bool LKSurface::Circle(long x, long y, int radius, const RECT& rc, bool clip, bool fill) {
if ((x - radius) > rc.right) return false;
if ((x + radius) < rc.left) return false;
if ((y - radius) > rc.bottom) return false;
if ((y + radius) < rc.top) return false;
std::vector<POINT> CirclePt;
buildCircle((POINT){x,y}, radius, CirclePt);
if (clip) {
if (fill) {
Polygon(CirclePt.data(), CirclePt.size(), rc);
} else {
Polyline(CirclePt.data(), CirclePt.size(), rc);
}
} else {
if (fill) {
Polygon(CirclePt.data(), CirclePt.size());
} else {
Polyline(CirclePt.data(), CirclePt.size());
}
}
return true;
}
void DebugDrawer::drawCircle(const Ogre::Vector3 ¢re,
float radius,
int segmentsCount,
const Ogre::ColourValue& colour,
bool isFilled)
{
buildCircle(centre, radius, segmentsCount, colour);
if (isFilled) buildFilledCircle(centre, radius, segmentsCount, colour, fillAlpha);
}
void LKSurface::DrawCircle(long x, long y, int radius, bool fill) {
std::vector<RasterPoint> CirclePt;
buildCircle((RasterPoint){x,y}, radius, CirclePt);
if (fill) {
Polygon(CirclePt.data(), CirclePt.size());
} else {
Polyline(CirclePt.data(), CirclePt.size());
}
}
void LKSurface::DrawCircle(long x, long y, int radius, const RECT& rc, bool fill) {
if ((x - radius) > rc.right) return;
if ((x + radius) < rc.left) return;
if ((y - radius) > rc.bottom) return;
if ((y + radius) < rc.top) return;
// Only called by ThreadDraw, so static vector can be used.
static std::vector<RasterPoint> CirclePt;
buildCircle(RasterPoint(x,y), radius, CirclePt);
if (fill) {
Polygon(CirclePt.data(), CirclePt.size(), rc);
} else {
Polyline(CirclePt.data(), CirclePt.size(), rc);
}
}
// ============================================================================
Teuchos::RCP<Recti::Domain::Abstract>
Recti::Domain::Factory::
build() const
{
std::string domainType = pList_.get<std::string>("Type");
if ( domainType.compare("Circle")==0 )
return buildCircle();
else if ( domainType.compare("Ellipse")==0 )
return buildEllipse();
else if ( domainType.compare("Polygon")==0 )
return buildPolygon();
else if ( domainType.compare("Rectangle")==0 )
return buildRectangle();
else if ( domainType.compare("Square")==0 )
return buildSquare();
else
{
TEST_FOR_EXCEPTION( true, std::logic_error,
"Unknown domain type \"" << domainType << "\"." );
}
}
// Entry point in the program
int main(int argc, char **argv)
{
std::cout<<std::endl<<std::endl<<"________Template OpenGL3________"<<std::endl<<std::endl;
//__________________________________________________________________________
// Application creation
std::cout<<" Application creation"<<std::endl;
Application * application=new Application(800, 600);
//__________________________________________________________________________
// Scene creation
std::cout<<" Scene creation"<<std::endl;
Scene * scene=new Scene(800, 600);
application->setScene(scene);
GLfloat red[]= {1.0, 0.0, 0.0, 1.0};
scene->setDefaultColor(red); // Color for the objects drawn in the scene
//__________________________________________________________________________
// Camera position and orientation
std::cout<<" Camera settings"<<std::endl;
scene->camera->c[2]=6.0; // Position of the camera
scene->camera->c[1]=0.0; // Position of the camera
scene->camera->c[0]=0.0; // Position of the camera
scene->camera->updateView();
GLfloat c[]= {-0.2, 0.3, 0.1}; // Camera position
GLfloat aim[]= {0.0, 0.0, 0.0}; // Where we look
GLfloat up[]= {0.0, 1.0, 0.0}; // Vector pointing over the camera
//scene->camera->lookAt(c, aim, up);
//__________________________________________________________________________
// Creation of the shaders
std::cout<<" Shaders reading, compiling and linking"<<std::endl;
// Compilation and storage of the program
