// Use this for initialization
void Start()
{
mGenerator = new DungeonGenerator <Cell>();
mBuilder = mGenerator.GenerateA()
.MediumDungeon()
.ABitRandom()
.SomewhatSparse()
.WithMediumChanceToRemoveDeadEnds()
.WithMediumSizeRooms()
.WithLargeNumberOfRooms();
mPrefabByWalls[EAST] = E;
mPrefabByWalls[EAST | WEST] = EW;
mPrefabByWalls[NORTH] = N;
mPrefabByWalls[NORTH | EAST] = NE;
mPrefabByWalls[NORTH | EAST | WEST] = NEW;
mPrefabByWalls[NORTH | EAST | SOUTH] = NES;
mPrefabByWalls[NORTH | EAST | WEST | SOUTH] = NEWS;
mPrefabByWalls[NORTH | SOUTH] = NS;
mPrefabByWalls[NORTH | SOUTH | WEST] = NSW;
mPrefabByWalls[NORTH | WEST] = NW;
mPrefabByWalls[0] = OPEN;
mPrefabByWalls[SOUTH] = S;
mPrefabByWalls[SOUTH | EAST] = SE;
mPrefabByWalls[SOUTH | EAST | WEST] = SEW;
mPrefabByWalls[SOUTH | WEST] = SW;
mPrefabByWalls[WEST] = W;
mCamHalfHeight = Camera.main.orthographicSize;
mCamHalfWidth = Camera.main.aspect * mCamHalfHeight;
mTopLeftPosition = new Vector3(-mCamHalfWidth + mMargin, mCamHalfHeight + mMargin, 0) + Camera.main.transform.position;
Generate();
}
public void GenerateWithParameters(string parameters)
{
var parametersArr = JSON.Parse(parameters);
mBuilder = mGenerator.GenerateA();
for (int i = 0; i < parametersArr.Count; i++)
{
mBuilder = ParseParamToMethod(parametersArr[i].Value, mBuilder);
}
Generate();
}
public void GenerateWithParameters(string parameters)
{
var parametersArr = JSON.Parse(parameters);
mBuilder = mGenerator.GenerateA();
for (int i = 0; i < parametersArr.Count; i++)
{
mBuilder = ParseParamToMethod(parametersArr[i].Value, mBuilder);
}
Generate();
}
private void CallRecursivelyWithFixedDimensions(DungeonConfigurationGenerator <Cell> defaultBuilder,
List <KeyValuePair <string, Func <DungeonConfigurationGenerator <Cell>, DungeonConfigurationGenerator <Cell> > > > fixedDimensions,
List <Dictionary <string, Func <DungeonConfigurationGenerator <Cell>, DungeonConfigurationGenerator <Cell> > > > restOfDimensions)
{
if (restOfDimensions.Count > 0)
{
foreach (var dimension in restOfDimensions[0])
{
var newFixed = fixedDimensions.ToList();
newFixed.Add(dimension);
CallRecursivelyWithFixedDimensions(defaultBuilder, newFixed, restOfDimensions.Skip(1).ToList());
}
return;
}
TestWithFixedDimensions(defaultBuilder, fixedDimensions);
}
public void SinglePreProcessorTest()
{
var config = new DungeonConfigurationGenerator <Cell>(null)
.DungeonOfSize(500, 500)
.NotRandom()
.GetConfiguration();
var mazeGenerator = new MazeGenerator <BinaryCell>();
for (var i = 0; i < ITERATIONS; i++)
{
Console.Write("{0},", i);
var map = new Map <BinaryCell>(config.Width / 2, config.Height / 2);
mazeGenerator.ProcessMap(map, config, new Randomizer());
}
Console.WriteLine();
//StaticTimer.WriteResults(ITERATIONS);
}
private void GenerateAndAssert(
Func <DungeonConfigurationGenerator <Cell>, DungeonConfigurationGenerator <Cell> > method,
Action <DungeonConfiguration> assertMethod)
{
DungeonConfiguration targetConfiguration = null;
var fakeGenerator = A.Fake <DungeonGenerator <Cell> >();
A.CallTo(() => fakeGenerator.Generate(null, null))
.WithAnyArguments()
.Invokes(callObject => targetConfiguration = callObject.Arguments[0] as DungeonConfiguration);
var configGenerator = new DungeonConfigurationGenerator <Cell>(fakeGenerator);
