m (added extra info and minor touchups) |
(Holder for when I learn how to move published work into here.) |
||
| Line 26: | Line 26: | ||
%% Loading data from folder | %% Loading data from folder | ||
| − | clear,clc | + | clear,clc % clear space |
| − | fs = 44100; | + | fs = 44100; % frequency |
| − | phonems = dir('*.wav'); | + | phonems = dir('*.wav'); % checks current directory for .wav files |
| − | numfiles = length(phonems); | + | numfiles = length(phonems); % finds number of wav files |
| + | % converts each wav file into its coresponding variable with name | ||
for i = 1:numfiles | for i = 1:numfiles | ||
titles = phonems(i,1).name; | titles = phonems(i,1).name; | ||
| Line 39: | Line 40: | ||
end | end | ||
| + | %input section | ||
input_phonems = ['Input the word you want in the form\n of the phonems shown'... | input_phonems = ['Input the word you want in the form\n of the phonems shown'... | ||
'as wav files with\n 1 space inbetween each phonem\n']; | 'as wav files with\n 1 space inbetween each phonem\n']; | ||
| − | text = input(input_phonems,'s'); | + | % text = input(input_phonems,'s'); |
| + | |||
| + | text = 'ha eh ll O wu er ll du th ii ss wu aa eh zz du nn bu I ss aa mm gu ar vv ii ss'; % this is hear for the example | ||
| + | |||
parts = strsplit(text); % splits text into readable parts | parts = strsplit(text); % splits text into readable parts | ||
| − | speech = []; | + | |
| + | speech = []; % creates speech bracket space | ||
| + | |||
| + | % adds on to previous speech in order to make the speech | ||
for j = 1:length(parts) | for j = 1:length(parts) | ||
eval(['section = ',char(parts(j)),';']); % evaluates each section and returns the double struct | eval(['section = ',char(parts(j)),';']); % evaluates each section and returns the double struct | ||
Revision as of 23:34, 23 April 2017
%% Information % Here is the text2speech program for Sam Garvis, this program will only % work with a folder of wav files for text2speech use. It can be edited % (via wav files) to add more sounds and or edit current sounds.
% added length to certain files in order for them to be picked up % by audio converter
%% Sites used
% http://www.auburn.edu/academic/education/reading_genie/spellings.html
% https://online-voice-recorder.com/
% http://online-audio-converter.com/
% https://www.mathworks.com/help/matlab/ref/audioread.html
% https://www.mathworks.com/help/matlab/ref/dir.html
% https://www.mathworks.com/help/matlab/import_export/process-a-sequence-of-files.html
% https://www.mathworks.com/help/matlab/ref/fileparts.html
% https://www.mathworks.com/help/matlab/ref/genvarname.html
%% Loading data from folder clear,clc % clear space
fs = 44100; % frequency
phonems = dir('*.wav'); % checks current directory for .wav files numfiles = length(phonems); % finds number of wav files
% converts each wav file into its coresponding variable with name for i = 1:numfiles
titles = phonems(i,1).name; [~,sound_name,ext] = fileparts(titles); eval([sound_name '= audioread(phonems(i,1).name);']);
end
%input section input_phonems = ['Input the word you want in the form\n of the phonems shown'...
'as wav files with\n 1 space inbetween each phonem\n'];
% text = input(input_phonems,'s');
text = 'ha eh ll O wu er ll du th ii ss wu aa eh zz du nn bu I ss aa mm gu ar vv ii ss'; % this is hear for the example
parts = strsplit(text); % splits text into readable parts
speech = []; % creates speech bracket space
% adds on to previous speech in order to make the speech for j = 1:length(parts)
eval(['section = ',char(parts(j)),';']); % evaluates each section and returns the double struct speech = [speech; section];
end
sound(speech,fs) % plays text plot(speech) title('Speech') xlabel('time (s)') ylabel('Amplitude') % example: ha eh ll O wu er ll du - hello world
