├── LICENSE ├── LOD_Mesh.tscn ├── Main.tscn ├── Player.tscn ├── README.md ├── default_env.tres ├── font ├── license.txt ├── read me.txt └── rm_almanack.ttf ├── icon.png ├── icon.png.import ├── meshes ├── FPC_Base_Mesh.dae ├── FPC_Base_Mesh.dae.import ├── LOD_mesh_00.obj ├── LOD_mesh_00.obj.import ├── LOD_mesh_01.obj ├── LOD_mesh_01.obj.import ├── LOD_mesh_02.obj └── LOD_mesh_02.obj.import ├── project.godot ├── scripts ├── LOD_Mesh.gd └── player_scripts │ ├── DEBUG_Elements │ ├── Coll_Sphere.gd │ └── Pos_Visual_Axis.gd │ ├── GUI_Elements │ ├── Crosshair.gd │ ├── DEBUG.gd │ └── Debug_Label.gd │ └── Player.gd └── textures └── HUD ├── crosshair.png ├── crosshair.png.import ├── crosshair_usable.png └── crosshair_usable.png.import /LICENSE: -------------------------------------------------------------------------------- 1 | MIT License 2 | 3 | Copyright (c) 2019 James Russell 4 | 5 | Permission is hereby granted, free of charge, to any person obtaining a copy 6 | of this software and associated documentation files (the "Software"), to deal 7 | in the Software without restriction, including without limitation the rights 8 | to use, copy, modify, merge, publish, distribute, sublicense, and/or sell 9 | copies of the Software, and to permit persons to whom the Software is 10 | furnished to do so, subject to the following conditions: 11 | 12 | The above copyright notice and this permission notice shall be included in all 13 | copies or substantial portions of the Software. 14 | 15 | THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR 16 | IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, 17 | FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE 18 | AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER 19 | LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, 20 | OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE 21 | SOFTWARE. 22 | -------------------------------------------------------------------------------- /LOD_Mesh.tscn: -------------------------------------------------------------------------------- 1 | [gd_scene load_steps=8 format=2] 2 | 3 | [ext_resource path="res://scripts/LOD_Mesh.gd" type="Script" id=1] 4 | [ext_resource path="res://meshes/LOD_mesh_00.obj" type="ArrayMesh" id=2] 5 | [ext_resource path="res://meshes/LOD_mesh_01.obj" type="ArrayMesh" id=3] 6 | [ext_resource path="res://meshes/LOD_mesh_02.obj" type="ArrayMesh" id=4] 7 | 8 | 9 | [sub_resource type="SpatialMaterial" id=1] 10 | 11 | albedo_color = Color( 0.117647, 0.223529, 0.905882, 1 ) 12 | roughness = 0.3 13 | 14 | [sub_resource type="SpatialMaterial" id=2] 15 | 16 | albedo_color = Color( 0.752941, 0.705882, 0.0156863, 1 ) 17 | roughness = 0.3 18 | 19 | [sub_resource type="SpatialMaterial" id=3] 20 | 21 | albedo_color = Color( 0.890196, 0, 0, 1 ) 22 | roughness = 0.3 23 | 24 | [node name="LOD_Mesh" type="Spatial" groups=[ 25 | "LOD", 26 | ]] 27 | script = ExtResource( 1 ) 28 | 29 | [node name="00" type="MeshInstance" parent="."] 30 | transform = Transform( 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0.00926125, 0.256854 ) 31 | visible = false 32 | use_in_baked_light = true 33 | mesh = ExtResource( 2 ) 34 | material/0 = SubResource( 1 ) 35 | 36 | [node name="01" type="MeshInstance" parent="."] 37 | visible = false 38 | use_in_baked_light = true 39 | mesh = ExtResource( 3 ) 40 | material/0 = SubResource( 2 ) 41 | 42 | [node name="02" type="MeshInstance" parent="."] 43 | use_in_baked_light = true 44 | mesh = ExtResource( 4 ) 45 | material/0 = SubResource( 3 ) 46 | 47 | -------------------------------------------------------------------------------- /Player.tscn: -------------------------------------------------------------------------------- 1 | [gd_scene load_steps=13 format=2] 2 | 3 | [ext_resource path="res://scripts/player_scripts/Player.gd" type="Script" id=1] 4 | [ext_resource path="res://textures/HUD/crosshair.png" type="Texture" id=2] 5 | [ext_resource path="res://scripts/player_scripts/GUI_Elements/Crosshair.gd" type="Script" id=3] 6 | [ext_resource path="res://textures/HUD/crosshair_usable.png" type="Texture" id=4] 7 | [ext_resource path="res://scripts/player_scripts/GUI_Elements/DEBUG.gd" type="Script" id=5] 8 | [ext_resource path="res://font/rm_almanack.ttf" type="DynamicFontData" id=6] 9 | [ext_resource path="res://scripts/player_scripts/GUI_Elements/Debug_Label.gd" type="Script" id=7] 10 | 11 | [sub_resource type="ArrayMesh" id=1] 12 | 13 | resource_name = "Plane" 14 | surfaces/0 = { 15 | "aabb": AABB( -0.691102, -0.9, -0.256339, 1.3822, 1.8, 0.456339 ), 16 | "array_data": PoolByteArray( 185, 178, 51, 187, 102, 178, 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use_mipmaps = true 41 | use_filter = true 42 | font_data = ExtResource( 6 ) 43 | 44 | [sub_resource type="DynamicFont" id=5] 45 | 46 | size = 32 47 | use_mipmaps = true 48 | use_filter = true 49 | font_data = ExtResource( 6 ) 50 | 51 | [node name="Player" type="KinematicBody"] 52 | collision/safe_margin = 0.01 53 | script = ExtResource( 1 ) 54 | 55 | [node name="FPC_Base_Mesh" type="MeshInstance" parent="."] 56 | layers = 524288 57 | mesh = SubResource( 1 ) 58 | material/0 = SubResource( 2 ) 59 | 60 | [node name="Shape_Capsule" type="CollisionShape" parent="."] 61 | transform = Transform( 1, 0, 0, 0, -1.62921e-07, 1, 0, -1, -1.62921e-07, 0, 0, 0 ) 62 | shape = SubResource( 3 ) 63 | 64 | [node name="Camera_Main" type="Camera" parent="."] 65 | transform = Transform( 1, 0, 0, 0, 1, 0, 0, 0, 1, 0, 0.7, 0 ) 66 | cull_mask = 524287 67 | far = 256.0 68 | 69 | [node name="Camera2D" type="Camera2D" parent="."] 70 | z_index = 128 71 | anchor_mode = 0 72 | drag_margin_h_enabled = false 73 | drag_margin_v_enabled = false 74 | 75 | [node name="Crosshair" type="TextureRect" parent="Camera2D"] 76 | anchor_left = 0.5 77 | anchor_top = 0.5 78 | anchor_right = 0.5 79 | anchor_bottom = 0.5 80 | margin_left = -32.0 81 | margin_top = 430.0 82 | margin_right = 224.0 83 | margin_bottom = 686.0 84 | mouse_filter = 2 85 | texture = ExtResource( 2 ) 86 | expand = true 87 | script = ExtResource( 3 ) 88 | 89 | [node name="Crosshair_Useable" type="TextureRect" parent="Camera2D/Crosshair"] 90 | anchor_left = 0.5 91 | anchor_top = 0.5 92 | anchor_right = 0.5 93 | anchor_bottom = 0.5 94 | margin_left = -128.0 95 | margin_top = -128.0 96 | margin_right = 128.0 97 | margin_bottom = 128.0 98 | mouse_filter = 2 99 | texture = ExtResource( 4 ) 100 | expand = true 101 | 102 | [node name="DEBUG" type="Control" parent="Camera2D"] 103 | margin_right = 40.0 104 | margin_bottom = 40.0 105 | mouse_filter = 2 106 | script = ExtResource( 5 ) 107 | 108 | [node name="Debug_Label" type="Label" parent="Camera2D/DEBUG"] 109 | margin_left = 8.0 110 | margin_top = 8.0 111 | margin_right = 264.0 112 | margin_bottom = 72.0 113 | custom_fonts/font = SubResource( 6 ) 114 | custom_colors/font_color = Color( 1, 1, 1, 1 ) 115 | custom_colors/font_color_shadow = Color( 0, 0, 0, 1 ) 116 | text = "-------" 117 | script = ExtResource( 7 ) 118 | 119 | [node name="Intruction_Label" type="Label" parent="Camera2D/DEBUG"] 120 | margin_left = 757.922 121 | margin_top = 9.14935 122 | margin_right = 1064.92 123 | margin_bottom = 210.149 124 | custom_fonts/font = SubResource( 5 ) 125 | custom_colors/font_color = Color( 1, 1, 1, 1 ) 126 | custom_colors/font_color_shadow = Color( 0, 0, 0, 1 ) 127 | text = "Controls: 128 | W/S: Forward/Backward 129 | A/D: Left/Right 130 | Shift + WASD: Run 131 | Mouse movement: Look around. 132 | Space/RMB: Jump 133 | F3: Toggle LOD script execution. 134 | Esc: Quit program." 135 | script = ExtResource( 7 ) 136 | 137 | -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | # Simple LOD Example project for Godot 3.1 2 | 3 | You can use the code however you like. -------------------------------------------------------------------------------- /default_env.tres: -------------------------------------------------------------------------------- 1 | [gd_resource type="Environment" load_steps=2 format=2] 2 | 3 | [sub_resource type="ProceduralSky" id=1] 4 | 5 | 6 | [resource] 7 | 8 | background_mode = 2 9 | background_sky = SubResource( 1 ) 10 | 11 | -------------------------------------------------------------------------------- /font/license.txt: -------------------------------------------------------------------------------- 1 | The FontStruction “RM Almanack” 2 | (http://fontstruct.fontshop.com/fontstructions/show/285372) by Ray Meadows is 3 | licensed under a Creative Commons Attribution No Derivatives license 4 | (http://creativecommons.org/licenses/by-nd/3.0/). 5 | -------------------------------------------------------------------------------- /font/read me.txt: -------------------------------------------------------------------------------- 1 | The font file in this archive was created using Fontstruct the free, online 2 | font-building tool from FontShop International. 3 | This font was created by Ray Meadows. 4 | This font has a homepage where this archive and other versions may be found: 5 | http://fontstruct.fontshop.com/fontstructions/show/285372 6 | 7 | Try Fontstruct at http://fontstruct.fontshop.com 8 | It’s easy and it’s fun. 9 | 10 | NOTE FOR FLASH USERS: Fontstruct fonts (fontstructions) are optimized for 11 | Flash. If the font in this archive is a pixel font, it is best displayed at a 12 | font-size of 128. 13 | 14 | Fontstruct is brought to you by FontShop. 15 | Visit us at http://www.fontshop.com 16 | FontShop is the original independent font retailer. We’ve been around since 17 | the dawn of digital type. Whether you need the right font or need to create the 18 | right font from scratch, let our 19 years of experience work for you. 19 | 20 | Fontstruct is copyright ©2010 Fontshop FSI and Rob Meek 21 | Fontstruct was created for FontShop International by Rob Meek 22 | (http://www.robmeek.com). 23 | 24 | LEGAL NOTICE: 25 | In using this font you must comply with the licensing terms described in the 26 | file “license.txt” included with this archive. 27 | If you redistribute the font file in this archive, it must be accompanied by 28 | all the other files from this archive, including this one. 29 | -------------------------------------------------------------------------------- /font/rm_almanack.ttf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/leiget/LOD-Simple-Example/d84b5e87fc58858f2accfcc3aaa404baba280f6e/font/rm_almanack.ttf -------------------------------------------------------------------------------- /icon.