include "mercenaries.xs";
include "ypAsianInclude.xs";
include "ypKOTHInclude.xs";
void main(void)
{
// ---------------------------------------- Map Info -------------------------------------------
int playerTilesX=13200; //设定地图X大小
int playerTilesZ=13200; //设定地图Z大小（帝国3的Y是高度，Z才是我们平常所用到的Y）
//如果玩家大于4将playerTilesX与playerTilesZ改为11500（同一个值的int只能出现1次，当你需要修改数值的时候，不能再加入int）
if (cNumberNonGaiaPlayers >4){ playerTilesX=11500; playerTilesZ=11500;}
if (cNumberNonGaiaPlayers >6){ playerTilesX=10500; playerTilesZ=10500;} //Modify Map X&Z Size of 6,7,8 Player
int SizeX = 2*sqrt(cNumberNonGaiaPlayers*playerTilesX);
int SizeZ = 2*sqrt(cNumberNonGaiaPlayers*playerTilesZ);
string MapTerrain ="Carolinas\ground_marsh3_car"; //<-------- 地图地形，自己参照剧情编辑器 <--------
string MapLighting ="319a_Snow"; //<-------- 照明，自己参照剧情编辑器 <--------
string PlayerTerrain ="Carolinas\ground_marsh1_car"; //<--------- 玩家范围地形 <---------
//设定地图XZ大小,分别调用上面用int定义的SizeX与SizeZ，即为rmSetMapSize(13200,13200);如果玩家大于4将改为11500
rmSetMapSize(SizeX, SizeZ);
rmSetMapElevationParameters(cElevTurbulence, 0.15, 2.5, 0.35, 3.0); // type, frequency, octaves, persistence, variation
rmSetMapElevationHeightBlend(1.0);
//地形初始化，设定地图初始地形，调用上面用string定义MapTerrain，即为"Carolinas\ground_marsh3_car";
rmTerrainInitialize(MapTerrain,6);
//设定照明，调用上面用string定义MapLighting，即为"319a_Snow"
rmSetLightingSet(MapLighting);
rmSetGlobalRain(0.9); //设定下雨
chooseMercs();
rmSetMapType("yucatan");
rmSetMapType("water");
rmSetMapType("default"); //设定地图类型，地图类型影响到宝藏
rmSetMapType("land");
rmSetMapType("bayou");
rmSetSeaLevel(0); // this is height of river surface compared to surrounding land. River depth is in the river XML.
rmSetStatusText("",0.01);//读取地图进度条
int classStartingResource = rmDefineClass("startingResource");
int PlayerHerd2Class = rmDefineClass("PlayerHerd2C");
int classGold = rmDefineClass("Gold");
int avoidGold = rmCreateClassDistanceConstraint ("avoid gold", rmClassID("Gold"), 50.0);
int avoidPlayerHerd2Far = rmCreateClassDistanceConstraint("avoid Player Herd2 far", rmClassID("PlayerHerd2C"), 52.0);
int avoidStartingResources = rmCreateClassDistanceConstraint("start resources avoid each other2", rmClassID("startingResource"), 4.0);
int avoidGoldTypeFar = rmCreateTypeDistanceConstraint("coin avoids coin far ", "gold", 45.0);
int avoidHerdTypeFar = rmCreateTypeDistanceConstraint("herd avoids herd far", "herd", 45.0);
int avoidTreeType = rmCreateTypeDistanceConstraint("Tree avoids Tree ", "Tree", 25.0);
//设定与带有abstractFish标签的单位最小间隔距离30
int avoidFish = rmCreateTypeDistanceConstraint("FishToFish", "abstractFish", 30.0);
//设定与陆地最小间隔距离9
int avoidFishLand = rmCreateTerrainDistanceConstraint("FishTOLand", "land", true, 9.0);
int avoidLand = rmCreateTerrainDistanceConstraint("ship avoid land", "land", true, 15.0);
int shipsVsFlag = rmCreateTypeDistanceConstraint("flag avoid ships", "HomeCityWaterSpawnFlag", 2.0);
int flagLand = rmCreateTerrainDistanceConstraint("flag vs land", "land", true, 16.0);
int flagVsFlag = rmCreateTypeDistanceConstraint("flag avoid same", "HomeCityWaterSpawnFlag", 8.0);
//与水域最小间隔距离为12
