_G

string

accelerometer_event

number

number

number

affector_color_step

number

ncine.color

number

ncine.vec2

affector_position_step

number

number

affector_rotation_step

number

ncine.vec2

affector_size_step

number

ncine.vec2

affector_velocity_step

string[]

function assert(v?: <T>, message?: any, ...any)
  -> <T>
  2. ...any

audio_auto_wah_properties

number

number

number

number

audio_chorus_properties

number

number

number

integer

number

integer

audio_compressor_properties

integer

number

number

number

number

number

audio_distortion_properties

number

integer

number

number

number

number

number

number

number

number

number

number

number

number

number

ncine.vec3

number

number

number

number

number

ncine.vec3

number

audio_eax_reverb_properties

audio_echo_properties

number

number

number

number

number

number

number

number

number

number

number

number

number

number

number

audio_equalizer_properties

number

number

number

ncine.audio_filter_type

audio_filter_properties

audio_flanger_properties

number

number

number

integer

number

integer

audio_frequency_shifter_properties

number

integer

integer

audio_pitch_shifter_properties

integer

integer

audio_reverb_properties

number

integer

number

number

number

number

number

number

number

number

number

number

number

number

number

integer

audio_ring_modulator_properties

audio_vocal_morpher_properties

integer

integer

integer

integer

number

integer

number

number

number

number

number

number

number

number

function collectgarbage(opt?: "collect"|"count"|"generational"|"incremental"|"isrunning"...(+3), ...any)
  -> any

coroutinelib

function coroutine.close(co: thread)
  -> noerror: boolean
  2. errorobject: any

function coroutine.create(f: fun(...any):...unknown)
  -> thread

function coroutine.isyieldable(co?: thread)
  -> boolean

function coroutine.resume(co: thread, val1?: any, ...any)
  -> success: boolean
  2. ...any

function coroutine.running()
  -> running: thread
  2. ismain: boolean

function coroutine.status(co: thread)
  -> "dead"|"normal"|"running"|"suspended"

function coroutine.wrap(f: fun(...any):...unknown)
  -> fun(...any):...unknown

(async) function coroutine.yield(...any)
  -> ...any

function coroutine.close(co: thread)
  -> noerror: boolean
  2. errorobject: any

function coroutine.create(f: fun(...any):...unknown)
  -> thread

function coroutine.isyieldable(co?: thread)
  -> boolean

function coroutine.resume(co: thread, val1?: any, ...any)
  -> success: boolean
  2. ...any

function coroutine.running()
  -> running: thread
  2. ismain: boolean

function coroutine.status(co: thread)
  -> "dead"|"normal"|"running"|"suspended"

return #1:
    | "running" -- Is running.
    | "suspended" -- Is suspended or not started.
    | "normal" -- Is active but not running.
    | "dead" -- Has finished or stopped with an error.

function coroutine.wrap(f: fun(...any):...unknown)
  -> fun(...any):...unknown

(async) function coroutine.yield(...any)
  -> ...any

debuglib

function debug.debug()

function debug.getfenv(o: any)
  -> table

function debug.gethook(co?: thread)
  -> hook: function
  2. mask: string
  3. count: integer

function debug.getinfo(thread: thread, f: integer|fun(...any):...unknown, what?: string|"L"|"S"|"f"|"l"...(+4))
  -> debuginfo

function debug.getlocal(thread: thread, f: integer|fun(...any):...unknown, index: integer)
  -> name: string
  2. value: any

function debug.getmetatable(object: any)
  -> metatable: table

function debug.getregistry()
  -> table

function debug.getupvalue(f: fun(...any):...unknown, up: integer)
  -> name: string
  2. value: any

function debug.getuservalue(u: userdata, n?: integer)
  -> any
  2. boolean

function debug.setcstacklimit(limit: integer)
  -> boolean|integer

function debug.setfenv(object: <T>, env: table)
  -> object: <T>

function debug.sethook(thread: thread, hook: fun(...any):...unknown, mask: string|"c"|"l"|"r", count?: integer)

function debug.setlocal(thread: thread, level: integer, index: integer, value: any)
  -> name: string

function debug.setmetatable(value: <T>, meta?: table)
  -> value: <T>

function debug.setupvalue(f: fun(...any):...unknown, up: integer, value: any)
  -> name: string

function debug.setuservalue(udata: userdata, value: any, n?: integer)
  -> udata: userdata