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/leiget/LOD-Simple-Example/d84b5e87fc58858f2accfcc3aaa404baba280f6e/icon.png -------------------------------------------------------------------------------- /icon.png.import: -------------------------------------------------------------------------------- 1 | [remap] 2 | 3 | importer="texture" 4 | type="StreamTexture" 5 | path="res://.import/icon.png-487276ed1e3a0c39cad0279d744ee560.stex" 6 | 7 | [deps] 8 | 9 | source_file="res://icon.png" 10 | dest_files=[ "res://.import/icon.png-487276ed1e3a0c39cad0279d744ee560.stex" ] 11 | 12 | [params] 13 | 14 | compress/mode=0 15 | compress/lossy_quality=0.7 16 | compress/hdr_mode=0 17 | compress/bptc_ldr=0 18 | compress/normal_map=0 19 | flags/repeat=0 20 | flags/filter=true 21 | flags/mipmaps=false 22 | flags/anisotropic=false 23 | flags/srgb=2 24 | process/fix_alpha_border=true 25 | process/premult_alpha=false 26 | process/HDR_as_SRGB=false 27 | process/invert_color=false 28 | stream=false 29 | size_limit=0 30 | detect_3d=true 31 | svg/scale=1.0 32 | -------------------------------------------------------------------------------- /meshes/FPC_Base_Mesh.dae: -------------------------------------------------------------------------------- 1 | 2 | 3 | 4 | 5 | Anonymous 6 | Collada Exporter for Blender 2.6+, by Juan Linietsky (juan@codenix.com) 7 | 8 | 2018-02-11T14:14:11Z 9 | 2018-02-11T14:14:11Z 10 | 11 | Z_UP 12 | 13 | 14 | 15 | 16 | 17 | -0.21016186475753784 0.20000006258487701 -0.8999999761581421 0.2101619839668274 -0.19999991357326508 -0.8999999761581421 -0.21016186475753784 -0.20000006258487701 -0.8999999761581421 -0.386804461479187 -0.2000001072883606 0.40122291445732117 -0.5771191120147705 0.11360997706651688 0.3595091700553894 -0.577118992805481 -0.13078661262989044 0.33251795172691345 0.3868045508861542 -0.1999998688697815 0.40122291445732117 -0.386804461479187 -0.2000001072883606 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-------------------------------------------------------------------------------- /meshes/LOD_mesh_00.obj.import: -------------------------------------------------------------------------------- 1 | [remap] 2 | 3 | importer="wavefront_obj" 4 | type="Mesh" 5 | path="res://.import/LOD_mesh_00.obj-b8dd9097342e631ee0661041eb9b6205.mesh" 6 | 7 | [deps] 8 | 9 | files=[ "res://.import/LOD_mesh_00.obj-b8dd9097342e631ee0661041eb9b6205.mesh" ] 10 | 11 | source_file="res://meshes/LOD_mesh_00.obj" 12 | dest_files=[ "res://.import/LOD_mesh_00.obj-b8dd9097342e631ee0661041eb9b6205.mesh", "res://.import/LOD_mesh_00.obj-b8dd9097342e631ee0661041eb9b6205.mesh" ] 13 | 14 | [params] 15 | 16 | generate_tangents=true 17 | scale_mesh=Vector3( 1, 1, 1 ) 18 | optimize_mesh=true 19 | -------------------------------------------------------------------------------- /meshes/LOD_mesh_01.obj.import: -------------------------------------------------------------------------------- 1 | [remap] 2 | 3 | importer="wavefront_obj" 4 | type="Mesh" 5 | path="res://.import/LOD_mesh_01.obj-bd2e13fca82605fd1111ee91007e8796.mesh" 6 | 7 | [deps] 8 | 9 | files=[ "res://.import/LOD_mesh_01.obj-bd2e13fca82605fd1111ee91007e8796.mesh" ] 10 | 11 | source_file="res://meshes/LOD_mesh_01.obj" 12 | dest_files=[ "res://.import/LOD_mesh_01.obj-bd2e13fca82605fd1111ee91007e8796.mesh", "res://.import/LOD_mesh_01.obj-bd2e13fca82605fd1111ee91007e8796.mesh" ] 13 | 14 | [params] 15 | 16 | generate_tangents=true 17 | scale_mesh=Vector3( 1, 1, 1 ) 18 | optimize_mesh=true 19 | -------------------------------------------------------------------------------- /meshes/LOD_mesh_02.obj: -------------------------------------------------------------------------------- 1 | # Blender v2.79 (sub 0) OBJ File: 'DOF_mesh.blend' 2 | # www.blender.org 3 | o 02_Plane 4 | v 0.308715 0.106441 0.907532 5 | v 0.224224 0.686178 0.572820 6 | v 0.841654 1.201188 0.275479 7 | v 0.779911 1.022836 -0.363073 8 | v 0.623929 0.161307 0.275479 9 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-------------------------------------------------------------------------------- /meshes/LOD_mesh_02.obj.import: -------------------------------------------------------------------------------- 1 | [remap] 2 | 3 | importer="wavefront_obj" 4 | type="Mesh" 5 | path="res://.import/LOD_mesh_02.obj-30e8a9395a67b0465e9e81a3f87261d2.mesh" 6 | 7 | [deps] 8 | 9 | files=[ "res://.import/LOD_mesh_02.obj-30e8a9395a67b0465e9e81a3f87261d2.mesh" ] 10 | 11 | source_file="res://meshes/LOD_mesh_02.obj" 12 | dest_files=[ "res://.import/LOD_mesh_02.obj-30e8a9395a67b0465e9e81a3f87261d2.mesh", "res://.import/LOD_mesh_02.obj-30e8a9395a67b0465e9e81a3f87261d2.mesh" ] 13 | 14 | [params] 15 | 16 | generate_tangents=true 17 | scale_mesh=Vector3( 1, 1, 1 ) 18 | optimize_mesh=true 19 | -------------------------------------------------------------------------------- /project.godot: -------------------------------------------------------------------------------- 1 | ; Engine configuration file. 2 | ; It's best edited using the editor UI and not directly, 3 | ; since the parameters that go here are not all obvious. 4 | ; 5 | ; Format: 6 | ; [section] ; section goes between [] 7 | ; param=value ; assign values to parameters 8 | 9 | config_version=4 10 | 11 | _global_script_classes=[ ] 12 | _global_script_class_icons={ 13 | 14 | } 15 | 16 | [application] 17 | 18 | config/name="LOD Simple Example" 19 | run/main_scene="res://Main.tscn" 20 | config/icon="res://icon.png" 21 | 22 | [display] 23 | 24 | window/vsync/use_vsync=false 25 | 26 | [input] 27 | 28 | Player_FW={ 29 | "deadzone": 0.5, 30 | "events": [ Object(InputEventKey,"resource_local_to_scene":false,"resource_name":"","device":0,"alt":false,"shift":false,"control":false,"meta":false,"command":false,"pressed":false,"scancode":87,"unicode":0,"echo":false,"script":null) 31 | ] 32 | } 33 | Player_BW={ 34 | "deadzone": 0.5, 35 | "events": [ Object(InputEventKey,"resource_local_to_scene":false,"resource_name":"","device":0,"alt":false,"shift":false,"control":false,"meta":false,"command":false,"pressed":false,"scancode":83,"unicode":0,"echo":false,"script":null) 36 | ] 37 | } 38 | Player_Left={ 39 | "deadzone": 0.5, 40 | "events": [ Object(InputEventKey,"resource_local_to_scene":false,"resource_name":"","device":0,"alt":false,"shift":false,"control":false,"meta":false,"command":false,"pressed":false,"scancode":65,"unicode":0,"echo":false,"script":null) 41 | ] 42 | } 43 | Player_Right={ 44 | "deadzone": 0.5, 45 | "events": [ Object(InputEventKey,"resource_local_to_scene":false,"resource_name":"","device":0,"alt":false,"shift":false,"control":false,"meta":false,"command":false,"pressed":false,"scancode":68,"unicode":0,"echo":false,"script":null) 46 | ] 47 | } 48 | Player_Jump={ 49 | "deadzone": 0.5, 50 | "events": [ Object(InputEventKey,"resource_local_to_scene":false,"resource_name":"","device":0,"alt":false,"shift":false,"control":false,"meta":false,"command":false,"pressed":false,"scancode":32,"unicode":0,"echo":false,"script":null) 51 | , Object(InputEventMouseButton,"resource_local_to_scene":false,"resource_name":"","device":0,"alt":false,"shift":false,"control":false,"meta":false,"command":false,"button_mask":0,"position":Vector2( 0, 0 ),"global_position":Vector2( 0, 0 ),"factor":1.0,"button_index":2,"pressed":false,"doubleclick":false,"script":null) 52 | ] 53 | } 54 | Player_Shift={ 55 | "deadzone": 0.5, 56 | "events": [ Object(InputEventKey,"resource_local_to_scene":false,"resource_name":"","device":0,"alt":false,"shift":false,"control":false,"meta":false,"command":false,"pressed":false,"scancode":16777237,"unicode":0,"echo":false,"script":null) 57 | ] 58 | } 59 | Player_Use={ 60 | "deadzone": 0.5, 61 | "events": [ Object(InputEventKey,"resource_local_to_scene":false,"resource_name":"","device":0,"alt":false,"shift":false,"control":false,"meta":false,"command":false,"pressed":false,"scancode":69,"unicode":0,"echo":false,"script":null) 62 | ] 63 | } 64 | LOD_Process={ 65 | "deadzone": 0.5, 66 | "events": [ Object(InputEventKey,"resource_local_to_scene":false,"resource_name":"","device":0,"alt":false,"shift":false,"control":false,"meta":false,"command":false,"pressed":false,"scancode":16777246,"unicode":0,"echo":false,"script":null) 67 | ] 68 | } 69 | 70 | [rendering] 71 | 72 | quality/directional_shadow/size=2048 73 | quality/directional_shadow/size.mobile=1024 74 | environment/default_environment="res://default_env.tres" 75 | -------------------------------------------------------------------------------- /scripts/LOD_Mesh.gd: -------------------------------------------------------------------------------- 1 | extends Spatial 2 | 3 | var Distance = 0 4 | 5 | var Dist_01 = 10 6 | var Dist_02 = 20 7 | 8 | func _ready(): 9 | get_tree().get_root().get_node("Main").LOD_Number += 1 10 | 11 | $"00".visible = true 12 | $"01".visible = false 13 | $"02".visible = false 14 | 15 | set_physics_process(true) 16 | get_tree().get_root().get_node("Main").LOD_Process_Active = true 17 | 18 | func _physics_process(delta): 19 | Distance = self.global_transform.origin.distance_to( get_tree().get_root().get_node("Main/Player").get_global_transform().origin ) 20 | 21 | if Distance > Dist_01 and Distance < Dist_02: 22 | $"00".visible = false 23 | $"01".visible = true 24 | $"02".visible = false 25 | elif Distance > Dist_02: 26 | $"00".visible = false 27 | $"01".visible = false 28 | $"02".visible = true 29 | else: 30 | $"00".visible = true 31 | $"01".visible = false 32 | $"02".visible = false -------------------------------------------------------------------------------- /scripts/player_scripts/DEBUG_Elements/Coll_Sphere.gd: -------------------------------------------------------------------------------- 1 | # This is a sphere to visualize the slide collisions in the player's character script. 2 | 3 | # Extend the current nodes functionality. 4 | extends ImmediateGeometry 5 | 6 | # This number is set in the "Init_Script.gd" script attached to the main node in "Main.tscn". 7 | # This node is instanced several times, according to the number of maximum slides the player has, 8 | # which is set in the "MaxSlides" variable inside the player script. 9 | # Each time this node is instanced, this variable below is assigned its own number to corrisond 10 | # with the slide it's going to visualize. 11 | var Array_Element_Number = null 12 | 13 | ################################################################ 14 | # READY 15 | ################################################################ 16 | func _ready(): 17 | # Create a line primitive that has a small sphere with a line going through it, top to bottom. 18 | begin(Mesh.PRIMITIVE_LINES, null) 19 | add_vertex(Vector3(0.0, -0.1, 0.0)) 20 | add_vertex(Vector3(0.0, 0.1, 0.0)) 21 | add_sphere(4, 8, 0.005, false) 22 | end() 23 | 24 | ################################################################ 25 | # FUNCTIONS 26 | ################################################################ 27 | # Coll_Sphere_Show(SlideNumber, Pos_Vec3) 28 | # Sets the position of a collision sphere according to the slide number being calculated inside the kinematic character 29 | # script that is calling this function. 30 | # "SlideNumber" is the slide number inside the kinematic character script that needs to be shown. 31 | # So if you have a for loop that says "for Slide in range(get_slide_count()):" inside the character script, you would use 32 | # "Slide" as this argument to visualize that specific slide. 33 | # "Pos_Vec3" is the position of the slide. Use "get_slide_collision(Slide).position" to get the position of that specific slide. 34 | func Coll_Sphere_Show(SlideNumber, Pos_Vec3): 35 | #If the current slide 36 | if(SlideNumber == Array_Element_Number): 37 | self.global_transform.origin = Pos_Vec3 38 | -------------------------------------------------------------------------------- /scripts/player_scripts/DEBUG_Elements/Pos_Visual_Axis.gd: -------------------------------------------------------------------------------- 1 | # Position visualization. 2 | # For whenever you want to visualize where a 3D position 3 | 4 | #Extend the current nodes functionality. 5 | extends ImmediateGeometry 6 | 7 | ################################################################ 8 | # READY 9 | ################################################################ 10 | func _ready(): 11 | #Create axis lines. 12 | begin(Mesh.PRIMITIVE_LINES) 13 | add_vertex(Vector3(0.0, -0.5, 0.0)) 14 | add_vertex(Vector3(0.0, 0.5, 0.0)) 15 | add_vertex(Vector3(0.5, 0.0, 0.0)) 16 | add_vertex(Vector3(-0.5, 0.0, 0.0)) 17 | add_vertex(Vector3(0.0, 0.0, 0.5)) 18 | add_vertex(Vector3(0.0, 0.0, -0.5)) 19 | end() 20 | 21 | #Connect this node to the player node's axis rendering function. 