Jeff Luke
c1b2195834
Operator hub - Introduce Escape Gallery branding and Glitch: the Dark Machine room views - Add cabinet illustrations, Pac-Man marquee/gameplay artwork, and waiting states - Add device feedback panels with RFID readings, input/output states, and stale status - Add logged operator hardware interventions with request deduplication Room and cabinet authoring - Add a visual custom-PCB connection editor with per-cabinet device inventory - Support device IDs, bindings, wiring notes, input polarity, and validation - Add physical-room label/dimension toggles and editable doorway annotations - Preserve doorway changes through undo, save, and revert - Expand cabinet profiles, room layout, and Glitch scenario resources Scenarios and gameplay - Add per-assignment game configuration and runtime feature validation - Add timed test wins and Frogger individual-home objectives - Add the three-cabinet timed/score/Frogger test scenario - Add Cabinet 1 Pac-Man RFID credits, credit sound, and CREDIT 0/1 display - Require physical Start after an accepted scan and prevent duplicate credits Pi hardware and deployment - Add GPIO feedback sampling and a separate multiplexed RFID helper - Validate reader pin ownership and input/output conflicts - Add SSH cabinet startup and Pi desktop-session service support - Add master packaging, site setup, SSH enrollment, and staged cabinet releases - Verify deployment manifests and support explicit activation/status/log commands Documentation and verification - Consolidate the root README around the current architecture and setup workflow - Add the complete master/Pi/RFID export and deployment walkthrough - Document network isolation, credentials, card identification, and rollback - Add PCB, room-editor, feedback, credit, deployment, and controller tests - Isolate protocol tests from designer-edited cabinet configurations Known limitations - RFID helper compilation and physical Pi commissioning remain unverified - Fleet provisioning does not yet configure RFID-only installations completely - Broader Pac-Man tests retain a ghost-capture assertion failure - Staged exports must be rebuilt and checked before deploying runtime 2.3
335 lines
9.4 KiB
GDScript
335 lines
9.4 KiB
GDScript
@tool
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extends ArcadeGame
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@export_range(0,99) var boards_to_win: int = 1
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## Zero disables the individual-home objective; normal play uses board completion.
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@export_range(0,5) var homes_to_win: int = 0
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@export_range(1,9) var starting_lives: int = 3
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@export_range(15,120) var crossing_time: float = 60.0
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@export_range(.5,2) var difficulty: float = 1.0
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@export var music_enabled: bool = true
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const HOME_X := [16,64,112,160,208]
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var phase := "title"
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var phase_time := 0.0
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var clock := 0.0
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var score := 0
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var high_score := 0
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var lives := 3
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var board_number := 1
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var homes: Array[bool] = [false,false,false,false,false]
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var frog := Vector2(112,232)
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var from := Vector2(112,232)
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var destination := Vector2(112,232)
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var direction := 0
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var hop_left := 0.0
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var repeat_left := 0.0
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var time_left := 60.0
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var furthest_row := 0
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var warned := false
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var extra_awarded := false
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var death_kind := "squash"
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var lanes: Array[Dictionary] = []
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var leaderboard: Array[int] = []
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var attract_time := 0.0
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var demo_active := false
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var demo_time := 0.0
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var idle_score := 0
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@onready var view: Node2D = $PixelScreen/Board
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func _ready() -> void:
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make_lanes()
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lives = starting_lives
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func make_lanes() -> void:
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lanes.clear()
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var definitions := [
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[1,"car",-24.0,16.0,80.0,20.0,1], [2,"car",28.0,16.0,82.0,48.0,3],
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[3,"car",-32.0,16.0,78.0,8.0,0], [4,"car",45.0,16.0,110.0,70.0,2],
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[5,"car",-22.0,32.0,100.0,30.0,4], [7,"turtle",-24.0,48.0,72.0,4.0,0],
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[8,"log",25.0,48.0,98.0,30.0,0], [9,"log",36.0,96.0,144.0,5.0,0],
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[10,"turtle",-30.0,32.0,70.0,14.0,1], [11,"log",22.0,64.0,100.0,40.0,0]]
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for item in definitions:
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lanes.append({"row":item[0],"kind":item[1],"speed":item[2]*(1+(board_number-1)*.10)*difficulty,"width":item[3],"spacing":item[4],"offset":item[5],"sprite":item[6]})
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func start_game() -> bool:
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if not super.start_game(): return false
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demo_active = false
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attract_time = 0
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$Audio.stop_all()
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score = 0
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lives = starting_lives
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board_number = 1
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extra_awarded = false
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homes.fill(false)
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make_lanes()
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respawn()
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phase = "ready"
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phase_time = 1.5
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$Audio.effect("coin-in")
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return true
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func reset_game() -> void:
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super.reset_game()
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demo_active = false
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attract_time = 0
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$Audio.stop_all()
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phase = "title"
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clock = 0
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score = 0
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board_number = 1
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lives = starting_lives
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homes.fill(false)
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make_lanes()
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respawn()
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func respawn() -> void:
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frog = Vector2(112,232)
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from = frog
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destination = frog