function debug.traceback(thread: thread, message?: any, level?: integer)
  -> message: string

function debug.upvalueid(f: fun(...any):...unknown, n: integer)
  -> id: lightuserdata

function debug.upvaluejoin(f1: fun(...any):...unknown, n1: integer, f2: fun(...any):...unknown, n2: integer)

boolean

boolean

boolean

debug_overlay_settings

table

integer

integer

function

boolean

boolean

integer

integer

string

string

integer

integer

integer

string

string

string

function debug.debug()

function debug.getfenv(o: any)
  -> table

function debug.gethook(co?: thread)
  -> hook: function
  2. mask: string
  3. count: integer

function debug.getinfo(thread: thread, f: integer|fun(...any):...unknown, what?: string|"L"|"S"|"f"|"l"...(+4))
  -> debuginfo

what:
   +> "n" -- `name` and `namewhat`
   +> "S" -- `source`, `short_src`, `linedefined`, `lastlinedefined`, and `what`
   +> "l" -- `currentline`
   +> "t" -- `istailcall`
   +> "u" -- `nups`, `nparams`, and `isvararg`
   +> "f" -- `func`
   +> "r" -- `ftransfer` and `ntransfer`
   +> "L" -- `activelines`

function debug.getlocal(thread: thread, f: integer|fun(...any):...unknown, index: integer)
  -> name: string
  2. value: any

function debug.getmetatable(object: any)
  -> metatable: table

function debug.getregistry()
  -> table

function debug.getupvalue(f: fun(...any):...unknown, up: integer)
  -> name: string
  2. value: any

function debug.getuservalue(u: userdata, n?: integer)
  -> any
  2. boolean

function debug.setcstacklimit(limit: integer)
  -> boolean|integer

function debug.setfenv(object: <T>, env: table)
  -> object: <T>

function debug.sethook(thread: thread, hook: fun(...any):...unknown, mask: string|"c"|"l"|"r", count?: integer)

mask:
   +> "c" -- Calls hook when Lua calls a function.
   +> "r" -- Calls hook when Lua returns from a function.
   +> "l" -- Calls hook when Lua enters a new line of code.

function debug.setlocal(thread: thread, level: integer, index: integer, value: any)
  -> name: string

function debug.setmetatable(value: <T>, meta?: table)
  -> value: <T>

function debug.setupvalue(f: fun(...any):...unknown, up: integer, value: any)
  -> name: string

function debug.setuservalue(udata: userdata, value: any, n?: integer)
  -> udata: userdata

function debug.traceback(thread: thread, message?: any, level?: integer)
  -> message: string

function debug.upvalueid(f: fun(...any):...unknown, n: integer)
  -> id: lightuserdata

function debug.upvaluejoin(f1: fun(...any):...unknown, n1: integer, f2: fun(...any):...unknown, n2: integer)

function dofile(filename?: string)
  -> ...any

function error(message: any, level?: integer)

(method) file*:close()
  -> suc: boolean?
  2. exitcode: ("exit"|"signal")?
  3. code: integer?

exitcode:
    | "exit"
    | "signal"

(method) file*:flush()

(method) file*:lines(...string|integer|"L"|"a"|"l"...(+1))
  -> fun():any, ...unknown

for c in file:lines(...) do
    body
end

...(param):
    | "n" -- Reads a numeral and returns it as number.
    | "a" -- Reads the whole file.
   -> "l" -- Reads the next line skipping the end of line.
    | "L" -- Reads the next line keeping the end of line.

(method) file*:read(...string|integer|"L"|"a"|"l"...(+1))
  -> any
  2. ...any

...(param):
    | "n" -- Reads a numeral and returns it as number.
    | "a" -- Reads the whole file.
   -> "l" -- Reads the next line skipping the end of line.
    | "L" -- Reads the next line keeping the end of line.

(method) file*:seek(whence?: "cur"|"end"|"set", offset?: integer)
  -> offset: integer
  2. errmsg: string?

whence:
    | "set" -- Base is beginning of the file.
   -> "cur" -- Base is current position.
    | "end" -- Base is end of file.

(method) file*:setvbuf(mode: "full"|"line"|"no", size?: integer)

mode:
    | "no" -- Output operation appears immediately.
    | "full" -- Performed only when the buffer is full.
    | "line" -- Buffered until a newline is output.

