public static void drawL1(int coor_x, int coor_y, Orientation orient)
{
switch (orient)
{
case ShapeRenderer.Orientation.ORIENT_0:
SOM.drawBox(coor_x + 0, coor_y, GetL1AnchorColor());
SOM.drawBox(coor_x + 1, coor_y, GetL1Color());
SOM.drawBox(coor_x + 2, coor_y, GetL1Color());
SOM.drawBox(coor_x + 0, coor_y - 1, GetL1Color());
break;
case ShapeRenderer.Orientation.ORIENT_1:
SOM.drawBox(coor_x - 1, coor_y, GetL1Color());
SOM.drawBox(coor_x + 0, coor_y + 0, GetL1AnchorColor());
SOM.drawBox(coor_x + 0, coor_y - 1, GetL1Color());
SOM.drawBox(coor_x + 0, coor_y - 2, GetL1Color());
break;
case ShapeRenderer.Orientation.ORIENT_2:
SOM.drawBox(coor_x - 2, coor_y, GetL1Color());
SOM.drawBox(coor_x - 1, coor_y, GetL1Color());
SOM.drawBox(coor_x + 0, coor_y, GetL1AnchorColor());
SOM.drawBox(coor_x + 0, coor_y + 1, GetL1Color());
break;
case ShapeRenderer.Orientation.ORIENT_3:
SOM.drawBox(coor_x, coor_y + 2, GetL1Color());
SOM.drawBox(coor_x, coor_y + 1, GetL1Color());
SOM.drawBox(coor_x, coor_y + 0, GetL1AnchorColor());
SOM.drawBox(coor_x + 1, coor_y + 0, GetL1Color());
break;
default:
break;
}
}
public void erase(Orientation orient)
{
switch (orient)
{
case Shape.Orientation.ORIENT_0:
SOM.drawBox(coor_x + 0, coor_y, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x + 1, coor_y, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x + 2, coor_y, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x + 0, coor_y - 1, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
break;
case Shape.Orientation.ORIENT_1:
SOM.drawBox(coor_x - 1, coor_y, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x + 0, coor_y + 0, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x + 0, coor_y - 1, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x + 0, coor_y - 2, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
break;
case Shape.Orientation.ORIENT_2:
SOM.drawBox(coor_x - 2, coor_y, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x - 1, coor_y, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x + 0, coor_y, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x + 0, coor_y + 1, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
break;
case Shape.Orientation.ORIENT_3:
SOM.drawBox(coor_x, coor_y + 2, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x, coor_y + 1, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x, coor_y + 0, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
SOM.drawBox(coor_x + 1, coor_y + 0, DrawColor.Shade.COLOR_BACKGROUND_CUSTOM);
break;
default:
break;
}
}
public static void drawLine(int coor_x, int coor_y, Orientation orient)
{
switch (orient)
{
case ShapeRenderer.Orientation.ORIENT_0: // Horizontal
SOM.drawBox(coor_x - 1, coor_y, GetLineColor());
SOM.drawBox(coor_x + 0, coor_y, GetLineAnchorColor());
SOM.drawBox(coor_x + 1, coor_y, GetLineColor());
SOM.drawBox(coor_x + 2, coor_y, GetLineColor());
break;
case ShapeRenderer.Orientation.ORIENT_1: // Vertical
SOM.drawBox(coor_x, coor_y + 1, GetLineColor());
SOM.drawBox(coor_x, coor_y + 0, GetLineAnchorColor());
SOM.drawBox(coor_x, coor_y - 1, GetLineColor());
SOM.drawBox(coor_x, coor_y - 2, GetLineColor());
break;
case ShapeRenderer.Orientation.ORIENT_2: // Horizontal
SOM.drawBox(coor_x - 2, coor_y, GetLineColor());
SOM.drawBox(coor_x - 1, coor_y, GetLineColor());
SOM.drawBox(coor_x + 0, coor_y, GetLineAnchorColor());
SOM.drawBox(coor_x + 1, coor_y, GetLineColor());
break;
case ShapeRenderer.Orientation.ORIENT_3: // Vertical
