public void ConvertToWaveObjectsArrayTest()
{
string[,] array = new string[3, 3] {
// 0 1 2
{ "a", "", "" }, // 0
{ "", "x", "" }, // 1
{ "", "x", "b" } // 2
};
WaveObject[,] expectedResult = new WaveObject[3, 3]
{
{ new WaveObject(value: 0, type: ObjectType.StartPoint), // -- 0,0
new WaveObject(value: null, type: ObjectType.None), // 1,0
new WaveObject(value: null, type: ObjectType.None) }, // 2,0
{ new WaveObject(value: null, type: ObjectType.None), // -- 0,1
new WaveObject(value: null, type: ObjectType.Block), // 1,1
new WaveObject(value: null, type: ObjectType.None) }, // 2,1
{ new WaveObject(value: null, type: ObjectType.None), // -- 0,2
new WaveObject(value: null, type: ObjectType.Block), // 1,2
new WaveObject(value: null, type: ObjectType.EndPoint) } // 2,2
};
var result = WaveAlgLee.ConvertToWaveObjectsArray(array);
for (int j = 0; j < (result.Rank + 1); j++)
{
for (int i = 0; i < result.Length / (result.Rank + 1); i++)
{
Assert.AreEqual(expectedResult[i, j], result[i, j]);
}
}
}
private void ClearAllEvents()
{
if (spawnManager)
{
if (spawnerObjects != null)
{
for (int i = 0; i < spawnerObjects.Count; i++)
{
Spawner spawner = spawnManager.spawners[i].Prefab.GetComponent <Spawner>();
SpawnerObject spawnerObject = spawnerObjects[i];
for (int j = 0; j < spawnerObject.waveObjects.Count; j++)
{
Wave wave = spawner.waves[j];
wave.ClearEvents();
WaveObject waveObject = spawnerObject.waveObjects[j];
for (int k = 0; k < waveObject.levelUnitsList.Count; k++)
{
WaveObject.LevelObjectData levelUnitStruct = waveObject.levelUnitsList[k];
LevelUnit levelUnit = levelUnitStruct.levelUnit.GetComponent <LevelUnit>();
if (levelUnit)
{
levelUnit.ClearNamedStateEventsLists();
}
}
}
}
}
}
musicIntensityManager.ClearAll();
}
private void CopyLastState()
{
if (selectedWave > 0)
{
int previousWave = selectedWave - 1;
WaveObject previousWaveObject = spawnerObjects[selectedSpawner].waveObjects[previousWave];
WaveObject selectedWaveObject = spawnerObjects[selectedSpawner].waveObjects[selectedWave];
for (int i = 0; i < selectedWaveObject.levelUnitsList.Count; i++)
{
WaveObject.LevelObjectData levelObjectData = selectedWaveObject.levelUnitsList[i];
levelObjectData.state = previousWaveObject.levelUnitsList[i].state;
selectedWaveObject.levelUnitsList[i] = levelObjectData;
}
//selectedWaveObject.audioClip = previousWaveObject.audioClip;
}
else if (selectedSpawner > 0)
{
int previousSpawner = selectedSpawner - 1;
int previousWave = spawnerObjects[previousSpawner].waveObjects.Count - 1;
WaveObject previousWaveObject = spawnerObjects[previousSpawner].waveObjects[previousWave];
WaveObject selectedWaveObject = spawnerObjects[selectedSpawner].waveObjects[selectedWave];
for (int i = 0; i < selectedWaveObject.levelUnitsList.Count; i++)
{
WaveObject.LevelObjectData levelObjectData = selectedWaveObject.levelUnitsList[i];
levelObjectData.state = previousWaveObject.levelUnitsList[i].state;
selectedWaveObject.levelUnitsList[i] = levelObjectData;
}
}
}
private void BakeData()
{
ClearAllEvents();
if (spawnManager)
{
if (spawnerObjects != null)
{
for (int i = 0; i < spawnerObjects.Count; i++)
{
if (spawnerObjects[i].waveObjects != null)
{
Spawner spawner = spawnManager.spawners[i].Prefab.GetComponent <Spawner>();