22 | get_tree().get_root().get_child(0).get_node("Player").connect("Render_Pos", self, "Set_Position") 23 | 24 | ################################################################ 25 | # FUNCTIONS 26 | ################################################################ 27 | # Set_Position(Vec3_Pos) 28 | # Sets the position of the axis node according to the 3D vector specified. 29 | func Set_Position(Vec3_Pos): 30 | #Set position of attached node according to the 3D vector specified. 31 | self.transform.origin = Vec3_Pos 32 | -------------------------------------------------------------------------------- /scripts/player_scripts/GUI_Elements/Crosshair.gd: -------------------------------------------------------------------------------- 1 | # Extend the current nodes functionality. 2 | extends TextureRect 3 | 4 | func _ready(): 5 | #Initialize the crosshair position by simply calling the function that is used when the viewport size changes. 6 | ViewportSizeChanged() 7 | 8 | #Connect the appropriate function to the main viewport root node's "size_changed()" function, so when the viewport 9 | # size is changed we can center and resize the crosshair. 10 | get_tree().get_root().connect("size_changed", self, "ViewportSizeChanged") 11 | 12 | func ViewportSizeChanged(): 13 | #In most cases I usually don't like to create variables in a function. I like to make the variables at the top of 14 | # the script so it isn't constantly created in and freed from memory. But in this case, since this function is 15 | # rarely called, I have no problem having variables decalred in this function, as they will be freed after they 16 | # get out of scope, or in other words, when the function is done they are removed from memory. 17 | 18 | # My native monitor resolution is 1920x1080, and since I am developing this project at that resolution, 19 | # everything in the GUI is releative to what it would be on my screen. But it doesn't matter what resolution you use, 20 | # it will all be the same. 21 | # Since in the "Project Settings" I have "Keep Height" set under the window aspect strech mode, I only care about the 22 | # Y axis resolution of the viewport 23 | #So, in the variable below, the size of the crosshair on both the x and y axis will be "x" pixels relative to 1080 pixels. 24 | # So if I used "64.0/1080.0", my ratio would be "0.0592592592592593"; the crosshair would be about 5.9% the height 25 | # of the screen. 26 | # Then I would multiply that number by the actual screen height to get my final number. Let's say the height is 768. 27 | # That would be "768 * 0.0592592592592593", which equals "45.511" 28 | # But there is a problem: in order to make the cross hair perfectly center, we need to round that number to the 29 | # nearest even number, which in this case would be 46. That way, 23 pixels will be on the right side of the screen 30 | # and 23 pixels will be on the left. 31 | 32 | #Size ratio that the cross hair will have relative to the screen. 33 | var Y_Size_Ratio = 25.0/1080.0 34 | 35 | #Get the viewport size and pop it into a variable. 36 | var Viewport_Size = get_tree().get_root().get_visible_rect().size 37 | 38 | #Now make a variable and set it as the absolute size that we want the crosshair to be, casting it into an integer 39 | # to get rid of the decimals. 40 | var Crosshair_Size = int(Y_Size_Ratio * Viewport_Size.x) 41 | 42 | #Check to see if the crosshair size variable is an even number. 43 | # We do this with the "modulo" operator, which is the percentage sign: "%". 44 | # What this does is divide the first number by the second number and then returns the remainder of the division. 45 | # So if out crosshair size was "35" pixels, and then we divided that by 2, we would get "17.5". The remainder returned 46 | # would be "1" in this case, but it's really "0.5", because that's what is left over when we divide something in half 47 | # but don't have an even number. 48 | # But if the size of the crosshair was "34", our remainder would be 0, thus indicating it is an even number, as there 49 | # is no decimals in the number when dividing an even number in half. 50 | # FYI: If you are needing to modulo a floating point number, then use this function: 51 | # "fmod(float a, float b)" 52 | # It is this way because it helps to avoid mistakes, according to Juan Linietsky. 53 | #If the crosshair size is not an even number... 54 | if(Crosshair_Size % 2 != 0): 55 | #Add 1 pixel to it to make it an even number, so we can have a perfectly centered crosshair. 56 | Crosshair_Size += 1 57 | 58 | #Set the size of the crosshair rectangle. 59 | self.set_size(Vector2(Crosshair_Size, Crosshair_Size)) 60 | #Then set the position the center of the crosshair to the center of the root viewport. 61 | self.set_position( Vector2( (Viewport_Size.x/2 - Crosshair_Size/2) , (Viewport_Size.y/2 - Crosshair_Size/2) ) ) 62 | 63 | #Set the size of the red "Usable" circle. 64 | self.get_child(0).set_size(Vector2(Crosshair_Size, Crosshair_Size)) 65 | #And set the position to line up with the crosshair. 66 | self.get_child(0).set_position( Vector2(0.0 , 0.0) ) -------------------------------------------------------------------------------- /scripts/player_scripts/GUI_Elements/DEBUG.gd: -------------------------------------------------------------------------------- 1 | # Extend the current nodes functionality. 2 | extends Control 3 | 4 | func _ready(): 5 | #Activate the unhandled input process. 6 | set_process_unhandled_input(true) 7 | 8 | func _unhandled_input(event): 9 | #If the even is a keyboard key... 10 | if(event is InputEventKey): 11 | #If it's the "Player_ToggleDebug" action... 12 | if(Input.is_action_just_pressed("Player_ToggleDebug")): 13 | #If the debug info is visible... 14 | if(visible): 15 | #Make it invisible. 16 | visible = false 17 | #Otherwise, if it isn't visible... 18 | else: 19 | #Make it so. 20 | visible = true -------------------------------------------------------------------------------- /scripts/player_scripts/GUI_Elements/Debug_Label.gd: -------------------------------------------------------------------------------- 1 | # Extend the current nodes functionality. 2 | extends Label 3 | 4 | func _ready(): 5 | #Initialize the crosshair position by simply calling the function that is used when the viewport size changes. 6 | ViewportSizeChanged() 7 | 8 | #Connect the appropriate function to the main viewport root node's "size_changed()" function, so when the viewport 9 | # size is changed we can center and resize the crosshair. 10 | get_tree().get_root().connect("size_changed", self, "ViewportSizeChanged") 11 | 12 | func ViewportSizeChanged(): 13 | #Set the font's relative size. 14 | var Font_Size_Rel = 75.0/1080.0 15 | 16 | # Set the set the size of the label’s rectangle to six times the width of the relative size and 3 times the height. 17 | var Font_RectSize_Rel = Vector2( Font_Size_Rel*6 , Font_Size_Rel*3 ) 18 | 19 | #Get the viewport size and pop it into a variable. 20 | var Viewport_Size = get_tree().get_root().get_visible_rect().size 21 | 22 | #Set the font size according to it's relative size. 23 | self.get_font("font").set("size", Viewport_Size.y*Font_Size_Rel) 24 | 25 | #Then set the label's rect size. 26 | self.rect_size = Vector2( Viewport_Size.x*Font_RectSize_Rel.x , Viewport_Size.y*Font_RectSize_Rel.y ) -------------------------------------------------------------------------------- /scripts/player_scripts/Player.gd: -------------------------------------------------------------------------------- 1 | ##################################################################################################### 2 | # EXPLAIN # 3 | ##################################################################################################### 4 | # This is a first-person camera controller for Godot 3.x. Check the manual (documents/manual.pdf) or the Github wiki on how it's designed and used. 5 | # This is the GitHub page: https://github.com/leiget/Godot_FPC_Base 6 | 7 | ##################################################################################################### 8 | # NOTES # 9 | ##################################################################################################### 10 | # - The collision safety margin must be set to around 0.01 for the player's kinematic body, or else things like walking up steps and such will not work correctly. 11 | # - You'll need to test it and find out what works whenever you change the size of the player's collision shape. 12 | # - This script is made with the intent that the player's collision shape is a capsule. 13 | # - Note that in Godot 3.0.2 the “move_and_slide()” function has 5 arguments, but in the latest GitHub version (as of March 07, 2018) it has 6, with 14 | # the added argument being in the 3rd position and is “bool infinite_inertia=true”. If this option is true, what it means is that no other object 15 | # can rotate the character. If false, it can if enough force is applied. 16 | 17 | ######################### 18 | # EXTENDS # 19 | ######################### 20 | # Extend the KinematicBody and all inherited node variables and functions to this script. 21 | extends KinematicBody 22 | 23 | 24 | ############################# 25 | # SOUND 26 | ############################# 27 | var player_moving_FWandBW = false 28 | var player_moving_LeftAndRight = false 29 | var step_interval_sec_base = 0.35 30 | var step_interval_sec = step_interval_sec_base 31 | var step_timer = 0.0 32 | onready var step_01 = get_node("Step_01") 33 | onready var step_02 = get_node("Step_02") 34 | onready var step_03 = get_node("Step_03") 35 | var steps_array = [] 36 | var current_soundstream = 0 37 | 38 | ################################################## 39 | # SETTINGS # 40 | ################################################## 41 | # MOUSE LOOK # 42 | # This allows mouselooking. This is for just in case you need it. 43 | # DEFAULT: true 44 | var MouseLook = true 45 | # The sensitivity of the mouse movement applied to the character’s rotation. 46 | # DEFAULT: 0.3 47 | var Cam_RotateSens = 0.3 48 | 49 | # MOVEMENT # 50 | #The base walk speed. 51 | # DEFAULT: 10.0 52 | var BaseWalkVelocity = 6.0 53 | #The speed of the character when pressing shift while moving. 54 | # DEFAULT: 2.0 55 | var ShiftWalkVelocity_Multiplier = 2.0 56 | # Max floor angle the character is able to walk on in radians. 57 | # DEFAULT: 0.7 58 | var MaxFloorAngleRad = 0.7 59 | # The normal which defines which way is up. 60 | # DEFAULT: Vector3(0.0 , 1.0 , 0.0) 61 | var FloorNormal = Vector3(0.0 , 1.0 , 0.0) 62 | # The maximum number of slides to calculate in "move_and_slide()". 63 | # DEFAULT: 4 64 | var MaxSlides = 4 65 | # Variable used in "move_and_slide()". 66 | # If the body is standing on a slope and the horizontal speed (relative to the floor’s speed) 67 | # goes below SlopeStopMinVel, the body will stop completely. 68 | # When set to lower values, the body will not be able to stand still on steep slopes. 69 | # This doesn't really work. I have my own code which makes sure that the character doesn't slide on 70 | # slopes. This is at the end of the "FALLING" section of the player movement in the "_physics_process()" 71 | # section. I basically just lower gravity on the character when he is moving or standing on a slope. 72 | # DEFAULT: 0.05 73 | var SlopeStopMinVel = 0.05 74 | 75 | # FALLING # 76 | # The gravity to be used on the character. 