--- a/src/pathfind.cpp Mon Mar 26 21:31:37 2007 +0000
+++ b/src/pathfind.cpp Mon Mar 26 22:15:38 2007 +0000
@@ -1,5 +1,7 @@
/* $Id$ */
+/** @file pathfind.cpp */
+
#include "stdafx.h"
#include "openttd.h"
#include "bridge_map.h"
@@ -15,7 +17,7 @@
#include "variables.h"
#include "depot.h"
-// remember which tiles we have already visited so we don't visit them again.
+/* remember which tiles we have already visited so we don't visit them again. */
static bool TPFSetTileBit(TrackPathFinder *tpf, TileIndex tile, int dir)
{
uint hash, val, offs;
@@ -65,7 +67,7 @@
tpf->hash_tile[hash] = PATHFIND_GET_LINK_OFFS(tpf, link);
link->flags = tpf->hash_head[hash];
- tpf->hash_head[hash] = 0xFFFF; /* multi link */
+ tpf->hash_head[hash] = 0xFFFF; // multi link
link->next = 0xFFFF;
}
@@ -142,9 +144,9 @@
assert(tpf->tracktype == TRANSPORT_WATER);
- // This addition will sometimes overflow by a single tile.
- // The use of TILE_MASK here makes sure that we still point at a valid
- // tile, and then this tile will be in the sentinel row/col, so GetTileTrackStatus will fail.
+ /* This addition will sometimes overflow by a single tile.
+ * The use of TILE_MASK here makes sure that we still point at a valid
+ * tile, and then this tile will be in the sentinel row/col, so GetTileTrackStatus will fail. */
tile = TILE_MASK(tile + TileOffsByDiagDir(direction));
if (++tpf->rd.cur_length > 50)
@@ -160,8 +162,8 @@
if ( (bits & (bits - 1)) == 0 ) {
/* only one direction */
i = 0;
- while (!(bits&1))
- i++, bits>>=1;
+ while (!(bits & 1))
+ i++, bits >>= 1;
rd = tpf->rd;
goto continue_here;
@@ -172,7 +174,7 @@
if (!(bits & 1)) continue;
rd = tpf->rd;
- // Change direction 4 times only
+ /* Change direction 4 times only */
if ((byte)i != tpf->rd.pft_var6) {
if (++tpf->rd.depth > 4) {
tpf->rd = rd;
@@ -189,7 +191,7 @@
}
tpf->rd = rd;
- } while (++i, bits>>=1);
+ } while (++i, bits >>= 1);
}
@@ -284,7 +286,7 @@
/* Check in case of rail if the owner is the same */
if (tpf->tracktype == TRANSPORT_RAIL) {
- // don't enter train depot from the back
+ /* don't enter train depot from the back */
if (IsTileDepotType(tile, TRANSPORT_RAIL) && GetRailDepotDirection(tile) == direction) return;
if (IsTileType(tile_org, MP_RAILWAY) || IsTileType(tile_org, MP_STATION) || IsTileType(tile_org, MP_TUNNELBRIDGE))
@@ -292,12 +294,12 @@
if (GetTileOwner(tile_org) != GetTileOwner(tile)) return;
}
- // check if the new tile can be entered from that direction
+ /* check if the new tile can be entered from that direction */
if (tpf->tracktype == TRANSPORT_ROAD) {
- // road stops and depots now have a track (r4419)
- // don't enter road stop from the back
+ /* road stops and depots now have a track (r4419)
+ * don't enter road stop from the back */
if (IsStandardRoadStopTile(tile) && ReverseDiagDir(GetRoadStopDir(tile)) != direction) return;
- // don't enter road depot from the back
+ /* don't enter road depot from the back */
if (IsTileDepotType(tile, TRANSPORT_ROAD) && ReverseDiagDir(GetRoadDepotDirection(tile)) != direction) return;
}
@@ -323,7 +325,7 @@
if ((byte)bits != tpf->var2) {
bits &= _tpfmode1_and[direction];
- bits = bits | (bits>>8);
+ bits = bits | (bits >> 8);
}
bits &= 0xBF;
@@ -333,7 +335,7 @@
i = FIND_FIRST_BIT(bits);
bits = KILL_FIRST_BIT(bits);
- tpf->the_dir = (Trackdir)((_otherdir_mask[direction] & (byte)(1 << i)) ? (i+8) : i);
