public Derp(double x, double y, int team)
{
ContentManager Content = Game.game.Content;
this.x = x;
this.y = y;
facing = direction.EAST;
state = derpState.MOVING;
stats = new DerpStats(10, 1, 1, 1, 0, 0, 0, 0);
this.team = team;
if (team == 1)
graphic = Content.Load<Texture2D>(@"GameBlocks\Derp_1");
else if (team == 2)
graphic = Content.Load<Texture2D>(@"GameBlocks\Derp_2");
}
// Per-Cycle Update
public void Update(GameTime gameTime)
{
if (!Active)
{
return;
}
// Look if we need to add a new spawn
if (DateTime.Now.Subtract(lastSpawn).TotalSeconds > nextSpawnTime && (spawning.Count == 0 || Math.Abs(spawning.Last.Value.x - worldX) > DerpSpawn.width))
{
spawning.AddLast(new DerpSpawn(worldX + (team == TEAM.AWAY ? Field.BLOCK_WIDTH : 0), worldY));
lastSpawn = DateTime.Now;
nextSpawnTime = spawningBaseTime + (MyRandom.NextDouble(team) * spawningVariance * 2 - spawningVariance);
}
// Update all of the exists derp spawns we are in charge of
LinkedListNode <DerpSpawn> cur = spawning.First;
while (cur != null)
{
// See if we are at the end and need to create a derp
int distanceFromStart;
if (team == TEAM.HOME)
{
distanceFromStart = cur.Value.x - worldX;
}
else
{
distanceFromStart = worldX - cur.Value.x;
}
if (distanceFromStart >= strand.Count * Field.BLOCK_WIDTH + (team == TEAM.HOME ? Field.BLOCK_WIDTH : 0))
{
// Generate stats for the new derp
int hp = 5 + MyRandom.Next(team, 10);
int spd = 25 + MyRandom.Next(team, 50);
int atk = 3 + MyRandom.Next(team, 4);
int aspd = 25 + MyRandom.Next(team, 50);
int rng = 2 + MyRandom.Next(team, 30);
DerpStats stats = new DerpStats(hp, spd, atk, aspd, rng, 16, 16);
// Make sure there is no obstruction
int newDerpX, newDerpY;
newDerpX = worldX;
if (team == TEAM.HOME)
{
newDerpX += (strand.Count + 1) * Field.BLOCK_WIDTH;
}
else
{
newDerpX -= strand.Count * Field.BLOCK_WIDTH;
}
newDerpY = worldY + (Field.BLOCK_WIDTH / 2);
if (Field.derpManager.SearchForDerp(newDerpX, newDerpY, stats.width) == null)
{
Field.derpManager.SpawnDerp(newDerpX, newDerpY, team, stats);
spawning.RemoveFirst();
}
}
// Otherwise move us forward
else
{
// Make sure there is no obstruction
if (cur.Next == null || Math.Abs(cur.Next.Value.x - cur.Value.x) > DerpSpawn.width + spawnMoveSpeed)
{
cur.Value.Step(team == TEAM.HOME ? spawnMoveSpeed : -spawnMoveSpeed);
}
}
cur = cur.Next;
}
}
// Per-Cycle Update
public void Update(GameTime gameTime)
{
if (!Active)
return;
// Look if we need to add a new spawn
if (DateTime.Now.Subtract(lastSpawn).TotalSeconds > nextSpawnTime && (spawning.Count == 0 || Math.Abs(spawning.Last.Value.x - worldX) > DerpSpawn.width))
{
spawning.AddLast(new DerpSpawn(worldX + (team == TEAM.AWAY ? Field.BLOCK_WIDTH : 0), worldY));
lastSpawn = DateTime.Now;
nextSpawnTime = spawningBaseTime + (MyRandom.NextDouble(team) * spawningVariance * 2 - spawningVariance);
}
// Update all of the exists derp spawns we are in charge of
LinkedListNode<DerpSpawn> cur = spawning.First;
while (cur != null)
{
// See if we are at the end and need to create a derp
int distanceFromStart;
if (team == TEAM.HOME)
{
distanceFromStart = cur.Value.x - worldX;
}
else
{
distanceFromStart = worldX - cur.Value.x;
}
if (distanceFromStart >= strand.Count*Field.BLOCK_WIDTH + (team == TEAM.HOME ? Field.BLOCK_WIDTH : 0))
{
// Generate stats for the new derp
int hp = 5 + MyRandom.Next(team, 10);
int spd = 25 + MyRandom.Next(team, 50);
int atk = 3 + MyRandom.Next(team, 4);
