void InitialiseCellArray()
{
int id = 0;
for (int i = 0; i < gridSizeX; i++)
{
for (int j = 0; j < gridSizeY; j++)
{
//Iniitialise cell array at current position
waterCellArray[i, j] = new WaterCell(0, new Vector2i(i, j), id++);
//Create cell at position with -1 volume
CreateCell(new Vector2i(i, j), 0);
//Ensure all cells initially are inactive
waterCellArray[i, j].fActive = false;
//Add to active cell index, after first run through of this list all inactive cells will drop off, this is just to save manually added active cells to the list
activeCellIndexListA.Add(new Vector2i(i, j));
}
}
//Have to do this after all cells have been initialised otherwise neighbours wont exist
for (int i = 0; i < gridSizeX; i++)
{
for (int j = 0; j < gridSizeY; j++)
{
//Populate neighbours
waterCellArray[i, j].populateNeighbourReferences();
}
}
}
void Start()
{
thisCell = WaterController.Current.waterCellArray[position.x, position.y];
xPositiveNeighbour = thisCell.getNeighbourData(Direction.xPositive);
xNegativeNeighbour = thisCell.getNeighbourData(Direction.xNegative);
zPositiveNeighbour = thisCell.getNeighbourData(Direction.zPositive);
zNegativeNeighbour = thisCell.getNeighbourData(Direction.zNegative);
}
public void ShouldBeOfWaterType()
{
//Arrange
var waterCell = new WaterCell(1, 1);
//Assert
waterCell.CellType.ShouldBeEqual(CellType.Water);
}
public void ShouldBeTerminal()
{
//Arrange
var waterCell = new WaterCell(1, 1);
//Assert
waterCell.Terminal.ShouldBeTrue();
}
public void ShouldBeDiscoverdByDefault()
{
//Arrange
var waterCell = new WaterCell(1, 1);
//Assert
waterCell.Discoverd.ShouldBeTrue();
}
public Ship(Team team, WaterCell cell, ShipMovement movement = ShipMovement.None)
{
Gold = 0;
this.team = team;
Cell = cell;
SelectStrategy(movement);
}
public void CellsEqualByPostition1()
{
var cell1 = new WaterCell(1, 1);
var cell2 = new WaterCell(1, 1);
// Assert
(cell1 == cell2).Should().BeTrue();
}
public void TestFailOnAttackWaterSergeant_ThrowsPieceConflictHandlerException()
{
Piece att = new Sergeant(Ownership.FirstPlayer);
ICell def = new WaterCell();
TestDelegate code = () => ConflictHandler.Handle(att, def);
Assert.Throws(typeof(PieceConflictHandlerException), code);
}
public void CellsEqualByType()
{
var cell1 = new WaterCell(1, 1);
var cell2 = new WaterCell(1, 1);
var cell3 = new GrassCell(1, 1);
// Assert
(cell1 == cell2).Should().BeTrue();
(cell1 == cell3).Should().BeFalse();
}
public void WhenThereIsNoPirates()
{
var cell = new WaterCell(1, 2);
ship.Pirates.Clear();
// act
ship.MoveTo(cell);
// Assert
ship.Cell
.ShouldBeEqual(new WaterCell(1, 1));
}
public void AlongTheHorizontalLineIfOnHorizontal()
{
var blackShip = new Ship(teamBlack, new WaterCell(1, 5), Ship.ShipMovement.Horizontal);
blackShip.Pirates.Add(teamBlack.Pirates.Current);
// act
var cell = new WaterCell(2, 5);
blackShip.MoveTo(cell);
//assert
blackShip.Cell.ShouldBeEqual(cell);
}
public bool MoveTo(WaterCell cell)
{
if (strategy.MoveAllowedTo(cell))
{
Cell = cell;
foreach (var pirate in Pirates)
{
pirate.Position = Position;
}
GrabPirates(cell);
return(true);
}
return(false);
}
public void WhenPiratesOnShip()
{
var destinationCell = new WaterCell(1, 2);
ship.Pirates.Add(teamBlack.Pirates.GetNext());
