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软件的界面如下：
主要分为了三个控制区模块，即信号生成预览区，信号观测区以及信号分析区。在信号生成区可以通过键盘输入或是滑块调节的方式改变输入信号的频率、赋值以及初相，信号生成区的预览窗口可以实时的动态调整当前信号的波形展示。此外目前设计了白噪声、正弦波、方波以及正弦波四种类型的信号输入。
完成输入参数的调节后，点击“ADD”按钮，就可以将当前的信号送入信号观测区，当ADD进入了多个信号通道后，就可以观测到多信号叠加后的输出波形。点击“Run”可以动态观测叠加波形的运动。点击“Play”可以播放当前叠加波的声音，持续一秒钟时间。点击“Clear”，就可以清空当前信号观测区的信号输入。
最后，在信号分析区，设计了针对叠加信号的频域图以及其他参数的分析功能，具体如界面所示。
如无法下载，源码如下
classdef Digital_signal_generation_and_analyzer_exported < matlab.apps.AppBase
% Properties that correspond to app components
properties (Access = public)
UIFigure matlab.ui.Figure
SignalAnalysis matlab.ui.container.Panel
STD_error matlab.ui.control.NumericEditField
Label_9 matlab.ui.control.Label
DigitalSignalGenerationandAnalyzerLabel matlab.ui.control.Label
PoweredbyVulcan_QLabel matlab.ui.control.Label
Analysis matlab.ui.control.Button
Mean matlab.ui.control.NumericEditField
Label_8 matlab.ui.control.Label
RMS matlab.ui.control.NumericEditField
Label_7 matlab.ui.control.Label
Peak_Grain matlab.ui.control.NumericEditField
Label_6 matlab.ui.control.Label
Grain matlab.ui.control.NumericEditField
Label_5 matlab.ui.control.Label
Peak matlab.ui.control.NumericEditField
Label_3 matlab.ui.control.Label
UIAxes matlab.ui.control.UIAxes
SignalObservation matlab.ui.container.Panel
ClearObservation matlab.ui.control.Button
PlayObservation matlab.ui.control.Button
StopObservation matlab.ui.control.Button
RunObservation matlab.ui.control.Button
SignalObservation_axis matlab.ui.control.UIAxes
SignalGenerated matlab.ui.container.Panel
TextPhase matlab.ui.control.TextArea
radLabel matlab.ui.control.Label
PhaseSlider matlab.ui.control.Slider
AddSignal matlab.ui.control.Button
TextAmplitude matlab.ui.control.TextArea
Label_2 matlab.ui.control.Label
TextFrequency matlab.ui.control.TextArea
Label matlab.ui.control.Label
AmplitudeSlider matlab.ui.control.Slider
FrequencySlider matlab.ui.control.Slider
SignalTypes matlab.ui.container.ButtonGroup
SquareWave matlab.ui.control.RadioButton
TriangularWave matlab.ui.control.RadioButton
SineWave matlab.ui.control.RadioButton
WhiteNoise matlab.ui.control.RadioButton
SignalPreview_axis matlab.ui.control.UIAxes
end
properties (Access = private)
FrequencyGenerate % 信号生成窗口的信号频率(600为初始值）
AmplitudeGenerate % 信号生成窗口的信号幅值（0.5为初始值）
PhaseGenerate % 信号生成窗口的信号相位
Timer_Generate % 信号生成窗口的定时器，用于预览输入信号
Phase_generate % 信号生成窗口绘制函数运行相位
Phase_generate_step % 一次计时中断预览窗口的变化步长
Fs %采样频率
N_observation %生成区采样长度
N_Generate %观测区采样长度
Timer_View % 信号观测窗口的定时器，用于大屏输出观测信号
InformationStorage = []; %频率，赋值，相位，类型
InformationPlot = []; % Description
Phase_observation = 0;
Phase_observation_step = 0.1 * pi;
observation_flag = 0; %默认关闭observation
generate_flag = 1; %默认打开generate
end
methods (Access = private)
function value = cell2double(~,value)
value = cell2mat(value);
value = str2double(value);
end
function TimerInit_G(app)
app.Timer_Generate = timer;
app.Timer_Generate.StartDelay = 0;
app.Timer_Generate.Period = 0.05 ; %定时器定时中断周期
app.Timer_Generate.ExecutionMode = 'fixedDelay';
app.Timer_Generate.TimerFcn = @(~,~)TimerGenerate_handler(app);
