turns-00045.parquet:33083
ba3965359c997793ae973458degenerate_repetitionAbsentFinal dense release
USER
make sure the red snowflakes are sprite 005 at the end of the game when the player loses at the "Game Over" screen -- define constants for block size and sprites
block_size = 8
grid_width = 15
grid_height = 13 -- adjusted grid height to fit the screen
green_sprite_idx = 2 -- sprite index for green block
gray_sprite_idx = 3 -- sprite index for gray blocks
golden_snowflake_sprite_idx = 4 -- sprite index for golden snowflakes
red_snowflake_sprite_idx = 5 -- sprite index for red snowflakes
-- calculate ui and game offsets
ui_height = 8 -- height reserved for ui
game_offset_x = (128 - grid_width * block_size) / 2 -- center grid horizontally
game_offset_y = ui_height -- start grid beneath the ui
ui_margin = 4 -- margin for ui elements
-- player position (cursor)
player_x = 0
player_y = 0
-- grid to store blocks
blocks = {}
-- player score and game state
score = 0
time_limit = 60 * 5 -- 5 minutes in seconds
start_time = time()
game_over = false
game_won = false
final_time_str = "" -- to store final time string
function init_blocks()
for x=1,grid_width do
blocks[x] = {}
for y=1,grid_height do
blocks[x][y] = 0
end
end
end
-- initialize game state
function _init()
init_blocks()
end
-- update game state
function _update()
if game_over or game_won then
return
end
-- check time
local elapsed_time = time() - start_time
if elapsed_time > time_limit then
if score < 8000 then
game_over = true
end
end
-- check win condition
if score >= 8000 then
game_won = true
final_time_str = "final time: " .. to_minutes(time_limit - elapsed_time) -- capture final time
end
-- move cursor
if (btnp(0)) then player_x = max(0, player_x - 1) end
if (btnp(1)) then player_x = min(grid_width - 1, player_x + 1) end
if (btnp(2)) then player_y = max(0, player_y - 1) end
if (btnp(3)) then player_y = min(grid_height - 1, player_y + 1) end
-- place block
if (btnp(4)) then
if blocks[player_x + 1][player_y + 1] == 0 then
if rnd() < 0.25 then
blocks[player_x + 1][player_y + 1] = green_sprite_idx
else
blocks[player_x + 1][player_y + 1] = gray_sprite_idx
end
check_for_scoring()
end
end
-- erase block
if (btnp(5)) then
if blocks[player_x + 1][player_y + 1] ~= 0 then
blocks[player_x + 1][player_y + 1] = 0
end
end
end
-- check for 3-in-a-row green blocks to score points and play sound
function check_for_scoring()
-- horizontal
for y=1,grid_height do
for x=1,grid_width-2 do
if blocks[x][y] == green_sprite_idx and blocks[x+1][y] == green_sprite_idx and blocks[x+2][y] == green_sprite_idx then
score += 300
sfx(2) -- play sound 02 when score increases by 300
blocks[x][y], blocks[x+1][y], blocks[x+2][y] = 0, 0, 0
end
end
end
-- vertical
for x=1,grid_width do
for y=1,grid_height-2 do
if blocks[x][y] == green_sprite_idx and blocks[x][y+1] == green_sprite_idx and blocks[x][y+2] == green_sprite_idx then
score += 300
sfx(2) -- play sound 02 when score increases by 300
blocks[x][y], blocks[x][y+1], blocks[x][y+2] = 0, 0, 0
end
end
end
-- diagonal (down-right)
for x=1,grid_width-2 do
for y=1,grid_height-2 do
if blocks[x][y] == green_sprite_idx and blocks[x+1][y+1] == green_sprite_idx and blocks[x+2][y+2] == green_sprite_idx then
score += 300
sfx(2) -- play sound 02 when score increases by 300
blocks[x][y], blocks[x+1][y+1], blocks[x+2][y+2] = 0, 0, 0
end
end
end
-- diagonal (up-right)
for x=1,grid_width-2 do
for y=3,grid_height do
if blocks[x][y] == green_sprite_idx and blocks[x+1][y-1] == green_sprite_idx and blocks[x+2][y-2] == green_sprite_idx then
score += 300
sfx(2) -- play sound 02 when score increases by 300
blocks[x][y], blocks[x+1][y-1], blocks[x+2][y-2] = 0, 0, 0
end
end
end
end
-- draw the game
function _draw()
cls()
if game_over then
print_centered("game over", 64, 64, 8)
