Changeset a0b523e in orbit for octave/GenerateAudioCommand

Timestamp:

11/29/12 08:17:10 (8 years ago)

Author:

AzureViolin <zhanghaotz@…>

Branches:

master, RawEEG, Raw_EEG_Plot, Servo, Tab_Interface, pyramid

Children:

0401409, 655a816

Parents:

3322dad

Message:

flyOrbit.m can now generate arbitry control code for play from laptop. update read.me

Location:

octave/GenerateAudioCommand

Files:

• bitGenDirect.m (added)
• codeAudioGen.m (modified) (1 diff)
• codeGenAndroid.m (added)
• dualBitGenDirect.m (added)
• dualIRLEDAudioGen.m (modified) (2 diffs)
• flyCommand.m (modified) (2 diffs)
• flyOrbit.m (modified) (1 diff)
• halfSineGenDirect.m (modified) (1 diff)
• initCodeGenAndroid.m (added)
• read.me (modified) (1 diff)
• read.me~ (modified) (1 diff)

octave/GenerateAudioCommand/codeAudioGen.m

@@ -5 +5 @@
 
 bps = 16;       % bits per sample
-sps = 960000;     % sample rate [samples/s]
+sps = 480000;     % sample rate [samples/s]
 
 codeWave=[];
 
 for i=1:size(code,2)
-        codeWave = [codeWave; bitGen(code(i),1)];
+        codeWave = [codeWave; bitGen(code(i),1,sps)];
 endfor
 
-%special wave form for carrier
-carrierWave=[halfPeriodGen('u',30,-0.353,0.723);
-halfPeriodGen('d',22,-0.015,0.384);
-halfPeriodGen('u',31,0.261,0.661);
-halfPeriodGen('d',28,0.392,0.530);
-halfPeriodGen('u',25,0.246,0.384);
-halfPeriodGen('d',32,-0.092,0.723);
-halfPeriodGen('u',25,-0.430,0.384);
-halfPeriodGen('d',26,-0.515,0.469)];
-codeWave=[codeWave codeWave].*0.5;
-
-sizeCW=size(carrierWave,1);
-cWaveRepeat=[];
-n=floor(size(codeWave,1)/sizeCW);
-for i=1:n
-        cWaveRepeat=[cWaveRepeat; carrierWave];
-endfor
-
-codeWave(1:n*sizeCW,2)+=cWaveRepeat;
 wavwrite(codeWave, sps, bps, audioFileName);
 

octave/GenerateAudioCommand/dualIRLEDAudioGen.m

@@ -6 +6 @@
 bps = 16;       % bits per sample
 %sps = 96000;     % sample rate [samples/s]
-shortT=floor(0.0008*sps/2);
-longT=floor(0.0016*sps/2);
-codeWave=[ones(longT,1);zeros(shortT,1);ones(longT,1);zeros(shortT,1)];
+
+
+shortLOW=floor(0.0008*sps/2)+1;
+shortHIGH=floor(0.0008*sps/2)-1;
+longHIGH=floor(0.0016*sps/2)-1;
+longLOW=floor(0.0016*sps/2)+2;
+codeWave=[ones(longHIGH,1);zeros(shortLOW,1);ones(longHIGH,1);zeros(shortLOW,1)];
 
 % notice that the "code" here should be a 28 bit binary array.
 for i=1:size(code,2)
-        codeWave = [codeWave; dualBitGen(code(i),1,sps)];
+        codeWave = [codeWave; dualBitGenDirect(code(i),shortHIGH,shortLOW,longHIGH,longLOW)];
 endfor
 
-codeWave=[codeWave; ones(longT,1)]; %last half period
+codeWave=[codeWave; ones(longHIGH,1)]; %last half period
 
 
@@ -24 +28 @@
 fullCodeWave=[];
 for i=1:repeatTime
-        fullCodeWave=[fullCodeWave; codeWave; zeros(sps/20,1)];
+        fullCodeWave=[fullCodeWave; codeWave; zeros(4049,1)];
 endfor
 