SOM.drawBox(coor_x, coor_y + 2, GetLineColor());
SOM.drawBox(coor_x, coor_y + 1, GetLineColor());
SOM.drawBox(coor_x, coor_y + 0, GetLineAnchorColor());
SOM.drawBox(coor_x, coor_y - 1, GetLineColor());
break;
default:
break;
}
}
public static void drawSquare(int coor_x, int coor_y, Orientation orient)
{
switch (orient)
{
case ShapeRenderer.Orientation.ORIENT_0: // Anchor -- Top-left
SOM.drawBox(coor_x + 0, coor_y, GetSquareAnchorColor());
SOM.drawBox(coor_x + 1, coor_y, GetSquareColor());
SOM.drawBox(coor_x + 1, coor_y - 1, GetSquareColor());
SOM.drawBox(coor_x + 0, coor_y - 1, GetSquareColor());
break;
case ShapeRenderer.Orientation.ORIENT_1: // Anchor -- Top-right
SOM.drawBox(coor_x + 0, coor_y, GetSquareAnchorColor());
SOM.drawBox(coor_x - 1, coor_y, GetSquareColor());
SOM.drawBox(coor_x - 1, coor_y - 1, GetSquareColor());
SOM.drawBox(coor_x + 0, coor_y - 1, GetSquareColor());
break;
case ShapeRenderer.Orientation.ORIENT_2: // Anchor -- Bottom-right
SOM.drawBox(coor_x + 0, coor_y, GetSquareAnchorColor());
SOM.drawBox(coor_x - 1, coor_y, GetSquareColor());
SOM.drawBox(coor_x - 1, coor_y + 1, GetSquareColor());
SOM.drawBox(coor_x + 0, coor_y + 1, GetSquareColor());
break;
case ShapeRenderer.Orientation.ORIENT_3: // Anchor -- Bottom-left
SOM.drawBox(coor_x + 0, coor_y, GetSquareAnchorColor());
SOM.drawBox(coor_x + 1, coor_y, GetSquareColor());
SOM.drawBox(coor_x + 1, coor_y + 1, GetSquareColor());
SOM.drawBox(coor_x + 0, coor_y + 1, GetSquareColor());
break;
default:
break;
}
}
//-----------------------------------------------------------------------------
// Game::Draw()
// This function is called once per frame
// Use this for draw graphics to the screen.
// Only do rendering here
//-----------------------------------------------------------------------------
public override void Draw()
{
// Draw sprite with texture
//pRedBird.Render();
// Update background
SOM.drawBackground();
SOM.drawStrings(stats);
active_piece.draw();
future_piece.draw();
printGrid();
//test drawing all shapes
//if statement to make sure this only happens once, for testing purposes. Remove later to do stuff every frame
/*if (only_one_run == 0)
* {
* t.draw(t.orientation);
* line.draw(line.orientation);
* l1.draw(l1.orientation);
* l2.draw(l2.orientation);
* z1.draw(z1.orientation);
* z2.draw(z2.orientation);
* s.draw(s.orientation);
*
* only_one_run++;
*
*
* t.erase(t.orientation);
* line.erase(line.orientation);
* l1.erase(l1.orientation);
* l2.erase(l2.orientation);
* z1.erase(z1.orientation);
* z2.erase(z2.orientation);
* s.erase(s.orientation);
*
* }*/
//test drawing a turned T, if staement is so that it only does it once
/*if (turned.orientation == Shape.Orientation.ORIENT_0)
* {
* turned.turn();
* }
* turned.draw(turned.orientation);
*
*/
/*
*
* // Draw one box, demo at position 1,1
* SOM.drawBox(1, 1, DrawColor.Shade.COLOR_LT_GREEN);
*
* // Test play field
* SOM.drawBox(Constants.GAME_MIN_X, Constants.GAME_MIN_Y, DrawColor.Shade.COLOR_ORANGE);
* SOM.drawBox(Constants.GAME_MAX_X, Constants.GAME_MIN_Y, DrawColor.Shade.COLOR_YELLOW);
* SOM.drawBox(Constants.GAME_MIN_X, Constants.GAME_MAX_Y, DrawColor.Shade.COLOR_RED);
* SOM.drawBox(Constants.GAME_MAX_X, Constants.GAME_MAX_Y, DrawColor.Shade.COLOR_BLUE);
*/
}
//-----------------------------------------------------------------------------
// Game::Draw()
// This function is called once per frame
// Use this for draw graphics to the screen.
