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main.ts
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main.ts
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namespace SpriteKind {
export const Tail = SpriteKind.create()
export const HDU = SpriteKind.create()
export const HUD = SpriteKind.create()
export const FakeTile = SpriteKind.create()
}
namespace StatusBarKind {
export const Area = StatusBarKind.create()
}
function claim_area (snake: Sprite) {
if (show_debug) {
claim_start_time = game.runtime()
}
pause(50)
for (let sprite_tile of sprites.allOfKind(SpriteKind.FakeTile)) {
if (sprite_tile.image.equals(color_to_body[sprites.readDataNumber(snake, "color")])) {
tiles.setTileAt(tiles.locationOfSprite(sprite_tile), color_to_tile[sprites.readDataNumber(snake, "color")])
sprite_tile.destroy()
}
}
top_leftmost = tiles.getTilesByType(color_to_tile[sprites.readDataNumber(snake, "color")])[0]
trace(tiles.locationXY(top_leftmost, tiles.XY.column), tiles.locationXY(top_leftmost, tiles.XY.row), color_to_tile[sprites.readDataNumber(snake, "color")])
for (let location of tiles.getTilesByType(color_to_tile[sprites.readDataNumber(snake, "color")])) {
tiles.setTileAt(location, assets.tile`temp`)
}
while (tiles.getTilesByType(assets.tile`temp`).length > 0) {
location = tiles.getTilesByType(assets.tile`temp`)[0]
flood_fill(tiles.locationXY(location, tiles.XY.column), tiles.locationXY(location, tiles.XY.row), color_to_tile[sprites.readDataNumber(snake, "color")], assets.tile`wall`)
}
for (let location of tiles.getTilesByType(assets.tile`wall`)) {
tiles.setTileAt(location, color_to_tile[sprites.readDataNumber(snake, "color")])
}
if (show_debug) {
pause(0)
}
claim_time = game.runtime() - claim_start_time
}
function define_constants () {
constants_snake_speed = 50
max_players = 6
tile_traverse_time = 1000 / constants_snake_speed * tiles.tileWidth()
tile_count = tiles.tilemapColumns() * tiles.tilemapRows()
valid_colors = [
1,
2,
3,
4,
5,
6,
7,
8,
9,
10,
11,
12,
14
]
all_colors = [
1,
2,
3,
4,
5,
6,
7,
8,
9,
10,
11,
12,
14
]
color_to_tile = [
assets.tile`transparency8`,
assets.tile`white`,
assets.tile`red`,
assets.tile`pink`,
assets.tile`orange`,
assets.tile`yellow`,
assets.tile`teal`,
assets.tile`green`,
assets.tile`dark_blue`,
assets.tile`light_blue`,
assets.tile`purple`,
assets.tile`light_purple`,
assets.tile`dark_purple`,
assets.tile`transparency8`,
assets.tile`brown`
]
color_to_body = [
assets.tile`transparency8`,
assets.tile`white_body`,
assets.tile`red_body`,
assets.tile`pink_body`,
assets.tile`orange_body`,
assets.tile`yellow_body`,
assets.tile`teal_body`,
assets.tile`green_body`,
assets.tile`dark_blue_body`,
assets.tile`light_blue_body`,
assets.tile`purple_body`,
assets.tile`light_purple_body`,
assets.tile`dark_purple_body`,
assets.tile`transparency8`,
assets.tile`brown_body`
]
}
function sprite_count () {
count = 0
for (let kind of [SpriteKind.Player, SpriteKind.Tail, SpriteKind.HUD, SpriteKind.FakeTile, SpriteKind.StatusBar]) {
count += sprites.allOfKind(kind).length
}
return count
}
controller.up.onEvent(ControllerButtonEvent.Pressed, function () {
if (sprite_player) {
move_snake(sprite_player, false, false)
}
})
scene.onHitWall(SpriteKind.Player, function (sprite, location) {
die(sprite)
if (sprite == sprite_player) {
die_player()
}
})
function set_fake_tile (col: number, row: number, image2: Image) {
sprite_tile = sprites.create(image2, SpriteKind.FakeTile)
sprite_tile.z = -0.9