start(app.Timer_Generate);
end
function TimerInit_O(app)
app.Timer_View = timer;
app.Timer_View.StartDelay = 0;
app.Timer_View.Period = 0.1 ; %定时器定时中断周期
app.Timer_View.ExecutionMode = 'fixedDelay';
app.Timer_View.TimerFcn = @(~,~)TimerObservation_handler(app);
%start(app.TimerInit_O);
end
function TimerObservation_handler(app)
app.Phase_observation = app.Phase_observation + app.Phase_observation_step;
if app.Phase_observation >= 2*pi
app.Phase_observation = 0;
end
WaveMake(app);
ObservationPlot(app);
end
function TimerGenerate_handler(app)
app.Phase_generate = app.Phase_generate + app.Phase_generate_step;
if app.Phase_generate >= 2*pi
app.Phase_generate = 0;
end
SignalGenerated_draw(app);
end
function SignalGenerated_draw(app)
dt = 1.0/app.Fs;
time = 0:dt:app.N_Generate * dt;
if app.SignalTypes.SelectedObject.Text == "SineWave"
wave = app.AmplitudeGenerate * sin(time .* 2*pi*app.FrequencyGenerate + app.PhaseGenerate + app.Phase_generate);
plot(app.SignalPreview_axis,time,wave,'LineWidth', 1.5);
elseif app.SignalTypes.SelectedObject.Text == "SquareWave"
wave = app.AmplitudeGenerate * square(time .* 2*pi*app.FrequencyGenerate + app.PhaseGenerate + app.Phase_generate);
plot(app.SignalPreview_axis,time,wave,'LineWidth', 1.5);
elseif app.SignalTypes.SelectedObject.Text == "TriangularWave"
wave = app.AmplitudeGenerate * sawtooth(time .* 2*pi*app.FrequencyGenerate + app.PhaseGenerate + app.Phase_generate,0.5);
plot(app.SignalPreview_axis,time,wave,'LineWidth', 1.5);
elseif app.SignalTypes.SelectedObject.Text == "WhiteNoise"
wave = 0.2 *app.AmplitudeGenerate * randn(1,app.N_Generate+1);
plot(app.SignalPreview_axis,time,wave,'LineWidth', 1.5);
end
clear("wave");
clear("time");
end
function Startup_init(app)
app.FrequencyGenerate = 600; % 信号生成窗口的信号频率(600为初始值）
app.AmplitudeGenerate = 0.5; % 信号生成窗口的信号幅值（0.5为初始值）
app.PhaseGenerate = 0; % 信号观测窗口的信号相位
app.Phase_generate = 0; % 信号生成窗口绘制函数运行相位
app.Phase_generate_step = 0.1*pi; % 一次计时中断预览窗口的变化步长
app.Fs = 44100; %采样频率
app.N_observation = 441*5; %采样长度
app.N_Generate = 441;
end
function LockInput(app,odder)
if odder == 1 % 允许写操作
app.TextAmplitude.Editable = 'on';
app.AmplitudeSlider.Enable = 'on';
app.TextFrequency.Editable = 'on';
app.FrequencySlider.Enable = 'on';
app.TextPhase.Editable = 'on';
app.PhaseSlider.Enable = 'on';
app.AddSignal.Enable = 'on';
elseif odder == 0
app.TextAmplitude.Editable = 'off';
app.AmplitudeSlider.Enable = 'off';
app.TextFrequency.Editable = 'off';
app.FrequencySlider.Enable = 'off';
app.TextPhase.Editable = 'off';
app.PhaseSlider.Enable = 'off';
app.AddSignal.Enable = 'off';
end
end
function WaveMake(app)
dt = 1.0/app.Fs;
time = 0:dt:app.N_observation * dt;
Numbers = size(app.InformationStorage,1);
app.InformationPlot = zeros([Numbers+1,app.N_observation + 1]);
for i = 1:Numbers
if app.InformationStorage(i,4) == 1
app.InformationPlot(i,:) = app.InformationStorage(i,2) * ...
sin(time(:)* 2*pi*app.InformationStorage(i,1) + app.InformationStorage(i,3) + app.Phase_observation);
elseif app.InformationStorage(i,4) == 2
app.InformationPlot(i,:) = app.InformationStorage(i,2) * ...
