/// <summary>
/// Add a feature to the dungeon. Guarantees an acceptable placement.
/// Might loop forever if all squares in the dungeon are already taken up
/// </summary>
/// <param name="feature"></param>
/// <param name="level"></param>
/// <param name="location"></param>
void AddFeatureToDungeonRandomPoint(Feature feature, MapGeneratorBSP mapGen, int level)
{
Point location;
//Loop until we find an acceptable location and the add works
do
{
location = mapGen.RandomWalkablePoint();
}while (!dungeon.AddFeature(feature, level, location));
}
public MapNode(MapGeneratorBSP parentGen, int x, int y, int width, int height)
{
this.parentGenerator = parentGen;
noSplitChance = parentGen.NoSplitChance;
this.x = x;
this.y = y;
this.width = width;
this.height = height;
}
private void SpawnRandomMap(Dungeon dungeon, int level)
{
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
//Clip to 60
hallsGen.Width = (int)Math.Min(40 + Game.Random.Next(25), 60);
hallsGen.Height = 25;
Map hallMap = hallsGen.GenerateMap(hallsExtraCorridorDefinite + Game.Random.Next(hallsExtraCorridorRandom));
int levelNo = Game.Dungeon.AddMap(hallMap);
//Store the hallGen
//Will get sorted in level order
levelGen.Add(level, hallsGen);
//Add standard dock triggers (allows map abortion & completion)
AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}
private void SpawnMapFlatline(List<int> dungeonLevelsToSpawn, bool useOldSeed)
{
Dungeon dungeon = Game.Dungeon;
//Fixed and random levels
foreach (int level in dungeonLevelsToSpawn)
{
switch (level)
{
case 0:
{
//Make level 0 rather small
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
hallsGen.Width = 40;
hallsGen.Height = 80;
Map hallMap = hallsGen.GenerateMap(hallsExtraCorridorDefinite + Game.Random.Next(hallsExtraCorridorRandom));
int levelNo = Game.Dungeon.AddMap(hallMap);
//Store the hallGen so we can use it for monsters
levelGen.Add(level, hallsGen);
//Add standard dock triggers
AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Add first level entry trigger
Game.Dungeon.AddTrigger(levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation, new Triggers.FirstLevelEntry());
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}
break;
case 1:
{
//Make level 1 rather small
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
hallsGen.Width = 40;
hallsGen.Height = 25;
Map hallMap = hallsGen.GenerateMap(hallsExtraCorridorDefinite + Game.Random.Next(hallsExtraCorridorRandom));
int levelNo = Game.Dungeon.AddMap(hallMap);
//Store the hallGen so we can use it for monsters
levelGen.Add(level, hallsGen);
//Add standard dock triggers
AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Add level entry trigger
Game.Dungeon.AddTrigger(levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation, new Triggers.Mission1Entry());
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}
break;
case 2:
{
//Make level 2 rather small
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
hallsGen.Width = 40;
hallsGen.Height = 25;
Map hallMap = hallsGen.GenerateMap(hallsExtraCorridorDefinite + Game.Random.Next(hallsExtraCorridorRandom));
int levelNo = Game.Dungeon.AddMap(hallMap);
//Store the hallGen so we can use it for monsters
levelGen.Add(level, hallsGen);
//Add standard dock triggers
AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Add level entry trigger
Game.Dungeon.AddTrigger(levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation, new Triggers.Mission2Entry());
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}
break;
case 3:
{
//Make level 3 rather small
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
hallsGen.Width = 40;
hallsGen.Height = 25;
Map hallMap = hallsGen.GenerateMap(hallsExtraCorridorDefinite + Game.Random.Next(hallsExtraCorridorRandom));
int levelNo = Game.Dungeon.AddMap(hallMap);
