public DebugScreen(ContentManager cm, GraphicsDeviceManager gdm, SpriteBatch sb, Color sColor) : base(cm, gdm, sb)
{
//configures default map
//TO DO: fix tile map to be instan
map = new TileMap(cm, gdm, sb, new Vector2(160, 45), new Vector2(16, 16));
playerOneCamera = new Camera(cm, gdm, sb, new Vector2(0, 0), graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Width, graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Height);
//playerTwoCamera = new Camera(cm, gdm, sb, new Vector2(0, 0), graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Width / 2, graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Height);
//playerTwoCamera.screenPosition = new Vector2(graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Width / 2, 0);
screenColor = sColor;
playerOne = new Player(cm, sb, gdm);
//playerTwo = new Player(cm, sb, gdm);
//playerTwo.currentWorldPosition = playerTwoCamera.worldPosition;
platformOne = new TiledPlatform(cm, sb, gdm, true, true, true, true);
platformOne.platformSize = new Vector2(20, 5);
platformOne.position = new Vector2(map.getTileMapWidthInPixels / 2 - platformOne.platformWidth / 2, map.getTileMapHeightInPixels - platformOne.platformHeight);
hurdleOne = new Hurdle(cm, gdm, sb);
hurdleOne.worldPosition = new Vector2(map.getTileMapWidthInPixels / 4, map.getTileMapHeightInPixels - hurdleOne.height);
hurdleTwo = new Hurdle(cm, gdm, sb);
hurdleTwo.worldPosition = new Vector2(map.getTileMapWidthInPixels / 2 - hurdleTwo.width / 2, map.getTileMapHeightInPixels - platformOne.platformHeight - hurdleTwo.height);
momentumButtonOne = new MomentumActionButton(cm, gdm, sb, new Vector2(0, 25));
momentumButtonOne.worldPosition = new Vector2(map.getTileMapWidthInPixels / 2 - momentumButtonOne.width / 2, platformOne.position.Y - 40);
gravity = new Vector2(0, 9);
}
//not really sure how I want to implement this, I need to refine a binary search for the correct placement....
public Vector2 checkAndFixTiledPlatformCollision(Vector2 newPos, Player playerOne)
{
//------------
//First phase is to check for a collision and to mark collisions accordingly
// will operate on the basis that the values returned for the collision are against the players sides/top/bottom and the rectangle of the tile platform
//------------
TiledPlatform tp = this;
//makes the current tileplatform rectangle reference, not sure if this is done via call by reference
Rectangle previousTileComparisionRect = tp.boundingRectangle;
Rectangle currentTileComparisionRect = tp.boundingRectangle;
//playerOne left side
Rectangle tpLeftRectSide = new Rectangle(currentTileComparisionRect.X, currentTileComparisionRect.Y, 1, currentTileComparisionRect.Height);
//playerOne right side, has a -1 offset to the x value so that it's overlapping correctly for comparison
Rectangle tpRightRectSide = new Rectangle(currentTileComparisionRect.Right, currentTileComparisionRect.Y, 1, currentTileComparisionRect.Height);
//playerOne top side
Rectangle tpTopRectSide = new Rectangle(currentTileComparisionRect.X, currentTileComparisionRect.Y, currentTileComparisionRect.Width, 1);
//playerOne bottom side, has a -1 offset to the y value so that it's overlapping correctly for comparison
