/**
* @brief Interpolates the camera movement from the given start point to the given end point
* @sa CL_CameraMove
* @sa CL_ViewCenterAtGridPosition
* @param[in] from The grid position to start the camera movement from
* @param[in] target The grid position to move the camera to
*/
void CL_CameraRoute (const pos3_t from, const pos3_t target)
{
if (!cl_centerview->integer)
return;
/* initialize the camera route variables */
PosToVec(from, routeFrom);
PosToVec(target, routeDelta);
VectorSubtract(routeDelta, routeFrom, routeDelta);
routeDelta[2] = 0;
routeDist = VectorLength(routeDelta);
VectorNormalize(routeDelta);
/* center the camera on the route starting position */
VectorCopy(routeFrom, cl.cam.origin);
/* set the world level to the z axis value of the camera target
* the camera lerp will do a smooth translate from the old level
* to the new one */
Cvar_SetValue("cl_worldlevel", target[2]);
VectorClear(cl.cam.speed);
cameraRoute = true;
CL_BlockBattlescapeEvents(true);
}
/**
* @param[in] mapTiles List of tiles the current (RMA-)map is composed of
* @param[in] start trace start vector
* @param[in] end trace end vector
* @param[in] box The box we move through the world
* @param[in] levelmask Selects which submodels get scanned.
* @param[in] brushmask brushes the trace should stop at (see MASK_*)
* @param[in] brushreject brushes the trace should ignore (see MASK_*)
* @brief Traces all submodels in all tiles. Used by ufo and ufo_ded.
*/
trace_t CM_CompleteBoxTrace (mapTiles_t *mapTiles, const vec3_t start, const vec3_t end, const AABB &box, int levelmask, int brushmask, int brushreject)
{
trace_t newtr, tr;
int tile, i;
vec3_t smin, smax, emin, emax, wpmins, wpmaxs;
const vec3_t offset = {UNIT_SIZE / 2, UNIT_SIZE / 2, UNIT_HEIGHT / 2};
OBJZERO(tr);
tr.fraction = 2.0f;
/* Prep the mins and maxs */
for (i = 0; i < 3; i++) {
smin[i] = start[i] + std::min(box.mins[i], box.maxs[i]);
smax[i] = start[i] + std::max(box.mins[i], box.maxs[i]);
emin[i] = end[i] + std::min(box.mins[i], box.maxs[i]);
emax[i] = end[i] + std::max(box.mins[i], box.maxs[i]);
}
/* trace against all loaded map tiles */
for (tile = 0; tile < mapTiles->numTiles; tile++) {
mapTile_t *myTile = &mapTiles->mapTiles[tile];
PosToVec(myTile->wpMins, wpmins);
VectorSubtract(wpmins, offset, wpmins);
PosToVec(myTile->wpMaxs, wpmaxs);
VectorAdd(wpmaxs, offset, wpmaxs);
/* If the trace is completely outside of the tile, then skip it. */
if (smax[0] < wpmins[0] && emax[0] < wpmins[0])
continue;
if (smax[1] < wpmins[1] && emax[1] < wpmins[1])
continue;
if (smax[2] < wpmins[2] && emax[2] < wpmins[2])
continue;
if (smin[0] > wpmaxs[0] && emin[0] > wpmaxs[0])
continue;
if (smin[1] > wpmaxs[1] && emin[1] > wpmaxs[1])
continue;
if (smin[2] > wpmaxs[2] && emin[2] > wpmaxs[2])
continue;
newtr = TR_TileBoxTrace(myTile, start, end, box, levelmask, brushmask, brushreject);
newtr.mapTile = tile;
/* memorize the trace with the minimal fraction */
if (newtr.fraction == 0.0)
return newtr;
if (newtr.fraction < tr.fraction)
tr = newtr;
}
return tr;
}
/**
* @param[in] mapTiles List of tiles the current (RMA-)map is composed of
* @param[in] trLine The line to trace
* @param[in] box The box we move through the world
* @param[in] levelmask Selects which submodels get scanned.
* @param[in] brushmask brushes the trace should stop at (see MASK_*)
* @param[in] brushreject brushes the trace should ignore (see MASK_*)
* @brief Traces all submodels in all tiles. Used by ufo and ufo_ded.