square(time(:)* 2*pi*app.InformationStorage(i,1) + app.InformationStorage(i,3) + app.Phase_observation);
elseif app.InformationStorage(i,4) == 3
app.InformationPlot(i,:) = app.InformationStorage(i,2) * ...
sawtooth(time(:)* 2*pi*app.InformationStorage(i,1) + app.InformationStorage(i,3) + app.Phase_observation,0.5);
elseif app.InformationStorage(i,4) == 4
a = randn(1,app.N_observation+1);
app.InformationPlot(i,:) = 0.2 *app.InformationStorage(i,2) * a(:);
end
end
for i = 1:app.N_observation + 1
for j = 1:Numbers
app.InformationPlot(Numbers+1,i)=app.InformationPlot(Numbers+1,i)+app.InformationPlot(j,i);
end
end
clear("time");
end
function ObservationPlot(app)
dt = 1.0/app.Fs;
time = 0:dt:app.N_observation * dt;
cla(app.SignalObservation_axis);
for i=1:size(app.InformationPlot,1)-1
plot(app.SignalObservation_axis,time,app.InformationPlot(i,:),'LineWidth',1.5,'LineStyle','--');
hold(app.SignalObservation_axis,"on");
end
a = size(app.InformationPlot,1);
plot(app.SignalObservation_axis,time(:),app.InformationPlot(a,:),'LineWidth',2);
end
function stopView (app)
if app.observation_flag == 1
stop(app.Timer_View);
app.observation_flag = 0 ;
end
end
function stopGeneration (app)
if app.generate_flag == 1
stop(app.Timer_Generate);
app.generate_flag = 0 ;
end
end
function startGeneration (app)
if app.generate_flag == 0
start(app.Timer_Generate);
app.generate_flag = 1 ;
end
end
function startView (app)
if app.observation_flag == 0
start(app.Timer_View);
app.observation_flag = 1 ;
end
end
end
% Callbacks that handle component events
methods (Access = private)
% Code that executes after component creation
function startupFcn(app)
clc;close;
Startup_init(app);
%TimerInit_O(app);
TimerInit_G(app);
end
% Value changed function: TextFrequency
function TextFrequencyValueChanged(app, event)
value = app.TextFrequency.Value; % 文本的读取值为cell
value = cell2double(app,value);
app.FrequencySlider.Value = value;
app.FrequencyGenerate = value;
end
% Value changed function: FrequencySlider
function FrequencySliderValueChanged(app, event)
value = app.FrequencySlider.Value; %滑块的返回值为double
%value = cell2double(app,value);
app.FrequencyGenerate = value;
value = num2str(value);
app.TextFrequency.Value = value;
end
% Value changing function: FrequencySlider
function FrequencySliderValueChanging(app, event)
changingValue = event.Value;
app.FrequencyGenerate = changingValue;
changingValue = num2str(changingValue);
app.TextFrequency.Value = changingValue;
end
% Value changed function: AmplitudeSlider
function AmplitudeSliderValueChanged(app, event)
value = app.AmplitudeSlider.Value;
app.AmplitudeGenerate = value;
value = num2str(value);
app.TextAmplitude.Value = value;
end
% Value changing function: AmplitudeSlider
function AmplitudeSliderValueChanging(app, event)
changingValue = event.Value;
app.AmplitudeGenerate = changingValue;
changingValue = num2str(changingValue);
app.TextAmplitude.Value = changingValue;
end
% Value changed function: TextAmplitude
function TextAmplitudeValueChanged(app, event)
value = app.TextAmplitude.Value;
value = cell2double(app,value);
app.AmplitudeGenerate = value;
app.AmplitudeSlider.Value = value;
end
% Value changed function: PhaseSlider
function PhaseSliderValueChanged(app, event)
value = app.PhaseSlider.Value;
app.PhaseGenerate = value*pi;
value = num2str(value);
app.TextPhase.Value = value;
end
% Value changing function: PhaseSlider
function PhaseSliderValueChanging(app, event)
changingValue = event.Value;
app.PhaseGenerate = changingValue * pi;
changingValue = num2str(changingValue);
app.TextPhase.Value = changingValue;
end
% Value changed function: TextPhase
function TextPhaseValueChanged(app, event)
value = app.TextPhase.Value;
value = cell2double(app,value);
app.PhaseGenerate = value * pi;
app.PhaseSlider.Value = value;
end
% Button pushed function: AddSignal
function AddSignalButtonPushed(app, event)
stopView(app);
if app.SignalTypes.SelectedObject.Text == "SineWave"
Type = 1;
elseif app.SignalTypes.SelectedObject.Text == "SquareWave"
Type = 2;
elseif app.SignalTypes.SelectedObject.Text == "TriangularWave"
Type = 3;
elseif app.SignalTypes.SelectedObject.Text == "WhiteNoise"
Type = 4;
end
app.InformationStorage = [app.InformationStorage;app.FrequencyGenerate,...
