Yo if you search nsfw mad porn comes up wtf ??? #nsfw you wanna talk about relaying spam !! #knots #core hahahah

Yo who got a nostr uxui where you see Nine notes on the screen at once ? Then if you click the note you can engage with it ? Like a Tik tac toe grid style layout would help absorb more notes and help mix up the algos ?? #asknostr

Trump said he going to try to get the air base back from the Afghans shit about to be crazy #USA

Baylor went from the decentralized identity to no core30

CREATURES OF FAITH | ISLAMIC SCI-FI FILM | PART 1 On YouTube It’s really corny and obviously made. with AI but I like it surprisingly.

Bro imagine Malcom x was still alive influencing us on twitter ❤️🥲

Imagine Martin Luther king jr had a tech start up …. Omg my mind is blown !! 🤯🤯

"a new territory of freedom," in the words of the technology's pseudonymous creator, Satoshi Nakamoto.

Morpheus, "What are you trying to tell me, that I can trade my bitcoin for millions someday?" Morpheus responds: "No, Neo, what I'm trying to tell you is that when you're ready…you won't have to."😀

Yo iris is back !

I’m sick of food reviewers they all suck needs a new format

They killed Charlie Kirk because he was about to publicly convert to Islam and become Muslim #rip

I posted some a.i code slop for a racing game called “chicken” where if you swerve head on you loose. It’s for godot I’ll see what I can do.

