Kirill
210 lines
9.0 KiB
GDScript
210 lines
9.0 KiB
GDScript
extends Node
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class_name Owniverse
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signal production_applied(id: String)
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const E = preload("res://world/owniverse/math/exact.gd")
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## Owns the state and modules. Rules live in the modules below.
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const SimulationTime = preload("res://world/owniverse/simulation_time.gd")
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const WorldParameters = preload("res://world/owniverse/world_parameters.gd")
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var catalog = preload("res://world/owniverse/entity_catalog.gd").new()
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var presentation = preload("res://world/owniverse/item_presentation.gd").new()
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var batches = preload("res://world/owniverse/object_batches.gd").new(self)
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var ledger = preload("res://world/owniverse/object_ledger.gd").new(self)
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var production = preload("res://world/owniverse/manual_production.gd").new(self)
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var automatic = preload("res://world/owniverse/automatic_production.gd").new(self)
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var stellar = preload("res://world/owniverse/stellar_rules.gd").new(self)
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var life = preload("res://world/owniverse/life_evolution.gd").new(self)
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var environment = preload("res://world/owniverse/universe_environment.gd").new(self)
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var evolution = preload("res://world/owniverse/evolution_coordinator.gd").new(self)
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var civilization_flow = preload("res://world/owniverse/civilization_flow.gd").new(self)
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var profile_enabled: bool = false
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var profile: Dictionary = {}
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## Runtime-only quality controller. It is deliberately not serialized.
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var adaptive_quality: int = 0
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var adaptive_cycle_ema_ms: float = 0.0
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var adaptive_recovery_cycles: int = 0
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var adaptive_generation_phase: int = 0
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func update_adaptive_quality(cycle_usec: int) -> void:
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var cycle_ms: float = float(cycle_usec) / 1000.0
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adaptive_cycle_ema_ms = cycle_ms if adaptive_cycle_ema_ms <= 0.0 else adaptive_cycle_ema_ms * 0.8 + cycle_ms * 0.2
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if adaptive_cycle_ema_ms > 300.0:
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adaptive_quality = 3
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adaptive_recovery_cycles = 0
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elif adaptive_quality >= 2 and adaptive_cycle_ema_ms > 200.0:
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adaptive_quality = 3
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adaptive_recovery_cycles = 0
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elif adaptive_cycle_ema_ms > 220.0:
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adaptive_quality = maxi(adaptive_quality, 2)
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adaptive_recovery_cycles = 0
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elif adaptive_cycle_ema_ms > 200.0:
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adaptive_quality = maxi(adaptive_quality, 1)
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adaptive_recovery_cycles = 0
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elif adaptive_cycle_ema_ms < 140.0:
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adaptive_recovery_cycles += 1
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if adaptive_recovery_cycles >= 30:
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adaptive_quality = maxi(0, adaptive_quality - 1)
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adaptive_recovery_cycles = 0
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else:
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adaptive_recovery_cycles = 0
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if adaptive_quality >= 3:
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adaptive_generation_phase = 1 - adaptive_generation_phase
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func adaptive_timer_usec() -> int:
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return Time.get_ticks_usec() - (frame_budget.waiting_usec if frame_busy and frame_budget != null else 0)
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func profile_start() -> int:
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if not profile_enabled: return 0
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return Time.get_ticks_usec() - (frame_budget.waiting_usec if frame_busy and frame_budget != null else 0)
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func profile_end(section: String, started: int) -> void:
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if not profile_enabled: return
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var sample: Array = profile.get(section, [0, 0])
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sample[0] += profile_start() - started
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sample[1] += 1
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profile[section] = sample
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var state: Dictionary = {
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'version': SimulationTime.STATE_VERSION,
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'time': {'datetime': 0, 'year': 0},
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'speed': 1,
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'speed_in_year': 1,
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'energy': WorldParameters.INITIAL_ENERGY,
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'world_parameters': WorldParameters.defaults(),
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'trends': WorldParameters.trend_defaults(),
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'batches': {},
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'batch_origins': {},
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'binds': {},
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'amount': {},
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'distribution': {},
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'auto_resources': {},
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'auto_star_deficits': {},
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'production_remainders': {},
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'resource_remainders': {'basic': {}, 'automatic': {}},
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'evolution_remainders': {},
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'life_remainders': {},
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'planet_remainders': {},
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'blast_remainders': {},
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'destruction_remainders': {},
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'civilization_remainders': {},
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'civilization_stats': {},
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'civilization_homes': {},
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'ethics': {},
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'stats': {'total_amount': {}},
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}
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var frame_busy: bool = false
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var frame_commits: int = 0
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var frame_clock: Dictionary = {}
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var frame_budget: RefCounted
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var _requested_speed: int = 0
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var _queued_productions: Array = []
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var production_queue_busy: bool = false
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var _production_queue_cancelled: bool = false
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var frame_active_clock: Dictionary = {}
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var _resume_clock: Dictionary = {}
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var frame_elapsed_seconds: float = 0.0
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const frame_step_seconds: float = 0.2
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const production_slice_usec: int = 4000
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## Keep the requested clock advancing while a transaction spans render frames.
