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PSYQO SDK

psyqo::Vector

Class template

Class template

Class template declared by the vector module for fixed-point vector arithmetic.

Namespace: psyqo
Header: vector.hh
Include: #include "psyqo/vector.hh"
Module: vector
Source: https://github.com/pcsx-redux/nugget/blob/6186b131aacc5853a9161fb076ed34ffe504552d/psyqo/vector.hh:47

Basic usage

This minimal snippet shows the normal syntax for reaching the type. Open a member below for an operation-specific example.

C++ example

#include "psyqo/vector.hh"

psyqo::Vector& value = /* obtain a valid instance from your game */;

Nested types

EmptyWStruct declared by the vector module for fixed-point vector arithmetic.Struct EmptyZStruct declared by the vector module for fixed-point vector arithmetic.Struct

Fields and constants

wExposes `w` on `psyqo::Vector` for fixed-point vector arithmetic.Field xExposes `x` on `psyqo::Vector` for fixed-point vector arithmetic.Field yExposes `y` on `psyqo::Vector` for fixed-point vector arithmetic.Field zExposes `z` on `psyqo::Vector` for fixed-point vector arithmetic.Field

Public methods

getReturns get as part of fixed-point vector arithmetic.Method

Static methods

BACKWARDPerforms `backward` as part of fixed-point vector arithmetic.Method DOWNPerforms `down` as part of fixed-point vector arithmetic.Method FORWARDPerforms `forward` as part of fixed-point vector arithmetic.Method LEFTPerforms `left` as part of fixed-point vector arithmetic.Method ONEPerforms `one` as part of fixed-point vector arithmetic.Method RIGHTPerforms `right` as part of fixed-point vector arithmetic.Method UPPerforms `up` as part of fixed-point vector arithmetic.Method ZEROPerforms `zero` as part of fixed-point vector arithmetic.Method

Operators

operator VertexPerforms `operator vertex` as part of fixed-point vector arithmetic.Conversion operator operator-Performs `operator -` as part of fixed-point vector arithmetic.Method operator-=Performs `operator -=` as part of fixed-point vector arithmetic.Method operator[]Performs `operator []` as part of fixed-point vector arithmetic.Method operator*Performs `operator *` as part of fixed-point vector arithmetic.Method operator*=Performs `operator *=` as part of fixed-point vector arithmetic.Method operator/Performs `operator /` as part of fixed-point vector arithmetic.Method operator/=Performs `operator /=` as part of fixed-point vector arithmetic.Method operator+Performs `operator +` as part of fixed-point vector arithmetic.Method operator+=Performs `operator +=` as part of fixed-point vector arithmetic.Method