suppression de la pièce après collision

code_mieux/code_mieux.ino

@@ -26,7 +26,7 @@ LIS3DHTR<TwoWire> lis;
 
 #define PIECE_RADIUS 5
 #define PIECE_COUNT 5
-#define SPEEDGAME 5
+#define SPEEDGAME 3
 
 // Paramètres du jeu : 
 bool isGameRunning = false;
@@ -59,19 +59,19 @@ struct Piece {
 // Niveau Novice
 Piece novicePieces[5] = {
   {50, 60, false, false},
-  {70, 100, false, false},
+  {260, 100, false, false},
-  {90, 140, false, false},
+  {220, 180, false, false},
-  {110, 180, false, false},
+  {145, 165, false, false},
-  {130, 220, false, false},
+  {60, 190, false, false},
 };
 
 // Niveau confirmé
 Piece confirmedPieces[5] = {
-  {50, 60, false, false},
+  {270, 60, false, false},
-  {320 - 70, 240 - 100, false, false},
+  {255, 140, false, false},
-  {90, 240 - 140, false, false},
+  {70, 70, false, false},
-  {320 - 110, 100, false, false},
+  {40, 220, false, false},
-  {160, 120, false, false},
+  {160, 200, false, false},
 };
 
 // Niveau Expert
@@ -80,7 +80,7 @@ Piece expertPieces[10] = {
   {320 - 70, 240 - 100, false, false},
   {90, 240 - 140, false, false},
   {320 - 110, 100, false, false},
-  {160, 120, false, false},
+  {19, 220, false, false},
   // Pièces noires
   {80, 80, false, true},
   {320 - 80, 240 - 80, false, true},
@@ -304,7 +304,10 @@ void loop() {
   updateBanner();  // Mettre à jour le bandeau dans chaque boucle, que le jeu soit en cours ou non
   for (int i = 0; i < currentPieceCount; i++) {
     if (!currentPieces[i].isCollected && distance(ballX, ballY, currentPieces[i].x, currentPieces[i].y) < ballRadius + PIECE_RADIUS) {
+      
       currentPieces[i].isCollected = true;
+      tft.fillCircle(currentPieces[i].x, currentPieces[i].y, 5, TFT_DARKGREY);
+
       score++;  // Augmenter le score
     }
   }