Rectangle tpBottomRectSide = new Rectangle(currentTileComparisionRect.X, currentTileComparisionRect.Bottom, currentTileComparisionRect.Width, 1);
//makes playerOne rectangle reference
Rectangle previousPlayerComparisionRect = new Rectangle((int)newPos.X, (int)newPos.Y, (int)playerOne.width, (int)playerOne.height);
Rectangle currentPlayerComparisionRect = new Rectangle((int)newPos.X, (int)newPos.Y, (int)playerOne.width, (int)playerOne.height);
//playerOne left side
Rectangle playerLeftRectSide = new Rectangle(currentPlayerComparisionRect.X, currentPlayerComparisionRect.Y, 1, currentPlayerComparisionRect.Height);
//playerOne right side, has a -1 offset to the x value so that it's overlapping correctly for comparison
Rectangle playerRightRectSide = new Rectangle(currentPlayerComparisionRect.Right, currentPlayerComparisionRect.Y, 1, currentPlayerComparisionRect.Height);
//playerOne top side
Rectangle playerTopRectSide = new Rectangle(currentPlayerComparisionRect.X, currentPlayerComparisionRect.Y, currentPlayerComparisionRect.Width, 1);
//playerOne bottom side, has a -1 offset to the y value so that it's overlapping correctly for comparison
Rectangle playerBottomRectSide = new Rectangle(currentPlayerComparisionRect.X, currentPlayerComparisionRect.Bottom, currentPlayerComparisionRect.Width, 1);
//System.Diagnostics.Debug.WriteLine("Current Collision Box X: " + currentPlayerComparisionRect.X);
//System.Diagnostics.Debug.WriteLine("Current Collision Box Y: " + currentPlayerComparisionRect.Y);
//System.Diagnostics.Debug.WriteLine("Current Collision Box X: " + currentTileComparisionRect.X);
//System.Diagnostics.Debug.WriteLine("Current Collision Box Y: " + currentTileComparisionRect.Y);
//right tileplatform hit, left side of playerOne hit
if (currentPlayerComparisionRect.Intersects(tpRightRectSide) && collidableOnRight)
{
playerOne.collisionOnPlayerLeft = true;
//System.Diagnostics.Debug.WriteLine("Left Collision");
}
//left tile platform hit, right side of playerOne hit
if (currentPlayerComparisionRect.Intersects(tpLeftRectSide) && collidableOnLeft)
{
playerOne.collisionOnPlayerRight = true;
//System.Diagnostics.Debug.WriteLine("Right Collision");
}
//bottom of platform hit, top of playerOne hit
if (currentPlayerComparisionRect.Intersects(tpBottomRectSide) && collidableOnBottom)
{
playerOne.collisionOnPlayerTop = true;
//System.Diagnostics.Debug.WriteLine("Top Collision");
}
//top of platform hit, bottom of playerOne hit
//this is where dash and jump and falling are reset
if (currentPlayerComparisionRect.Intersects(tpTopRectSide) && collidableOnTop)
{
playerOne.collisionOnPlayerBottom = true;
//System.Diagnostics.Debug.WriteLine("Bottom Collision");
}
//*****
//I'm pretty positive that this may be a problem in the future. I don't know.... I've never implemented collision like this...
//this nested if statement basically says don't fix any collision on bottom if jumping
//I'm pretty sure this will mess me up later, but at the moment I'm letting it slide because wow, it really fixes the
//controls, if you can in the future fix this to work around any bugs. Try to keep this for the logic.
