매트랩 Sorry조 김영혁 김찬수 김환준 최용운

2. GUI Project 소개

3. 목적
 이 프로그램은 아이들의 음악적 관심을 높여주기 위한 교
육용 프로그램입니다.
 ㅁ모양의 버튼을 누르면 소리가 나오므로써 아이들의 호
기심을 유발하고, 더 나아가 상상력을 키워주는 원동력이
될 것이라고 생각합니다.

4. 런치 패드란?
 DJ들이 비트 음악 속의 노래에 지루함을 없에고자 자신들
만의 창의적인 음을 추가시키기 위해 만든 것입니다.

5. OpeningFcn
function pad2_OpeningFcn(hObject, eventdata, handles, varargin)
% This function has no output args, see OutputFcn.
% hObject handle to figure
% eventdata reserved - to be defined in a future version of MATLAB
% handles structure with handles and user data (see GUIDATA)
% varargin command line arguments to pad2 (see VARARGIN)

6. % Choose default command line output for pad2
handles.output = hObject;
handles.start1=0;
handles.myVoice = audiorecorder;
[scl1, Fscl1] = audioread('club1.wav');
handles.pcl1 = audioplayer(scl1, Fscl1);
handles.pcl11 = audioplayer(scl1, Fscl1);
[scl2, Fscl2] = audioread('club2.wav');
handles.pcl2 = audioplayer(scl2, Fscl2);
handles.pcl12 = audioplayer(scl2, Fscl2);
[sdr7, Fsdr7] = audioread('drum7.wav');
handles.pdr7 = audioplayer(sdr7, Fsdr7);
handles.pdr17 = audioplayer(sdr7, Fsdr7);
[sdr8, Fsdr8] = audioread('drum8.wav');
handles.pdr8 = audioplayer(sdr8, Fsdr8);
handles.pdr18 = audioplayer(sdr8, Fsdr8);

7. [scl3, Fscl3] = audioread('club3.wav');
handles.pcl3 = audioplayer(scl3, Fscl3);
handles.pcl13 = audioplayer(scl3, Fscl3);
[scl4, Fscl4] = audioread('club4.wav');
handles.pcl4 = audioplayer(scl4, Fscl4);
handles.pcl14 = audioplayer(scl4, Fscl4);
[scl5, Fscl5] = audioread('club5.wav');
handles.pcl5 = audioplayer(scl5, Fscl5);
handles.pcl15 = audioplayer(scl5, Fscl5);

8. [scl6, Fscl6] = audioread('club6.wav');
handles.pcl6 = audioplayer(scl6, Fscl6);
handles.pcl16 = audioplayer(scl6, Fscl6);
[scl7, Fscl7] = audioread('club7.wav');
handles.pcl7 = audioplayer(scl7, Fscl7);
handles.pcl17 = audioplayer(scl7, Fscl7);
[scl8, Fscl8] = audioread('club8.wav');
handles.pcl8 = audioplayer(scl8, Fscl8);
handles.pcl18 = audioplayer(scl8, Fscl8);

9. [scl9, Fscl9] = audioread('club9.wav');
handles.pcl9 = audioplayer(scl9, Fscl9);
handles.pcl19 = audioplayer(scl9, Fscl9);
[sdr1, Fsdr1] = audioread('drum1.wav');
handles.pdr1 = audioplayer(sdr1, Fsdr1);
handles.pdr11 = audioplayer(sdr1, Fsdr1);
[sdr2, Fsdr2] = audioread('drum2.wav');
handles.pdr2 = audioplayer(sdr2, Fsdr2);
handles.pdr12 = audioplayer(sdr2, Fsdr2);
[sdr3, Fsdr3] = audioread('drum3.wav');
handles.pdr3 = audioplayer(sdr3, Fsdr3);
handles.pdr13 = audioplayer(sdr3, Fsdr3)

10. [sdr4, Fsdr4] = audioread('drum4.wav');
handles.pdr4 = audioplayer(sdr4, Fsdr4);
handles.pdr14 = audioplayer(sdr4, Fsdr4);
[sdr5, Fsdr5] = audioread('drum5.wav');
handles.pdr5 = audioplayer(sdr5, Fsdr5);
handles.pdr15 = audioplayer(sdr5, Fsdr5);
[sdr6, Fsdr6] = audioread('drum6.wav');
handles.pdr6 = audioplayer(sdr6, Fsdr6);
handles.pdr16 = audioplayer(sdr6, Fsdr6);

11. [sdr9, Fsdr9] = audioread('drum9.wav');
handles.pdr9 = audioplayer(sdr9, Fsdr9);
handles.pdr19 = audioplayer(sdr9, Fsdr9);
[scll1, Fscll1] = audioread('classic1.wav');
handles.pcll1 = audioplayer(scll1, Fscll1);
handles.pcll11 = audioplayer(scll1, Fscll1);
[scll2, Fscll2] = audioread('classic2.wav');
handles.pcll2 = audioplayer(scll2, Fscll2);
handles.pcll12 = audioplayer(scll2, Fscll2);
[scll3, Fscll3] = audioread('classic3.wav');
handles.pcll3 = audioplayer(scll3, Fscll3);
handles.pcll13 = audioplayer(scll3, Fscll3);
[scll4, Fscll4] = audioread('classic4.wav');
handles.pcll4 = audioplayer(scll4, Fscll4);
handles.pcll14 = audioplayer(scll4, Fscll4);

12. [scll5, Fscll5] = audioread('classic5.wav');
handles.pcll5 = audioplayer(scll5, Fscll5);
handles.pcll15 = audioplayer(scll5, Fscll5);
[scll6, Fscll6] = audioread('classic6.wav');
handles.pcll6 = audioplayer(scll6, Fscll6);
handles.pcll16 = audioplayer(scll6, Fscll6);
[scll7, Fscll7] = audioread('classic7.wav');
handles.pcll7 = audioplayer(scll7, Fscll7);
handles.pcll17 = audioplayer(scll7, Fscll7);
[scll8, Fscll8] = audioread('classic8.wav');
handles.pcll8 = audioplayer(scll8, Fscll8);
handles.pcll18 = audioplayer(scll8, Fscll8);
[scll9, Fscll9] = audioread('classic9.wav');
handles.pcll9 = audioplayer(scll9, Fscll9);
handles.pcll19 = audioplayer(scll9, Fscll9);

13. RadioFcn
function club_Callback(hObject, eventdata, handles)
function classic_Callback(hObject, eventdata, handles)
function drum_Callback(hObject, eventdata, handles)

14. button_callback
function one_Callback(hObject, eventdata, handles)
if (get(handles.club, 'value' )==1)
play(handles.pcl1);
elseif (get(handles.drum, 'value' )==1)
play(handles.pdr1);
elseif (get(handles.classic, 'value' )==1)
play(handles.pcll1);
end
function two_Callback(hObject, eventdata, handles)
if (get(handles.club, 'value' )==1)
play(handles.pcl2);
elseif (get(handles.drum, 'value' )==1)
play(handles.pdr2);
elseif (get(handles.classic, 'value' )==1)
play(handles.pcll2);
end

15. WindowKeyPressFcn
function figure1_WindowKeyPressFcn(hObject, eventdata, handles)
switch (eventdata.Key)
case '1'
set(handles.club,'value',1);
case '3'
set(handles.drum,'value',1);
case '2'
set(handles.classic,'value',1);
case 'q'
if (get(handles.club, 'value' )==1)
play(handles.pcl1);
elseif (get(handles.drum, 'value' )==1)
play(handles.pdr1);
elseif (get(handles.classic, 'value' )==1)
play(handles.pcll1);
end