void G_EventActorFall (const Edict& ent)
{
G_EventAdd(G_VisToPM(ent.visflags), EV_ACTOR_MOVE, ent.number);
gi.WriteByte(1);
gi.WriteByte(ent.pos[0]);
gi.WriteByte(ent.pos[1]);
gi.WriteByte(ent.pos[2]);
gi.WriteByte(makeDV(DIRECTION_FALL, ent.pos[2]));
gi.WriteShort(GRAVITY);
gi.WriteShort(0);
G_EventEnd();
}
static void Grid_SetMoveData (pathing_t *path, const pos3_t toPos, const int c, const byte length, const int dir, const int oz, const int oc, priorityQueue_t *pqueue)
{
pos4_t dummy;
RT_AREA_TEST_POS(path, toPos, c);
RT_AREA_POS(path, toPos, c) = length; /**< Store TUs for this square. */
RT_AREA_FROM_POS(path, toPos, c) = makeDV(dir, oz); /**< Store origination information for this square. */
Vector4Set(dummy, toPos[0], toPos[1], toPos[2], c);
/** @todo add heuristic for A* algorithm */
PQueuePush(pqueue, dummy, length);
}
/* tests for the new dvec format */
static void testDvec (void)
{
short dv1 = 0x0724;
CU_ASSERT_EQUAL(getDVdir(dv1), 0x07);
CU_ASSERT_EQUAL(getDVflags(dv1), 0x02);
CU_ASSERT_EQUAL(getDVz(dv1), 0x04);
short dv2 = makeDV(6, 3);
CU_ASSERT_EQUAL(dv2, 0x0603);
dv2 = setDVz(dv2, 4);
CU_ASSERT_EQUAL(dv2, 0x0604);
}
static void Grid_SetMoveData (pathing_t *path, const pos3_t toPos, const int crouch, const byte length, const int dir, const int oldZ)
{
RT_AREA_TEST_POS(path, toPos, crouch);
RT_AREA_POS(path, toPos, crouch) = length; /**< Store TUs for this square. */
RT_AREA_FROM_POS(path, toPos, crouch) = makeDV(dir, oldZ); /**< Store origination information for this square. */
}