sprite_tile.setFlag(SpriteFlag.Ghost, true)
tiles.placeOnTile(sprite_tile, tiles.getTileLocation(col, row))
}
function inside (col: number, row: number, fill: Image, border: Image) {
return !(tiles.tileAtLocationEquals(tiles.getTileLocation(col, row), fill)) && !(tiles.tileAtLocationEquals(tiles.getTileLocation(col, row), border))
}
function move_snake (snake: Sprite, vx_or_vy: boolean, pos_or_neg: boolean) {
timer.throttle("snake_color_" + sprites.readDataNumber(snake, "color"), tile_traverse_time * 1.5, function () {
if (vx_or_vy) {
if (pos_or_neg) {
if (!(snake.vx < 0)) {
tiles.placeOnTile(snake, tiles.locationOfSprite(snake))
snake.setVelocity(constants_snake_speed, 0)
direction = CollisionDirection.Right
}
} else {
if (!(snake.vx > 0)) {
tiles.placeOnTile(snake, tiles.locationOfSprite(snake))
snake.setVelocity(constants_snake_speed * -1, 0)
direction = CollisionDirection.Left
}
}
} else {
if (pos_or_neg) {
if (!(snake.vy < 0)) {
tiles.placeOnTile(snake, tiles.locationOfSprite(snake))
snake.setVelocity(0, constants_snake_speed)
direction = CollisionDirection.Bottom
}
} else {
if (!(snake.vy > 0)) {
tiles.placeOnTile(snake, tiles.locationOfSprite(snake))
snake.setVelocity(0, constants_snake_speed * -1)
direction = CollisionDirection.Top
}
}
}
sprites.setDataNumber(snake, "direction", direction)
sprites.setDataBoolean(snake, "turning", true)
timer.after(tile_traverse_time, function () {
sprites.setDataBoolean(snake, "turning", false)
})
})
}
controller.left.onEvent(ControllerButtonEvent.Pressed, function () {
if (sprite_player) {
move_snake(sprite_player, true, false)
}
})
function rotate_direction_neg_90 (direction: number) {
if (direction == CollisionDirection.Left) {
return CollisionDirection.Bottom
} else if (direction == CollisionDirection.Top) {
return CollisionDirection.Left
} else if (direction == CollisionDirection.Right) {
return CollisionDirection.Top
} else {
return CollisionDirection.Right
}
}
function die (snake: Sprite) {
sprites.setDataNumber(snake, "claimed_tiles", tiles.getTilesByType(color_to_tile[sprites.readDataNumber(snake, "color")]).length)
sprites.setDataNumber(snake, "die_time", game.runtime())
for (let sprite_tile of sprites.allOfKind(SpriteKind.FakeTile)) {
if (sprite_tile.image.equals(color_to_body[sprites.readDataNumber(snake, "color")])) {
sprite_tile.destroy()
}
}
for (let location of tiles.getTilesByType(color_to_tile[sprites.readDataNumber(snake, "color")])) {
tiles.setTileAt(location, assets.tile`transparency8`)
}
valid_colors.push(sprites.readDataNumber(snake, "color"))
sprites.readDataSprite(snake, "tail").destroy()
snake.destroy()
}
// https://en.wikipedia.org/wiki/Flood_fill#Moving_the_recursion_into_a_data_structure
function flood_fill (col: number, row: number, fill_with: Image, border: Image) {
if (show_debug) {
flood_start_time = game.runtime()
}
locations = []
locations.push(tiles.getTileLocation(col, row))
while (locations.length > 0) {
location = locations.shift()
if (show_cursor) {
scene.centerCameraAt(tiles.locationXY(location, tiles.XY.x), tiles.locationXY(location, tiles.XY.y))
pause(0)
}
if (inside(tiles.locationXY(location, tiles.XY.column), tiles.locationXY(location, tiles.XY.row), fill_with, border)) {
tiles.setTileAt(location, fill_with)
if (inside(tiles.locationXY(location, tiles.XY.column) - 1, tiles.locationXY(location, tiles.XY.row), fill_with, border)) {
locations.push(tiles.locationInDirection(location, CollisionDirection.Left))
}
