public override void apply(Sim g)
{
if (player.mapHack) return;
// remove visibility from specified tiles
for (int i = 0; i < tiles.Count; i++) {
if (tiles[i].playerVisLatest(player) && !tiles[i].playerDirectVisLatest(player)) {
tiles[i].playerVis[player.id].Add(time);
player.unseenTiles++;
} else {
tiles[i] = null;
}
}
// add events to remove visibility from surrounding tiles
foreach (Tile tile in tiles) {
if (tile != null) {
for (int tX = Math.Max(0, tile.x - 1); tX <= Math.Min(g.tileLen() - 1, tile.x + 1); tX++) {
for (int tY = Math.Max(0, tile.y - 1); tY <= Math.Min(g.tileLen() - 1, tile.y + 1); tY++) {
if ((tX != tile.x || tY != tile.y) && g.tiles[tX, tY].playerVisLatest(player)) {
// ISSUE #29: lose visibility in a circle instead of a square
g.tiles[tX, tY].playerVisRemove(player, time + (1 << FP.precision) / g.maxSpeed);
}
}
}
}
}
if (Sim.enableNonLivePaths) {
// check if a tile stopped being exclusive to this player, or became exclusive to another player
Tile prevTile = null;
foreach (Tile tile in tiles) {
if (tile != null) {
int tXMax = Math.Min(g.tileLen() - 1, tile.x + g.tileVisRadius());
int tYMax = Math.Min(g.tileLen() - 1, tile.y + g.tileVisRadius());
for (int tX = Math.Max(0, tile.x - g.tileVisRadius()); tX <= tXMax; tX++) {
for (int tY = Math.Max(0, tile.y - g.tileVisRadius()); tY <= tYMax; tY++) {
if (g.inVis(tX - tile.x, tY - tile.y) && (prevTile == null || !g.inVis(tX - prevTile.x, tY - prevTile.y))) {
foreach (Player player2 in g.players) {
if (player2 == player && g.tiles[tX, tY].exclusiveLatest(player2)) {
g.tiles[tX, tY].exclusiveRemove(player2, time);
} else if (player2 != player && !g.tiles[tX, tY].exclusiveLatest(player2) && g.tiles[tX, tY].calcExclusive(player2)) {
g.tiles[tX, tY].exclusiveAdd(player2, time);
}
}
}
}
}
prevTile = tile;
}
}
}
}
public override void apply(Sim g)
{
if (tile.exclusiveLatest (unit.player) && !Waypoint.active (tile.waypointLatest (unit))
&& ((prev != null && prev == prev.tile.waypointLatest (unit))
|| (start != null && start.Last().segment().units.Contains(unit) && start.Last().segmentUnit().unseenAfter(start.Last().time)))) {
// add waypoint to specified tile
Waypoint waypoint = tile.waypointAdd (unit, time, prev, start);
// add events to add waypoints to surrounding tiles
for (int tX = Math.Max (0, tile.x - 1); tX <= Math.Min (g.tileLen () - 1, tile.x + 1); tX++) {
for (int tY = Math.Max (0, tile.y - 1); tY <= Math.Min (g.tileLen () - 1, tile.y + 1); tY++) {
if (tX != tile.x || tY != tile.y) {
g.events.addEvt (new WaypointAddEvt(time + new FP.Vector(tX - tile.x << FP.precision, tY - tile.y << FP.precision).length() / unit.type.speed,
unit, g.tiles[tX, tY], waypoint, null));
}
}
}
}
}
public override void apply(Sim g)
{
if (!g.players[player].mapHack && mapHack) {
for (int tX = 0; tX < g.tileLen (); tX++) {
for (int tY = 0; tY < g.tileLen (); tY++) {
if (!g.tiles[tX, tY].playerVisLatest (g.players[player])) {
g.tiles[tX, tY].playerVis[player].Add (time);
}
}
}
g.players[player].unseenTiles = 0;
for (int tX = 0; tX < g.tileLen (); tX++) {
for (int tY = 0; tY < g.tileLen (); tY++) {
