void drawLefthand( WiiMote &wm )
{
static arOBJRenderer obj;
static bool init = false;
if( !init )
{
obj.readOBJ( "LeftHand.obj" );
init = true;
}
glPushMatrix();
glMultMatrixf( wm.getMatrix().v );
obj.draw();
glPopMatrix();
}
// start callback
// Purposes:
// - Register shared memory by adding transfer fields. This is to syncronize cluster-based
// systems, hence we don't need to do this. But there's a few examples anyway.
// - Set up navigation through the framework by specifying translation conditions, rotation
// conditions, translation speed, and rotation speed. We provide a couple examples here.
// - Initialize any global variables specific to your application.
// Notes:
// DO NOT initialize OpenGL here. The start callback is called before window creation.
// Instead initialize OpenGL in the windowStartGL callback.
bool start(arMasterSlaveFramework& framework, arSZGClient& client )
{
theMrCreepyBook7.setMatrix(ar_translationMatrix(-3,4,-7));
objects.push_back(&theMrCreepyBook7);
theMrBookshelf6.setMatrix(ar_translationMatrix(-3,3,-7));
objects.push_back(&theMrBookshelf6);
theMrDungeonRoom5.setMatrix(ar_translationMatrix(0,4,-5));
objects.push_back(&theMrDungeonRoom5);
// Register shared memory. Not needed for non-cluster-based systems.
// framework.addTransferField(char* name, void* address, arDataType type, int numElements);
vector<arInteractable*>::iterator i;
for(i=objects.begin(); i != objects.end(); ++i)
{
Object* obj = ((Object*)(*i));
obj->loadedOBJ.normalizeModelSize();
ostringstream ostr;
ostr << "objMatrix" << &i;
arMatrix4 obM = obj->matrix;
framework.addTransferField(ostr.str(), &obM, AR_FLOAT, 16);
}
// Set up navigation.
// A traditional pointing technique using the joystick with left and right rotating the scene.
// Translate along Z-axis (forwards/backwards) if joystick is pressed more than 20% along axis 1.
framework.setNavTransCondition('z', AR_EVENT_AXIS, 1, 0.2);
// Rotate around Y-axis (vertical) if joystick is pressed more than 20% along axis 0.
//framework.setNavRotCondition('y', AR_EVENT_AXIS, 0, 0.2); //FOR ROTATE
framework.setNavTransCondition('x', AR_EVENT_AXIS, 0, 0.2); //FOR STRAFING
// Set translation speed to 5 feet/second.
framework.setNavTransSpeed(5.0);
// Set rotation speed to 30 degrees/second.
framework.setNavRotSpeed(30.0);
// Initialize application variables here.
// Move object's to initial positions.
// Create sound transform.
soundTransformID = dsTransform("world", framework.getNavNodeName(), ar_scaleMatrix(1.0));
// Parameters are:
// name - string name for sound
// transformName - string name for dsTransform
// loopType - 1 for continuous, -1 for one-time, 0 to stop
// loudness - float from 0.0 (quiet) to 1.0 (max)
// positionVector - vector position of sound origin
// Create loop for click sound.
clickSound = dsLoop("click", "world", "click.mp3", 0, 1.0, arVector3(0, 0, 0));
musicNotey.readOBJ("MusicNote.obj","data/obj");
// Return true if everything is initialized correctly.
return true;
}