if (inside(tiles.locationXY(location, tiles.XY.column), tiles.locationXY(location, tiles.XY.row) - 1, fill_with, border)) {
locations.push(tiles.locationInDirection(location, CollisionDirection.Top))
}
if (inside(tiles.locationXY(location, tiles.XY.column) + 1, tiles.locationXY(location, tiles.XY.row), fill_with, border)) {
locations.push(tiles.locationInDirection(location, CollisionDirection.Right))
}
if (inside(tiles.locationXY(location, tiles.XY.column), tiles.locationXY(location, tiles.XY.row) + 1, fill_with, border)) {
locations.push(tiles.locationInDirection(location, CollisionDirection.Bottom))
}
}
}
if (show_cursor) {
scene.cameraFollowSprite(sprite_player)
}
if (show_debug) {
pause(0)
flood_time = game.runtime() - flood_start_time
}
}
function get_fake_tile (col: number, row: number) {
for (let sprite_tile of sprites.allOfKind(SpriteKind.FakeTile)) {
if (tiles.locationXY(tiles.locationOfSprite(sprite_tile), tiles.XY.column) == col && tiles.locationXY(tiles.locationOfSprite(sprite_tile), tiles.XY.row) == row) {
return sprite_tile
}
}
return [][0]
}
function direction_to_inside (heading: number, to: number, col: number, row: number) {
return tiles.locationInDirection(tiles.locationInDirection(tiles.getTileLocation(col, row), flip_direction(heading)), to)
}
controller.right.onEvent(ControllerButtonEvent.Pressed, function () {
if (sprite_player) {
move_snake(sprite_player, true, true)
}
})
function die_player () {
music.footstep.play()
timer.after(2000, function () {
game.showLongText("Game over\\n " + "\\nTime: " + format_time(spriteutils.roundWithPrecision((sprites.readDataNumber(sprite_player, "die_time") - sprites.readDataNumber(sprite_player, "create_time")) / 1000, 2)) + "\\nClaimed: " + spriteutils.roundWithPrecision(100 * (sprites.readDataNumber(sprite_player, "claimed_tiles") / tile_count), 2) + "%\\n(" + format_si(sprites.readDataNumber(sprite_player, "claimed_tiles")) + "/" + format_si(tile_count) + ")", DialogLayout.Center)
game.reset()
})
}
function format_si (number: number) {
if (number > 1000000000000) {
return "" + spriteutils.roundWithPrecision(number / 1000000000000, 2) + "T"
} else if (number > 1000000000) {
return "" + spriteutils.roundWithPrecision(number / 1000000000, 2) + "G"
} else if (number > 1000000) {
return "" + spriteutils.roundWithPrecision(number / 1000000, 2) + "M"
} else if (number > 1000) {
return "" + spriteutils.roundWithPrecision(number / 1000, 2) + "k"
} else {
return "" + number
}
}
function make_player (color2: number, col: number, row: number) {
snake_image = assets.image`player_image_template`
snake_image.fill(color2)
snake_image.drawRect(0, 0, 7, 7, 15)
sprite_snake = sprites.create(snake_image, SpriteKind.Player)
sprites.setDataNumber(sprite_snake, "color", color2)
sprites.setDataBoolean(sprite_snake, "turning", false)
sprites.setDataNumber(sprite_snake, "direction", -1)
sprites.setDataBoolean(sprite_snake, "have_direction", true)
sprites.setDataBoolean(sprite_snake, "left_right", Math.percentChance(50))
sprites.setDataNumber(sprite_snake, "create_time", game.runtime())
sprites.setDataNumber(sprite_snake, "turn_count", 0)
sprites.setDataBoolean(sprite_snake, "claiming", false)
sprites.setDataBoolean(sprite_snake, "bot", true)
sprite_tail = sprites.create(assets.image`tail`, SpriteKind.Tail)
sprite_tail.setFlag(SpriteFlag.Invisible, true)
sprites.setDataSprite(sprite_tail, "head", sprite_snake)
sprites.setDataSprite(sprite_snake, "tail", sprite_tail)