*/
trace_t CM_CompleteBoxTrace (mapTiles_t* mapTiles, const Line& trLine, const AABB& box, int levelmask, int brushmask, int brushreject)
{
int tile;
vec3_t smin, smax, emin, emax, wpmins, wpmaxs;
const vec3_t offset = {UNIT_SIZE / 2, UNIT_SIZE / 2, UNIT_HEIGHT / 2};
trace_t tr;
tr.fraction = 2.0f;
VectorCopy(trLine.stop, tr.endpos); /* optimistically set the endpos just in case we are outside of ALL the tiles, so TR_TileBoxTrace won't do it */
/* Prep the mins and maxs */
for (int i = 0; i < 3; i++) {
smin[i] = trLine.start[i] + std::min(box.mins[i], box.maxs[i]);
smax[i] = trLine.start[i] + std::max(box.mins[i], box.maxs[i]);
emin[i] = trLine.stop[i] + std::min(box.mins[i], box.maxs[i]);
emax[i] = trLine.stop[i] + std::max(box.mins[i], box.maxs[i]);
}
/* trace against all loaded map tiles */
for (tile = 0; tile < mapTiles->numTiles; tile++) {
MapTile& myTile = mapTiles->mapTiles[tile];
PosToVec(myTile.wpMins, wpmins);
VectorSubtract(wpmins, offset, wpmins);
PosToVec(myTile.wpMaxs, wpmaxs);
VectorAdd(wpmaxs, offset, wpmaxs);
/* If the trace is completely outside of the tile, then skip it. */
if (smax[0] < wpmins[0] && emax[0] < wpmins[0])
continue;
if (smax[1] < wpmins[1] && emax[1] < wpmins[1])
continue;
if (smax[2] < wpmins[2] && emax[2] < wpmins[2])
continue;
if (smin[0] > wpmaxs[0] && emin[0] > wpmaxs[0])
continue;
if (smin[1] > wpmaxs[1] && emin[1] > wpmaxs[1])
continue;
if (smin[2] > wpmaxs[2] && emin[2] > wpmaxs[2])
continue;
trace_t newtr = TR_TileBoxTrace(&myTile, trLine.start, trLine.stop, box, levelmask, brushmask, brushreject);
newtr.mapTile = tile;
/* memorize the trace with the minimal fraction */
if (newtr.fraction == 0.0)
return newtr;
if (newtr.fraction < tr.fraction)
tr = newtr;
}
return tr;
}
/**
* @brief Centers the camera on a given grid field
* @sa CL_CameraMove
* @sa LE_CenterView
* @sa CL_CameraRoute
*/
void CL_ViewCenterAtGridPosition (const pos3_t pos)
{
vec3_t vec;
PosToVec(pos, vec);
VectorCopy(vec, cl.cam.origin);
Cvar_SetValue("cl_worldlevel", pos[2]);
}
static void LE_PlayFootStepSound (le_t* le)
{
if (Q_strvalid(le->teamDef->footstepSound)) {
S_LoadAndPlaySample(le->teamDef->footstepSound, le->origin, SOUND_ATTN_NORM, SND_VOLUME_FOOTSTEPS);
return;
}
/* walking in water will not play the normal footstep sounds */
if (!le->pathContents[le->pathPos]) {
vec3_t from, to;
/* prepare trace vectors */
PosToVec(le->pos, from);
VectorCopy(from, to);
/* we should really hit the ground with this */
to[2] -= UNIT_HEIGHT;
const trace_t trace = CL_Trace(Line(from, to), AABB::EMPTY, nullptr, nullptr, MASK_SOLID, cl_worldlevel->integer);
if (trace.surface)
LE_PlaySoundFileAndParticleForSurface(le, trace.surface->name);
} else
LE_PlaySoundFileForContents(le, le->pathContents[le->pathPos]);
}
/**
* @brief Plays step sounds and draw particles for different terrain types
* @param[in] le The local entity to play the sound and draw the particle for
* @param[in] textureName The name of the texture the actor is standing on
* @sa LET_PathMove
*/
static void LE_PlaySoundFileAndParticleForSurface (le_t* le, const char* textureName)
{
const terrainType_t* t = Com_GetTerrainType(textureName);
if (!t)
return;
/* origin might not be up-to-date here - but pos should be */
vec3_t origin;
PosToVec(le->pos, origin);
/** @todo use the Grid_Fall method (ACTOR_SIZE_NORMAL) to ensure, that the particle is
* drawn at the ground (if needed - maybe the origin is already ground aligned)*/
if (t->particle) {
/* check whether actor is visible */
if (!LE_IsStunned(le) && LE_IsLivingAndVisibleActor(le))
CL_ParticleSpawn(t->particle, 0, origin);
}
if (t->footstepSound) {
Com_DPrintf(DEBUG_SOUND, "LE_PlaySoundFileAndParticleForSurface: volume %.2f\n", t->footstepVolume);
S_LoadAndPlaySample(t->footstepSound, origin, SOUND_ATTN_STATIC, t->footstepVolume);
}
}
/**
* @param[in] l Routing lump ... (routing data lump from bsp file)
* @param[in] sX The x position on the world plane (grid position) - values from -(PATHFINDING_WIDTH/2) up to PATHFINDING_WIDTH/2 are allowed