// Only do rendering here
//-----------------------------------------------------------------------------
public override void Draw()
{
// Draw sprite with texture
//pRedBird.Render();
if (gameover)
{
SOM.drawBackground();
SOM.drawStrings(stats);
active_piece.draw();
future_piece.draw();
printGrid();
SOM.drawGameOver(stats);
stats = new GameStats();
return;
}
// Update background
SOM.drawBackground();
SOM.drawStrings(stats);
if (!startgame)
{
SOM.drawStartTetris();
SOM.drawHighScores(stats);
}
if (startgame)
{
active_piece.draw();
future_piece.draw();
}
if (paused && startgame)
{
SOM.drawPaused();
//soundEngine.getAE().SetAllSoundsPaused(true);
}
if (!paused && startgame)
{
if (!muted)
{
SOM.drawMenu();
}
if (muted)
{
SOM.drawMutedMenu();
}
//soundEngine.getAE().SetAllSoundsPaused(false);
}
printGrid();
//test drawing all shapes
//if statement to make sure this only happens once, for testing purposes. Remove later to do stuff every frame
/*if (only_one_run == 0)
* {
* t.draw(t.orientation);
* line.draw(line.orientation);
* l1.draw(l1.orientation);
* l2.draw(l2.orientation);
* z1.draw(z1.orientation);
* z2.draw(z2.orientation);
* s.draw(s.orientation);
*
* only_one_run++;
*
*
* t.erase(t.orientation);
* line.erase(line.orientation);
* l1.erase(l1.orientation);
* l2.erase(l2.orientation);
* z1.erase(z1.orientation);
* z2.erase(z2.orientation);
* s.erase(s.orientation);
*
* }*/
//test drawing a turned T, if staement is so that it only does it once
/*if (turned.orientation == Shape.Orientation.ORIENT_0)
* {
* turned.turn();
* }
* turned.draw(turned.orientation);
*
*/
/*
*
* // Draw one box, demo at position 1,1
* SOM.drawBox(1, 1, DrawColor.Shade.COLOR_LT_GREEN);
*
* // Test play field
* SOM.drawBox(Constants.GAME_MIN_X, Constants.GAME_MIN_Y, DrawColor.Shade.COLOR_ORANGE);
* SOM.drawBox(Constants.GAME_MAX_X, Constants.GAME_MIN_Y, DrawColor.Shade.COLOR_YELLOW);
* SOM.drawBox(Constants.GAME_MIN_X, Constants.GAME_MAX_Y, DrawColor.Shade.COLOR_RED);
* SOM.drawBox(Constants.GAME_MAX_X, Constants.GAME_MAX_Y, DrawColor.Shade.COLOR_BLUE);
*/
}
public void draw(DrawColor.Shade color)
{
SOM.drawBox(x, y, color);
}
public void draw()
{
SOM.drawBox(x, y, color);
}
//-----------------------------------------------------------------------------
// Game::Draw()
// This function is called once per frame
// Use this for draw graphics to the screen.