std::vector<std::string> files;
// The special shaders used for mac os are only necesary until Snow Leopard
// From Leon on, mac os drivers version for Opengl is 3.2
// Therefore the shaders in folder oldGLSL become out-of-date
// One very simple shader (one color everywhere on the object)
files.push_back("../shaders/simpleShader.glsl");
GLuint simpleShaderID=loadProgram(files);
files.pop_back();
scene->setDefaultShaderID(simpleShaderID);
// One coloring shader (colors per vertex)
files.push_back("../shaders/colorShader.glsl");
GLuint colorShaderID=loadProgram(files);
files.pop_back();
// One lighting shader
#ifdef APPLE
files.push_back("../shaders/oldGLSL/shaderTools.glsl");
files.push_back("../shaders/oldGLSL/lightingShader.glsl");
#else
files.push_back("../shaders/shaderTools.glsl");
files.push_back("../shaders/lightingShader.glsl");
#endif
GLuint lightingShaderID=loadProgram(files);
files.pop_back();
scene->setDefaultShaderID(lightingShaderID);
// Uniforms filling
glUseProgram(lightingShaderID);
// Material creation and to shader
GLfloat ambient[]= {1.0, 1.0, 1.0, 1.0};
GLfloat ka=0.01;
GLfloat diffuse[]= {1.0, 1.0, 1.0, 1.0};
GLfloat kd=1.0;
GLfloat specular[]= {1.0, 1.0, 1.0, 1.0};
GLfloat ks=2.0;
GLfloat shininess=5.0;
setMaterialInShader(lightingShaderID, ambient, diffuse, specular, ka, kd, ks, shininess);
files.push_back("../shaders/persoShader.glsl");
GLuint persoShaderID=loadProgram(files);
files.pop_back();
// Light creation
GLfloat lightPosition[]= {1.0, 1.0, 1.0, 1.0};
GLfloat lightPower=2.0;
scene->setLight(lightPosition, lightPower);
// One texture and Phong shader
#ifdef __APPLE__
files.push_back("../shaders/oldGLSL/lightingTexturingShader.glsl");
#else
files.push_back("../shaders/lightingTexturingShader.glsl");
#endif
GLuint lightingTextureShaderID=loadProgram(files);
files.pop_back();
glUseProgram(lightingTextureShaderID);
setMaterialInShader(lightingTextureShaderID, ambient, diffuse, specular, ka, kd, ks, shininess);
setTextureUnitsInShader(lightingTextureShaderID);
//__________________________________________________________________________
// Creation of the objects to store
std::cout<<" Generic objects creation and storage :"<<std::endl;
// Définition du repère
Object * objectAxis=new Object(GL_LINES);
GLuint storedObjectAxisID=scene->storeObject(objectAxis);
// Définition boundingBox
Object * objectBB=new Object(GL_TRIANGLES);
GLuint storedObjectBBID=scene->storeObject(objectBB);
// Définition de la cible
Object * objectCible=new Object(GL_LINES);
GLuint storedObjectCibleID=scene->storeObject(objectCible);
// Environnement
Object * objectLaby=new Object(GL_TRIANGLES);
GLuint storedObjectLaby=scene->storeObject(objectLaby);
bool smoothObjectFlag=true;
GLuint houseTextureDiffuseID=loadTexture("../textures/mur_contour.ppm");
GLuint houseTextureSpecularID=loadTexture("../textures/mur_contour.ppm");
//portal
Object * objectPortal = new Object(GL_TRIANGLES);
GLuint storedObjectPortal=scene->storeObject(objectPortal);
//std::cout<<"IIIIIDDDDDD"<<storedObjectPortal<<std::endl;
GLuint portalTextureDiffuseID=loadTexture("../textures/mur_contour.ppm");
GLuint portalTextureSpecularID=loadTexture("../textures/mur_contour.ppm");
/*Object * objectTr=new Object(GL_TRIANGLES);
GLuint storedObjectTrID=scene->storeObject(objectTr);*/
//__________________________________________________________________________
// Object building
std::cout<<" Generic objects building :"<<std::endl;
// Construction du repère
buildAxis(objectAxis);
//Construction boundingBox
//buildCube(objectBB);
// Construction de la cible
buildCircle(objectCible, 0.3, 20);
//environnement
std::string fileName="../objs/contour.obj";
buildObjectGeometryFromOBJ(objectLaby, fileName, smoothObjectFlag, 10,10,10);
