Problem 1199. ASCII art

Created by Alfonso Nieto-Castanon

Solve Later

{"relationships":[{"relationshipType":"http://schemas.mathworks.com/matlab/code/2013/relationships/document","targetMode":"","relationshipId":"rId1","target":"/matlab/document.xml"},{"relationshipType":"http://schemas.mathworks.com/matlab/code/2013/relationships/output","targetMode":"","relationshipId":"rId2","target":"/matlab/output.xml"}],"parts":[{"partUri":"/matlab/document.xml","relationship":[{"relationshipType":"http://schemas.mathworks.com/matlab/code/2013/relationships/image","targetMode":"","relationshipId":"rId1","target":"/media/image1.JPEG"}],"contentType":"application/vnd.mathworks.matlab.code.document+xml","content":"<?xml version=\"1.0\" encoding=\"UTF-8\"?>\n<w:document xmlns:w=\"http://schemas.openxmlformats.org/wordprocessingml/2006/main\"><w:body><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:t>Convert a grayscale image to ASCII</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:customXml w:element=\"image\"><w:customXmlPr><w:attr w:name=\"height\" w:val=\"-1\"/><w:attr w:name=\"width\" w:val=\"-1\"/><w:attr w:name=\"relationshipId\" w:val=\"rId1\"/></w:customXmlPr></w:customXml></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:rPr><w:b/></w:rPr><w:t>Inputs:</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"ListParagraph\"/><w:numPr><w:numId w:val=\"1\"/></w:numPr></w:pPr><w:r><w:rPr><w:b/></w:rPr><w:t>img</w:t></w:r><w:r><w:t>: Grayscale image (a matrix of values between 0 and 1)</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"ListParagraph\"/><w:numPr><w:numId w:val=\"1\"/></w:numPr></w:pPr><w:r><w:rPr><w:b/></w:rPr><w:t>chars</w:t></w:r><w:r><w:t>: Char array of valid ascii characters</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"ListParagraph\"/><w:numPr><w:numId w:val=\"1\"/></w:numPr></w:pPr><w:r><w:rPr><w:b/></w:rPr><w:t>bitmap</w:t></w:r><w:r><w:t>: Grayscale images of each valid ascii character (3d matrix with size Height x Width x N, and with values between 0 and 1)</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:rPr><w:b/></w:rPr><w:t>Output:</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:t>Bin the original image</w:t></w:r><w:r><w:t> </w:t></w:r><w:r><w:rPr><w:i/></w:rPr><w:t>img</w:t></w:r><w:r><w:t> into segments of size</w:t></w:r><w:r><w:t> </w:t></w:r><w:r><w:rPr><w:i/></w:rPr><w:t>Height x Width</w:t></w:r><w:r><w:t>, and find the best matching ascii character for each bin (minimizing the euclidean distance between each bin grayscale values and the matching character grayscale values).</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:t>Return the fitted ascii image: a matrix of characters in</w:t></w:r><w:r><w:t> </w:t></w:r><w:r><w:rPr><w:b/></w:rPr><w:t>chars</w:t></w:r><w:r><w:t> that, when displayed, approximates the image</w:t></w:r><w:r><w:t> </w:t></w:r><w:r><w:rPr><w:b/></w:rPr><w:t>img</w:t></w:r><w:r><w:t>.