int avoidWaterMin = rmCreateTerrainDistanceConstraint("avoid Lake Min", "water", true, 12.0);
//数量太多了，自己按ctrl+F往下面搜索avoidWaterMin，其实就是给每一组单位都添加了这个avoidWaterMin放置限制
int RiverRadius = 4.5; int RiverRadius2 = 8.5;
if(cNumberNonGaiaPlayers>=3) {RiverRadius = 5.4; RiverRadius2 = 10.2;}
if(cNumberNonGaiaPlayers>=4) {RiverRadius = 6.2; RiverRadius2 = 11.7;}
if(cNumberNonGaiaPlayers>=5) {RiverRadius = 6.8; RiverRadius2 = 12.8;}
if(cNumberNonGaiaPlayers>=6) {RiverRadius = 7.4; RiverRadius2 = 14.0;}
if(cNumberNonGaiaPlayers>=7) {RiverRadius = 8.0; RiverRadius2 = 15.2;}
if(cNumberNonGaiaPlayers>=8) {RiverRadius = 8.5; RiverRadius2 = 16.2;}
rmSetStatusText("",0.08);
// ---------------------------------------------------------------- River 1 ------------------------------------------------------------------
string RiverType = "Northwest Territory Water";
int RiverID = rmRiverCreate(-1, RiverType, 1, 1, RiverRadius, RiverRadius);
rmRiverAddWaypoint(RiverID, 0.500, 0.518 );
rmRiverAddWaypoint(RiverID, 0.478, 0.520 );
rmRiverAddWaypoint(RiverID, 0.450, 0.525 );
rmRiverAddWaypoint(RiverID, 0.420, 0.528 );
rmRiverAddWaypoint(RiverID, 0.400, 0.530 );
rmRiverAddWaypoint(RiverID, 0.380, 0.540 );
rmRiverAddWaypoint(RiverID, 0.330, 0.565 );
rmRiverAddWaypoint(RiverID, 0.300, 0.580 );
rmRiverAddWaypoint(RiverID, 0.280, 0.590 );
rmRiverAddWaypoint(RiverID, 0.260, 0.600 );
rmRiverAddWaypoint(RiverID, 0.240, 0.620 );
rmRiverAddWaypoint(RiverID, 0.210, 0.640 );
rmRiverAddWaypoint(RiverID, 0.200, 0.655 );
rmRiverAddWaypoint(RiverID, 0.180, 0.680 );
rmRiverAddWaypoint(RiverID, 0.170, 0.700 );
rmRiverAddWaypoint(RiverID, 0.160, 0.730 );
// rmRiverAddWaypoint(RiverID, 0.140, 0.725 );
rmRiverAddWaypoint(RiverID, 0.130, 0.720 );
rmRiverAddWaypoint(RiverID, 0.125, 0.670 );
rmRiverAddWaypoint(RiverID, 0.120, 0.650 );
rmRiverAddWaypoint(RiverID, 0.190, 0.625 );
rmRiverAddWaypoint(RiverID, 0.195, 0.610 );
rmRiverAddWaypoint(RiverID, 0.125, 0.600 );
rmRiverAddWaypoint(RiverID, 0.128, 0.560 );
rmRiverAddWaypoint(RiverID, 0.129, 0.550 );
rmRiverAddWaypoint(RiverID, 0.133, 0.533 );
rmRiverAddWaypoint(RiverID, 0.139, 0.520 );
rmRiverAddWaypoint(RiverID, 0.140, 0.500 );
rmRiverAddWaypoint(RiverID, 0.145, 0.480 );
rmRiverAddWaypoint(RiverID, 0.150, 0.461 );
rmRiverAddWaypoint(RiverID, 0.160, 0.480 );
rmRiverAddWaypoint(RiverID, 0.175, 0.430 );
rmRiverAddWaypoint(RiverID, 0.195, 0.400 );
rmRiverAddWaypoint(RiverID, 0.218, 0.370 );
rmRiverAddWaypoint(RiverID, 0.235, 0.360 );
rmRiverAddWaypoint(RiverID, 0.245, 0.350 );
rmRiverAddWaypoint(RiverID, 0.265, 0.340 );
rmRiverAddWaypoint(RiverID, 0.290, 0.310 );
rmRiverAddWaypoint(RiverID, 0.300, 0.305 );
rmRiverAddWaypoint(RiverID, 0.330, 0.288 );
rmRiverAddWaypoint(RiverID, 0.300, 0.305 );
rmRiverAddWaypoint(RiverID, 0.340, 0.275 );
rmRiverAddWaypoint(RiverID, 0.355, 0.270 );
rmRiverAddWaypoint(RiverID, 0.370, 0.265 );
rmRiverAddWaypoint(RiverID, 0.380, 0.260 );
rmRiverAddWaypoint(RiverID, 0.400, 0.265 );
rmRiverAddWaypoint(RiverID, 0.420, 0.255 );
rmRiverAddWaypoint(RiverID, 0.445, 0.250 );