for (int j = 0; j < spawnerObjects[i].waveObjects.Count; j++)
{
// Set level unit triggers
WaveObject waveObject = spawnerObjects[i].waveObjects[j];
string localEventName = eventName.Replace(spawnerNumberString, (i + 1).ToString()).Replace(waveNumberString, (j + 1).ToString());
if (waveObject.triggerStart)
{
spawner.waves[j].AddPreEvent(localEventName);
}
else
{
spawner.waves[j].AddPostEvent(localEventName);
}
for (int k = 0; k < waveObject.levelUnitsList.Count; k++)
{
WaveObject.LevelObjectData levelUnitStruct = waveObject.levelUnitsList[k];
LevelUnit levelUnit = levelUnitStruct.levelUnit.GetComponent <LevelUnit>();
if (levelUnit)
{
levelUnit.AddNamedStateEvent(levelUnitStruct.state, localEventName);
}
}
// Set music triggers
if (waveObject.audioClip != null)
{
string musicEventName = "Music_" + localEventName;
if (waveObject.triggerStart)
{
spawner.waves[j].AddPreEvent(musicEventName);
}
else
{
spawner.waves[j].AddPostEvent(musicEventName);
}
musicIntensityManager.AddMusicTransitionEvent(musicEventName, waveObject.audioClip);
}
EditorUtility.SetDirty(musicIntensityManager);
}
EditorUtility.SetDirty(spawner);
}
}
}
}
EditorSceneManager.MarkSceneDirty(EditorSceneManager.GetActiveScene());
}
public void RestoreWay()
{
var startPoint = new ObjectPoint(0, 0, ObjectType.StartPoint);
var endPoint = new ObjectPoint(2, 2, ObjectType.EndPoint);
// 0 1 2 3 |
//------------------------------+---
// (a)0 (-)1 (-)2 (x)' | 0
// (-)1 (x)' (-)3 (-)4 | 1
// (-)2 (x)' (b)4 (x)' | 2
WaveObject[,] area = new WaveObject[3, 4]
{
{ new WaveObject(value: 0, type: ObjectType.StartPoint), // -- 0,0
new WaveObject(value: 1, type: ObjectType.None), // 0,1
new WaveObject(value: 2, type: ObjectType.None), // 0,2
new WaveObject(value: null, type: ObjectType.Block) }, // 0,3
{ new WaveObject(value: 1, type: ObjectType.None), // -- 1,0
new WaveObject(value: null, type: ObjectType.Block), // 1,1
new WaveObject(value: 3, type: ObjectType.None), // 1,2
new WaveObject(value: 4, type: ObjectType.None) }, // 1,3
{ new WaveObject(value: 2, type: ObjectType.None), // -- 2,0
new WaveObject(value: null, type: ObjectType.Block), // 2,1
new WaveObject(value: 4, type: ObjectType.EndPoint), // 2,2
new WaveObject(value: null, type: ObjectType.Block) } // 2,3
};
// x,y
// 0,0 -> 0,1 -> 0,2 -> 1,2 -> 2,2
List <ObjectPoint> expectedResult = new List <ObjectPoint>()
{
new ObjectPoint {
X = 0, Y = 1, Obj = ObjectType.None
},
new ObjectPoint {
X = 0, Y = 2, Obj = ObjectType.None
},
new ObjectPoint {
X = 1, Y = 2, Obj = ObjectType.None
},
new ObjectPoint {
X = 2, Y = 2, Obj = ObjectType.EndPoint
}
};
List <ObjectPoint> path = WaveAlgLee.RestoreWay(area, startPoint, endPoint);
if (path.Count == 0)
{
Assert.Fail("Result path list count 0 elements");
}
for (int i = 0; i < path.Count; i++)
{
Assert.AreEqual(expectedResult[i], path[i]);
}
}
private void GetLevelObjects()
{
int layer = LayerMask.NameToLayer(Strings.Layers.GROUND);
levelObjects = new List <GameObject>();
GameObject[] gameObjects = FindObjectsOfType <GameObject>();
foreach (GameObject gameObject in gameObjects)
{
if (gameObject.layer == layer && gameObject.GetComponent <LevelUnit>())
{
levelObjects.Add(gameObject);
}
}
