void Start()
{
// Cache references
spawner = GetComponent <GemSpawner>();
destroyer = GetComponent <GemDestroyer>();
myCollider = GetComponent <Collider2D>();
container = GameObject.Find("Gem Container").transform;
audioSource = GetComponent <AudioSource>();
// Initialize lists and arrays
gemTable = new int[COL_NUM, ROW_NUM];
gemColumns = new List <Gem> [COL_NUM];
for (int x = 0; x < COL_NUM; x++)
{
gemColumns[x] = new List <Gem>();
}
// Fill board with gems
spawner.SpawnGems(true);
// Break possible matches
gemsToDestroy = MatchLib.CheckMatches(gemTable);
// And keep doing so until there are no matches left
while (gemsToDestroy.Count > 0)
{
destroyer.DestroyGems(true);
spawner.SpawnGems(true);
gemsToDestroy = MatchLib.CheckMatches(gemTable);
}
// Make sure there are possible moves for the player and no unbroken matches
if (!MatchLib.MovementIsPossible(gemTable))
{
MatchLib.Shuffle(gemColumns, gemTable);
}
// Disable collider
myCollider.enabled = false;
}
private void openToolStripMenuItem1_Click(object sender, EventArgs e)
{
using (OpenFileDialog dlg = new OpenFileDialog())
{
dlg.Title = "Open Image";
dlg.Filter = "jpg files (*.fits)|*.fits";
if (dlg.ShowDialog() == DialogResult.OK)
{
this.objemgucv = new EmguCv(dlg.FileName);
this.iplImage = this.objemgucv.ImageJPG;
imageBox1.Image = this.iplImage;
imageType = new SRSLib.ImageLib.ImageType();
SRSLib.ImageLib.OpenAnyImageType(dlg.FileName, ref imageType); //file fit path
MatchLib.SetCatalogLocation(catalogpath);
centerRa2000GuessRads = new MatchLib.PlateListType()
{
Px = imageType.N1,
Py = imageType.N2,
XSize = (double)imageType.N1 * 1 / 206264.806,
YSize = (double)imageType.N2 * 1 / 206264.806,
HaveStartingCoords = false
};
MatchLib.ExtractStars(ref imageType, ref centerRa2000GuessRads);
MatchLib.PlateMatch(ref centerRa2000GuessRads);
button1.Enabled = true;
//MatchLib.PlateMatch(ref centerRa2000GuessRads);
//MatchLib.PlateMatchImage(ref imageType, ref centerRa2000GuessRads);
// Create a new Bitmap object from the picture file on disk,
// and assign that to the PictureBox.Image property
}
}
}
public void UT_MatchLib_GetPars()
{
string str = "I10_8239_89";
var pars = MatchLib.GetPars(str);
Assert.AreEqual(1, pars.Count);
Assert.AreEqual(10, pars[0]);
}
public void UT_ToLat()
{
string str = "мой текст";
string lat = MatchLib.ToLat(str);
Assert.AreEqual("мoй тeкcт", lat);
//speed test
DateTime t0 = DateTime.Now;
for (int i = 0; i < 1000000; i++)
{
lat = MatchLib.ToLat(str + " " + i);
}
DateTime t1 = DateTime.Now;
TimeSpan mlnCycles = t1 - t0;
}
public void Plantwave(Cv imageprocessing)
{
if (!String.IsNullOrEmpty(catalogpath))
{
imageType = new SRSLib.ImageLib.ImageType();
SRSLib.ImageLib.OpenAnyImageType(this.path, ref imageType); //file fit path
MatchLib.SetCatalogLocation(catalogpath);
centerRa2000GuessRads = new MatchLib.PlateListType()
{
Px = imageType.N1,
Py = imageType.N2,
XSize = (double)imageType.N1 * 1 / 206264.806,
YSize = (double)imageType.N2 * 1 / 206264.806,
HaveStartingCoords = false
};
MatchLib.ExtractStars(ref imageType, ref centerRa2000GuessRads);
MatchLib.PlateMatch(ref centerRa2000GuessRads);
}
}
public void UT_MatchLib_GetParsStr()
{
// test 1
string str = "I10.5_8239_89";
List <string> pars = MatchLib.GetParsStr(str);
Assert.AreEqual(1, pars.Count);
Assert.AreEqual("10.5", pars[0]);
// test 2
str = "Prf:U10.5x7,8_8239_89;";
pars = MatchLib.GetParsStr(str);
Assert.AreEqual(2, pars.Count);
Assert.AreEqual("10.5", pars[0]);
Assert.AreEqual("7,8", pars[1]);
// test 3
str = "I10_8239_89";
pars = MatchLib.GetParsStr(str);
Assert.AreEqual(1, pars.Count);
Assert.AreEqual("10", pars[0]);
}
public void UT_IContains()
{
// test 1:
string v = "yгoлoк75x6";
v = MatchLib.ToLat(v);
List <string> lst0 = new List <string>()
{