app.AmplitudeGenerate,app.PhaseGenerate,Type];
%stopView(app);
WaveMake(app);
ObservationPlot(app);
end
% Button pushed function: RunObservation
function RunObservationButtonPushed(app, event)
LockInput(app,0);
stopGeneration(app);
TimerInit_O(app);
startView(app);
end
% Button pushed function: StopObservation
function StopObservationButtonPushed(app, event)
stopView(app);
startGeneration(app);
LockInput(app,1);
app.Phase_observation = 0;
end
% Button pushed function: ClearObservation
function ClearObservationButtonPushed(app, event)
app.InformationStorage = [0,0,0,1];
WaveMake(app);
ObservationPlot(app);
end
% Button pushed function: PlayObservation
function PlayObservationButtonPushed(app, event)
%stopView(app);
% 懒得重改了，直接堆叠
dt = 1.0/app.Fs;
time = 0:dt:44100 * dt;
Numbers = size(app.InformationStorage,1);
MyInformationPlot = zeros([Numbers+1,44100 + 1]);
for i = 1:Numbers
if app.InformationStorage(i,4) == 1
MyInformationPlot(i,:) = app.InformationStorage(i,2) * ...
sin(time(:)* 2*pi*app.InformationStorage(i,1) + app.InformationStorage(i,3) + app.Phase_observation);
elseif app.InformationStorage(i,4) == 2
MyInformationPlot(i,:) = app.InformationStorage(i,2) * ...
square(time(:)* 2*pi*app.InformationStorage(i,1) + app.InformationStorage(i,3) + app.Phase_observation);
elseif app.InformationStorage(i,4) == 3
MyInformationPlot(i,:) = app.InformationStorage(i,2) * ...
sawtooth(time(:)* 2*pi*app.InformationStorage(i,1) + app.InformationStorage(i,3) + app.Phase_observation,0.5);
elseif app.InformationStorage(i,4) == 4
a = randn(1,44100+1);
MyInformationPlot(i,:) = 0.2 *app.InformationStorage(i,2) * a(:);
end
end
for i = 1:44100 + 1
for j = 1:Numbers
MyInformationPlot(Numbers+1,i)=MyInformationPlot(Numbers+1,i)+MyInformationPlot(j,i);
end
end
sound(MyInformationPlot(size(MyInformationPlot,1),:),app.Fs);
%startView(app);
end
% Button pushed function: Analysis
function AnalysisButtonPushed(app, event)
dt = 1.0/app.Fs;
Limit_X = size(app.InformationPlot,1);
Limit_Y = size(app.InformationPlot,2);
app.Peak.Value = max(app.InformationPlot(Limit_X,:));
app.Grain.Value = min(app.InformationPlot(Limit_X,:));
app.Peak_Grain.Value = app.Peak.Value - app.Grain.Value;
for i = 1:Limit_Y
if app.InformationPlot(Limit_X,i) == app.Peak.Value
serial_peak = i;
break;
end
end
for i = 1:Limit_Y
if app.InformationPlot(Limit_X,i) == app.Grain.Value
serial_grain = i;
break;
end
end
app.Mean.Value = mean(app.InformationPlot(Limit_X,:));
app.STD_error.Value = std(app.InformationPlot(Limit_X,:));
app.RMS.Value = sqrt( mean(app.InformationPlot(Limit_X,:) .^2 ) );
M = 4096;
P = fft(app.InformationPlot(Limit_X,:),M);
Py = 2 * sqrt(P.*conj(P))/M;
f = linspace(0,app.Fs/2,M/2);
plot(app.UIAxes,f,Py(1:M/2));
end
end
% Component initialization
methods (Access = private)
% Create UIFigure and components
function createComponents(app)
% Create UIFigure and hide until all components are created
app.UIFigure = uifigure('Visible', 'off');
app.UIFigure.Position = [100 100 955 677];
app.UIFigure.Name = 'MATLAB App';
% Create SignalGenerated
app.SignalGenerated = uipanel(app.UIFigure);
app.SignalGenerated.ForegroundColor = [0.2784 0.5804 0.7686];
app.SignalGenerated.TitlePosition = 'centertop';
app.SignalGenerated.Title = '信号生成';
app.SignalGenerated.FontWeight = 'bold';