+ tpf->the_dir = (Trackdir)((_otherdir_mask[direction] & (byte)(1 << i)) ? (i + 8) : i);
rd = tpf->rd;
if (TPFSetTileBit(tpf, tile, tpf->the_dir) &&
@@ -375,7 +377,7 @@
i = FIND_FIRST_BIT(bits);
bits = KILL_FIRST_BIT(bits);
- tpf->the_dir = (Trackdir)((_otherdir_mask[direction] & (byte)(1 << i)) ? (i+8) : i);
+ tpf->the_dir = (Trackdir)((_otherdir_mask[direction] & (byte)(1 << i)) ? (i + 8) : i);
rd = tpf->rd;
if (TPFSetTileBit(tpf, tile, tpf->the_dir) &&
!tpf->enum_proc(tile, tpf->userdata, tpf->the_dir, tpf->rd.cur_length, &tpf->rd.pft_var6) ) {
@@ -401,10 +403,10 @@
tpf.rd.depth = 0;
tpf.rd.pft_var6 = 0;
- tpf.var2 = HASBIT(flags, 15) ? 0x43 : 0xFF; /* 0x8000 */
+ tpf.var2 = HASBIT(flags, 15) ? 0x43 : 0xFF; // 0x8000
- tpf.disable_tile_hash = HASBIT(flags, 12); /* 0x1000 */
- tpf.hasbit_13 = HASBIT(flags, 13); /* 0x2000 */
+ tpf.disable_tile_hash = HASBIT(flags, 12); // 0x1000
+ tpf.hasbit_13 = HASBIT(flags, 13); // 0x2000
tpf.tracktype = (TransportType)(flags & 0xFF);
@@ -425,8 +427,8 @@
struct StackedItem {
TileIndex tile;
- uint16 cur_length; // This is the current length to this tile.
- uint16 priority; // This is the current length + estimated length to the goal.
+ uint16 cur_length; ///< This is the current length to this tile.
+ uint16 priority; ///< This is the current length + estimated length to the goal.
TrackdirByte track;
byte depth;
byte state;
@@ -461,12 +463,12 @@
uint num_links_left;
uint nstack;
- StackedItem stack[256]; // priority queue of stacked items
+ StackedItem stack[256]; ///< priority queue of stacked items
- uint16 hash_head[0x400]; // hash heads. 0 means unused. 0xFFFC = length, 0x3 = dir
- TileIndex hash_tile[0x400]; // tiles. or links.
+ uint16 hash_head[0x400]; ///< hash heads. 0 means unused. 0xFFFC = length, 0x3 = dir
+ TileIndex hash_tile[0x400]; ///< tiles. or links.
- HashLink links[0x400]; // hash links
+ HashLink links[0x400]; ///< hash links
};
#define NTP_GET_LINK_OFFS(tpf, link) ((byte*)(link) - (byte*)tpf->links)
@@ -474,22 +476,22 @@
#define ARR(i) tpf->stack[(i)-1]
-// called after a new element was added in the queue at the last index.
-// move it down to the proper position
+/** called after a new element was added in the queue at the last index.
+ * move it down to the proper position */
static inline void HeapifyUp(NewTrackPathFinder *tpf)
{
StackedItem si;
int i = ++tpf->nstack;
while (i != 1 && ARR(i).priority < ARR(i>>1).priority) {
- // the child element is larger than the parent item.
- // swap the child item and the parent item.
- si = ARR(i); ARR(i) = ARR(i>>1); ARR(i>>1) = si;
- i>>=1;
+ /* the child element is larger than the parent item.
+ * swap the child item and the parent item. */
+ si = ARR(i); ARR(i) = ARR(i >> 1); ARR(i >> 1) = si;
+ i >>= 1;
}
}
-// called after the element 0 was eaten. fill it with a new element
+/** called after the element 0 was eaten. fill it with a new element */
static inline void HeapifyDown(NewTrackPathFinder *tpf)
{
StackedItem si;
@@ -501,27 +503,27 @@
if (n == 0) return; // heap is empty so nothing to do?
- // copy the last item to index 0. we use it as base for heapify.
- ARR(1) = ARR(n+1);
+ /* copy the last item to index 0. we use it as base for heapify. */
+ ARR(1) = ARR(n + 1);
- while ((j=i*2) <= n) {
- // figure out which is smaller of the children.