tiles.setTileAt(tiles.getTileLocation(col - 1, row - 1), color_to_tile[color2])
tiles.setTileAt(tiles.getTileLocation(col + 0, row - 1), color_to_tile[color2])
tiles.setTileAt(tiles.getTileLocation(col + 1, row - 1), color_to_tile[color2])
tiles.setTileAt(tiles.getTileLocation(col - 1, row + 0), color_to_tile[color2])
tiles.setTileAt(tiles.getTileLocation(col + 0, row + 0), color_to_tile[color2])
tiles.setTileAt(tiles.getTileLocation(col + 1, row + 0), color_to_tile[color2])
tiles.setTileAt(tiles.getTileLocation(col - 1, row + 1), color_to_tile[color2])
tiles.setTileAt(tiles.getTileLocation(col + 0, row + 1), color_to_tile[color2])
tiles.setTileAt(tiles.getTileLocation(col + 1, row + 1), color_to_tile[color2])
tiles.placeOnTile(sprite_snake, tiles.getTileLocation(col, row))
tiles.placeOnTile(sprite_tail, tiles.getTileLocation(col, row))
if (Math.percentChance(25)) {
sprite_snake.vx = constants_snake_speed
sprites.setDataNumber(sprite_snake, "direction", CollisionDirection.Right)
} else if (Math.percentChance(33)) {
sprite_snake.vx = constants_snake_speed * -1
sprites.setDataNumber(sprite_snake, "direction", CollisionDirection.Left)
} else if (Math.percentChance(50)) {
sprite_snake.vy = constants_snake_speed
sprites.setDataNumber(sprite_snake, "direction", CollisionDirection.Bottom)
} else {
sprite_snake.vy = constants_snake_speed * -1
sprites.setDataNumber(sprite_snake, "direction", CollisionDirection.Top)
}
return sprite_snake
}
function update_leaderboard () {
for (let index = 0; index <= 4; index++) {
top_5_bars[index].right = scene.screenWidth() - 2
top_5_bars[index].setFlag(SpriteFlag.Invisible, true)
}
sorted_snakes_by_area = []
all_snakes = sprites.allOfKind(SpriteKind.Player)
for (let index = 0; index < 4; index++) {
if (all_snakes.length == 0) {
break;
}
sprite_highest_area = all_snakes[0]
for (let sprite_snake of all_snakes) {
if (sprites.readDataNumber(sprite_snake, "claimed_tiles") >= sprites.readDataNumber(sprite_highest_area, "claimed_tiles")) {
sprite_highest_area = sprite_snake
}
}
sorted_snakes_by_area.push(all_snakes.removeAt(all_snakes.indexOf(sprite_highest_area)))
}
for (let index = 0; index <= sorted_snakes_by_area.length - 1; index++) {
top_5_bars[index].value = sprites.readDataNumber(sorted_snakes_by_area[index], "claimed_tiles")
top_5_bars[index].setColor(sprites.readDataNumber(sorted_snakes_by_area[index], "color"), 13)
top_5_bars[index].setBarBorder(1, sprites.readDataNumber(sorted_snakes_by_area[index], "color"))
top_5_bars[index].setLabel("" + spriteutils.roundWithPrecision(sprites.readDataNumber(sorted_snakes_by_area[index], "claimed_tiles") / tile_count * 100, 2) + "%", 15)
top_5_bars[index].setFlag(SpriteFlag.Invisible, false)
}
}
// https://en.wikipedia.org/wiki/Boundary_tracing#Square_tracing_algorithm
//
// http://www.imageprocessingplace.com/downloads_V3/root_downloads/tutorials/contour_tracing_Abeer_George_Ghuneim/square.html
function trace (col: number, row: number, fill: Image) {
if (show_debug) {
trace_start_time = game.runtime()
}
location = null
for (let column = 0; column <= tiles.tilemapColumns() - 1; column++) {
for (let roww = 0; roww <= tiles.tilemapRows() - 1; roww++) {
if (tiles.tileAtLocationEquals(tiles.getTileLocation(column, tiles.tilemapColumns() - 1 - roww), fill)) {
location = tiles.getTileLocation(column, tiles.tilemapColumns() - 1 - roww)
break;
}
}
if (location) {
break;
}
}
facing = CollisionDirection.Left
start = location
tiles.setTileAt(start, assets.tile`wall`)