77 | # DEFAULT: 9.8 78 | var Falling_Gravity = 9.8 79 | # The default gravity multiplier value for when standing still and for calculating the speed of walk on slopes. 80 | # 0.25 is a good starting place for this character script. 81 | # DEFAULT: 0.25 82 | var Falling_Speed_Multiplier_Default = 0.25 83 | # Terminal velocity, in m/s. #54 m/s is the rounded terminal velocity on Earth (with Earth's air density). 84 | # DEFAULT: 54 85 | var Falling_TerminalVel = 54.0 86 | # The time it takes to hit terminal velocity. #14 seconds is the average time it takes to hit terminal velocity on Earth. 87 | # DEFAULT: 14 88 | var Falling_TimeToHitTerminalVelSec = 14.0 89 | 90 | # JUMPING # 91 | # The jump velocity relative to gravity. 92 | # DEFAULT: 1.55 93 | var Jump_Vel_RelativeToGrav = 1.55 94 | # How long the jump is until its peak, when it then starts to fall gradually. 95 | # This is in seconds. 96 | # DEFAULT: 0.75 97 | var Jump_Length = 0.75 98 | 99 | # STEPPING UP # 100 | # The max step height that the player can step upon. 101 | # This must be less than half the size of the player. 102 | # This is because when stepping on a step, a raycast is shot up from the collision position to see if there 103 | # is anything in the way of the player stepping up the step. 104 | # If this height is more than half the height of the character, it will be set to half the height of the character. 105 | # This happens in the "_ready()" function. 106 | # DEFAULT: 0.5 107 | var Step_MaxHeight = 0.5 108 | # The dividend for the step safety margin variable, below. This is also used in "_physics_process()" to alter the step safety margin 109 | # based on the speed of the character. 110 | # Raise this number to make the player move higher up when stepping on a step. 111 | # DEFAULT: 0.02 112 | var Step_SafetyMargin_Dividend = 0.02 113 | # The amount to move the ray cast away from the player to help detect steps more accurately. 114 | # DEFAULT: 1.1 115 | var Step_RaycastDistMultiplier = 1.1 116 | 117 | # CAMERA INTERPOLATION # 118 | # The multiplicand for the "CamInterpo_Length_Secs" variable below. 119 | # This is also used in the same way in "_physics_process()" so that when the player presses the "Shift" modifier action 120 | # the camera interpolation length will be altered to fit the speed of the character. 121 | # Lower this number to make the camera interpolation speed slower. 122 | # DEFAULT: 125.0 123 | var CamInterpo_Length_Secs_Multiplicand = 125.0 124 | 125 | # SLOPE SPEED # 126 | # Amount to let slopes affect gravity of the player character, and therefore speed movement speed when walking up them. 127 | # DEFAULT: 0.2 128 | var Slope_EffectMultiplier_ClimbingUp = 0.3 129 | # Amount to let slopes affect gravity of the player character, and therefore speed movement speed when walking down them. 130 | # DEFAULT: 1.5 131 | var Slope_EffectMultiplier_ClimbingDown = 1.5 132 | 133 | # USE ACTION # 134 | # The distance (in meters) the use button ray can go; the ray that looks for things that can be used. 135 | # DEFAULT: 2.0 136 | var Ray_UseDist = 2.0 137 | 138 | ######################### 139 | # SIGNALS # 140 | ######################### 141 | # Render_Pos(Vector3) 142 | # Signal for rendering any 3D position. 143 | signal Render_Pos(Coll_Vec3) 144 | # Coll_Sphere_Show(int, Vector3) 145 | # Signal for showing collision slides from "move_and_slide()". 146 | signal Coll_Sphere_Show(SlideNumber, Pos_Vec3) 147 | 148 | ######################### 149 | # NODES # 150 | ######################### 151 | # The 3D camera node. 152 | onready var Node_Camera3D = get_node("Camera_Main") 153 | # The "Crosshair_Usable" red circle node. 154 | onready var Node_Crosshair_Useable = get_node("Camera2D/Crosshair/Crosshair_Useable") 155 | # Label # 156 | # The top-most label, for debugging. 157 | onready var Debug_Label = get_node("Camera2D/DEBUG/Debug_Label") 158 | # Label_01 print string. 159 | var Debug_Label_String = "-------------------" 160 | 161 | ######################### 162 | # STATES # 163 | ######################### 164 | # Is player on the floor? 165 | var State_OnFloor = false 166 | # Is player on one or more walls? 167 | var State_OnWalls = false 168 | # Is the player on hitting a ceiling? 169 | var State_OnCeiling = false 170 | # Is player falling? 171 | var State_Falling = false 172 | # Is the player jumping? 173 | var State_Jumping = false 174 | # Is the player pressing the movement keys in a diagonal way? 175 | var State_Movement_Diagonal_Pressed = false 176 | 177 | ######################################### 178 | # GLOBAL VARIABLES # 179 | ######################################### 180 | # These are simply variables that are used in several different sections of the code, instead of, say, only being used for jumping. 181 | # The global position of the player. 182 | var Player_Position = Vector3(0,0,0) 183 | # GLOBAL VARIABLES # 184 | # "onready" makes sure that it will only run this line after everything is loaded so as to avoid trying to access something that doesn't exist in memory yet. 185 | onready var Player_Height = (get_node("Shape_Capsule").shape.height + get_node("Shape_Capsule").shape.radius * 2) 186 | # The global Y position of the feet of the player, for stepping up steps. 187 | onready var Player_GlobalFeetPos_Y = Player_Position.y - Player_Height * 0.5 188 | 189 | ######################### 190 | # INPUT # 191 | ######################### 192 | # The input names in string format. 193 | var String_FW = "Player_FW" 194 | var String_BW = "Player_BW" 195 | var String_Left = "Player_Left" 196 | var String_Right = "Player_Right" 197 | var String_Jump = "Player_Jump" 198 | var String_Use = "Player_Use" 199 | var String_Shift = "Player_Shift" 200 | # Bools for what keys are pressed or released. 201 | var Pressed_FW = false 202 | var Pressed_BW = false 203 | var Pressed_LEFT = false 204 | var Pressed_RIGHT = false 205 | var Pressed_Jump = false 206 | var Pressed_Shift = false 207 | 208 | ######################### 209 | # MOVEMENT # 210 | ######################### 211 | # Max floor angle normalized on the Y axis, for use in normal calculations. 212 | # DEFAULT: cos(MaxFloorAngleRad) 213 | var MaxFloorAngleNor_Y = cos(MaxFloorAngleRad) 214 | # This holds the slide count. Filled with whatever “get_slide_count()” returns. 215 | var SlideCount = 0 216 | # The 3D direction normals in 3D vectors. I.e. which way the player is facing in normalized vectors. 217 | var DirectionInNormalVec3_FWAndBW = Vector3(0,0,0) 218 | var DirectionInNormalVec3_LeftAndRight = Vector3(0,0,0) 219 | # The temporary movement velocity vector. 220 | # These are used because you always want to calculate the character's movement velocity before you actually move them. 221 | # These are the temporary values that are used for all the calculations before you actually use them. 222 | var TempMoveVel_FWAndBW = Vector3(0,0,0) 223 | var TempMoveVel_LeftAndRight = Vector3(0,0,0) 224 | # FinalWalkVelocity is used when the player presses shift to move faster. 225 | # This line below simply initializes it as the regular walking velocity, 226 | # just in case not having it specified causes an issue. 227 | var FinalWalkVelocity = BaseWalkVelocity 228 | # The final move velocity vector to be applied to the character. 229 | var FinalMoveVel = Vector3(0,0,0) 230 | 231 | ######################### 232 | # ROTATION # 233 | ######################### 234 | # The bool that says to rotate the character because the mouse has been moved. 235 | var Mouse_Moved = false 236 | # The screen movement of the mouse on the X and Y axis. 237 | # This is using "relative mouse movement". That is, the mouse position relative to what it in the previous frame. 238 | # If the coursor was at (10,15) during the last frame, and now it's at (15,25), it has moved (5,10) pixels 239 | # on the X and Y axis. 240 | var Mouse_Rel_Movement = Vector2(0,0) 241 | # The rotation of the camera on it's local X axis, which rotates the camera up and down. 242 | var Cam_Local_Rot_X = 0 243 | # The final rotation amount to be applied to the camera. 244 | var Final_Cam_Rot_Local_X = 0 245 | # The temporary variable to store the X rotation to be applied, to see if the player is looking too far up or down 246 | # and then moving it back to the vertical(X-axis) roatation limits. That is, if the character is looking up 247 | # at more than a 90 degree angle, like he is bending backwards, move this amount to 90 degrees so the character 248 | # isn't looking backwards by rotating the camera too far vertically. 249 | var Cam_Temp_XRot_Var = 0 250 | 251 | ######################### 252 | # FALLING # 253 | ######################### 254 | # Has the falling of the player started? 255 | var Falling_IsFalling = false 256 | # Float passed to the FinalMoveVel; used for telling the engine how much to actually pull the character down. 257 | # This is here because when an object falls it takes a little bit of time to reach terminal velocity. 258 | # This variable slowly gets higher when falling. This is the _speed_ of the falling, not the falling itself. 259 | # That is, this number is always positive until it is used in the FinalMoveVel 3D vector. 260 | # The falling speed isn't linear. It's according to the power of 0.4. Look at line ??? 261 | var Falling_Speed = 0 262 | # The multiplier of which modifies the final falling speed relative to gravity. 263 | # This is mainly for slopes and making the character move slower on them. 264 | var Falling_Speed_Multiplier = 0.0 265 | # How long the player has been falling. 266 | var Falling_CurrentTime = 0 267 | 268 | ######################### 269 | # JUMPING # 270 | ######################### 271 | # The jump velocity, what it initially is until it falls off when the jump hits its peak. 272 | var Jump_Vel = Falling_Gravity * Jump_Vel_RelativeToGrav 273 | # Current velocity of the jump. 274 | var Jump_CurrentVel = 0.0 275 | # The current time of the jump in progress. 276 | var Jump_CurrentTime = 0.0 277 | # Bool to not let the player jump again until he releases the jump button. 278 | # That is, he can't keep holding the jump button down and jumping without 279 | # letting go of the jump button first. 280 | var Jump_Released = true 281 | 282 | ######################### 283 | # SLOPE SPEED # 284 | ######################### 285 | # The players velocity on the x and z axis. 286 | var Slope_PlayerVelVec2D = Vector2(0.0, 0.0) 287 | # The floor normal on the x and z axis, to compare it to the player's velocity. 288 | var Slope_FloorNor2D = Vector2(0.0, 0.0) 289 | # How different the player's velocity on the x and z axis are to the floor's same axis. 290 | var Slope_DotProduct = 0.0 291 | 292 | ######################### 293 | # STEPS # 294 | ######################### 295 | # The additional amount that character has to move up when stepping up a step. 296 | # This helps keep the character from getting stuck moving up and down because he can't get quite enough 297 | # height to get over the step. 298 | # It's set according to how fast the player is moving, so that the stepping of stairs is more correct. 299 | var Step_SafetyMargin = Step_SafetyMargin_Dividend / BaseWalkVelocity 300 | # Variable to say how high to move charater up, when stepping on step. 301 | var SteppingUp_SteppingDistance = 0.0 302 | # The step collision position. 303 | var Step_CollPos = Vector3(0.0, 0.0, 0.0) 304 | # The position of the collision of the step/wall relative to the player. 