rmRiverAddWaypoint(RiverID, 0.450, 0.249 );
rmRiverAddWaypoint(RiverID, 0.480, 0.248 );
rmRiverAddWaypoint(RiverID, 0.500, 0.247 );
rmRiverAddWaypoint(RiverID, 0.520, 0.249 );
rmRiverAddWaypoint(RiverID, 0.530, 0.250 );
rmRiverAddWaypoint(RiverID, 0.550, 0.255 );
rmRiverAddWaypoint(RiverID, 0.560, 0.257 );
rmRiverAddWaypoint(RiverID, 0.570, 0.261 );
rmRiverAddWaypoint(RiverID, 0.590, 0.263 );
rmRiverAddWaypoint(RiverID, 0.600, 0.267 );
rmRiverAddWaypoint(RiverID, 0.620, 0.270 );
rmRiverAddWaypoint(RiverID, 0.630, 0.275 );
rmRiverAddWaypoint(RiverID, 0.650, 0.278 );
rmRiverAddWaypoint(RiverID, 0.680, 0.288 );
rmRiverAddWaypoint(RiverID, 0.690, 0.300 );
rmRiverAddWaypoint(RiverID, 0.700, 0.305 );
rmRiverAddWaypoint(RiverID, 0.730, 0.320 );
rmRiverAddWaypoint(RiverID, 0.740, 0.333 );
rmRiverAddWaypoint(RiverID, 0.750, 0.345 );
rmRiverAddWaypoint(RiverID, 0.760, 0.355 );
rmRiverAddWaypoint(RiverID, 0.770, 0.365 );
rmRiverAddWaypoint(RiverID, 0.780, 0.375 );
rmRiverAddWaypoint(RiverID, 0.790, 0.385 );
rmRiverAddWaypoint(RiverID, 0.800, 0.390 );
rmRiverAddWaypoint(RiverID, 0.810, 0.405 );
rmRiverAddWaypoint(RiverID, 0.820, 0.420 );
rmRiverAddWaypoint(RiverID, 0.830, 0.435 );
rmRiverAddWaypoint(RiverID, 0.840, 0.450 );
rmRiverAddWaypoint(RiverID, 0.850, 0.460 );
rmRiverAddWaypoint(RiverID, 0.855, 0.500 );
rmRiverAddWaypoint(RiverID, 0.860, 0.510 );
rmRiverAddWaypoint(RiverID, 0.870, 0.520 );
rmRiverAddWaypoint(RiverID, 0.875, 0.530 );
rmRiverAddWaypoint(RiverID, 0.878, 0.540 );
rmRiverAddWaypoint(RiverID, 0.880, 0.550 );
rmRiverAddWaypoint(RiverID, 0.881, 0.560 );
rmRiverAddWaypoint(RiverID, 0.882, 0.570 );
rmRiverAddWaypoint(RiverID, 0.880, 0.600 );
rmRiverAddWaypoint(RiverID, 0.878, 0.620 );
rmRiverAddWaypoint(RiverID, 0.875, 0.640 );
rmRiverAddWaypoint(RiverID, 0.874, 0.660 );
rmRiverAddWaypoint(RiverID, 0.871, 0.680 );
rmRiverAddWaypoint(RiverID, 0.870, 0.700 );
rmRiverAddWaypoint(RiverID, 0.860, 0.730 );
rmRiverAddWaypoint(RiverID, 0.850, 0.740 );
rmRiverAddWaypoint(RiverID, 0.834, 0.730 );/*rmRiverAddWaypoint(RiverID, 0.834, 0.730 );*/
rmRiverAddWaypoint(RiverID, 0.820, 0.700 );/*rmRiverAddWaypoint(RiverID, 0.829, 0.700 );*/
rmRiverAddWaypoint(RiverID, 0.815, 0.670 );/*rmRiverAddWaypoint(RiverID, 0.820, 0.670 );*/
rmRiverAddWaypoint(RiverID, 0.790, 0.660 );
rmRiverAddWaypoint(RiverID, 0.780, 0.650 );
rmRiverAddWaypoint(RiverID, 0.760, 0.640 );
rmRiverAddWaypoint(RiverID, 0.750, 0.620 );
rmRiverAddWaypoint(RiverID, 0.738, 0.600 );
rmRiverAddWaypoint(RiverID, 0.720, 0.580 );
rmRiverAddWaypoint(RiverID, 0.700, 0.570 );
rmRiverAddWaypoint(RiverID, 0.680, 0.565 );
rmRiverAddWaypoint(RiverID, 0.670, 0.560 );
rmRiverAddWaypoint(RiverID, 0.660, 0.555 );
rmRiverAddWaypoint(RiverID, 0.650, 0.550 );
rmRiverAddWaypoint(RiverID, 0.640, 0.550 );
rmRiverAddWaypoint(RiverID, 0.630, 0.545 );
rmRiverAddWaypoint(RiverID, 0.620, 0.540 );
rmRiverAddWaypoint(RiverID, 0.610, 0.535 );
rmRiverAddWaypoint(RiverID, 0.600, 0.530 );
rmRiverAddWaypoint(RiverID, 0.580, 0.528 );
rmRiverAddWaypoint(RiverID, 0.560, 0.526 );
