gameEntityT* newPlayerEntity(void) {
gameEntityT* entity = newEntity();
entity->data = calloc(1, sizeof(playerEntityDataT));
const a3dsDataT* a3ds = gameResource ("mesh:player", ResMesh);
triMeshT* mesh = a3dsCreateMesh (a3ds, "Teapot002");
materialT* mat = a3dsCreateMaterial(a3ds, "Material #25");
assert(mesh != NULL);
assert(mat != NULL);
gameComponentT* gfx = newGraphicsComponent(mesh, mat);
graphicsComponentDataT* gfx_data = gfx->data;
assert(gfx_data->material != NULL);
gameComponentT* phys = newPhysicsComponent(1.0f);
phys->update_fn = handleInput;
physicsComponentDataT* phys_data = phys->data;
bodySetDerivativeFn(phys_data->body, playerDerivativeFn);
attachComponent(entity, gfx);
attachComponent(entity, phys);
return (entity);
}
gameEntityT* newAsteroidEntity(void) {
gameEntityT* entity = newEntity();
entity->data = calloc(1, sizeof(asteroidEntityDataT));
gameComponentT* gfx = createGraphicsComponent();
gfx->update_fn = rotateAsteroid;
gameComponentT* phys = createPhysicsComponent();
attachComponent(entity, gfx);
attachComponent(entity, phys);
asteroidEntityDataT* asteroid = entity->data;
asteroid->a1 = (rand() / (float)RAND_MAX - 0.5f) * 6.0f;
asteroid->a2 = (rand() / (float)RAND_MAX - 0.5f) * 6.0f;
asteroid->angle1 = 0.0f;
asteroid->angle2 = 0.0f;
asteroid->scale = 0.03f * (0.5f + rand() / (float)RAND_MAX);
asteroid->rot_axis_1 = randomVector();
asteroid->rot_axis_2 = randomVector();
return (entity);
}
void WEXPORT MProject::readSelf( WObjectFile& p )
{
if( !_recursing ) {
if( p.version() < 26 ) {
p.readObject( &_filename );
}
_filename = p.filename();
// _filename.toLower();
setMakefile();
if( p.version() > 26 ) {
p.readObject( &_before );
p.readObject( &_after );
}
int icount;
p.readObject( &icount );
for( int i=0; i<icount; i++ ) {
WFileName tgtFilename;
p.readObject( &tgtFilename );
if( p.version() < 35 ) {
tgtFilename.relativeTo( _filename );
}
if( !attachComponent( tgtFilename ) ) {
//this line won't work; no view attached yet!
//sayf( SayWarning, SayOk, "IDE Error: Unable to read target file '%s'", (const char*)tgtFilename );
}
}
_dirty = false;
_needsMake = true;
}
}
void MyActor::initializeComponents()
{
mA = createComponent<ke::NodeComponent>();
attachComponent(mA);
mB = createComponent<ke::AnimatorComponent>();
attachComponent(mB);
mB->setPosition(-32.f, -32.f);
mB->addAnimation("idle", "ninja-cat-idle");
mB->addAnimation("run", "ninja-cat-run");
mB->playAnimation("idle");
if (mScene.useLight())
{
mC = createComponent<ke::PointLightComponent>();
attachComponent(mC);
ke::Texture& texture = getApplication().getResource<ke::Texture>("pointLightTexture");
mC->setTexture("pointLightTexture");
mC->setOrigin(sf::Vector2f(texture.getSize().x * 0.5f, texture.getSize().y * 0.5f));
mC->setColor(sf::Color(200, 200, 10));
mC->setIntensity(5.f);
}
mD = createComponent<ke::InputComponent>();
if (mBody != nullptr)
{
mE = createComponent<ke::PhysicComponent>();
attachComponent(mE);
mE->setPoints({ { -10.f, -10.f },{ 10.f, -10.f },{ 10.f, 20.f },{ -10.f, 20.f } });
mE->setDensity(1.f);
}
mCam = createComponent<ke::CameraComponent>();
attachComponent(mCam);
}
bool JFrameLayout::invokeMethod(const std::string &method, int argc, ...)
{
bool result = false;
va_list ap;
va_start(ap, argc);
// 挂载组件
if (method == "attach_component") {
if (argc == 2) {
IJComponent *component = va_arg(ap, IJComponent*);
#if defined(__unix__)
bool stayOn = va_arg(ap, int);
#else
bool stayOn = va_arg(ap, bool);
#endif
result = attachComponent(component, stayOn);
}
}
NAMESPACE_APX3D_BEGIN
Object::Object() {
Transform *trans = new Transform();
attachComponent(trans);
}