bool exclusiveOld = g.tiles[tX, tY].exclusiveLatest (g.players[player]);
bool exclusiveNew = g.tiles[tX, tY].calcExclusive (g.players[player]);
if (!exclusiveOld && exclusiveNew) {
g.tiles[tX, tY].exclusiveAdd(g.players[player], time);
} else if (exclusiveOld && !exclusiveNew) {
g.tiles[tX, tY].exclusiveRemove(g.players[player], time);
}
}
}
} else if (g.players[player].mapHack && !mapHack) {
for (int tX = 0; tX < g.tileLen (); tX++) {
for (int tY = 0; tY < g.tileLen (); tY++) {
g.tiles[tX, tY].playerVisRemove (g.players[player], time);
}
}
}
g.players[player].mapHack = mapHack;
}
/// <summary>
/// loads scenario from json file and returns whether successful
/// </summary>
private bool scnOpen(string path, int user, bool multiplayer)
{
Hashtable json;
ArrayList jsonA;
bool b = false;
// ISSUE #17: in multiplayer games, host should load file & send data to other players, otherwise json double parsing may not match
if (!File.Exists(path)) return false;
json = (Hashtable)Procurios.Public.JSON.JsonDecode(File.ReadAllText(path), ref b);
if (!b) return false;
// base scenario
g = new Sim {
// not stored in scenario file
selUser = user,
networkView = multiplayer ? networkView : null,
events = new List<SimEvt>(),
cmdPending = new List<SimEvt>(),
checksum = 0,
synced = true,
timeSim = 0,
timeUpdateEvt = long.MinValue,
maxSpeed = 0,
deleteLines = new List<MoveLine>(),
keepLines = new List<MoveLine>(),
alternatePaths = new List<Path>(),
// stored in scenario file
mapSize = jsonFP(json, "mapSize"),
updateInterval = (long)jsonDouble(json, "updateInterval"),
tileInterval = (long)jsonDouble (json, "tileInterval"),
visRadius = jsonFP(json, "visRadius"),
camSpeed = jsonFP(json, "camSpeed"),
zoom = (float)jsonDouble(json, "zoom"),
zoomMin = (float)jsonDouble(json, "zoomMin"),
zoomMax = (float)jsonDouble(json, "zoomMax"),
zoomSpeed = (float)jsonDouble (json, "zoomSpeed"),
zoomMouseWheelSpeed = (float)jsonDouble (json, "zoomMouseWheelSpeed"),
uiBarHeight = (float)jsonDouble (json, "uiBarHeight"),
healthBarSize = jsonVector2(json, "healthBarSize"),
healthBarYOffset = (float)jsonDouble(json, "healthBarYOffset"),
stackRadius = jsonFP(json, "stackRadius"),
stackRotSpeed = (float)jsonDouble(json, "stackRotSpeed"),
backCol = jsonColor(json, "backCol"),
borderCol = jsonColor(json, "borderCol"),
noVisCol = jsonColor(json, "noVisCol"),
playerVisCol = jsonColor(json, "playerVisCol"),
unitVisCol = jsonColor(json, "unitVisCol"),
exclusiveCol = jsonColor(json, "exclusiveCol"),
waypointCol = jsonColor (json, "waypointCol"),
pathCol = jsonColor(json, "pathCol"),
healthBarBackCol = jsonColor(json, "healthBarBackCol"),
healthBarFullCol = jsonColor(json, "healthBarFullCol"),
healthBarEmptyCol = jsonColor(json, "healthBarEmptyCol"),
rscNames = new string[0],
players = new Player[0],
unitT = new UnitType[0],
units = new List<Unit>(),
paths = new List<Path>(),
};
if (g.updateInterval > 0) g.events.addEvt(new UpdateEvt(0));
if (g.tileInterval > 0) g.events.addEvt (new TileUpdateEvt(0));
g.camPos = jsonFPVector(json, "camPos", new FP.Vector(g.mapSize / 2, g.mapSize / 2));
// resources