* @param[in] sY The y position on the world plane (grid position) - values from -(PATHFINDING_WIDTH/2) up to PATHFINDING_WIDTH/2 are allowed
* @param[in] sZ The height level on the world plane (grid position) - values from 0 - PATHFINDING_HEIGHT are allowed
* @sa CM_AddMapTile
* @todo TEST z-level routing
*/
static void CMod_LoadRouting (RoutingLump& routingLump, const std::string& name, const lump_t * l,
byte* cModelBase, int sX, int sY, int sZ)
{
static routing_t tempMap[ACTOR_MAX_SIZE];
static routing_t clMap[ACTOR_MAX_SIZE];
static mapTile_t curTile;
byte *source;
int length;
int x, y, z, size, dir;
int minX, minY, minZ;
int maxX, maxY, maxZ;
unsigned int i;
double start, end;
const int targetLength = sizeof(curTile.wpMins) + sizeof(curTile.wpMaxs) + sizeof(tempMap);
start = time(NULL);
if (!GUINT32_TO_LE(l->filelen)) {
g_error("CMod_LoadRouting: Map has NO routing lump");
return;
}
source = cModelBase + GUINT32_TO_LE(l->fileofs);
i = CMod_DeCompressRouting(&source, (byte*) curTile.wpMins);
length = i;
i = CMod_DeCompressRouting(&source, (byte*) curTile.wpMaxs);
length += i;
i = CMod_DeCompressRouting(&source, (byte*) tempMap);
length += i;
if (length != targetLength) {
g_error("CMod_LoadRouting: Map has BAD routing lump; expected %i got %i", targetLength, length);
return;
}
/* endian swap possibly necessary */
for (i = 0; i < 3; i++) {
curTile.wpMins[i] = GUINT32_TO_LE(curTile.wpMins[i]);
curTile.wpMaxs[i] = GUINT32_TO_LE(curTile.wpMaxs[i]);
}
g_debug("wpMins:(%i, %i, %i) wpMaxs:(%i, %i, %i)\n", curTile.wpMins[0], curTile.wpMins[1], curTile.wpMins[2],
curTile.wpMaxs[0], curTile.wpMaxs[1], curTile.wpMaxs[2]);
/* Things that need to be done:
* The floor, ceiling, and route data can be copied over from the map.
* All data must be regenerated for cells with overlapping content or where new
* model data is adjacent to a cell with existing model data. */
/* Copy the routing information into our master table */
minX = std::max(curTile.wpMins[0], 0);
minY = std::max(curTile.wpMins[1], 0);
minZ = std::max(curTile.wpMins[2], 0);
maxX = std::min(curTile.wpMaxs[0], PATHFINDING_WIDTH - 1);
maxY = std::min(curTile.wpMaxs[1], PATHFINDING_WIDTH - 1);
maxZ = std::min(curTile.wpMaxs[2], PATHFINDING_HEIGHT - 1);
/** @todo check whether we need this copy code */
for (size = 0; size < ACTOR_MAX_SIZE; size++)
/* Adjust starting x and y by size to catch large actor cell overlap. */
for (y = minY - size; y <= maxY; y++)
for (x = minX - size; x <= maxX; x++) {
/* Just incase x or y start negative. */
if (x < 0 || y < 0)
continue;
for (z = minZ; z <= maxZ; z++) {
clMap[size].floor[z][y][x] = tempMap[size].floor[z - sZ][y - sY][x - sX];
clMap[size].ceil[z][y][x] = tempMap[size].ceil[z - sZ][y - sY][x - sX];
for (dir = 0; dir < CORE_DIRECTIONS; dir++) {
clMap[size].route[z][y][x][dir] = tempMap[size].route[z - sZ][y - sY][x - sX][dir];
clMap[size].stepup[z][y][x][dir] = tempMap[size].stepup[z - sZ][y - sY][x - sX][dir];
}
}
/* Update the reroute table */
/*if (!reroute[size][y][x]) {
reroute[size][y][x] = numTiles + 1;
} else {
reroute[size][y][x] = ROUTING_NOT_REACHABLE;
}*/
}
g_message("Done copying data.\n");
for (size = 0; size < 1; size++)
for (x = minX; x <= maxX; x++)
for (y = minY; y <= maxY; y++)
for (z = minZ; z <= maxZ; z++) {
pos3_t pos = { x, y, z };
vec3_t vect;
PosToVec(pos,vect);
/**@todo add other data to constructor: accessibility + connection states */
RoutingLumpEntry entry = RoutingLumpEntry(Vector3(vect), (z + 1));
FillRoutingLumpEntry(entry, clMap, pos);
/**@todo perhaps there is a better way than creating a const object for adding */
const RoutingLumpEntry toAdd = RoutingLumpEntry(entry);
routingLump.add(toAdd);
}
end = time(NULL);
g_message("Loaded routing for tile %s in %5.1fs\n", name.c_str(), end - start);
}
/**
* @brief This test cycles through the list of map definitions found in the maps.ufo script
* and tries to find surfaces to stand on with no sound assigned to them.