iterations = 0
while (true) {
if (show_cursor) {
scene.centerCameraAt(tiles.locationXY(location, tiles.XY.x), tiles.locationXY(location, tiles.XY.y))
pause(0)
}
if (tiles.tileAtLocationEquals(location, fill) || tiles.tileAtLocationEquals(location, assets.tile`wall`)) {
tiles.setTileAt(location, assets.tile`wall`)
facing = rotate_direction_neg_90(facing)
location = tiles.locationInDirection(location, facing)
} else {
facing = rotate_direction_pos_90(facing)
location = tiles.locationInDirection(location, facing)
}
iterations += 1
if (iterations > 8 && is_same_location(tiles.locationXY(location, tiles.XY.column), tiles.locationXY(location, tiles.XY.row), tiles.locationXY(start, tiles.XY.column), tiles.locationXY(start, tiles.XY.row))) {
break;
}
}
if (show_cursor) {
scene.cameraFollowSprite(sprite_player)
}
if (show_debug) {
pause(0)
trace_time = game.runtime() - trace_start_time
}
}
function rotate_direction_pos_90 (direction: number) {
if (direction == CollisionDirection.Left) {
return CollisionDirection.Top
} else if (direction == CollisionDirection.Top) {
return CollisionDirection.Right
} else if (direction == CollisionDirection.Right) {
return CollisionDirection.Bottom
} else {
return CollisionDirection.Left
}
}
controller.down.onEvent(ControllerButtonEvent.Pressed, function () {
if (sprite_player) {
move_snake(sprite_player, false, true)
}
})
function make_tilemap () {
scene.setBackgroundColor(13)
tiles.setSmallTilemap(tilemap`tilemap`)
}
function flip_direction (direction: number) {
if (direction == CollisionDirection.Left) {
return CollisionDirection.Right
} else if (direction == CollisionDirection.Top) {
return CollisionDirection.Bottom
} else if (direction == CollisionDirection.Right) {
return CollisionDirection.Left
} else {
return CollisionDirection.Top
}
}
function is_same_location (col1: number, row1: number, col2: number, row2: number) {
return col1 == col2 && row1 == row2
}
function has_fake_tile (col: number, row: number) {
if (get_fake_tile(col, row)) {
return true
} else {
return false
}
}
spriteutils.createRenderable(100, function (screen2) {
if (show_debug) {
images.print(screen2, "paper.io debug screen", 2, 2, 15)
images.print(screen2, "By Unsigned_Arduino", 2, 10, 15)
images.print(screen2, "FPS: " + fps_count + "/" + fps + " (" + spriteutils.roundWithPrecision(1000 / fps, 2) + " ms)", 2, 18, 15)
if (!(spriteutils.isDestroyed(sprite_player))) {
images.print(screen2, "X: " + spriteutils.roundWithPrecision(sprite_player.x, 0) + " Y: " + spriteutils.roundWithPrecision(sprite_player.y, 0) + " C: " + tiles.locationXY(tiles.locationOfSprite(sprite_player), tiles.XY.column) + " R: " + tiles.locationXY(tiles.locationOfSprite(sprite_player), tiles.XY.row), 2, 26, 15)
images.print(screen2, "Claiming: " + sprites.readDataBoolean(sprite_player, "claiming"), 2, 34, 15)
images.print(screen2, "Claimed: " + spriteutils.roundWithPrecision(100 * (sprites.readDataNumber(sprite_player, "claimed_tiles") / tile_count), 2) + "% (" + format_si(sprites.readDataNumber(sprite_player, "claimed_tiles")) + "/" + format_si(tile_count) + ")", 2, 42, 15)
images.print(screen2, "Time alive: " + format_time(spriteutils.roundWithPrecision((game.runtime() - sprites.readDataNumber(sprite_player, "create_time")) / 1000, 2)), 2, 50, 15)
} else {
images.print(screen2, "X: _ Y: _ C: _ R: _", 2, 26, 15)
images.print(screen2, "Claiming: _", 2, 34, 15)
images.print(screen2, "Claimed: _% (_/" + format_si(tile_count) + ")", 2, 42, 15)