rmRiverAddWaypoint(RiverID, 0.550, 0.525 );
rmRiverAddWaypoint(RiverID, 0.530, 0.522 );
rmRiverAddWaypoint(RiverID, 0.520, 0.520 );
rmRiverAddWaypoint(RiverID, 0.510, 0.519 );
rmRiverAddWaypoint(RiverID, 0.500, 0.518 );
rmRiverSetBankNoiseParams(RiverID,0.00, 0, 0.0, 0.0, 0.0, 0.0);
rmRiverBuild(RiverID);
rmAddAreaToClass(RiverID,rmClassID("Lake"));
// ---------------------------------------------------------------- River 2 ------------------------------------------------------------------
int River2ID = rmRiverCreate(-1, RiverType, 1, 1, RiverRadius2+2, RiverRadius2+2);
rmRiverAddWaypoint(River2ID, 0.18, 0.60 );
rmRiverAddWaypoint(River2ID, 0.21, 0.50 );
rmRiverAddWaypoint(River2ID, 0.32, 0.32 );
rmRiverAddWaypoint(River2ID, 0.50, 0.31 );
rmRiverAddWaypoint(River2ID, 0.60, 0.32 );
rmRiverAddWaypoint(River2ID, 0.70, 0.38 );
rmRiverAddWaypoint(River2ID, 0.80, 0.50 );
rmRiverAddWaypoint(River2ID, 0.84, 0.62 );
rmRiverAddWaypoint(River2ID, 0.77, 0.53 );
rmRiverAddWaypoint(River2ID, 0.63, 0.47 );
rmRiverAddWaypoint(River2ID, 0.53, 0.48 );
rmRiverAddWaypoint(River2ID, 0.45, 0.45 );
rmRiverAddWaypoint(River2ID, 0.33, 0.50 );
rmRiverAddWaypoint(River2ID, 0.18, 0.60 );
rmRiverAddWaypoint(River2ID, 0.38, 0.38 );
rmRiverAddWaypoint(River2ID, 0.64, 0.42 );
rmRiverSetBankNoiseParams(River2ID,0.00, 0, 0.0, 0.0, 0.0, 0.0);
rmRiverBuild(River2ID);
// -------------------------------------------------------------------------------------------------------------------------------------------
rmSetStatusText("",0.12);
// ---------------------------------------------------------------- River 3 ------------------------------------------------------------------
int River3ID = rmRiverCreate(-1, RiverType, 1, 1, RiverRadius, RiverRadius);
rmRiverAddWaypoint(River3ID, 0.84, 0.62 );
rmRiverAddWaypoint(River3ID, 0.795, 0.675 );
rmRiverAddWaypoint(River3ID, 0.87, 0.68 );
rmRiverSetBankNoiseParams(River2ID,0.00, 0, 0.0, 0.0, 0.0, 0.0);
rmRiverBuild(River3ID);
int River4ID = rmRiverCreate(-1, RiverType, 1, 1, RiverRadius, RiverRadius);
rmRiverAddWaypoint(River4ID, 0.18, 0.63 );
rmRiverAddWaypoint(River4ID, 0.120, 0.635 );
rmRiverAddWaypoint(River4ID, 0.180, 0.63 );
rmRiverAddWaypoint(River4ID, 0.170, 0.67 );
rmRiverSetBankNoiseParams(River4ID,0.00, 0, 0.0, 0.0, 0.0, 0.0);
rmRiverBuild(River4ID);
// -------------------------------------------------------------------------------------------------------------------------------------------
rmPlacePlayersCircular(0.35, 0.35, 0.0); //圆形放置玩家
//玩家范围
float AreaSizePlayer = rmAreaTilesToFraction(700);
for(i=1; <=cNumberNonGaiaPlayers)
{
int id=rmCreateArea("Player"+i);
rmSetPlayerArea(i, id);
rmSetAreaWarnFailure(id, false);
rmSetAreaSize(id, AreaSizePlayer, AreaSizePlayer);
rmSetAreaLocPlayer(id, i);
rmSetAreaCoherence(id, 0.85);
rmSetAreaSmoothDistance(id, 2);
rmSetAreaMinBlobs(id, 1);
rmSetAreaMaxBlobs(id, 1);
rmSetAreaTerrainType(id,PlayerTerrain);
rmBuildArea(id);
}
//定义城镇中心
int TownCenterID = rmCreateObjectDef("player TC");
if (rmGetNomadStart())
{
rmAddObjectDefItem(TownCenterID, "CoveredWagon", 1, 0.0);
}