jsonA = jsonArray(json, "resources");
if (jsonA != null) {
foreach (string rscName in jsonA) {
Array.Resize(ref g.rscNames, g.rscNames.Length + 1);
g.rscNames[g.rscNames.Length - 1] = rscName;
}
}
// players
jsonA = jsonArray(json, "players");
if (jsonA != null) {
foreach (Hashtable jsonO in jsonA) {
Hashtable jsonO2 = jsonObject(jsonO, "startRsc");
Player player = new Player {
g = this.g,
id = g.players.Length,
name = jsonString(jsonO, "name"),
isUser = jsonBool(jsonO, "isUser"),
user = (int)jsonDouble(jsonO, "user"),
populationLimit = (int)jsonDouble (jsonO, "populationLimit", -1),
startRsc = new long[g.rscNames.Length],
mapHack = jsonBool (jsonO, "mapHack"),
hasNonLivePaths = false,
timeGoLiveFailedAttempt = long.MinValue,
goLiveStackPaths = new Dictionary<int, HashSet<Path>>(),
unseenTiles = g.tileLen () * g.tileLen (),
};
for (int i = 0; i < g.rscNames.Length; i++) {
player.startRsc[i] = (jsonO2 != null) ? jsonFP(jsonO2, g.rscNames[i]) : 0;
}
Array.Resize(ref g.players, g.players.Length + 1);
g.players[g.players.Length - 1] = player;
}
foreach (Hashtable jsonO in jsonA) {
ArrayList jsonA2 = jsonArray(jsonO, "canAttack");
Player player = g.playerNamed(jsonString(jsonO, "name"));
player.canAttack = new bool[g.players.Length];
for (int i = 0; i < g.players.Length; i++) {
player.canAttack[i] = false;
}
if (jsonA2 != null) {
foreach (string s in jsonA2) {
if (g.playerNamed(s) != null) {
player.canAttack[g.playerNamed(s).id] = true;
}
}
}
}
foreach (Player player in g.players) {
player.immutable = player.calcImmutable();
}
}
// unit types
jsonA = jsonArray(json, "unitTypes");
if (jsonA != null) {
foreach (Hashtable jsonO in jsonA) {
Hashtable jsonO2 = jsonObject(jsonO, "rscCost");
Hashtable jsonO3 = jsonObject(jsonO, "rscCollectRate");
UnitType unitT = new UnitType {
id = g.unitT.Length,
name = jsonString(jsonO, "name"),
imgPath = jsonString(jsonO, "imgPath"),
imgOffset = jsonFPVector (jsonO, "imgOffset"),
imgHalfHeight = jsonFP (jsonO, "imgHalfHeight"),
maxHealth = (int)jsonDouble(jsonO, "maxHealth"),
speed = jsonFP(jsonO, "speed"),
reload = (long)jsonDouble(jsonO, "reload"),
range = jsonFP(jsonO, "range"),
tightFormationSpacing = jsonFP(jsonO, "tightFormationSpacing"),
seePrecedence = (int)jsonDouble (jsonO, "seePrecedence"),
makeUnitMinDist = jsonFP(jsonO, "makeUnitMinDist"),
makeUnitMaxDist = jsonFP(jsonO, "makeUnitMaxDist"),
makePathMinDist = jsonFP(jsonO, "makePathMinDist"),
makePathMaxDist = jsonFP(jsonO, "makePathMaxDist"),
rscCost = new long[g.rscNames.Length],
rscCollectRate = new long[g.rscNames.Length],
};
unitT.selMinPos = jsonFPVector (jsonO, "selMinPos", new FP.Vector(unitT.imgOffset.x - unitT.imgHalfHeight, unitT.imgOffset.y - unitT.imgHalfHeight));
unitT.selMaxPos = jsonFPVector (jsonO, "selMaxPos", new FP.Vector(unitT.imgOffset.x + unitT.imgHalfHeight, unitT.imgOffset.y + unitT.imgHalfHeight));
unitT.laserPos = jsonFPVector (jsonO, "laserPos", unitT.imgOffset);
if (unitT.speed > g.maxSpeed) g.maxSpeed = unitT.speed;
for (int i = 0; i < g.rscNames.Length; i++) {
unitT.rscCost[i] = (jsonO2 != null) ? jsonFP(jsonO2, g.rscNames[i]) : 0;