305 | # This is relative to the player because I need to make the collision test to be a bit farther away from 306 | # the player, and therefore deeper into the step, so as to make sure the ray cast downward from that postion 307 | # actually hits the step. I have found it unreliable to not do this. 308 | var Step_CollPos_RelToPlayer = Vector3(0.0, 0.0, 0.0) 309 | # The position of the player before he was moved up a step. 310 | # This is for camera interpolation. 311 | # I put it here because it is modified in the "Step_Player_Up()" function. 312 | var Step_Cam_PosBefore_Global = 0.0 313 | # The following are for making sure the player doesn't try to move up a step when he's too parallel to it, 314 | # thus causing him to move up and slide back down because he can't quite get on the step. 315 | # The direction the player is moving, normalized. 316 | var Step_PlayerVel_Global_Norm = Vector3(0,0,0) 317 | # The slide collision relative to the player. 318 | var Step_CollPos_Global_RelToPlayer = Vector3(0,0,0) 319 | # The angle between the player and the slide collision. 320 | var Step_CollPos_AngleToPlayer = 0.0 321 | 322 | ############################# 323 | # CAMERA STEP SMOOTHING # 324 | ############################# 325 | # How long it takes to interpolate the camera, in seconds. 326 | # Depends on how fast the player is moving. 327 | # The default length is 0.08 seconds, if BaseWalkVelocity is 10. 328 | var CamInterpo_Length_Secs = BaseWalkVelocity / (CamInterpo_Length_Secs_Multiplicand * (FinalWalkVelocity / 10.0)) 329 | # The bool to activate the interpolation of the camera on a step. 330 | var CamInterpo_DoInterpolation = false 331 | # The default value that the camera will interpolate to, in local space to the character. 332 | # This is set when placing the camera in the editor. It just gets the local position of the camera. 333 | onready var CamInterpo_DefaultPosition_Local_Y = Node_Camera3D.get_transform().origin.y 334 | # The local camera position before going up the step. 335 | var CamInterpo_StartingPos_Local_Y = 0.0 336 | # The current time of the interpolation, in seconds. 337 | var CamInterpo_CurrentTime_Secs = 0.0 338 | 339 | ######################### 340 | # RAY CASTING # 341 | ######################### 342 | #The state of the physical space in the game. 343 | var Ray_SpaceState = null 344 | # Holds where the ray will come from. 345 | var Ray_From = Vector3(0.0, 0.0 ,0.0) 346 | # Holds where the ray will go to. 347 | var Ray_To = Vector3(0.0, 0.0 ,0.0) 348 | # Will hold the result of any ray cast. 349 | var Ray_Result = null 350 | 351 | ######################### 352 | # INTERACTION # 353 | ######################### 354 | # Variables concerning interaction via the "Use" action or touch. 355 | # The position of the "Use" buttons ray intersection. 356 | var Use_Ray_IntersectPos = Vector3(0,0,0) 357 | # A list of objects that have been touched recently that have touch functions. 358 | var Touch_ObjectsTouched = [] 359 | # The list of slide collision, used to compare against the list of objects that have been touched, that also have a touch function. 360 | var SlideCollisions = [] 361 | 362 | 363 | 364 | ###################################################################################################################################################### 365 | # FUNCTIONS # 366 | ###################################################################################################################################################### 367 | ############################################# 368 | # InterpolateCamera( float, float, float ) # 369 | ############################################# 370 | # Interpolates the camera and returns the relative time of the interpolation. 371 | # So, if the total length of the interpolation was 1.5 seconds, this function would return anything from 0.0 to 1.5. 372 | func InterpolateCamera(Prev_Pos_Local_Y, Time_Current, Time_Delta): 373 | # If the current time is less than the length of time it takes to interpolate the camera.... 374 | if(Time_Current < CamInterpo_Length_Secs): 375 | # Set the camera's local translation according to how far along the interpolation is. 376 | Node_Camera3D.translation.y = lerp(Prev_Pos_Local_Y, CamInterpo_DefaultPosition_Local_Y, Time_Current / CamInterpo_Length_Secs) 377 | # Increment the current time. 378 | Time_Current += Time_Delta 379 | # Return the current time for the next go around of this function. 380 | return Time_Current 381 | # Otherwise, if time is up and the camera is in it's final position... 382 | else: 383 | # Make sure to manually set the final Y position of the camera, just in case. 384 | Node_Camera3D.translation.y = CamInterpo_DefaultPosition_Local_Y 385 | # Turn off the camera interpolation. 386 | CamInterpo_DoInterpolation = false 387 | # Return 0 for success. 388 | return 0.0 389 | 390 | ######################## 391 | # Step_Player_Up(void) # 392 | ######################## 393 | # Steps the player up whenever there is a step under a certain height, which is "Step_MaxHeight" above in the settings section. 394 | func Step_Player_Up(): 395 | # Check to see if there are more than one collision slides in the first place... 396 | if(SlideCount > 1): 397 | # If the player is on the floor... 398 | if(State_OnFloor): 399 | # And if the player is on a wall... 400 | if(State_OnWalls): 401 | # Go through each of the collisions. 402 | for Slide in range(SlideCount): 403 | # If the slide collision is a wall... 404 | if(get_slide_collision(Slide).normal.y <= MaxFloorAngleNor_Y): 405 | # Get the position of the collision. 406 | Step_CollPos = get_slide_collision(Slide).position 407 | # Get the global Y position of the player's feet. 408 | # Don't forget the safe margin of the character's physics body! 409 | Player_GlobalFeetPos_Y = Player_Position.y - (Player_Height * 0.5) - get("collision/safe_margin") 410 | 411 | # If the slide collision if higher than the player's feet... 412 | if(Player_GlobalFeetPos_Y < Step_CollPos.y): 413 | # Get the position of the collision relative to the player. 414 | Step_CollPos_RelToPlayer = to_local(Step_CollPos) 415 | 416 | # Get the direction that the player is actually moving. 417 | # This currently only works when the floor vector is (0, -1, 0). 418 | # The vectors elements come from "Slope_PlayerVelVec2D". Note that "Slope_PlayerVelVec2D" has already been normalized inside 419 | # "Slope_AffectSpeed()", so there is no need to do it here. 420 | Step_PlayerVel_Global_Norm = Vector3( Slope_PlayerVelVec2D.x , 0.0, Slope_PlayerVelVec2D.y ) 421 | 422 | # Get the slide collision and make it relative to the player, in this variable. 423 | # In this 3D vector, the Y axis will always be "0" because we are subracting the player's Y position from the player's Y position. 424 | # This is just to simplify code instead of converting everything into 2D vectors. 425 | Step_CollPos_Global_RelToPlayer = Vector3(Step_CollPos.x, Player_Position.y, Step_CollPos.z) - Player_Position 426 | # Then normalize it so we can get an angle. 427 | Step_CollPos_Global_RelToPlayer = Step_CollPos_Global_RelToPlayer.normalized() 428 | 429 | # Now find the angle between the player's normalized movement velocity and the direction the collision is relative to the player. 430 | # Since the Y axis position in both 3D vectors used here are both "0", we are really only comparing the X and Z axis. 431 | # Again, this is so the code can be simplified instead of converting everything over into 2D vectors. 432 | Step_CollPos_AngleToPlayer = abs( asin(Step_CollPos_Global_RelToPlayer.dot(Step_PlayerVel_Global_Norm)) ) 433 | 434 | # If the player isn't running parallel to the step (within a certain angle, which is 11.5 degress / 0.200712864 rads)... 435 | if(Step_CollPos_AngleToPlayer > 0.200712864): 436 | # Add a little bit to where we will be checking the step normal, to make sure it 437 | # is actually over the step. This is according to what direction the player is moving. 438 | Step_CollPos.x = to_global(Step_CollPos_RelToPlayer * Step_RaycastDistMultiplier).x 439 | Step_CollPos.y = Player_GlobalFeetPos_Y + Step_MaxHeight 440 | Step_CollPos.z = to_global(Step_CollPos_RelToPlayer * Step_RaycastDistMultiplier).z 441 | 442 | # Setup and execute a raycast at the collision position specified. 443 | Ray_SpaceState = get_world().get_direct_space_state() 444 | Ray_From = Vector3(Player_Position.x , Step_CollPos.y , Player_Position.z) 445 | Ray_To = Step_CollPos 446 | Ray_Result = Ray_SpaceState.intersect_ray(Ray_From,Ray_To,[self]) 447 | 448 | # If there is nothing in the way of the character... 449 | # This is here because, say there is a step that is partly above the ground. It's not touching. If the character walks into it, 450 | # and it's within the step size threshold, this code will not allow the ray to be shot from within the step, causing it(the ray cast) to 451 | # collide with the backside of the face, on the bottom of the step. 452 | if(Ray_Result.empty()): 453 | # Now we are going to shoot a ray from the collision position up to see if there is anything in the way of getting on the step. 454 | Ray_From = Step_CollPos 455 | Ray_To = Vector3(Step_CollPos.x , Player_Position.y + (Player_Height * 0.5) + (to_global(Step_CollPos_RelToPlayer).y - Player_GlobalFeetPos_Y) , Step_CollPos.z) 456 | Ray_Result = Ray_SpaceState.intersect_ray(Ray_From,Ray_To,[self]) 457 | 458 | # If there is nothing in the way above the collision point... 459 | if(Ray_Result.empty()): 460 | # Setup and execute a raycast at the collision position specified. 461 | Ray_From = Step_CollPos 462 | Ray_To = Vector3(Step_CollPos.x , Player_GlobalFeetPos_Y , Step_CollPos.z) 463 | Ray_Result = Ray_SpaceState.intersect_ray(Ray_From,Ray_To,[self]) 464 | 465 | # If there is a result from the raycast that is not empty... 466 | if(not Ray_Result.empty()): 467 | # If the stepping distance has not been set yet... 468 | if(SteppingUp_SteppingDistance == 0.0): 469 | # Get the position of the camera before it was stepped up, in global space. 470 | Step_Cam_PosBefore_Global = to_global(Node_Camera3D.translation) 471 | 472 | # Set the distance to move up in a variable. 473 | SteppingUp_SteppingDistance = (Ray_Result.position.y - Player_GlobalFeetPos_Y + Step_SafetyMargin) 474 | 475 | # Set the starting local Y axis position of the camera interpolation, which is simply where the camera was before it was moved up with the player. 476 | CamInterpo_StartingPos_Local_Y = to_local(Step_Cam_PosBefore_Global).y - SteppingUp_SteppingDistance 477 | 478 | # If the starting position is starting to fall below half of the player's height... 479 | if(CamInterpo_StartingPos_Local_Y < 0.0): 480 | # Set it to half the player's height (which is 0.0 in the "player.tscn" scene). 481 | CamInterpo_StartingPos_Local_Y = 0.0 482 | 483 | # Move the player up a little past the step. 484 | global_translate(Vector3(0.0, SteppingUp_SteppingDistance, 0.0)) 485 | 486 | # Then set the local position of the camera node back down to where it was before moving. 487 | Node_Camera3D.translation.y = CamInterpo_StartingPos_Local_Y 488 | 489 | # Say to do interpolation. 490 | CamInterpo_DoInterpolation = true 491 | 492 | # Reset camera interpolation timer. 493 | CamInterpo_CurrentTime_Secs = 0.0 494 | 495 | # Reset the stepping distance to 0. 496 | SteppingUp_SteppingDistance = 0.0 497 | 498 | ############################### 499 | # Touch_CheckAndExecute(void) # 500 | ############################### 501 | # This function checks for and executes any "Touched_Function()" inside a colliding object script. 502 | func Touch_CheckAndExecute(): 503 | #If the player is on the floor, wall(s), or ceiling... 