mirror of
https://github.com/Heretek-AI/GDevelop.git
synced 2026-07-25 04:15:49 -04:00
Florian
164 lines
8.9 KiB
C++
164 lines
8.9 KiB
C++
#include "GDL/Access.h"
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#include "GDL/Instruction.h"
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#include "GDL/ObjectsConcerned.h"
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#include "GDL/RuntimeScene.h"
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#include "GDL/StdAlgo.h"
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#include "DrawerObject.h"
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bool DrawerObject::ActOutlineSize( RuntimeScene * scene, ObjectsConcerned & objectsConcerned, const Instruction & action, const Evaluateur & eval )
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{
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if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Set )
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SetOutlineSize( static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Add )
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SetOutlineSize( GetOutlineSize() + static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Substract )
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SetOutlineSize( GetOutlineSize() - static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Multiply )
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SetOutlineSize( GetOutlineSize() * static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Divide )
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SetOutlineSize( GetOutlineSize() / static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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return true;
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}
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/**
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* Modify fill color opacity
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*/
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bool DrawerObject::ActFillOpacity( RuntimeScene * scene, ObjectsConcerned & objectsConcerned, const Instruction & action, const Evaluateur & eval )
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{
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if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Set )
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SetFillOpacity( static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Add )
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SetFillOpacity( GetFillOpacity() + static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Substract )
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SetFillOpacity( GetFillOpacity() - static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Multiply )
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SetFillOpacity( GetFillOpacity() * static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Divide )
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SetFillOpacity( GetFillOpacity() / static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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return true;
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}
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/**
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* Modify opacity
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*/
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bool DrawerObject::ActOutlineOpacity( RuntimeScene * scene, ObjectsConcerned & objectsConcerned, const Instruction & action, const Evaluateur & eval )
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{
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if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Set )
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SetOutlineOpacity( static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Add )
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SetOutlineOpacity( GetOutlineOpacity() + static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Substract )
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SetOutlineOpacity( GetOutlineOpacity() - static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Multiply )
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SetOutlineOpacity( GetOutlineOpacity() * static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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else if ( action.GetParameter( 2 ).GetAsModOperator() == GDExpression::Divide )
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SetOutlineOpacity( GetOutlineOpacity() / static_cast<int>(eval.EvalExp( action.GetParameter( 1 ), shared_from_this())));
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return true;
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}
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/**
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* Change the fill color
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*/
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bool DrawerObject::ActFillColor( RuntimeScene * scene, ObjectsConcerned & objectsConcerned, const Instruction & action, const Evaluateur & eval )
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{
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vector < string > colors = SpliterStringToVector <string> (eval.EvalTxt(action.GetParameter(1), shared_from_this()), ';');
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if ( colors.size() < 3 ) return false; //La couleur est incorrecte
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fillColorR = toInt(colors[0]);
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fillColorG = toInt(colors[1]);
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fillColorB = toInt(colors[2]);
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return true;
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}
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/**
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* Change the color of the outline
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*/
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bool DrawerObject::ActOutlineColor( RuntimeScene * scene, ObjectsConcerned & objectsConcerned, const Instruction & action, const Evaluateur & eval )
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{
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vector < string > colors = SpliterStringToVector <string> (eval.EvalTxt(action.GetParameter(1), shared_from_this()), ';');
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if ( colors.size() < 3 ) return false; //La couleur est incorrecte
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outlineColorR = toInt(colors[0]);
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outlineColorG = toInt(colors[1]);
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outlineColorB = toInt(colors[2]);
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return true;
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}
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bool DrawerObject::ActRectangle( RuntimeScene * scene, ObjectsConcerned & objectsConcerned, const Instruction & action, const Evaluateur & eval )
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{
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float Xgap = absoluteCoordinates ? 0 : GetX();
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float Ygap = absoluteCoordinates ? 0 : GetY();
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shapesToDraw.push_back(sf::Shape::Rectangle(eval.EvalExp(action.GetParameter(1), shared_from_this())+Xgap,
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eval.EvalExp(action.GetParameter(2), shared_from_this())+Ygap,
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eval.EvalExp(action.GetParameter(3), shared_from_this())+Xgap,
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eval.EvalExp(action.GetParameter(4), shared_from_this())+Ygap,
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sf::Color(fillColorR, fillColorG, fillColorB, fillOpacity),
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outlineSize,
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sf::Color(outlineColorR, outlineColorG, outlineColorB, outlineOpacity)
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));
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return true;
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}
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bool DrawerObject::ActLine( RuntimeScene * scene, ObjectsConcerned & objectsConcerned, const Instruction & action, const Evaluateur & eval )
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{
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float Xgap = absoluteCoordinates ? 0 : GetX();
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float Ygap = absoluteCoordinates ? 0 : GetY();
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shapesToDraw.push_back(sf::Shape::Line(eval.EvalExp(action.GetParameter(1), shared_from_this())+Xgap,
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eval.EvalExp(action.GetParameter(2), shared_from_this())+Ygap,
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eval.EvalExp(action.GetParameter(3), shared_from_this())+Xgap,
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eval.EvalExp(action.GetParameter(4), shared_from_this())+Ygap,
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eval.EvalExp(action.GetParameter(5), shared_from_this()),
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sf::Color(fillColorR, fillColorG, fillColorB, fillOpacity),
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outlineSize,
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sf::Color(outlineColorR, outlineColorG, outlineColorB, outlineOpacity)
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));
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return true;
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}
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bool DrawerObject::ActCircle( RuntimeScene * scene, ObjectsConcerned & objectsConcerned, const Instruction & action, const Evaluateur & eval )
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{
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float Xgap = absoluteCoordinates ? 0 : GetX();
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float Ygap = absoluteCoordinates ? 0 : GetY();
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shapesToDraw.push_back(sf::Shape::Circle(eval.EvalExp(action.GetParameter(1), shared_from_this())+Xgap,
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eval.EvalExp(action.GetParameter(2), shared_from_this())+Ygap,
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eval.EvalExp(action.GetParameter(3), shared_from_this()),
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sf::Color(fillColorR, fillColorG, fillColorB, fillOpacity),
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outlineSize,
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sf::Color(outlineColorR, outlineColorG, outlineColorB, outlineOpacity)
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));
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return true;
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}
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bool ActCopyImageOnAnother( RuntimeScene * scene, ObjectsConcerned & objectsConcerned, const Instruction & action, const Evaluateur & eval )
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{
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std::map < string, sf::Image >::iterator dest = scene->game->imageManager.images.find(eval.EvalTxt(action.GetParameter(0)));
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if ( dest == scene->game->imageManager.images.end() ) return false;
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std::map < string, sf::Image >::const_iterator src = scene->game->imageManager.images.find(eval.EvalTxt(action.GetParameter(1)));
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if ( src == scene->game->imageManager.images.end() ) return false;
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//Make sure the coordinates are correct.
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int destX = eval.EvalExp(action.GetParameter(2));
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if ( destX < 0 || static_cast<unsigned>(destX) >= dest->second.GetWidth()) return false;
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int destY = eval.EvalExp(action.GetParameter(3));
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if ( destY < 0 || static_cast<unsigned>(destY) >= dest->second.GetWidth()) return false;
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dest->second.Copy(src->second, destX, destY);
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return true;
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}
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