if (playerOne.collisionOnPlayerBottom && playerOne.isJumping)
{
playerOne.collisionOnPlayerBottom = false;
}
//this is to fix landing collision so that if there is a bottom collision as long as you're not falling left and right are false
if (playerOne.collisionOnPlayerBottom)
{
if (playerOne.collisionOnPlayerLeft)
{
if (tpRightRectSide.X - playerLeftRectSide.X < playerBottomRectSide.Y - tpTopRectSide.Y)
{
playerOne.collisionOnPlayerBottom = false;
}
else
{
playerOne.collisionOnPlayerLeft = false;
}
}
if (playerOne.collisionOnPlayerRight)
{
if (playerRightRectSide.X - tpLeftRectSide.X < playerBottomRectSide.Y - tpTopRectSide.Y)
{
playerOne.collisionOnPlayerBottom = false;
}
else
{
playerOne.collisionOnPlayerRight = false;
}
}
}
//top collision
if (playerOne.collisionOnPlayerTop)
{
if (playerOne.collisionOnPlayerLeft)
{
if (tpRightRectSide.X - playerLeftRectSide.X < tpBottomRectSide.Y - playerTopRectSide.Y)
{
playerOne.collisionOnPlayerTop = false;
}
else
{
playerOne.collisionOnPlayerLeft = false;
}
}
if (playerOne.collisionOnPlayerRight)
{
if (playerRightRectSide.X - tpLeftRectSide.X < tpBottomRectSide.Y - playerTopRectSide.Y)
{
playerOne.collisionOnPlayerBottom = false;
}
else
{
playerOne.collisionOnPlayerRight = false;
}
}
}
//if any collision occured then update the flag so that a general marker is known
if (playerOne.collisionOnPlayerLeft ||
playerOne.collisionOnPlayerRight ||
playerOne.collisionOnPlayerTop ||
playerOne.collisionOnPlayerBottom)
{
playerOne.playerCollisionOccurred = true;
}
//------------
//second phase is to respond accordingly
//------------
if (playerOne.playerCollisionOccurred)
{
//left was hit
if (playerOne.collisionOnPlayerLeft)
{
while (currentPlayerComparisionRect.Intersects(tpRightRectSide))
{
///
/// resets the values hopefully using a call by value here to that we're getting the numbers and not the reference to previous position
/// This is an important nuance on account that it makes it so all our collision checking is done through rectangled abstraction. This means
/// we're just using the values to initialze the rectangles and then updating the collision from there, at the end when the fix is to exit the
/// rectangle will set the playerOne position appropriately
///
float widthMidpointDistance = (previousPlayerComparisionRect.X - tpRightRectSide.X) / 2;
//update previous and current rectangle reference before modifying their values
previousPlayerComparisionRect = currentPlayerComparisionRect;
currentPlayerComparisionRect.X -= (int)widthMidpointDistance;
playerLeftRectSide.Location = currentPlayerComparisionRect.Location;
//checks to see if the midpoint modifying the position causes it to hit the tile platform
//if it does the rectangle is set to the previous rectangle and
if (currentPlayerComparisionRect.Intersects(tpRightRectSide))
{
currentPlayerComparisionRect.X = currentTileComparisionRect.Right + (int)widthMidpointDistance + 1;
playerLeftRectSide.Location = currentPlayerComparisionRect.Location;
}
}
newPos.X = currentPlayerComparisionRect.X;
}
//right was hit
//pretty questionable when it feels like it seems to zoom through the block, i think I've rectified the issue but the dash
//causes it to look a little more aggressive on its position modification.... possible bug here
if (playerOne.collisionOnPlayerRight)
{
while (currentPlayerComparisionRect.Intersects(tpLeftRectSide))
{
///
/// resets the values hopefully using a call by value here to that we're getting the numbers and not the reference to previous position
/// This is an important nuance on account that it makes it so all our collision checking is done through rectangled abstraction. This means
/// we're just using the values to initialze the rectangles and then updating the collision from there, at the end when the fix is to exit the
