131 lines
4.1 KiB
GDScript
131 lines
4.1 KiB
GDScript
extends Node2D
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class_name Scene
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const gs = preload("res://GameScript.gd")
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#@onready var gamescript: gs = %GameScript
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@onready var ScriptBuilder = $GameScript
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@onready var map = NavigationServer2D.map_create()
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@onready var region = NavigationServer2D.region_create()
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@export var camera:Camera2D
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@onready var pathfind = $pathfind
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var ego
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signal transitioned(Scene)
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@export var background_scale = 1.0
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var start_scale_point : ScalePoint
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var end_scale_point : ScalePoint
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@export var starting_point: Vector2
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func _ready():
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ScriptBuilder =get_node("/root/Node2D/GameScript")
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NavigationServer2D.region_set_navigation_polygon(region, $pathfind.navigation_polygon)
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NavigationServer2D.region_set_map(region, map)
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NavigationServer2D.map_set_active(map, true)
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var graham = load("res://Ego.tscn").instantiate()
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if starting_point:
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graham.position = starting_point
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else:
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if find_child("default-starting-point"):
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graham.position = find_child("default-starting-point").position
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add_child(graham)
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ego = graham
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#ego.find_node("AnimationPlayer").play("west")
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#ego.find_node("AnimationPlayer").stop()
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self.start_scale_point = $StartScalePoint
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self.end_scale_point = $EndScalePoint
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camera = get_viewport().get_camera_2d()
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# Called every frame. 'delhideta' is the elapsed time since the previous frame.
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func _process(delta):
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#print(ScriptBuilder.current_script)
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if ScriptBuilder and ScriptBuilder.current_script:
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ScriptBuilder.current_script.step(delta, get_node("/root/Node2D"))
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#func ego_scale(ego:Node2D):
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#
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#var value_sum = 0.0
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#var weight_sum = 0.0
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#
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#if $Graham and $Graham.position:
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#for c in get_children():
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#if c is ScalePoint:
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#var weight = 1.0 / $Graham.position.distance_to(c.position)
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#weight_sum += weight
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#var value = c.target_scale * weight
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#value_sum += value
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#return value_sum / weight_sum
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#else:
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#return 1.0
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func ego_scale(ego:Node2D):
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if start_scale_point and end_scale_point:
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return remap(ego.position.y, start_scale_point.position.y, end_scale_point.position.y, start_scale_point.target_scale, end_scale_point.target_scale)
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return 1.0
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# var scale_points=[]
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# var total_distance = 0.0
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# for c in get_children():
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# if c is ScalePoint:
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# scale_points.append(c)
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# total_distance += ego.position.distance_to(c.position)
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#
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# var inverse_distance_influence = []
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# for p in scale_points:
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# inverse_distance_influence.append ([ego.position.distance_to(p.position) / total_distance, p.target_scale])
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#
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# inverse_distance_influence.sort()
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# var target_scale = 0.0
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# var remaining = 1.0
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# var should_print = rand_range(0.0, 20.0) <= 0.1
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# for p in inverse_distance_influence:
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# var weight = (1.0 - p[0]) * remaining
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# remaining -= weight
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# target_scale += weight * p[1]
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# if should_print:
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# print("weight:", weight, " scale:", p[1])
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# if should_print:
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# print("")
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## inverse_distance_influence.append(z)
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#
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#
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# return target_scale
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#
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#var start = ego.position.distance_to(start_scale_point.position)
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#var end = ego.position.distance_to(end_scale_point.position)
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#var magnitude = sqrt((start*start) + (end*end))
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#var start_influence = 1.0 - start/magnitude
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#var end_influence = 1.0 - end/magnitude
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#var start_influence = range_lerp(start * start, 0.0, smallest_influence * smallest_influence, 1.0, 0.0)
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#var end_influence = range_lerp(end * end, 0.0, smallest_influence * smallest_influence, 1.0, 0.0)
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#print ( "start:", start_influence, " end:", end_influence)
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func _on_script_complete():
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ScriptBuilder.current_script = null
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func start_main_script(s):
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if ScriptBuilder.current_script and ScriptBuilder.current_script.interrupt():
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ScriptBuilder.current_script = s
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if not ScriptBuilder.current_script:
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ScriptBuilder.current_script = s
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func _unhandled_input(event):
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if event is InputEventMouseButton and event.is_pressed():
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print (ego.position, pathfind.to_local(get_global_mouse_position()))
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var path = NavigationServer2D.map_get_path(map, ego.position, pathfind.to_local(get_global_mouse_position()), true)
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start_main_script(ScriptBuilder.init(ScriptBuilder.walk_path(ego, path)).can_interrupt().build(self, "_on_script_complete"))
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pass
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