/** * @file GetInfoDialog.cpp * Implements the GetInfoDialog class. * @ingroup meshtex-ui */ /* * Copyright 2012 Joel Baxter * * This file is part of MeshTex. * * MeshTex is free software: you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation, either version 2 of the License, or * (at your option) any later version. * * MeshTex is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with MeshTex. If not, see . */ #include "GenericPluginUI.h" #include "GetInfoDialog.h" #include "PluginUIMessages.h" /** * Constructor. See MeshEntity::GetInfo for details of how these arguments * are interpreted. * * @param refRow Pointer to reference row number; NULL if none. * @param refCol Pointer to reference column number; NULL if none. * @param rowTexInfoCallback Pointer to callback for reference row info; NULL * if none. * @param colTexInfoCallback Pointer to callback for reference column info; * NULL if none. */ GetInfoDialog::GetInfoVisitor::GetInfoVisitor( const int *refRow, const int *refCol, const MeshEntity::TexInfoCallback *rowTexInfoCallback, const MeshEntity::TexInfoCallback *colTexInfoCallback) : _refRow(refRow), _refCol(refCol), _rowTexInfoCallback(rowTexInfoCallback), _colTexInfoCallback(colTexInfoCallback) { } /** * Visitor action; invoke MeshEntity::GetInfo on a mesh. * * @param [in,out] meshEntity The mesh. * * @return true. */ bool GetInfoDialog::GetInfoVisitor::Execute(MeshEntity& meshEntity) const { meshEntity.GetInfo(_refRow, _refCol, _rowTexInfoCallback, _colTexInfoCallback); return true; } /** * Constructor. Connect the row and column texture info callbacks to the * appropriate methods on the Set S/T Scale dialog object. Configure the * dialog window and create all the contained widgets. Connect widgets to * callbacks as necessary. * * @param key The unique key identifying this dialog. * @param setScaleDialog Reference-counted handle on the Set S/T Scale dialog. */ GetInfoDialog::GetInfoDialog(const std::string& key, SmartPointer& setScaleDialog) : GenericDialog(key), _setScaleDialog(setScaleDialog), _rowTexInfoCallback( MeshEntity::TexInfoCallbackMethod(*setScaleDialog)), _colTexInfoCallback( MeshEntity::TexInfoCallbackMethod(*setScaleDialog)), _nullVisitor(new MeshVisitor()) { // Configure the dialog window. _dialog->setWindowTitle(DIALOG_GET_INFO_TITLE); // Create the contained widgets. { auto form = new QFormLayout( _dialog ); form->setSizeConstraint( QLayout::SizeConstraint::SetFixedSize ); { // Widgets for specifying the reference row if any. auto check = new QCheckBox( DIALOG_GET_INFO_S_ROW_HEADER ); check->setChecked( true ); auto spin = s_ref_row = new SpinBox( 0, 30 ); form->addRow( check, spin ); UIInstance().RegisterWidgetDependence( check, spin ); } { // Widgets for specifying the reference column if any. auto check = new QCheckBox( DIALOG_GET_INFO_T_COL_HEADER ); check->setChecked( true ); auto spin = t_ref_col = new SpinBox( 0, 30 ); form->addRow( check, spin ); UIInstance().RegisterWidgetDependence( check, spin ); } { // Checkbox to enable the callbacks to Set S/T Scale. auto check = check_transfer = new QCheckBox( DIALOG_GET_INFO_XFER_OPT_LABEL ); form->addRow( check ); } { auto buttons = new QDialogButtonBox; form->addWidget( buttons ); CreateOkButtonCallback( buttons->addButton( QDialogButtonBox::StandardButton::Ok ) ); CreateApplyButtonCallback( buttons->addButton( QDialogButtonBox::StandardButton::Apply ) ); CreateCancelButtonCallback( buttons->addButton( QDialogButtonBox::StandardButton::Cancel ) ); } } } /** * Destructor. */ GetInfoDialog::~GetInfoDialog() { } /** * 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. const bool transfer = check_transfer->isChecked(); 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. int row, col; int *refRow = nullptr; int *refCol = nullptr; MeshEntity::TexInfoCallback *rowTexInfoCallback = nullptr; MeshEntity::TexInfoCallback *colTexInfoCallback = nullptr; if ( s_ref_row->isEnabled() ) { // Reference row is specified, so get that info. row = s_ref_row->value(); refRow = &row; if (transfer) { // If transferring to Set S/T Scale, get that callback. rowTexInfoCallback = &_rowTexInfoCallback; } } if ( t_ref_col->isEnabled() ) { // Reference column is specified, so get that info. col = t_ref_col->value(); 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 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; }