/// rectangle will set the playerOne position appropriately
///
float widthMidpointDistance = (tpLeftRectSide.X - previousPlayerComparisionRect.Right) / 2;
//update previous and current rectangle reference before modifying their values
previousPlayerComparisionRect = currentPlayerComparisionRect;
currentPlayerComparisionRect.X += (int)widthMidpointDistance;
playerRightRectSide.X = currentPlayerComparisionRect.Right;
//checks to see if the midpoint modifying the position causes it to hit the tile platform
//if it does the rectangle is set to the previous rectangle and
if (currentPlayerComparisionRect.Intersects(tpLeftRectSide))
{
currentPlayerComparisionRect.X = currentTileComparisionRect.Left - (int)widthMidpointDistance - currentPlayerComparisionRect.Width - 1;
playerRightRectSide.X = currentPlayerComparisionRect.Right;
}
}
newPos.X = currentPlayerComparisionRect.X;
}
//top was hit
if (playerOne.collisionOnPlayerTop)
{
while (currentPlayerComparisionRect.Intersects(tpBottomRectSide))
{
///
/// resets the values hopefully using a call by value here to that we're getting the numbers and not the reference to previous position
/// This is an important nuance on account that it makes it so all our collision checking is done through rectangled abstraction. This means
/// we're just using the values to initialze the rectangles and then updating the collision from there, at the end when the fix is to exit the
/// rectangle will set the playerOne position appropriately
///
float heightMidpointDistance = (currentPlayerComparisionRect.Top - tpBottomRectSide.Y) / 2;
//update previous and current rectangle reference before modifying their values
previousPlayerComparisionRect = currentPlayerComparisionRect;
currentPlayerComparisionRect.Y += (int)heightMidpointDistance;
playerTopRectSide.Y = currentPlayerComparisionRect.Top;
//checks to see if the midpoint modifying the position causes it to hit the tile platform
//if it does the rectangle is set to the previous rectangle and
if (currentPlayerComparisionRect.Intersects(tpBottomRectSide))
{
currentPlayerComparisionRect.Y = currentTileComparisionRect.Bottom + (int)heightMidpointDistance + 1;
playerTopRectSide.Y = currentPlayerComparisionRect.Top;
}
}
newPos.Y = currentPlayerComparisionRect.Y;
//playerOne.isJumping = false;
//playerOne.isFalling = true;
}
//bottom was hit
if (playerOne.collisionOnPlayerBottom)
{
while (currentPlayerComparisionRect.Intersects(tpTopRectSide))
{
///
/// resets the values hopefully using a call by value here to that we're getting the numbers and not the reference to previous position
/// This is an important nuance on account that it makes it so all our collision checking is done through rectangled abstraction. This means
/// we're just using the values to initialze the rectangles and then updating the collision from there, at the end when the fix is to exit the
/// rectangle will set the playerOne position appropriately
///
float heightMidpointDistance = (tpTopRectSide.Y - playerBottomRectSide.Y) / 2;
//update previous and current rectangle reference before modifying their values
previousPlayerComparisionRect = currentPlayerComparisionRect;
currentPlayerComparisionRect.Y += (int)heightMidpointDistance;
playerBottomRectSide.Y = currentPlayerComparisionRect.Bottom;
//checks to see if the midpoint modifying the position causes it to hit the tile platform
//if it does the rectangle is set to the previous rectangle and
if (currentPlayerComparisionRect.Intersects(tpTopRectSide))
{
currentPlayerComparisionRect.Y = currentTileComparisionRect.Y - (int)heightMidpointDistance - (int)playerOne.height - 2;
playerBottomRectSide.Y = currentPlayerComparisionRect.Bottom;
}
}
//fixes falling collision for gravity falls with platform
if (playerOne.isFalling || playerOne.isFallingFromGravity)