//Store the hallGen so we can use it for monsters
levelGen.Add(level, hallsGen);
//Add standard dock triggers
AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Add level entry trigger
Game.Dungeon.AddTrigger(levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation, new Triggers.Mission3Entry());
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}
break;
case 4:
{
//Make level 4 rather small
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
hallsGen.Width = 40;
hallsGen.Height = 25;
Map hallMap = hallsGen.GenerateMap(hallsExtraCorridorDefinite + Game.Random.Next(hallsExtraCorridorRandom));
int levelNo = Game.Dungeon.AddMap(hallMap);
//Store the hallGen so we can use it for monsters
levelGen.Add(level, hallsGen);
//Add standard dock triggers
AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Add level entry trigger
Game.Dungeon.AddTrigger(levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation, new Triggers.Mission4Entry());
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}
break;
case 5:
{
//Make level 5 rather small
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
hallsGen.Width = 40;
hallsGen.Height = 25;
Map hallMap = hallsGen.GenerateMap(hallsExtraCorridorDefinite + Game.Random.Next(hallsExtraCorridorRandom));
int levelNo = Game.Dungeon.AddMap(hallMap);
//Store the hallGen so we can use it for monsters
levelGen.Add(level, hallsGen);
//Add standard dock triggers
AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Add level entry trigger
Game.Dungeon.AddTrigger(levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation, new Triggers.Mission5Entry());
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}
break;
case 6:
{
//Make level 6 test level
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
hallsGen.Width = 40;
hallsGen.Height = 25;
Map hallMap = hallsGen.GenerateMap(hallsExtraCorridorDefinite + Game.Random.Next(hallsExtraCorridorRandom));
int levelNo = Game.Dungeon.AddMap(hallMap);
//Store the hallGen so we can use it for monsters
levelGen.Add(level, hallsGen);
//Add standard dock triggers
AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Add level entry trigger
Game.Dungeon.AddTrigger(levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation, new Triggers.Mission6Entry());
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}
break;
case 11:
SpawnRandomMap(dungeon, level);
//Add level entry trigger
Game.Dungeon.AddTrigger(level, Game.Dungeon.Levels[level].PCStartLocation, new Triggers.Mission11Entry());
break;
case 14:
SpawnRandomMap(dungeon, level);
//Add level entry trigger
Game.Dungeon.AddTrigger(level, Game.Dungeon.Levels[level].PCStartLocation, new Triggers.Mission14Entry());
break;
default:
//Use random dungeon generator
{
SpawnRandomMap(dungeon, level);
}
break;
}
}
//Build TCOD maps
//Necessary so connectivity checks on items and monsters can work
//Only place where this happens now
CalculateWalkableAndTCOD();
}
private void SpawnItemsRandomly(int levelIndex, MapGeneratorBSP mapGen)
{
//Item catalogue
List<Item> meleeRelatedItems = new List<Item>();
meleeRelatedItems.Add(new Items.Vibroblade());
meleeRelatedItems.Add(new Items.Pistol());
meleeRelatedItems.Sort((x,y) => x.ItemCost().CompareTo(y.ItemCost()));
List<Item> rangedRelatedItems = new List<Item>();
rangedRelatedItems.Add(new Items.Shotgun());
rangedRelatedItems.Add(new Items.Laser());
rangedRelatedItems.Add(new Items.Pistol());
rangedRelatedItems.Sort((x,y) => x.ItemCost().CompareTo(y.ItemCost()));
List<Item> grenadeRelatedItems = new List<Item>();
grenadeRelatedItems.Add(new Items.SoundGrenade());
grenadeRelatedItems.Add(new Items.FragGrenade());
grenadeRelatedItems.Add(new Items.StunGrenade());
grenadeRelatedItems.Sort((x,y) => x.ItemCost().CompareTo(y.ItemCost()));