app.SignalGenerated.Position = [2 1 276 677];
% Create SignalPreview_axis
app.SignalPreview_axis = uiaxes(app.SignalGenerated);
title(app.SignalPreview_axis, '信号预览')
app.SignalPreview_axis.XLim = [0 0.01];
app.SignalPreview_axis.YLim = [-2.1 2.1];
app.SignalPreview_axis.GridLineStyle = ':';
app.SignalPreview_axis.XTick = [0 0.005 0.01];
app.SignalPreview_axis.XGrid = 'on';
app.SignalPreview_axis.YGrid = 'on';
app.SignalPreview_axis.Box = 'on';
app.SignalPreview_axis.Position = [1 399 273 250];
% Create SignalTypes
app.SignalTypes = uibuttongroup(app.SignalGenerated);
app.SignalTypes.TitlePosition = 'centertop';
app.SignalTypes.Title = '信号类型';
app.SignalTypes.Position = [-2 325 277 75];
% Create WhiteNoise
app.WhiteNoise = uiradiobutton(app.SignalTypes);
app.WhiteNoise.Text = 'WhiteNoise';
app.WhiteNoise.FontName = '3ds Light';
app.WhiteNoise.Position = [11 27 84 22];
% Create SineWave
app.SineWave = uiradiobutton(app.SignalTypes);
app.SineWave.Text = 'SineWave';
app.SineWave.Position = [11 5 76 22];
app.SineWave.Value = true;
% Create TriangularWave
app.TriangularWave = uiradiobutton(app.SignalTypes);
app.TriangularWave.Text = 'TriangularWave';
app.TriangularWave.Position = [149 26 106 22];
% Create SquareWave
app.SquareWave = uiradiobutton(app.SignalTypes);
app.SquareWave.Text = 'SquareWave';
app.SquareWave.Position = [149 5 91 22];
% Create FrequencySlider
app.FrequencySlider = uislider(app.SignalGenerated);
app.FrequencySlider.Limits = [10 3000];
app.FrequencySlider.ValueChangedFcn = createCallbackFcn(app, @FrequencySliderValueChanged, true);
app.FrequencySlider.ValueChangingFcn = createCallbackFcn(app, @FrequencySliderValueChanging, true);
app.FrequencySlider.Position = [14 271 249 3];
app.FrequencySlider.Value = 600;
% Create AmplitudeSlider
app.AmplitudeSlider = uislider(app.SignalGenerated);
app.AmplitudeSlider.Limits = [0 2];
app.AmplitudeSlider.ValueChangedFcn = createCallbackFcn(app, @AmplitudeSliderValueChanged, true);
app.AmplitudeSlider.ValueChangingFcn = createCallbackFcn(app, @AmplitudeSliderValueChanging, true);
app.AmplitudeSlider.Position = [12 172 252 3];
app.AmplitudeSlider.Value = 0.5;
% Create Label
app.Label = uilabel(app.SignalGenerated);
app.Label.HorizontalAlignment = 'right';
app.Label.Position = [41 294 29 22];
app.Label.Text = '频率';
% Create TextFrequency
app.TextFrequency = uitextarea(app.SignalGenerated);
app.TextFrequency.ValueChangedFcn = createCallbackFcn(app, @TextFrequencyValueChanged, true);
app.TextFrequency.HorizontalAlignment = 'right';
app.TextFrequency.WordWrap = 'off';
app.TextFrequency.Position = [85 293 150 24];
app.TextFrequency.Value = {'600'};
% Create Label_2
app.Label_2 = uilabel(app.SignalGenerated);
app.Label_2.HorizontalAlignment = 'right';
app.Label_2.Position = [41 200 29 22];
app.Label_2.Text = '幅值';
% Create TextAmplitude
app.TextAmplitude = uitextarea(app.SignalGenerated);
app.TextAmplitude.ValueChangedFcn = createCallbackFcn(app, @TextAmplitudeValueChanged, true);
app.TextAmplitude.HorizontalAlignment = 'right';
app.TextAmplitude.Position = [85 199 150 24];
app.TextAmplitude.Value = {'0.5'};
% Create AddSignal
app.AddSignal = uibutton(app.SignalGenerated, 'push');
app.AddSignal.ButtonPushedFcn = createCallbackFcn(app, @AddSignalButtonPushed, true);