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direction = 0
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hop_left = 0
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repeat_left = 0
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time_left = crossing_time
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furthest_row = 0
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warned = false
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func _unhandled_input(event: InputEvent) -> void:
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if Engine.is_editor_hint() or (event is InputEventKey and event.echo): return
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if event.is_action_pressed("arcade_start"):
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if not is_running: start_game()
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func pressed(action: String) -> bool:
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return Input.is_action_pressed(action)
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func hop(step: Vector2i) -> bool:
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if phase != "play" or hop_left > 0 or absi(step.x)+absi(step.y) != 1: return false
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var target := frog+Vector2(step)*16
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if target.x < 8 or target.x > 216 or target.y > 232 or target.y < 40: return false
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direction = 0 if step.y < 0 else (2 if step.y > 0 else (1 if step.x < 0 else 3))
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from = frog
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destination = target
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hop_left = .12
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$Audio.effect("hop")
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return true
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func _physics_process(delta: float) -> void:
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clock += delta
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if Engine.is_editor_hint():
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attract_time = fmod(clock,44.0)
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view.queue_redraw()
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return
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if phase in ["title","scores"]:
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attract_time += delta
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if phase == "title" and attract_time >= 44.0:
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begin_demo()
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view.queue_redraw()
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return
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elif phase == "scores" and attract_time >= 7.0:
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phase = "title"
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attract_time = 0
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elif phase in ["ready","dead","home","clear"]:
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phase_time -= delta
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if phase_time <= 0:
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match phase:
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"ready":
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phase = "play"
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if music_enabled and not demo_active: $Audio.music()
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"dead":
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if lives <= 0 and not demo_active:
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finish(false)
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else:
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respawn()
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phase = "play"
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if music_enabled and not demo_active: $Audio.music()
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"home":
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var target := int(run_config.get("homes_to_win", homes_to_win))
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if not demo_active and target > 0 and homes.count(true) >= target:
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finish(true)
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elif not homes.has(false):
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add_score(1000)
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phase = "clear"
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phase_time = 2.0
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else:
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respawn()
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phase = "play"
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"clear":
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if demo_active:
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end_demo()
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elif int(run_config.get("boards_to_win", boards_to_win)) > 0 and board_number >= int(run_config.get("boards_to_win", boards_to_win)):
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finish(true)
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else:
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board_number += 1
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homes.fill(false)
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make_lanes()
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respawn()
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phase = "ready"
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phase_time = 1.5
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elif phase == "play":
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repeat_left -= delta
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if hop_left <= 0 and repeat_left <= 0:
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var step := Vector2i.ZERO
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if demo_active: step = demo_step()
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elif pressed("arcade_up"): step = Vector2i.UP
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elif pressed("arcade_down"): step = Vector2i.DOWN
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elif pressed("arcade_left"): step = Vector2i.LEFT
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elif pressed("arcade_right"): step = Vector2i.RIGHT
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if step != Vector2i.ZERO and hop(step): repeat_left = .16
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step_world(delta)
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if demo_active:
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demo_time += delta
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if demo_time >= 32.0: end_demo()
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view.queue_redraw()
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func begin_demo() -> void:
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idle_score = score
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demo_active = true
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demo_time = 0
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score = 0
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lives = starting_lives
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board_number = 1
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homes.fill(false)
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clock = 0
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make_lanes()
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respawn()
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phase = "play"
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$Audio.stop_all()
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func end_demo() -> void:
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demo_active = false
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score = idle_score
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phase = "scores"
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attract_time = 0
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$Audio.stop_all()
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# Predict the same lane positions and hitboxes used by live gameplay.
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# The demo supplies ordinary hops; it has no invulnerability or scripted teleports.
