public void Construct()
{
var mine = new TestMine()
.Add(new TestStationLayer2())
.Add(new TestStationLayer3());
Assert.Equal(typeof(Frog), mine.DataType);
var terminalLayerProperty = typeof(TestMine).GetProperty("TerminalLayer", BindingFlags.Instance | BindingFlags.NonPublic);
var terminalLayer = terminalLayerProperty.GetValue(mine);
Assert.Equal(typeof(SimpleFrogTerminalLayer), terminalLayer.GetType());
var stationLayersProperty = typeof(TestMine).GetProperty("StationLayers", BindingFlags.Instance | BindingFlags.NonPublic);
var stationLayers = stationLayersProperty.GetValue(mine) as IReadOnlyCollection <IStationLayer <Frog> >;
Assert.Equal(3, stationLayers.Count);
Assert.Contains(stationLayers, l => l.GetType() == typeof(TestStationLayer));
Assert.Contains(stationLayers, l => l.GetType() == typeof(TestStationLayer2));
Assert.Contains(stationLayers, l => l.GetType() == typeof(TestStationLayer3));
}
// Use this for initialization
public override void Start()
{
// Initialize
InitAll();
Logger.debug = true;
// Set up input listeners
Inputs.SetKeyListeners(_keyListeners);
// Beats logo
TestLogo.Init();
TestLogo logo = TestLogo.Instantiate();
logo.position = new Vector3(Screens.xmid, Screens.ymid, Screens.zmin);
// Arrow in each corner
TestArrow.Init();
for (int x = 0; x < 3; x++)
{
for (int y = 0; y < 3; y++)
{
float posX = (x == 0) ? Screens.xmin : (x == 1) ? Screens.xmid : Screens.xmax;
float posY = (y == 0) ? Screens.ymin : (y == 1) ? Screens.ymid : Screens.ymax;
float posZ = Screens.zmin;
TestArrow arrow = TestArrow.Instantiate();
arrow.name = String.Format("_arrow({0}, {1})", x, y);
arrow.position = new Vector3(posX, posY, posZ);
}
}
_randomArrow = TestArrow.Instantiate();
_randomArrow.name = "_randomArrow";
_randomArrow.position = new Vector3(Screens.xmax - 75f, Screens.ymax - 50f, Screens.zmin);
// Two random holds
TestHold.Init();
_hold1 = TestHold.Instantiate(Screens.height - _randomArrow.height);
_hold1.name = "_hold1";
_hold1.position = new Vector3(Screens.xmax - (_hold1.width / 2), Screens.ymid, Screens.zmid);
_hold2 = TestHold.Instantiate(_randomArrow.height * 4);
_hold2.name = "_hold2";
_hold2.position = new Vector3(_hold1.x - _hold1.width * 2, Screens.ymid, Screens.zmid);
// Background image
TestBackground background = TestBackground.Instantiate();
background.name = "_background2";
background.position = new Vector3(Screens.xmid, Screens.ymid, Screens.zmax);
background.color = new Color(background.color.r, background.color.g, background.color.b, 0.75f);
// Generated arrows
_arrows = new List <TestArrow>();
_addTimer = ADD_INTERVAL;
_arrowCount = 0;
// Text label
FontMeshData squareTextData = new FontMeshData(
"_SquareFont",
SysInfo.GetPath("Sandbox/Square.png"),
SysInfo.GetPath("Sandbox/Square.fnt")
);
float textWidth = squareTextData.width * (_randomArrow.height / 2) / squareTextData.height;
float textHeight = (_randomArrow.height / 2);
_sysInfo = TestText.Instantiate(
squareTextData,
"_SysInfo",
textWidth * 0.7f, textHeight * 0.7f,
TextAnchor.UpperLeft
);
_sysInfo.position = new Vector3(Screens.xmin, Screens.ymax, Screens.zdebug);
_sysInfo.color = new Color(1f, 1f, 1f, 0.5f); // Semi-transparent Gray
_sysInfo.text = SysInfo.InfoString();
_audioTime = TestText.Instantiate(
squareTextData,
"_AudioTime",
textWidth, textHeight,
TextAnchor.LowerLeft
);
_audioTime.position = new Vector3(Screens.xmin, Screens.ymin + (_randomArrow.height / 2), Screens.zdebug);