(method) file*:write(...string|number)
  -> file*?
  2. errmsg: string?

integer

integer

integer

integer

integer

integer

integer

function getfenv(f?: integer|fun(...any):...unknown)
  -> table

function getmetatable(object: any)
  -> metatable: table

integer

viewportObj

integer

viewportObj

gui_settings

iolib

function io.close(file?: file*)
  -> suc: boolean?
  2. exitcode: ("exit"|"signal")?
  3. code: integer?

function io.flush()

function io.input(file: string|file*)

function io.lines(filename?: string, ...string|integer|"L"|"a"|"l"...(+1))
  -> fun():any, ...unknown

function io.open(filename: string, mode?: "a"|"a+"|"a+b"|"ab"|"r"...(+7))
  -> file*?
  2. errmsg: string?

function io.output(file: string|file*)

function io.popen(prog: string, mode?: "r"|"w")
  -> file*?
  2. errmsg: string?

function io.read(...string|integer|"L"|"a"|"l"...(+1))
  -> any
  2. ...any

function io.tmpfile()
  -> file*

function io.type(file: file*)
  -> "closed file"|"file"|`nil`

function io.write(...any)
  -> file*
  2. errmsg: string?

function io.close(file?: file*)
  -> suc: boolean?
  2. exitcode: ("exit"|"signal")?
  3. code: integer?

exitcode:
    | "exit"
    | "signal"

function io.flush()

function io.input(file: string|file*)

function io.lines(filename?: string, ...string|integer|"L"|"a"|"l"...(+1))
  -> fun():any, ...unknown

for c in io.lines(filename, ...) do
    body
end

...(param):
    | "n" -- Reads a numeral and returns it as number.
    | "a" -- Reads the whole file.
   -> "l" -- Reads the next line skipping the end of line.
    | "L" -- Reads the next line keeping the end of line.

function io.open(filename: string, mode?: "a"|"a+"|"a+b"|"ab"|"r"...(+7))
  -> file*?
  2. errmsg: string?

mode:
   -> "r" -- Read mode.
    | "w" -- Write mode.
    | "a" -- Append mode.
    | "r+" -- Update mode, all previous data is preserved.
    | "w+" -- Update mode, all previous data is erased.
    | "a+" -- Append update mode, previous data is preserved, writing is only allowed at the end of file.
    | "rb" -- Read mode. (in binary mode.)
    | "wb" -- Write mode. (in binary mode.)
    | "ab" -- Append mode. (in binary mode.)
    | "r+b" -- Update mode, all previous data is preserved. (in binary mode.)
    | "w+b" -- Update mode, all previous data is erased. (in binary mode.)
    | "a+b" -- Append update mode, previous data is preserved, writing is only allowed at the end of file. (in binary mode.)

function io.output(file: string|file*)

function io.popen(prog: string, mode?: "r"|"w")
  -> file*?
  2. errmsg: string?

mode:
    | "r" -- Read data from this program by `file`.
    | "w" -- Write data to this program by `file`.

function io.read(...string|integer|"L"|"a"|"l"...(+1))
  -> any
  2. ...any

...(param):
    | "n" -- Reads a numeral and returns it as number.
    | "a" -- Reads the whole file.
   -> "l" -- Reads the next line skipping the end of line.
    | "L" -- Reads the next line keeping the end of line.

file*

file*

file*

function io.tmpfile()
  -> file*

function io.type(file: file*)
  -> "closed file"|"file"|`nil`

return #1:
    | "file" -- Is an open file handle.
    | "closed file" -- Is a closed file handle.
    | `nil` -- Is not a file handle.

function io.write(...any)
  -> file*
  2. errmsg: string?

function ipairs(t: <T:table>)
  -> fun(table: <V>[], i?: integer):integer, <V>
  2. <T:table>
  3. i: integer

function is_gui_hidden()
  -> boolean

joy_axis_event

integer

integer

number

number

integer

integer

joy_button_event

joy_connection_event

integer

integer

ncine.joy_hat_state

integer

joy_hat_event

joymapped_axis_event

joymapped_button_event

ncine.joy_axis

integer

number

ncine.joy_button

integer

integer

integer

integer

keyboard_event

function load(chunk: string|function, chunkname?: string, mode?: "b"|"bt"|"t", env?: table)
  -> function?
  2. error_message: string?

function loadfile(filename?: string, mode?: "b"|"bt"|"t", env?: table)
  -> function?
  2. error_message: string?

function loadstring(text: string, chunkname?: string)
  -> function?
  2. error_message: string?

