fac3327c22
Refactors projectile spawning to allow for customized spawn locations and stat assignment. Applies modifiers to projectiles at the time of spawning, enabling dynamic adjustments to projectile behavior.
55 lines
No EOL
1.6 KiB
GDScript
55 lines
No EOL
1.6 KiB
GDScript
extends Node2D
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class_name LightningBolt
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var goal_point: Vector2 = Vector2(100, 100)
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var min_segment_size: float = 2
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var max_segment_size: float = 10
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var points: Array = []
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var emitting = true
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var final_goal: Vector2
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@export var angle_var: float = 15
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@onready var line: Line2D = $Line2D
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#@onready var particles: CPUParticles2D = $Particles
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func _ready():
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line.width = 2
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final_goal = goal_point - global_position
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$Timer.start(randf_range(0.1, 0.5))
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func _on_timer_timeout():
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if (points.size() > 0):
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points.pop_front()
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line.points = points
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#Small variation for more organic look:
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$Timer.start(0.002 + randf_range(-0.001, 0.001))
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elif (emitting):
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update_points()
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line.points = points
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$Timer.start(0.1 + randf_range(-0.02, 0.1))
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func update_points():
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final_goal = goal_point - global_position
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var curr_line_len = 0
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points = [Vector2()]
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var start_point = Vector2()
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# Adjust segment size based on the distance to goal
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var distance_to_goal = Vector2().distance_to(final_goal)
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min_segment_size = max(distance_to_goal / 40, 1)
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max_segment_size = min(distance_to_goal / 20, 10)
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while (curr_line_len < distance_to_goal):
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var move_vector = start_point.direction_to(final_goal) * randf_range(min_segment_size, max_segment_size)
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var new_point = start_point + move_vector
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var new_point_rotated = start_point + move_vector.rotated(deg_to_rad(randf_range(-angle_var, angle_var)))
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points.append(new_point_rotated)
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start_point = new_point
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curr_line_len = start_point.length()
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points.append(final_goal)
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#particles.position = final_goal
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func set_line_width(amount):
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line.width = amount |