else
{
rmAddObjectDefItem(TownCenterID, "TownCenter", 1, 0);
}
rmSetObjectDefMinDistance(TownCenterID, 0.0);
rmSetObjectDefMaxDistance(TownCenterID, 20.0);
for(i=1; <=cNumberNonGaiaPlayers)
{
rmPlaceObjectDefAtLoc(TownCenterID, i, rmPlayerLocXFraction(i), rmPlayerLocZFraction(i));
}
rmAddObjectDefConstraint(TownCenterID, avoidWaterMin);
//定义起始单位（civs.xml定义那些开局单位）
int startingUnits = rmCreateStartingUnitsObjectDef(5.0);
rmSetObjectDefMinDistance(startingUnits, 6.0);
rmSetObjectDefMaxDistance(startingUnits, 10.0);
rmAddObjectDefConstraint(startingUnits, avoidWaterMin);
int playerherdID = rmCreateObjectDef("starting herd");
rmAddObjectDefItem(playerherdID, "ypWildElephant", 10, 6.0);
rmSetObjectDefMinDistance(playerherdID, 8.0);
rmSetObjectDefMaxDistance(playerherdID, 12.0);
rmSetObjectDefCreateHerd(playerherdID, true);
rmAddObjectDefToClass(playerherdID, classStartingResource);
rmAddObjectDefConstraint(playerherdID, avoidStartingResources);
rmAddObjectDefConstraint(playerherdID, avoidWaterMin);
int playergoldID = rmCreateObjectDef("player mine");
rmAddObjectDefItem(playergoldID, "Minegold", 1, 6);
rmSetObjectDefMinDistance(playergoldID, 18.0);
rmSetObjectDefMaxDistance(playergoldID, 22.0);
rmAddObjectDefToClass(playergoldID, rmDefineClass("startingResource"));
rmAddObjectDefToClass(playergoldID, classGold);
rmAddObjectDefConstraint(playergoldID, avoidStartingResources);
rmAddObjectDefConstraint(playergoldID, avoidWaterMin);
string PlayerTreeType ="TreeRedwood";
int PlayerTreeCount = 8;
int playerTree1ID = rmCreateObjectDef("player trees");
rmAddObjectDefItem(playerTree1ID, PlayerTreeType, PlayerTreeCount, 8.0);
rmSetObjectDefMinDistance(playerTree1ID, 6);
rmSetObjectDefMaxDistance(playerTree1ID, 12);
rmAddObjectDefToClass(playerTree1ID, classStartingResource);
rmAddObjectDefConstraint(playerTree1ID, avoidStartingResources);
rmAddObjectDefConstraint(playerTree1ID, avoidWaterMin);
int playerBerryID=rmCreateObjectDef("player berries");
rmAddObjectDefItem(playerBerryID, "BerryBush", rmRandInt(3,4), 3.0);
rmSetObjectDefMinDistance(playerBerryID, 12);
rmSetObjectDefMaxDistance(playerBerryID, 14);
rmAddObjectDefToClass(playerBerryID, classStartingResource);
rmAddObjectDefConstraint(playerBerryID, avoidStartingResources);
rmAddObjectDefConstraint(playerBerryID, avoidWaterMin);
int playerHerd2ID = rmCreateObjectDef("player Herd2");
rmAddObjectDefItem(playerHerd2ID, "Bison", rmRandInt(10,11), 10.0);
rmSetObjectDefMinDistance(playerHerd2ID, 36);
rmSetObjectDefMaxDistance(playerHerd2ID, 38);
rmSetObjectDefCreateHerd(playerHerd2ID, true);
rmAddObjectDefToClass(playerHerd2ID, PlayerHerd2Class);
rmAddObjectDefConstraint(playerHerd2ID, avoidWaterMin);
int playerHerd3ID = rmCreateObjectDef("player Herd3");
rmAddObjectDefItem(playerHerd3ID, "Turkey", rmRandInt(8,9), 8.0);
rmSetObjectDefMinDistance(playerHerd3ID, 40);
rmSetObjectDefMaxDistance(playerHerd3ID, 42);
rmSetObjectDefCreateHerd(playerHerd3ID, true);
rmAddObjectDefConstraint(playerHerd3ID, avoidPlayerHerd2Far);
rmAddObjectDefConstraint(playerHerd3ID, avoidWaterMin);
