/**
* Handler for the Apply logic for this dialog. Apply the specified scaling to
* the selected mesh entities.
*
* @return true if any meshes are selected, false otherwise.
*/
bool
SetScaleDialog::Apply()
{
// Before doing anything, check to see if there are some meshes selected.
_nullVisitor->ResetVisitedCount();
GlobalSelectionSystem().foreachSelected(*_nullVisitor);
if (_nullVisitor->GetVisitedCount() == 0)
{
// Nope. Warn and bail out.
GenericPluginUI::WarningReportDialog(DIALOG_WARNING_TITLE,
DIALOG_NOMESHES_MSG);
return false;
}
// See if we're going to be affecting the S and/or T texture axis.
bool sApply = NamedToggleWidgetActive("s_apply");
bool tApply = NamedToggleWidgetActive("t_apply");
if (!sApply && !tApply)
{
// Not affecting either, so bail out.
return true;
}
// OK read the remaining info from the widgets.
MeshEntity::SliceDesignation alignCol, alignRow;
MeshEntity::RefSliceDescriptor refRow, refCol;
SetScaleVisitor::SliceArgs row, col;
SetScaleVisitor::SliceArgs *rowArgs = NULL;
SetScaleVisitor::SliceArgs *colArgs = NULL;
if (sApply)
{
// S axis is affected, so read the S info.
row.naturalScale = NamedToggleWidgetActive("s_natural");
if (row.naturalScale)
{
row.scaleOrTiles = (float)atof(NamedEntryWidgetText("s_scale"));
}
else
{
row.scaleOrTiles = (float)atof(NamedEntryWidgetText("s_tiles"));
}
alignCol.maxSlice = NamedToggleWidgetActive("col_max_align");
alignCol.index = atoi(NamedEntryWidgetText("col_num_align"));
row.alignSlice = &alignCol;
row.refSlice = NULL;
if (NamedToggleWidgetActive("row_ref"))
{
// Reference row is specified, so get that info.
refRow.designation.maxSlice = NamedToggleWidgetActive("row_max_ref");
refRow.designation.index = atoi(NamedEntryWidgetText("row_num_ref"));
refRow.totalLengthOnly = NamedToggleWidgetActive("row_ref_total");
row.refSlice = &refRow;
}
rowArgs = &row;
}
if (tApply)
{
// T axis is affected, so read the T info.
col.naturalScale = NamedToggleWidgetActive("t_natural");
if (col.naturalScale)
{
col.scaleOrTiles = (float)atof(NamedEntryWidgetText("t_scale"));
}
else
{
col.scaleOrTiles = (float)atof(NamedEntryWidgetText("t_tiles"));
}
alignRow.maxSlice = NamedToggleWidgetActive("row_max_align");
alignRow.index = atoi(NamedEntryWidgetText("row_num_align"));
col.alignSlice = &alignRow;
col.refSlice = NULL;
if (NamedToggleWidgetActive("col_ref"))
{
// Reference column is specified, so get that info.
refCol.designation.maxSlice = NamedToggleWidgetActive("col_max_ref");
refCol.designation.index = atoi(NamedEntryWidgetText("col_num_ref"));
refCol.totalLengthOnly = NamedToggleWidgetActive("col_ref_total");
col.refSlice = &refCol;
}
colArgs = &col;
}
// Let Radiant know the name of the operation responsible for the changes
// that are about to happen.
UndoableCommand undo(_triggerCommand.c_str());
// Apply the specified scaling to every selected mesh.
SmartPointer<SetScaleVisitor> scaleVisitor(new SetScaleVisitor(rowArgs, colArgs));
GlobalSelectionSystem().foreachSelected(*scaleVisitor);
// Done!
return true;
}
/**
* Handler for the Apply logic for this dialog. Apply the specified equations
* to the selected mesh entities.
*
* @return true if any meshes are selected, false otherwise.
*/
bool
GeneralFunctionDialog::Apply()
{
// Before doing anything, check to see if there are some meshes selected.
_nullVisitor->ResetVisitedCount();
GlobalSelectionSystem().foreachSelected(*_nullVisitor);
if (_nullVisitor->GetVisitedCount() == 0)
{
// Nope. Warn and bail out.
GenericPluginUI::WarningReportDialog(DIALOG_WARNING_TITLE,
DIALOG_NOMESHES_MSG);
return false;
}
// See if we're going to be affecting the S and/or T texture axis.
bool sApply = NamedToggleWidgetActive("s_apply");
bool tApply = NamedToggleWidgetActive("t_apply");
if (!sApply && !tApply)
{
// Not affecting either, so bail out.
return true;
}
// OK read the remaining info from the widgets.