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func evolute_frame(delta: float, tree: SceneTree) -> void:
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if not is_finite(delta) or delta < 0.0 or not is_finite(delta * pow(10.0, speed - 1)): return
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if frame_clock.is_empty(): frame_clock = state.time.duplicate()
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frame_clock = SimulationTime.advance(frame_clock, delta, speed)
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frame_elapsed_seconds += delta
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if frame_busy or production_queue_busy: return
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var next_clock: Dictionary = _resume_clock
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if next_clock.is_empty() and not _queued_productions.is_empty():
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_start_production_drain(tree)
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return
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if next_clock.is_empty():
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# Cadence limits starts; each transaction consumes the whole pending interval.
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if frame_elapsed_seconds + 1e-12 < frame_step_seconds: return
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next_clock = frame_clock.duplicate()
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frame_elapsed_seconds = 0.0
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frame_busy = true
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frame_budget = preload("res://world/owniverse/frame_budget.gd").new(tree)
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frame_active_clock = next_clock
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_resume_clock = {}
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evolution.run_frame(frame_active_clock, frame_budget)
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func request_production(id: String, amount: Variant, resource: bool = false) -> bool:
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if frame_busy or production_queue_busy:
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_queued_productions.append({"id": id, "amount": amount, "resource": resource})
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return true
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_apply_production({"id": id, "amount": amount, "resource": resource})
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return false
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func _apply_production(command: Dictionary) -> void:
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if command.resource:
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production.produce_hs(command.id, command.amount)
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else:
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production.produce(command.id, command.amount)
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production_applied.emit(command.id)
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func _start_production_drain(tree: SceneTree) -> void:
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if production_queue_busy or _queued_productions.is_empty(): return
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production_queue_busy = true
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_production_queue_cancelled = false
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_drain_productions(tree)
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func _drain_productions(tree: SceneTree) -> void:
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var keep_alive: Owniverse = self
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while not _queued_productions.is_empty():
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var slice_started: int = Time.get_ticks_usec()
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while not _queued_productions.is_empty() and Time.get_ticks_usec() - slice_started < production_slice_usec:
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var command: Dictionary = _queued_productions.pop_front()
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_apply_production(command)
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if _queued_productions.is_empty(): break
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await tree.process_frame
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if keep_alive._production_queue_cancelled: return
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production_queue_busy = false
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## Persist work requests, never the partially calculated transaction.
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func frame_checkpoint() -> Dictionary:
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return {"requested_clock": frame_clock, "active_clock": frame_active_clock if frame_busy else {}, "speed": speed, "productions": _queued_productions, "elapsed_seconds": frame_elapsed_seconds}
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func restore_frame_checkpoint(checkpoint: Dictionary) -> void:
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frame_clock = checkpoint.get("requested_clock", {})
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_resume_clock = checkpoint.get("active_clock", {})
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var reserved_clock: Dictionary = _resume_clock if not _resume_clock.is_empty() else state.time
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var pending_years: Variant = E.maximum(0, E.subtract(frame_clock.get("datetime", reserved_clock.datetime), reserved_clock.datetime))
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frame_elapsed_seconds = float(checkpoint.get("elapsed_seconds", E.approx(pending_years) / pow(10.0, int(checkpoint.get("speed", state.speed)) - 1)))
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_queued_productions = checkpoint.get("productions", [])
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if _resume_clock.is_empty():
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speed = checkpoint.get("speed", state.speed)
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else:
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_requested_speed = checkpoint.get("speed", state.speed)
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func finish_frame() -> void:
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frame_busy = false
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frame_commits += 1
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if _requested_speed != 0:
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speed = _requested_speed
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_requested_speed = 0
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if not _queued_productions.is_empty():
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_start_production_drain(frame_budget.tree)
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func _notification(what: int) -> void:
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if what == NOTIFICATION_PREDELETE:
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_production_queue_cancelled = true
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if frame_budget != null:
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frame_budget.cancelled = true
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var speed: int :
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get:
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return _requested_speed if _requested_speed != 0 else state.speed
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set(value):
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if frame_busy:
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_requested_speed = clampi(value, 1, Global.SPEED_LIMIT)
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return
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state.speed = clampi(value, 1, Global.SPEED_LIMIT)
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state.speed_in_year = E.power(10, E.subtract(state.speed, 1))
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func evolute(delta: Variant) -> void:
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if not E.finite(delta) or E.approx(delta) <= 0.0 or E.approx(delta) * E.approx(state.speed_in_year) >= 1e27:
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return
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var clock: Dictionary = SimulationTime.advance(state.time, E.approx(delta), speed)
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if not E.finite(clock.datetime): return
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evolution.evolute_to_datetime(clock.datetime, clock)
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