List<Item> healingRelatedItems = new List<Item>();
healingRelatedItems.Add(new Items.NanoRepair());
healingRelatedItems.Add(new Items.TacticalOverlay());
healingRelatedItems.Add(new Items.StealthCloak());
healingRelatedItems.Sort((x,y) => x.ItemCost().CompareTo(y.ItemCost()));
List<List<Item>> itemCatalogue = new List<List<Item>>();
itemCatalogue.Add(meleeRelatedItems);
itemCatalogue.Add(rangedRelatedItems);
itemCatalogue.Add(healingRelatedItems);
//Grenades go in last to suck up any left-over budget
itemCatalogue.Add(grenadeRelatedItems);
//Calculate the budget we have to spend
int itemBudget = 60 + (levelIndex - 5) * 10;
//Divide between different types
List<double> budgetRatios = new List<double>();
double meleeRelatedBudgetRatio = Game.Random.NextDouble();
budgetRatios.Add(meleeRelatedBudgetRatio);
double firingRelatedBudgetRatio = 1 - meleeRelatedBudgetRatio;
budgetRatios.Add(firingRelatedBudgetRatio);
double grenadeRelatedBudgeRadio = Game.Random.NextDouble();
budgetRatios.Add(grenadeRelatedBudgeRadio);
double healingRelatedBudgeRadio = Game.Random.NextDouble();
budgetRatios.Add(healingRelatedBudgeRadio);
//Calculate budget split
double totalRatio = 0.0;
foreach(double d in budgetRatios) {
totalRatio += d;
}
double ratioToTotalBudget = itemBudget / totalRatio;
double remainder = 0.0;
//To hold all the items to place
List<Item> itemsToPlace = new List<Item>();
//Spend budget on each catalogue, depending upon ratio
for (int i = 0; i < itemCatalogue.Count; i++)
{
double categoryBudget = budgetRatios[i] * ratioToTotalBudget + remainder;
remainder = (double)SpendItemBudget((int)categoryBudget, itemCatalogue[i], itemsToPlace);
}
LogFile.Log.LogEntryDebug("SpawnItemsRandomly: level: " + levelIndex + " total budget: " + itemBudget + " remainder: " + remainder, LogDebugLevel.High);
//Add any standard items
//1 healing kit
itemsToPlace.Add(new Items.NanoRepair());
//Actually add the items
List<RoomCoords> allRooms = mapGen.GetAllRooms();
AddItemsEqualDistribution(itemsToPlace, levelIndex, mapGen);
//Pistol at start location
AddItemAtLocation(new Items.Pistol(), levelIndex, mapGen.GetPlayerStartLocation());
}
private void SpawnItemsLevel6(int levelIndex, MapGeneratorBSP mapGen)
{
List<RoomCoords> allRooms = mapGen.GetAllRooms();
//Pistol at start location
AddItemAtLocation(new Items.Laser(), levelIndex, mapGen.GetPlayerStartLocation());
AddItemAtLocation(new Items.StealthCloak(), levelIndex, mapGen.GetPlayerStartLocation());
//Spawn some items
List<Item> itemsToPlace = new List<Item>();
itemsToPlace.Add(new Items.TacticalOverlay());
itemsToPlace.Add(new Items.StealthCloak());
AddItemsEqualDistribution(itemsToPlace, levelIndex, mapGen);
}
/// <summary>
/// Adds levels and interconnecting staircases
/// </summary>
private void SetupMapsGraphingDemoCycles()
{
Dungeon dungeon = Game.Dungeon;
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
//Clip to 60
hallsGen.Width = 50;
hallsGen.Height = 25;
hallsGen.NoSplitChance = 3;
Map hallMap = hallsGen.GenerateMap(3);
//Optionally add door locks
//Firstly find the node in the reduced map that corresponds to the player start location
var connectivityModel = hallsGen.GraphModel;
LogFile.Log.LogEntryDebug("PC start vertex: " + connectivityModel.StartVertex, LogDebugLevel.High);
DoorClueGraphvizExport visualiser = new DoorClueGraphvizExport(connectivityModel);
visualiser.OutputClueDoorGraph("bsptree-door");
visualiser.OutputDoorDependencyGraph("bsptree-dep");
//We've altered the map now, so get a new copy before we store it
hallMap = hallsGen.GetOriginalMap();
int levelNo = Game.Dungeon.AddMap(hallMap);
//Store the hallGen
//Will get sorted in level order
levelGen.Add(0, hallsGen);
//Place the player, so monster placing can be checked against it
//Game.Dungeon.Player.LocationLevel = 0; //on reload, don't reset this