_touchLog = TestText.Instantiate(
squareTextData,
"_Touch Log",
textWidth, textHeight,
TextAnchor.LowerLeft
);
_touchLog.position = new Vector3(Screens.xmin, Screens.ymin, Screens.zdebug);
_touchLog.color = new Color(255f / 255f, 204f / 255f, 0f); // Tangerine
_collisionLog = TestText.Instantiate(
squareTextData,
"_Collision Log",
textWidth, textHeight,
TextAnchor.LowerRight
);
_collisionLog.position = new Vector3(Screens.xmax, Screens.ymin, Screens.zdebug);
_collisionLog.color = Color.red;
// FPS Counter
_fpsCounter = FpsCounter.Instantiate(squareTextData, textHeight);
_fpsCounter.position = new Vector3(Screens.xmax, Screens.ymax, Screens.zdebug);
// Load music
_audioPlayer = AudioPlayer.Instantiate();
_audioPlayer.Set(AudioClips.SANDBOX_SONG);
_audioPlayer.loop = true;
_audioPlayer.Play();
TestMine.Init();
_mine = TestMine.Instantiate();
_mine.gameObject.transform.position = new Vector3(Screens.xmid, (Screens.ymin + Screens.ymid) / 2, Screens.zmin - 10);
SettingsFile testIniFile = new SettingsFile(SysInfo.GetPath("Sandbox/Test.ini"));
testIniFile.Set("Beats", "Version", "MODIFIED");
testIniFile.Write(SysInfo.GetPath("Sandbox/Test2.ini"));
}
// Update is called once per frame
public override void Update()
{
_audioTime.text = String.Format("Time: {0:f3}", _audioPlayer.time);
//Logger.Log(TAG, _audioPlayer.time);
// Get key input
foreach (Inputs.KeyEvent e in Inputs.GetKeyEvents())
{
_touchLog.text = e.ToString();
if (e.key == KeyCode.Escape)
{
Application.Quit();
}
}
// Get touch input
foreach (Inputs.TouchEvent e in Inputs.GetTouchEvents())
{
_touchLog.text = e.ToString();
GameObject obj = Inputs.CollisionCheck(e.position);
if (obj != null)
{
_collisionLog.text = obj.name;
if (e.state == Inputs.TouchState.DOWN)
{
if (obj.tag == Tags.SANDBOX_TEST_MINE)
{
TestMine mine = obj.GetComponent <TestMine>();
if (mine != null)
{
mine.Play();
}
if (_audioPlayer.isPlaying)
{
_audioPlayer.Pause();
}
else
{
_audioPlayer.Play();
}
}
else if (obj.tag == Tags.SANDBOX_TEST_ARROW)
{
Logger.Warning(TAG, "Destroying arrow: " + obj.name);
TestArrow arrow = obj.GetComponent <TestArrow>();
if (arrow != null)
{
_arrows.Remove(arrow);
arrow.Destroy();
}
}
// DESTROY EVERYTHING!
/*
* BeatsObject beatsObj = obj.GetComponent<BeatsObject>();
* if (beatsObj != null) {
* Logger.Warning(TAG, "Destroying " + obj.tag + ": " + obj.name);
* beatsObj.Destroy();
* }
*/
}
}
}
for (int i = 0; i < _arrows.Count; i++)
{
TestArrow arrow = _arrows[i];
if (arrow != null)
{
arrow.position = new Vector3(arrow.x, arrow.y - Screens.height * Time.deltaTime / SCREEN_DURATION, Screens.zmid + i);
if (arrow.y < -arrow.height)
{
_arrows.Remove(arrow);
arrow.Destroy();
}
}
}
_addTimer -= Time.deltaTime;
if (_addTimer <= 0)
{
for (int i = 0; i < 4; i++)
{
TestArrow arrow = TestArrow.Instantiate();
arrow.name = "_arrow" + _arrowCount;
arrow.position = new Vector3(Screens.width / 4 + arrow.width * i, Screens.ymax + arrow.height, Screens.zmid);
arrow.tag = Tags.SANDBOX_TEST_ARROW;
_arrowCount++;
_arrows.Add(arrow);
}
_addTimer = ADD_INTERVAL;
}
_fpsCounter.OnUpdate();
}
// Use this for initialization
public override void Start()
{
// Initialize
InitAll();
Logger.debug = true;
// Set up input listeners
Inputs.SetKeyListeners(_keyListeners);
// Beats logo
TestLogo.Init();
TestLogo logo = TestLogo.Instantiate();
logo.position = new Vector3(Screens.xmid, Screens.ymid, Screens.zmin);
