# part `instance` `shape` -> shape\_type Gets the shape of the part. `instance` `position` -> vector3 Gets the position of the part. `instance` `set_position(``vector3``)` -> void Sets part position of the part. `instance` `cframe_position` -> vector3 Gets the position of the part. `instance` `set_cframe_position(``vector3``)` -> void Sets the cframe position of the part. `instance` `cframe_angle` -> vector3 Gets the cframe angle of the part. `instance` `set_cframe_angle(``vector3``)` -> void Sets the cframe angle of the part. * Cframe angle will use degrees so 1 to 360. `instance` `cframe_lookvector` -> vector3 Gets the cframe lookvector of the part. `instance` `set_cframe_lookvector(``vector3``)` -> void Sets the cframe lookvector of the part. `instance` `cframe_rightvector` -> vector3 Gets the cframe rightvector of the part. `instance` `cframe_upvector` -> vector3 Gets the cframe upvector of the part. `instance` `velocity` -> vector3 Gets the velocity of the part. `instance` `set_velocity(``vector3``)` -> void Sets part velocity of the part. `instance` `linear_velocity` -> vector3 Gets the assemblylinearvelocity of the part. `instance` `set_linear_velocity(``vector3``)` -> void Sets part assemblylinearvelocity of the part. `instance` `size` -> vector3 Gets the size of the part. `instance` `set_size(``vector3``)` -> void Sets the size of the part. `instance` `collision` -> bool Gets the position state of the part. `instance` `set_collision(``bool``)` -> void Sets the collision of the part. `instance` `transparency` -> float Gets the transparency of the part. `instance` `set_transparency(``float``)` -> void Sets the transparency of the part. `nstance` `reflectance`-> float Gets the reflectance of the part. `instance` `spectate()` -> void Sets your camera target to the instance. `instance` `color` -> color Gets the color of the part. `instance` `set_color(``color``)` -> color Sets the part color. `instance` `material` -> material\_type enum Gets the [material type](https://photon-4.gitbook.io/api/documentation/roblox/part/material-type) of the part. Example (`wood`, `plastic`, `forcefield`, `...`) `instance` `set_material(``material_type``)` -> void Sets the material of the part. `instance` `anchored` -> bool Returns if the object is anchored. Anchored determines whether the part will be immovable by physics. `instance` `set_anchored(``bool``)` -> void Sets the the anchored property. `instance` `get_primitive()` -> instance Gets the primitive pointer. stores position, size, etc. Use the [memory](https://photon-4.gitbook.io/api/documentation/roblox/memory) to access or manipulate this data. `instance` `get_meshpart_id()` -> string Gets the mesh part id. `instance` `apply_chams(``color`, `always_ontop`, `wireframe`, `wireframe_texture`, `glow`, `visible_textures`, `is_playerpart``)` -> void Sets parts rendering settings. * Current color types (`CHAMS_RED`, `CHAMS_GREEN`, `CHAMS_YELLOW`, `CHAMS_BLUE`, `CHAMS_PINK`, `CHAMS_CYAN`, `CHAMS_WHITE`) | Name | Type | Description | | ------------------ | ---------------------------------------- | ----------------------------------------------------------- | | color | `int` | Color type from CHAMS\_... | | always\_ontop | `bool` | Renders through parts etc. | | wireframe | `bool` | Self explanatory | | wireframe\_texture | `bool` | Self explanatory | | glow | `bool` | Makes it glow | | visible\_textures | `bool` | Makes the part not see through | | is\_playerpart | `bool` | Needs to be true if the characters parent is the character. | `instance` `reset_chams()` -> void Resets the part to its origin render settings. ## Example

local workspace = game:get_service("Workspace")
local players = game:get_service("Players")
local localplayer = players.local_player

local stored_parts = {}

for _, v in pairs(workspace:get_children()) do
    if v.class_name == "Part" then
       local part_position = v.position
       local part_size = v.size
       
       print(v.name)
       print(v.transparency)
       print(tostring(v.collision))
       print(part_size.x, part_size.y, part_size.z)
       print(part_position.x, part_position.y, part_position.z)
       print("-")
       
       table.insert(stored_parts, v)
    end
end -- gets every parts in workspace and prints out specific properties

local local_character = localplayer.character
if local_character:isvalid() then -- checks if the instance is not invalid
   for _, v in pairs(local_character:get_children()) do
      if v.class_name == "MeshPart" or v.class_name == "Part" then
         v:set_collision(false)
      end
   end
end -- basic noclip

if local_character:isvalid() then
   local rootpart = local_character:find_first_child("HumanoidRootPart")
   if rootpart:isvalid() then
      local angle = rootpart.cframe_angle
      print(angle.x, angle.y, angle.z)
      
      rootpart:set_velocity(vector3(0, 50, 0))
   end
end -- flings you upp a little

local random_index = math.random(1, #stored_parts)
local random_part = stored_parts[random_index]
random_part:spectate() -- spectates a random part in workspace
-- local characters humanoid is the default camera subject

if local_character.material == material_type.PLASTIC then
   print("humanoidrootpart = plastic!")
end

-- chams example
local head = localplayer.character:find_first_child("Head")

head:apply_chams(
    CHAMS_RED, -- Color
    true, -- Always on top
    false, -- Wireframe
    false, -- Wireframe textured
    true, -- Glow
    true, -- Visible textures
    true -- Is player part
)