int playergold2ID = rmCreateObjectDef("player second mine");
rmAddObjectDefItem(playergold2ID, "mine", 1, 0);
rmSetObjectDefMinDistance(playergold2ID, 58.0);
rmSetObjectDefMaxDistance(playergold2ID, 62.0);
rmAddObjectDefToClass(playergold2ID, classGold);
rmAddObjectDefConstraint(playergold2ID, avoidGold);
rmAddObjectDefConstraint(playergold2ID, avoidWaterMin);
int playergold3ID = rmCreateObjectDef("player third mine");
rmAddObjectDefItem(playergold3ID, "mine", 1, 0);
rmSetObjectDefMinDistance(playergold3ID, 68.0);
rmSetObjectDefMaxDistance(playergold3ID, 70.0);
rmAddObjectDefToClass(playergold3ID, classGold);
rmAddObjectDefConstraint(playergold3ID, avoidGold);
rmAddObjectDefConstraint(playergold3ID, avoidWaterMin);
for(i=1; <=cNumberNonGaiaPlayers)
{
vector TCLocation = rmGetUnitPosition(rmGetUnitPlacedOfPlayer(TownCenterID, i));
rmPlaceObjectDefAtLoc(startingUnits, i, rmXMetersToFraction(xsVectorGetX(TCLocation)), rmZMetersToFraction(xsVectorGetZ(TCLocation)));
rmPlaceObjectDefAtLoc(playerherdID, i, rmXMetersToFraction(xsVectorGetX(TCLocation)), rmZMetersToFraction(xsVectorGetZ(TCLocation)));
rmPlaceObjectDefAtLoc(playerTree1ID, i, rmXMetersToFraction(xsVectorGetX(TCLocation)), rmZMetersToFraction(xsVectorGetZ(TCLocation)));
rmPlaceObjectDefAtLoc(playergoldID, i, rmXMetersToFraction(xsVectorGetX(TCLocation)), rmZMetersToFraction(xsVectorGetZ(TCLocation)));
rmPlaceObjectDefAtLoc(playerBerryID, i, rmXMetersToFraction(xsVectorGetX(TCLocation)), rmZMetersToFraction(xsVectorGetZ(TCLocation)));
rmPlaceObjectDefAtLoc(playerHerd2ID, i, rmXMetersToFraction(xsVectorGetX(TCLocation)), rmZMetersToFraction(xsVectorGetZ(TCLocation)));
rmPlaceObjectDefAtLoc(playerHerd3ID, i, rmXMetersToFraction(xsVectorGetX(TCLocation)), rmZMetersToFraction(xsVectorGetZ(TCLocation)));
rmPlaceObjectDefAtLoc(playergold2ID, i, rmXMetersToFraction(xsVectorGetX(TCLocation)), rmZMetersToFraction(xsVectorGetZ(TCLocation)));
rmPlaceObjectDefAtLoc(playergold3ID, i, rmXMetersToFraction(xsVectorGetX(TCLocation)), rmZMetersToFraction(xsVectorGetZ(TCLocation)));
}
int NativeCenterID = rmCreateGrouping("Native Center ID", "native aztec village "+rmRandInt(rmRandInt(1,2),rmRandInt(3,rmRandInt(4,5))));
rmSetGroupingMinDistance(NativeCenterID, 0.0);
rmSetGroupingMaxDistance(NativeCenterID, rmXFractionToMeters(0.1));
rmAddGroupingToClass(NativeCenterID, rmDefineClass("natives"));
rmAddGroupingConstraint(NativeCenterID, avoidWaterMin); //PS：群组与单位的放置限制语句不一样哦。
rmPlaceGroupingAtLoc(NativeCenterID, 0,0.50,0.50);
int FixedGunID = rmCreateObjectDef("FixedGun");
rmAddObjectDefItem(FixedGunID, "SPCFixedGun",1,5.0);
rmSetObjectDefMinDistance(FixedGunID,0.0);
rmSetObjectDefMaxDistance(FixedGunID,30.0);
rmAddObjectDefConstraint(FixedGunID, avoidWaterMin);
rmPlaceObjectDefAtLoc(FixedGunID,0,0.50,0.50,1);
for(i=0; <= cNumberNonGaiaPlayers*3)
{
int goldID = rmCreateObjectDef("gold"+i);
rmAddObjectDefItem(goldID, "mine", 1, 0.0);
rmSetObjectDefMinDistance(goldID, rmXFractionToMeters(0.0));
rmSetObjectDefMaxDistance(goldID, rmXFractionToMeters(0.5));