mathlib

function math.abs(x: <Number:number>)
  -> <Number:number>

function math.acos(x: number)
  -> number

function math.asin(x: number)
  -> number

function math.atan(y: number, x?: number)
  -> number

function math.atan2(y: number, x: number)
  -> number

function math.ceil(x: number)
  -> integer

function math.cos(x: number)
  -> number

function math.cosh(x: number)
  -> number

function math.deg(x: number)
  -> number

function math.exp(x: number)
  -> number

function math.floor(x: number)
  -> integer

function math.fmod(x: number, y: number)
  -> number

function math.frexp(x: number)
  -> m: number
  2. e: number

function math.ldexp(m: number, e: number)
  -> number

function math.log(x: number, base?: integer)
  -> number

function math.log10(x: number)
  -> number

function math.max(x: <Number:number>, ...<Number:number>)
  -> <Number:number>

function math.min(x: <Number:number>, ...<Number:number>)
  -> <Number:number>

function math.modf(x: number)
  -> integer
  2. number

function math.pow(x: number, y: number)
  -> number

function math.rad(x: number)
  -> number

function math.random(m: integer, n: integer)
  -> integer

function math.randomseed(x?: integer, y?: integer)

function math.sin(x: number)
  -> number

function math.sinh(x: number)
  -> number

function math.sqrt(x: number)
  -> number

function math.tan(x: number)
  -> number

function math.tanh(x: number)
  -> number

function math.tointeger(x: any)
  -> integer?

function math.type(x: any)
  -> "float"|"integer"|'nil'

function math.ult(m: integer, n: integer)
  -> boolean

function math.abs(x: <Number:number>)
  -> <Number:number>

function math.acos(x: number)
  -> number

function math.asin(x: number)
  -> number

function math.atan(y: number, x?: number)
  -> number

function math.atan2(y: number, x: number)
  -> number

function math.ceil(x: number)
  -> integer

function math.cos(x: number)
  -> number

function math.cosh(x: number)
  -> number

function math.deg(x: number)
  -> number

function math.exp(x: number)
  -> number

function math.floor(x: number)
  -> integer

function math.fmod(x: number, y: number)
  -> number

function math.frexp(x: number)
  -> m: number
  2. e: number

number

function math.ldexp(m: number, e: number)
  -> number

function math.log(x: number, base?: integer)
  -> number

function math.log10(x: number)
  -> number

function math.max(x: <Number:number>, ...<Number:number>)
  -> <Number:number>

integer

function math.min(x: <Number:number>, ...<Number:number>)
  -> <Number:number>

integer

function math.modf(x: number)
  -> integer
  2. number

number

function math.pow(x: number, y: number)
  -> number

function math.rad(x: number)
  -> number

function math.random(m: integer, n: integer)
  -> integer

function math.randomseed(x?: integer, y?: integer)

function math.sin(x: number)
  -> number

function math.sinh(x: number)
  -> number

function math.sqrt(x: number)
  -> number

function math.tan(x: number)
  -> number

function math.tanh(x: number)
  -> number

function math.tointeger(x: any)
  -> integer?

function math.type(x: any)
  -> "float"|"integer"|'nil'

return #1:
    | "integer"
    | "float"
    | 'nil'

function math.ult(m: integer, n: integer)
  -> boolean

number

number

number

number

mesh_sprite_vertex

mesh_sprite_vertex_notexture

number

number

fun(t1: any, t2: any):any|nil

fun(t1: any, t2: any):any|nil

fun(t: any):any|nil

fun(t1: any, t2: any):any|nil

fun(t1: any, t2: any):any|nil

fun(t: any, ...any):...unknown|nil

fun(t: any, errobj: any):any|nil

fun(t1: any, t2: any):any|nil

fun(t1: any, t2: any):any|nil

fun(t1: any, t2: any):boolean|nil

fun(t: any)|nil

fun(t1: any, t2: any):any|nil

table|fun(t: any, k: any):any|nil

fun(t1: any, t2: any):boolean|nil

fun(t: any):integer|nil

fun(t1: any, t2: any):boolean|nil

any

fun(t1: any, t2: any):any|nil

'k'|'kv'|'v'|nil

fun(t1: any, t2: any):any|nil

table|fun(t: any, k: any, v: any)|nil

fun(t: any):fun(t: any, k: any, v: any):any, any, any, any|nil

fun(t1: any, t2: any):any|nil

fun(t1: any, t2: any):any|nil

fun(t1: any, t2: any):any|nil

fun(t1: any, t2: any):any|nil

fun(t: any):string|nil

fun(t: any):any|nil

function module(name: string, ...any)