images.print(screen2, "Time alive: " + format_time(spriteutils.roundWithPrecision((sprites.readDataNumber(sprite_player, "die_time") - sprites.readDataNumber(sprite_player, "create_time")) / 1000, 2)), 2, 50, 15)
}
images.print(screen2, "Players: " + sprites.allOfKind(SpriteKind.Player).length + "/" + max_players, 2, 58, 15)
images.print(screen2, "FT: " + sprites.allOfKind(SpriteKind.FakeTile).length + " E: " + sprite_count(), 2, 66, 15)
if (claim_time == 0) {
images.print(screen2, "TT: _ms FT: _ms", 2, 74, 15)
images.print(screen2, "CT: _ms", 2, 82, 15)
} else {
images.print(screen2, "TT: " + trace_time + "ms FT: " + flood_time + "ms", 2, 74, 15)
images.print(screen2, "CT: " + claim_time + "ms", 2, 82, 15)
}
}
})
function replace_all_tiles_with (_from: Image, to: Image) {
for (let location of tiles.getTilesByType(_from)) {
tiles.setTileAt(location, to)
}
}
function clear_fake_tile (col: number, row: number) {
sprite_tile = get_fake_tile(col, row)
if (sprite_tile) {
sprite_tile.destroy()
}
}
function create_leaderboard () {
top_5_bars = []
for (let index = 0; index < 5; index++) {
top_5_bars.push(statusbars.create(60, 4, StatusBarKind.Area))
}
for (let index = 0; index <= 4; index++) {
top_5_bars[index].top = index * 6 + 2
top_5_bars[index].z = 20
top_5_bars[index].max = tile_count
top_5_bars[index].value = 1000
top_5_bars[index].setColor(15, 13)
top_5_bars[index].setBarBorder(1, 15)
top_5_bars[index].setLabel("0%", 15)
top_5_bars[index].setStatusBarFlag(StatusBarFlag.InvertFillDirection, true)
}
}
function format_time (secs: number) {
return "" + Math.idiv(secs, 60) + "m " + spriteutils.roundWithPrecision(secs % 60, 2) + "s"
}
let sprite_minimap: Sprite = null
let minimap2: minimap.Minimap = null
let fps = 0
let fps_count = 0
let trace_time = 0
let iterations = 0
let start: tiles.Location = null
let facing: CollisionDirection = null
let trace_start_time = 0
let sprite_highest_area: Sprite = null
let all_snakes: Sprite[] = []
let sorted_snakes_by_area: Sprite[] = []
let top_5_bars: StatusBarSprite[] = []
let sprite_tail: Sprite = null
let sprite_snake: Sprite = null
let snake_image: Image = null
let flood_time = 0
let locations: tiles.Location[] = []
let flood_start_time = 0
let direction = 0
let sprite_tile: Sprite = null
let count = 0
let all_colors: number[] = []
let tile_count = 0
let tile_traverse_time = 0
let max_players = 0
let constants_snake_speed = 0
let claim_time = 0
let top_leftmost: tiles.Location = null
let color_to_tile: Image[] = []
let color_to_body: Image[] = []
let claim_start_time = 0
let sprite_player: Sprite = null
let valid_colors: number[] = []
let color2 = 0
let location: tiles.Location = null
let show_debug = false
let show_cursor = false
color.setPalette(
color.Black
)
show_cursor = false
show_debug = false
let spectator_mode = false
make_tilemap()
define_constants()
if (!(spectator_mode)) {
location = tiles.getTileLocation(randint(2, tiles.tilemapColumns() - 3), randint(2, tiles.tilemapRows() - 3))
color2 = valid_colors._pickRandom()
valid_colors.removeAt(valid_colors.indexOf(color2))
sprite_player = make_player(color2, tiles.locationXY(location, tiles.XY.column), tiles.locationXY(location, tiles.XY.row))
sprites.setDataBoolean(sprite_player, "bot", false)
scene.cameraFollowSprite(sprite_player)
}
create_leaderboard()
music.setVolume(200)
color.startFade(color.Black, color.originalPalette, 2000)
game.onUpdate(function () {
for (let sprite_snake of sprites.allOfKind(SpriteKind.Player)) {