int aspd = 25 + MyRandom.Next(team, 50);
int rng = 2 + MyRandom.Next(team, 30);
DerpStats stats = new DerpStats(hp, spd, atk, aspd, rng, 16, 16);
// Make sure there is no obstruction
int newDerpX, newDerpY;
newDerpX = worldX;
if (team == TEAM.HOME)
newDerpX += (strand.Count + 1) * Field.BLOCK_WIDTH;
else
newDerpX -= strand.Count * Field.BLOCK_WIDTH;
newDerpY = worldY + (Field.BLOCK_WIDTH/2);
if (Field.derpManager.SearchForDerp(newDerpX, newDerpY, stats.width) == null)
{
Field.derpManager.SpawnDerp(newDerpX, newDerpY, team, stats);
spawning.RemoveFirst();
}
}
// Otherwise move us forward
else
{
// Make sure there is no obstruction
if (cur.Next == null || Math.Abs(cur.Next.Value.x - cur.Value.x) > DerpSpawn.width + spawnMoveSpeed)
{
cur.Value.Step(team == TEAM.HOME ? spawnMoveSpeed : -spawnMoveSpeed);
}
}
cur = cur.Next;
}
}
public void Update(GameTime gameTime)
{
// Scroll back and forth
if (Game.input.KeyDown(Keys.A) || Game.input.KeyDown(Keys.Left)) SlideView(-2);
if (Game.input.KeyDown(Keys.D) || Game.input.KeyDown(Keys.Right)) SlideView(2);
// Move the Screen with Velocity
if (xVel < -15) xVel = -15;
if (xVel > 15) xVel = 15;
camX += (int)xVel;
xVel /= 1.13;
if (Math.Abs(xVel) < 0.9) xVel = 0.0;
// Move the Screen with the mouse
if (Game.input.MouseY() > 0 && Game.input.MouseY() < Game.GAME_HEIGHT)
{
// Move the screen to the Right. Cap the movement speed with the ternary operation
if (Game.input.MouseX() < BLOCK_WIDTH * 2)
camX -= ((BLOCK_WIDTH * 2 - Game.input.MouseX()) / 10) <= 15 ? (BLOCK_WIDTH * 2 - Game.input.MouseX()) / 10 : 15;
// Move the screen to the Left. Cap the movement speed with the ternary operation
if (Game.input.MouseX() > Game.GAME_WIDTH - BLOCK_WIDTH * 2)
camX += ((Game.input.MouseX() - (Game.GAME_WIDTH - BLOCK_WIDTH * 2)) / 10) <= 15 ? ((Game.input.MouseX() - (Game.GAME_WIDTH - BLOCK_WIDTH * 2)) / 10) : 15;
}
// Cap the camera position
if (camX < 0) camX = 0;
if (camX > width * BLOCK_WIDTH - Game.WINDOW_WIDTH) camX = width * BLOCK_WIDTH - Game.WINDOW_WIDTH;
// Calculare Selected box
int selectedX = (camX + Game.input.MouseX()) / BLOCK_WIDTH;
int selectedY = Game.input.MouseY() / BLOCK_HEIGHT;
selectedBox = new Point(selectedX, selectedY);
// Update all Spawners
for (int y = 0; y < height; ++y)
{
if (leftSpawners[y] != null)
{
leftSpawners[y].Update(gameTime);
rightSpawners[y].Update(gameTime);
}
}
// Handle the "Mouse State"
// This will change when we are trying to build DNA, delete DNA, etc
// This is also where we will build DNA onto the field
// Stop Construction if we Right-Click (a universal cancel)
if (Game.input.constructionState != 0 && Game.input.MouseRightKeyClicked())
{
Game.input.constructionState = 0;
}
// Check for Construction if we Left-Click
if (Game.input.constructionState != 0 && Game.input.MouseLeftKeyClicked())
{
// Find the X,Y coordinate in the grid that the mouse is in
int sx = selectedBox.X - (camX / BLOCK_WIDTH);
int sy = selectedBox.Y - (camY / BLOCK_HEIGHT);
// Make sure we are within the game boundry, otherwise do nothing
if (sx >= 0 && sx <= Game.GAME_WIDTH / BLOCK_WIDTH && sy >= 0 && sy <= Game.GAME_HEIGHT / BLOCK_HEIGHT && Game.input.mouseClear)
{
// Check if any Spawner accepts this position as a valid DNA location
// If so, add the DNA to their strand and continue. Luckily there should never be overlap, so we don't have to worry about doing double.