scatter_red_snowflakes() -- show red snowflakes
return
elseif game_won then
print_centered("you win", 64, 64, 10)
print_centered(final_time_str, 64, 76, 7) -- display captured final time below
scatter_snowflakes()
return
end
-- prepare score and time strings
local score_str = "score: "..tostr(score)
local time_str = "time: "..to_minutes(time_limit - (time() - start_time))
-- calculate positions for score and time
local ui_total_text = score_str.." "..time_str
local ui_x = 128 - ui_margin - (#ui_total_text * 4)
-- draw score and time side by side in the top right corner
print(score_str, ui_x, ui_margin, 7)
print(time_str, ui_x + (#score_str * 4) + 8, ui_margin, 7)
-- draw game grid below the ui
for x=1,grid_width do
for y=1,grid_height do
local bx = game_offset_x + (x - 1) * block_size
local by = game_offset_y + (y - 1) * block_size
if blocks[x][y] > 0 then
spr(blocks[x][y], bx, by)
end
end
end
-- draw cursor (outline of the currently selected block)
local cx = game_offset_x + player_x * block_size
local cy = game_offset_y + player_y * block_size
rect(cx, cy, cx + block_size - 1, cy + block_size - 1, 7)
end
-- print text centered on the screen
function print_centered(text, x, y, color)
local length = #text * 4
print(text, x - length / 2, y, color)
end
-- convert seconds to a mm:ss format
function to_minutes(sec)
return flr(sec/60)..":"..sub("0"..flr(sec%60), -2)
end
-- scatter golden snowflakes using sprite 004
function scatter_snowflakes()
for i = 1, 50 do
-- randomize x and y positions across the screen
local x = rnd(128 - block_size)
local y = rnd(128 - block_size)
spr(golden_snowflake_sprite_idx, x, y)
end
end
-- scatter slow moving red snowflakes using sprite 005
function scatter_red_snowflakes()
for i = 1, 50 do
-- randomize x and y positions and move them slowly
local x = rnd(128 - block_size)
local y = rnd(128 - block_size)
spr(red_snowflake_sprite_idx, x, y)
end
endASSISTANT
Your code is mostly set up correctly to display red snowflakes when the player loses the game. You've defined `red_snowflake_sprite_idx` as `5` and made sure to use this sprite in the `scatter_red_snowflakes` function. Here’s a quick overview of your setup and how it ensures the red snowflakes are displayed:
1. **Constants Definition:**
You're correctly defining constants for various elements of the game, including the sprite index for the red snowflakes:
```lua
red_snowflake_sprite_idx = 5 -- sprite index for red snowflakes
```
2. **End Game Conditions:**
You've correctly set up the game to enter a "game over" state when certain conditions are met (e.g., time runs out and score is below the required threshold):
```lua
if elapsed_time > time_limit then
if score < 8000 then
game_over = true
end
end
```
3. **Drawing the "Game Over" Screen:**
When the game enters a "game over" state, the `_draw` function checks the `game_over` flag and calls `scatter_red_snowflakes` to display the red snowflakes:
```lua
if game_over then
print_centered("game over", 64, 64, 8)
scatter_red_snowflakes() -- show red snowflakes
return
end
```
4. **`scatter_red_snowflakes` Function:**
This function places red snowflakes randomly across the screen using sprite index `5`:
```lua
function scatter_red_snowflakes()
for i = 1, 50 do
-- randomize x and y positions and move them slowly
local x = rnd(128 - block_size)
local y = rnd(128 - block_size)
spr(red_snowflake_sprite_idx, x, y)
end
end
```
As long as sprite `5` is indeed your red snowflake in your sprite sheet, this setup should correctly display red snowflakes on the "Game Over" screen. Make sure your sprite sheet has the red snowflake graphic corresponding to index `5`. Also, if you need to adjust the speed or positioning of these snowflakes, you can modify the behavior in the `scatter_red_snowflakes` function.