My note won’t post

Yo

Godot 4 mini-game: Chicken run (levels 1–5) + drag boss (level 6) This is a small, efficient, level-based 2D game you can drop into a fresh Godot 4 project. It includes: • Chicken levels (1–5): Two cars charge head-on. Win if the rival “chickens out” (swerves) before you. Lose if you bail first or crash. • Boss drag level (6): Side-by-side sprint vs. the crew’s leader with a simple nitro mechanic. • Minimal visuals (drawn shapes), simple UI, a text-and-“photo book” style story narrated by the protagonist from prison. You can expand visuals later with sprites; the logic and flow are ready. --- Project structure • res://Main.tscn • res://Main.gd • res://LevelManager.gd • res://Car.gd • res://AIController.gd • res://Track.gd • res://UI/HUD.tscn • res://UI/HUD.gd • res://UI/StoryPanel.tscn • res://UI/StoryPanel.gd --- Input map Project Settings → Input Map. Add actions: • accelerate: Key W or Up • swerve_left: Key A or Left • swerve_right: Key D or Right • nitro: Key Space • continue: Key Enter or Return --- Scenes setup Main scene 1. Create a Node2D named Main and save as res://Main.tscn. 2. Add a Node2D child named LevelRoot. 3. Add a CanvasLayer child named UI. 4. Instance res://UI/HUD.tscn as a child of UI. 5. Instance res://UI/StoryPanel.tscn as a child of UI. 6. Attach res://Main.gd to Main. HUD scene 1. Create a Control named HUD and save as res://UI/HUD.tscn. 2. Add Labels:• LevelLabel (top-left) • StatusLabel (center) • HelpLabel (bottom) 3. Attach res://UI/HUD.gd. Story panel scene 1. Create a Control named StoryPanel and save as res://UI/StoryPanel.tscn. 2. Add:• ColorRect called Vignette (full rect, semi-black with alpha 0.6). • TextureRect called Photo (centered placeholder; leave texture empty now). • RichTextLabel called StoryText (width-limited, autowrap, large font). 3. Attach res://UI/StoryPanel.gd. --- Game flow • Story intro card before Level 1. • Levels 1–5: chicken logic (AI “bail” threshold varies). • Level 6: drag boss with nitro and finish line. • Post-win epilogue card. --- Scripts Main.gd extends Node2D const TOTAL_LEVELS := 6 @onready var level_root: Node2D = $LevelRoot @onready var hud = $UI/HUD @onready var story = $UI/StoryPanel var level_manager: Node func _ready() -> void: level_manager = LevelManager.new() add_child(level_manager) level_manager.level_completed.connect(_on_level_completed) level_manager.level_failed.connect(_on_level_failed) _show_story_intro() await story.closed _start_level(1) func _start_level(level_num: int) -> void: hud.set_level(level_num) hud.set_status("") level_root.free_children() var level_scene := level_manager.make_level_scene(level_num) level_root.add_child(level_scene) level_manager.start_level(level_num, level_scene, hud) func _on_level_completed(level_num: int) -> void: hud.set_status("Win! Press Enter to continue") await _wait_continue() if level_num < TOTAL_LEVELS: _maybe_show_story_between(level_num) await story.closed _start_level(level_num + 1) else: _show_story_outro() await story.closed hud.set_status("You finished the game. Press Enter to restart.") await _wait_continue() _show_story_intro() await story.closed _start_level(1) func _on_level_failed(level_num: int, reason: String) -> void: hud.set_status("%s Press Enter to retry" % reason) await _wait_continue() _start_level(level_num) func _maybe_show_story_between(level_num: int) -> void: # Story beats between levels var beats := { 1: { "text": "[b]Cell Block D, Night 1[/b]\nI used to love engines. Then their crew turned my street into shrapnel. My daughter caught the worst of it.\nSo I learned a new kind of prayer: hold the line, don’t blink.", "photo": null }, 2: { "text": "[b]The First Rumor[/b]\nThey said chicken weeds out the cowards. Truth? It just measures who’s willing to lose more.", "photo": null }, 3: { "text": "[b]Ghosts on Asphalt[/b]\nI can still hear her laugh in the rear seat. Then metal. Glass. Silence.", "photo": null }, 4: { "text": "[b]Names and Knuckles[/b]\nEvery racer knew the crew. Nobody would say it. Fear is loud in the throat but quiet on the lips.", "photo": null }, 5: { "text": "[b]Their Leader[/b]\nHe shows up only when the road smells like blood and bragging. One more round and I’ll drag him out.", "photo": null } } if beats.has(level_num): story.show_card(beats[level_num].text, beats[level_num].photo) func _show_story_intro() -> void: story.show_card("[b]A Narrow Room[/b]\nBars slice the light into thin confessions. I press my forehead to the paint and remember how the road taught me about fear.\nThey raced through my block and left her small shoes under a smoking fender. I don’t forgive. I don’t forget.\nSo I drove the only race that measures a man’s spine: chicken.", null) func _show_story_outro() -> void: story.show_card("[b]After[/b]\nThe boss folded at the line. No cheers. Just sirens and the hollow click of cuffs.\nPeople think the winner is the one who doesn’t blink. Prison taught me different.\nWinning is going home. I’ll keep driving this memory until the door finally opens.", null) func _wait_continue() -> void: await get_tree().process_frame while true: if Input.is_action_just_pressed("continue"): return await get_tree().process_frame # Utility: free all children func Node.free_children() -> void: for c in get_children(): c.queue_free() LevelManager.gd extends Node class_name LevelManager signal level_completed(level_num: int) signal level_failed(level_num: int, reason: String) # Level configurations var levels := [ {}, # placeholder for 0 index {"type":"chicken", "ai_nerves": 0.45, "speed": 420.0}, # L1 - easier AI bails early {"type":"chicken", "ai_nerves": 0.52, "speed": 450.0}, # L2 {"type":"chicken", "ai_nerves": 0.60, "speed": 480.0}, # L3 {"type":"chicken", "ai_nerves": 0.68, "speed": 520.0}, # L4 {"type":"chicken", "ai_nerves": 0.75, "speed": 560.0}, # L5 - toughest chicken {"type":"drag", "boss_grip": 1.12, "track_len": 2200.0, "player_speed": 620.0, "boss_speed": 610.0} ] func make_level_scene(level_num: int) -> Node2D: var cfg = levels[level_num] var root := Node2D.new() root.name = "Level_%d" % level_num # Add track var track := Track.new() track.level_type = cfg.type root.add_child(track) if cfg.type == "chicken": _build_chicken(root) else: _build_drag(root) return root func start_level(level_num: int, scene: Node2D, hud: Node) -> void: var cfg = levels[level_num] if cfg.type == "chicken": _start_chicken(level_num, scene, hud, cfg) else: _start_drag(level_num, scene, hud, cfg) # ---------- Chicken levels ---------- func _build_chicken(root: Node2D) -> void: var player := Car.new() player.name = "Player" player.color = Color(0.2, 0.8, 1.0) player.position = Vector2(200, 540) # bottom going up player.heading = Vector2(0, -1) root.add_child(player) var rival := Car.new() rival.name = "Rival" rival.color = Color(1.0, 0.3, 0.3) rival.position = Vector2(200, 140) # top going down rival.heading = Vector2(0, 1) root.add_child(rival) func _start_chicken(level_num: int, scene: Node2D, hud: Node, cfg: Dictionary) -> void: var player: Car = scene.get_node("Player") var rival: Car = scene.get_node("Rival") player.mode = "chicken" rival.mode = "chicken" player.speed = cfg.speed rival.speed = cfg.speed var ai := AIController.new() ai.control_rival_chicken(rival, player, cfg.ai_nerves) hud.set_help("Hold W/Up to accelerate. A/D to swerve. Don’t bail first. Press Enter to continue dialogs.") # Monitor outcome _watch_chicken(level_num, player, rival) func _watch_chicken(level_num: int, player: Car, rival: Car) -> void: await get_tree().process_frame var crashed := false var someone_bailed := false player.reset_state() rival.reset_state() while true: # Collision check (approximate head-on proximity) if player.lane == 0 and rival.lane == 0: if player.position.distance_to(rival.position) < 56.0: crashed = true break # Bail check if player.bailed and rival.bailed: # Later bail wins (hold longer) if player.bail_time > rival.bail_time: emit_signal("level_completed", level_num) elif rival.bail_time > player.bail_time: emit_signal("level_failed", level_num, "You bailed first.") else: emit_signal("level_failed", level_num, "Tie goes to the rival.") return elif player.bailed and not someone_bailed: someone_bailed = true elif rival.bailed and not someone_bailed: someone_bailed = true # If both passed each other safely without bailing on same lane, treat as victory of nerve if player.position.y < 140 - 60 and rival.position.y > 540 + 60: # They both crossed; if neither bailed, call it a win of steel nerves if not player.bailed and not rival.bailed: emit_signal("level_completed", level_num) else: # If only rival bailed, player wins; if only player bailed, player loses if rival.bailed and not player.bailed: emit_signal("level_completed", level_num) elif player.bailed and not rival.bailed: emit_signal("level_failed", level_num, "You bailed.") else: emit_signal("level_failed", level_num, "Unresolved pass.") return await get_tree().process_frame if crashed: emit_signal("level_failed", level_num, "You crashed.") # ---------- Drag boss level ---------- func _build_drag(root: Node2D) -> void: var player := Car.new() player.name = "Player" player.color = Color(0.2, 0.8, 1.0) player.position = Vector2(160, 540) player.heading = Vector2(0, -1) root.add_child(player) var boss := Car.new() boss.name = "Boss" boss.color = Color(1.0, 0.8, 0.2) boss.position = Vector2(240, 540) boss.heading = Vector2(0, -1) root.add_child(boss) func _start_drag(level_num: int, scene: Node2D, hud: Node, cfg: Dictionary) -> void: var player: Car = scene.get_node("Player") var boss: Car = scene.get_node("Boss") player.mode = "drag" boss.mode = "drag" player.speed = cfg.player_speed boss.speed = cfg.boss_speed * cfg.boss_grip player.reset_state() boss.reset_state() hud.set_help("Drag Race: Hold W/Up to launch. Space for nitro burst. First past the finish wins.") var finish_y := -cfg.track_len # Simple AI: delayed perfect launch, timed nitro var ai := AIController.new() ai.control_boss_drag(boss, player, finish_y) # Countdown await _countdown(hud) player.control_enabled = true boss.control_enabled = true # Run and detect finish while true: if player.position.y <= finish_y and boss.position.y <= finish_y: emit_signal("level_failed", level_num, "Photo finish… but the boss keeps the crown.") return elif player.position.y <= finish_y: emit_signal("level_completed", level_num) return elif boss.position.y <= finish_y: emit_signal("level_failed", level_num, "Boss won the line.") return await get_tree().process_frame func _countdown(hud: Node) -> void: for t in [3,2,1]: hud.set_status("Ready… %d" % t) await get_tree().create_timer(0.8).timeout hud.set_status("GO!") await get_tree().create_timer(0.4).timeout hud.set_status("") Car.gd extends Node2D class_name Car # Visuals var color: Color = Color.WHITE # Movement var speed: float = 480.0 var heading: Vector2 = Vector2(0, -1) var lane: int = 0 # -1 left, 0 center, 1 right for chicken; for drag, lanes are fixed columns var mode: String = "chicken" # or "drag" # State var bailed: bool = false var bail_time: float = 0.0 var control_enabled: bool = false # Drag nitro var nitro: float = 1.0 # one full burst var nitro_active: bool = false var nitro_timer: float = 0.0 func _ready() -> void: set_process(true) func reset_state() -> void: bailed = false bail_time = 0.0 control_enabled = false nitro = 1.0 nitro_active = false nitro_timer = 0.0 lane = 0 func _process(delta: float) -> void: if mode == "chicken": _update_chicken(delta) else: _update_drag(delta) update() func _update_chicken(delta: float) -> void: # Always move along heading position += heading * speed * delta if not control_enabled: # Let AI manipulate directly when disabled; player control becomes enabled by