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func demo_safe(step: Vector2i) -> bool:
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var target := frog + Vector2(step)*16
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if target.x < 8 or target.x > 216 or target.y < 40 or target.y > 232: return false
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if target.y == 40:
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for i in range(5):
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if absf(target.x-HOME_X[i]) <= 7 and not homes[i]: return true
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return false
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for tick in range(1,13):
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var t := tick * .01
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var point := frog.lerp(target,t/.12)
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var row := roundi((232-point.y)/16)
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for lane in lanes:
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if lane.row != row: continue
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var supported := false
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var predicted := lane.duplicate()
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predicted.offset += lane.speed*t
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for x in lane_objects(predicted):
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if lane.kind == "car" and point.x+6 > x+2 and point.x-6 < x+lane.width-2: return false
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if lane.kind != "car" and point.x-5 >= x and point.x+5 <= x+lane.width:
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supported = true
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if tick == 12 and lane.kind != "car":
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if not supported: return false
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if lane.kind == "turtle" and lane.sprite == 1 and fposmod(clock+t,7.0) > 5.3: return false
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return true
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func demo_step() -> Vector2i:
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if demo_safe(Vector2i.UP): return Vector2i.UP
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var target_x := 112.0
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var distance := INF
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for i in range(5):
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if not homes[i] and absf(frog.x-HOME_X[i]) < distance:
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distance = absf(frog.x-HOME_X[i])
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target_x = HOME_X[i]
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var side := Vector2i.RIGHT if target_x > frog.x else Vector2i.LEFT
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if absf(target_x-frog.x)>7 and demo_safe(side): return side
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return Vector2i.ZERO
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func lane_objects(lane: Dictionary) -> Array[float]:
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var result: Array[float] = []
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var start: float = fposmod(lane.offset,lane.spacing)-lane.spacing
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while start < 224:
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result.append(start)
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start += lane.spacing
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return result
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func submerged(lane: Dictionary) -> bool:
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return lane.kind == "turtle" and lane.sprite == 1 and fposmod(clock,7.0) > 5.7
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func step_world(delta: float) -> void:
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time_left -= delta
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if time_left <= 0:
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die("time")
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return
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if time_left <= 10 and not warned:
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warned = true
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$Audio.effect("time")
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for lane in lanes: lane.offset = fposmod(lane.offset+lane.speed*delta,lane.spacing)
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if hop_left > 0:
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hop_left = maxf(0,hop_left-delta)
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frog = from.lerp(destination,1.0-hop_left/.12)
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if hop_left <= 0:
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var row := roundi((232-frog.y)/16)
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if row > furthest_row:
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add_score((row-furthest_row)*10)
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furthest_row = row
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# Evaluate the current rendered location, including the hop trajectory.
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var row := roundi((232-frog.y)/16)
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if row >= 12 and hop_left <= 0:
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var index := -1
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for i in range(5):
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if absf(frog.x-HOME_X[i]) <= 7: index = i
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if index < 0 or homes[index]:
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die("squash")
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else:
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homes[index] = true
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add_score(50+int(time_left)*10)
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phase = "home"
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phase_time = .8
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$Audio.effect("extra")
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return
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for lane in lanes:
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if lane.row != row: continue
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var supported := false
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for x in lane_objects(lane):
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if lane.kind == "car":
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if frog.x+5 > x+2 and frog.x-5 < x+lane.width-2:
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die("squash")
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return
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elif frog.x-4 >= x and frog.x+4 <= x+lane.width and not submerged(lane):
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supported = true
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if lane.kind != "car":
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# Support is checked on landing; hops may cross a platform edge in flight.
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if hop_left <= 0:
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if not supported:
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die("plunk")
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return
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frog.x += lane.speed*delta
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if frog.x < 5 or frog.x > 219: die("plunk")
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break
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func die(kind: String) -> void:
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if phase != "play": return
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lives -= 1
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death_kind = kind
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phase = "dead"
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phase_time = 1.1
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hop_left = 0
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$Audio.stop_music()
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$Audio.effect(kind)
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func add_score(value: int) -> void:
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score += value
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if not demo_active: high_score = maxi(high_score,score)
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if score >= 20000 and not extra_awarded:
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extra_awarded = true
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lives += 1
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$Audio.effect("extra")
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func finish(won: bool) -> void:
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if demo_active:
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end_demo()
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return
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$Audio.stop_all()
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leaderboard.append(score)
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leaderboard.sort()
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leaderboard.reverse()
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if leaderboard.size() > 5: leaderboard.resize(5)
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phase = "won" if won else "lost"
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if won: win_game()
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else: lose_game()
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