ParamExpression (issie)

ParamExpression Type

Namespace: global
Assembly: Renderer.dll
Parent Module: ParameterTypes
Base Type: obj
All Interfaces: IEquatable<ParamExpression> , IStructuralEquatable , IComparable<ParamExpression> , IComparable , IStructuralComparable

An arithmetic expression containing symbolic parameters For MVP this could be limited to PInt and PParameter only. However, it would be useful to have a more general type definition so that functions that manipulate constraints, parameters, etc can be written in a more general way. The actual parameter value is customisable so that the same code can be used for int parameters (normal) and BigInt parameters (needed for constant values in N bit components). For MVP set 'PINT = int TODO: refactor this to use an enumeration DU for operators to reduce cases. The built-in functions are already in that shape: PBinFunc names its operation with an enumeration rather than taking a case of its own per function.

Union cases

Union case	Description
`PAdd(ParamExpression, ParamExpression)` Full Usage: `PAdd(ParamExpression, ParamExpression)` Parameters: Item1 : `ParamExpression` Item2 : `ParamExpression`	Item1 : `ParamExpression` Item2 : `ParamExpression`
`PBinFunc(ParamBinFunc, ParamExpression, ParamExpression)` Full Usage: `PBinFunc(ParamBinFunc, ParamExpression, ParamExpression)` Parameters: Item1 : `ParamBinFunc` Item2 : `ParamExpression` Item3 : `ParamExpression`	Item1 : `ParamBinFunc` Item2 : `ParamExpression` Item3 : `ParamExpression`
`PCLog2 ParamExpression` Full Usage: `PCLog2 ParamExpression` Parameters: Item : `ParamExpression`	Bits needed to index the operand's value: ceil(log2 n). See clog2. Item : `ParamExpression`
`PDivide(ParamExpression, ParamExpression)` Full Usage: `PDivide(ParamExpression, ParamExpression)` Parameters: Item1 : `ParamExpression` Item2 : `ParamExpression`	Item1 : `ParamExpression` Item2 : `ParamExpression`
`PInt ParamInt` Full Usage: `PInt ParamInt` Parameters: Item : `ParamInt`	Item : `ParamInt`
`PMultiply(ParamExpression, ParamExpression)` Full Usage: `PMultiply(ParamExpression, ParamExpression)` Parameters: Item1 : `ParamExpression` Item2 : `ParamExpression`	Item1 : `ParamExpression` Item2 : `ParamExpression`
`PParameter ParamName` Full Usage: `PParameter ParamName` Parameters: Item : `ParamName`	Item : `ParamName`
`PRemainder(ParamExpression, ParamExpression)` Full Usage: `PRemainder(ParamExpression, ParamExpression)` Parameters: Item1 : `ParamExpression` Item2 : `ParamExpression`	Item1 : `ParamExpression` Item2 : `ParamExpression`
`PShiftLeft(ParamExpression, ParamExpression)` Full Usage: `PShiftLeft(ParamExpression, ParamExpression)` Parameters: Item1 : `ParamExpression` Item2 : `ParamExpression`	Multiply by a power of two: `a< Item1 : `ParamExpression` Item2 : `ParamExpression`
`PShiftRight(ParamExpression, ParamExpression)` Full Usage: `PShiftRight(ParamExpression, ParamExpression)` Parameters: Item1 : `ParamExpression` Item2 : `ParamExpression`	Divide by a power of two, rounding towards minus infinity: an ARITHMETIC shift, so a negative value stays negative and `-1>>1` is `-1`. There is no logical right shift to go with it: a parameter is a number rather than a bit pattern of some width, so there is no width for zeros to come in from. See shiftRightBy. Item1 : `ParamExpression` Item2 : `ParamExpression`
`PSubtract(ParamExpression, ParamExpression)` Full Usage: `PSubtract(ParamExpression, ParamExpression)` Parameters: Item1 : `ParamExpression` Item2 : `ParamExpression`	Item1 : `ParamExpression` Item2 : `ParamExpression`

Instance members

Instance member	Description
`this.IsPAdd` Full Usage: `this.IsPAdd` Returns: `bool`	Returns: `bool`
`this.IsPBinFunc` Full Usage: `this.IsPBinFunc` Returns: `bool`	Returns: `bool`
`this.IsPCLog2` Full Usage: `this.IsPCLog2` Returns: `bool`	Returns: `bool`
`this.IsPDivide` Full Usage: `this.IsPDivide` Returns: `bool`	Returns: `bool`
`this.IsPInt` Full Usage: `this.IsPInt` Returns: `bool`	Returns: `bool`
`this.IsPMultiply` Full Usage: `this.IsPMultiply` Returns: `bool`	Returns: `bool`
`this.IsPParameter` Full Usage: `this.IsPParameter` Returns: `bool`	Returns: `bool`
`this.IsPRemainder` Full Usage: `this.IsPRemainder` Returns: `bool`	Returns: `bool`
`this.IsPShiftLeft` Full Usage: `this.IsPShiftLeft` Returns: `bool`	Returns: `bool`
`this.IsPShiftRight` Full Usage: `this.IsPShiftRight` Returns: `bool`	Returns: `bool`
`this.IsPSubtract` Full Usage: `this.IsPSubtract` Returns: `bool`	Returns: `bool`