Maintainer	hapytexeu+gh@gmail.com
Stability	experimental
Portability	POSIX
Safe Haskell	None
Language	Haskell2010

Dep.Bricks.Gate

Contents

Create generic gates
A collection of and gates
A collection of or gates

Description

This module has functions to create gates with an arbitrary number of inputs.

Synopsis

gateH :: Char -> Int -> Attr -> Image
gateV :: Char -> Int -> Attr -> Image
gate :: Char -> CircuitLayout -> Int -> Attr -> Image
genericGate :: Char -> CircuitLayout -> [Bool] -> Bool -> Attr -> Image
andGate :: CircuitLayout -> Int -> Attr -> Image
andGateH :: Int -> Attr -> Image
andGateH2 :: Attr -> Image
andGateH3 :: Attr -> Image
andGateV :: Int -> Attr -> Image
andGateV2 :: Attr -> Image
andGateV3 :: Attr -> Image
orGate :: CircuitLayout -> Int -> Attr -> Image
orGateH :: Int -> Attr -> Image
orGateH2 :: Attr -> Image
orGateH3 :: Attr -> Image
orGateV :: Int -> Attr -> Image
orGateV2 :: Attr -> Image
orGateV3 :: Attr -> Image

Create generic gates

gateH Source #

Arguments

:: Char	The `Char` that will be printed (repeatedly) on the gate to specify the type of gate.
-> Int	The number of input wires (fan-in).
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

Create a gate in the horizontal direction with the given Char that specifies what type of gate it is, and the number of input wires.

gateV Source #

Arguments

:: Char	The `Char` that will be printed (repeatedly) on the gate to specify the type of gate.
-> Int	The number of input wires (fan-in).
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

Create a gate in the vertical direction with the given Char that specifies what type of gate it is, and the number of input wires.

gate Source #

Arguments

:: Char	The `Char` that will be printed (repeatedly) on the gate to specify the type of gate.
-> CircuitLayout	The given `CircuitLayout` that specifies in what direction the gate is written.
-> Int	The number of input wires (fan-in).
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

Create a gate in the given CircuitLayout with the given Char that specifies what type of gate it is, and the number of input wires.

genericGate Source #

Arguments

:: Char	The `Char` that specifies what type of gate it is. This `Char`acter will be printed (repeatedly) on the gate.
-> CircuitLayout	The `CircuitLayout` that specifies in what direction the gate is written.
-> [Bool]	Specifies what wires have negators at the input side.
-> Bool	Specifies if the output side has a negator.
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A function to create a gate with negators and the input and output.

A collection of and gates

andGate Source #

Arguments

:: CircuitLayout	The given `CircuitLayout` that specifies in what direction the gate is written.
-> Int	The number of input wires (fan-in).
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create and gates in a more effective way.

andGateH Source #

Arguments

:: Int	The number of input wires (fan-in).
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create horizontal and gates in a more effective way.

andGateH2 Source #

Arguments

:: Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create a horizontal and gate with two input wires.

andGateH3 Source #

Arguments

:: Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create a horizontal and gate with three input wires.

andGateV Source #

Arguments

:: Int	The number of input wires (fan-in).
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create vertical and gates in a more effective way.

andGateV2 Source #

Arguments

:: Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create a vertical and gate with two input wires.

andGateV3 Source #

Arguments

:: Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create a vertical and gate with three input wires.

A collection of or gates

orGate Source #

Arguments

:: CircuitLayout	The given `CircuitLayout` that specifies in what direction the gate is written.
-> Int	The number of input wires (fan-in).
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create or gates in a more effective way.

orGateH Source #

Arguments

:: Int	The number of input wires (fan-in).
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create horizontal or gates in a more effective way.

orGateH2 Source #

Arguments

:: Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create a horizontal or gate with two input wires.

orGateH3 Source #

Arguments

:: Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create a horizontal or gate with three input wires.

orGateV Source #

Arguments

:: Int	The number of input wires (fan-in).
-> Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create vertical or gates in a more effective way.

orGateV2 Source #

Arguments

:: Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create a vertical or gate with two input wires.

orGateV3 Source #

Arguments

:: Attr	The `Attr` that specifies the style of the gate.
-> Image	The corresponding `Image`.

A helper function to create a vertical or gate with three input wires.