public void tileArr2TileStr()
{
string expected = "123456789m57h";
int[] tileArr;
TileOperation.TileStr2TileArray(expected, out tileArr);
Assert.AreEqual <string>(expected, TileOperation.TileArr2String(tileArr));
}
public void scanChitoitsu_test()
{
string testStr = "";
int[] tileArray = null;
int excepted = 0;
testStr = "1155m7788p1122s55h";
excepted = -1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanChitoitsu(tileArray), testStr + " test failed");
testStr = "1155m7788p1122s57h";
excepted = 0;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanChitoitsu(tileArray), testStr + " test failed");
testStr = "11155m7788p1122s7h";
excepted = 0;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanChitoitsu(tileArray), testStr + " test failed");
testStr = "111555m7788p1122s";
excepted = 1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanChitoitsu(tileArray), testStr + " test failed");
testStr = "111155m7788p1122s";
excepted = 1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanChitoitsu(tileArray), testStr + " test failed");
testStr = "12356p333s11m5556h";
excepted = 3;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanChitoitsu(tileArray), testStr + " test failed");
testStr = "19m";
excepted = 100;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanChitoitsu(tileArray), testStr + " test failed");
}
static void AddNextScanLine(TileCheck checkOp, TileOperation fillOp,
int min, int max, int range_min, int range_max, int y, bool isNext, Direction4 dir,
Stack <Tuple <int, int, int, Direction4, bool, bool> > stack)
{
int rMinX = range_min;
bool inRange = false;
int x = range_min;
for (; x <= range_max; x++)
{
//// skip testing, if testing previous line within previous range
bool empty = (isNext || (x <min || x> max)) && checkOp(x, y);
if (!inRange && empty)
{
rMinX = x;
inRange = true;
}
else if (inRange && !empty)
{
stack.Push(new Tuple <int, int, int, Direction4, bool, bool>(rMinX, x - 1, y, dir, rMinX == range_min, false));
inRange = false;
}
if (inRange)
{
fillOp(x, y);
}
if (!isNext && x == min)
{
break;
}
}
if (inRange)
{
stack.Push(new Tuple <int, int, int, Direction4, bool, bool>(rMinX, x - 1, y, dir, rMinX == range_min, true));
}
}
public void scanKokushi_test()
{
string testStr = "";
int[] tileArray = null;
int excepted = 0;
testStr = "19m19p19s12234567h";
excepted = -1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanKokushi(tileArray), testStr + " test failed");
testStr = "19m19p129s1234567h";
excepted = 0;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanKokushi(tileArray), testStr + " test failed");
testStr = "789m49p19s1234567h";
excepted = 2;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanKokushi(tileArray), testStr + " test failed");
testStr = "123456789m1h2579s";
excepted = 9;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanKokushi(tileArray), testStr + " test failed");
testStr = "123456789m25788s";
excepted = 11;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanKokushi(tileArray), testStr + " test failed");
testStr = "19m";
excepted = 100;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.ScanKokushi(tileArray), testStr + " test failed");
}
public void calculateShanten_test()
{
string testStr = "";
int[] tileArray = null;
int excepted = 0;
testStr = "123m456p789s11122h";
excepted = -1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "11112233m";
excepted = -1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "1144p5577m4466s33h";
excepted = -1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "19m19p19s12334567h";
excepted = -1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "22233m123s456789p";
excepted = -1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "11123456788999p";
excepted = -1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "11122245679999s";
excepted = 0;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "233789m456s111p11h";
excepted = 0;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "111345677m15s456s";
excepted = 1;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "11345677m159s456p";
excepted = 2;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "1589m1358s13588p4h";
excepted = 5;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
testStr = "1589m1358s258p457h";
excepted = 6;
TileOperation.TileStr2TileArray(testStr, out tileArray);
Assert.AreEqual(excepted, TileOperation.CalculateShanten(tileArray), testStr + " test failed");
}
public void tileStr2TileArray_test()
{
string testStr = "";
int[] excepted = new int[34], actual = null;
testStr = "11234m";
excepted = new int[34];
excepted[0] = 2; excepted[1] = 1; excepted[2] = 1; excepted[3] = 1;
TileOperation.TileStr2TileArray(testStr, out actual);
CollectionAssert.AreEqual(excepted, actual, testStr + " test failed");
testStr = "56p";
excepted = new int[34];
excepted[13] = 1; excepted[14] = 1;
TileOperation.TileStr2TileArray(testStr, out actual);
CollectionAssert.AreEqual(excepted, actual, testStr + " test failed");
testStr = "11112233m";
excepted = new int[34];
excepted[0] = 4; excepted[1] = 2; excepted[2] = 2;
TileOperation.TileStr2TileArray(testStr, out actual);
