package sfml

You can search for identifiers within the package.

in-package search v0.2.0

sfml.audio
sfml.audio_oo
- Oo_sfml_audio
  - listener
  - music
  - sound
  - sound_buffer
sfml.graphics
- SFBlendMode
- SFCircleShape
- SFColor
- SFFont
- SFImage
- SFRect
- SFRectangleShape
- SFRenderStates
- SFRenderWindow
- SFShader
- SFShape
- SFSprite
- SFText
- SFTexture
- SFTransform
- SFView
sfml.graphics_oo
- Oo_sfml_graphics
  - circle_shape
  - drawable
  - float_rect
  - font
  - image
  - int_rect
  - render_states
  - render_window
  - shape
  - sprite
  - text
  - texture
  - view
sfml.network
- SFFtp
- SFHttp
  - Request
  - Response
- SFIpAddress
- SFPacket
- SFSocketSelector
- SFTcpListener
- SFTcpSocket
- SFUdpSocket
sfml.network_oo
- Oo_sfml_network
  - directory_response
  - ftp
  - http
  - http_request
  - http_response
  - ip_address
  - listing_response
  - packet
  - response
  - tcp_socket
  - udp_socket
sfml.system
sfml.system_oo
- Oo_sfml_system
  - Time
  - clock
  - pausable_clock
  - time
sfml.window
- SFClipboard
- SFContext
- SFContextSettings
- SFCursor
- SFEvent
- SFJoystick
- SFKey
- SFKeyboard
- SFMouse
- SFStyle
- SFVideoMode
- SFWindow
sfml.window_oo
- Oo_sfml_window
  - window

Legend:
Library
Module
Module type
Parameter
Class
Class type

type t

val create : unit -> t

val make : 
  ?font:SFFont.t ->
  ?color:SFColor.t ->
  ?charSize:int ->
  ?pos:(float * float) ->
  ?rotation:float ->
  ?scale:(float * float) ->
  ?origin:(float * float) ->
  string ->
  t

val setString : text:t -> str:string -> unit

val setFont : text:t -> font:SFFont.t -> unit

val setPosition : text:t -> pos:(float * float) -> unit

val setPosition2 : text:t -> left:float -> top:float -> unit

val setColor : text:t -> color:SFColor.t -> unit

val setOutlineThickness : text:t -> thickness:float -> unit

val setOutlineColor : text:t -> color:SFColor.t -> unit

val setFillColor : text:t -> color:SFColor.t -> unit

val setCharacterSize : text:t -> size:int -> unit

val setOrigin : text:t -> origin:(float * float) -> unit

val setRotation : text:t -> rotation:float -> unit

val setScale : text:t -> scale:(float * float) -> unit

val setScale2 : text:t -> scaleX:float -> scaleY:float -> unit

val move : text:t -> offset:(float * float) -> unit

val move2 : text:t -> offsetX:float -> offsetY:float -> unit

val rotate : text:t -> angle:float -> unit

val scale : text:t -> factors:(float * float) -> unit

val scale2 : text:t -> factorX:float -> factorY:float -> unit

val getLocalBounds : text:t -> float SFRect.t

val getGlobalBounds : text:t -> float SFRect.t