method(configGenerator).Now();
assertMethod(targetConfiguration);
}
private void TestWithFixedDimensions(DungeonConfigurationGenerator <Cell> defaultBuilder,
IEnumerable <KeyValuePair <string, Func <DungeonConfigurationGenerator <Cell>, DungeonConfigurationGenerator <Cell> > > > fixedDimensions)
{
var maxRooms = 5;
var failedIterationCount = 0;
const int MAX_FAILED_ITERATION_COUNT = 3;
var kvps = fixedDimensions.ToList();
defaultBuilder = kvps.Aggregate(defaultBuilder, (current, dimension) => dimension.Value(current));
try
{
while (failedIterationCount < MAX_FAILED_ITERATION_COUNT)
{
defaultBuilder = defaultBuilder.WithRoomCount(maxRooms);
var map = defaultBuilder.Now();
if (map.Rooms.Count == maxRooms)
{
maxRooms++;
}
else
{
failedIterationCount++;
}
}
var config = defaultBuilder.GetConfiguration();
var medianRoomHeight = (config.MaxRoomHeight + config.MinRoomHeight) / 2f;
var medianRoomWidth = (config.MaxRoomWidth + config.MinRoomWidth) / 2f;
var maxPotentialRooms = (int)(config.Width / medianRoomWidth) * (int)(config.Height / medianRoomHeight);
var result = (maxPotentialRooms * (1 - config.Sparseness));
Console.WriteLine("{0},{1},{2},{3}, ratio: {4}", (config.Width * config.Height), config.Sparseness, maxRooms - 1,
(maxPotentialRooms * (1 - config.Sparseness)),
(maxRooms - 1) / result);
}
catch (Exception)
{
Console.WriteLine(String.Join(" ", kvps.Select(kvp => kvp.Key)) + ": failed on " + (maxRooms - 1));
}
}
// Use this for initialization
void Start()
{
mGenerator = new DungeonGenerator<Cell>();
mBuilder = mGenerator.GenerateA()
.MediumDungeon()
.ABitRandom()
.SomewhatSparse()
.WithMediumChanceToRemoveDeadEnds()
.WithMediumSizeRooms()
.WithLargeNumberOfRooms();
mPrefabByWalls[EAST] = E;
mPrefabByWalls[EAST | WEST] = EW;
mPrefabByWalls[NORTH] = N;
mPrefabByWalls[NORTH | EAST] = NE;
mPrefabByWalls[NORTH | EAST | WEST] = NEW;
mPrefabByWalls[NORTH | EAST | SOUTH] = NES;
mPrefabByWalls[NORTH | EAST | WEST | SOUTH] = NEWS;
mPrefabByWalls[NORTH | SOUTH] = NS;
mPrefabByWalls[NORTH | SOUTH | WEST] = NSW;
mPrefabByWalls[NORTH | WEST] = NW;
mPrefabByWalls[0] = OPEN;
mPrefabByWalls[SOUTH] = S;
mPrefabByWalls[SOUTH | EAST] = SE;
mPrefabByWalls[SOUTH | EAST | WEST] = SEW;
mPrefabByWalls[SOUTH | WEST] = SW;
mPrefabByWalls[WEST] = W;
mCamHalfHeight = Camera.main.orthographicSize;
mCamHalfWidth = Camera.main.aspect * mCamHalfHeight;
mTopLeftPosition = new Vector3(-mCamHalfWidth + mMargin, mCamHalfHeight + mMargin, 0) + Camera.main.transform.position;
Generate();
}
private DungeonConfigurationGenerator<Cell> ParseParamToMethod(string methodName, DungeonConfigurationGenerator<Cell> builder)
{
switch (methodName)
{
//size
case "TinyDungeon":
return builder.TinyDungeon();
case "SmallDungeon":
return builder.SmallDungeon();
case "MediumDungeon":
return builder.MediumDungeon();
case "LargeDungeon":
return builder.LargeDungeon();
case "HugeDungeon":
return builder.HugeDungeon();
//randomness
case "NotRandom":
return builder.NotRandom();
case "ABitRandom":
return builder.ABitRandom();
case "SomewhatRandom":
return builder.SomewhatRandom();
case "VeryRandom":
return builder.VeryRandom();
//sparseness
case "NotSparse":
return builder.NotSparse();
case "ABitSparse":
return builder.ABitSparse();
case "SomewhatSparse":
