public void PathExistsTest()
{
// Add a row of three hexagons including player
PartData partData = new PartData();
Part player = new Part {
shape = new GameObject(), type = 1
};
Part hexagon = new Part {
shape = new GameObject(), type = 0
};
AxialCoordinate playerCoord = new AxialCoordinate {
x = 0, y = 0
};
AxialCoordinate hexCoord = new AxialCoordinate {
x = -1, y = 0
};
AxialCoordinate hex2Coord = new AxialCoordinate {
x = -2, y = 1
};
partData.addPart(playerCoord, player);
partData.addPart(hexCoord, hexagon);
partData.addPart(hex2Coord, hexagon);
// Find all destroyed parts if middle hexagon hit
List <AxialCoordinate> neighbours = partData.findDestroyedPartLocations(hexCoord);
// If 2 object destroyed, pass
Assert.True(neighbours.Count == 2);
}
public void FullTriangleTest()
{
// Add a traingle to a hexagon, then test traingle
PartData partData = new PartData();
Part player = new Part {
shape = new GameObject(), type = 1
};
Part triangle = new Part {
shape = new GameObject(), type = 0
};
AxialCoordinate playerCoord = new AxialCoordinate {
x = 0, y = 0
};
AxialCoordinate triangleCoord = new AxialCoordinate {
x = -1, y = 0
};
partData.addPart(playerCoord, player);
partData.addPart(triangleCoord, triangle);
// Get all full neighbours (ie, places to attach objects - there should be
// 1 for a triangle)
List <AxialCoordinate> neighbours = partData.getFullNeighbors(triangleCoord);
// If 1 object attached, pass
Assert.True(neighbours.Count == 1);
}
public void FullPlayerTest()
{
// Add a heaxgon to player, then test player
PartData partData = new PartData();
Part player = new Part {
shape = new GameObject(), type = 1
};
Part hexagon = new Part {
shape = new GameObject(), type = 0
};
AxialCoordinate playerCoord = new AxialCoordinate {
x = 0, y = 0
};
AxialCoordinate hexCoord = new AxialCoordinate {
x = -1, y = 0
};
partData.addPart(playerCoord, player);
partData.addPart(hexCoord, hexagon);
// Get all attached neighbours
List <AxialCoordinate> neighbours = partData.getFullNeighbors(playerCoord);
// If 1 attached neighbour, pass
Assert.True(neighbours.Count == 1);
}
public void AddPartTest()
{
// Test randomly attached part
PartData partData = new PartData();
AxialCoordinate coord = new AxialCoordinate {
x = -1, y = 0
};
Part addedPart = new Part {
shape = new GameObject(), type = -1
};
partData.addPart(coord, addedPart);
// If false, means coord is occupied
Assert.False(partData.checkPart(coord));
}
public void RemovePartTest()
{
// Test randomly attached part
PartData partData = new PartData();
AxialCoordinate coord = new AxialCoordinate {
x = -1, y = 0
};
Part addedPart = new Part {
shape = new GameObject(), type = -1
};
partData.addPart(coord, addedPart);
partData.removePart(coord);
// If null, part is not present
Assert.Null(partData.getPart(coord));
}
public void EmptyHexagonTest()
{
// Add player
PartData partData = new PartData();
Part hexagon = new Part {
shape = new GameObject(), type = 0
};
AxialCoordinate coord = new AxialCoordinate {
x = 0, y = 0
};
partData.addPart(coord, hexagon);
// Get all empty neighbours (ie, places to attach objects)
List <AxialCoordinate> neighbours = partData.getEmptyNeighbors(coord);
// If 6 free edges, pass
Assert.True(neighbours.Count == 6);
}
public void EmptyTriangleTest()
{
// Add player
PartData partData = new PartData();
Part triangle = new Part {
shape = new GameObject(), type = -1
};
AxialCoordinate coord = new AxialCoordinate {
x = 0, y = 0
};
partData.addPart(coord, triangle);
// Get all empty neighbours (ie, places to attach objects - there should be
// 0 for a triangle)
List <AxialCoordinate> neighbours = partData.getEmptyNeighbors(coord);
// If 0 free edges, pass
Assert.True(neighbours.Count == 0);
}