LevelManager if needed control_enabled = true if name == "Player" and control_enabled: # Player input: A/D to swerve, W to commit forward (cosmetic here) if not bailed: if Input.is_action_just_pressed("swerve_left"): _bail(-1) elif Input.is_action_just_pressed("swerve_right"): _bail(1) def _bail(side: int) -> void: bailed = true bail_time = Time.get_unix_time_from_system() lane = clamp(side, -1, 1) # Swerve visually by shifting x position.x = 200 + lane * 80 func _update_drag(delta: float) -> void: var v := speed if control_enabled: if name == "Player": if Input.is_action_pressed("accelerate"): # Forward acceleration pass # constant speed model if Input.is_action_just_pressed("nitro") and nitro > 0.0 and not nitro_active: nitro_active = true nitro_timer = 0.8 nitro -= 1.0 if nitro_active: v *= 1.35 nitro_timer -= delta if nitro_timer <= 0.0: nitro_active = false position += heading * v * delta func _draw() -> void: # Simple car rectangle var size := Vector2(36, 64) draw_rect(Rect2(-size/2, size), color) AIController.gd extends Node class_name AIController func control_rival_chicken(rival: Car, player: Car, nerves: float) -> void: # nerves: 0..1, higher means holds longer rival.control_enabled = true # Random jitter to avoid deterministic outcome var jitter := randf_range(-0.07, 0.07) var threshold := clamp(nerves + jitter, 0.2, 0.9) _run(async func(): while true: # Distance ratio to initial gap (~400) var gap := max(1.0, player.position.distance_to(rival.position)) var approach_ratio := clamp(1.0 - (gap / 480.0), 0.0, 1.0) # Bail if approach ratio exceeds threshold and rival hasn't bailed if not rival.bailed and approach_ratio >= threshold: rival._bail(sign(randf() - 0.5)) # pick random side return await get_tree().process_frame ) func control_boss_drag(boss: Car, player: Car, finish_y: float) -> void: boss.control_enabled = false # We drive it by script _run(async func(): # Staged launch await get_tree().create_timer(0.25 + randf()*0.1).timeout boss.control_enabled = true # Use nitro at mid-track var used := false while true: if not used and boss.position.y < (finish_y * 0.5): boss.nitro_active = true boss.nitro_timer = 0.8 used = true await get_tree().process_frame ) # Small helper to run async blocks without clutter func _run(block: Callable) -> void: var co := Callable(self, "_co_runner") co.call_deferred(block) func _co_runner(block: Callable) -> void: await block.call() Track.gd extends Node2D class_name Track var level_type: String = "chicken" func _draw() -> void: # Road var road_rect := Rect2(Vector2(120, -2400), Vector2(160, 3000)) draw_rect(road_rect, Color(0.12,0.12,0.12)) # Lane markers for y in range(-2400, 1200, 80): draw_rect(Rect2(Vector2(198, y), Vector2(4, 40)), Color(1,1,1,0.6)) # Sidewalks draw_rect(Rect2(Vector2(80, -2400), Vector2(40, 3000)), Color(0.18,0.18,0.18)) draw_rect(Rect2(Vector2(280, -2400), Vector2(40, 3000)), Color(0.18,0.18,0.18)) # Finish line for drag if level_type == "drag": draw_rect(Rect2(Vector2(120, -2200), Vector2(160, 14)), Color(1,1,1)) UI/HUD.gd extends Control @onready var level_label: Label = $LevelLabel @onready var status_label: Label = $StatusLabel @onready var help_label: Label = $HelpLabel func set_level(n: int) -> void: level_label.text = "Level %d" % n func set_status(text: String) -> void: status_label.text = text func set_help(text: String) -> void: help_label.text = text Arrange the HUD nodes roughly: • LevelLabel anchored top-left. • StatusLabel centered. • HelpLabel anchored bottom-center. UI/StoryPanel.gd extends Control signal closed @onready var vignette: ColorRect = $Vignette @onready var photo: TextureRect = $Photo @onready var text: RichTextLabel = $StoryText var showing := false func show_card(rich_text: String, tex: Texture2D) -> void: showing = true visible = true modulate.a = 0.0 photo.texture = tex text.text = rich_text _animate_in() await _wait_continue() _animate_out() visible = false showing = false emit_signal("closed") func _animate_in() -> void: var tween := create_tween().set_trans(Tween.TRANS_SINE).set_ease(Tween.EASE_OUT) tween.tween_property(self, "modulate:a", 1.0, 0.25) func _animate_out() -> void: var tween := create_tween().set_trans(Tween.TRANS_SINE).set_ease(Tween.EASE_IN) tween.tween_property(self, "modulate:a", 0.0, 0.2) await tween.finished func _wait_continue() -> void: while true: await get_tree().process_frame if Input.is_action_just_pressed("continue"): return --- Minimal node positions and anchors • StoryPanel: FullRect anchors/margins to fill screen. Place Photo centered (e.g., 300x180), StoryText below it with width ~70% of screen, autowrap on, BBCode enabled. • HUD labels:• LevelLabel top-left margin (16,16). • StatusLabel centered. • HelpLabel bottom center, margin bottom 16. --- Notes on mechanics • Chicken levels:• Holding W is cosmetic for feel; the core mechanic is when you swerve. • Rival AI uses a “nerves” threshold with slight random jitter so outcomes vary. • Win if rival bails first or neither bails and you pass without collision. Lose if you bail first or collide. • Drag boss:• Hold accelerate to go; Space triggers a short nitro burst. Boss launches slightly delayed, uses an optimal mid-run nitro. • First across the finish line (y <= finish_y) wins. --- Expandability ideas • Replace draw_rect cars with Sprite2D nodes and real physics via CharacterBody2D if you want sliding or collisions. • Add sound: countdown beeps, engine hum, nitro woosh. • Add more story cards between every level with different “photos.” • Add score, retries, and difficulty menu. --- Quick checklist to run • Create scenes and attach scripts as above. • Set Main.tscn as the main scene (Project Settings → Run). • Add input actions. • Press Play. If you want, I can package these scripts into a single paste-ready “one file per code block” zip listing with stronger AI behaviors or lane-based collision.