for (int i = 0; i < spawnerObjects.Count; i++)
{
SpawnerObject spawnerObject = spawnerObjects[i];
for (int j = 0; j < spawnerObject.waveObjects.Count; j++)
{
WaveObject waveObject = spawnerObject.waveObjects[j];
waveObject.levelUnitsList = new List <WaveObject.LevelObjectData>(levelObjects.Count);
string localEventName = eventName.Replace(spawnerNumberString, (i + 1).ToString()).Replace(waveNumberString, (j + 1).ToString());
foreach (GameObject levelObject in levelObjects)
{
LevelUnit levelUnit = levelObject.GetComponent <LevelUnit>();
WaveObject.LevelObjectData levelUnitStruct = new WaveObject.LevelObjectData();
levelUnitStruct.levelUnit = levelUnit;
bool eventExists = false;
if (levelUnit.CheckForEvent(localEventName, LevelUnitStates.Floor))
{
levelUnitStruct.state = LevelUnitStates.Floor;
eventExists = true;
}
else if (levelUnit.CheckForEvent(localEventName, LevelUnitStates.Cover))
{
levelUnitStruct.state = LevelUnitStates.Cover;
eventExists = true;
}
else if (levelUnit.CheckForEvent(localEventName, LevelUnitStates.Pit))
{
levelUnitStruct.state = LevelUnitStates.Pit;
eventExists = true;
}
if (!eventExists)
{
levelUnitStruct.state = levelUnit.defaultState;
}
waveObject.levelUnitsList.Add(levelUnitStruct);
}
}
}
}
private void ShowWaveTriggerOptions()
{
GUIStyle fontSizeStyle = new GUIStyle();
fontSizeStyle.fontSize = 20;
GUI.Label(new Rect(position.width * 0.4f, 80, 100, 20), "Transition Point", fontSizeStyle);
WaveObject selectedWaveObject = spawnerObjects[selectedSpawner].waveObjects[selectedWave];
GUILayout.BeginHorizontal();
selectedWaveObject.triggerStart = GUI.Toggle(new Rect(position.width * 0.42f, 110, 50, 30), selectedWaveObject.triggerStart, "Start");
bool triggerEnd = GUI.Toggle(new Rect(position.width * 0.48f, 110, 50, 30), !selectedWaveObject.triggerStart, "End");
GUILayout.EndHorizontal();
selectedWaveObject.triggerStart = !triggerEnd;
}
private int counter; //Räknar fiender som spawnat
public void GetEvent(WaveObject wave) //Får värderna
{
spawnPosArr = wave.spawnPosArr;
prefab = wave.prefab;
isTimerBased = wave.isTimerBased;
spawnRate = wave.spawnRate;
waveDuration = wave.waveDuration;
enemiesAmount = wave.enemiesAmmount;
rateStamp = 0;
waveStamp = 0;
isRandomSpawn = wave.isRandomSpawn;
isActive = true;
}
private bool ReadWaveData()
{
spawnManager = FindObjectOfType <SpawnManager>();
musicIntensityManager = FindObjectOfType <MusicIntensityManager>();
if (spawnManager && musicIntensityManager)
{
spawnerButtonNames = new List <string>(spawnManager.spawners.Count);
spawnerObjects = new List <SpawnerObject>(spawnManager.spawners.Count);
for (int i = 0; i < spawnManager.spawners.Count; i++)
{
Spawner spawner = spawnManager.spawners[i].Prefab.GetComponent <Spawner>();
if (spawner)
{
spawnerButtonNames.Add("Spawner " + (i + 1));
SpawnerObject spawnerObject = new SpawnerObject();
spawnerObject.waveButtonNames = new List <string>(spawner.waves.Count);
spawnerObject.waveObjects = new List <WaveObject>(spawner.waves.Count);
for (int j = 0; j < spawner.waves.Count; j++)
{
Wave wave = spawner.waves[j];
spawnerObject.waveButtonNames.Add("Wave " + (j + 1));
WaveObject waveObject = new WaveObject();