504 | if(State_OnFloor or State_OnWalls or State_OnCeiling): 505 | # If there are slide collisions... 506 | if(SlideCount > 0): 507 | # Loop through all the slides. 508 | for Slide in range(SlideCount): 509 | # If the current slide collider has a touch function... 510 | if(get_slide_collision(Slide).collider.has_method("Touched_Function")): 511 | # And if the list doesn't have the current collider with the touch function... 512 | if(not Touch_ObjectsTouched.has(get_slide_collision(Slide).collider)): 513 | # Add it to the list according to the slide number (I don't know if this will 514 | # overwrite other elements in the array by using the Slide number as the index). 515 | Touch_ObjectsTouched[Slide] = get_slide_collision(Slide).collider 516 | # Then execute the touch function. 517 | Touch_ObjectsTouched[Slide].Touched_Function() 518 | 519 | # Clear the slide collision array. 520 | SlideCollisions.clear() 521 | # Then resize it to the maximum number of slides. 522 | SlideCollisions.resize(MaxSlides) 523 | 524 | # Loop through the slide collision array. 525 | for Index in range(SlideCollisions.size()): 526 | # If the current index number is less than the total slide count... 527 | if(Index < SlideCount): 528 | # Add the current slide to the slide collision array. 529 | SlideCollisions[Index] = get_slide_collision(Index).collider 530 | # Otherwise, if the current index is more than the number of slides... 531 | else: 532 | # Set the current element to null. 533 | SlideCollisions[Index] = null 534 | 535 | # Loop through touched object list. 536 | for Index in range(Touch_ObjectsTouched.size()): 537 | # If the current element isn't null... 538 | if(Touch_ObjectsTouched[Index] != null): 539 | # Check to see if the current touched object is in the slide collision list. If it isn't... 540 | if(not SlideCollisions.has(Touch_ObjectsTouched[Index])): 541 | # Get rid of it from the touched object list. 542 | Touch_ObjectsTouched[Index] = null 543 | 544 | # Otherwise, if there aren't slide collisions... 545 | else: 546 | # Cast a ray from the player's origin down to a little below his feet. 547 | Ray_SpaceState = get_world().get_direct_space_state() 548 | Ray_From = self.get_global_transform().origin 549 | Ray_To = Ray_From 550 | Ray_To.y -= ((Player_Height * 0.5) * 1.05) 551 | Ray_Result = Ray_SpaceState.intersect_ray(Ray_From,Ray_To,[self]) 552 | 553 | # If there is something there... 554 | if(Ray_Result): 555 | # And if that thing has a touch function... 556 | if(Ray_Result.collider.has_method("Touched_Function")): 557 | #If the list doesn't have the current collider... 558 | if(not Touch_ObjectsTouched.has(Ray_Result.collider)): 559 | # Add it to the list at the first index. 560 | # I hope that doesn't overwrite anything. So far, so good. 561 | Touch_ObjectsTouched[0] = Ray_Result.collider 562 | # Then execute that object's touch function. 563 | Touch_ObjectsTouched[0].Touched_Function() 564 | 565 | # Otherwise, if there isn't anything there... 566 | else: 567 | # Clear the slide collision array. 568 | SlideCollisions.clear() 569 | # Then resize it to the maximum number of slides. 570 | SlideCollisions.resize(MaxSlides) 571 | 572 | # Loop through the slide collision array. 573 | for Index in range(SlideCollisions.size()): 574 | # If the current index number is less than the total slide count... 575 | if(Index < SlideCount): 576 | # Add the current slide to the slide collision array. 577 | SlideCollisions[Index] = get_slide_collision(Index).collider 578 | # Otherwise, if the current index is more than the number of slides... 579 | else: 580 | # Set the current element to null. 581 | SlideCollisions[Index] = null 582 | 583 | # Loop through touched object list. 584 | for Index in range(Touch_ObjectsTouched.size()): 585 | # If the current element isn't null... 586 | if(Touch_ObjectsTouched[Index] != null): 587 | # Check to see if the current touched object is in the slide collision list. If it isn't... 588 | if(not SlideCollisions.has(Touch_ObjectsTouched[Index])): 589 | # Get rid of it from the touched object list. 590 | Touch_ObjectsTouched[Index] = null 591 | 592 | ################################### 593 | # Slope_AffectSpeed(Slide_Number) # 594 | ################################### 595 | # Makes the character walk more slowly up hills and faster down them. 596 | # The character is not affected so much by gravity when walking parallel on the ramp. 597 | func Slope_AffectSpeed(): 598 | # If there is an actual slide collision... 599 | if(SlideCount > 0): 600 | # Check the slide collisions. 601 | for Slide in range(SlideCount): 602 | # If it is a floor... 603 | if(get_slide_collision(Slide).normal.y > MaxFloorAngleNor_Y): 604 | # The code in this section makes the character walk more slowly up hills and faster down them. 605 | # It also makes the character not affected so much by gravity when walking parallel on the ramp. 606 | # So if the character is walking from one side of the ramp to the other, the character isn't 607 | # being pulled down so much. 608 | 609 | # Setup the X and Z axis of the floor normal as a 2D vector for calculations. 610 | Slope_FloorNor2D = Vector2(get_slide_collision(Slide).normal.x, get_slide_collision(Slide).normal.z).normalized() 611 | 612 | # Setup the temporary velocity vector and normalize the result. 613 | Slope_PlayerVelVec2D = Vector2( (TempMoveVel_FWAndBW.x + TempMoveVel_LeftAndRight.x) , (TempMoveVel_FWAndBW.z + TempMoveVel_LeftAndRight.z) ).normalized() 614 | 615 | # Get the dot product of the player's horizontal velocity and the slope's 2D floor normal, after being noramlized. 616 | Slope_DotProduct = Slope_FloorNor2D.normalized().dot(Slope_PlayerVelVec2D) 617 | 618 | # If the player is going down the ramp... 619 | if(Slope_DotProduct > 0): 620 | # Multiply the dot product by a certain amount, so as to make the falling speed stronger, so the character doesn't "step" down the ramp as if it where stairs. 621 | Slope_DotProduct *= Slope_EffectMultiplier_ClimbingDown 622 | #Otherwise, if he is going up the ramp... 623 | else: 624 | # Multiply the slope's dot product by the slope effect multipler, so that the game designer can say how much he wants the slope to affect the player's walking 625 | # velocity. 626 | Slope_DotProduct *= -Slope_EffectMultiplier_ClimbingUp 627 | 628 | # Finally, set the falling speed multiplier. 629 | Falling_Speed_Multiplier = lerp( 630 | Falling_Speed_Multiplier_Default , 631 | 1.0 , 632 | pow( acos( get_slide_collision(Slide).normal.y ) / acos( MaxFloorAngleNor_Y ) * Slope_DotProduct, 2.0) 633 | ) 634 | 635 | 636 | 637 | ###################################################################################################################################################### 638 | # READY # 639 | ###################################################################################################################################################### 640 | func _ready(): 641 | ##################### 642 | # SET PROCESSES # 643 | ##################### 644 | # Unhandled input to be done. 645 | # Unhandled input is any input that is not handled by the GUI(control) or from _input(). 646 | # For instance, pressing space in a textbox won't make your character jump. 647 | #set_process_unhandled_input(true) 648 | set_process_unhandled_input(true) 649 | 650 | # Set the physics to be done. This is now the new _fixed_process() from Godot 2.1. 651 | # This is called according to the physics system's framerate. If it is set to 60 (in 652 | # the project settings of your project) and no slowdown occurs, it will always run 60 times 653 | # a second. 654 | set_physics_process(true) 655 | 656 | ##################### 657 | # INITIALIZATIONS # 658 | ##################### 659 | # These lines in this section initialize several variables and states. 660 | # It's important to set initial variables and states because we don't know for sure 661 | # what state the character is going to be in when starting a scene or respawning. 662 | 663 | #First, we must do "move_and_slide()" so that we can get some of our states. 664 | move_and_slide(Vector3(0.0, 0.0, 0.0), FloorNormal, SlopeStopMinVel, MaxSlides, MaxFloorAngleRad) 665 | 666 | # Collision States # 667 | # Set if the player is on a wall, floor, or ceiling. 668 | State_OnFloor = is_on_floor() 669 | State_OnWalls = is_on_wall() 670 | State_OnCeiling = is_on_ceiling() 671 | 672 | # Falling State # 673 | # Initialize the player as falling. 674 | State_Falling = true 675 | 676 | # If the jump action is not pressed... 677 | if(not Input.is_action_pressed(String_Jump)): 678 | # Say that the jump action is released. 679 | Jump_Released = true 680 | 681 | # Set the initial player position variable. 682 | # Later on in this code, this variable is set before it is used, anyway. But I like to have this here 683 | # as it doesn't cause slowdown or overhead and I may change the code or reference this before that code 684 | # for some reason. 685 | Player_Position = translation 686 | 687 | # Set the global Y position of the players feet. 688 | Player_GlobalFeetPos_Y = Player_Position.y - Player_Height * 0.5 689 | 690 | # If the max step height is more than half the player... 691 | if(Step_MaxHeight > Player_Height * 0.5): 692 | # Set it back to half the player height. 693 | Step_MaxHeight = Player_Height * 0.5 694 | 695 | # Set the default label text. 696 | Debug_Label.set_text(Debug_Label_String) 697 | 698 | #Set the size of the touched objects array according to the maximum number of slides this character will have in its "move_and_slide()" function. 699 | Touch_ObjectsTouched.resize(MaxSlides) 700 | 701 | steps_array.append(step_01) 702 | steps_array.append(step_02) 703 | steps_array.append(step_03) 704 | 705 | 706 | ###################################################################################################################################################### 707 | # UNHANDLED INPUT # 708 | ###################################################################################################################################################### 709 | # This is for any input not handled elsewhere, like if a control node (a GUI node, like a window or something) 710 | # is currently using the mouse, this function will not run. When the GUI node is gone/minimized/no longer 711 | # there, the input will be handled here. 712 | func _unhandled_input(event): 713 | ############# 714 | # MOUSE # 715 | ############# 716 | # If the current event is a mouse movement... 717 | if(event is InputEventMouseMotion): 718 | # If mouselook is enabled... 719 | if(MouseLook): 720 | ##################### 721 | # CALCULATION # 722 | ##################### 723 | # LEFT and RIGHT # 724 | # Set how much the mouse has moved from its last position. 725 | Mouse_Rel_Movement = event.relative 726 | 727 | # Find out what the current local X rotation is of the camera itself. 728 | Cam_Local_Rot_X = rad2deg(Node_Camera3D.get_rotation().x) 729 | 730 | # Add the mouse movement to the local camera X axis rotation. 731 | Cam_Temp_XRot_Var = Cam_Local_Rot_X + -Mouse_Rel_Movement.y 732 | 733 | # If it's too low... 734 | if(Cam_Temp_XRot_Var < -90): 735 | # Set it back to the lower limit. 736 | Final_Cam_Rot_Local_X = Cam_Temp_XRot_Var + 90 + Mouse_Rel_Movement.y 737 | # Else, if it's too high... 738 | elif(Cam_Temp_XRot_Var > 90): 739 | # Set it to the upper limit. 740 | Final_Cam_Rot_Local_X = Cam_Temp_XRot_Var - 90 + Mouse_Rel_Movement.y 741 | # Else, it must be within limits. So... 742 | else: 743 | # Set the final X axis rotation. 