ncine.vec2

string

integer

ncine.vec2

ncine.vec2

video_mode[]

monitor

ncine.mouse_button

number

number

mouse_event

boolean

boolean

boolean

boolean

boolean

integer

integer

mouse_state

ncine

boolean

boolean

boolean

boolean

boolean

boolean

boolean

string

string

string

string

string

string

enum ncine.affector_type

ncine.animated_sprite

ncine.app_configuration

ncine.application

ncine.audio_device

ncine.audio_effect

ncine.audio_effect_properties

ncine.audio_effect_slot

enum ncine.audio_effect_type

ncine.audio_filter

enum ncine.audio_filter_type

ncine.audio_player

ncine.audiobuffer

ncine.audiobuffer_player

ncine.audiostream_player

ncine.base_sprite

enum ncine.blending_factor

enum ncine.blending_preset

ncine.camera

enum ncine.clear_mode

ncine.color

table

enum ncine.depth_stencil_format

ncine.drawable_node

enum ncine.efx_reverb_presets

ncine.font

enum ncine.font_render_mode

ncine.frame_timer

ncine.fs

ncine.gfx_device

table

ncine.input

enum ncine.joy_axis

enum ncine.joy_button

table

enum ncine.joy_hat_state

enum ncine.keymod

enum ncine.keysym

ncine.log

enum ncine.log_level

enum ncine.loop_mode

ncine.mesh_sprite

enum ncine.mouse_button

enum ncine.mouse_cursor_mode

function ncine.on_acceleration(event: accelerometer_event)

function ncine.on_change_scaling_factor(factor: number)

function ncine.on_draw_viewport(viewport: viewportObj)

function ncine.on_frame_end()

function ncine.on_frame_start()

function ncine.on_init()

function ncine.on_joy_axis_moved(event: joy_axis_event)

function ncine.on_joy_button_pressed(event: joy_button_event)

function ncine.on_joy_button_released(event: joy_button_event)

function ncine.on_joy_connected(event: joy_connection_event)

function ncine.on_joy_disconnected(event: joy_connection_event)

function ncine.on_joy_hat_moved(event: joy_hat_event)

function ncine.on_joymapped_axis_moved(event: joymapped_axis_event)

function ncine.on_joymapped_button_pressed(event: joymapped_button_event)

function ncine.on_joymapped_button_released(event: joymapped_button_event)

function ncine.on_key_pressed(event: keyboard_event)

function ncine.on_key_released(event: keyboard_event)

function ncine.on_mouse_button_pressed(event: mouse_event)

function ncine.on_mouse_button_released(event: mouse_event)

function ncine.on_mouse_moved(event: mouse_state)

function ncine.on_pointer_down(event: touch_event)

function ncine.on_pointer_up(event: touch_event)

function ncine.on_post_update()

function ncine.on_pre_init(cfg: ncine.app_configuration)

function ncine.on_quit_request()
  -> boolean

function ncine.on_resize_window(width: integer, height: integer)

function ncine.on_resume()

function ncine.on_scroll_input(event: scroll_event)

function ncine.on_shutdown()

function ncine.on_suspend()

function ncine.on_text_input(event: text_input_event)

function ncine.on_touch_down(event: touch_event)

function ncine.on_touch_move(event: touch_event)

function ncine.on_touch_up(event: touch_event)

ncine.particle_affector

ncine.particle_system

enum ncine.permission

ncine.rect

ncine.rect_animation

enum ncine.rewind_mode

ncine.scenenode

ncine.shader

enum ncine.shader_default_fragment

enum ncine.shader_default_vertex

enum ncine.shader_introspection

ncine.shaderstate

ncine.sprite

function ncine.start()

if ncine == nil then
	local names = { "ncine", "ncine_d", "libncine", "libncine_d" }
	for i, name in ipairs(names) do
		local ok, mod = pcall(require, name)
		if ok then
			break
		end
	end
	needs_start = true
end

function nc.on_init()
	[...]
end

function nc.on_frame_start()
	[...]
end

if needs_start then
	nc.start()
end

enum ncine.tex_filtering

enum ncine.tex_format

enum ncine.tex_wrap

enum ncine.text_alignment

ncine.textnode

ncine.texture

enum ncine.texture_cut_mode

table

ncine.vec2

ncine.vec3

ncine.vec4

ncine.viewport

enum ncine.viewport_type

enum ncine.visit_order_state

enum ncine.affector_type

function ncine.animated_sprite.add_animation(sprite: animatedspriteObj, anim: ncine.rect_animation)