//needs to be done before placing items
Game.Dungeon.Player.LocationMap = Game.Dungeon.Levels[Game.Dungeon.Player.LocationLevel].PCStartLocation;
//Run graphviz to png the output then display
try
{
var graphVizLocation = Game.Config.Entries[Config.GraphVizLocation];
GraphVizUtils.RunGraphVizPNG(graphVizLocation, "bsptree-base");
GraphVizUtils.RunGraphVizPNG(graphVizLocation, "bsptree-nocycles");
GraphVizUtils.DisplayPNGInChildWindow("bsptree-base");
GraphVizUtils.DisplayPNGInChildWindow("bsptree-nocycles");
}
catch (Exception)
{
LogFile.Log.LogEntryDebug("Can't find graphViz in config file", LogDebugLevel.High);
}
//Add standard dock triggers (allows map abortion & completion)
//AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}
private void SetupDungeon()
{
//Create dungeon and set it as current in Game
dungeon = new Dungeon();
Game.Dungeon = dungeon;
//Randomer
Random rand = new Random();
//Create dungeon map (at least level 1)
MapGeneratorBSP mapGen1 = new MapGeneratorBSP();
//MapGeneratorRogue mapGen = new MapGeneratorRogue();
mapGen1.Width = 80;
mapGen1.Height = 25;
int extraCorridors = rand.Next(10);
Map level1 = mapGen1.GenerateMap(extraCorridors);
MapGeneratorBSP mapGen2 = new MapGeneratorBSP();
mapGen2.Width = 80;
mapGen2.Height = 25;
Map level2 = mapGen2.GenerateMap(extraCorridors);
MapGeneratorCave cave1 = new MapGeneratorCave();
cave1.Width = 80;
cave1.Height = 25;
Map cave = cave1.GenerateMap();
//KeyPress userKey = Keyboard.WaitForKeyPress(true);
//Test
//for (int i = 0; i < 10000; i++)
//{
// mapGen.GenerateMap();
//}
//Give map to dungeon
dungeon.AddMap(level1); //level 1
//dungeon.AddMap(level2); //level 2
int caveLevel = dungeon.AddMap(cave);
cave1.AddStaircases(caveLevel);
//Load level 3 from file
try
{
MapGeneratorFromASCIIFile mapGen3 = new MapGeneratorFromASCIIFile();
mapGen3.LoadASCIIFile("test1.txt");
mapGen3.AddMapToDungeon();
}
catch (Exception ex)
{
MessageBox.Show("failed to add level 3: " + ex.Message);
}
//Setup PC
Player player = dungeon.Player;
player.Representation = '@';
player.LocationMap = level1.PCStartLocation;
player.Hitpoints = 100;
player.MaxHitpoints = 100;
//Give the player some items
//player.PickUpItem(new Items.Potion());
//Add a down staircase where the player is standing
AddFeatureToDungeon(new Features.StaircaseDown(), 0, new Point(player.LocationMap.x, player.LocationMap.y));
//Add a test short sword
dungeon.AddItem(new Items.ShortSword(), 0, new Point(player.LocationMap.x, player.LocationMap.y));
//Create creatures and start positions
//Add some random creatures
int noCreatures = rand.Next(10) + 215;
for (int i = 0; i < noCreatures; i++)
{
Monster creature = new Creatures.Rat();
creature.Representation = Convert.ToChar(65 + rand.Next(26));
//int level = rand.Next(2);
int level = 0;
Point location = new Point(0, 0);
//Loop until we find an acceptable location and the add works
do
{
if (level == 0)
{
location = mapGen1.RandomWalkablePoint();
}
else if (level == 1)
{
location = mapGen2.RandomWalkablePoint();
}
LogFile.Log.LogEntryDebug("Creature " + i.ToString() + " pos x: " + location.x + " y: " + location.y, LogDebugLevel.Low);
}while (!dungeon.AddMonster(creature, level, location));
}
//Create features
//Add some random features
/*
* int noFeatures = rand.Next(5) + 2;
*
* for (int i = 0; i < noFeatures; i++)
* {
* Features.StaircaseUp feature = new Features.StaircaseUp();
*
* feature.Representation = Convert.ToChar(58 + rand.Next(6));
* AddFeatureToDungeon(feature, mapGen1, 0);
* }*/
//Add staircases to dungeons level 1 and 2
AddFeatureToDungeonRandomPoint(new Features.StaircaseDown(), mapGen1, 0);
//AddFeatureToDungeonRandomPoint(new Features.StaircaseUp(), mapGen2, 1);
//Create objects and start positions
//Add some random objects