string musicEventName = "Music_" + eventName.Replace(spawnerNumberString, (i + 1).ToString()).Replace(waveNumberString, (j + 1).ToString());
waveObject.audioClip = musicIntensityManager.GetAudioClipByEventName(musicEventName);
spawnerObject.waveObjects.Add(waveObject);
}
spawnerObjects.Add(spawnerObject);
}
}
return(true);
}
else
{
return(false);
}
}
public Wave(WaveObject w)
{
enemyCount = w.data[0].enemyCount;
waveStagger = w.data[0].waveStagger;
}
public void RestoreWay_WxH_10x5()
{
// 0 1 2 3 4 5 6 7 8 9 |
//------------------------------------------+---
// a ' ' x ' ' ' ' ' ' | 0
// ' x ' ' x x ' ' x ' | 1
// ' x x x ' ' ' x x ' | 2
// ' ' ' ' ' ' ' x ' ' | 3
// ' x ' x ' ' x ' b x | 4
//------------------------------------------+---
// 0 1 2 3 4 5 6 7 8 9 |
//------------------------------------------+---
// a0 1 2 x 14 13 12 13 14 15 | 0
// 1 x 3 4 x x 11 12 x 16 | 1
// 2 x x x 8 9 10 x x 17 | 2
// 3 4 5 6 7 8 9 x 19 18 | 3
// 4 x 6 x 8 9 x ' b20 x | 4
//------------------------------------------+---
// 0 1 2 3 4 5 6 7 8 9 |
WaveObject[,] area = new WaveObject[10, 5]
{
{ new WaveObject(value: 0, type: ObjectType.StartPoint), // -- 0,0
new WaveObject(value: 1, type: ObjectType.None), // 0,1
new WaveObject(value: 2, type: ObjectType.None), // 0,2
new WaveObject(value: 3, type: ObjectType.None), // 0,3
new WaveObject(value: 4, type: ObjectType.None) }, // 0,4
{ new WaveObject(value: 1, type: ObjectType.StartPoint), // -- 1,0
new WaveObject(value: null, type: ObjectType.Block), // 1,1
new WaveObject(value: null, type: ObjectType.Block), // 1,2
new WaveObject(value: 4, type: ObjectType.None), // 1,3
new WaveObject(value: null, type: ObjectType.Block) }, // 2,4
{ new WaveObject(value: 2, type: ObjectType.None), // -- 2,0
new WaveObject(value: 3, type: ObjectType.None), // 2,1
new WaveObject(value: null, type: ObjectType.Block), // 2,2
new WaveObject(value: 5, type: ObjectType.None), // 2,3
new WaveObject(value: 6, type: ObjectType.None) }, // 2,4
{ new WaveObject(value: null, type: ObjectType.Block), // -- 3,0
new WaveObject(value: 4, type: ObjectType.None), // 3,1
new WaveObject(value: null, type: ObjectType.Block), // 3,2
new WaveObject(value: 6, type: ObjectType.None), // 3,3
new WaveObject(value: null, type: ObjectType.Block) }, // 3,4
{ new WaveObject(value: 14, type: ObjectType.None), // -- 4,0
new WaveObject(value: null, type: ObjectType.Block), // 4,1
new WaveObject(value: 8, type: ObjectType.None), // 4,2
new WaveObject(value: 7, type: ObjectType.None), // 4,3
new WaveObject(value: 8, type: ObjectType.None) }, // 4,4
{ new WaveObject(value: 13, type: ObjectType.None), // -- 5,0
new WaveObject(value: null, type: ObjectType.Block), // 5,1
new WaveObject(value: 9, type: ObjectType.None), // 5,2
new WaveObject(value: 8, type: ObjectType.None), // 5,3
new WaveObject(value: 9, type: ObjectType.None) }, // 5,4
{ new WaveObject(value: 12, type: ObjectType.None), // -- 6,0
new WaveObject(value: 11, type: ObjectType.None), // 6,1
new WaveObject(value: 10, type: ObjectType.None), // 6,2
new WaveObject(value: 9, type: ObjectType.None), // 6,3
new WaveObject(value: null, type: ObjectType.Block) }, // 6,4
{ new WaveObject(value: 13, type: ObjectType.None), // -- 7,0
new WaveObject(value: 12, type: ObjectType.None), // 7,1