int mx = Game.input.MouseX();
int my = Game.input.MouseY();
for (int i = 0; i < leftSpawners.Length; ++i)
{
if (leftSpawners[i] != null && leftSpawners[i].CheckMouseOver(camX + mx, my) != -1)
{
leftSpawners[i].AddDNA(leftSpawners[i].CheckMouseOver(camX + mx, my), Game.input.constructionState - 1);
}
// DEBUG: Only do this on the right side for debugging purposes
if (rightSpawners[i] != null && rightSpawners[i].CheckMouseOver(camX + mx, my) != -1)
{
rightSpawners[i].AddDNA(rightSpawners[i].CheckMouseOver(camX + mx, my), Game.input.constructionState - 1);
}
}
// Reset Construction State
Game.input.constructionState = 0;
}
}
// DEBUG CODE:
// - create a derp for now if you click on a hub
if (Game.input.MouseLeftKeyClicked() && selectedX >= 0 && selectedX < width && selectedY >= 0 && selectedY < height && gameGrid[selectedY, selectedX] == 'A')
{
int hp = 5 + MyRandom.Next(TEAM.HOME, 10);
int spd = 25 + MyRandom.Next(TEAM.HOME, 50);
int atk = 3 + MyRandom.Next(TEAM.HOME, 4);
int aspd = 25 + MyRandom.Next(TEAM.HOME, 50);
int rng = 2 + MyRandom.Next(TEAM.HOME, 30);
DerpStats stats = new DerpStats(hp, spd, atk, aspd, rng, 16, 16);
TEAM derpTeam;
if (selectedX == 0)
{
derpTeam = TEAM.HOME;
}
else
{
derpTeam = TEAM.AWAY;
}
derpManager.SpawnDerp(selectedX * BLOCK_WIDTH + (BLOCK_WIDTH / 2), selectedY * BLOCK_HEIGHT + (BLOCK_HEIGHT / 2), derpTeam, stats);
}
// Update all the Derps
derpManager.Update(gameTime);
}
public void Update(GameTime gameTime)
{
// Scroll back and forth
if (Game.input.KeyDown(Keys.A) || Game.input.KeyDown(Keys.Left))
{
SlideView(-2);
}
if (Game.input.KeyDown(Keys.D) || Game.input.KeyDown(Keys.Right))
{
SlideView(2);
}
// Move the Screen with Velocity
if (xVel < -15)
{
xVel = -15;
}
if (xVel > 15)
{
xVel = 15;
}
camX += (int)xVel;
xVel /= 1.13;
if (Math.Abs(xVel) < 0.9)
{
xVel = 0.0;
}
// Move the Screen with the mouse
if (Game.input.MouseY() > 0 && Game.input.MouseY() < Game.GAME_HEIGHT)
{
// Move the screen to the Right. Cap the movement speed with the ternary operation
if (Game.input.MouseX() < BLOCK_WIDTH * 2)
{
camX -= ((BLOCK_WIDTH * 2 - Game.input.MouseX()) / 10) <= 15 ? (BLOCK_WIDTH * 2 - Game.input.MouseX()) / 10 : 15;
}
// Move the screen to the Left. Cap the movement speed with the ternary operation
if (Game.input.MouseX() > Game.GAME_WIDTH - BLOCK_WIDTH * 2)
{
camX += ((Game.input.MouseX() - (Game.GAME_WIDTH - BLOCK_WIDTH * 2)) / 10) <= 15 ? ((Game.input.MouseX() - (Game.GAME_WIDTH - BLOCK_WIDTH * 2)) / 10) : 15;
}
}
// Cap the camera position
if (camX < 0)
{
camX = 0;
}
if (camX > width * BLOCK_WIDTH - Game.WINDOW_WIDTH)
{
camX = width * BLOCK_WIDTH - Game.WINDOW_WIDTH;
}
// Calculare Selected box
int selectedX = (camX + Game.input.MouseX()) / BLOCK_WIDTH;