 
-caFreq = 19200;       % frequency of the tone [Hz]
-caNsecs = 10;      % number of seconds of the audio file
-caNsamples = sps*caNsecs;
-
-caTime = linspace(0, caNsecs, caNsamples);
-carrierWave = [ones(floor(sps/caFreq/2),1);-ones(floor(sps/caFreq/2),1)];
-
-
-caWaveRepeat=[];
-sizeCW=size(carrierWave,1);
-for i=1:ceil(size(fullCodeWave,1)/sizeCW)
-        caWaveRepeat=[caWaveRepeat;carrierWave];
-endfor
-
-
-
-fullCodeWave = fullCodeWave.*caWaveRepeat(1:size(fullCodeWave,1));
 wavwrite(fullCodeWave, sps, bps, audioFileName);

octave/GenerateAudioCommand/flyCommand.m

@@ -12 +12 @@
 elseif code=='demo2'
         code=[1 1 1 1 1 1 1 1 0 1 0 0 0 1 1 0 1 0 0 1 1 1 1 1 0 0 0 0];%maximum throttle
-endif
 
-if (AndroidOriOS=='iOS')
+elseif code=='demo3'
+        code=[0 0 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 0 0 1 1 1 1 1 0 0 1 1 1 1 1 0 1 1 0];%minimum throttle
+elseif code=='demo4'
+        code=[1 1 1 1 1 1 1 1 0 0 1 1 1 1 1 1 1 0 0 1 1 1 1 1 1 0 0 0 ];%test for Untitled 04
+        endif
+
+if (length(AndroidOriOS)==3)%'iOS'
 longHIGH=875;longHIGH_s=floor(longHIGH*sps/1e6)+1;%longHIGH[us] longHIGH_s[sample]
 longLOW=729;longLOW_s=floor(longLOW*sps/1e6);
@@ -41 +46 @@
 %fullCodeWave=[fullCodeWave zeros(sizeof(fullCodeWave))];
 
-elseif AndroidOrioS=='Android'
+elseif length(AndroidOriOS)==7 %'Android'
+
+longHIGH=875;longHIGH_s=floor(longHIGH*sps/1e6)-4;%longHIGH[us]  longHIGH_s[sample]
+longLOW=729;longLOW_s=floor(longLOW*sps/1e6+3);
+shortHIGH=458;shortHIGH_s=floor(shortHIGH*sps/1e6)-2;
+shortLOW=333;shortLOW_s=floor(shortLOW*sps/1e6)+1;
+
+codeWave=[halfSineGenDirect('d',longLOW_s-1,0,1,sps);halfSineGenDirect('u',longHIGH_s-2,0,1,sps);             halfSineGenDirect('d',shortLOW_s-1,0,1,sps);halfSineGenDirect('u',longHIGH_s-2,0,1,sps); halfSineGenDirect('d',shortLOW_s,0,1,sps);0]; %starting 5 half period
+
+% notice that the "code" here should be a 28 bit binary array.
+m=0;
+n=0;
+for i=1:size(code,2)
+codeWave = [codeWave; bitGenDirect(code(i),1,sps,longHIGH_s,   longLOW_s,shortHIGH_s,shortLOW_s)];
+if code(i)==1
+        n=n+1;
+elseif code(i)==0
+        m=m+1;
+endif
+
+if n==115 
+        n=0;
+        codeWave=[codeWave;0];
+endif
+if m==101
+        m=0;
+        codeWave=[codeWave;0];
+endif
+        
+endfor
+
+codeWave=[codeWave; halfSineGenDirect('u',longHIGH_s,0,1,sps)];  %last half period
+
+if(flipOrNot=='flip')
+    codeWave=-codeWave;
+endif
+
+fullCodeWave=[];
+for i=1:repeatTime
+            fullCodeWave=[fullCodeWave; codeWave; zeros(space,1)];
+endfor
+
+
 endif %if AndroidOriOS=='iOS'
 

octave/GenerateAudioCommand/flyOrbit.m

@@ -6 +6 @@
 bps = 16;       % bits per sample
 %sps = 96000;     % sample rate [samples/s]
-
+if length(AndroidOriOS)==3 %iOS
 fullCodeWave=[flyCommand(code,space,'temp1.wav',sps,2,AndroidOriOS,flipOrNot);initCodeGen('temp2.wav');flyCommand(code,space,'temp3.wav',sps,repeatTime,AndroidOriOS,flipOrNot)];
 
