| Safe Haskell | None |
|---|---|
| Language | Haskell2010 |
LiveCoding.Gloss
Synopsis
- module LiveCoding.Gloss.PictureM
- module LiveCoding.Gloss.Debugger
- module Graphics.Gloss.Interface.IO.Game
- module Graphics.Gloss
- data GlossSettings = GlossSettings {}
- data GlossVars = GlossVars {}
- data GlossHandle = GlossHandle {}
- defaultSettings :: GlossSettings
- glossHandle :: GlossSettings -> Handle IO GlossHandle
- getPicture :: GlossVars -> IO Picture
- handleEvent :: Bool -> Event -> GlossVars -> IO GlossVars
- stepGloss :: Float -> GlossVars -> IO GlossVars
- glossWrapC :: GlossSettings -> Cell PictureM a b -> Cell (StateT (HandlingState IO) IO) a b
Documentation
module LiveCoding.Gloss.PictureM
module LiveCoding.Gloss.Debugger
module Graphics.Gloss
data GlossSettings Source #
Collect all settings that the gloss backend requires.
Taken from rhine-gloss.
Constructors
| GlossSettings | |
Fields
| |
The concurrent variables needed to communicate with the gloss thread.
Constructors
| GlossVars | |
Fields
| |
data GlossHandle Source #
In a Handle, store a separate thread where the gloss main loop is executed,
and several concurrent variables to communicate with it.
Constructors
| GlossHandle | |
Fields | |
glossHandle :: GlossSettings -> Handle IO GlossHandle Source #
Will create a handle for communication with the gloss thread, and start gloss.
glossWrapC :: GlossSettings -> Cell PictureM a b -> Cell (StateT (HandlingState IO) IO) a b Source #
Given a cell in the gloss monad PictureM,
start the gloss backend and connect the cell to it.
This introduces Handles, which need to be taken care of by calling runHandlingState
or a similar function.