// Arrow in each corner
TestArrow.Init();
for (int x = 0; x < 3; x++) {
for (int y = 0; y < 3; y++) {
float posX = (x == 0) ? Screens.xmin : (x == 1) ? Screens.xmid : Screens.xmax;
float posY = (y == 0) ? Screens.ymin : (y == 1) ? Screens.ymid : Screens.ymax;
float posZ = Screens.zmin;
TestArrow arrow = TestArrow.Instantiate();
arrow.name = String.Format("_arrow({0}, {1})", x, y);
arrow.position = new Vector3(posX, posY, posZ);
}
}
_randomArrow = TestArrow.Instantiate();
_randomArrow.name = "_randomArrow";
_randomArrow.position = new Vector3(Screens.xmax - 75f, Screens.ymax - 50f, Screens.zmin);
// Two random holds
TestHold.Init();
_hold1 = TestHold.Instantiate(Screens.height - _randomArrow.height);
_hold1.name = "_hold1";
_hold1.position = new Vector3(Screens.xmax - (_hold1.width / 2), Screens.ymid, Screens.zmid);
_hold2 = TestHold.Instantiate(_randomArrow.height * 4);
_hold2.name = "_hold2";
_hold2.position = new Vector3(_hold1.x - _hold1.width * 2, Screens.ymid, Screens.zmid);
// Background image
TestBackground background = TestBackground.Instantiate();
background.name = "_background2";
background.position = new Vector3(Screens.xmid, Screens.ymid, Screens.zmax);
background.color = new Color(background.color.r, background.color.g, background.color.b, 0.75f);
// Generated arrows
_arrows = new List<TestArrow>();
_addTimer = ADD_INTERVAL;
_arrowCount = 0;
// Text label
FontMeshData squareTextData = new FontMeshData(
"_SquareFont",
SysInfo.GetPath("Sandbox/Square.png"),
SysInfo.GetPath("Sandbox/Square.fnt")
);
float textWidth = squareTextData.width * (_randomArrow.height / 2) / squareTextData.height;
float textHeight = (_randomArrow.height / 2);
_sysInfo = TestText.Instantiate(
squareTextData,
"_SysInfo",
textWidth * 0.7f, textHeight * 0.7f,
TextAnchor.UpperLeft
);
_sysInfo.position = new Vector3(Screens.xmin, Screens.ymax, Screens.zdebug);
_sysInfo.color = new Color(1f, 1f, 1f, 0.5f); // Semi-transparent Gray
_sysInfo.text = SysInfo.InfoString();
_audioTime = TestText.Instantiate(
squareTextData,
"_AudioTime",
textWidth, textHeight,
TextAnchor.LowerLeft
);
_audioTime.position = new Vector3(Screens.xmin, Screens.ymin + (_randomArrow.height / 2), Screens.zdebug);
_touchLog = TestText.Instantiate(
squareTextData,
"_Touch Log",
textWidth, textHeight,
TextAnchor.LowerLeft
);
_touchLog.position = new Vector3(Screens.xmin, Screens.ymin, Screens.zdebug);
_touchLog.color = new Color(255f / 255f, 204f/255f, 0f); // Tangerine
_collisionLog = TestText.Instantiate(
squareTextData,
"_Collision Log",
textWidth, textHeight,
TextAnchor.LowerRight
);
_collisionLog.position = new Vector3(Screens.xmax, Screens.ymin, Screens.zdebug);
_collisionLog.color = Color.red;
// FPS Counter
_fpsCounter = FpsCounter.Instantiate(squareTextData,textHeight);
_fpsCounter.position = new Vector3(Screens.xmax, Screens.ymax, Screens.zdebug);
// Load music
_audioPlayer = AudioPlayer.Instantiate();
_audioPlayer.Set(AudioClips.SANDBOX_SONG);
_audioPlayer.loop = true;
_audioPlayer.Play();
TestMine.Init();
_mine = TestMine.Instantiate();
_mine.gameObject.transform.position = new Vector3(Screens.xmid, (Screens.ymin + Screens.ymid) / 2, Screens.zmin - 10);
SettingsFile testIniFile = new SettingsFile(SysInfo.GetPath("Sandbox/Test.ini"));
testIniFile.Set("Beats", "Version", "MODIFIED");
testIniFile.Write(SysInfo.GetPath("Sandbox/Test2.ini"));
}