Godot 4 mini-game: Chicken run (levels 1–5) + drag boss (level 6) This is a small, efficient, level-based 2D game you can drop into a fresh Godot 4 project. It includes: • Chicken levels (1–5): Two cars charge head-on. Win if the rival “chickens out” (swerves) before you. Lose if you bail first or crash. • Boss drag level (6): Side-by-side sprint vs. the crew’s leader with a simple nitro mechanic. • Minimal visuals (drawn shapes), simple UI, a text-and-“photo book” style story narrated by the protagonist from prison. You can expand visuals later with sprites; the logic and flow are ready. --- Project structure • res://Main.tscn • res://Main.gd • res://LevelManager.gd • res://Car.gd • res://AIController.gd • res://Track.gd • res://UI/HUD.tscn • res://UI/HUD.gd • res://UI/StoryPanel.tscn • res://UI/StoryPanel.gd --- Input map Project Settings → Input Map. Add actions: • accelerate: Key W or Up • swerve_left: Key A or Left • swerve_right: Key D or Right • nitro: Key Space • continue: Key Enter or Return --- Scenes setup Main scene 1. Create a Node2D named Main and save as res://Main.tscn. 2. Add a Node2D child named LevelRoot. 3. Add a CanvasLayer child named UI. 4. Instance res://UI/HUD.tscn as a child of UI. 5. Instance res://UI/StoryPanel.tscn as a child of UI. 6. Attach res://Main.gd to Main. HUD scene 1. Create a Control named HUD and save as res://UI/HUD.tscn. 2. Add Labels:• LevelLabel (top-left) • StatusLabel (center) • HelpLabel (bottom) 3. Attach res://UI/HUD.gd. Story panel scene 1. Create a Control named StoryPanel and save as res://UI/StoryPanel.tscn. 2. Add:• ColorRect called Vignette (full rect, semi-black with alpha 0.6). • TextureRect called Photo (centered placeholder; leave texture empty now). • RichTextLabel called StoryText (width-limited, autowrap, large font). 3. Attach res://UI/StoryPanel.gd. --- Game flow • Story intro card before Level 1. • Levels 1–5: chicken logic (AI “bail” threshold varies). • Level 6: drag boss with nitro and finish line. • Post-win epilogue card. --- Scripts Main.gd extends Node2D const TOTAL_LEVELS := 6 @onready var level_root: Node2D = $LevelRoot @onready var hud = $UI/HUD @onready var story = $UI/StoryPanel var level_manager: Node func _ready() -> void: level_manager = LevelManager.new() add_child(level_manager) level_manager.level_completed.connect(_on_level_completed) level_manager.level_failed.connect(_on_level_failed) _show_story_intro() await story.closed _start_level(1) func _start_level(level_num: int) -> void: hud.set_level(level_num) hud.set_status("") level_root.free_children() var level_scene := level_manager.make_level_scene(level_num) level_root.add_child(level_scene) level_manager.start_level(level_num, level_scene, hud) func _on_level_completed(level_num: int) -> void: hud.set_status("Win! Press Enter to continue") await _wait_continue() if level_num < TOTAL_LEVELS: _maybe_show_story_between(level_num) await story.closed _start_level(level_num + 1) else: _show_story_outro() await story.closed hud.set_status("You finished the game. Press Enter to restart.") await _wait_continue() _show_story_intro() await story.closed _start_level(1) func _on_level_failed(level_num: int, reason: String) -> void: hud.set_status("%s Press Enter to retry" % reason) await _wait_continue() _start_level(level_num) func _maybe_show_story_between(level_num: int) -> void: # Story beats between levels var beats := { 1: { "text": "[b]Cell Block D, Night 1[/b]\nI used to love engines. Then their crew turned my street into shrapnel. My daughter caught the worst of it.\nSo I learned a new kind of prayer: hold the line, don’t blink.", "photo": null }, 2: { "text": "[b]The First Rumor[/b]\nThey said chicken weeds out the cowards. Truth? It just measures who’s willing to lose more.", "photo": null }, 3: { "text": "[b]Ghosts on Asphalt[/b]\nI can still hear her laugh in the rear seat. Then metal. Glass. Silence.", "photo": null }, 4: { "text": "[b]Names and Knuckles[/b]\nEvery racer knew the crew. Nobody would say it. Fear is loud in the throat but quiet on the lips.", "photo": null }, 5: { "text": "[b]Their Leader[/b]\nHe shows up only when the road smells like blood and bragging. One more round and I’ll drag him out.", "photo": null } } if beats.has(level_num): story.show_card(beats[level_num].text, beats[level_num].photo) func _show_story_intro() -> void: story.show_card("[b]A Narrow Room[/b]\nBars slice the light into thin confessions. I press my forehead to the paint and remember how the road taught me about fear.\nThey raced through my block and left her small shoes under a smoking fender. I don’t forgive. I don’t forget.\nSo I drove the only race that measures a man’s spine: chicken.", null) func _show_story_outro() -> void: story.show_card("[b]After[/b]\nThe boss folded at the line. No cheers. Just sirens and the hollow click of cuffs.\nPeople think the winner is the one who doesn’t blink. Prison taught me different.\nWinning is going home. I’ll keep driving this memory until the door finally opens.", null) func _wait_continue() -> void: await get_tree().process_frame while true: if Input.is_action_just_pressed("continue"): return await get_tree().process_frame # Utility: free all children func Node.free_children() -> void: for c in get_children(): c.queue_free() LevelManager.gd extends Node class_name LevelManager signal level_completed(level_num: int) signal level_failed(level_num: int, reason: String) # Level configurations var levels := [ {}, # placeholder for 0 index {"type":"chicken", "ai_nerves": 0.45, "speed": 420.0}, # L1 - easier AI bails early {"type":"chicken", "ai_nerves": 0.52, "speed": 450.0}, # L2 {"type":"chicken", "ai_nerves": 0.60, "speed": 480.0}, # L3 {"type":"chicken", "ai_nerves": 0.68, "speed": 520.0}, # L4 {"type":"chicken", "ai_nerves": 0.75, "speed": 560.0}, # L5 - toughest chicken {"type":"drag", "boss_grip": 1.12, "track_len": 2200.0, "player_speed": 620.0, "boss_speed": 610.0} ] func make_level_scene(level_num: int) -> Node2D: var cfg = levels[level_num] var root := Node2D.new() root.name = "Level_%d" % level_num # Add track var track := Track.new() track.level_type = cfg.type root.add_child(track) if cfg.type == "chicken": _build_chicken(root) else: _build_drag(root) return root func start_level(level_num: int, scene: Node2D, hud: Node) -> void: var cfg = levels[level_num] if cfg.type == "chicken": _start_chicken(level_num, scene, hud, cfg) else: _start_drag(level_num, scene, hud, cfg) # ---------- Chicken levels ---------- func _build_chicken(root: Node2D) -> void: var player := Car.new() player.name = "Player" player.color = Color(0.2, 0.8, 1.0) player.position = Vector2(200, 540) # bottom going up player.heading = Vector2(0, -1) root.add_child(player) var rival := Car.new() rival.name = "Rival" rival.color = Color(1.0, 0.3, 0.3) rival.position = Vector2(200, 140) # top going down rival.heading = Vector2(0, 1) root.add_child(rival) func _start_chicken(level_num: int, scene: Node2D, hud: Node, cfg: Dictionary) -> void: var player: Car = scene.get_node("Player") var rival: Car = scene.get_node("Rival") player.mode = "chicken" rival.mode = "chicken" player.speed = cfg.speed rival.speed = cfg.speed var ai := AIController.new() ai.control_rival_chicken(rival, player, cfg.ai_nerves) hud.set_help("Hold W/Up to accelerate. A/D to swerve. Don’t bail first. Press Enter to continue dialogs.") # Monitor outcome _watch_chicken(level_num, player, rival) func _watch_chicken(level_num: int, player: Car, rival: Car) -> void: await get_tree().process_frame var crashed := false var someone_bailed := false player.reset_state() rival.reset_state() while true: # Collision check (approximate head-on proximity) if player.lane == 0 and rival.lane == 0: if player.position.distance_to(rival.position) < 56.0: crashed = true break # Bail check if player.bailed and rival.bailed: # Later bail wins (hold longer) if player.bail_time > rival.bail_time: emit_signal("level_completed", level_num) elif rival.bail_time > player.bail_time: emit_signal("level_failed", level_num, "You bailed first.") else: emit_signal("level_failed", level_num, "Tie goes to the rival.") return elif player.bailed and not someone_bailed: someone_bailed = true elif rival.bailed and not someone_bailed: someone_bailed = true # If both passed each other safely without bailing on same lane, treat as victory of nerve if player.position.y < 140 - 60 and rival.position.y > 540 + 60: # They both crossed; if neither bailed, call it a win of steel nerves if not player.bailed and not rival.bailed: emit_signal("level_completed", level_num) else: # If only rival bailed, player wins; if only player bailed, player loses if rival.bailed and not player.bailed: emit_signal("level_completed", level_num) elif player.bailed and not rival.bailed: emit_signal("level_failed", level_num, "You bailed.") else: emit_signal("level_failed", level_num, "Unresolved pass.") return await get_tree().process_frame if crashed: emit_signal("level_failed", level_num, "You crashed.") # ---------- Drag boss level ---------- func _build_drag(root: Node2D) -> void: var player := Car.new() player.name = "Player" player.color = Color(0.2, 0.8, 1.0) player.position = Vector2(160, 540) player.heading = Vector2(0, -1) root.add_child(player) var boss := Car.new() boss.name = "Boss" boss.color = Color(1.0, 0.8, 0.2) boss.position = Vector2(240, 540) boss.heading = Vector2(0, -1) root.add_child(boss) func _start_drag(level_num: int, scene: Node2D, hud: Node, cfg: Dictionary) -> void: var player: Car = scene.get_node("Player") var boss: Car = scene.get_node("Boss") player.mode = "drag" boss.mode = "drag" player.speed = cfg.player_speed boss.speed = cfg.boss_speed * cfg.boss_grip player.reset_state() boss.reset_state() hud.set_help("Drag Race: Hold W/Up to launch. Space for nitro burst. First past the finish wins.") var finish_y := -cfg.track_len # Simple AI: delayed perfect launch, timed nitro var ai := AIController.new() ai.control_boss_drag(boss, player, finish_y) # Countdown await _countdown(hud) player.control_enabled = true boss.control_enabled = true # Run and detect finish while true: if player.position.y <= finish_y and boss.position.y <= finish_y: emit_signal("level_failed", level_num, "Photo finish… but the boss keeps the crown.") return elif player.position.y <= finish_y: emit_signal("level_completed", level_num) return elif boss.position.y <= finish_y: emit_signal("level_failed", level_num, "Boss won the line.") return await get_tree().process_frame func _countdown(hud: Node) -> void: for t in [3,2,1]: hud.set_status("Ready… %d" % t) await get_tree().create_timer(0.8).timeout hud.set_status("GO!") await get_tree().create_timer(0.4).timeout hud.set_status("") Car.gd extends Node2D class_name Car # Visuals var color: Color = Color.WHITE # Movement var speed: float = 480.0 var heading: Vector2 = Vector2(0, -1) var lane: int = 0 # -1 left, 0 center, 1 right for chicken; for drag, lanes are fixed columns var mode: String = "chicken" # or "drag" # State var bailed: bool = false var bail_time: float = 0.0 var control_enabled: bool = false # Drag nitro var nitro: float = 1.0 # one full burst var nitro_active: bool = false var nitro_timer: float = 0.0 func _ready() -> void: set_process(true) func reset_state() -> void: bailed = false bail_time = 0.0 control_enabled = false nitro = 1.0 nitro_active = false nitro_timer = 0.0 lane = 0 func _process(delta: float) -> void: if mode == "chicken": _update_chicken(delta) else: _update_drag(delta) update() func _update_chicken(delta: float) -> void: # Always move along heading position += heading * speed * delta if not control_enabled: # Let AI manipulate directly when disabled; player control becomes enabled by LevelManager if needed control_enabled = true if name == "Player" and control_enabled: # Player input: A/D to swerve, W to commit forward (cosmetic here) if not bailed: if Input.is_action_just_pressed("swerve_left"): _bail(-1) elif Input.is_action_just_pressed("swerve_right"): _bail(1) def _bail(side: int) -> void: bailed = true bail_time = Time.get_unix_time_from_system() lane = clamp(side, -1, 1) # Swerve visually by shifting x position.x = 200 + lane * 80 func _update_drag(delta: float) -> void: var v := speed if control_enabled: if name == "Player": if Input.is_action_pressed("accelerate"): # Forward acceleration pass # constant speed model if Input.is_action_just_pressed("nitro") and nitro > 0.0 and not nitro_active: nitro_active = true nitro_timer = 0.8 nitro -= 1.0 if nitro_active: v *= 1.35 nitro_timer -= delta if nitro_timer <= 0.0: nitro_active = false position += heading * v * delta func _draw() -> void: # Simple car rectangle var size := Vector2(36, 64) draw_rect(Rect2(-size/2, size), color) AIController.gd extends Node class_name AIController func control_rival_chicken(rival: Car, player: Car, nerves: float) -> void: # nerves: 0..1, higher means holds longer rival.control_enabled = true # Random jitter to avoid deterministic outcome var jitter := randf_range(-0.07, 0.07) var threshold := clamp(nerves + jitter, 0.2, 0.9) _run(async func(): while true: # Distance ratio to initial gap (~400) var gap := max(1.0, player.position.distance_to(rival.position)) var approach_ratio := clamp(1.0 - (gap / 480.0), 0.0, 1.0) # Bail if approach ratio exceeds threshold and rival hasn't bailed if not rival.bailed and approach_ratio >= threshold: rival._bail(sign(randf() - 0.5)) # pick random side return await get_tree().process_frame ) func control_boss_drag(boss: Car, player: Car, finish_y: float) -> void: boss.control_enabled = false # We drive it by script _run(async func(): # Staged launch await get_tree().create_timer(0.25 + randf()*0.1).timeout boss.control_enabled = true # Use nitro at mid-track var used := false while true: if not used and boss.position.y < (finish_y * 0.5): boss.nitro_active = true boss.nitro_timer = 0.8 used = true await get_tree().process_frame ) # Small helper to run async blocks without clutter func _run(block: Callable) -> void: var co := Callable(self, "_co_runner") co.call_deferred(block) func _co_runner(block: Callable) -> void: await block.call() Track.gd extends Node2D class_name Track var level_type: String = "chicken" func _draw() -> void: # Road var road_rect := Rect2(Vector2(120, -2400), Vector2(160, 3000)) draw_rect(road_rect, Color(0.12,0.12,0.12)) # Lane markers for y in range(-2400, 1200, 80): draw_rect(Rect2(Vector2(198, y), Vector2(4, 40)), Color(1,1,1,0.6)) # Sidewalks draw_rect(Rect2(Vector2(80, -2400), Vector2(40, 3000)), Color(0.18,0.18,0.18)) draw_rect(Rect2(Vector2(280, -2400), Vector2(40, 3000)), Color(0.18,0.18,0.18)) # Finish line for drag if level_type == "drag": draw_rect(Rect2(Vector2(120, -2200), Vector2(160, 14)), Color(1,1,1)) UI/HUD.gd extends Control @onready var level_label: Label = $LevelLabel @onready var status_label: Label = $StatusLabel @onready var help_label: Label = $HelpLabel func set_level(n: int) -> void: level_label.text = "Level %d" % n func set_status(text: String) -> void: status_label.text = text func set_help(text: String) -> void: help_label.text = text Arrange the HUD nodes roughly: • LevelLabel anchored top-left. • StatusLabel centered. • HelpLabel anchored bottom-center. UI/StoryPanel.gd extends Control signal closed @onready var vignette: ColorRect = $Vignette @onready var photo: TextureRect = $Photo @onready var text: RichTextLabel = $StoryText var showing := false func show_card(rich_text: String, tex: Texture2D) -> void: showing = true visible = true modulate.a = 0.0 photo.texture = tex text.text = rich_text _animate_in() await _wait_continue() _animate_out() visible = false showing = false emit_signal("closed") func _animate_in() -> void: var tween := create_tween().set_trans(Tween.TRANS_SINE).set_ease(Tween.EASE_OUT) tween.tween_property(self, "modulate:a", 1.0, 0.25) func _animate_out() -> void: var tween := create_tween().set_trans(Tween.TRANS_SINE).set_ease(Tween.EASE_IN) tween.tween_property(self, "modulate:a", 0.0, 0.2) await tween.finished func _wait_continue() -> void: while true: await get_tree().process_frame if Input.is_action_just_pressed("continue"): return --- Minimal node positions and anchors • StoryPanel: FullRect anchors/margins to fill screen. Place Photo centered (e.g., 300x180), StoryText below it with width ~70% of screen, autowrap on, BBCode enabled. • HUD labels:• LevelLabel top-left margin (16,16). • StatusLabel centered. • HelpLabel bottom center, margin bottom 16. --- Notes on mechanics • Chicken levels:• Holding W is cosmetic for feel; the core mechanic is when you swerve. • Rival AI uses a “nerves” threshold with slight random jitter so outcomes vary. • Win if rival bails first or neither bails and you pass without collision. Lose if you bail first or collide. • Drag boss:• Hold accelerate to go; Space triggers a short nitro burst. Boss launches slightly delayed, uses an optimal mid-run nitro. • First across the finish line (y <= finish_y) wins. --- Expandability ideas • Replace draw_rect cars with Sprite2D nodes and real physics via CharacterBody2D if you want sliding or collisions. • Add sound: countdown beeps, engine hum, nitro woosh. • Add more story cards between every level with different “photos.” • Add score, retries, and difficulty menu. --- Quick checklist to run • Create scenes and attach scripts as above. • Set Main.tscn as the main scene (Project Settings → Run). • Add input actions. • Press Play. If you want, I can package these scripts into a single paste-ready “one file per code block” zip listing with stronger AI behaviors or lane-based collision.

