// Render a composite droid given a DROID_TEMPLATE structure.
//
void displayComponentButtonTemplate(DROID_TEMPLATE *psTemplate, Vector3i *Rotation, Vector3i *Position, BOOL RotXYZ, SDWORD scale)
{
static DROID Droid; // Made static to reduce stack usage.
SDWORD difference;
/* init to NULL */
memset( &Droid, 0, sizeof(DROID) );
setMatrix(Position, Rotation, RotXYZ);
pie_MatScale(scale / 100.f);
// Decide how to sort it.
difference = Rotation->y%360;
if((difference>0 && difference <180) || difference<-180)
{
leftFirst = false;
}
else
{
leftFirst = true;
}
droidSetBits(psTemplate,&Droid);
Droid.player = (UBYTE)selectedPlayer;
Droid.pos.x = Droid.pos.y = Droid.pos.z = 0;
//draw multi component object as a button object
displayCompObj(&Droid, true);
unsetMatrix();
}
// Render a composite droid given a DROID_TEMPLATE structure.
//
void displayComponentButtonTemplate(DROID_TEMPLATE *psTemplate, const Vector3i *Rotation, const Vector3i *Position, int scale)
{
const glm::mat4 matrix = setMatrix(Position, Rotation, scale);
// Decide how to sort it.
leftFirst = angleDelta(DEG(Rotation->y)) < 0;
DROID Droid(0, selectedPlayer);
memset(Droid.asBits, 0, sizeof(Droid.asBits));
droidSetBits(psTemplate, &Droid);
Droid.pos = Vector3i(0, 0, 0);
Droid.rot = Vector3i(0, 0, 0);
//draw multi component object as a button object
displayCompObj(&Droid, true, matrix);
}
// Render a composite droid given a DROID_TEMPLATE structure.
//
void displayComponentButtonTemplate(DROID_TEMPLATE *psTemplate, Vector3i *Rotation, Vector3i *Position, bool RotXYZ, SDWORD scale)
{
setMatrix(Position, Rotation, RotXYZ);
pie_MatScale(scale / 100.f);
// Decide how to sort it.
leftFirst = angleDelta(DEG(Rotation->y)) < 0;
DROID Droid(0, selectedPlayer);
memset(Droid.asBits, 0, sizeof(Droid.asBits));
droidSetBits(psTemplate,&Droid);
Droid.pos = Vector3i(0, 0, 0);
//draw multi component object as a button object
displayCompObj(&Droid, true);
unsetMatrix();
}
