BiBits (issie) | issie

BiBits Module

Namespace: global
Assembly: Renderer.dll

Types

Type	Description
BitInt

Functions and values

Function or value	Description
`addBIBits bits1 bits2 cin` Full Usage: `addBIBits bits1 bits2 cin` Parameters: bits1 : `BitInt` bits2 : `BitInt` cin : `uint32` Returns: `BitInt * uint32`	bits1 : `BitInt` bits2 : `BitInt` cin : `uint32` Returns: `BitInt * uint32`
`appendBIBits (arg1, arg2) (arg3, arg4)` Full Usage: `appendBIBits (arg1, arg2) (arg3, arg4)` Parameters: arg0 : `BitInt` arg1 : `int` arg2 : `BitInt` arg3 : `int` Returns: `uint32[]`	append bits2 on MSB side of bits1 arg0 : `BitInt` arg1 : `int` arg2 : `BitInt` arg3 : `int` Returns: `uint32[]`
`binopBIBits op bits1 bits2` Full Usage: `binopBIBits op bits1 bits2` Parameters: op : `uint32 -> uint32 -> uint32` bits1 : `BitInt` bits2 : `BitInt` Returns: `BitInt`	op : `uint32 -> uint32 -> uint32` bits1 : `BitInt` bits2 : `BitInt` Returns: `BitInt`
`floatCarryBit` Full Usage: `floatCarryBit` Returns: `float`	Returns: `float`
`getBIBit bits pos` Full Usage: `getBIBit bits pos` Parameters: bits : `BitInt` pos : `int` Returns: `uint32`	bits : `BitInt` pos : `int` Returns: `uint32`
`getBIBits bits msb lsb` Full Usage: `getBIBits bits msb lsb` Parameters: bits : `BitInt` msb : `int` lsb : `int` Returns: `BitInt`	bits : `BitInt` msb : `int` lsb : `int` Returns: `BitInt`
`getBIBitsInt bits msb lsb` Full Usage: `getBIBitsInt bits msb lsb` Parameters: bits : `BitInt` msb : `int` lsb : `int` Returns: `uint32`	bits : `BitInt` msb : `int` lsb : `int` Returns: `uint32`
`getLowerField x width offset` Full Usage: `getLowerField x width offset` Parameters: x : `uint32` width : `int` offset : `int` Returns: `uint32` Modifiers: inline	get the lower 'width' bits, return then offset by 'offset' bits x : `uint32` width : `int` offset : `int` Returns: `uint32`
`getUpperField x width offset` Full Usage: `getUpperField x width offset` Parameters: x : `uint32` width : `int` offset : `int` Returns: `uint32` Modifiers: inline	get a field of bits width 'width' offset by 'offset', return the field with 0 offset x : `uint32` width : `int` offset : `int` Returns: `uint32`
`invertBIBits bits width` Full Usage: `invertBIBits bits width` Parameters: bits : `BitInt` width : `int` Returns: `uint32[]`	invert bits1: assuming that width is the bit width of bits1 MS bits not used by bits1 are not inverted. bits : `BitInt` width : `int` Returns: `uint32[]`