{
if (playerOne.isFalling)
{
playerOne.isFalling = false;
if (playerOne.movingRight || playerOne.movingLeft)
{
playerOne.playerImageSheet.setFrameConfiguration(18, 18, 28);
playerOne.playerImageSheet.frameTimeLimit = 8;
}
}
if (playerOne.isFallingFromGravity)
{
playerOne.isFallingFromGravity = false;
if (playerOne.movingRight || playerOne.movingLeft)
{
playerOne.playerImageSheet.setFrameConfiguration(18, 18, 28);
playerOne.playerImageSheet.frameTimeLimit = 8;
}
else if (playerOne.standing)
{
playerOne.playerImageSheet.setFrameConfiguration(0, 0, 4);
playerOne.playerImageSheet.frameTimeLimit = 8;
}
}
if (playerOne.exhaustedDash)
{
playerOne.exhaustedDash = false;
}
}
newPos.Y = currentPlayerComparisionRect.Y;
playerOne.isJumping = false;
playerOne.isFalling = false;
playerOne.isFallingFromGravity = false;
playerOne.isDashing = false;
playerOne.exhaustedDash = false;
}
if (playerOne.playerCollisionOccurred)
{
playerOne.playerCollisionOccurred = false;
playerOne.collisionOnPlayerLeft = false;
playerOne.collisionOnPlayerRight = false;
playerOne.collisionOnPlayerTop = false;
playerOne.collisionOnPlayerBottom = false;
}
return(newPos);
}
else
{
if (playerOne.playerCollisionOccurred)
{
playerOne.playerCollisionOccurred = false;
playerOne.collisionOnPlayerLeft = false;
playerOne.collisionOnPlayerRight = false;
playerOne.collisionOnPlayerTop = false;
playerOne.collisionOnPlayerBottom = false;
}
return(newPos);
}
//TO DO: finish the collision code so that it does corners and sides with out issues
//------------
//third phase is to reset flags
//------------
}
public RegalFalls(ContentManager cm, GraphicsDeviceManager gdm, SpriteBatch sb, Color sColor) : base(cm, gdm, sb)
{
//configures default map
map = new TileMap(cm, gdm, sb, new Vector2(160, 45), new Vector2(16, 16));
//----------------------------------------------------------Start Map Configuration----------------------------------------
int tileTrackerX = 0;
int tileTrackerY = 0;
//iterates through row by column and initializes based on some arbitrary distinctions
while (tileTrackerY < map.tileMapHeight)
{
while (tileTrackerX < map.tileMapWidth)
{
/*
* if (tileTrackerX == map.tileMapWidth / 2)
* {
* map.tiles[tileTrackerX, tileTrackerY] = new BackgroundTile(cm, gdm, sb, new Vector2(map.tilePositionX, map.tilePositionY), new Vector2(80, 16), new Vector2(5, 1), "TileMapImages/AltBasicTileSet", true, true, false, false);
* map.tiles[tileTrackerX, tileTrackerY].isCollidable = true;
* map.tiles[tileTrackerX, tileTrackerY].baseTileImage.setFrameConfiguration(4, 4, 4);
* }
* else if (tileTrackerY == map.tileMapHeight / 2)
* {
* map.tiles[tileTrackerX, tileTrackerY] = new BackgroundTile(cm, gdm, sb, new Vector2(map.tilePositionX, map.tilePositionY), new Vector2(80, 16), new Vector2(5, 1), "TileMapImages/AltBasicTileSet", false, false, true, true);
* map.tiles[tileTrackerX, tileTrackerY].isCollidable = true;
* map.tiles[tileTrackerX, tileTrackerY].baseTileImage.setFrameConfiguration(4, 4, 4);
* }*/
//else {
map.tiles[tileTrackerX, tileTrackerY] = new BackgroundTile(cm, gdm, sb, new Vector2(map.tilePositionX, map.tilePositionY), new Vector2(80, 16), new Vector2(5, 1), "TileMapImages/AltBasicTileSet", false, false, false, false);
//bottom
if (tileTrackerX > map.tileMapWidth / 2)
{
//bottom right
if (tileTrackerY > map.tileMapHeight / 2)
{
map.tiles[tileTrackerX, tileTrackerY].baseTileImage.setFrameConfiguration(3, 3, 3);
}
//bottom left
else
{
map.tiles[tileTrackerX, tileTrackerY].baseTileImage.setFrameConfiguration(2, 2, 2);
}
}
//top
else
{
//top right
if (tileTrackerY > map.tileMapHeight / 2)
{
map.tiles[tileTrackerX, tileTrackerY].baseTileImage.setFrameConfiguration(1, 1, 1);
}
//top left
else
{
map.tiles[tileTrackerX, tileTrackerY].baseTileImage.setFrameConfiguration(0, 0, 0);