int noItems = rand.Next(10) + 5;
for (int i = 0; i < noItems; i++)
{
Item item;
if (rand.Next(2) < 1)
{
item = new Items.Potion();
}
else
{
item = new Items.ShortSword();
}
//item.Representation = Convert.ToChar(33 + rand.Next(12));
int level = 0;
Point location;
//Loop until we find an acceptable location and the add works
do
{
location = mapGen1.RandomWalkablePoint();
}while (!dungeon.AddItem(item, level, location));
}
}
private void SpawnItemsLevel1(int levelIndex, MapGeneratorBSP mapGen)
{
List<RoomCoords> allRooms = mapGen.GetAllRooms();
//Spawn some items
List<Item> itemsToPlace = new List<Item>();
itemsToPlace.Add(new Items.Pistol());
AddItemsEqualDistribution(itemsToPlace, levelIndex, mapGen);
}
private void SpawnCreaturesRandomly(int levelIndex, MapGeneratorBSP mapGen)
{
//Monster catalogue
//Type of monster : typical group size
//Melee monsters
List<KeyValuePair<Monster, int>> meleeMonsters = new List<KeyValuePair<Monster, int>>();
meleeMonsters.Add(new KeyValuePair<Monster, int>(new Creatures.Swarmer(), 6));
meleeMonsters.Add(new KeyValuePair<Monster, int>(new Creatures.Juggernaut(), 1));
//Patrolling catalogue
List<KeyValuePair<Monster, int>> patrolMonsters = new List<KeyValuePair<Monster, int>>();
patrolMonsters.Add(new KeyValuePair<Monster, int>(new Creatures.PatrolBot(), 3));
patrolMonsters.Add(new KeyValuePair<Monster, int>(new Creatures.PatrolBotArea(), 3));
//Rotating catalogue
List<KeyValuePair<Monster, int>> staticMonsters = new List<KeyValuePair<Monster, int>>();
staticMonsters.Add(new KeyValuePair<Monster, int>(new Creatures.RotatingTurret(), 2));
staticMonsters.Add(new KeyValuePair<Monster, int>(new Creatures.CombatBot(), 3));
//Special monsters
List<KeyValuePair<Monster, int>> specialMonsters = new List<KeyValuePair<Monster, int>>();
specialMonsters.Add(new KeyValuePair<Monster, int>(new Creatures.AlertBot(), 2));
specialMonsters.Add(new KeyValuePair<Monster, int>(new Creatures.RollingBomb(), 2));
List<List<KeyValuePair<Monster, int>>> monsterCatalogue = new List<List<KeyValuePair<Monster, int>>>();
monsterCatalogue.Add(meleeMonsters);
monsterCatalogue.Add(patrolMonsters);
monsterCatalogue.Add(staticMonsters);
//Grenades go in last to suck up any left-over budget
monsterCatalogue.Add(specialMonsters);
//Calculate the budget we have to spend
//An 10 cost item (pistol) is good for 30 - 40 points of monster
//Item budget: 50 + (levelIndex - 5) * 10;
int creatureBudget = (50 + (levelIndex - 5) * 10) * 3;
//Divide between different types
List<double> budgetRatios = new List<double>();
//Initialize
budgetRatios.Add(Game.Random.NextDouble());
budgetRatios.Add(Game.Random.NextDouble());
budgetRatios.Add(Game.Random.NextDouble());
budgetRatios.Add(Game.Random.NextDouble());
//Try to spend 2/3 of our budget on one type
//(+3 was too much at present)
//exclude special
budgetRatios[Game.Random.Next(budgetRatios.Count - 1)] += 1.5;
//Calculate budget split
double totalRatio = 0.0;
foreach (double d in budgetRatios)
{
totalRatio += d;
}
double ratioToTotalBudget = creatureBudget / totalRatio;
double remainder = 0.0;
//To hold all the items to place
List<Monster> monstersToPlaceEvenly = new List<Monster>();
List<MonsterFightAndRunAI> monstersToPlaceLinearPatrol = new List<MonsterFightAndRunAI>();
List<MonsterFightAndRunAI> monstersToPlaceSquarePatrol = new List<MonsterFightAndRunAI>();
//Spend budget on each catalogue, depending upon ratio
for (int i = 0; i < monsterCatalogue.Count; i++)
{
double categoryBudget = budgetRatios[i] * ratioToTotalBudget + remainder;
remainder = (double)SpendMonsterBudget((int)categoryBudget, monsterCatalogue[i], monstersToPlaceEvenly, monstersToPlaceLinearPatrol, monstersToPlaceSquarePatrol);
}
LogFile.Log.LogEntryDebug("SpawnCreaturesRandomly: level: " + levelIndex + " total budget: " + creatureBudget + " remainder: " + remainder, LogDebugLevel.High);
