immersive-home/content/ui/components/slider/slider.gd
2023-11-29 00:16:25 +01:00

152 lines
3.5 KiB
GDScript

@tool
extends Node3D
class_name Slider3D
@export var min: float = 0.0:
set(new_value):
min = new_value
if value < min: value = min
if !is_node_ready(): await ready
_update_slider()
@export var max: float = 1.0:
set(new_value):
max = new_value
if value > max: value = max
if !is_node_ready(): await ready
_update_slider()
@export var value: float = 0.2:
set(new_value):
value = roundi(clamp(new_value, min, max) / step) * step
if !is_node_ready(): await ready
label.text = str(value) + " " + label_unit
on_value_changed.emit(value)
_update_slider()
@export var step: float = 0.01
@export var show_label: bool = false:
set(value):
show_label = value
if !is_node_ready(): await ready
label.visible = show_label
@export var label_unit: String = "":
set(new_value):
label_unit = new_value
if !is_node_ready(): await ready
label.text = str(value) + " " + label_unit
@export var size: Vector3 = Vector3(0.2, 0.01, 0.02): # Warning, units are in cm
set(value):
size = value
if !is_node_ready(): await ready
_update_shape()
@export var cutout_border: float = 0.02:
set(value):
cutout_border = value
if !is_node_ready(): await ready
_update_shape()
@export var cutout_depth: float = 0.05:
set(value):
cutout_depth = value
if !is_node_ready(): await ready
_update_shape()
@onready var outside_rod: CSGBox3D = $Rod/Outside
@onready var cutout: CSGCombiner3D = $Rod/Cutout
@onready var cutout_box: CSGBox3D = $Rod/Cutout/Length
@onready var cutout_end_left: CSGCylinder3D = $Rod/Cutout/EndLeft
@onready var cutout_end_right: CSGCylinder3D = $Rod/Cutout/EndRight
@onready var label: Label3D = $Label
@onready var slider_knob: MeshInstance3D = $Knob
signal on_value_changed(value: float)
var move_plane: Plane
func _ready():
_update_shape()
move_plane = Plane(Vector3.UP, Vector3(0, size.y / 200, 0))
func _on_press_down(event: EventPointer):
_handle_press(event)
func _on_press_move(event: EventPointer):
_handle_press(event)
func _get_slider_min_max():
var cutout_radius = (size.z - cutout_border * 2) / 2
return Vector2(-size.x / 2 + cutout_border + cutout_radius, size.x / 2 - cutout_border - cutout_radius) / 100
func _handle_press(event: EventPointer):
var ray_pos = event.ray.global_position
var ray_dir = -event.ray.global_transform.basis.z
var local_pos = to_local(ray_pos)
var local_dir = global_transform.basis.inverse() * ray_dir
var click_pos = move_plane.intersects_ray(local_pos, local_dir)
if click_pos == null:
return
var min_max = _get_slider_min_max()
var pos_x = clamp(click_pos.x, min_max.x, min_max.y)
var click_percent = inverse_lerp(min_max.x, min_max.y, pos_x)
value = lerp(min, max, click_percent)
_update_slider()
func _update_slider():
var min_max = _get_slider_min_max()
var click_percent = inverse_lerp(min, max, value)
slider_knob.position.x = lerp(min_max.x, min_max.y, click_percent)
func _update_shape():
outside_rod.size = size
var cutout_width = size.z - cutout_border * 2
cutout_box.size = Vector3(
size.x - cutout_border * 2 - (cutout_width),
cutout_depth,
cutout_width
)
cutout.position = Vector3(
0,
size.y / 2 - cutout_depth / 2 + 0.001,
0
)
cutout_end_left.radius = cutout_box.size.z / 2
cutout_end_right.radius = cutout_box.size.z / 2
cutout_end_left.height = cutout_depth
cutout_end_right.height = cutout_depth
cutout_end_left.position = Vector3(
-cutout_box.size.x / 2,
0,
0
)
cutout_end_right.position = Vector3(
cutout_box.size.x / 2,
0,
0
)
label.position = Vector3(
size.x / 200 + 0.005,
0,
0
)