new WaveObject(value: null, type: ObjectType.Block), // 7,2
new WaveObject(value: null, type: ObjectType.Block), // 7,3
new WaveObject(value: null, type: ObjectType.None) }, // 7,4
{ new WaveObject(value: 14, type: ObjectType.None), // -- 8,0
new WaveObject(value: null, type: ObjectType.Block), // 8,1
new WaveObject(value: null, type: ObjectType.Block), // 8,2
new WaveObject(value: 19, type: ObjectType.None), // 8,3
new WaveObject(value: 20, type: ObjectType.EndPoint) }, // 8,4
{ new WaveObject(value: 15, type: ObjectType.None), // -- 9,0
new WaveObject(value: 16, type: ObjectType.None), // 9,1
new WaveObject(value: 17, type: ObjectType.None), // 9,2
new WaveObject(value: 18, type: ObjectType.None), // 9,3
new WaveObject(value: null, type: ObjectType.Block) } // 9,4
};
// 0 1 2 3 4 5 6 7 8 9 |
//------------------------------------------+---
// a0 1 2 x 14 13 12 13 14 15 | 0
// 1 x 3 4 x x 11 12 x 16 | 1
// 2 x x x 8 9 10 x x 17 | 2
// 3 4 5 6 7 8 9 x 19 18 | 3
// 4 x 6 x 8 9 x ' b20 x | 4
//------------------------------------------+---
// 0 1 2 3 4 5 6 7 8 9 |
var startPoint = new ObjectPoint(0, 0, ObjectType.StartPoint);
var endPoint = new ObjectPoint(8, 4, ObjectType.EndPoint);
// x,y
// 1,0 -> 2,0 -> 3,0 -> 3,1 -> 3,2 -> 3,3 -> 3,4 -> 3,5
List <ObjectPoint> expectedResult = new List <ObjectPoint>()
{
new ObjectPoint {
X = 0, Y = 1, Obj = ObjectType.None
},
new ObjectPoint {
X = 0, Y = 2, Obj = ObjectType.None
},
new ObjectPoint {
X = 0, Y = 3, Obj = ObjectType.None
},
new ObjectPoint {
X = 1, Y = 3, Obj = ObjectType.None
},
new ObjectPoint {
X = 2, Y = 3, Obj = ObjectType.None
},
new ObjectPoint {
X = 3, Y = 3, Obj = ObjectType.None
},
new ObjectPoint {
X = 4, Y = 3, Obj = ObjectType.None
},
new ObjectPoint {
X = 5, Y = 3, Obj = ObjectType.None
},
new ObjectPoint {
X = 6, Y = 3, Obj = ObjectType.None
},
new ObjectPoint {
X = 6, Y = 2, Obj = ObjectType.None
},
new ObjectPoint {
X = 6, Y = 1, Obj = ObjectType.None
},
new ObjectPoint {
X = 7, Y = 1, Obj = ObjectType.None
},
new ObjectPoint {
X = 7, Y = 0, Obj = ObjectType.None
},
new ObjectPoint {
X = 8, Y = 0, Obj = ObjectType.None
},
new ObjectPoint {
X = 9, Y = 0, Obj = ObjectType.None
},
new ObjectPoint {
X = 9, Y = 1, Obj = ObjectType.None
},
new ObjectPoint {
X = 9, Y = 2, Obj = ObjectType.None
},
new ObjectPoint {
X = 9, Y = 3, Obj = ObjectType.None
},
new ObjectPoint {
X = 8, Y = 3, Obj = ObjectType.None
},
new ObjectPoint {
X = 8, Y = 4, Obj = ObjectType.EndPoint
}
};
List <ObjectPoint> path = WaveAlgLee.RestoreWay(area, startPoint, endPoint);
if (path.Count == 0)
{
Assert.Fail("Result path list count 0 elements");
}
for (int i = 0; i < path.Count; i++)
{
Assert.AreEqual(expectedResult[i], path[i]);
}
}
public void WavePropagation()
{
var startPoint = new ObjectPoint(0, 0, ObjectType.StartPoint);
var endPoint = new ObjectPoint(2, 2, ObjectType.EndPoint);
// 0 1 2 3 |
//------------------+---
// a ' ' x | 0
// ' x ' ' | 1
// ' x b x | 2
WaveObject[,] area = new WaveObject[3, 4]
{
{ new WaveObject(value: 0, type: ObjectType.StartPoint), // -- 0,0
new WaveObject(value: null, type: ObjectType.None), // 0,1
new WaveObject(value: null, type: ObjectType.None), // 0,2
new WaveObject(value: null, type: ObjectType.Block) }, // 0,3