app.AddSignal.Position = [84 13 114 22];
app.AddSignal.Text = {'Add'; ''};
% Create PhaseSlider
app.PhaseSlider = uislider(app.SignalGenerated);
app.PhaseSlider.Limits = [0 2];
app.PhaseSlider.ValueChangedFcn = createCallbackFcn(app, @PhaseSliderValueChanged, true);
app.PhaseSlider.ValueChangingFcn = createCallbackFcn(app, @PhaseSliderValueChanging, true);
app.PhaseSlider.Position = [11 76 252 3];
% Create radLabel
app.radLabel = uilabel(app.SignalGenerated);
app.radLabel.HorizontalAlignment = 'right';
app.radLabel.Position = [3 104 66 22];
app.radLabel.Text = '相位(π rad)';
% Create TextPhase
app.TextPhase = uitextarea(app.SignalGenerated);
app.TextPhase.ValueChangedFcn = createCallbackFcn(app, @TextPhaseValueChanged, true);
app.TextPhase.HorizontalAlignment = 'right';
app.TextPhase.Position = [84 103 150 24];
app.TextPhase.Value = {'0'};
% Create SignalObservation
app.SignalObservation = uipanel(app.UIFigure);
app.SignalObservation.ForegroundColor = [0.2784 0.5804 0.7686];
app.SignalObservation.TitlePosition = 'centertop';
app.SignalObservation.Title = '信号观测';
app.SignalObservation.FontWeight = 'bold';
app.SignalObservation.Position = [277 222 679 456];
% Create SignalObservation_axis
app.SignalObservation_axis = uiaxes(app.SignalObservation);
app.SignalObservation_axis.XLim = [0 0.02];
app.SignalObservation_axis.YLim = [-3.5 3.5];
app.SignalObservation_axis.GridLineStyle = ':';
app.SignalObservation_axis.XGrid = 'on';
app.SignalObservation_axis.YGrid = 'on';
app.SignalObservation_axis.Position = [1 50 677 385];
% Create RunObservation
app.RunObservation = uibutton(app.SignalObservation, 'push');
app.RunObservation.ButtonPushedFcn = createCallbackFcn(app, @RunObservationButtonPushed, true);
app.RunObservation.Position = [34 14 100 22];
app.RunObservation.Text = 'Run';
% Create StopObservation
app.StopObservation = uibutton(app.SignalObservation, 'push');
app.StopObservation.ButtonPushedFcn = createCallbackFcn(app, @StopObservationButtonPushed, true);
app.StopObservation.Position = [205 14 100 22];
app.StopObservation.Text = 'Stop';
% Create PlayObservation
app.PlayObservation = uibutton(app.SignalObservation, 'push');
app.PlayObservation.ButtonPushedFcn = createCallbackFcn(app, @PlayObservationButtonPushed, true);
app.PlayObservation.Position = [545 14 100 22];
app.PlayObservation.Text = 'Play';
% Create ClearObservation
app.ClearObservation = uibutton(app.SignalObservation, 'push');
app.ClearObservation.ButtonPushedFcn = createCallbackFcn(app, @ClearObservationButtonPushed, true);
app.ClearObservation.Position = [375 14 100 22];
app.ClearObservation.Text = 'Clear';
% Create SignalAnalysis
app.SignalAnalysis = uipanel(app.UIFigure);
app.SignalAnalysis.ForegroundColor = [0.2784 0.5804 0.7686];
app.SignalAnalysis.TitlePosition = 'centertop';
app.SignalAnalysis.Title = '信号分析';
app.SignalAnalysis.FontWeight = 'bold';
app.SignalAnalysis.Position = [277 1 679 222];
% Create UIAxes
app.UIAxes = uiaxes(app.SignalAnalysis);
app.UIAxes.XGrid = 'on';
app.UIAxes.YGrid = 'on';
app.UIAxes.Position = [2 2 358 199];
% Create Label_3
app.Label_3 = uilabel(app.SignalAnalysis);
app.Label_3.HorizontalAlignment = 'right';
app.Label_3.Position = [362 162 29 22];
app.Label_3.Text = '波峰';
% Create Peak