unitT.rscCollectRate[i] = (jsonO3 != null) ? jsonFP(jsonO3, g.rscNames[i]) : 0;
}
Array.Resize(ref g.unitT, g.unitT.Length + 1);
g.unitT[g.unitT.Length - 1] = unitT;
}
foreach (Hashtable jsonO in jsonA) {
Hashtable jsonO2 = jsonObject(jsonO, "damage");
ArrayList jsonA2 = jsonArray(jsonO, "canMake");
UnitType unitT = g.unitTypeNamed(jsonString(jsonO, "name"));
unitT.makeOnUnitT = g.unitTypeNamed(jsonString(jsonO, "makeOnUnitT"));
unitT.damage = new int[g.unitT.Length];
for (int i = 0; i < g.unitT.Length; i++) {
unitT.damage[i] = (jsonO2 != null) ? (int)jsonDouble(jsonO2, g.unitT[i].name) : 0;
}
unitT.canMake = new bool[g.unitT.Length];
for (int i = 0; i < g.unitT.Length; i++) {
unitT.canMake[i] = false;
}
if (jsonA2 != null) {
foreach (string s in jsonA2) {
if (g.unitTypeNamed(s) != null) {
unitT.canMake[g.unitTypeNamed(s).id] = true;
}
}
}
}
}
// tiles
g.tiles = new Tile[g.tileLen(), g.tileLen()];
for (int i = 0; i < g.tileLen(); i++) {
for (int j = 0; j < g.tileLen(); j++) {
g.tiles[i, j] = new Tile(g, i, j);
}
}
foreach (Player player in g.players) {
if (player.mapHack) {
player.mapHack = false;
new MapHackCmdEvt(g.timeSim, player.id, true).apply (g);
}
}
// units
jsonA = jsonArray(json, "units");
if (jsonA != null) {
foreach (Hashtable jsonO in jsonA) {
if (g.playerNamed(jsonString(jsonO, "player")) != null) {
ArrayList jsonA2 = jsonArray (jsonO, "types");
List<Unit> units = new List<Unit>();
if (jsonA2 != null) {
foreach (string type in jsonA2) {
if (g.unitTypeNamed(type) != null) {
Unit unit = new Unit(g, g.units.Count, g.unitTypeNamed(type), g.playerNamed(jsonString(jsonO, "player")));
g.units.Add (unit);
units.Add (unit);
}
}
}
FP.Vector startPos = jsonFPVector(jsonO, "startPos", new FP.Vector((long)(UnityEngine.Random.value * g.mapSize), (long)(UnityEngine.Random.value * g.mapSize)));
g.paths.Add (new Path(g, g.paths.Count, units, (long)jsonDouble(jsonO, "startTime"), startPos, false, int.MaxValue, g.tileAt(startPos).x, g.tileAt(startPos).y));
}
}
}
g.nRootPaths = g.paths.Count;
// start game
loadUI ();
g.timeGame = 0;
timeSpeedChg = (long)(Time.time * 1000) - 1000;
timeNow = (long)(Time.time * 1000);
return true;
}
public override void apply(Sim g)
{
bool anyoneMoved = false;
foreach (Path path in g.paths) {
int tXPrev, tYPrev;
if (path.timeSimPast == long.MaxValue && path.tileX != Sim.offMap && path.updateTilePos(time, out tXPrev, out tYPrev)) {
anyoneMoved = true;
int exclusiveMinX = g.tileLen() - 1;
int exclusiveMaxX = 0;
int exclusiveMinY = g.tileLen() - 1;
int exclusiveMaxY = 0;
// add path to visibility tiles
for (int tX = Math.Max (0, path.tileX - g.tileVisRadius()); tX <= Math.Min (g.tileLen () - 1, path.tileX + g.tileVisRadius()); tX++) {
for (int tY = Math.Max (0, path.tileY - g.tileVisRadius()); tY <= Math.Min (g.tileLen () - 1, path.tileY + g.tileVisRadius()); tY++) {
if (!g.inVis(tX - tXPrev, tY - tYPrev) && g.inVis(tX - path.tileX, tY - path.tileY)) {
if (!g.tiles[tX, tY].playerVisLatest(path.player)) {
// make tile visible to this player
g.tiles[tX, tY].playerVis[path.player.id].Add(time);
path.player.unseenTiles--;