/*std::cout << indicesObj[3] << " " << indicesObj[4] << indicesObj[5] << std::endl;
std::cout << verticesObj[11*4] << " " << verticesObj[11*4+1] << " " << verticesObj[11*4+2] << " " << verticesObj[11*4+3] << std::endl;
std::cout << verticesObj[10*4] << " " << verticesObj[10*4+1] << " " << verticesObj[10*4+2] << " " << verticesObj[10*4+3] << std::endl;
std::cout << verticesObj[4] << " " << verticesObj[4+1] << " " << verticesObj[4+2] << " " << verticesObj[4+3] << std::endl << std::endl;
std::cout << verticesObj[4] << " " << verticesObj[4+1] << " " << verticesObj[4+2] << " " << verticesObj[4+3] << std::endl;
std::cout << verticesObj[0] << " " << verticesObj[1] << " " << verticesObj[2] << " " << verticesObj[3] << std::endl;
std::cout << verticesObj[11*4] << " " << verticesObj[11*4+1] << " " << verticesObj[11*4+2] << " " << verticesObj[11*4+3] << std::endl << std::endl;
for (int i=0; i<24; ++i)
std::cout << application->objVertices[i] << " " ;
std::cout << std::endl;
std::string fileNamePortal="../objs/portail.obj";
std::vector<GLfloat> verticesObjPortal;
std::vector<GLuint> indicesObjPortal;
std::vector<GLfloat> normalsObjPortal;
buildObjectGeometryFromOBJ(objectPortal, fileNamePortal, smoothObjectFlag, verticesObjPortal, indicesObjPortal, normalsObjPortal);*/
/*std::string fileNamePortal="../objs/portail.obj";
std::vector<GLfloat> verticesObjPortal;
std::vector<GLuint> indicesObjPortal;
std::vector<GLfloat> normalsObjPortal;
buildObjectGeometryFromOBJ(objectPortal, fileNamePortal, smoothObjectFlag, verticesObjPortal, indicesObjPortal, normalsObjPortal);*/
//__________________________________________________________________________
// Objects we want to see
std::cout<<" Objects to draw setting"<<std::endl;
//axis
GLuint axisID=scene->addObjectToDraw(storedObjectAxisID);
scene->setDrawnObjectShaderID(axisID, lightingShaderID);
//BoundingBox
GLuint BBID=scene->addObjectToDraw(storedObjectBBID);
//scene->setDrawnObjectShaderID(BBID, lightingShaderID);
GLfloat yellow[4]= {0.0, 0.8, 0.4, 1.0};
scene->setDrawnObjectColor(BBID, yellow);
//cible
GLuint cibleID=scene->addObjectToDraw(storedObjectCibleID);
scene->setDrawnObjectShaderID(cibleID, lightingShaderID);
GLfloat blue[4]= {0.0, 0.3, 0.7, 1.0};
scene->setDrawnObjectColor(cibleID, blue);
//environnement
GLfloat S[16];
GLfloat s[3] = {3.0, 2.0, 3.0} ;
setToScale(S, s);
GLuint labyID=scene->addObjectToDraw(storedObjectLaby);
//scene->setDrawnObjectModel(labyID, S);
scene->setDrawnObjectColor(labyID, red);
scene->setDrawnObjectShaderID(labyID, lightingShaderID);
//std::cout<<"ID SHADER :"<<lightingShaderID<<std::endl;
/*cible
GLuint trID=scene->addObjectToDraw(storedObjectTrID);
scene->setDrawnObjectShaderID(trID, lightingShaderID);
GLfloat zarb[4]={0.4, 0.7, 0.2, 1.0};
scene->setDrawnObjectColor(trID, zarb);*/
std::cout<<scene->nbStoredObjects<<std::endl;
//__________________________________________________________________________
// Other informations
// Background color creation
GLfloat black[]= {0.0, 0.0, 0.0, 1.0};
application->setBackgroundColor(black);
//__________________________________________________________________________
// Errors checking
std::cout<<" Errors cheking before the loop"<<std::endl;
printGlErrors();
std::cout<<std::endl;
//__________________________________________________________________________
// Loop start !
std::cout<<" Looping !! "<<std::endl;
application->lastStartTime=getTime();
application->initTimers();
application->loop();
printGlErrors();
std::cout<<std::endl;
//__________________________________________________________________________
// Cleaning and finishing
std::cout<<" Cleaning before leaving"<<std::endl;
delete application;
return 0;
}