MeshEntity::GeneralFunctionFactors s, t;
MeshEntity::GeneralFunctionFactors *sFactors = NULL;
MeshEntity::GeneralFunctionFactors *tFactors = NULL;
if (sApply)
{
// S axis is affected, so read the S factors.
s.oldValue = (float)atof(NamedEntryWidgetText("s_oldval"));
s.rowDistance = (float)atof(NamedEntryWidgetText("s_rowdist"));
s.colDistance = (float)atof(NamedEntryWidgetText("s_coldist"));
s.rowNumber = (float)atof(NamedEntryWidgetText("s_rownum"));
s.colNumber = (float)atof(NamedEntryWidgetText("s_colnum"));
s.constant = (float)atof(NamedEntryWidgetText("s_constant"));
sFactors = &s;
}
if (tApply)
{
// T axis is affected, so read the T factors.
t.oldValue = (float)atof(NamedEntryWidgetText("t_oldval"));
t.rowDistance = (float)atof(NamedEntryWidgetText("t_rowdist"));
t.colDistance = (float)atof(NamedEntryWidgetText("t_coldist"));
t.rowNumber = (float)atof(NamedEntryWidgetText("t_rownum"));
t.colNumber = (float)atof(NamedEntryWidgetText("t_colnum"));
t.constant = (float)atof(NamedEntryWidgetText("t_constant"));
tFactors = &t;
}
MeshEntity::SliceDesignation alignRow, alignCol;
alignRow.maxSlice = NamedToggleWidgetActive("row_max_align");
alignRow.index = atoi(NamedEntryWidgetText("row_num_align"));
alignCol.maxSlice = NamedToggleWidgetActive("col_max_align");
alignCol.index = atoi(NamedEntryWidgetText("col_num_align"));
MeshEntity::RefSliceDescriptor row, col;
MeshEntity::RefSliceDescriptor *refRow = NULL;
MeshEntity::RefSliceDescriptor *refCol = NULL;
if (NamedToggleWidgetActive("row_ref"))
{
// Reference row is specified, so get that info.
row.designation.maxSlice = NamedToggleWidgetActive("row_max_ref");
row.designation.index = atoi(NamedEntryWidgetText("row_num_ref"));
row.totalLengthOnly = NamedToggleWidgetActive("row_ref_total");
refRow = &row;
}
if (NamedToggleWidgetActive("col_ref"))
{
// Reference column is specified, so get that info.
col.designation.maxSlice = NamedToggleWidgetActive("col_max_ref");
col.designation.index = atoi(NamedEntryWidgetText("col_num_ref"));
col.totalLengthOnly = NamedToggleWidgetActive("col_ref_total");
refCol = &col;
}
bool surfaceValues = NamedToggleWidgetActive("surface");
// Let Radiant know the name of the operation responsible for the changes
// that are about to happen.
UndoableCommand undo(_triggerCommand.c_str());
// Apply the specified equation to every selected mesh.
SmartPointer<GeneralFunctionVisitor> funcVisitor(
new GeneralFunctionVisitor(sFactors, tFactors,
&alignRow, &alignCol, refRow, refCol,
surfaceValues));
GlobalSelectionSystem().foreachSelected(*funcVisitor);
// Done!
return true;
}
/**
* Handler for the Apply logic for this dialog. Interrogate the selected mesh
* entities.
*
* @return false if no meshes are selected, false if multiple meshes are
* selected along with the transfer option, true otherwise.
*/
bool
GetInfoDialog::Apply()
{
// Before doing anything, check to see if there are some meshes selected.
_nullVisitor->ResetVisitedCount();
GlobalSelectionSystem().foreachSelected(*_nullVisitor);
if (_nullVisitor->GetVisitedCount() == 0)
{
// Nope. Warn and bail out.
GenericPluginUI::WarningReportDialog(DIALOG_WARNING_TITLE,
DIALOG_NOMESHES_MSG);
return false;
}
// If the option to transfer info to Set S/T Scale is active, then only one
// mesh may be selected.
bool transfer = NamedToggleWidgetActive("transfer");
if (transfer && _nullVisitor->GetVisitedCount() != 1)
{
// Multiple selected. Warn and bail out.
GenericPluginUI::ErrorReportDialog(DIALOG_ERROR_TITLE,
DIALOG_MULTIMESHES_ERROR);
return false;
}
// OK read the remaining info from the widgets.
bool sApply = NamedToggleWidgetActive("s_apply");
bool tApply = NamedToggleWidgetActive("t_apply");
int row, col;
int *refRow = NULL;
int *refCol = NULL;
MeshEntity::TexInfoCallback *rowTexInfoCallback = NULL;
MeshEntity::TexInfoCallback *colTexInfoCallback = NULL;
if (sApply)
{
// Reference row is specified, so get that info.
row = atoi(NamedEntryWidgetText("s_ref_row"));
refRow = &row;
if (transfer)
{
// If transferring to Set S/T Scale, get that callback.
rowTexInfoCallback = &_rowTexInfoCallback;
}
}
if (tApply)
{
// Reference column is specified, so get that info.
col = atoi(NamedEntryWidgetText("t_ref_col"));
refCol = &col;
if (transfer)
{
// If transferring to Set S/T Scale, get that callback.
colTexInfoCallback = &_colTexInfoCallback;
}
}
// We don't need to instantiate an UndoableCommand since we won't be making
// any changes.
// Interrogate every selected mesh.
SmartPointer<GetInfoVisitor> infoVisitor(
new GetInfoVisitor(refRow, refCol, rowTexInfoCallback, colTexInfoCallback));
GlobalSelectionSystem().foreachSelected(*infoVisitor);
// If we populated something in the Set S/T Scale dialog, give that dialog a
// courtesy raise.
if (transfer)
{
_setScaleDialog->Raise();
}
// Done!
return true;
}