{ new WaveObject(value: null, type: ObjectType.None), // -- 1,0
new WaveObject(value: null, type: ObjectType.Block), // 1,1
new WaveObject(value: null, type: ObjectType.None), // 1,2
new WaveObject(value: null, type: ObjectType.None) }, // 1,3
{ new WaveObject(value: null, type: ObjectType.None), // -- 2,0
new WaveObject(value: null, type: ObjectType.Block), // 2,1
new WaveObject(value: null, type: ObjectType.EndPoint), // 2,2
new WaveObject(value: null, type: ObjectType.Block) } // 2,3
};
WaveAlgLee.WavePropagation(ref area, startPoint, endPoint, true);
// 0 1 2 3 |
//------------------------------+---
// (a)0 (-)1 (-)2 (x)' | 0
// (-)1 (x)' (-)3 (-)4 | 1
// (-)2 (x)' (b)4 (x)' | 2
WaveObject[,] expectedArea = new WaveObject[3, 4]
{
{ new WaveObject(value: 0, type: ObjectType.StartPoint), // -- 0,0
new WaveObject(value: 1, type: ObjectType.None), // 0,1
new WaveObject(value: 2, type: ObjectType.None), // 0,2
new WaveObject(value: null, type: ObjectType.Block) }, // 0,3
{ new WaveObject(value: 1, type: ObjectType.None), // -- 1,0
new WaveObject(value: null, type: ObjectType.Block), // 1,1
new WaveObject(value: 3, type: ObjectType.None), // 1,2
new WaveObject(value: 4, type: ObjectType.None) }, // 1,3
{ new WaveObject(value: 2, type: ObjectType.None), // -- 2,0
new WaveObject(value: null, type: ObjectType.Block), // 2,1
new WaveObject(value: 4, type: ObjectType.EndPoint), // 2,2
new WaveObject(value: null, type: ObjectType.Block) } // 2,3
};
int arrayHeight = area.GetUpperBound(1) + 1;
if (arrayHeight > 0 && area.Length > 0)
{
int arrayWidth = area.Length / arrayHeight;
for (int x = 0; x < arrayWidth; x++)
{
for (int y = 0; y < arrayHeight; y++)
{
Assert.AreEqual(expectedArea[x, y], area[x, y]);
}
}
}
else
{
Assert.Fail("Array length or height was 0");
}
}
public void WavePropagation_WxH_5x10()
{
// 0 1 2 3 4 5 6 7 8 9 |
//------------------------------------------+---
// a ' ' x ' ' ' ' ' ' | 0
// ' x ' ' x x ' ' x ' | 1
// ' x x x ' ' ' x x ' | 2
// ' ' ' ' ' ' ' x ' ' | 3
// ' x ' x ' ' x ' b x | 4
//------------------------------------------+---
// 0 1 2 3 4 5 6 7 8 9 |
WaveObject[,] area = new WaveObject[5, 10]
{
{ new WaveObject(value: 0, type: ObjectType.StartPoint), // -- 0,0
new WaveObject(value: null, type: ObjectType.None), // 0,1
new WaveObject(value: null, type: ObjectType.None), // 0,2
new WaveObject(value: null, type: ObjectType.Block), // 0,3
new WaveObject(value: null, type: ObjectType.None), // 0,4
new WaveObject(value: null, type: ObjectType.None), // 0,5
new WaveObject(value: null, type: ObjectType.None), // 0,6
new WaveObject(value: null, type: ObjectType.None), // 0,7
new WaveObject(value: null, type: ObjectType.None), // 0,8
new WaveObject(value: null, type: ObjectType.None) }, // 0,9
{ new WaveObject(value: null, type: ObjectType.None), // -- 1,0
new WaveObject(value: null, type: ObjectType.Block), // 1,1
new WaveObject(value: null, type: ObjectType.None), // 1,2
new WaveObject(value: null, type: ObjectType.None), // 1,3
new WaveObject(value: null, type: ObjectType.Block), // 1,4
new WaveObject(value: null, type: ObjectType.Block), // 1,5
new WaveObject(value: null, type: ObjectType.None), // 1,6