rmAddObjectDefToClass(goldID, classGold);
rmAddObjectDefConstraint(goldID, avoidGoldTypeFar);
rmAddObjectDefConstraint(goldID, avoidWaterMin);
rmPlaceObjectDefAtLoc(goldID, 0, 0.50, 0.50);
}
int CenterHerdID = rmCreateObjectDef("Center Herd2");
rmAddObjectDefItem(CenterHerdID, "BighornSheep",10, 8.0);
rmSetObjectDefMinDistance(CenterHerdID, rmXFractionToMeters(0.0));
rmSetObjectDefMaxDistance(CenterHerdID, rmXFractionToMeters(0.45));
rmSetObjectDefCreateHerd(CenterHerdID, true);
rmAddObjectDefConstraint(CenterHerdID, avoidHerdTypeFar);
rmAddObjectDefConstraint(CenterHerdID, avoidWaterMin);
for(i=1; <= cNumberNonGaiaPlayers*3)
{
rmPlaceObjectDefAtLoc(CenterHerdID, 0, 0.50, 0.50);
}
rmSetStatusText("",0.50);//读取地图进度条
int avoidNative = rmCreateClassDistanceConstraint("avoid Native", rmClassID("natives"), 52.0);
int avoidGoldTypeMin = rmCreateTypeDistanceConstraint("coin avoids coin Min", "gold", 15.0);
int avoidTreeTypeMin = rmCreateTypeDistanceConstraint("Tree avoids Min", "Tree", 15.0);
int NativeCenter2ID = rmCreateGrouping("Native Center ID", "native aztec village "+rmRandInt(rmRandInt(1,2),rmRandInt(3,rmRandInt(4,5))));
rmSetGroupingMinDistance(NativeCenter2ID, 0.0);
rmSetGroupingMaxDistance(NativeCenter2ID, rmXFractionToMeters(0.5));
rmAddGroupingToClass(NativeCenter2ID, rmDefineClass("natives"));
rmAddGroupingConstraint(NativeCenter2ID, avoidNative);
rmAddGroupingConstraint(NativeCenter2ID, avoidGoldTypeMin);
rmAddGroupingConstraint(NativeCenter2ID, avoidTreeTypeMin);
rmAddGroupingConstraint(NativeCenter2ID, avoidWaterMin); //PS：群组与单位的放置限制语句不一样哦。
rmPlaceGroupingAtLoc(NativeCenter2ID, 0,0.50,0.50,3);
int FountainID=rmCreateObjectDef("FountainOfYouth");
rmAddObjectDefItem(FountainID, "SPCFountainOfYouth", 1, 0.0);
rmSetObjectDefMinDistance(FountainID, 0.0);
rmSetObjectDefMaxDistance(FountainID, 10);
rmAddObjectDefConstraint(FountainID, avoidFishLand);
rmPlaceObjectDefAtLoc(FountainID, 0, 0.50, 0.45, 1);
int Fish1count = cNumberPlayers * 3; string Fish1Name = "FishMoonBass";
int Fish2count = cNumberPlayers * 3; string Fish2Name = "FishMoonBass";
int whalecount = (cNumberNonGaiaPlayers * 3) + rmRandInt(1,2);
int Junkcount = cNumberPlayers;
int RandomJunk = rmRandInt(0,1);
//蓝色文字是海军旗帜的语句
int waterSpawnPointID = rmCreateObjectDef("Flag");
rmAddObjectDefItem(waterSpawnPointID, "HomeCityWaterSpawnFlag", 1, 0.0);
rmSetObjectDefMaxDistance(waterSpawnPointID, 30);
rmAddClosestPointConstraint(flagVsFlag);
rmAddClosestPointConstraint(flagLand);
for(i=1; <cNumberPlayers)
{
int ShipsID = rmCreateObjectDef("Ships"+i); //这个是两个玩家的情况下给每个玩家创建1只独木舟。
//这是一种没有出现过的if判断国家方法，总之我的语句很高级就对了。你去命令章节看下国家ID应该会明白是什么。
if (rmGetPlayerCiv(i) <= 13 && rmGetPlayerCiv(i) != 8)
{
rmAddObjectDefItem(ShipsID,"Canoe", 1, 10.0);
}
else if (rmGetPlayerCiv(i) == 8)
{
rmAddObjectDefItem(ShipsID,"Canoe", 1, 10.0);
}
else if (rmGetPlayerCiv(i) >= 14 && rmGetPlayerCiv(i) <= 17)
{
rmAddObjectDefItem(ShipsID,"Canoe", 1, 10.0);
}
else if (rmGetPlayerCiv(i) == 19 || rmGetPlayerCiv(i) == 22 || rmGetPlayerCiv(i) == 26)
{
rmAddObjectDefItem(ShipsID,"Canoe", 1, 10.0);
}