"угoлoк", "l"
};
lst0[0] = MatchLib.ToLat(lst0[0]);
bool b0 = MatchLib.IContains(lst0, v);
Assert.IsTrue(b0);
// test 2:
List <string> lst = new List <string>()
{
"уголок", "l"
};
v = "уголок";
bool b = MatchLib.IContains(lst, v);
Assert.IsTrue(b);
// test 3:
lst = new List <string>()
{
"балка", "i"
};
v = "i20";
b = MatchLib.IContains(lst, v);
Assert.IsTrue(b);
}
// Hierarchy of actions: only one action per update: one gem breaking or one gem spawning
void Update()
{
// Check if can update something in this frame
if (dontUpdate)
{
// Reset flag
dontUpdate = false;
// Don't allow players to input
myCollider.enabled = true;
return;
}
// Needs to break gems
if (gemsToDestroy.Count > 0)
{
// Check if a new move was made
if (moveMade)
{
// Clear flag
moveMade = false;
// Disable player input by putting a collider in front of the gems
myCollider.enabled = true;
// Reset combo counter
comboCounter = 0;
}
// Update combo counter
comboCounter++;
// Destroy gems and get the points
int score = destroyer.DestroyGems() * basePoints * comboCounter;
gemsToDestroy.Clear();
// Make score effects
audioSource.PlayOneShot(destroySound);
if (scorePF)
{
ScoreEffect effect = Instantiate(
scorePF,
transform.position + Vector3.up * ROW_NUM * .6f,
Quaternion.identity
).GetComponent <ScoreEffect>();
effect.SetScore(score);
effect.transform.SetParent(transform);
}
// Add points to total
totalScore += score;
// Flag to move and spawn gems
needToSpawnGems = true;
}
// Needs to move and spawn gems
else if (needToSpawnGems)
{
// Clear flag
needToSpawnGems = false;
spawner.SpawnGems();
// Check if more matches were made
gemsToDestroy = MatchLib.CheckMatches(gemTable);
// If not, check if new moves are possible
if (gemsToDestroy.Count == 0 && !MatchLib.MovementIsPossible(gemTable))
{
// Shuffle until a new board with possible moves and no matches is made
MatchLib.Shuffle(gemColumns, gemTable);
}
}
// Else, nothing is happening. Allow player Input
else
{
myCollider.enabled = false;
}
}
public GemSelect Select(Gem gem)
{
// Is this the first gem selected?
if (!gem1)
{
// Mark this gem
gem1 = gem;
// Play selection sound
audioSource.PlayOneShot(selectSound);
return(GemSelect.Select);
}
// Is it the same as the first one?
if (gem1 == gem)
{
// De-select the gem
gem1 = null;
// Play selection sound
audioSource.PlayOneShot(selectSound);
return(GemSelect.Deselect);
}
// Are the gems adjacent? (i.e. distance = 1 < sqrt(2))
if (Vector2.Distance(gem1.transform.localPosition, gem.transform.localPosition) > 1.1f)
{
// Unmark gem 1
gem1.SetNotSelected();
gem1 = null;
// Play selection sound
audioSource.PlayOneShot(selectSound);
return(GemSelect.NotValid);
}
// Check validity of second gem selected
gem2 = gem;
// Get a copy of the table of gem types
int[,] table = board.GetTableCopy();
// Swap gems and check validity
int x1, y1, x2, y2;
x1 = gem1.GetCol();
y1 = gem1.GetRow();
x2 = gem2.GetCol();
y2 = gem2.GetRow();
table[x1, y1] = gem2.GetGemType();
table[x2, y2] = gem1.GetGemType();
// Check if this move makes a match
List <int[]> matches = MatchLib.CheckMatches(table);
if (matches.Count > 0)
{
// Swap gem positions
gem1.MoveToCoordinate(x2, y2);
gem2.MoveToCoordinate(x1, y1);
// Swap gem positions in the board manager's tables
board.SwapGems(x1, y1, x2, y2);
// Pass on the list of matched gems
board.SetGemsToDestroy(matches);
// Notify gem1 to set the color back to normal
gem1.SetNotSelected();
// Unmark gems
gem1 = null;
gem2 = null;
// Play no sound, the board will play the destroy sound next
return(GemSelect.Valid);
}
// else
// Just change the first gem's color and unmark them
gem1.SetNotSelected();
// Unmark gems
gem1 = null;
gem2 = null;
// Play selection sound
audioSource.PlayOneShot(selectSound);
return(GemSelect.NotValid);
}