extends Node2D const TOTAL_LEVELS := 6 @onready var level_root: Node2D = $LevelRoot @onready var hud = $UI/HUD @onready var story = $UI/StoryPanel var level_manager: Node func _ready() -> void: level_manager = LevelManager.new() add_child(level_manager) level_manager.level_completed.connect(_on_level_completed) level_manager.level_failed.connect(_on_level_failed) _show_story_intro() await story.closed _start_level(1) func _start_level(level_num: int) -> void: hud.set_level(level_num) hud.set_status("") level_root.free_children() var level_scene := level_manager.make_level_scene(level_num) level_root.add_child(level_scene) level_manager.start_level(level_num, level_scene, hud) func _on_level_completed(level_num: int) -> void: hud.set_status("Win! Press Enter to continue") await _wait_continue() if level_num < TOTAL_LEVELS: _maybe_show_story_between(level_num) await story.closed _start_level(level_num + 1) else: _show_story_outro() await story.closed hud.set_status("You finished the game. Press Enter to restart.") await _wait_continue() _show_story_intro() await story.closed _start_level(1) func _on_level_failed(level_num: int, reason: String) -> void: hud.set_status("%s Press Enter to retry" % reason) await _wait_continue() _start_level(level_num) func _maybe_show_story_between(level_num: int) -> void: # Story beats between levels var beats := { 1: { "text": "[b]Cell Block D, Night 1[/b]\nI used to love engines. Then their crew turned my street into shrapnel. My daughter caught the worst of it.\nSo I learned a new kind of prayer: hold the line, don’t blink.", "photo": null }, 2: { "text": "[b]The First Rumor[/b]\nThey said chicken weeds out the cowards. Truth? It just measures who’s willing to lose more.", "photo": null }, 3: { "text": "[b]Ghosts on Asphalt[/b]\nI can still hear her laugh in the rear seat. Then metal. Glass. Silence.", "photo": null }, 4: { "text": "[b]Names and Knuckles[/b]\nEvery racer knew the crew. Nobody would say it. Fear is loud in the throat but quiet on the lips.", "photo": null }, 5: { "text": "[b]Their Leader[/b]\nHe shows up only when the road smells like blood and bragging. One more round and I’ll drag him out.", "photo": null } } if beats.has(level_num): story.show_card(beats[level_num].text, beats[level_num].photo) func _show_story_intro() -> void: story.show_card("[b]A Narrow Room[/b]\nBars slice the light into thin confessions. I press my forehead to the paint and remember how the road taught me about fear.\nThey raced through my block and left her small shoes under a smoking fender. I don’t forgive. I don’t forget.\nSo I drove the only race that measures a man’s spine: chicken.", null) func _show_story_outro() -> void: story.show_card("[b]After[/b]\nThe boss folded at the line. No cheers. Just sirens and the hollow click of cuffs.\nPeople think the winner is the one who doesn’t blink. Prison taught me different.\nWinning is going home. I’ll keep driving this memory until the door finally opens.", null) func _wait_continue() -> void: await get_tree().process_frame while true: if Input.is_action_just_pressed("continue"): return await get_tree().process_frame # Utility: free all children func Node.free_children() -> void: for c in get_children(): c.queue_free() extends Node class_name LevelManager signal level_completed(level_num: int) signal level_failed(level_num: int, reason: String) # Level configurations var levels := [ {}, # placeholder for 0 index {"type":"chicken", "ai_nerves": 0.45, "speed": 420.0}, # L1 - easier AI bails early {"type":"chicken", "ai_nerves": 0.52, "speed": 450.0}, # L2 {"type":"chicken", "ai_nerves": 0.60, "speed": 480.0}, # L3 {"type":"chicken", "ai_nerves": 0.68, "speed": 520.0}, # L4 {"type":"chicken", "ai_nerves": 0.75, "speed": 560.0}, # L5 - toughest chicken {"type":"drag", "boss_grip": 1.12, "track_len": 2200.0, "player_speed": 620.0, "boss_speed": 610.0} ] func make_level_scene(level_num: int) -> Node2D: var cfg = levels[level_num] var root := Node2D.new() root.name = "Level_%d" % level_num # Add track var track := Track.new() track.level_type = cfg.type root.add_child(track) if cfg.type == "chicken": _build_chicken(root) else: _build_drag(root) return root func start_level(level_num: int, scene: Node2D, hud: Node) -> void: var cfg = levels[level_num] if cfg.type == "chicken": _start_chicken(level_num, scene, hud, cfg) else: _start_drag(level_num, scene, hud, cfg) # ---------- Chicken levels ---------- func _build_chicken(root: Node2D) -> void: var player := Car.new() player.name = "Player" player.color = Color(0.2, 0.8, 1.0) player.position = Vector2(200, 540) # bottom going up player.heading = Vector2(0, -1) root.add_child(player) var rival := Car.new() rival.name = "Rival" rival.color = Color(1.0, 0.3, 0.3) rival.position = Vector2(200, 140) # top going down rival.heading = Vector2(0, 1) root.add_child(rival) func _start_chicken(level_num: int, scene: Node2D, hud: Node, cfg: Dictionary) -> void: var player: Car = scene.get_node("Player") var rival: Car = scene.get_node("Rival") player.mode = "chicken" rival.mode = "chicken" player.speed = cfg.speed rival.speed = cfg.speed var ai := AIController.new() ai.control_rival_chicken(rival, player, cfg.ai_nerves) hud.set_help("Hold W/Up to accelerate. A/D to swerve. Don’t bail first. Press Enter to continue dialogs.") # Monitor outcome _watch_chicken(level_num, player, rival) func _watch_chicken(level_num: int, player: Car, rival: Car) -> void: await get_tree().process_frame var crashed := false var someone_bailed := false player.reset_state() rival.reset_state() while true: # Collision check (approximate head-on proximity) if player.lane == 0 and rival.lane == 0: if player.position.distance_to(rival.position) < 56.0: crashed = true break # Bail check if player.bailed and rival.bailed: # Later bail wins (hold longer) if player.bail_time > rival.bail_time: emit_signal("level_completed", level_num) elif rival.bail_time > player.bail_time: emit_signal("level_failed", level_num, "You bailed first.") else: emit_signal("level_failed", level_num, "Tie goes to the rival.") return elif player.bailed and not someone_bailed: someone_bailed = true elif rival.bailed and not someone_bailed: someone_bailed = true # If both passed each other safely without bailing on same lane, treat as victory of nerve if player.position.y < 140 - 60 and rival.position.y > 540 + 60: # They both crossed; if neither bailed, call it a win of steel nerves if not player.bailed and not rival.bailed: emit_signal("level_completed", level_num) else: # If only rival bailed, player wins; if only player bailed, player loses if rival.bailed and not player.bailed: emit_signal("level_completed", level_num) elif player.bailed and not rival.bailed: emit_signal("level_failed", level_num, "You bailed.") else: emit_signal("level_failed", level_num, "Unresolved pass.") return await get_tree().process_frame if crashed: emit_signal("level_failed", level_num, "You crashed.") # ---------- Drag boss level ---------- func _build_drag(root: