Source code Contents Index

Bindings

Synopsis

keyboardMouse :: IORef [Inst] -> t1 -> IORef [Inst] -> Key -> KeyState -> t2 -> t -> IO () data CubeState = CS { cube :: IORef RCube insts :: IORef [Inst] inst :: IORef [Inst] rot :: IORef GLfloat } goalState :: RCube data Inst = NO | SH | F | F' | R | R' | L | L' | B | B' | U | U' | D | D' | MF | MF' | MU | MU' | MR | MR' | TF | TF' | TU | TU' | TR | TR' randomMoves :: Int -> IO [[Inst]]

Documentation

keyboardMouse :: IORef [Inst] -> t1 -> IORef [Inst] -> Key -> KeyState -> t2 -> t -> IO () Source

data CubeState Source

Constructors CS cube :: IORef RCube insts :: IORef [Inst] inst :: IORef [Inst] rot :: IORef GLfloat

goalState :: RCube Source

data Inst Source

Inst Conjunto de itrucciones para manejar el cubo de Rubik. Constructors NO NO Move SH Shuffle Cube F Rotate Front Clockwise f in the Keyboard F' Rotate Front CounterClockwise F in the Keyboard R Rotate Right Clockwise r in the Keyboard R' Rotate Right CounterClockwise R in the Keyboard L Rotate Left Clockwise l in the Keyboard L' Rotate Left CounterClockwise L in the Keyboard B Rotate Back Clockwise b in the Keyboard B' Rotate Back CounterClockwise B in the Keyboard U Rotate Up Clockwise u in the Keyboard U' Rotate Up CounterClockwise U in the Keyboard D Rotate Down Clockwise d in the Keyboard D' Rotate Down CounterClockwise D in the Keyboard MF Rotate Middle Front Clockwise MF' Rotate Middle Front CounterClockwise MU Rotate Middle Up Clockwise MU' Rotate Middle Up CounterClockwise MR Rotate Middle Right Clockwise MR' Rotate Middle Right CounterClockwise TF Turn Cube ClockWise on Z axis TF' Turn Cube CounterClockwise on Z axis TU Turn Cube ClockWise on Y axis TU' Turn Cube CounterClockwise on Y axis TR Turn Cube ClockWise on X axis TR' Turn Cube CounterClockwise on X axis Instances Eq Inst Show Inst Arbitrary Inst

randomMoves :: Int -> IO [[Inst]] Source

Produced by Haddock version 2.7.2