if (Sim.enableNonLivePaths) {
if (tX < exclusiveMinX) exclusiveMinX = tX;
if (tX > exclusiveMaxX) exclusiveMaxX = tX;
if (tY < exclusiveMinY) exclusiveMinY = tY;
if (tY > exclusiveMaxY) exclusiveMaxY = tY;
}
}
// check if this tile stopped being exclusive to another player
if (Sim.enableNonLivePaths && !path.player.immutable) {
foreach (Player player in g.players) {
if (player != path.player && g.tiles[tX, tY].exclusiveLatest(player)) {
g.tiles[tX, tY].exclusiveRemove(player, time);
}
}
}
}
}
}
// remove path from visibility tiles
for (int tX = Math.Max (0, tXPrev - g.tileVisRadius()); tX <= Math.Min (g.tileLen () - 1, tXPrev + g.tileVisRadius()); tX++) {
for (int tY = Math.Max (0, tYPrev - g.tileVisRadius()); tY <= Math.Min (g.tileLen () - 1, tYPrev + g.tileVisRadius()); tY++) {
if (g.inVis(tX - tXPrev, tY - tYPrev) && !g.inVis(tX - path.tileX, tY - path.tileY)) {
// check if player can't directly see this tile anymore
if (g.tiles[tX, tY].playerVisLatest(path.player) && !g.tiles[tX, tY].playerDirectVisLatest(path.player)) {
long timePlayerVis = long.MaxValue;
// find lowest time that surrounding tiles lost visibility
for (int tX2 = Math.Max(0, tX - 1); tX2 <= Math.Min(g.tileLen() - 1, tX + 1); tX2++) {
for (int tY2 = Math.Max(0, tY - 1); tY2 <= Math.Min(g.tileLen() - 1, tY + 1); tY2++) {
if ((tX2 != tX || tY2 != tY) && !g.tiles[tX2, tY2].playerVisLatest(path.player)) {
if (g.tiles[tX2, tY2].playerVis[path.player.id].Count == 0) {
timePlayerVis = long.MinValue;
} else if (g.tiles[tX2, tY2].playerVis[path.player.id].Last () < timePlayerVis) {
timePlayerVis = g.tiles[tX2, tY2].playerVis[path.player.id].Last ();
}
}
}
}
// if player can't see all neighboring tiles, they won't be able to tell if another player's unit moves into this tile
// so remove this tile's visibility for this player
if (timePlayerVis != long.MaxValue) {
timePlayerVis = Math.Max(time, timePlayerVis + (1 << FP.precision) / g.maxSpeed); // ISSUE #29: lose visibility in a circle instead of a square
g.tiles[tX, tY].playerVisRemove(path.player, timePlayerVis);
}
}
// check if this tile became exclusive to a player using map hack
if (Sim.enableNonLivePaths && !path.player.immutable) {
foreach (Player player in g.players) {
if (player != path.player && player.mapHack && !g.tiles[tX, tY].exclusiveLatest (player) && g.tiles[tX, tY].calcExclusive (player)) {
g.tiles[tX, tY].exclusiveAdd(player, time);
}
}
}
}
}
}
if (Sim.enableNonLivePaths) {
// apply PlayerVisRemoveEvts that occur immediately
foreach (SimEvt evt in g.events) {
if (evt.time > time) break;
if (evt is PlayerVisRemoveEvt) {
PlayerVisRemoveEvt visEvt = evt as PlayerVisRemoveEvt;
if (visEvt.player == path.player) {
visEvt.apply (g);
g.events.Remove (evt);
break;
}
}
}
// check if tiles became exclusive to this player
exclusiveMinX = Math.Max(0, exclusiveMinX - g.tileVisRadius());
exclusiveMaxX = Math.Min(g.tileLen() - 1, exclusiveMaxX + g.tileVisRadius());
exclusiveMinY = Math.Max(0, exclusiveMinY - g.tileVisRadius());
exclusiveMaxY = Math.Min(g.tileLen() - 1, exclusiveMaxY + g.tileVisRadius());
for (int tX = exclusiveMinX; tX <= exclusiveMaxX; tX++) {