- if (j != n && ARR(j).priority > ARR(j+1).priority)
+ while ((j = i * 2) <= n) {
+ /* figure out which is smaller of the children. */
+ if (j != n && ARR(j).priority > ARR(j + 1).priority)
j++; // right item is smaller
assert(i <= n && j <= n);
if (ARR(i).priority <= ARR(j).priority)
break; // base elem smaller than smallest, done!
- // swap parent with the child
+ /* swap parent with the child */
si = ARR(i); ARR(i) = ARR(j); ARR(j) = si;
i = j;
}
}
-// mark a tile as visited and store the length of the path.
-// if we already had a better path to this tile, return false.
-// otherwise return true.
+/** mark a tile as visited and store the length of the path.
+ * if we already had a better path to this tile, return false.
+ * otherwise return true. */
static bool NtpVisit(NewTrackPathFinder* tpf, TileIndex tile, DiagDirection dir, uint length)
{
uint hash,head;
@@ -531,7 +533,7 @@
hash = PATHFIND_HASH_TILE(tile);
- // never visited before?
+ /* never visited before? */
if ((head=tpf->hash_head[hash]) == 0) {
tpf->hash_tile[hash] = tile;
tpf->hash_head[hash] = dir | (length << 2);
@@ -541,15 +543,15 @@
if (head != 0xffff) {
if (tile == tpf->hash_tile[hash] && (head & 0x3) == (uint)dir) {
- // longer length
+ /* longer length */
if (length >= (head >> 2)) return false;
tpf->hash_head[hash] = dir | (length << 2);
return true;
}
- // two tiles with the same hash, need to make a link
- // allocate a link. if out of links, handle this by returning
- // that a tile was already visisted.
+ /* two tiles with the same hash, need to make a link
+ * allocate a link. if out of links, handle this by returning
+ * that a tile was already visisted. */
if (tpf->num_links_left == 0) {
DEBUG(ntp, 1, "No links left");
return false;
@@ -564,12 +566,12 @@
tpf->hash_tile[hash] = NTP_GET_LINK_OFFS(tpf, link);
link->typelength = tpf->hash_head[hash];
- tpf->hash_head[hash] = 0xFFFF; /* multi link */
+ tpf->hash_head[hash] = 0xFFFF; // multi link
link->next = 0xFFFF;
} else {
- // a linked list of many tiles,
- // find the one corresponding to the tile, if it exists.
- // otherwise make a new link
+ /* a linked list of many tiles,
+ * find the one corresponding to the tile, if it exists.
+ * otherwise make a new link */
uint offs = tpf->hash_tile[hash];
do {
@@ -623,7 +625,7 @@
return length == (head >> 2);
}
- // else it's a linked list of many tiles
+ /* else it's a linked list of many tiles */
offs = tpf->hash_tile[hash];
for (;;) {
link = NTP_GET_LINK_PTR(tpf, offs);
@@ -638,21 +640,21 @@
static const uint16 _is_upwards_slope[15] = {
- 0, // no tileh
- (1 << TRACKDIR_X_SW) | (1 << TRACKDIR_Y_NW), // 1
- (1 << TRACKDIR_X_SW) | (1 << TRACKDIR_Y_SE), // 2
- (1 << TRACKDIR_X_SW), // 3
- (1 << TRACKDIR_X_NE) | (1 << TRACKDIR_Y_SE), // 4
- 0, // 5
- (1 << TRACKDIR_Y_SE), // 6
- 0, // 7
- (1 << TRACKDIR_X_NE) | (1 << TRACKDIR_Y_NW), // 8,
- (1 << TRACKDIR_Y_NW), // 9
- 0, //10
- 0, //11,
- (1 << TRACKDIR_X_NE), //12
- 0, //13
- 0, //14
+ 0, ///< no tileh
+ (1 << TRACKDIR_X_SW) | (1 << TRACKDIR_Y_NW), ///< 1
+ (1 << TRACKDIR_X_SW) | (1 << TRACKDIR_Y_SE), ///< 2
+ (1 << TRACKDIR_X_SW), ///< 3
+ (1 << TRACKDIR_X_NE) | (1 << TRACKDIR_Y_SE), ///< 4
+ 0, ///< 5
+ (1 << TRACKDIR_Y_SE), ///< 6
+ 0, ///< 7
+ (1 << TRACKDIR_X_NE) | (1 << TRACKDIR_Y_NW), ///< 8,
+ (1 << TRACKDIR_Y_NW), ///< 9
+ 0, ///< 10
+ 0, ///< 11,
+ (1 << TRACKDIR_X_NE), ///< 12
+ 0, ///< 13
+ 0, ///< 14
};
static uint DistanceMoo(TileIndex t0, TileIndex t1)
@@ -660,27 +662,27 @@
const uint dx = delta(TileX(t0), TileX(t1));
const uint dy = delta(TileY(t0), TileY(t1));
- const uint straightTracks = 2 * min(dx, dy); /* The number of straight (not full length) tracks */
+ const uint straightTracks = 2 * min(dx, dy); // The number of straight (not full length) tracks
/* OPTIMISATION:
* Original: diagTracks = max(dx, dy) - min(dx,dy);
* Proof:
* (dx-dy) - straightTracks == (min + max) - straightTracks = min + // max - 2 * min = max - min */
- const uint diagTracks = dx + dy - straightTracks; /* The number of diagonal (full tile length) tracks. */
+ const uint diagTracks = dx + dy - straightTracks; // The number of diagonal (full tile length) tracks.