app.Peak = uieditfield(app.SignalAnalysis, 'numeric');
app.Peak.Editable = 'off';
app.Peak.Position = [406 162 100 22];
% Create Label_5
app.Label_5 = uilabel(app.SignalAnalysis);
app.Label_5.HorizontalAlignment = 'right';
app.Label_5.Position = [523 162 29 22];
app.Label_5.Text = '波谷';
% Create Grain
app.Grain = uieditfield(app.SignalAnalysis, 'numeric');
app.Grain.Editable = 'off';
app.Grain.Position = [567 162 100 22];
% Create Label_6
app.Label_6 = uilabel(app.SignalAnalysis);
app.Label_6.HorizontalAlignment = 'right';
app.Label_6.Position = [511 113 41 22];
app.Label_6.Text = '双峰值';
% Create Peak_Grain
app.Peak_Grain = uieditfield(app.SignalAnalysis, 'numeric');
app.Peak_Grain.Editable = 'off';
app.Peak_Grain.Position = [567 113 100 22];
% Create Label_7
app.Label_7 = uilabel(app.SignalAnalysis);
app.Label_7.HorizontalAlignment = 'right';
app.Label_7.Position = [360 113 32 22];
app.Label_7.Text = 'RMS';
% Create RMS
app.RMS = uieditfield(app.SignalAnalysis, 'numeric');
app.RMS.Editable = 'off';
app.RMS.Position = [407 113 100 22];
% Create Label_8
app.Label_8 = uilabel(app.SignalAnalysis);
app.Label_8.HorizontalAlignment = 'right';
app.Label_8.Position = [523 66 29 22];
app.Label_8.Text = '均值';
% Create Mean
app.Mean = uieditfield(app.SignalAnalysis, 'numeric');
app.Mean.Editable = 'off';
app.Mean.Position = [567 66 100 22];
% Create Analysis
app.Analysis = uibutton(app.SignalAnalysis, 'push');
app.Analysis.ButtonPushedFcn = createCallbackFcn(app, @AnalysisButtonPushed, true);
app.Analysis.Position = [564 29 104 24];
app.Analysis.Text = '分析';
% Create PoweredbyVulcan_QLabel
app.PoweredbyVulcan_QLabel = uilabel(app.SignalAnalysis);
app.PoweredbyVulcan_QLabel.FontSize = 10;
app.PoweredbyVulcan_QLabel.FontColor = [0.651 0.651 0.651];
app.PoweredbyVulcan_QLabel.Position = [558 2 118 22];
app.PoweredbyVulcan_QLabel.Text = 'Powered by Vulcan_Q😋';
% Create DigitalSignalGenerationandAnalyzerLabel
app.DigitalSignalGenerationandAnalyzerLabel = uilabel(app.SignalAnalysis);
app.DigitalSignalGenerationandAnalyzerLabel.HorizontalAlignment = 'right';
app.DigitalSignalGenerationandAnalyzerLabel.FontSize = 10;
app.DigitalSignalGenerationandAnalyzerLabel.FontColor = [0.651 0.651 0.651];
app.DigitalSignalGenerationandAnalyzerLabel.Position = [344 2 203 22];
app.DigitalSignalGenerationandAnalyzerLabel.Text = 'Digital Signal Generation and Analyzer ';
% Create Label_9
app.Label_9 = uilabel(app.SignalAnalysis);
app.Label_9.HorizontalAlignment = 'right';
app.Label_9.Position = [352 66 41 22];
app.Label_9.Text = '标准差';
% Create STD_error
app.STD_error = uieditfield(app.SignalAnalysis, 'numeric');
app.STD_error.Editable = 'off';
app.STD_error.Position = [408 66 100 22];
% Show the figure after all components are created
app.UIFigure.Visible = 'on';
end
end
% App creation and deletion
methods (Access = public)
% Construct app
function app = Digital_signal_generation_and_analyzer_exported
% Create UIFigure and components
createComponents(app)
% Register the app with App Designer
registerApp(app, app.UIFigure)
% Execute the startup function
runStartupFcn(app, @startupFcn)
if nargout == 0
clear app
end
end
% Code that executes before app deletion
function delete(app)
% Delete UIFigure when app is deleted
delete(app.UIFigure)
end
end
end