FST_VJ_ReactiveBoidDynamicParameters Struct Reference

Struct to hold reactive dynamic parameters for boids, such as audio-reactive noise multipliers and frequency indices. More...

#include <ST_AudioReactiveBoidsLib.h>

Public Attributes
float	audio_ReactiveNoise0_Multiplier = 1.0f
int32	audio_ReactiveNoise0_FrequencyIndex = 5
EAudioIOType	audio_ReactiveNoise0_IO = EAudioIOType::None
bool	baudio_ReactiveNoise0_Mono = true
int32	audio_ReactiveNoise0_ChannelIndex = 0
float	audio_ReactiveNoise1_Multiplier = 1.0f
int32	audio_ReactiveNoise1_FrequencyIndex = 5
EAudioIOType	audio_ReactiveNoise1_IO = EAudioIOType::None
bool	baudio_ReactiveNoise1_Mono = true
int32	audio_ReactiveNoise1_ChannelIndex = 0
int32	audio_ReactiveMaterial0_ChannelIndex = 0
int32	audio_ReactiveMaterial1_ChannelIndex = 0

Detailed Description

Struct to hold reactive dynamic parameters for boids, such as audio-reactive noise multipliers and frequency indices.

Member Data Documentation

audio_ReactiveMaterial0_ChannelIndex

int32 FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveMaterial0_ChannelIndex = 0

Channel index for the first audio-reactive material, refers to amplitude sampling.

audio_ReactiveMaterial1_ChannelIndex

int32 FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveMaterial1_ChannelIndex = 0

Channel index for the second audio-reactive material, refers to amplitude sampling.

audio_ReactiveNoise0_ChannelIndex

int32 FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveNoise0_ChannelIndex = 0

Channel index for the first audio-reactive noise, refers to perlin noise.

audio_ReactiveNoise0_FrequencyIndex

int32 FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveNoise0_FrequencyIndex = 5

Frequency index for the first audio-reactive noise, refers to perlin noise.

audio_ReactiveNoise0_IO

EAudioIOType FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveNoise0_IO = EAudioIOType::None

Input/output type for the first audio-reactive noise, refers to perlin noise.

audio_ReactiveNoise0_Multiplier

float FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveNoise0_Multiplier = 1.0f

Multiplier for the first audio-reactive noise, refers to perlin noise.

audio_ReactiveNoise1_ChannelIndex

int32 FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveNoise1_ChannelIndex = 0

Channel index for the second audio-reactive noise, refers to cohesion, alignment and separation.

audio_ReactiveNoise1_FrequencyIndex

int32 FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveNoise1_FrequencyIndex = 5

Frequency index for the second audio-reactive noise, refers to cohesion, alignment and separation.

audio_ReactiveNoise1_IO

EAudioIOType FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveNoise1_IO = EAudioIOType::None

Input/output type for the second audio-reactive noise, refers to cohesion, alignment and separation.

audio_ReactiveNoise1_Multiplier

float FST_VJ_ReactiveBoidDynamicParameters::audio_ReactiveNoise1_Multiplier = 1.0f

Multiplier for the second audio-reactive noise, refers to cohesion, alignment and separation.

baudio_ReactiveNoise0_Mono

bool FST_VJ_ReactiveBoidDynamicParameters::baudio_ReactiveNoise0_Mono = true

if we need to sample all channels for first audio-reactive noise, refers to perlin noise.

baudio_ReactiveNoise1_Mono

bool FST_VJ_ReactiveBoidDynamicParameters::baudio_ReactiveNoise1_Mono = true

if we need to sample all channels for second audio-reactive noise, refers to cohesion, alignment and separation.

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The documentation for this struct was generated from the following file:

• C:/Users/aaron/UE5/FunWithShaders/Plugins/ST_VJMaster/Source/ST_AudioVisualisation/Public/Data/ST_AudioReactiveBoidsLib.h