return diagTracks*DIAG_FACTOR + straightTracks*STR_FACTOR;
}
-// These has to be small cause the max length of a track
-// is currently limited to 16384
+/* These has to be small cause the max length of a track
+ * is currently limited to 16384 */
static const byte _length_of_track[16] = {
DIAG_FACTOR, DIAG_FACTOR, STR_FACTOR, STR_FACTOR, STR_FACTOR, STR_FACTOR, 0, 0,
DIAG_FACTOR, DIAG_FACTOR, STR_FACTOR, STR_FACTOR, STR_FACTOR, STR_FACTOR, 0, 0
};
-// new more optimized pathfinder for trains...
-// Tile is the tile the train is at.
-// direction is the tile the train is moving towards.
+/* new more optimized pathfinder for trains...
+ * Tile is the tile the train is at.
+ * direction is the tile the train is moving towards. */
static void NTPEnum(NewTrackPathFinder* tpf, TileIndex tile, DiagDirection direction)
{
@@ -692,8 +694,8 @@
- // Need to have a special case for the start.
- // We shouldn't call the callback for the current tile.
+ /* Need to have a special case for the start.
+ * We shouldn't call the callback for the current tile. */
si.cur_length = 1; // Need to start at 1 cause 0 is a reserved value.
si.depth = 0;
si.state = 0;
@@ -701,7 +703,7 @@
goto start_at;
for (;;) {
- // Get the next item to search from from the priority queue
+ /* Get the next item to search from from the priority queue */
do {
if (tpf->nstack == 0)
return; // nothing left? then we're done!
@@ -709,10 +711,10 @@
tile = si.tile;
HeapifyDown(tpf);
- // Make sure we havn't already visited this tile.
+ /* Make sure we havn't already visited this tile. */
} while (!NtpCheck(tpf, tile, _tpf_prev_direction[si.track], si.cur_length));
- // Add the length of this track.
+ /* Add the length of this track. */
si.cur_length += _length_of_track[si.track];
callback_and_continue:
@@ -723,8 +725,8 @@
direction = _tpf_new_direction[si.track];
start_at:
- // If the tile is the entry tile of a tunnel, and we're not going out of the tunnel,
- // need to find the exit of the tunnel.
+ /* If the tile is the entry tile of a tunnel, and we're not going out of the tunnel,
+ * need to find the exit of the tunnel. */
if (IsTileType(tile, MP_TUNNELBRIDGE)) {
if (IsTunnel(tile)) {
if (GetTunnelDirection(tile) != ReverseDiagDir(direction)) {
@@ -733,7 +735,7 @@
/* We are not just driving out of the tunnel */
if (GetTunnelDirection(tile) != direction ||
GetTunnelTransportType(tile) != tpf->tracktype) {
- // We are not driving into the tunnel, or it is an invalid tunnel
+ /* We are not driving into the tunnel, or it is an invalid tunnel */
continue;
}
if (!HASBIT(tpf->railtypes, GetRailType(tile))) {
@@ -743,15 +745,15 @@
flotr = FindLengthOfTunnel(tile, direction);
si.cur_length += flotr.length * DIAG_FACTOR;
tile = flotr.tile;
- // tile now points to the exit tile of the tunnel
+ /* tile now points to the exit tile of the tunnel */
}
} else {
TileIndex tile_end;
if (GetBridgeRampDirection(tile) != ReverseDiagDir(direction)) {
- // We are not just leaving the bridge
+ /* We are not just leaving the bridge */
if (GetBridgeRampDirection(tile) != direction ||
GetBridgeTransportType(tile) != tpf->tracktype) {
- // Not entering the bridge or not compatible
+ /* Not entering the bridge or not compatible */
continue;
}
}
@@ -761,29 +763,29 @@
}
}
- // This is a special loop used to go through
- // a rail net and find the first intersection
+ /* This is a special loop used to go through
+ * a rail net and find the first intersection */
tile_org = tile;
for (;;) {
assert(direction <= 3);
tile += TileOffsByDiagDir(direction);
- // too long search length? bail out.