//Actually add the monsters
List<RoomCoords> allRooms = mapGen.GetAllRooms();
AddMonstersEqualDistribution(monstersToPlaceEvenly, levelIndex, mapGen);
foreach (MonsterFightAndRunAI m in monstersToPlaceLinearPatrol)
AddMonsterLinearPatrol(m, levelIndex, mapGen);
foreach (MonsterFightAndRunAI m in monstersToPlaceSquarePatrol)
AddMonsterSquarePatrol(m, levelIndex, mapGen);
//This sets light level in the creatures
SetLightLevelUniversal(levelIndex, levelIndex, 5);
}
private void SpawnCreaturesLevel6(int level, MapGeneratorBSP mapGen)
{
//Level 2 just Swarmers (but lots of them)
List<Monster> monstersToPlace = new List<Monster>();
for (int i = 0; i < 5; i++)
{
Creatures.CombatBot patrolBot = new Creatures.CombatBot();
monstersToPlace.Add(patrolBot);
}
for (int i = 0; i < 6; i++)
{
Creatures.PatrolBotArea patrolBot = new Creatures.PatrolBotArea();
AddMonsterSquarePatrol(patrolBot, level, mapGen);
}
monstersToPlace.Add(new Creatures.AlertBot());
// AddMonsterLinearPatrol(new Creatures.Juggernaut(), level, mapGen);
AddMonstersEqualDistribution(monstersToPlace, level, mapGen);
//This sets light level in the creatures
SetLightLevelUniversal(level, level, 5);
}
private void SpawnCreaturesLevel5(int level, MapGeneratorBSP mapGen)
{
//Level 2 just Swarmers (but lots of them)
List<Monster> monstersToPlace = new List<Monster>();
for (int i = 0; i < 5; i++)
{
Creatures.Swarmer patrolBot = new Creatures.Swarmer();
monstersToPlace.Add(patrolBot);
}
for (int i = 0; i < 3; i++)
{
Creatures.PatrolBot patrolBot = new Creatures.PatrolBot();
AddMonsterLinearPatrol(patrolBot, level, mapGen);
}
for (int i = 0; i < 3; i++)
{
Creatures.RollingBomb patrolBot = new Creatures.RollingBomb();
monstersToPlace.Add(patrolBot);
}
AddMonstersEqualDistribution(monstersToPlace, level, mapGen);
//This sets light level in the creatures
SetLightLevelUniversal(level, level, 5);
}
private void SpawnCreaturesLevel1(int level, MapGeneratorBSP mapGen)
{
//Level 1 just Linear Patrol Bots
for (int i = 0; i < 6; i++)
{
Creatures.PatrolBot patrolBot = new Creatures.PatrolBot();
AddMonsterLinearPatrol(patrolBot, level, mapGen);
}
//This sets light level in the creatures
SetLightLevelUniversal(level, level, 5);
}
private static void AddStandardEntryExitTriggers(Dungeon dungeon, MapGeneratorBSP hallsGen, int levelNo)
{
List<Point> surroundingDock = hallsGen.GetEntryDoor();
foreach(Point p in surroundingDock)
Game.Dungeon.AddTrigger(levelNo, p, new Triggers.DockDoor());
//Add exit trigger
Game.Dungeon.AddTrigger(levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation, new Triggers.LeaveByDock());
}
/// <summary>
/// Add a feature to the dungeon. Guarantees an acceptable placement.
/// Might loop forever if all squares in the dungeon are already taken up
/// </summary>
/// <param name="feature"></param>
/// <param name="level"></param>
/// <param name="location"></param>
void AddFeatureToDungeonRandomPoint(Feature feature, MapGeneratorBSP mapGen, int level)
{
Point location;
//Loop until we find an acceptable location and the add works
do
{
location = mapGen.RandomWalkablePoint();
}
while (!dungeon.AddFeature(feature, level, location));
}
private void SetupDungeon()
{
//Create dungeon and set it as current in Game
dungeon = new Dungeon();
Game.Dungeon = dungeon;
//Randomer
Random rand = new Random();
//Create dungeon map (at least level 1)
MapGeneratorBSP mapGen1 = new MapGeneratorBSP();
//MapGeneratorRogue mapGen = new MapGeneratorRogue();
mapGen1.Width = 80;
mapGen1.Height = 25;
int extraCorridors = rand.Next(10);
Map level1 = mapGen1.GenerateMap(extraCorridors);
MapGeneratorBSP mapGen2 = new MapGeneratorBSP();
mapGen2.Width = 80;
mapGen2.Height = 25;
Map level2 = mapGen2.GenerateMap(extraCorridors);