// act
ship.MoveTo(destinationCell);
// Assert
ship.Pirates.Count
.Should()
.BeGreaterThan(1);
ship.Cell
.ShouldBeEqual(destinationCell);
}
private void InitBoardSystemCells()
{
// Fills the middle two rows with the defaults ICells:
// two Empty, two Water, two Empty, two Water, two Empty per row
// Assumes classic board
for (int index = DefaultBoardSize * 4; index < DefaultBoardSize * 6; index++)
{
if ((index % DefaultBoardSize) / 2 % 2 == 0)
{
State[index] = new EmptyCell();
}
else
{
State[index] = new WaterCell();
}
}
}
public void OnlyWhenPirateOnShip()
{
ship = new Ship(teamBlack, waterCell);
ship.Pirates.Add(teamBlack.Pirates.Current);
var destinationCell = new WaterCell(1, 2);
// act
ship.MoveTo(destinationCell);
// Assert
ship.Pirates.Count
.Should()
.BeGreaterOrEqualTo(1);
ship.Cell
.ShouldBeEqual(destinationCell);
}
public void AlongTheVerticalLineIfOnHorizontal()
{
var originalCell = new WaterCell(1, 5);
var blackShip = new Ship(teamBlack, originalCell, Ship.ShipMovement.Horizontal);
blackShip.Pirates.Add(teamBlack.Pirates.Current);
// act
var destCell = new WaterCell(1, 6);
blackShip.MoveTo(destCell);
//assert
blackShip.Pirates.Count.Should()
.BeGreaterOrEqualTo(1);
blackShip.Cell.ShouldBeEqual(originalCell);
}
public void OldCellShouldReleaseShip()
{
// arrange
var originalCell = new WaterCell(1, 1);
var team = new Team(TeamType.Black, new TestEmptyRules());
var ship = new Ship(team, originalCell);
ship.Pirates.Add(team.Pirates.Current);
// Act
var newCell = new WaterCell(1, 2);
ship.MoveTo(newCell);
// Assert
ship.Cell
.ShouldBeEqual(newCell);
}
void InitWater()
{
//WaterCell[,] water = new WaterCell[m_ter.terrainData.heightmapWidth,m_ter.terrainData.heightmapHeight];// allocate array
waterSim = new WaterCell[m_ter.terrainData.heightmapWidth, m_ter.terrainData.heightmapHeight];// allocate array
waterlevel = new float[m_ter.terrainData.heightmapWidth, m_ter.terrainData.heightmapHeight];
for (int x = 0; x < m_ter.terrainData.heightmapWidth; x++)
{
for (int y = 0; y < m_ter.terrainData.heightmapHeight; y++)
{
waterSim[x, y] = new WaterCell(); // invoke constructor
waterSim[x, y].volume = startingVolume;
waterSim[x, y].newVolume = startingVolume;
waterSim[x, y].iteration = 0;
waterlevel[x, y] = 0.0f;
}
}
}
public void PirateCanMoveOnlyFromWaterToWater()
{
//Arrange
var field = new GreenField();
var pirate = field.CurrentPirate;
pirate.Position = new Position(0, 0);
var waterCell = new WaterCell(1, 0);
field.InsertCell(waterCell);
//Act
field.MovePirateTo(pirate, waterCell);
//Assert
pirate.Position.ShouldBeEqual(waterCell.Position);
}
private void GrabPirates(WaterCell cell)
{
if (team == null || team.Player == null)
{
return;
}
var teamTypes = team.Player.GetTeamTypes();
foreach (var pirate in cell.Pirates)
{
if (teamTypes.Contains(pirate.TeamType))
{
Pirates.Add(pirate);
}
// else {
// pirate.ApplyCommand(Pirate.Actions.Kill);
// }
}
}
public void AllPiratesShouldMoveWithShip()
{
// arrange
var originalCell = new WaterCell(1, 1);
var team = new Team(TeamType.Black, new TestEmptyRules());
var ship = new Ship(team, originalCell);
ship.Pirates.Add(team.Pirates.Current);
ship.Pirates.Add(team.Pirates.GetNext());
// Act