*
* This test takes too long to be run every time testall is run. So it's set up almost like a game:
* After 5 maps (the first of them is fully checked) with missing sounds, the test stops.
* If we manage to 'clean' one of those 5 maps, the next map will show up in the next run.
*/
TEST_F(FootStepTest, DISABLED_MapDefsFootSteps)
{
const char* filterId = TEST_GetStringProperty("mapdef-id");
const mapDef_t* md;
int mapCount = 0; // the number of maps read
int badMapCount = 0;
const int skipCount = 20; // to skip the first n mapDefs
const int badMapCountMax = 25; // # of maps with missing sounds before this test stops
const int mapCountMax = 150; // should of cause be higher than skip + bad
const int texCountMax = 30;
char texNames[texCountMax][MAX_QPATH];
bool done = false;
OBJZERO(texNames);
ASSERT_TRUE(csi.numMDs > 0);
MapDef_Foreach(md) {
if (md->mapTheme[0] == '.')
continue;
if (filterId && !Q_streq(filterId, md->id))
continue;
mapCount++;
if (mapCount <= skipCount)
continue;
/* use a known seed to reproduce an error */
unsigned int seed;
if (TEST_ExistsProperty("mapdef-seed")) {
seed = TEST_GetLongProperty("mapdef-seed");
} else {
seed = (unsigned int) time(nullptr);
}
srand(seed);
int count = 0;
Com_Printf("testMapDefsFootSteps: Mapdef %s (seed %u)\n", md->id, seed);
const char* asmName = (const char*)LIST_GetByIdx(md->params, 0);
SV_Map(true, md->mapTheme, asmName);
/* now that we have loaded the map, check all cells for walkable places */
GridBox mBox(sv->mapData.mapBox); // test ALL the cells
#if !FOOTSTEPS_FULL
if (mapCount >= skipCount + 4) { // after the first 4 maps, reduce the testing area
const pos3_t center = {148, 128, 0};
mBox.set(center, center); // the box on the map we're testing
mBox.expandXY(10); // just test a few cells around the center of the map
mBox.maxs[2] = 2; // and 3 levels high
}
#endif
mBox.clipToMaxBoundaries();
for (int x = mBox.getMinX(); x <= mBox.getMaxX() && !done; x++) {
for (int y = mBox.getMinY(); y <= mBox.getMaxY() && !done; y++) {
for (int z = mBox.getMinZ(); z <= mBox.getMaxZ(); z++) {
const int floor = sv->mapData.routing.getFloor(1, x, y, z);
if (floor < 0) // if we have a floor in that cell
continue;
const AABB noBox(vec3_origin, vec3_origin); // we're doing a point-trace
const pos3_t cellPos = {(pos_t)x, (pos_t)y, (pos_t)z}; // the cell in question
vec3_t from, to;
PosToVec(cellPos, from); // the center of the cell
VectorCopy(from, to); // also base for the endpoint of the trace
from[2] -= UNIT_HEIGHT / 2; // bottom of the cell
from[2] += (floor + 2) * QUANT; // add the height of the floor plus 2 QUANTS
to[2] -= 2 * UNIT_HEIGHT; // we should really hit the ground with this
const trace_t trace = SV_Trace(Line(from, to), noBox, nullptr, MASK_SOLID);
if (!trace.surface)
continue;
const char* snd = SV_GetFootstepSound(trace.surface->name);
if (snd)
continue;
for (int i = 0; i < texCountMax; ++i) {
if (!texNames[i][0]) { // found a free slot ?
Q_strncpyz(texNames[i], trace.surface->name, sizeof(texNames[i]));
count++;
break;
}
if (Q_streq(trace.surface->name, texNames[i])) // already there ?
break;
}
if (count > texCountMax) {
done = true;
break; // the z-loop
}
}
}
}
if (!texNames[0][0]) {
Com_Printf("In map %s, asm %s: Nothing detected\n", md->mapTheme, asmName);
} else {
++badMapCount;
for (int i = 0; i < texCountMax; ++i) {
if (texNames[i][0]) {
Com_Printf("In map %s, asm %s: No sound for: %s\n", md->mapTheme, asmName, texNames[i]);
}
}
}
OBJZERO(texNames);
SV_ShutdownGameProgs();
if (done || mapCount >= mapCountMax || badMapCount >= badMapCountMax)
break;
}
}
