianceContext.geoCoreCDVariation == false)
{
ErrorReporter.showMessage_OK("Project uses Oasis/GDS CD variation.", "Overriding preference.");
}
if (commonVars.isCopyPrepped())
{
// Align the external data.
commonVars.pasteGeoCoreHandler(settingsIndex);
// commonVars.getGeoCoreHandler(settingsIndex).readValues(commonVars.copyLayerGHSettings);
}
else
{
commonVars.getGeoCoreHandler(settingsIndex).setValid(false);
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.shapeIndex) == (int)CommonVars.shapeNames.GEOCORE && entropyLayerSettings.isReloaded())
{
commonVars.getGeoCoreHandler(settingsIndex).setFilename(entropyLayerSettings.getString(EntropyLayerSettings.properties_s.file));
commonVars.getGeoCoreHandler(settingsIndex).setValid(true);
if (updateGeoCoreGeometryFromFile)
{
commonVars.getGeoCoreHandler(settingsIndex).setPoints(commonVars.getLayerSettings(settingsIndex).getInt(EntropyLayerSettings.properties_i.structure), commonVars.getLayerSettings(settingsIndex).getInt(EntropyLayerSettings.properties_i.lD));
}
}
}
// Commit our settings to the list.
commonVars.getLayerSettings(settingsIndex).adjustSettings(entropyLayerSettings, gdsOnly);
}
// ReSharper disable once UnusedMember.Local
private void doOffsets(EntropyLayerSettings entropyLayerSettings)
{
// OK. Now we need to pay attention to the subshape reference settings.
/*
* 0: Top left
* 1: Top right
* 2: Bottom left
* 3: Bottom right
* 4: Top middle
* 5: Right middle
* 6: Bottom middle
* 7: Left middle
* 8: Center center
*/
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.TL ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.TR ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.TS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.RS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.LS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.C)
{
// Vertical offset needed to put reference corner at world center
// Our coordinates have placed bottom left at 0,0 so negative offsets needed (note origin comment above)
// Find our subshape reference.
int tmp_yOffset = Convert.ToInt32(entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.subShapeIndex) == 0 ? entropyLayerSettings.getDecimal(EntropyLayerSettings.properties_decimal.s0VerLength) : entropyLayerSettings.getDecimal(EntropyLayerSettings.properties_decimal.s1VerLength));
// Half the value for a vertical centering requirement
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.RS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.LS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.C)
{
tmp_yOffset = Convert.ToInt32(tmp_yOffset / 2);
}
}
// Coordinates placed bottom left at 0,0.
int tmp_xOffset = 0;
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.subShapeIndex) == 1)
{
tmp_xOffset = -1 * Convert.ToInt32(entropyLayerSettings.getDecimal(EntropyLayerSettings.properties_decimal.s0HorLength));
}
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.TR ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.BR ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.TS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.RS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.BS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.C)
{
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.subShapeIndex) == 0)
{
tmp_xOffset -= Convert.ToInt32(entropyLayerSettings.getDecimal(EntropyLayerSettings.properties_decimal.s0HorLength));
}
else
{
tmp_xOffset -= Convert.ToInt32(entropyLayerSettings.getDecimal(EntropyLayerSettings.properties_decimal.s1HorLength));
}
// Half the value for horizontal centering conditions
if (entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.TS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.BS ||
entropyLayerSettings.getInt(EntropyLayerSettings.properties_i.posIndex) == (int)CommonVars.subShapeLocations.C)
{
tmp_xOffset = Convert.ToInt32(tmp_xOffset / 2);
}
}
// Now for global offset.
Convert.ToInt32(entropyLayerSettings.getDecimal(EntropyLayerSettings.properties_decimal.gHorOffset));
Convert.ToInt32(entropyLayerSettings.getDecimal(EntropyLayerSettings.properties_decimal.gVerOffset));
}
