LitDev Extension API

GW	LD3DView	LDArray	LDBits	LDBlueTooth
LDCall	LDChart	LDClient	LDClipboard	LDColours
LDCommPort	LDController	LDControls	LDCursors	LDDataBase
LDDateTime	LDDebug	LDDialogs	LDDictionary	LDEffect
LDEmail	LDEncryption	LDEvents	LDFastArray	LDFastShapes
LDFigures	LDFile	LDFinances	LDFocus	LDftp
LDGeography	LDGraph	LDGraphicsWindow	LDHashTable	LDHID
LDIcon	LDImage	LDInline	LDIOWarrior	LDList
LDLogic	LDMath	LDMathX	LDMatrix	LDMusic
LDNetwork	LDPhysics	LDProcess	LDQueue	LDRegex
LDResources	LDScrollBars	LDSearch	LDServer	LDSettings
LDShapes	LDShell	LDSort	LDSound	LDSpeech
LDStatistics	LDStopwatch	LDText	LDTextWindow	LDTimer
LDTranslate	LDUnits	LDUtilities	LDVector	LDWaveForm
LDWebCam	LDWindows	LDxml	LDZip	TW

LDBits
Bitwise logic to store binary flags in a single number as bits.
A 32 bit number is used internally.
This is like a 32 dimension array of 1s and 0s stored in single number.
The bits (1 to 32) are indexed from 1.

AndBits	GetBit	GetBits
Not	OrBits	SetBit
UnsetBit	XOrBits

AndBits(var1,var2)
Logically And 2 numbers.
var1 The first number.
var2 The second number.
returns The And number (where both input bits are set).

GetBit(var,bit)
Get the bit value in a number.
var The number to test.
bit A bit to test (1 to 32).
returns 0 (unset) or 1 (set).

GetBits(var)
Get an array of bit values.
var The number to get the bits.
returns A 32 dimension array of bits (0 or 1).

Not(var)
Logically Not a number.
var The number to Not.
returns The Not number (all bits reversed).

OrBits(var1,var2)
Logically Or 2 numbers.
var1 The first number.
var2 The second number.
returns The Or number (where either input bits are set).

SetBit(var,bit)
Set a bit in a number.
var The number to set the bit.
bit A bit to set (1 to 32).
returns The modified number with bit set.

UnsetBit(var,bit)
Unset a bit in a number.
var The number to unset the bit.
bit A bit to unset (1 to 32).
returns The modified number with bit unset.

XOrBits(var1,var2)
Logically XOr 2 numbers.
var1 The first number.
var2 The second number.
returns The XOr number (where exclusively either input bits are set).