//--------------------------------------------------------------
void AnimatedMotionPath::update(bool bEditorMode){
autoScalingXYZ();
assimpModel.update();
if(position.x != last_positionX){
setPosition(position);
last_positionX = position.x;
}
if(position.y != last_positionY){
setPosition(position);
last_positionY = position.y;
}
if(position.z != last_positionZ){
setPosition(position);
last_positionZ = position.z;
}
if(angleValX != last_angleValX){
setAngle2Rotate(angleValX, axis2RotateX); //, angleValY, axis2RotateY, angleValZ, axis2RotateZ);
last_angleValX = angleValX;
}
if(angleValY != last_angleValY){
setAngle2Rotate(angleValY, axis2RotateY); // , angleValY, axis2RotateY, angleValZ, axis2RotateZ);
last_angleValY = angleValY;
}
if(angleValZ != last_angleValZ){
setAngle2Rotate(angleValZ, axis2RotateZ); //, angleValY, axis2RotateY, angleValZ, axis2RotateZ);
last_angleValZ = angleValZ;
}
/* Update the model position acording to the motion path */
switch(m_eMotionControl){
case MOTION_CONTROL_LOOP:
assimpPath.setLoopStateForAllAnimations(OF_LOOP_NORMAL);
assimpPath.playAllAnimations();
break;
case MOTION_CONTROL_MANUAL:
assimpPath.setPausedForAllAnimations(true);
assimpPath.getAnimation(m_AnimationMeshNo).setPosition(m_motionPathCurPos);
break;
case MOTION_CONTROL_END_POINT:
/*
check if the current animation position is not >= m_bAnimationEndPos
and pause the animation until a new AnimationEndPos is given
TODO the end of the model animation, should reloop?
*/
if (m_motionPathCurPos >= m_bAnimationEndPos)
assimpPath.setPausedForAllAnimations(true);
else
assimpPath.setPausedForAllAnimations(false);
break;
}
assimpPath.update();
m_motionPathCurPos = assimpPath.getAnimation(m_AnimationMeshNo).getPosition();
setPosition(AssimpUtils::getAnimatedObjectPosition(assimpPath));
body.activate();
}
//--------------------------------------------------------------
void GeneratedMesh::update(bool bEditorMode){
autoScalingXYZ();
//Udpate mesch if there are changes
// add 3D mashes to ofxBullet shape
//for(int i = 0; i < assimpModel.getNumMeshes(); i++)
//{
//btVector3 myBtScale;
//myBtScale.setX(scale.x);
//myBtScale.setY(scale.y);
//myBtScale.setZ(scale.z);
//body.getRigidBody()->getCollisionShape()->setLocalScaling(myObjectScale);//->m_collisionShape
//setImplicitShapeDimensions(myBtScale);
//addMesh(assimpModel.getMesh(i), scale, true);
//}
if(position.x != last_positionX){
setPosition(position);
last_positionX = position.x;
}
if(position.y != last_positionY){
setPosition(position);
last_positionY = position.y;
}
if(position.z != last_positionZ){
setPosition(position);
last_positionZ = position.z;
}
if(angleValX != last_angleValX){
setAngle2Rotate(angleValX, axis2RotateX); //, angleValY, axis2RotateY, angleValZ, axis2RotateZ);
last_angleValX = angleValX;
}
if(angleValY != last_angleValY){
setAngle2Rotate(angleValY, axis2RotateY); // , angleValY, axis2RotateY, angleValZ, axis2RotateZ);
last_angleValY = angleValY;
}
if(angleValZ != last_angleValZ){
setAngle2Rotate(angleValZ, axis2RotateZ); //, angleValY, axis2RotateY, angleValZ, axis2RotateZ);
last_angleValZ = angleValZ;
}
if(bAnimate) {
vector< ofVec3f >& verts = mesh.getVertices();
vector< ofVec3f >& overts = omesh.getVertices();
for( int i = 0; i < verts.size(); i++ ) {
verts[i].y = ofSignedNoise( verts[i].x*0.025, verts[i].y*0.025 + verts[i].z*0.025, ofGetElapsedTimef() * 0.75 ) * 3;
}
body.updateMesh( this->world->world, mesh );
}
//world.update( ofGetLastFrameTime(), 12 );
body.activate();
}