MapGeneratorCave cave1 = new MapGeneratorCave();
cave1.Width = 80;
cave1.Height = 25;
Map cave = cave1.GenerateMap();
//KeyPress userKey = Keyboard.WaitForKeyPress(true);
//Test
//for (int i = 0; i < 10000; i++)
//{
// mapGen.GenerateMap();
//}
//Give map to dungeon
dungeon.AddMap(level1); //level 1
//dungeon.AddMap(level2); //level 2
int caveLevel = dungeon.AddMap(cave);
cave1.AddStaircases(caveLevel);
//Load level 3 from file
try
{
MapGeneratorFromASCIIFile mapGen3 = new MapGeneratorFromASCIIFile();
mapGen3.LoadASCIIFile("test1.txt");
mapGen3.AddMapToDungeon();
}
catch (Exception ex)
{
MessageBox.Show("failed to add level 3: " + ex.Message);
}
//Setup PC
Player player = dungeon.Player;
player.Representation = '@';
player.LocationMap = level1.PCStartLocation;
player.Hitpoints = 100;
player.MaxHitpoints = 100;
//Give the player some items
//player.PickUpItem(new Items.Potion());
//Add a down staircase where the player is standing
AddFeatureToDungeon(new Features.StaircaseDown(), 0, new Point(player.LocationMap.x, player.LocationMap.y));
//Add a test short sword
dungeon.AddItem(new Items.ShortSword(), 0, new Point(player.LocationMap.x, player.LocationMap.y));
//Create creatures and start positions
//Add some random creatures
int noCreatures = rand.Next(10) + 215;
for (int i = 0; i < noCreatures; i++)
{
Monster creature = new Creatures.Rat();
creature.Representation = Convert.ToChar(65 + rand.Next(26));
//int level = rand.Next(2);
int level = 0;
Point location = new Point(0, 0);
//Loop until we find an acceptable location and the add works
do
{
if (level == 0)
location = mapGen1.RandomWalkablePoint();
else if (level == 1)
location = mapGen2.RandomWalkablePoint();
LogFile.Log.LogEntryDebug("Creature " + i.ToString() + " pos x: " + location.x + " y: " + location.y, LogDebugLevel.Low);
}
while (!dungeon.AddMonster(creature, level, location));
}
//Create features
//Add some random features
/*
int noFeatures = rand.Next(5) + 2;
for (int i = 0; i < noFeatures; i++)
{
Features.StaircaseUp feature = new Features.StaircaseUp();
feature.Representation = Convert.ToChar(58 + rand.Next(6));
AddFeatureToDungeon(feature, mapGen1, 0);
}*/
//Add staircases to dungeons level 1 and 2
AddFeatureToDungeonRandomPoint(new Features.StaircaseDown(), mapGen1, 0);
//AddFeatureToDungeonRandomPoint(new Features.StaircaseUp(), mapGen2, 1);
//Create objects and start positions
//Add some random objects
int noItems = rand.Next(10) + 5;
for (int i = 0; i < noItems; i++)
{
Item item;
if (rand.Next(2) < 1)
{
item = new Items.Potion();
}
else
{
item = new Items.ShortSword();
}
//item.Representation = Convert.ToChar(33 + rand.Next(12));
int level = 0;
Point location;
//Loop until we find an acceptable location and the add works
do
{
location = mapGen1.RandomWalkablePoint();
}
while (!dungeon.AddItem(item, level, location));
}
}
private void SpawnItemsLevel2(int levelIndex, MapGeneratorBSP mapGen)
{
List<RoomCoords> allRooms = mapGen.GetAllRooms();
//Spawn some items
List<Item> itemsToPlace = new List<Item>();
//Tempt the player with the shotgun
//AddItemCloseToLocation(new Items.Shotgun(), 0, mapGen.GetPlayerStartLocation());
AddItemAtLocation(new Items.Shotgun(), levelIndex, mapGen.GetPlayerStartLocation());
//Vibroblade is a better choice
itemsToPlace.Add(new Items.Vibroblade());
//Another shotty
itemsToPlace.Add(new Items.Shotgun());
AddItemsEqualDistribution(itemsToPlace, levelIndex, mapGen);
}
private void SpawnItemsLevel4(int levelIndex, MapGeneratorBSP mapGen)
{
List<RoomCoords> allRooms = mapGen.GetAllRooms();
//Pistol at start location
AddItemAtLocation(new Items.Pistol(), levelIndex, mapGen.GetPlayerStartLocation());
//Spawn some items
List<Item> itemsToPlace = new List<Item>();
itemsToPlace.Add(new Items.SoundGrenade());