int selectedY = Game.input.MouseY() / BLOCK_HEIGHT;
selectedBox = new Point(selectedX, selectedY);
// Update all Spawners
for (int y = 0; y < height; ++y)
{
if (leftSpawners[y] != null)
{
leftSpawners[y].Update(gameTime);
rightSpawners[y].Update(gameTime);
}
}
// Handle the "Mouse State"
// This will change when we are trying to build DNA, delete DNA, etc
// This is also where we will build DNA onto the field
// Stop Construction if we Right-Click (a universal cancel)
if (Game.input.constructionState != 0 && Game.input.MouseRightKeyClicked())
{
Game.input.constructionState = 0;
}
// Check for Construction if we Left-Click
if (Game.input.constructionState != 0 && Game.input.MouseLeftKeyClicked())
{
// Find the X,Y coordinate in the grid that the mouse is in
int sx = selectedBox.X - (camX / BLOCK_WIDTH);
int sy = selectedBox.Y - (camY / BLOCK_HEIGHT);
// Make sure we are within the game boundry, otherwise do nothing
if (sx >= 0 && sx <= Game.GAME_WIDTH / BLOCK_WIDTH && sy >= 0 && sy <= Game.GAME_HEIGHT / BLOCK_HEIGHT && Game.input.mouseClear)
{
// Check if any Spawner accepts this position as a valid DNA location
// If so, add the DNA to their strand and continue. Luckily there should never be overlap, so we don't have to worry about doing double.
int mx = Game.input.MouseX();
int my = Game.input.MouseY();
for (int i = 0; i < leftSpawners.Length; ++i)
{
if (leftSpawners[i] != null && leftSpawners[i].CheckMouseOver(camX + mx, my) != -1)
{
leftSpawners[i].AddDNA(leftSpawners[i].CheckMouseOver(camX + mx, my), Game.input.constructionState - 1);
}
// DEBUG: Only do this on the right side for debugging purposes
if (rightSpawners[i] != null && rightSpawners[i].CheckMouseOver(camX + mx, my) != -1)
{
rightSpawners[i].AddDNA(rightSpawners[i].CheckMouseOver(camX + mx, my), Game.input.constructionState - 1);
}
}
// Reset Construction State
Game.input.constructionState = 0;
}
}
// DEBUG CODE:
// - create a derp for now if you click on a hub
if (Game.input.MouseLeftKeyClicked() && selectedX >= 0 && selectedX < width && selectedY >= 0 && selectedY < height && gameGrid[selectedY, selectedX] == 'A')
{
int hp = 5 + MyRandom.Next(TEAM.HOME, 10);
int spd = 25 + MyRandom.Next(TEAM.HOME, 50);
int atk = 3 + MyRandom.Next(TEAM.HOME, 4);
int aspd = 25 + MyRandom.Next(TEAM.HOME, 50);
int rng = 2 + MyRandom.Next(TEAM.HOME, 30);
DerpStats stats = new DerpStats(hp, spd, atk, aspd, rng, 16, 16);
TEAM derpTeam;
if (selectedX == 0)
{
derpTeam = TEAM.HOME;
}
else
{
derpTeam = TEAM.AWAY;
}
derpManager.SpawnDerp(selectedX * BLOCK_WIDTH + (BLOCK_WIDTH / 2), selectedY * BLOCK_HEIGHT + (BLOCK_HEIGHT / 2), derpTeam, stats);
}
// Update all the Derps
derpManager.Update(gameTime);
}