CollectionAssert.AreEqual(excepted, actual, testStr + " test failed");
testStr = "11234m56p789s1117h";
excepted = new int[34];
excepted[0] = 2; excepted[1] = 1; excepted[2] = 1; excepted[3] = 1;
excepted[13] = 1; excepted[14] = 1;
excepted[24] = 1; excepted[25] = 1; excepted[26] = 1;
excepted[27] = 3; excepted[33] = 1;
TileOperation.TileStr2TileArray(testStr, out actual);
CollectionAssert.AreEqual(excepted, actual, testStr + " test failed");
testStr = "1235h";
excepted = new int[34];
excepted[27] = 1; excepted[28] = 1; excepted[29] = 1; excepted[31] = 1;
TileOperation.TileStr2TileArray(testStr, out actual);
CollectionAssert.AreEqual(excepted, actual, testStr + " test failed");
testStr = "7h";
excepted = new int[34];
excepted[33] = 1;
TileOperation.TileStr2TileArray(testStr, out actual);
CollectionAssert.AreEqual(excepted, actual, testStr + " test failed");
testStr = "^&$&*^";
try
{
TileOperation.TileStr2TileArray(testStr, out actual);
}
catch (Exception e)
{
StringAssert.Contains(e.Message, MahjongErrorCode.TilesStrError.ToString());
}
testStr = "123456789";
try
{
TileOperation.TileStr2TileArray(testStr, out actual);
}
catch (Exception e)
{
StringAssert.Contains(e.Message, MahjongErrorCode.TilesStrError.ToString());
}
testStr = "s";
try
{
TileOperation.TileStr2TileArray(testStr, out actual);
}
catch (Exception e)
{
StringAssert.Contains(e.Message, MahjongErrorCode.TilesStrError.ToString());
}
}
public void ProcessEvents()
{
TilePainter me = (TilePainter)target;
int controlID = GUIUtility.GetControlID(1778, FocusType.Passive);
EditorWindow currentWindow = EditorWindow.mouseOverWindow;
if (currentWindow && AmHovering(Event.current))
{
Event current = Event.current;
bool leftbutton = (current.button == 0);
switch (current.type)
{
case EventType.KeyDown:
if (current.keyCode == KeyCode.S)
{
operation = TileOperation.Sampling;
}
if (current.keyCode == KeyCode.X)
{
operation = TileOperation.Erasing;
}
current.Use();
return;
case EventType.KeyUp:
operation = TileOperation.None;
if (current.keyCode == KeyCode.Space)
{
me.Turn();
}
if (current.keyCode == KeyCode.B)
{
me.CycleColor();
}
current.Use();
return;
case EventType.MouseDown:
if (leftbutton)
{
if (operation == TileOperation.None)
{
operation = TileOperation.Drawing;
}
me.Drag(current.mousePosition, operation);
current.Use();
return;
}
break;
case EventType.MouseDrag:
if (leftbutton)
{
if (operation != TileOperation.None)
{
me.Drag(current.mousePosition, operation);
current.Use();
}
return;
}
break;
case EventType.MouseUp:
if (leftbutton)
{
operation = TileOperation.None;
current.Use();
return;
}
break;
case EventType.MouseMove:
me.Resize();
current.Use();
break;
case EventType.Repaint:
break;
case EventType.Layout:
HandleUtility.AddDefaultControl(controlID);
break;
}
}
}
public static void FillArray(int arrayWidth, int arrayHeight, TileCheck checkOp, TileOperation fillOp, Loc2D loc)
{
Stack <Tuple <int, int, int, Direction4, bool, bool> > stack = new Stack <Tuple <int, int, int, Direction4, bool, bool> >();
stack.Push(new Tuple <int, int, int, Direction4, bool, bool>(loc.X, loc.X, loc.Y, Direction4.None, true, true));
fillOp(loc.X, loc.Y);
while (stack.Count > 0)
{
Tuple <int, int, int, Direction4, bool, bool> this_should_really_be_a_class = stack.Pop();
Direction4 dir = this_should_really_be_a_class.Item4;
int minX = this_should_really_be_a_class.Item1;
int maxX = this_should_really_be_a_class.Item2;
int y = this_should_really_be_a_class.Item3;
bool goLeft = this_should_really_be_a_class.Item5;
bool goRight = this_should_really_be_a_class.Item6;
int newMinX = minX;
if (goLeft)
{
while (newMinX - 1 >= 0 && checkOp(newMinX - 1, y))
{
newMinX--;
fillOp(newMinX, y);
}
}
int newMaxX = maxX;
if (goRight)
{
while (newMaxX + 1 < arrayWidth && checkOp(newMaxX + 1, y))
{
newMaxX++;
fillOp(newMaxX, y);
}
}
minX--;
maxX++;
if (y < arrayHeight - 1)
{
AddNextScanLine(checkOp, fillOp, minX, maxX, newMinX, newMaxX, y + 1, dir != Direction4.Up, Direction4.Down, stack);
}
if (y > 0)
{
AddNextScanLine(checkOp, fillOp, minX, maxX, newMinX, newMaxX, y - 1, dir != Direction4.Down, Direction4.Up, stack);
}
}
}
public static void FillArray(int arrayWidth, int arrayHeight, TileCheck checkOp, TileOperation fillOp, Loc2D loc)
{
var stack = new Stack <StackItem>();
stack.Push(new StackItem(loc.X, loc.X, loc.Y, Direction4.None, true, true));
fillOp(loc.X, loc.Y);
while (stack.Count > 0)
{
var item = stack.Pop();
int minX = item.MinX;
int maxX = item.MaxX;
int y = item.Y;
Direction4 dir = item.Direction;
bool goLeft = item.GoLeft;
bool goRight = item.GoRight;
int newMinX = minX;
if (goLeft)
{
while (newMinX - 1 >= 0 && checkOp(newMinX - 1, y))
{
newMinX--;
fillOp(newMinX, y);
}
}
int newMaxX = maxX;
if (goRight)
{
while (newMaxX + 1 < arrayWidth && checkOp(newMaxX + 1, y))
{
newMaxX++;
fillOp(newMaxX, y);
}
}
minX--;
maxX++;
if (y < arrayHeight - 1)
{
AddNextScanLine(checkOp, fillOp, minX, maxX, newMinX, newMaxX, y + 1, dir != Direction4.Up, Direction4.Down, stack);
}
if (y > 0)
{
AddNextScanLine(checkOp, fillOp, minX, maxX, newMinX, newMaxX, y - 1, dir != Direction4.Down, Direction4.Up, stack);
}
}
}