代码搜索:equalizer

找到约 546 项符合「equalizer」的源代码

代码结果 546
www.eeworm.com/read/157515/11697181

h effectdlgppc.h

#ifndef __EFFECTDLG_H__ #define __EFFECTDLG_H__ //#define EQUALIZER_DATA_MIN 47 //#define EQUALIZER_DATA_MAX 15 #define EQUALIZER_DATA_MIN 64 #define EQUALIZER_DATA_MAX 0 class CEffectDlg {
www.eeworm.com/read/157515/11697283

h effectdlg.h

#ifndef __EFFECTDLG_H__ #define __EFFECTDLG_H__ //#define EQUALIZER_DATA_MIN 47 //#define EQUALIZER_DATA_MAX 15 #define EQUALIZER_DATA_MIN 64 #define EQUALIZER_DATA_MAX 0 class CEffectDlg {
www.eeworm.com/read/157515/11697296

h effectdlgppc.h

#ifndef __EFFECTDLG_H__ #define __EFFECTDLG_H__ //#define EQUALIZER_DATA_MIN 47 //#define EQUALIZER_DATA_MAX 15 #define EQUALIZER_DATA_MIN 64 #define EQUALIZER_DATA_MAX 0 class CEffectDlg {
www.eeworm.com/read/269573/11091132

h effectdlgppc.h

#ifndef __EFFECTDLG_H__ #define __EFFECTDLG_H__ //#define EQUALIZER_DATA_MIN 47 //#define EQUALIZER_DATA_MAX 15 #define EQUALIZER_DATA_MIN 64 #define EQUALIZER_DATA_MAX 0 class CEffectDlg {
www.eeworm.com/read/269573/11091255

h effectdlg.h

#ifndef __EFFECTDLG_H__ #define __EFFECTDLG_H__ //#define EQUALIZER_DATA_MIN 47 //#define EQUALIZER_DATA_MAX 15 #define EQUALIZER_DATA_MIN 64 #define EQUALIZER_DATA_MAX 0 class CEffectDlg {
www.eeworm.com/read/269573/11091268

h effectdlgppc.h

#ifndef __EFFECTDLG_H__ #define __EFFECTDLG_H__ //#define EQUALIZER_DATA_MIN 47 //#define EQUALIZER_DATA_MAX 15 #define EQUALIZER_DATA_MIN 64 #define EQUALIZER_DATA_MAX 0 class CEffectDlg {
www.eeworm.com/read/370942/9574733

asv li_xiang.asv

%没有初始相位的理想程序 正确的格雷码映射 clear; a2=[0 pi/4 pi/2 3*pi/4 pi -pi/4 -pi/2 -3*pi/4]; a4=[0 0 0;0 0 1;0 1 1;0 1 0;1 1 0;1 0 0;1 0 1;1 1 1]; %%%%%%%%%%%%%%%%%%%%%%%%% A=[3*pi/4 pi pi/4 pi/2 -pi/4
www.eeworm.com/read/357771/10201265

m ui_n_f.m

% this handles the number of equalizer taps for the BERGulator % Copyright 1997-1998 Phil Schniter % keep all variables local in scope function [] = ui_N_f(); % declare global variables ber
www.eeworm.com/read/466690/7031410

m channeleqlizer.m

clear all close all %simulation length N = 1000; %channel length M = 5; %number of independent trials T = 100; cascade_impulse_response = zeros(1,2*M-1); for j = 1 : T %train
www.eeworm.com/read/246126/12754572

h amp.h

// wyc2.81, move from HAL.H to AMP.H because these called function is moved from HAL1 to AMP. #define FORMAT_RIGHT24BIT 0 #define FORMAT_I2S 1 #define DAC_MUTE_OFF 0 #define