if (!(sprites.readDataBoolean(sprite_snake, "turning"))) {
if (sprite_snake.vy > 0) {
tiles.placeOnTile(sprites.readDataSprite(sprite_snake, "tail"), tiles.locationInDirection(tiles.locationOfSprite(sprite_snake), CollisionDirection.Top))
} else if (sprite_snake.vx < 0) {
tiles.placeOnTile(sprites.readDataSprite(sprite_snake, "tail"), tiles.locationInDirection(tiles.locationOfSprite(sprite_snake), CollisionDirection.Right))
} else if (sprite_snake.vy < 0) {
tiles.placeOnTile(sprites.readDataSprite(sprite_snake, "tail"), tiles.locationInDirection(tiles.locationOfSprite(sprite_snake), CollisionDirection.Bottom))
} else {
tiles.placeOnTile(sprites.readDataSprite(sprite_snake, "tail"), tiles.locationInDirection(tiles.locationOfSprite(sprite_snake), CollisionDirection.Left))
}
}
}
})
game.onUpdate(function () {
fps_count += 1
})
game.onUpdateInterval(2000, function () {
if (sprites.allOfKind(SpriteKind.Player).length < max_players && valid_colors.length > 0) {
location = null
for (let index = 0; index < 16; index++) {
location = tiles.getTileLocation(randint(2, tiles.tilemapColumns() - 3), randint(2, tiles.tilemapRows() - 3))
if (tiles.tileAtLocationEquals(location, assets.tile`transparency8`)) {
break;
}
}
if (location) {
color2 = valid_colors._pickRandom()
valid_colors.removeAt(valid_colors.indexOf(color2))
make_player(color2, tiles.locationXY(location, tiles.XY.column), tiles.locationXY(location, tiles.XY.row))
}
}
})
game.onUpdateInterval(1000, function () {
fps = fps_count
fps_count = 0
})
forever(function () {
for (let sprite_tail of sprites.allOfKind(SpriteKind.Tail)) {
if (!(tiles.tileAtLocationEquals(tiles.locationOfSprite(sprite_tail), color_to_tile[sprites.readDataNumber(sprites.readDataSprite(sprite_tail, "head"), "color")]))) {
if (!(has_fake_tile(tiles.locationXY(tiles.locationOfSprite(sprite_tail), tiles.XY.column), tiles.locationXY(tiles.locationOfSprite(sprite_tail), tiles.XY.row)))) {
set_fake_tile(tiles.locationXY(tiles.locationOfSprite(sprite_tail), tiles.XY.column), tiles.locationXY(tiles.locationOfSprite(sprite_tail), tiles.XY.row), color_to_body[sprites.readDataNumber(sprites.readDataSprite(sprite_tail, "head"), "color")])
} else if (!(get_fake_tile(tiles.locationXY(tiles.locationOfSprite(sprite_tail), tiles.XY.column), tiles.locationXY(tiles.locationOfSprite(sprite_tail), tiles.XY.row)).image.equals(color_to_body[sprites.readDataNumber(sprites.readDataSprite(sprite_tail, "head"), "color")]))) {
set_fake_tile(tiles.locationXY(tiles.locationOfSprite(sprite_tail), tiles.XY.column), tiles.locationXY(tiles.locationOfSprite(sprite_tail), tiles.XY.row), color_to_body[sprites.readDataNumber(sprites.readDataSprite(sprite_tail, "head"), "color")])
}
if (!(sprites.readDataBoolean(sprites.readDataSprite(sprite_tail, "head"), "claiming"))) {
sprites.setDataBoolean(sprites.readDataSprite(sprite_tail, "head"), "claiming", true)
if (sprites.readDataBoolean(sprites.readDataSprite(sprite_tail, "head"), "bot")) {
if (!(sprites.readDataBoolean(sprites.readDataSprite(sprite_tail, "head"), "have_direction"))) {
sprites.setDataBoolean(sprites.readDataSprite(sprite_tail, "head"), "left_right", Math.percentChance(25))
sprites.setDataBoolean(sprites.readDataSprite(sprite_tail, "head"), "have_direction", true)
sprites.setDataNumber(sprites.readDataSprite(sprite_tail, "head"), "turn_count", 0)
}
}
}
}
}
for (let sprite_snake of sprites.allOfKind(SpriteKind.Player)) {
