public void CalculateEdgeTilesSetsMultipleTilesToEdgeCorrectly()
{
var tile1 = new MosaicTile()
{
Image = "test.png", X = 0, Y = 0
};
var tile2 = new MosaicTile()
{
Image = "test.png", X = 1, Y = 1
};
var mosaicTiles = new List <MosaicTile>()
{
tile1, tile2
};
var coords = new List <PixelCoordinates>()
{
new PixelCoordinates()
{
X = 0, Y = 0
}, new PixelCoordinates()
{
X = 11, Y = 11
}
};
var result = mosaicTiles.CalculateEdgeTiles(coords, 10, 10);
Assert.IsTrue(tile1.IsEdge);
Assert.IsTrue(tile2.IsEdge);
}
public void GetUniqueImagesReturnOneImageIfQuadrantsSameAsWhole()
{
var TLTile = new MosaicTile()
{
Image = "test.png"
};
var TRTile = new MosaicTile()
{
Image = "test.png"
};
var BLTile = new MosaicTile()
{
Image = "test.png"
};
var BRTile = new MosaicTile()
{
Image = "test.png"
};
var tile = new MosaicTile()
{
Image = "test.png", InQuadrants = true, TLTile = TLTile, TRTile = TRTile, BLTile = BLTile, BRTile = BRTile
};
var mosaicTiles = new List <MosaicTile>()
{
tile
};
var result = mosaicTiles.GetUniqueImages();
Assert.AreEqual(1, result.Count);
}
public void GetUniqueImagesReturnAllUniqueQuadrantImages()
{
var TLTile = new MosaicTile()
{
Image = "testTL.png"
};
var TRTile = new MosaicTile()
{
Image = "testTR.png"
};
var BLTile = new MosaicTile()
{
Image = "testBL.png"
};
var BRTile = new MosaicTile()
{
Image = "testBR.png"
};
var tile = new MosaicTile()
{
Image = "test.png", InQuadrants = true, TLTile = TLTile, TRTile = TRTile, BLTile = BLTile, BRTile = BRTile
};
var mosaicTiles = new List <MosaicTile>()
{
tile
};
var result = mosaicTiles.GetUniqueImages();
Assert.AreEqual(5, result.Count);
}
public void GetAverageReturnsDifferenceIfOneItemInList()
{
var tile = new MosaicTile()
{
Difference = 5
};
var mosaicTiles = new List <MosaicTile>()
{
tile
};
var result = mosaicTiles.GetAverage(50);
Assert.AreEqual(tile.Difference, result);
}
public void CalculateEdgeTilesMakesNoChangesIfPixelCoordinatesEmpty()
{
var tile = new MosaicTile()
{
Image = "test.png"
};
var mosaicTiles = new List <MosaicTile>()
{
tile
};
var coords = new List <PixelCoordinates>();
var result = mosaicTiles.CalculateEdgeTiles(coords, 10, 10);
Assert.AreEqual(mosaicTiles, result);
}
public void GetUniqueImagesReturnOneItemIfOneItemInList()
{
var tile = new MosaicTile()
{
Image = "test.png"
};
var mosaicTiles = new List <MosaicTile>()
{
tile
};
var result = mosaicTiles.GetUniqueImages();
Assert.AreEqual(1, result.Count);
Assert.IsTrue(result.Contains(tile.Image));
}
public void ConstructorContructsObjectCorrectly()
{
var x = 1;
var y = 1;
var filePath = "filePath";
var difference = 5;
var imageInfo = new ImageInfo(filePath);
imageInfo.Difference = difference;
var result = new MosaicTile(imageInfo, x, y);
Assert.AreEqual(result.X, x);
Assert.AreEqual(result.Y, y);
Assert.AreEqual(result.Image, filePath);
Assert.AreEqual(result.Difference, difference);
}
public void GetAverageReturnsMediumOfDifferenceForBothItemsInList()
{
var tile1 = new MosaicTile()
{
Difference = 2
};
var tile2 = new MosaicTile()
{
Difference = 4
};
var mosaicTiles = new List <MosaicTile>()
{
tile1, tile2
};
var result = mosaicTiles.GetAverage(50);
Assert.AreEqual(4, result);
}
public void CalculateEdgeTilesSetFirstTileAsEdgeIfPixelCoordsAtZero()
{
var tile = new MosaicTile()
{
Image = "test.png", X = 0, Y = 0
};
var mosaicTiles = new List <MosaicTile>()
{
tile
};
var coords = new List <PixelCoordinates>()
{
new PixelCoordinates()
{
X = 0, Y = 0
}
};
var result = mosaicTiles.CalculateEdgeTiles(coords, 10, 10);
Assert.IsTrue(result[0].IsEdge);
}
public void GetAverageReturnsFirstItemIfThresholdMinimum()
{
var tile1 = new MosaicTile()
{
Difference = 2
};
var tile2 = new MosaicTile()
{
Difference = 4
};
var tile3 = new MosaicTile()
{
Difference = 6
};
var mosaicTiles = new List <MosaicTile>()
{
tile1, tile2, tile3
};
var result = mosaicTiles.GetAverage(1);
Assert.AreEqual(2, result);
}
private void Mosaic_OnMosaicChanged(Mosaic mosaic, MosaicTile tile, int worldXMeters, int worldZMeters, int sizeXMeters, int sizeZMeters)
{
FireTerrainChanged(worldXMeters, worldZMeters, sizeXMeters, sizeZMeters);
}