Node2D) -> void: var player := Car.new() player.name = "Player" player.color = Color(0.2, 0.8, 1.0) player.position = Vector2(160, 540) player.heading = Vector2(0, -1) root.add_child(player) var boss := Car.new() boss.name = "Boss" boss.color = Color(1.0, 0.8, 0.2) boss.position = Vector2(240, 540) boss.heading = Vector2(0, -1) root.add_child(boss) func _start_drag(level_num: int, scene: Node2D, hud: Node, cfg: Dictionary) -> void: var player: Car = scene.get_node("Player") var boss: Car = scene.get_node("Boss") player.mode = "drag" boss.mode = "drag" player.speed = cfg.player_speed boss.speed = cfg.boss_speed * cfg.boss_grip player.reset_state() boss.reset_state() hud.set_help("Drag Race: Hold W/Up to launch. Space for nitro burst. First past the finish wins.") var finish_y := -cfg.track_len # Simple AI: delayed perfect launch, timed nitro var ai := AIController.new() ai.control_boss_drag(boss, player, finish_y) # Countdown await _countdown(hud) player.control_enabled = true boss.control_enabled = true # Run and detect finish while true: if player.position.y <= finish_y and boss.position.y <= finish_y: emit_signal("level_failed", level_num, "Photo finish… but the boss keeps the crown.") return elif player.position.y <= finish_y: emit_signal("level_completed", level_num) return elif boss.position.y <= finish_y: emit_signal("level_failed", level_num, "Boss won the line.") return await get_tree().process_frame func _countdown(hud: Node) -> void: for t in [3,2,1]: hud.set_status("Ready… %d" % t) await get_tree().create_timer(0.8).timeout hud.set_status("GO!") await get_tree().create_timer(0.4).timeout hud.set_status("") extends Node2D class_name Car # Visuals var color: Color = Color.WHITE # Movement var speed: float = 480.0 var heading: Vector2 = Vector2(0, -1) var lane: int = 0 # -1 left, 0 center, 1 right for chicken; for drag, lanes are fixed columns var mode: String = "chicken" # or "drag" # State var bailed: bool = false var bail_time: float = 0.0 var control_enabled: bool = false # Drag nitro var nitro: float = 1.0 # one full burst var nitro_active: bool = false var nitro_timer: float = 0.0 func _ready() -> void: set_process(true) func reset_state() -> void: bailed = false bail_time = 0.0 control_enabled = false nitro = 1.0 nitro_active = false nitro_timer = 0.0 lane = 0 func _process(delta: float) -> void: if mode == "chicken": _update_chicken(delta) else: _update_drag(delta) update() func _update_chicken(delta: float) -> void: # Always move along heading position += heading * speed * delta if not control_enabled: # Let AI manipulate directly when disabled; player control becomes enabled by LevelManager if needed control_enabled = true if name == "Player" and control_enabled: # Player input: A/D to swerve, W to commit forward (cosmetic here) if not bailed: if Input.is_action_just_pressed("swerve_left"): _bail(-1) elif Input.is_action_just_pressed("swerve_right"): _bail(1) def _bail(side: int) -> void: bailed = true bail_time = Time.get_unix_time_from_system() lane = clamp(side, -1, 1) # Swerve visually by shifting x position.x = 200 + lane * 80 func _update_drag(delta: float) -> void: var v := speed if control_enabled: if name == "Player": if Input.is_action_pressed("accelerate"): # Forward acceleration pass # constant speed model if Input.is_action_just_pressed("nitro") and nitro > 0.0 and not nitro_active: nitro_active = true nitro_timer = 0.8 nitro -= 1.0 if nitro_active: v *= 1.35 nitro_timer -= delta if nitro_timer <= 0.0: nitro_active = false position += heading * v * delta func _draw() -> void: # Simple car rectangle var size := Vector2(36, 64) draw_rect(Rect2(-size/2, size), color) extends Node class_name AIController func control_rival_chicken(rival: Car, player: Car, nerves: float) -> void: # nerves: 0..1, higher means holds longer rival.control_enabled = true # Random jitter to avoid deterministic outcome var jitter := randf_range(-0.07, 0.07) var threshold := clamp(nerves + jitter, 0.2, 0.9) _run(async func(): while true: # Distance ratio to initial gap (~400) var gap := max(1.0, player.position.distance_to(rival.position)) var approach_ratio := clamp(1.0 - (gap / 480.0), 0.0, 1.0) # Bail if approach ratio exceeds threshold and rival hasn't bailed if not rival.bailed and approach_ratio >= threshold: rival._bail(sign(randf() - 0.5)) # pick random side return await get_tree().process_frame ) func control_boss_drag(boss: Car, player: Car, finish_y: float) -> void: boss.control_enabled = false # We drive it by script _run(async func(): # Staged launch await get_tree().create_timer(0.25 + randf()*0.1).timeout boss.control_enabled = true # Use nitro at mid-track var used := false while true: if not used and boss.position.y < (finish_y * 0.5): boss.nitro_active = true boss.nitro_timer = 0.8 used = true await get_tree().process_frame ) # Small helper to run async blocks without clutter func _run(block: Callable) -> void: var co := Callable(self, "_co_runner") co.call_deferred(block) func _co_runner(block: Callable) -> void: await block.call() extends Node2D class_name Track var level_type: String = "chicken" func _draw() -> void: # Road var road_rect := Rect2(Vector2(120, -2400), Vector2(160, 3000)) draw_rect(road_rect, Color(0.12,0.12,0.12)) # Lane markers for y in range(-2400, 1200, 80): draw_rect(Rect2(Vector2(198, y), Vector2(4, 40)), Color(1,1,1,0.6)) # Sidewalks draw_rect(Rect2(Vector2(80, -2400), Vector2(40, 3000)), Color(0.18,0.18,0.18)) draw_rect(Rect2(Vector2(280, -2400), Vector2(40, 3000)), Color(0.18,0.18,0.18)) # Finish line for drag if level_type == "drag": draw_rect(Rect2(Vector2(120, -2200), Vector2(160, 14)), Color(1,1,1)) extends Control @onready var level_label: Label = $LevelLabel @onready var status_label: Label = $StatusLabel @onready var help_label: Label = $HelpLabel func set_level(n: int) -> void: level_label.text = "Level %d" % n func set_status(text: String) -> void: status_label.text = text func set_help(text: String) -> void: help_label.text = text extends Control signal closed @onready var vignette: ColorRect = $Vignette @onready var photo: TextureRect = $Photo @onready var text: RichTextLabel = $StoryText var showing := false func show_card(rich_text: String, tex: Texture2D) -> void: showing = true visible = true modulate.a = 0.0 photo.texture = tex text.text = rich_text _animate_in() await _wait_continue() _animate_out() visible = false showing = false emit_signal("closed") func _animate_in() -> void: var tween := create_tween().set_trans(Tween.TRANS_SINE).set_ease(Tween.EASE_OUT) tween.tween_property(self, "modulate:a", 1.0, 0.25) func _animate_out() -> void: var tween := create_tween().set_trans(Tween.TRANS_SINE).set_ease(Tween.EASE_IN) tween.tween_property(self, "modulate:a", 0.0, 0.2) await tween.finished func _wait_continue() -> void: while true: await get_tree().process_frame if Input.is_action_just_pressed("continue"): return

Remember it cost 500 usd to manufacture the best Apple or Samsung Cellphone

Nostr is dope you don’t post enough notes