Function LocalInterpComp_SetPosition

src/EntityComponents.c:418–437

#######################################################################################################################* *-----------------------------------------------LocalInterpolationComponent-----------------------------------------------* *#########################################################################################################################*/

*-----------------------------------------------LocalInterpolationComponent-----------------------------------------------*
*#########################################################################################################################*/
static void LocalInterpComp_SetPosition(struct Entity* e, struct LocationUpdate* update, int mode) {
	float yOffset;

	if (mode == LU_POS_ABSOLUTE_INSTANT || mode == LU_POS_ABSOLUTE_SMOOTH) {
		e->next.pos = update->pos;
	} else if (mode == LU_POS_RELATIVE_SMOOTH) {
		Vec3_AddBy(&e->next.pos, &update->pos);
	} else if (mode == LU_POS_RELATIVE_SHIFT) {
		Vec3_AddBy(&e->prev.pos, &update->pos);
		Vec3_AddBy(&e->next.pos, &update->pos);
	}

	/* If server sets Y position exactly on ground, push up a tiny bit */
	yOffset = e->next.pos.y - Math_Floor(e->next.pos.y);
	if (yOffset < ENTITY_ADJUSTMENT) e->next.pos.y += ENTITY_ADJUSTMENT;

	if (mode == LU_POS_ABSOLUTE_INSTANT) { 
		e->prev.pos = e->next.pos; e->Position = e->next.pos; 
	}
}

static void LocalInterpComp_Angle(float* prev, float* next, float value, cc_bool interpolate) {
	value = Math_ClampAngle(value);