for (int tY = exclusiveMinY; tY <= exclusiveMaxY; tY++) {
if (!g.tiles[tX, tY].exclusiveLatest(path.player) && g.tiles[tX, tY].calcExclusive(path.player)) {
g.tiles[tX, tY].exclusiveAdd(path.player, time);
}
}
}
// add waypoints for units
foreach (Unit unit in path.segmentWhen (time).units) {
unit.addWaypoint (time, path);
}
}
if (tXPrev >= 0 && tXPrev < g.tileLen() && tYPrev >= 0 && tYPrev < g.tileLen()) {
// if this path moved out of another player's direct visibility, remove that player's visibility here
if (path.tileX >= 0 && path.tileX < g.tileLen() && path.tileY >= 0 && path.tileY < g.tileLen()) {
if (!path.player.immutable) {
foreach (Player player in g.players) {
if (player != path.player && g.tiles[tXPrev, tYPrev].playerDirectVisLatest(player) && !g.tiles[path.tileX, path.tileY].playerDirectVisLatest(player)) {
for (int tX = Math.Max(0, path.tileX - 1); tX <= Math.Min(g.tileLen() - 1, path.tileX + 1); tX++) {
for (int tY = Math.Max(0, path.tileY - 1); tY <= Math.Min(g.tileLen() - 1, path.tileY + 1); tY++) {
// ISSUE #30: perhaps use more accurate time at tiles other than (path.tileX, path.tileY)
g.tiles[tX, tY].playerVisRemove(player, time);
}
}
}
}
}
}
// if this player can no longer directly see another player's path, remove this player's visibility there
foreach (int i in g.tiles[tXPrev, tYPrev].pathVis.Keys) {
Tile iTile = g.paths[i].tileWhen (time);
if (g.paths[i].player != path.player && !g.paths[i].player.immutable && g.paths[i].segments.Last ().units.Count > 0
&& g.inVis(iTile.x - tXPrev, iTile.y - tYPrev) && !iTile.playerDirectVisLatest(path.player)) {
for (int tX = Math.Max(0, iTile.x - 1); tX <= Math.Min(g.tileLen() - 1, iTile.x + 1); tX++) {
for (int tY = Math.Max(0, iTile.y - 1); tY <= Math.Min(g.tileLen() - 1, iTile.y + 1); tY++) {
// ISSUE #30: perhaps use more accurate time at tiles other than (paths[i].tileX, paths[i].tileY)
g.tiles[tX, tY].playerVisRemove(path.player, time);
}
}
}
}
}
}
}
if (anyoneMoved) {
// update which paths are known to be unseen
foreach (Path path in g.paths) {
if (path.tileX >= 0 && path.tileX < g.tileLen() && path.tileY >= 0 && path.tileY < g.tileLen()) {
if (!path.segments.Last ().unseen && g.tiles[path.tileX, path.tileY].exclusiveLatest(path.player)) {
// path is now unseen
Segment segment = path.insertSegment(time);
segment.unseen = true;
foreach (Unit unit in segment.units) {
unit.addWaypoint (time, path);
}
} else if (path.segments.Last ().unseen && !g.tiles[path.tileX, path.tileY].exclusiveLatest(path.player)) {
// path is now seen
Segment segment = path.insertSegment(time);
foreach (Unit unit in segment.units.OrderByDescending (u => u.type.seePrecedence)) {
if (segment.units.Count <= path.nSeeUnits) break;
new SegmentUnit(segment, unit).delete ();
}
path.nSeeUnits = int.MaxValue;
if (!g.deleteOtherPaths (segment.segmentUnits(), false, true)) throw new SystemException("failed to delete other paths of seen path");
segment.unseen = false;
foreach (Unit unit in segment.units) {
unit.clearWaypoints (time);
}
}
}
}
}
g.events.addEvt (new TileUpdateEvt(time + g.tileInterval));
}