new WaveObject(value: null, type: ObjectType.None), // 1,7
new WaveObject(value: null, type: ObjectType.Block), // 1,8
new WaveObject(value: null, type: ObjectType.None) }, // 1,9
{ new WaveObject(value: null, type: ObjectType.None), // -- 2,0
new WaveObject(value: null, type: ObjectType.Block), // 2,1
new WaveObject(value: null, type: ObjectType.Block), // 2,2
new WaveObject(value: null, type: ObjectType.Block), // 2,3
new WaveObject(value: null, type: ObjectType.None), // 2,4
new WaveObject(value: null, type: ObjectType.None), // 2,5
new WaveObject(value: null, type: ObjectType.None), // 2,6
new WaveObject(value: null, type: ObjectType.Block), // 2,7
new WaveObject(value: null, type: ObjectType.Block), // 2,8
new WaveObject(value: null, type: ObjectType.None) }, // 2,9
{ new WaveObject(value: null, type: ObjectType.None), // -- 3,0
new WaveObject(value: null, type: ObjectType.None), // 3,1
new WaveObject(value: null, type: ObjectType.None), // 3,2
new WaveObject(value: null, type: ObjectType.None), // 3,3
new WaveObject(value: null, type: ObjectType.None), // 3,4
new WaveObject(value: null, type: ObjectType.None), // 3,5
new WaveObject(value: null, type: ObjectType.None), // 3,6
new WaveObject(value: null, type: ObjectType.Block), // 3,7
new WaveObject(value: null, type: ObjectType.None), // 3,8
new WaveObject(value: null, type: ObjectType.None) }, // 3,9
{ new WaveObject(value: null, type: ObjectType.None), // -- 4,0
new WaveObject(value: null, type: ObjectType.Block), // 4,1
new WaveObject(value: null, type: ObjectType.None), // 4,2
new WaveObject(value: null, type: ObjectType.Block), // 4,3
new WaveObject(value: null, type: ObjectType.None), // 4,4
new WaveObject(value: null, type: ObjectType.None), // 4,5
new WaveObject(value: null, type: ObjectType.Block), // 4,6
new WaveObject(value: null, type: ObjectType.None), // 4,7
new WaveObject(value: null, type: ObjectType.EndPoint), // 4,8
new WaveObject(value: null, type: ObjectType.Block) } // 4,9
};
// 0 1 2 3 4 5 6 7 8 9 |
//------------------------------------------+---
// a ' ' x ' ' ' ' ' ' | 0
// ' x ' ' x x ' ' x ' | 1
// ' x x x ' ' ' x x ' | 2
// ' ' ' ' ' ' ' x ' ' | 3
// ' x ' x ' ' x ' b x | 4
//------------------------------------------+---
// 0 1 2 3 4 5 6 7 8 9 |
var startPoint = new ObjectPoint(0, 0, ObjectType.StartPoint);
var endPoint = new ObjectPoint(4, 8, ObjectType.EndPoint);
WaveAlgLee.WavePropagation(ref area, startPoint, endPoint, true);
// 0 1 2 3 4 5 6 7 8 9 |
//------------------------------------------+---
// a0 1 2 x 14 13 12 13 14 15 | 0
// 1 x 3 4 x x 11 12 x 16 | 1
// 2 x x x 8 9 10 x x 17 | 2
// 3 4 5 6 7 8 9 x 19 18 | 3
// 4 x 6 x 8 9 x ' b20 x | 4
//------------------------------------------+---
// 0 1 2 3 4 5 6 7 8 9 |
WaveObject[,] expectedArea = new WaveObject[5, 10]
{
{ new WaveObject(value: 0, type: ObjectType.StartPoint), // -- 0,0
new WaveObject(value: 1, type: ObjectType.None), // 0,1
new WaveObject(value: 2, type: ObjectType.None), // 0,2
new WaveObject(value: null, type: ObjectType.Block), // 0,3
new WaveObject(value: 14, type: ObjectType.None), // 0,4
new WaveObject(value: 13, type: ObjectType.None), // 0,5
new WaveObject(value: 12, type: ObjectType.None), // 0,6