itemsToPlace.Add(new Items.SoundGrenade());
itemsToPlace.Add(new Items.SoundGrenade());
itemsToPlace.Add(new Items.SoundGrenade());
itemsToPlace.Add(new Items.FragGrenade());
itemsToPlace.Add(new Items.FragGrenade());
itemsToPlace.Add(new Items.NanoRepair());
AddItemsEqualDistribution(itemsToPlace, levelIndex, mapGen);
}
/// <summary>
/// Adds levels and interconnecting staircases
/// </summary>
private void SetupMapsGraphingDemo(bool doLocks, int noLocks)
{
Dungeon dungeon = Game.Dungeon;
MapGeneratorBSP hallsGen = new MapGeneratorBSP();
hallsGen.NoSplitChance = 3;
//Clip to 60
hallsGen.Width = 40;
if(doLocks)
hallsGen.Width = 50;
hallsGen.Height = 25;
hallsGen.GenerateMap(0);
MapModel connectivityModel = null;
if (doLocks)
{
//Optionally add door locks
//Firstly find the node in the reduced map that corresponds to the player start location
connectivityModel = hallsGen.GraphModel;
int startNode = connectivityModel.StartVertexNoCycleMap;
LogFile.Log.LogEntryDebug("PC start vertex: " + startNode, LogDebugLevel.High);
connectivityModel.LockRandomEdgeRandomClue("red");
if (noLocks > 1)
{
connectivityModel.LockRandomEdgeRandomClue("green");
connectivityModel.LockRandomEdgeRandomClue("blue");
connectivityModel.LockRandomEdgeRandomClue("yellow");
}
var visualiser = new DoorClueGraphvizExport(connectivityModel);
visualiser.OutputClueDoorGraph("bsptree-door");
visualiser.OutputDoorDependencyGraph("bsptree-dep");
//Find the doors corresponding to locked connections and lock them
foreach (var door in connectivityModel.DoorAndClueManager.DoorMap)
{
//The door knows its location in the full map, so this should work with cycles
hallsGen.LockConnection(door.Value);
}
}
//Add map to dungeon
int levelNo = Game.Dungeon.AddMap(hallsGen.BaseMap);
//Add locks to dungeon as simple doors
foreach (var locksInLocation in hallsGen.MapSquareLocks)
{
var lockLocation = locksInLocation.Key;
foreach(var thisLock in locksInLocation.Value) {
var lockedDoor = new Locks.SimpleLockedDoor(thisLock);
lockedDoor.LocationLevel = levelNo;
lockedDoor.LocationMap = lockLocation;
Game.Dungeon.AddLock(lockedDoor);
}
}
//Place the player, so monster placing can be checked against it
//Game.Dungeon.Player.LocationLevel = 0; //on reload, don't reset this
//needs to be done before placing items
Game.Dungeon.Player.LocationMap = Game.Dungeon.Levels[Game.Dungeon.Player.LocationLevel].PCStartLocation;
if (doLocks)
{
//Find a random room corresponding to a vertex with a clue and place a clue there
foreach (var cluesAtVertex in connectivityModel.DoorAndClueManager.ClueMap)
{
foreach (var clue in cluesAtVertex.Value)
{
var possibleRooms = clue.PossibleClueRoomsInFullMap;
var randomRoom = possibleRooms[Game.Random.Next(possibleRooms.Count)];
var pointInRoom = hallsGen.RandomPointInRoomById(randomRoom);
Game.Dungeon.AddItem(new Items.Clue(clue), 0, pointInRoom.GetPointInRoomOnly());
}
}
}
//Run graphviz to png the output then display
try {
var graphVizLocation = Game.Config.Entries[Config.GraphVizLocation];
GraphVizUtils.RunGraphVizPNG(graphVizLocation, "bsptree-base");
GraphVizUtils.DisplayPNGInChildWindow("bsptree-base");
if (doLocks)
{
GraphVizUtils.RunGraphVizPNG(graphVizLocation, "bsptree-door");
GraphVizUtils.RunGraphVizPNG(graphVizLocation, "bsptree-dep");
GraphVizUtils.DisplayPNGInChildWindow("bsptree-door");
GraphVizUtils.DisplayPNGInChildWindow("bsptree-dep");
}
}
catch(Exception) {
LogFile.Log.LogEntryDebug("Can't find graphViz in config file", LogDebugLevel.High);
}
//Add standard dock triggers (allows map abortion & completion)
//AddStandardEntryExitTriggers(dungeon, hallsGen, levelNo);
//Setup pathfinding
CalculateWalkableAndTCOD();
//Place dock bay feature at PC startloc
Game.Dungeon.AddFeature(new Features.DockBay(), levelNo, Game.Dungeon.Levels[levelNo].PCStartLocation);
}