void ofApp::setupModel(ofxAssimpModelLoader &mod) {
mod.loadModel("astroBoy_walk.dae", true);
mod.setPosition(ofGetWidth() * 0.75, (float)ofGetHeight() * 0.75 , 0);
mod.setRotation(0, 125, .0, 1.0, .0);
mod.setLoopStateForAllAnimations(OF_LOOP_NORMAL);
mod.playAllAnimations();
//if(!bAnimate) {
mod.setPausedForAllAnimations(true);
//}
models.push_back(&mod);
}
void setup() {
ofEnableDepthTest();
ofDisableArbTex();
img.loadImage("img1.jpg");
env.loadImage("env.jpg");
env1.loadImage("env1.jpg");
shader.load("material.vert","material.frag");
model.loadModel("wolf.dae", true);
}
void keyPressed(int key) {
if(key == '1') { model.loadModel("wolf.dae"); cube=false; }
if(key == '2') { model.loadModel("elephant.dae"); cube=false; }
if(key == '3') { model.loadModel("alduin.obj"); cube=false; }
if(key == '4') cube=!cube;
if(key == ' ') ofToggleFullscreen();
if(key == 'q') { shader.load("material.vert","material.frag"); reflect=false; sreflect=false; }
if(key == 'w') { shader.load("material.vert","material1.frag"); reflect=false; sreflect=false; }
if(key == 'e') { shader.load("material.vert","material2.frag"); reflect=false; sreflect=false; }
if(key == 'r') { shader.load("material.vert","material3.frag"); reflect=false; sreflect=false; }
if(key == 't') { shader.load("material.vert","material4.frag"); reflect=false; sreflect=false; }
if(key == 'y') { shader.load("material.vert","material5.frag"); reflect=false; sreflect=false; }
if(key == 'u') { shader.load("material.vert","material6.frag"); reflect=false; sreflect=false; }
if(key == 'i') { shader.load("material.vert","material7.frag"); reflect=false; sreflect=false; }
if(key == 'o') { shader.load("material.vert","material8.frag"); reflect=false; sreflect=false; }
if(key == 'p') { shader.load("material.vert","material9.frag"); reflect=false; sreflect=false; }
if(key == 'a') { shader.load("material.vert","material10.frag"); reflect=false; sreflect=false; }
if(key == 's') { shader.load("material.vert","material11.frag"); reflect=false; sreflect=false; }
if(key == 'd') { shader.load("material.vert","material12.frag"); reflect=false; sreflect=false; }
if(key == 'f') { shader.load("material.vert","material13.frag"); reflect=false; sreflect=false; }
if(key == 'g') { shader.load("material.vert","material14.frag"); reflect=false; sreflect=false; }
if(key == 'h') { shader.load("material.vert","material15.frag"); reflect=false; sreflect=false; }
if(key == 'j') { shader.load("material.vert","material16.frag"); reflect=false; sreflect=false; }
if(key == 'k') { shader.load("material.vert","material17.frag"); reflect=false; sreflect=false; }
if(key == 'l') { shader.load("material.vert","material18.frag"); reflect=false; sreflect=false; }
if(key == 'z') { shader.load("material.vert","material19.frag"); reflect=false; sreflect=false; }
if(key == 'x') { shader.load("material.vert","material20.frag"); reflect=false; sreflect=false; }
if(key == 'c') { shader.load("material_reflect.vert","material_reflect.frag"); reflect=true; sreflect=false; }
if(key == 'v') { shader.load("material_reflect_1.vert","material_reflect_1.frag"); reflect=true; sreflect=false; }
if(key == 'b') { shader.load("material_reflect_2.vert","material_reflect_2.frag"); sreflect=true; reflect=false; }
}
//--------------------------------------------------------------
void testApp::setup(){
model.loadModel("test.obj");
ofSetVerticalSync(true);
// this uses depth information for occlusion
// rather than always drawing things on top of each other
glEnable(GL_DEPTH_TEST);
// this sets the camera's distance from the object
cam.setDistance(100);
ofSetCircleResolution(64);
bShowHelp = true;
}
