allows you to render voxels in three-dimensional space
please note that holographic projectors for survival mode have limitations that are written in its description
voxel_type - this is the voxel type number. it can be a UUID indicating a custom object that should be displayed
component name - holoprojector

supports the following types of voxels:

• voxel_type 0 - transparent
• voxel_type 1 - glowing
• voxel_type 2 - general block

methods:

• holoprojector.reset() - resets offset, rotation, scale
• holoprojector.addVoxel(x, y, z, color, voxel_type:number|uuid|string|nil, localScale:vec3|nil, localRotation:vec3|nil):id - creates a new voxel
• holoprojector.delVoxel(id:number) - deletes a voxel with the specified ID
• holoprojector.clear() - deletes all voxels
• holoprojector.flush() - applies changes
• holoprojector.setOffset(x, y, z) - changes the displacement of the entire hologram relative to the projector
• holoprojector.getOffset():x, y, z - returns the value set using holoprojector.setOffset
• holoprojector.setRotation(x, y, z) - changes the rotation of all voxels relative to the projector
• holoprojector.getRotation():x, y, z - returns the value set using holoprojector.setRotation
• holoprojector.setScale(x, y, z) - sets the scale of all voxels
• holoprojector.getScale():x, y, z - returns the value set using holoprojector.setScale

            if _endtick then
    holo.clear()
    holo.flush()
    return
end

if not start then
    start = true
    tick = 0
    voxel_type = 2

    holo = getHoloprojectors()[1]
    holo.reset()
    holo.clear()

    holo.addVoxel(0, 1, 0, "812d03", voxel_type)
    holo.addVoxel(0, 2, 0, "812d03", voxel_type)
    holo.addVoxel(0, 3, 0, "812d03", voxel_type)
    
    holo.addVoxel(0, 5, 0, "418203", voxel_type)
    holo.addVoxel(0, 4, 0, "418203", voxel_type)
    holo.addVoxel(0, 4, 1, "418203", voxel_type)
    holo.addVoxel(0, 4, -1, "418203", voxel_type)
    holo.addVoxel(1, 4, 0, "418203", voxel_type)
    holo.addVoxel(-1, 4, 0, "418203", voxel_type)

    holo.flush()
end

holo.setScale(0.5, 0.5, 0.5)
holo.setRotation(0, math.rad(tick * 0.5), 0)
holo.setOffset(0, 1 + (math.sin(math.rad(tick)) * 0.8), 0)
tick = tick + 2