+elseif length(AndroidOriOS)==7 %Android
+fullCodeWave=[flyCommand(code,space,'temp1,wav',sps,20,AndroidOriOS,flipOrNot);initCodeGenAndroid('temp2.wav');zeros(1,1);flyCommand(code,space,'temp3.wav',sps,repeatTime,AndroidOriOS,flipOrNot)];
+
+endif
+
+sizeCode=size(fullCodeWave,1);
+time=linspace(0,sizeCode/sps,sizeCode);
+fullCodeWave = [fullCodeWave sin(time*2*pi*440)'];
+
 wavwrite(fullCodeWave, sps, bps, audioFileName);

octave/GenerateAudioCommand/halfSineGenDirect.m

@@ -14 +14 @@
 
 
-time = linspace(0, halfPeriod, halfPeriod_in_samples);
+time = linspace(1/sps, halfPeriod, halfPeriod_in_samples);
 if (dir== 'u') 
         wave = sin(time*2*pi*freq)'.*amp+zero;

octave/GenerateAudioCommand/read.me

@@ -1 +1 @@
 This script suppose to generate Audio wave to talk to UPRtek's IR dongle and produce IR signal to control helicopter.
 this is an unfinished script, without complete documentation.
+Author:hz@puzzlbox.info, Puzzlebox LLC
 Released under GPLv2.
 =================
-1 open terminal;
-2 switch to this path;
-3 run octave;
-4 type these commands:
-        code=[1  0      1       1       0       1       1       1       0       1       0       0       1       1       0       0       1       0       0       1       1       1       1       1       0       1       1       0       1];
-        finalCodeAudioGen(code,'audioCommand.wav',44100,10);
+1) open terminal;
+2) switch to this path;
+3) run octave;
+4) type these commands:
+
+for laptop (not android yet)
+        flyOrbit('demo4',4049,'flyOrbitlaptop.wav',48000,100,'Android','flip');
+for iPad
+        flyOrbit('demo4',4049,'flyOrbitiPad.wav',48000,100,'iOS','notF');
+
+
+5)
+note that 'demo4' can be replaced with any code arrya like [1  0        1       1       0       1       1       1       0       1       0       0       1       1       0       0       1       0       0       1       1       1       1       1       0       1       1       0       1]
+        
 5 first parameter is the code you want to produce as an audio file.
-  second parameter is the output file name.
-  3rd parameter is the sample rate (sample per second)
-  4th parameter is how many times you want to repeat the code. Since this script is not optimised at all, set this parameter higher than 20 is not recomanded, unless you have a lot time to wait or your computer is super super fast. Otherwise you need to copy and paste the sound wave in Audacity several times to get a long enough audio file.
+  second parameter is the space between two command codes [unit:samples].
+  3rd is the output file name.
+  4th is the sample rate (sample per second)
+  5th is how many times you want to repeat the code. 100 will generate a signal about 13 seconds long.
+  6th is option between iOS style code or Android style code.
+  7th when you use Android sytle code you need to flip the code that generated. This parameter will soon be obsolete in later version.

octave/GenerateAudioCommand/read.me~

@@ +1 @@
+This script suppose to generate Audio wave to talk to UPRtek's IR dongle and produce IR signal to control helicopter.
+this is an unfinished script, without complete documentation.
+Author:hz@puzzlbox.info
+Released under GPLv2.
+=================
+1) open terminal;
+2) switch to this path;
+3) run octave;
+4) type these commands:
+
+for laptop (not android yet)
+        flyOrbit('demo4',4049,'flyOrbitlaptop.wav',48000,100,'Android','flip');
+for iPad
+        flyOrbit('demo4',4049,'flyOrbitiPad.wav',48000,100,'iOS','notF');
+
+
+5)
+note that 'demo4' can be replaced with any code arrya like [1  0        1       1       0       1       1       1       0       1       0       0       1       1       0       0       1       0       0       1       1       1       1       1       0       1       1       0       1]
+        
+5 first parameter is the code you want to produce as an audio file.
+  second parameter is the space between two command codes [unit:samples].
+  3rd is the output file name.
+  4th is the sample rate (sample per second)
+  5th is how many times you want to repeat the code. 100 will generate a signal about 13 seconds long.
+  6th is option between iOS style code or Android style code.
+  7th when you use Android sytle code you need to flip the code that generated. This parameter will soon be obsolete in later version.