// Only do rendering here
//-----------------------------------------------------------------------------
public override void Draw()
{
// Draw sprite with texture
pRedBird.Render();
// Update background
SOM.drawBackground();
// SOM.drawStrings(stats);
// Draw one box, demo at position 1,1
SOM.drawBox(1, 1, DrawColor.Shade.COLOR_LT_GREEN);
// Test play field
SOM.drawBox(Constants.GAME_MIN_X, Constants.GAME_MIN_Y, DrawColor.Shade.COLOR_ORANGE);
SOM.drawBox(Constants.GAME_MAX_X, Constants.GAME_MIN_Y, DrawColor.Shade.COLOR_YELLOW);
SOM.drawBox(Constants.GAME_MIN_X, Constants.GAME_MAX_Y, DrawColor.Shade.COLOR_RED);
SOM.drawBox(Constants.GAME_MAX_X, Constants.GAME_MAX_Y, DrawColor.Shade.COLOR_BLUE);
// Cycle all the tetris pieces
if (count < 2 * 10)
{
ShapeRenderer.drawLine(Constants.PREVIEW_WINDOW_X, Constants.PREVIEW_WINDOW_Y, ShapeRenderer.Orientation.ORIENT_0);
ShapeRenderer.drawLine(3, 3, ShapeRenderer.Orientation.ORIENT_0);
ShapeRenderer.drawL1(5, 8, ShapeRenderer.Orientation.ORIENT_0);
ShapeRenderer.drawL2(5, 14, ShapeRenderer.Orientation.ORIENT_0);
ShapeRenderer.drawT(5, 19, ShapeRenderer.Orientation.ORIENT_0);
ShapeRenderer.drawZ1(5, 23, ShapeRenderer.Orientation.ORIENT_0);
ShapeRenderer.drawZ2(5, 28, ShapeRenderer.Orientation.ORIENT_0);
ShapeRenderer.drawSquare(8, 4, ShapeRenderer.Orientation.ORIENT_0);
}
else if (count < 2 * 20)
{
ShapeRenderer.drawLine(Constants.PREVIEW_WINDOW_X, Constants.PREVIEW_WINDOW_Y, ShapeRenderer.Orientation.ORIENT_1);
ShapeRenderer.drawLine(3, 3, ShapeRenderer.Orientation.ORIENT_1);
ShapeRenderer.drawL1(5, 8, ShapeRenderer.Orientation.ORIENT_1);
ShapeRenderer.drawL2(5, 14, ShapeRenderer.Orientation.ORIENT_1);
ShapeRenderer.drawT(5, 19, ShapeRenderer.Orientation.ORIENT_1);
ShapeRenderer.drawZ1(5, 23, ShapeRenderer.Orientation.ORIENT_1);
ShapeRenderer.drawZ2(5, 28, ShapeRenderer.Orientation.ORIENT_1);
ShapeRenderer.drawSquare(8, 4, ShapeRenderer.Orientation.ORIENT_1);
}
else if (count < 2 * 30)
{
ShapeRenderer.drawLine(Constants.PREVIEW_WINDOW_X, Constants.PREVIEW_WINDOW_Y, ShapeRenderer.Orientation.ORIENT_2);
ShapeRenderer.drawLine(3, 3, ShapeRenderer.Orientation.ORIENT_2);
ShapeRenderer.drawL1(5, 8, ShapeRenderer.Orientation.ORIENT_2);
ShapeRenderer.drawL2(5, 14, ShapeRenderer.Orientation.ORIENT_2);
ShapeRenderer.drawT(5, 19, ShapeRenderer.Orientation.ORIENT_2);
ShapeRenderer.drawZ1(5, 23, ShapeRenderer.Orientation.ORIENT_2);
ShapeRenderer.drawZ2(5, 28, ShapeRenderer.Orientation.ORIENT_2);
ShapeRenderer.drawSquare(8, 4, ShapeRenderer.Orientation.ORIENT_2);
}
else
{
ShapeRenderer.drawLine(Constants.PREVIEW_WINDOW_X, Constants.PREVIEW_WINDOW_Y, ShapeRenderer.Orientation.ORIENT_3);
ShapeRenderer.drawLine(3, 3, ShapeRenderer.Orientation.ORIENT_3);
ShapeRenderer.drawL1(5, 8, ShapeRenderer.Orientation.ORIENT_3);
ShapeRenderer.drawL2(5, 14, ShapeRenderer.Orientation.ORIENT_3);
ShapeRenderer.drawT(5, 19, ShapeRenderer.Orientation.ORIENT_3);
ShapeRenderer.drawZ1(5, 23, ShapeRenderer.Orientation.ORIENT_3);
ShapeRenderer.drawZ2(5, 28, ShapeRenderer.Orientation.ORIENT_3);
ShapeRenderer.drawSquare(8, 4, ShapeRenderer.Orientation.ORIENT_3);
}
if (count > 2 * 40)
{
count = 0;
}
else
{
count++;
}
}