else if (rmGetPlayerCiv(i) == 20 || rmGetPlayerCiv(i) == 23)
{
rmAddObjectDefItem(ShipsID,"Canoe", 1, 10.0);
}
else
{
rmAddObjectDefItem(ShipsID,"Canoe", 1, 10.0);
}
rmSetObjectDefMaxDistance(ShipsID, 30);
rmAddClosestPointConstraint(shipsVsFlag);
rmAddClosestPointConstraint(flagLand);
TCLocation = rmGetUnitPosition(rmGetUnitPlacedOfPlayer(TownCenterID, i));
vector closestPoint = rmFindClosestPointVector(TCLocation, rmXFractionToMeters(1.0));
rmPlaceObjectDefAtLoc(waterSpawnPointID, i, rmXMetersToFraction(xsVectorGetX(closestPoint)), rmZMetersToFraction(xsVectorGetZ(closestPoint)));
if(cNumberNonGaiaPlayers == 2)
{
rmPlaceObjectDefAtLoc(ShipsID, i, rmXMetersToFraction(xsVectorGetX(closestPoint)), rmZMetersToFraction(xsVectorGetZ(closestPoint)));
}
}
rmClearClosestPointConstraints();
rmSetStatusText("",0.80);
int Fisch1=rmCreateObjectDef("Fish 1");
rmAddObjectDefItem(Fisch1, Fish1Name, 1, 0.0);
rmSetObjectDefMinDistance(Fisch1, 0.3);
rmSetObjectDefMaxDistance(Fisch1, rmXFractionToMeters(0.5));
rmAddObjectDefConstraint(Fisch1, avoidFish);
rmAddObjectDefConstraint(Fisch1, avoidFishLand);
rmPlaceObjectDefAtLoc(Fisch1, 0, 0.5, 0.5, Fish1count);
int Fisch2=rmCreateObjectDef("Fish 2");
rmAddObjectDefItem(Fisch2, Fish2Name, 1, 0.0);
rmSetObjectDefMinDistance(Fisch2, 0.3);
rmSetObjectDefMaxDistance(Fisch2, rmXFractionToMeters(0.5));
rmAddObjectDefConstraint(Fisch2, avoidFish);
rmAddObjectDefConstraint(Fisch2, avoidFishLand);
rmPlaceObjectDefAtLoc(Fisch2, 0, 0.5, 0.5, Fish2count);
//设定与隐藏标签(All即为所有单位)最小间隔距离15 //从制作一张好地图的角度上来说，我是不推荐只用一个avoidAll的，你看看别的地图用了多少放置限制？而你只用一个，这效果能不差吗
int avoidAllFar = rmCreateTypeDistanceConstraint("avoids All Unit far", "All", 15.0);
int avoidTownCenter = rmCreateTypeDistanceConstraint("avoid Town Center", "townCenter", 25.0);
for(f=1; <cNumberPlayers*3)//for循环不一定是i，只要不是数字弄什么值都可以。
{
int ForestID=rmCreateArea("Forest ID Area"+f);
rmSetAreaSize(ForestID, rmAreaTilesToFraction(500), rmAreaTilesToFraction(500));
rmSetAreaForestType(ForestID, "California Redwood Forest");
rmSetAreaForestClumpiness(ForestID, 0.80);
rmSetAreaForestDensity(ForestID, 0.70);
rmSetAreaForestUnderbrush(ForestID, 0.00);
rmSetAreaWarnFailure(ForestID, true);
rmSetAreaSmoothDistance(ForestID, 0);
rmSetAreaCoherence(ForestID, 0.0);
rmSetAreaBaseHeight(ForestID, 4.0);
rmSetAreaElevationOctaves(ForestID, 3);
rmSetAreaObeyWorldCircleConstraint(ForestID, false);
rmAddAreaConstraint(ForestID, avoidTownCenter);
rmAddAreaConstraint(ForestID, avoidAllFar);
rmBuildArea(ForestID);
}
rmSetStatusText("",1.00);//读取地图进度条
//愿神兽会保佑你不会出错。
/*----------------------------------------------------------------------------------------------*
* ┏┓ ┏┓ *
* ┏┛┻━━━┛┻┓ *
* ┃ ┃ *
* ┃ ━ ┃ *
* ┃ ┳┛ ┗┳ ┃ *
* ┃ ┃ *
* ┃ ┻ ┃ *
* ┃ ┃ *
* ┗━┓ ┏━┛ Code is far away from bug with the animal protecting *
* ┃ ┃ *
* ┃ ┃ *
* ┃ ┃ *
* ┃ ┃ *
* ┃ ┃ *
* ┃ ┗━━━┓ *
* ┃ ┣┓ *
* ┃ ┏┛ *
* ┗┓┓┏━┳┓┏┛ *
* ┃┫┫ ┃┫┫ *
* ┗┻┛ ┗┻┛ *
*----------------------------------------------------------------------------------------------*/
} //END
传送门
森林已经避开水域了。 虽然是随意制作的地图，不过最后的效果也差不多了。我觉得不行.jpg 本次教程结束。