+ /* too long search length? bail out. */
if (si.cur_length >= tpf->maxlength) {
DEBUG(ntp, 1, "Cur_length too big");
bits = TRACK_BIT_NONE;
break;
}
- // Not a regular rail tile?
- // Then we can't use the code below, but revert to more general code.
+ /* Not a regular rail tile?
+ * Then we can't use the code below, but revert to more general code. */
if (!IsTileType(tile, MP_RAILWAY) || !IsPlainRailTile(tile)) {
- // We found a tile which is not a normal railway tile.
- // Determine which tracks that exist on this tile.
+ /* We found a tile which is not a normal railway tile.
+ * Determine which tracks that exist on this tile. */
uint32 ts = GetTileTrackStatus(tile, TRANSPORT_RAIL) & _tpfmode1_and[direction];
bits = TrackdirBitsToTrackBits((TrackdirBits)(ts & TRACKDIR_BIT_MASK));
- // Check that the tile contains exactly one track
+ /* Check that the tile contains exactly one track */
if (bits == 0 || KILL_FIRST_BIT(bits) != 0) break;
if (!HASBIT(tpf->railtypes, GetRailType(tile))) {
@@ -791,12 +793,12 @@
break;
}
- ///////////////////
- // If we reach here, the tile has exactly one track.
- // tile - index to a tile that is not rail tile, but still straight (with optional signals)
- // bits - bitmask of which track that exist on the tile (exactly one bit is set)
- // direction - which direction are we moving in?
- ///////////////////
+ /*******************
+ * If we reach here, the tile has exactly one track.
+ * tile - index to a tile that is not rail tile, but still straight (with optional signals)
+ * bits - bitmask of which track that exist on the tile (exactly one bit is set)
+ * direction - which direction are we moving in?
+ *******************/
si.track = _new_trackdir[FIND_FIRST_BIT(bits)][direction];
si.cur_length += _length_of_track[si.track];
goto callback_and_continue;
@@ -825,89 +827,89 @@
si.cur_length += _length_of_track[track];
- // Check if this rail is an upwards slope. If it is, then add a penalty.
- // Small optimization here.. if (track&7)>1 then it can't be a slope so we avoid calling GetTileSlope
+ /* Check if this rail is an upwards slope. If it is, then add a penalty.
+ * Small optimization here.. if (track&7)>1 then it can't be a slope so we avoid calling GetTileSlope */
if ((track & 7) <= 1 && (_is_upwards_slope[GetTileSlope(tile, NULL)] & (1 << track)) ) {
// upwards slope. add some penalty.
- si.cur_length += 4*DIAG_FACTOR;
+ si.cur_length += 4 * DIAG_FACTOR;
}
- // railway tile with signals..?
+ /* railway tile with signals..? */
if (HasSignals(tile)) {
if (!HasSignalOnTrackdir(tile, track)) {
- // if one way signal not pointing towards us, stop going in this direction => End of rail segment.
+ /* if one way signal not pointing towards us, stop going in this direction => End of rail segment. */
if (HasSignalOnTrackdir(tile, ReverseTrackdir(track))) {
bits = TRACK_BIT_NONE;
break;
}
} else if (GetSignalStateByTrackdir(tile, track) == SIGNAL_STATE_GREEN) {
- // green signal in our direction. either one way or two way.
+ /* green signal in our direction. either one way or two way. */
si.state |= 3;
} else {
- // reached a red signal.
+ /* reached a red signal. */
if (HasSignalOnTrackdir(tile, ReverseTrackdir(track))) {
- // two way red signal. unless we passed another green signal on the way,
- // stop going in this direction => End of rail segment.