}
}
//}
//tiles[tileTrackerX, tileTrackerY] = new BackgroundTile(cm, gdm, sb, new Vector2(tilePositionX, tilePositionY), new Vector2(80, 16), new Vector2(5, 1), "TileMapImages/BasicTileSet");
//tiles[tileTrackerX, tileTrackerY] = new BackgroundTile(cm, gdm, sb, new Vector2(tilePositionX, tilePositionY), imageLibrary.basicTileSet);
map.tilePositionX += map.defaultTileWidth;
tileTrackerX++;
}
map.tilePositionX = 0;
tileTrackerX = 0;
map.tilePositionY += map.defaultTileHeight;
tileTrackerY++;
}
//----------------------------------------------------------End Map Configuration----------------------------------------
playerOneCamera = new Camera(cm, gdm, sb, new Vector2(0, 0), graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Width, graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Height);
//playerTwoCamera = new Camera(cm, gdm, sb, new Vector2(0, 0), graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Width / 2, graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Height);
//playerTwoCamera.screenPosition = new Vector2(graphicsDeviceManagerReference.GraphicsDevice.Viewport.TitleSafeArea.Width / 2, 0);
screenColor = sColor;
playerOne = new Player(cm, sb, gdm);
playerOne.previousWorldPosition = new Vector2(0, map.getTileMapHeightInPixels - playerOne.height);
playerOne.currentWorldPosition = new Vector2(0, map.getTileMapHeightInPixels - playerOne.height);
//playerTwo = new Player(cm, sb, gdm);
//playerTwo.currentWorldPosition = playerTwoCamera.worldPosition;
platformOne = new TiledPlatform(cm, sb, gdm, true, true, false, false);
platformOne.platformSize = new Vector2(5, 5);
platformOne.position = new Vector2(map.getTileMapWidthInPixels / 2 - platformOne.platformWidth / 2, map.getTileMapHeightInPixels - platformOne.platformHeight);
platformTwo = new TiledPlatform(cm, sb, gdm, true, true, false, false);
platformTwo.platformSize = new Vector2(5, 5);
platformTwo.position = new Vector2(map.getTileMapWidthInPixels / 2 - platformOne.platformWidth / 2, map.getTileMapHeightInPixels - platformOne.platformHeight - platformTwo.platformHeight);
platformThree = new TiledPlatform(cm, sb, gdm, false, false, true, false);
platformThree.platformSize = new Vector2(5, 5);
platformThree.position = new Vector2(map.getTileMapWidthInPixels / 2 - platformOne.platformWidth / 2, map.getTileMapHeightInPixels - platformOne.platformHeight - platformTwo.platformHeight - platformThree.platformHeight);
platformFour = new TiledPlatform(cm, sb, gdm, true, false, true, true);
platformFour.platformSize = new Vector2(5, 5);
platformFour.position = new Vector2(map.getTileMapWidthInPixels / 2 - platformOne.platformWidth / 2 - platformThree.platformWidth, map.getTileMapHeightInPixels - platformOne.platformHeight - platformTwo.platformHeight - platformThree.platformHeight);
platformFive = new TiledPlatform(cm, sb, gdm, false, true, true, true);
platformFive.platformSize = new Vector2(5, 5);
platformFive.position = new Vector2(map.getTileMapWidthInPixels / 2 - platformOne.platformWidth / 2 + platformThree.platformWidth, map.getTileMapHeightInPixels - platformOne.platformHeight - platformTwo.platformHeight - platformThree.platformHeight);
hurdleOne = new Hurdle(cm, gdm, sb);
hurdleOne.worldPosition = new Vector2(map.getTileMapWidthInPixels / 4, map.getTileMapHeightInPixels - hurdleOne.height);
hurdleTwo = new Hurdle(cm, gdm, sb);
hurdleTwo.worldPosition = new Vector2(map.getTileMapWidthInPixels / 2 - 400, map.getTileMapHeightInPixels - platformOne.platformHeight - hurdleTwo.height);
momentumButtonOne = new MomentumActionButton(cm, gdm, sb, new Vector2(15, -25));
momentumButtonOne.worldPosition = new Vector2(map.getTileMapWidthInPixels / 2 - momentumButtonOne.width / 2, platformOne.position.Y - 200);
gravity = new Vector2(0, 9);
}
