MotionGraphController::MotionGraphController(MotionGraph* _motion_graph,
MotionDataSpecification& _motion_data_specs,
float _character_size_scale)
: frame_rate(120.0f), character_size_scale(_character_size_scale)
{
readInMotionSequences(_motion_data_specs);
motion_graph = _motion_graph;
// force a transition to start of first sequence
string initial_seqID = _motion_data_specs.getSeqID(0);
status.active_seqID = initial_seqID;
status.active_frame = 0;
status.active_frame = LONG_MAX;
status.transition_trigger_frame = 0;
status.transition_frame = 0;
status.transition_seqID = initial_seqID;
status.current_time = -1.0f;
status.frame_zero_time = 0.0f;
}
MotionGraphController::MotionGraphController(MotionGraph &input)
{
g = input;
//Connector(g.allFrames.at(0), g.allFrames.at(1));
cout << "initializing Motion Graph Controller \n Reading all frames to test first \n then Checking for neighbors \n" << endl;
// pretty much tests to see if all frames are readable in the graph;
readAllFrames();
//read in the motion sequences
readInMotionSequences();
//read all the ids in the vector of MsVNames
readAllSequenceIDs();
/* test code*/
status.FrameNumber = 0;
status.SeqID = "swing5.bvh";
status.isTransitioning = true;
status.TransitionToSeqId = "swing5.bvh";
MotionSequence *MS;
MotionSequence *MS2;
MotionSequence *MS3;
MotionSequence *MS4;
MS = returnMotionSequenceContainerFromID(status.SeqID).MS;
status.FrameNumberTransition = MS->numFrames();
status.FrameNumberTransitionTo = 0;
//temp vertex target list
/*
MotionGraphController::vertexTargets temp;
temp.SeqID = "swing5.bvh";
temp.SeqID2 = "swing6.bvh";
temp.FrameNumber = MS->numFrames();
temp.FrameNumber2 = 0;
path.push_back(temp);
//second transition
MS2 = returnMotionSequenceContainerFromID("swing6.bvh").MS;
temp.SeqID = "swing6.bvh";
temp.SeqID2 = "swing5.bvh";
temp.FrameNumber = MS2->numFrames();
temp.FrameNumber2 = 0;
path.push_back(temp);
MS3 = returnMotionSequenceContainerFromID("swing5.bvh").MS;
temp.SeqID = "swing5.bvh";
temp.SeqID2 = "swing7.bvh";
temp.FrameNumber = MS3->numFrames();
temp.FrameNumber2 = 0;
path.push_back(temp);
MS4 = returnMotionSequenceContainerFromID("swing7.bvh").MS;
temp.SeqID = "swing7.bvh";
temp.SeqID2 = "swing8.bvh";
temp.FrameNumber = MS4->numFrames();
temp.FrameNumber2 = 0;
path.push_back(temp);
MS4 = returnMotionSequenceContainerFromID("swing8.bvh").MS;
temp.SeqID = "swing8.bvh";
temp.SeqID2 = "swing9.bvh";
temp.FrameNumber = MS4->numFrames();
temp.FrameNumber2 = 0;
path.push_back(temp);
MS4 = returnMotionSequenceContainerFromID("swing9.bvh").MS;
temp.SeqID = "swing9.bvh";
temp.SeqID2 = "swing10.bvh";
temp.FrameNumber = MS4->numFrames();
temp.FrameNumber2 = 0;
path.push_back(temp);
MS4 = returnMotionSequenceContainerFromID("swing10.bvh").MS;
temp.SeqID = "swing10.bvh";
temp.SeqID2 = "swing11.bvh";
temp.FrameNumber = MS4->numFrames();
temp.FrameNumber2 = 0;
path.push_back(temp);
printStatus();
cout << "update status" << endl;
iterateStatus();
pathBackup = path;
*/
//set the current_vertex
// only use once the names of the files MS match up with the names of the motion graph verticies
//CurrentVertex = FindVertex(status.SeqID, status.FrameNumber);
//cout << "just for testing" << endl;
}