- // this is to prevent us from going into a full platform.
- if (!(si.state&1)) {
+ /* two way red signal. unless we passed another green signal on the way,
+ * stop going in this direction => End of rail segment.
+ * this is to prevent us from going into a full platform. */
+ if (!(si.state & 1)) {
bits = TRACK_BIT_NONE;
break;
}
}
if (!(si.state & 2)) {
- // Is this the first signal we see? And it's red... add penalty
- si.cur_length += 10*DIAG_FACTOR;
+ /* Is this the first signal we see? And it's red... add penalty */
+ si.cur_length += 10 * DIAG_FACTOR;
si.state += 2; // remember that we added penalty.
- // Because we added a penalty, we can't just continue as usual.
- // Need to get out and let A* do it's job with
- // possibly finding an even shorter path.
+ /* Because we added a penalty, we can't just continue as usual.
+ * Need to get out and let A* do it's job with
+ * possibly finding an even shorter path. */
break;
}
}
if (tpf->enum_proc(tile, tpf->userdata, si.first_track, si.cur_length))
- return; /* Don't process this tile any further */
+ return; // Don't process this tile any further
}
- // continue with the next track
+ /* continue with the next track */
direction = _tpf_new_direction[track];
- // safety check if we're running around chasing our tail... (infinite loop)
+ /* safety check if we're running around chasing our tail... (infinite loop) */
if (tile == tile_org) {
bits = TRACK_BIT_NONE;
break;
}
}
- // There are no tracks to choose between.
- // Stop searching in this direction
+ /* There are no tracks to choose between.
+ * Stop searching in this direction */
if (bits == TRACK_BIT_NONE)
continue;
- ////////////////
- // We got multiple tracks to choose between (intersection).
- // Branch the search space into several branches.
- ////////////////
+ /****************
+ * We got multiple tracks to choose between (intersection).
+ * Branch the search space into several branches.
+ ****************/
- // Check if we've already visited this intersection.
- // If we've already visited it with a better length, then
- // there's no point in visiting it again.
+ /* Check if we've already visited this intersection.
+ * If we've already visited it with a better length, then
+ * there's no point in visiting it again. */
if (!NtpVisit(tpf, tile, direction, si.cur_length))
continue;
- // Push all possible alternatives that we can reach from here
- // onto the priority heap.
- // 'bits' contains the tracks that we can choose between.
+ /* Push all possible alternatives that we can reach from here
+ * onto the priority heap.
+ * 'bits' contains the tracks that we can choose between. */
- // First compute the estimated distance to the target.
- // This is used to implement A*
+ /* First compute the estimated distance to the target.
+ * This is used to implement A* */
estimation = 0;
if (tpf->dest != 0)
estimation = DistanceMoo(tile, tpf->dest);
si.depth++;
if (si.depth == 0)
- continue; /* We overflowed our depth. No more searching in this direction. */
+ continue; // We overflowed our depth. No more searching in this direction.
si.tile = tile;
while (bits != TRACK_BIT_NONE) {
Track track = RemoveFirstTrack(&bits);
@@ -915,7 +917,7 @@
assert(si.track != 0xFF);
si.priority = si.cur_length + estimation;
- // out of stack items, bail out?
+ /* out of stack items, bail out? */
if (tpf->nstack >= lengthof(tpf->stack)) {
DEBUG(ntp, 1, "Out of stack");
break;
@@ -925,9 +927,9 @@
HeapifyUp(tpf);
};
- // If this is the first intersection, we need to fill the first_track member.
- // so the code outside knows which path is better.
- // also randomize the order in which we search through them.
+ /* If this is the first intersection, we need to fill the first_track member.
+ * so the code outside knows which path is better.
+ * also randomize the order in which we search through them. */
if (si.depth == 1) {
assert(tpf->nstack == 1 || tpf->nstack == 2 || tpf->nstack == 3);
if (tpf->nstack != 1) {
@@ -944,12 +946,12 @@
}
}
- // Continue with the next from the queue...
+ /* Continue with the next from the queue... */
}
}
-// new pathfinder for trains. better and faster.
+/** new pathfinder for trains. better and faster. */
void NewTrainPathfind(TileIndex tile, TileIndex dest, RailTypeMask railtypes, DiagDirection direction, NTPEnumProc* enum_proc, void* data)
{
NewTrackPathFinder tpf;