local animation = {
    frame_duration = 0.5, -- half a second
    loop_mode = nc.loop_mode.ENABLED,
    rewind_mode = nc.rewind_mode.FROM_START,
    rect_size = { x = 32, y = 32 },
    source_rect = { x = 0, y = 0, w = 96, h = 48 },
    num_rectangles_to_skip = 0, -- default is 0 if the field is not specified
    padding = { x = 0, y = 0 }, -- default is {x = 0, y = 0} if the field is not specified
}

function ncine.scenenode.add_child(parent: scenenodeObj, node: scenenodeObj)
  -> boolean

function ncine.animated_sprite.clear_animations(sprite: animatedspriteObj)

function ncine.animated_sprite.clone(sprite: animatedspriteObj)
  -> animatedspriteObj

function ncine.animated_sprite.delete(sprite: animatedspriteObj)

function ncine.drawable_node.get_aabb(node: drawablenodeObj)
  -> ncine.rect

function ncine.scenenode.get_abs_anchor_point(node: scenenodeObj)
  -> ncine.vec2

function ncine.scenenode.get_alpha(node: scenenodeObj)
  -> number

function ncine.drawable_node.get_anchor_point(node: drawablenodeObj)
  -> ncine.vec2

function ncine.animated_sprite.get_animation_index(sprite: animatedspriteObj)
  -> integer

function ncine.scenenode.get_child(node: scenenodeObj, index: integer)
  -> scenenodeObj?

function ncine.scenenode.get_child_order_index(node: scenenodeObj)
  -> integer

function ncine.scenenode.get_children(node: scenenodeObj)
  -> scenenodeObj[]

function ncine.scenenode.get_color(node: scenenodeObj)
  -> ncine.color

function ncine.drawable_node.get_dest_blending_factor(node: drawablenodeObj)
  -> ncine.blending_factor

function ncine.animated_sprite.get_frame(sprite: animatedspriteObj)
  -> integer

function ncine.drawable_node.get_height(node: drawablenodeObj)
  -> number

function ncine.drawable_node.get_last_frame_rendered(node: drawablenodeObj)
  -> integer

function ncine.scenenode.get_last_frame_updated(node: scenenodeObj)
  -> integer

function ncine.scenenode.get_layer(node: scenenodeObj)
  -> integer

function ncine.scenenode.get_parent(node: scenenodeObj)
  -> scenenodeObj?

function ncine.scenenode.get_position(node: scenenodeObj)
  -> ncine.vec2

function ncine.scenenode.get_rotation(node: scenenodeObj)
  -> number

function ncine.scenenode.get_scale(node: scenenodeObj)
  -> ncine.vec2

function ncine.drawable_node.get_size(node: drawablenodeObj)
  -> ncine.vec2

function ncine.drawable_node.get_src_blending_factor(node: drawablenodeObj)
  -> ncine.blending_factor

function ncine.base_sprite.get_texrect(sprite: basespriteObj)
  -> ncine.rect

function ncine.base_sprite.get_texture(sprite: basespriteObj)
  -> textureObj?

function ncine.scenenode.get_visit_order_index(node: scenenodeObj)
  -> integer

function ncine.scenenode.get_visit_order_state(node: scenenodeObj)
  -> ncine.visit_order_state

function ncine.drawable_node.get_width(node: drawablenodeObj)
  -> number

function ncine.drawable_node.is_blending_enabled(node: drawablenodeObj)
  -> boolean

function ncine.scenenode.is_enabled(node: scenenodeObj)
  -> boolean

function ncine.base_sprite.is_flipped_x(sprite: basespriteObj)
  -> boolean

function ncine.base_sprite.is_flipped_y(sprite: basespriteObj)
  -> boolean

function ncine.animated_sprite.is_paused(sprite: animatedspriteObj)
  -> boolean

function ncine.animated_sprite.new(parent?: scenenodeObj, texture?: textureObj, x: number, y: number)
  -> animatedspriteObj

function ncine.animated_sprite.num_animations(sprite: animatedspriteObj)
  -> integer

function ncine.scenenode.num_children(node: scenenodeObj)
  -> integer