new WaveObject(value: 13, type: ObjectType.None), // 0,7
new WaveObject(value: 14, type: ObjectType.None), // 0,8
new WaveObject(value: 15, type: ObjectType.None) }, // 0,9
{ new WaveObject(value: 1, type: ObjectType.None), // -- 1,0
new WaveObject(value: null, type: ObjectType.Block), // 1,1
new WaveObject(value: 3, type: ObjectType.None), // 1,2
new WaveObject(value: 4, type: ObjectType.None), // 1,3
new WaveObject(value: null, type: ObjectType.Block), // 1,4
new WaveObject(value: null, type: ObjectType.Block), // 1,5
new WaveObject(value: 11, type: ObjectType.None), // 1,6
new WaveObject(value: 12, type: ObjectType.None), // 1,7
new WaveObject(value: null, type: ObjectType.Block), // 1,8
new WaveObject(value: 16, type: ObjectType.None) }, // 1,9
{ new WaveObject(value: 2, type: ObjectType.None), // -- 2,0
new WaveObject(value: null, type: ObjectType.Block), // 2,1
new WaveObject(value: null, type: ObjectType.Block), // 2,2
new WaveObject(value: null, type: ObjectType.Block), // 2,3
new WaveObject(value: 8, type: ObjectType.None), // 2,4
new WaveObject(value: 9, type: ObjectType.None), // 2,5
new WaveObject(value: 10, type: ObjectType.None), // 2,6
new WaveObject(value: null, type: ObjectType.Block), // 2,7
new WaveObject(value: null, type: ObjectType.Block), // 2,8
new WaveObject(value: 17, type: ObjectType.None) }, // 2,9
{ new WaveObject(value: 3, type: ObjectType.None), // -- 3,0
new WaveObject(value: 4, type: ObjectType.None), // 3,1
new WaveObject(value: 5, type: ObjectType.None), // 3,2
new WaveObject(value: 6, type: ObjectType.None), // 3,3
new WaveObject(value: 7, type: ObjectType.None), // 3,4
new WaveObject(value: 8, type: ObjectType.None), // 3,5
new WaveObject(value: 9, type: ObjectType.None), // 3,6
new WaveObject(value: null, type: ObjectType.Block), // 3,7
new WaveObject(value: 19, type: ObjectType.None), // 3,8
new WaveObject(value: 18, type: ObjectType.None) }, // 3,9
{ new WaveObject(value: 4, type: ObjectType.None), // -- 4,0
new WaveObject(value: null, type: ObjectType.Block), // 4,1
new WaveObject(value: 6, type: ObjectType.None), // 4,2
new WaveObject(value: null, type: ObjectType.Block), // 4,3
new WaveObject(value: 8, type: ObjectType.None), // 4,4
new WaveObject(value: 9, type: ObjectType.None), // 4,5
new WaveObject(value: null, type: ObjectType.Block), // 4,6
new WaveObject(value: null, type: ObjectType.None), // 4,7
new WaveObject(value: 20, type: ObjectType.EndPoint), // 4,8
new WaveObject(value: null, type: ObjectType.Block) } // 4,9
};
// 0 1 2 3 4 5 6 7 8 9 | Y/X
//------------------------------------------+---
// a0 1 2 x 14 13 12 13 14 15 | 0 (X)
// 1 x 3 4 x x 11 12 x 16 | 1
// 2 x x x 8 9 10 x x 17 | 2
// 3 4 5 6 7 8 9 x 19 18 | 3
// 4 x 6 x 8 9 x ' b20 x | 4
//------------------------------------------+---
// 0 1 2 3 4 5 6 7 8 9 | Y/X
int arrayHeight = area.GetUpperBound(1) + 1;
if (arrayHeight > 0 && area.Length > 0)
{
int arrayWidth = area.Length / arrayHeight;
for (int x = 0; x < arrayWidth; x++)
{
for (int y = 0; y < arrayHeight; y++)
{
Assert.AreEqual(expectedArea[x, y], area[x, y]);
}
}
}
else
{
Assert.Fail("Array length or height was 0");
}
}
public void PrepNextNight(WaveObject nextNight)
{
wave = nextNight;
}