if (sprite_snake.tileKindAt(TileDirection.Center, color_to_tile[sprites.readDataNumber(sprite_snake, "color")])) {
if (sprites.readDataBoolean(sprite_snake, "claiming")) {
sprites.setDataNumber(sprite_snake, "old_vx", sprite_snake.vx)
sprites.setDataNumber(sprite_snake, "old_vy", sprite_snake.vy)
sprite_snake.setVelocity(0, 0)
sprites.setDataBoolean(sprite_snake, "claiming", false)
sprites.setDataBoolean(sprite_snake, "have_direction", false)
claim_area(sprite_snake)
if (sprite_snake == sprite_player) {
music.footstep.play()
}
sprite_snake.setVelocity(sprites.readDataNumber(sprite_snake, "old_vx"), sprites.readDataNumber(sprite_snake, "old_vy"))
continue;
}
} else if (sprites.readDataBoolean(sprite_snake, "bot")) {
timer.throttle("snake_bot_" + sprites.readDataNumber(sprite_snake, "color") + "_turn", tile_traverse_time * randint(1, 2), function () {
if (sprites.readDataBoolean(sprite_snake, "claiming") && sprites.readDataNumber(sprite_snake, "turn_count") <= 4) {
sprites.changeDataNumberBy(sprite_snake, "turn_count", 1)
if (sprites.readDataBoolean(sprite_snake, "have_direction")) {
if (sprites.readDataBoolean(sprite_snake, "left_right")) {
direction = rotate_direction_neg_90(sprites.readDataNumber(sprite_snake, "direction"))
} else {
direction = rotate_direction_pos_90(sprites.readDataNumber(sprite_snake, "direction"))
}
} else {
if (Math.percentChance(50)) {
direction = rotate_direction_neg_90(sprites.readDataNumber(sprite_snake, "direction"))
} else {
direction = rotate_direction_pos_90(sprites.readDataNumber(sprite_snake, "direction"))
}
}
if (direction == CollisionDirection.Left) {
move_snake(sprite_snake, true, false)
} else if (direction == CollisionDirection.Top) {
move_snake(sprite_snake, false, false)
} else if (direction == CollisionDirection.Right) {
move_snake(sprite_snake, true, true)
} else if (direction == CollisionDirection.Bottom) {
move_snake(sprite_snake, false, true)
}
}
})
}
for (let color3 of all_colors) {
if (has_fake_tile(tiles.locationXY(tiles.locationOfSprite(sprite_snake), tiles.XY.column), tiles.locationXY(tiles.locationOfSprite(sprite_snake), tiles.XY.row))) {
if (get_fake_tile(tiles.locationXY(tiles.locationOfSprite(sprite_snake), tiles.XY.column), tiles.locationXY(tiles.locationOfSprite(sprite_snake), tiles.XY.row)).image.equals(color_to_body[color3])) {
die(sprite_snake)
if (sprite_snake == sprite_player) {
die_player()
}
}
}
}
if (tiles.getTilesByType(color_to_tile[sprites.readDataNumber(sprite_snake, "color")]).length == 0) {
die(sprite_snake)
if (sprite_snake == sprite_player) {
die_player()
}
}
if (!(spriteutils.isDestroyed(sprite_snake))) {
sprites.setDataNumber(sprite_snake, "claimed_tiles", tiles.getTilesByType(color_to_tile[sprites.readDataNumber(sprite_snake, "color")]).length)
}
}
})
game.onUpdateInterval(500, function () {
if (spectator_mode) {
if (sprites.allOfKind(SpriteKind.Player).length > 0) {
scene.cameraFollowSprite(sprites.allOfKind(SpriteKind.Player)[0])
}
}
})
game.onUpdateInterval(100, function () {
minimap2 = minimap.minimap(MinimapScale.Sixteenth, 1, 15)
if (!(sprite_minimap)) {
sprite_minimap = sprites.create(minimap.getImage(minimap2), SpriteKind.HUD)
sprite_minimap.setFlag(SpriteFlag.Ghost, true)
sprite_minimap.setFlag(SpriteFlag.RelativeToCamera, true)
sprite_minimap.bottom = scene.screenHeight() - 2
sprite_minimap.right = scene.screenWidth() - 2
sprite_minimap.z = 50
} else {
sprite_minimap.setImage(minimap.getImage(minimap2))
}
update_leaderboard()
})