return builder.SomewhatSparse();
case "VerySparse":
return builder.VerySparse();
//deadends
case "DontRemoveDeadEnds":
return builder.DontRemoveDeadEnds();
case "WithSmallChanceToRemoveDeadEnds":
return builder.WithSmallChanceToRemoveDeadEnds();
case "WithMediumChanceToRemoveDeadEnds":
return builder.WithMediumChanceToRemoveDeadEnds();
case "WithBigChanceToRemoveDeadEnds":
return builder.WithBigChanceToRemoveDeadEnds();
case "RemoveAllDeadEnds":
return builder.RemoveAllDeadEnds();
//room size
case "WithSmallSizeRooms":
return builder.WithSmallSizeRooms();
case "WithMediumSizeRooms":
return builder.WithMediumSizeRooms();
case "WithLargeSizeRooms":
return builder.WithLargeSizeRooms();
//room count
case "WithSmallNumberOfRooms":
return builder.WithSmallNumberOfRooms();
case "WithMediumNumberOfRooms":
return builder.WithMediumNumberOfRooms();
case "WithLargeNumberOfRooms":
return builder.WithLargeNumberOfRooms();
}
return builder;
}
private void GenerateAndAssert(
Func<DungeonConfigurationGenerator<Cell>, DungeonConfigurationGenerator<Cell>> method,
Action<DungeonConfiguration> assertMethod)
{
DungeonConfiguration targetConfiguration = null;
var fakeGenerator = A.Fake<DungeonGenerator<Cell>>();
A.CallTo(() => fakeGenerator.Generate(null, null))
.WithAnyArguments()
.Invokes(callObject => targetConfiguration = callObject.Arguments[0] as DungeonConfiguration);
var configGenerator = new DungeonConfigurationGenerator<Cell>(fakeGenerator);
method(configGenerator).Now();
assertMethod(targetConfiguration);
}
private DungeonConfigurationGenerator <Cell> ParseParamToMethod(string methodName, DungeonConfigurationGenerator <Cell> builder)
{
switch (methodName)
{
//size
case "TinyDungeon":
return(builder.TinyDungeon());
case "SmallDungeon":
return(builder.SmallDungeon());
case "MediumDungeon":
return(builder.MediumDungeon());
case "LargeDungeon":
return(builder.LargeDungeon());
case "HugeDungeon":
return(builder.HugeDungeon());
//randomness
case "NotRandom":
return(builder.NotRandom());
case "ABitRandom":
return(builder.ABitRandom());
case "SomewhatRandom":
return(builder.SomewhatRandom());
case "VeryRandom":
return(builder.VeryRandom());
//sparseness
case "NotSparse":
return(builder.NotSparse());
case "ABitSparse":
return(builder.ABitSparse());
case "SomewhatSparse":
return(builder.SomewhatSparse());
case "VerySparse":
return(builder.VerySparse());
//deadends
case "DontRemoveDeadEnds":
return(builder.DontRemoveDeadEnds());
case "WithSmallChanceToRemoveDeadEnds":
return(builder.WithSmallChanceToRemoveDeadEnds());
case "WithMediumChanceToRemoveDeadEnds":
return(builder.WithMediumChanceToRemoveDeadEnds());
case "WithBigChanceToRemoveDeadEnds":
return(builder.WithBigChanceToRemoveDeadEnds());
case "RemoveAllDeadEnds":
return(builder.RemoveAllDeadEnds());
//room size
case "WithSmallSizeRooms":
return(builder.WithSmallSizeRooms());
case "WithMediumSizeRooms":
return(builder.WithMediumSizeRooms());
case "WithLargeSizeRooms":
return(builder.WithLargeSizeRooms());
//room count
case "WithSmallNumberOfRooms":
return(builder.WithSmallNumberOfRooms());
case "WithMediumNumberOfRooms":
return(builder.WithMediumNumberOfRooms());
case "WithLargeNumberOfRooms":
return(builder.WithLargeNumberOfRooms());
}
return(builder);
}