744 | Final_Cam_Rot_Local_X = Mouse_Rel_Movement.y 745 | 746 | # Say that the mouse has moved so the player and his camera can be rotated. 747 | Mouse_Moved = true 748 | 749 | 750 | 751 | ###################################################################################################################################################### 752 | # PHYSICS # 753 | ###################################################################################################################################################### 754 | func _physics_process(delta): 755 | #################################################################################################### 756 | # GET INFO # 757 | #################################################################################################### 758 | # First, it is important that we get info on what is happening to our character. 759 | 760 | ##################################### 761 | # FLOOR or WALLS # 762 | ##################################### 763 | # Update if the player is on the floor, wall, or ceiling... 764 | State_OnFloor = is_on_floor() 765 | State_OnWalls = is_on_wall() 766 | State_OnCeiling = is_on_ceiling() 767 | # Get the slide count and put it in this variable. 768 | SlideCount = get_slide_count() 769 | # Update the current player position reference variable. 770 | Player_Position = translation 771 | 772 | ##################################### 773 | # GET ROTATION-DIRECTION NORMALS # 774 | ##################################### 775 | # Get the direction the player is facing in normalized vectors. 776 | DirectionInNormalVec3_FWAndBW = get_global_transform().basis.z 777 | DirectionInNormalVec3_LeftAndRight = get_global_transform().basis.x 778 | 779 | #################################################################################################### 780 | # INPUT # 781 | #################################################################################################### 782 | # Gets input that is pressed and set bools accordingly. 783 | 784 | ######################### 785 | # MOVEMENT # 786 | ######################### 787 | #Set the action bool variables. 788 | Pressed_FW = Input.is_action_pressed(String_FW) 789 | Pressed_BW = Input.is_action_pressed(String_BW) 790 | Pressed_LEFT = Input.is_action_pressed(String_Left) 791 | Pressed_RIGHT = Input.is_action_pressed(String_Right) 792 | 793 | ######################### 794 | # JUMP # 795 | ######################### 796 | # If the jump key was pressed... 797 | if(Input.is_action_pressed(String_Jump)): 798 | # Then say that the jump key has been pressed. 799 | Pressed_Jump = true 800 | # If the player is currently jumping or falling, AND is not on the floor... 801 | if((State_Jumping or State_Falling) and not State_OnFloor): 802 | # Say that the jump key has not been released. 803 | Jump_Released = false 804 | # Otherwise, if the jump key was released... 805 | else: 806 | # Say that the player is not pressing the jump key. 807 | Pressed_Jump = false 808 | # And say that he has released it. 809 | Jump_Released = true 810 | 811 | ##################################### 812 | # SPEED SHIFT # 813 | ##################################### 814 | # If the speed shift key is pressed... 815 | if(Input.is_action_pressed(String_Shift)): 816 | # Multiply the final walk velocity by the speed shift velocity. 817 | FinalWalkVelocity = BaseWalkVelocity * ShiftWalkVelocity_Multiplier 818 | # Say that the shift key is pressed. 819 | Pressed_Shift = true 820 | # Otherwise... 821 | else: 822 | # Set the final walk velocity as the base velocity. 823 | FinalWalkVelocity = BaseWalkVelocity 824 | # 825 | Pressed_Shift = false 826 | 827 | # Set the step saftey margin according to the player's current speed. 828 | Step_SafetyMargin = Step_SafetyMargin_Dividend / (BaseWalkVelocity / FinalWalkVelocity) 829 | 830 | ############################################# 831 | # CAMERA INTERPOLATION LENGTH MODIFIER # 832 | ############################################# 833 | # Set the camera interpolation length according to the speed of the player. 834 | CamInterpo_Length_Secs = BaseWalkVelocity / (CamInterpo_Length_Secs_Multiplicand * (FinalWalkVelocity / 10.0) ) 835 | 836 | ############################################# 837 | # CROSSHAIR: USABLE ITEM # 838 | # AND USE BUTTON # 839 | ############################################# 840 | # This hides or shows the red circle texture on screen if there is a visible item within reach 841 | # of the character, if he's pointing at it. 842 | # Setup and execute a raycast to see if there is a usable item. 843 | Ray_SpaceState = get_world().get_direct_space_state() 844 | Ray_From = Node_Camera3D.get_global_transform().origin 845 | Ray_To = -Node_Camera3D.get_global_transform().basis.z * Ray_UseDist + Ray_From 846 | Ray_Result = Ray_SpaceState.intersect_ray(Ray_From,Ray_To,[self]) 847 | 848 | # If the ray hit something... 849 | if(not Ray_Result.empty()): 850 | #COLLIDER# 851 | # If the colliding object itself has a use function... 852 | if(Ray_Result.collider.has_method("UseFunction")): 853 | # Show the red circle over the crosshair. 854 | Node_Crosshair_Useable.visible=true 855 | # If the player pressed the use button and it was previously released... 856 | if(Input.is_action_just_pressed(String_Use)): 857 | # Set what the position of the ray intersection is. 858 | Use_Ray_IntersectPos = Ray_Result.position 859 | # Use the function of the object intersected. 860 | Ray_Result.collider.UseFunction() 861 | #PARENT# 862 | # Else if its parent has a "UseFunction()" function... 863 | elif(Ray_Result.collider.get_parent().has_method("UseFunction")): 864 | # Show the red circle over the crosshair. 865 | Node_Crosshair_Useable.visible=true 866 | # If the player pressed the use button and it was previously released... 867 | if(Input.is_action_just_pressed(String_Use)): 868 | # Set what the position of the ray intersection is. 869 | Use_Ray_IntersectPos = Ray_Result.position 870 | # Use the function of the object intersected. 871 | Ray_Result.collider.get_parent().UseFunction() 872 | #NO USE FUNCTION# 873 | # Otherwise, if there is no use function... 874 | else: 875 | # Hide the red circle. 876 | Node_Crosshair_Useable.visible=false 877 | # Then reset the ray intersections position. 878 | Use_Ray_IntersectPos = Vector3(0,0,0) 879 | # Else, if the ray hit nothing... 880 | else: 881 | # Hide the red circle. 882 | Node_Crosshair_Useable.visible = false 883 | # Then reset the ray intersections position. 884 | Use_Ray_IntersectPos = Vector3(0,0,0) 885 | 886 | #################################################################################################### 887 | # HORIZONTAL MOVEMENT # 888 | #################################################################################################### 889 | ######################################### 890 | # FORWARD AND BACKWARDS CALCULATIONS # 891 | ######################################### 892 | # If forwards or backwards are pressed, just set the player to move in that direction. 893 | # If both or neither keys are pressed, then set the player to not move at all, e.g. velx=0 and velz=0. 894 | # FORWARDS # 895 | if(Pressed_FW and not Pressed_BW): 896 | TempMoveVel_FWAndBW.x = -DirectionInNormalVec3_FWAndBW.x 897 | TempMoveVel_FWAndBW.z = -DirectionInNormalVec3_FWAndBW.z 898 | player_moving_FWandBW = true 899 | # BACKWARDS # 900 | elif(not Pressed_FW and Pressed_BW): 901 | TempMoveVel_FWAndBW.x = DirectionInNormalVec3_FWAndBW.x 902 | TempMoveVel_FWAndBW.z = DirectionInNormalVec3_FWAndBW.z 903 | player_moving_FWandBW = true 904 | # BOTH # 905 | elif(Pressed_FW and Pressed_BW): 906 | TempMoveVel_FWAndBW.x = 0 907 | TempMoveVel_FWAndBW.z = 0 908 | player_moving_FWandBW = false 909 | # NEITHER # 910 | elif(not Pressed_FW and not Pressed_BW): 911 | TempMoveVel_FWAndBW.x = 0 912 | TempMoveVel_FWAndBW.z = 0 913 | player_moving_FWandBW = false 914 | # FAILSAFE # 915 | #This is a failsafe case. 916 | else: 917 | TempMoveVel_FWAndBW.x = 0 918 | TempMoveVel_FWAndBW.z = 0 919 | player_moving_FWandBW = false 920 | 921 | ######################################### 922 | # LEFT AND RIGHT CALCULATIONS # 923 | ######################################### 924 | # If left or right are pressed, just set the player to move in that direction. 925 | # If both or neither keys are pressed, then set the player to not move at all, e.g. velx=0 and velz=0. 926 | # LEFT # 927 | if(Pressed_LEFT and not Pressed_RIGHT): 928 | TempMoveVel_LeftAndRight.x = -DirectionInNormalVec3_LeftAndRight.x 929 | TempMoveVel_LeftAndRight.z = -DirectionInNormalVec3_LeftAndRight.z 930 | player_moving_LeftAndRight = true 931 | # RIGHT # 932 | elif(not Pressed_LEFT and Pressed_RIGHT): 933 | TempMoveVel_LeftAndRight.x = DirectionInNormalVec3_LeftAndRight.x 934 | TempMoveVel_LeftAndRight.z = DirectionInNormalVec3_LeftAndRight.z 935 | player_moving_LeftAndRight = true 936 | # BOTH # 937 | elif(Pressed_LEFT and Pressed_RIGHT): 938 | TempMoveVel_LeftAndRight.x = 0 939 | TempMoveVel_LeftAndRight.z = 0 940 | player_moving_LeftAndRight = false 941 | # NEITHER # 942 | elif(not Pressed_LEFT and not Pressed_RIGHT): 943 | TempMoveVel_LeftAndRight.x = 0 944 | TempMoveVel_LeftAndRight.z = 0 945 | player_moving_LeftAndRight = false 946 | # FAILSAFE # 947 | #This is a failsafe case. 948 | else: 949 | TempMoveVel_LeftAndRight.x = 0 950 | TempMoveVel_LeftAndRight.z = 0 951 | player_moving_LeftAndRight = false 952 | 953 | ##################################### 954 | # ADD FW/BW and LEFT/RIGHT AXIS # 955 | ##################################### 956 | # Set the final move velocity as both the temporary horizontal vectors, as set above, normalized, and then multiplied by the final walking velocity 957 | # that we want, as set in the "SETTINGS" section. 958 | FinalMoveVel = (TempMoveVel_FWAndBW + TempMoveVel_LeftAndRight).normalized() * FinalWalkVelocity 959 | 960 | #################################################################################################### 961 | # VERTICAL MOVEMENT # 962 | #################################################################################################### 963 | ######################################### 964 | # ON FLOOR # 965 | ######################################### 966 | # If the player is on the floor and falling and wasn't jumping... 967 | if(State_OnFloor and State_Falling and not State_Jumping): 968 | # Say that the falling has stopped. 969 | Falling_IsFalling = false 970 | # Otherwise, if the player is not on the floor and not jumping... 971 | elif(not State_OnFloor and not State_Jumping): 972 | # He is falling. 973 | State_Falling = true 974 | # Otherwise, if the player is on the floor and was jumping, but not falling... 975 | elif(State_OnFloor and State_Jumping and not State_Falling): 976 | # He has landed on the floor after a jump. So... 977 | # Say that he is not jumping anymore as he has landed on the ground. 978 | State_Jumping = false 979 | # Set the current jump velocity to 0. 980 | Jump_CurrentVel = 0 981 | # Say he has started falling. 982 | State_Falling = true 983 | # Set the current falling speed to 0. 984 | Falling_Speed = 0 985 | # Set the current falling time to "now." 986 | Falling_CurrentTime = 0 987 | 988 | ######################################### 989 | # JUMP PRESSED # 990 | ######################################### 991 | # If the jump key was pressed and was previously released... 992 | if(Pressed_Jump and Jump_Released): 993 | # If the character is on the floor... 994 | if(State_OnFloor): 995 | # Say that he has started his jump. 996 | State_Jumping = true 997 | # Not falling. 