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feat: Update room dimensions and apply colors to static cubes in the scene

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johndoe6345789
2026-01-05 08:32:10 +00:00
parent c1390aee64
commit e7337d004c
1 changed files with 34 additions and 10 deletions
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44
scripts/cube_logic.lua
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@@ -236,7 +236,7 @@ local room = {
wall_thickness = 0.3,
wall_height = 2.5,
floor_half_thickness = 0.2,
floor_top = -1.0,
floor_top = 0.0,
}
local player_state = {
eye_height = 1.6,
@@ -248,8 +248,9 @@ local player_state = {
noclip_toggle_pressed = false,
}
camera.position[1] = 0.0
camera.position[2] = room.floor_top + player_state.eye_height
camera.position[3] = room.half_size - 1.5
camera.position[3] = 0.0
local function clamp(value, minValue, maxValue)
if value < minValue then
@@ -489,7 +490,9 @@ local rotation_speed = 0.9
local function create_spinning_cube()
local function compute_model_matrix(time)
return math3d.rotation_y(time * rotation_speed)
local rotation = math3d.rotation_y(time * rotation_speed)
local position = math3d.translation(0.0, 1.5, 0.0)
return math3d.multiply(position, rotation)
end
return {
@@ -506,14 +509,28 @@ local function build_static_model_matrix(position, scale)
return math3d.multiply(translation, scaling)
end
local function create_static_cube(position, scale)
local function apply_color_to_vertices(color)
local colored_vertices = {}
for i = 1, #cube_vertices do
local v = cube_vertices[i]
colored_vertices[i] = {
position = v.position,
color = color,
}
end
return colored_vertices
end
local function create_static_cube(position, scale, color)
local model = build_static_model_matrix(position, scale)
local function compute_model_matrix()
return model
end
local vertices = color and apply_color_to_vertices(color) or cube_vertices
return {
vertices = cube_vertices,
vertices = vertices,
indices = cube_indices,
compute_model_matrix = compute_model_matrix,
shader_key = "default",
@@ -523,19 +540,26 @@ end
local function create_room_objects()
local floor_center_y = room.floor_top - room.floor_half_thickness
local wall_center_y = room.floor_top + room.wall_height
local ceiling_y = room.floor_top + room.wall_height * 2 + room.floor_half_thickness
local wall_offset = room.half_size + room.wall_thickness
local blue_floor = {0.2, 0.3, 0.8}
local green_wall = {0.2, 0.7, 0.3}
local light_gray = {0.7, 0.7, 0.7}
return {
create_static_cube({0.0, floor_center_y, 0.0},
{room.half_size, room.floor_half_thickness, room.half_size}),
{room.half_size, room.floor_half_thickness, room.half_size}, blue_floor),
create_static_cube({0.0, ceiling_y, 0.0},
{room.half_size, room.floor_half_thickness, room.half_size}, light_gray),
create_static_cube({0.0, wall_center_y, -wall_offset},
{room.half_size, room.wall_height, room.wall_thickness}),
{room.half_size, room.wall_height, room.wall_thickness}, green_wall),
create_static_cube({0.0, wall_center_y, wall_offset},
{room.half_size, room.wall_height, room.wall_thickness}),
{room.half_size, room.wall_height, room.wall_thickness}, green_wall),
create_static_cube({-wall_offset, wall_center_y, 0.0},
{room.wall_thickness, room.wall_height, room.half_size}),
{room.wall_thickness, room.wall_height, room.half_size}, green_wall),
create_static_cube({wall_offset, wall_center_y, 0.0},
{room.wall_thickness, room.wall_height, room.half_size}),
{room.wall_thickness, room.wall_height, room.half_size}, green_wall),
}
end