var newCell = new WaterCell(1, 2);
ship.MoveTo(newCell);
// Assert
foreach (var pirate in ship.Pirates)
{
pirate.Position
.ShouldBeEqual(newCell.Position);
}
}
public void TestInit()
{
waterCell = new WaterCell(1, 1);
teamBlack = new Team(TeamType.Black, new TestEmptyRules());
}
void UpdateCells()
{
//For each cell in cell index list A
foreach (Vector2i index in activeCellIndexListA)
{
//And if cell is active
//if (waterCellArray[index.x, index.y].fActive)
{
//Compare against all neighbours
foreach (Direction dir in neighboursToCompare)
{
//If neighbour exists and is in range
if (index.x < gridSizeX - 1 && index.y < gridSizeY - 1 && index.x > 0 && index.y > 0)
{
//Get addition vector from direction we are checking
Vector2i additionVec2i = new Vector2i(0, 0);
switch (dir)
{
case Direction.xPositive:
additionVec2i = new Vector2i(1, 0);
break;
case Direction.xNegative:
additionVec2i = new Vector2i(-1, 0);
break;
case Direction.zPositive:
additionVec2i = new Vector2i(0, 1);
break;
case Direction.zNegative:
additionVec2i = new Vector2i(0, -1);
break;
}
//Check for solids in world height array, if this cell is less than the height of the solid, break out
if (waterCellArray[index.x, index.y].volume < worldHeightArray[index.x + additionVec2i.x, index.y + additionVec2i.y])
{
break;
}
//If this block is in a solid, volume should be 0
if (worldHeightArray[index.x, index.y] > 0)
{
waterCellArray[index.x, index.y].volume = 0;
break;
}
//Get reference to neighbour cell
WaterCell neighbourCell = waterCellArray[index.x + additionVec2i.x, index.y + additionVec2i.y];
//If neighbour is not done
if (!neighbourCell.fDone)
{
//If difference between volumes is greater than min amount
if (Mathf.Abs(waterCellArray[index.x, index.y].volume - neighbourCell.volume) > minVolume)
{
//Set previous volume to current volume
waterCellArray[index.x, index.y].previousVolume = waterCellArray[index.x, index.y].volume;
//Adjust this volume
waterCellArray[index.x, index.y].volume -= (waterCellArray[index.x, index.y].volume - neighbourCell.volume) * baseFlowRate;
//Adjust neighbour volume using previous volume
neighbourCell.volume += (waterCellArray[index.x, index.y].previousVolume - neighbourCell.volume) * baseFlowRate;
//If neighbour is not active
if (!neighbourCell.fActive)
{
neighbourCell.fActive = true;
activeCellIndexListB.Add(neighbourCell.position);
}
//If this cell is not active
if (!waterCellArray[index.x, index.y].fActive)
{
waterCellArray[index.x, index.y].fActive = true;
activeCellIndexListB.Add(waterCellArray[index.x, index.y].position);
}
}
}
}
}
//Set this cell to done
waterCellArray[index.x, index.y].fDone = true;
}
}
//For cells in list B
foreach (Vector2i index in activeCellIndexListB)
{
//Reset flags
//waterCellArray[index.x, index.y].fActive = false;
waterCellArray[index.x, index.y].fDone = false;
}
//Flip lists, it is done like this to prevent copying references and do a deep copy instead
//A assigned to temp list
tempList.AddRange(activeCellIndexListA);
//B assigned to A
activeCellIndexListA.Clear();
activeCellIndexListA.AddRange(activeCellIndexListB);
//A (tempList) assigned to B
activeCellIndexListB.Clear();
activeCellIndexListB.AddRange(tempList);
//Clear temp list
tempList.Clear();
}