998 | State_Falling = false 999 | # Reset the jump timer counter. 1000 | Jump_CurrentTime = 0 1001 | 1002 | ######################################### 1003 | # JUMPING # 1004 | ######################################### 1005 | # If the player is jumping and not falling... 1006 | if(State_Jumping and not State_Falling): 1007 | # If he is on the floor... 1008 | if(State_OnFloor): 1009 | # If the player's jump velocity is the same as or less than gravity... 1010 | if(Jump_Vel - Falling_Gravity <= 0): 1011 | # Cancel the jump, as it would do nothing. 1012 | State_Jumping = false 1013 | # Set the current jump vel to 0. 1014 | Jump_CurrentVel = 0 1015 | # Say that he is falling. 1016 | State_Falling = true 1017 | # Set the falling speed to 0, as it has just started. 1018 | Falling_Speed = 0 1019 | # Set the current time of the player falling to "now." 1020 | Falling_CurrentTime = 0 1021 | # Otherwise, if the jump key was released previously... 1022 | elif(Jump_Released): 1023 | # Set the initial velocity of the jump according to the global character variable. 1024 | Jump_CurrentVel = Jump_Vel 1025 | # Set the final Y(vertical) velocity according to the current jump velocity, while subtracting gravity from it. 1026 | FinalMoveVel.y = Jump_CurrentVel + -Falling_Gravity 1027 | # If he is in the air in the middle of a jump... 1028 | elif(not State_OnFloor): 1029 | # And if the jump is not yet over... 1030 | if(Jump_CurrentTime < Jump_Length): 1031 | # If the player has hit his head on a ceiling or something... 1032 | if(State_OnCeiling): 1033 | # Set the current jump velocity to 0. 1034 | Jump_CurrentVel = 0 1035 | # Set the falling speed to 0. 1036 | Falling_Speed = 0 1037 | # Set the current falling time to "now." 1038 | Falling_CurrentTime = 0 1039 | # Say that the jump is over. 1040 | State_Jumping=false 1041 | # Say that the falling has started. 1042 | Falling_IsFalling = true 1043 | # Say that the player is currently falling. 1044 | State_Falling=true 1045 | # Otherwise, if the player isn't hitting the ceiling... 1046 | else: 1047 | # Set the current velocity of the jump according to the current time of the jump, so as to smoothly taper off the jump velocity. 1048 | Jump_CurrentVel = Jump_Vel - (Jump_Vel * ( pow( Jump_CurrentTime / Jump_Length , 2.0))) 1049 | # Increment the jump timer. 1050 | Jump_CurrentTime += delta 1051 | # Set the final Y(vertical) velocity. 1052 | FinalMoveVel.y = Jump_CurrentVel + -Falling_Gravity 1053 | # Otherwise, if the jump is over... 1054 | else: 1055 | # Set the current jump velocity to 0. 1056 | Jump_CurrentVel = 0 1057 | # Set the falling speed to 0. 1058 | Falling_Speed = 0 1059 | # Set the current falling time to "now." 1060 | Falling_CurrentTime = 0 1061 | # Say that the jump is over. 1062 | State_Jumping=false 1063 | # Say that the falling has started. 1064 | Falling_IsFalling = true 1065 | # Say that the player is currently falling. 1066 | State_Falling=true 1067 | 1068 | ######################################### 1069 | # FALLING # 1070 | ######################################### 1071 | # If our character is falling and not jumping... 1072 | if(State_Falling and not State_Jumping): 1073 | # If not on floor... 1074 | if(not State_OnFloor): 1075 | # If the falling speed is less than terminal velocity... 1076 | if(Falling_Speed < Falling_TerminalVel): 1077 | # If the falling has not started yet... 1078 | if(not Falling_IsFalling): 1079 | # Say that it has started. 1080 | Falling_IsFalling = true 1081 | # And set the current falling time to "now". 1082 | Falling_CurrentTime = 0 1083 | # Otherwise, if the falling has already started and the falling timer hasn't passed the time it takes to reach terminal velocity... 1084 | elif(Falling_IsFalling and Falling_CurrentTime < Falling_TimeToHitTerminalVelSec): 1085 | # Update the falling timer. 1086 | Falling_CurrentTime += delta 1087 | 1088 | # If the timer has passed its limit... 1089 | if(Falling_CurrentTime >= Falling_TimeToHitTerminalVelSec): 1090 | # Then set the timer back to its limit. 1091 | Falling_CurrentTime = Falling_TimeToHitTerminalVelSec 1092 | # Otherwise, the falling timer has passed the time it takes to reach terminal velocity. 1093 | else: 1094 | # Set the timer back to its limit. 1095 | Falling_CurrentTime = Falling_TimeToHitTerminalVelSec 1096 | 1097 | # Set final falling speed. 1098 | Falling_Speed = Falling_TerminalVel * pow(Falling_CurrentTime / Falling_TimeToHitTerminalVelSec, 0.4) 1099 | # Otherwise, if the player is on the floor... 1100 | else: 1101 | # If the character is moving... 1102 | if(FinalMoveVel.x != 0 or FinalMoveVel.z != 0): 1103 | # Run the function that makes the character speed affected by the slope. 1104 | Slope_AffectSpeed() 1105 | # Otherwise, if the player is not moving... 1106 | else: 1107 | # Set the falling speed multiplier to the default specified in the settings. 1108 | Falling_Speed_Multiplier = Falling_Speed_Multiplier_Default 1109 | 1110 | # Set the final falling speed multiplier. 1111 | Falling_Speed = Falling_Gravity * Falling_Speed_Multiplier 1112 | 1113 | # Apply final falling velocity. 1114 | FinalMoveVel.y = -Falling_Speed 1115 | 1116 | ##################################################################################################### 1117 | # FINAL MOVEMENT APPLICATION # 1118 | ##################################################################################################### 1119 | ##################### 1120 | # MOUSE ROTATION # 1121 | ##################### 1122 | if(Mouse_Moved): 1123 | # Here the mouse movement is finally applied. 1124 | # Apply the y axis rotation to the character kinematic body. 1125 | # This means rotate the whole character left and right. 1126 | self.rotate_y(deg2rad(-Mouse_Rel_Movement.x) * Cam_RotateSens) 1127 | # Apply the x axis rotation to the camera. 1128 | # And this is rotating _just_ the camera only, up and down on its local X axis. 1129 | Node_Camera3D.rotate_x(deg2rad(-Final_Cam_Rot_Local_X) * Cam_RotateSens) 1130 | 1131 | #Say that the mouse is basically done moving. 1132 | Mouse_Moved = false 1133 | 1134 | ##################### 1135 | # LINEAR MOVEMENT # 1136 | ##################### 1137 | # If character is on floor... 1138 | if(State_OnFloor): 1139 | # Add the floor velocity to the player character's final movement velocity. 1140 | FinalMoveVel += get_floor_velocity() * delta 1141 | 1142 | Debug_Label_String = str(get_floor_velocity()) 1143 | 1144 | var snap = Vector3(0,0,0) 1145 | 1146 | if(Jump_Released == false): 1147 | snap = Vector3(0,0,0) 1148 | else: 1149 | snap = Vector3(0 , (-Player_Height*0.5)-0.1, 0) 1150 | 1151 | # Apply the movement calculations with move_and_slide(). 1152 | move_and_slide(FinalMoveVel, FloorNormal, SlopeStopMinVel, MaxSlides, MaxFloorAngleRad) 1153 | #move_and_slide_with_snap(FinalMoveVel, snap, FloorNormal, true, false, 4, MaxFloorAngleRad) 1154 | 1155 | ######################################### 1156 | # GET STATES # 1157 | ######################################### 1158 | # Update if the player is on the floor, wall, or ceiling. 1159 | # This is nessecary for after the "move_and_slide()" above, as that updates "is_on_floor()", "is_on_wall()", and "is_on_ceiling()". 1160 | State_OnFloor = is_on_floor() 1161 | State_OnWalls = is_on_wall() 1162 | State_OnCeiling = is_on_ceiling() 1163 | # Get the slide count and put it in this variable. 1164 | SlideCount = get_slide_count() 1165 | # Update the current player position reference variable. 1166 | Player_Position = translation 1167 | 1168 | ######################################### 1169 | # STEPS # 1170 | ######################################### 1171 | # Execute the stepping up function. 1172 | Step_Player_Up() 1173 | 1174 | ############################# 1175 | # CAMERA INTERPOLATION # 1176 | ############################# 1177 | #If the stepping function set the camera to be interpolated... 1178 | if(CamInterpo_DoInterpolation == true): 1179 | #Do the camera interpolation and return the modified interpolation time. 1180 | CamInterpo_CurrentTime_Secs = InterpolateCamera(CamInterpo_StartingPos_Local_Y, CamInterpo_CurrentTime_Secs, delta) 1181 | 1182 | ##################################### 1183 | # TOUCH FUNCTION # 1184 | ##################################### 1185 | #Check for and execute any touch functions. 1186 | Touch_CheckAndExecute() 1187 | 1188 | ############################# 1189 | # DEBUG # 1190 | ############################# 1191 | #Set the debug text as the FPS. 1192 | Debug_Label_String = "FPS: " + str(Engine.get_frames_per_second()) 1193 | Debug_Label_String += "\nLOD Processing: " + str(get_tree().get_root().get_node("Main").LOD_Process_Active) 1194 | Debug_Label_String += "\nNumber of LOD Objects: " + str(get_tree().get_root().get_node("Main").LOD_Number) 1195 | Debug_Label_String += "\nOn-Screen Verts: " + str(Performance.get_monitor(Performance.RENDER_VERTICES_IN_FRAME)) 1196 | #Set the debug text. 1197 | Debug_Label.set_text(Debug_Label_String) 1198 | -------------------------------------------------------------------------------- /textures/HUD/crosshair.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/leiget/LOD-Simple-Example/d84b5e87fc58858f2accfcc3aaa404baba280f6e/textures/HUD/crosshair.png -------------------------------------------------------------------------------- /textures/HUD/crosshair.png.import: -------------------------------------------------------------------------------- 1 | [remap] 2 | 3 | importer="texture" 4 | type="StreamTexture" 5 | path="res://.import/crosshair.png-00d9d2cb448c80705fbe07fdcc34218e.stex" 6 | 7 | [deps] 8 | 9 | source_file="res://textures/HUD/crosshair.png" 10 | dest_files=[ "res://.import/crosshair.png-00d9d2cb448c80705fbe07fdcc34218e.stex" ] 11 | 12 | [params] 13 | 14 | compress/mode=0 15 | compress/lossy_quality=0.7 16 | compress/hdr_mode=0 17 | compress/bptc_ldr=0 18 | compress/normal_map=2 19 | flags/repeat=0 20 | flags/filter=false 21 | flags/mipmaps=false 22 | flags/anisotropic=false 23 | flags/srgb=2 24 | process/fix_alpha_border=true 25 | process/premult_alpha=false 26 | process/HDR_as_SRGB=false 27 | process/invert_color=false 28 | stream=false 29 | size_limit=0 30 | detect_3d=false 31 | svg/scale=1.0 32 | -------------------------------------------------------------------------------- /textures/HUD/crosshair_usable.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/leiget/LOD-Simple-Example/d84b5e87fc58858f2accfcc3aaa404baba280f6e/textures/HUD/crosshair_usable.png -------------------------------------------------------------------------------- /textures/HUD/crosshair_usable.png.import: -------------------------------------------------------------------------------- 1 | [remap] 2 | 3 | importer="texture" 4 | type="StreamTexture" 5 | path="res://.import/crosshair_usable.png-7b24de00a6bc3d3170c82192640f1ffe.stex" 6 | 7 | [deps] 8 | 9 | source_file="res://textures/HUD/crosshair_usable.png" 10 | dest_files=[ "res://.import/crosshair_usable.png-7b24de00a6bc3d3170c82192640f1ffe.stex" ] 11 | 12 | [params] 13 | 14 | compress/mode=0 15 | compress/lossy_quality=0.7 16 | compress/hdr_mode=0 17 | compress/bptc_ldr=0 18 | compress/normal_map=0 19 | flags/repeat=0 20 | flags/filter=true 21 | flags/mipmaps=false 22 | flags/anisotropic=false 23 | flags/srgb=2 24 | process/fix_alpha_border=true 25 | process/premult_alpha=false 26 | process/HDR_as_SRGB=false 27 | process/invert_color=false 28 | stream=false 29 | size_limit=0 30 | detect_3d=true 31 | svg/scale=1.0 32 | --------------------------------------------------------------------------------