</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"code\"/></w:pPr><w:r><w:t><![CDATA[ _____ \n QQÊÊÊÊþ¿_ \n gÊÊÊÊÊÊÊÊÊþ \n qÊÊÊÊÊÊÊÑÑÊÊg_ ``\n _ÊÊÊþÎÊÊ ¾ºÜÑÑÑ&reg;½g `````\n gQQQQQØÊÊÊÑÊQQ¸ ¸»gÊÃ@Q&copy;ÑmM ``````\n _ØÊÊÊÊÊÊÊÊÊþ°ÑÊÊQ&copy;Ñ ÊÊÊÊÊQ____g ` ````\n _gÊÊÊÊÊÊÊÊÊÊÊÊQQQÊÊÊ ÎÊÊÊQÊþ¯¯¯¯ ````\n gØÊÊÊÊÊÊÊÊÊÊÊÊÊÊþÊÊÊÊÑ×,_ÎÊÎ¯ÊÊÊ ```\n _ØÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊQQÊQgÊÊ`¯° ¸QÊ `````;\n gÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊgÊÊÊÊþ_¿__gÊ¯ ` `;»»\n ÆÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊQQÊÊÊÊÊÊÊÊÊÊÊÊ_ ````»»\n ÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊØÊÊÊÊÊÊÊÊ_ÿ_ÑÊÊÃ ³³^ `»»\n ¯ÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑÊÊÑþ · ```»\n ÆÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑÊ ÊÑÊþ · ```»\n ÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ¯ÑÊÊÊÊ Êþ `;»\n gÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ qÊÃÊ ` QÊþ · :` ```\nQgQ¿¸ gÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ ÊÑ Ê ` qÑÑÊÿ · ;`` `:`\nÑÑÑÑ&copy;¸ ¸ qÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ¯ qÊÎ Î ¨ ÑÑîÑÊ¸ · »»¨² ` ¸¸¸¸¸\nQQQ¿ggQQÊQÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÃ »»qþþ Î » . ,¡Êþ_¿¿q»¿ jQ_` _QQÿgQ\nÑÑÑÑÑÑÑÑÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑÑÑÑÊQÑÊÑ_ÎÑQQQQjÊþþÊÑþQQÊÊÊÊg¿_ _g&copy;ÑÑÑÊÊÑÑ\nÑ»&copy;QQÿ&copy;&copy;QÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ°``¨qÊfQÊýÑQþ`&copy;ÑÜÑÑÊþÊÑQÊÑÑÑÑÑÊÑÑ&copy;&copy;ÑÑÑÑÑÊÊÊÊÊ\nÑ&copy;&copy;ÑÑÑ&copy;QÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÜÎ»¯ÊÑÑÿ.Ê ÎÎÑ»¯ÜÜÎÑÊþÎÎÎ²²²¨²¨²²»»»»ÎÎÎÎÎÎÎÑ\n&copy;`²Î¨ÎÎÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑ»»»qÊQÿ »Ê &copy;Q&copy;&copy;Ñ»²&copy;&copy;ÑÊþQQQQQQQQQQQQ&copy;&copy;&copy;&copy;&copy;&copy;&copy;&copy;QQ\n&copy;&copy;Q&copy;&copy;ÑÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ&copy;&copy;&copy;&copy;ÊÊÊ°QQÊ Q&copy;Q&copy;QQQ¿ÜÑÊþÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑ\n&copy;Ü&copy;&copy;^»²&copy;ÑÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑ¸¨¸QÊMÃ¿QQÑ Ñ»&copy;»&copy;Î»»Q¸ÜÊþQÑÑ&copy;&copy;ÑÑ&copy;&copy;&copy;&copy;ÜÑÑÑÑÑÑÑÑÑ\n&copy;»»»QQÑ&copy;Î»ÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ»»»ÎØÑ³;Ñ»&copy;&copy;»¸¨²²²&copy;&copy;Ñ&copy;Ñh¯Ê_&copy;»QQÑ&copy;ÑÑQÑQÑÑÑÑÑÑÑÑQ\n&copy;QQîQ&copy;»Q;»ÊÊÑÊÊÊÊÊÊÊÊÊÊÊÊÑQQ¿_ÊÃÊÜ&copy;QQÑQQQ&copy;Î^QÎÑQQQ&copy;ÑÊþ&copy;&copy;ÑÑ&copy;Ñ&copy;Ñ&copy;ÑÑÑÑQQQQQQ\nÑ&copy;ÜÑÎÎÜÎÎÜÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊQQÑÑQÊ½ÑÑÑÑQQQQ&copy;Q»ÎÎ»½&copy;¯Ñ¨²ÑÊQÎÎÜÑÑÑÑÑÑÑÑQÑÑÑÑÑÑ\nÑÑÜÑÑÑÑÑÎQÊÊÊÊÊÊÑÊÊÊÊÊÊÊÑÑÑÑÑÑÊ#Ñ&copy;ÑÑQQÑÑ&copy;&copy;&copy;Ñ»½&copy;&copy;&copy;&copy;&copy;QQÊÑ½ÑÑÑÑÑÑQÑÑÜÑQÑÑÑÑÑ\nÑQQÑQ&copy;Ñ&copy;&copy;ÑÊÊÊÊÊÊÑÊÑÊÊÊÊÑ½»ÑÑÑÎ ¯&copy;QQ&copy;Ñ&copy;&copy;ÿ&copy;&copy;ÑÑ&copy;ÿÑ½½ÑÑ½ÑÑq ýÿ&copy;QÑ&copy;Ñ&copy;ÑÑ&copy;&copy;ÑÑÑ&copy;Q\nÑÜj&copy;Q&copy;QÎQQÊÊÊÊÊÊ¿ÊÊÊÊÊÊÑ&copy;&copy;&copy;&copy;Q° »Q&copy;&copy;Î&copy;Q&copy;QQQ&copy;ÑÑÑQÎ&copy;ÑÑ&copy;Ñ&copy;ÑÀ`ÑÑÑÑÑÑ&copy;ÑÑÑÑÑÑÜQQ\nQQÑ3ÑQQÑÑQÊÊÊÊÊÑ2QÊÊÊÊÊþQQ&copy;&copy;Ê ¸ÑÑ&copy;&copy;&copy;Q&copy;ÑQÑQ&copy;ÑQÑÑ&copy;QÑÑÑQQÑÑ¿³ÑÑÑÑ&copy;ÑÑÑÑÑÑQÑQÑ\n&copy;ÑÑÑQÑQ&copy;ÑQÊÊÊÊÊQÿÑÊÊÑÑÊÊÑÑQÑÊ ÎQ&copy;ÑÑQÑÜÑÑQÑÑÜÑÑQQQÿQQÑ&copy;ÑQÑ¿ÎQQÿQQÑQÊÑÑQÑQÑ]]></w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:rPr><w:b/></w:rPr><w:t>note</w:t></w:r><w:r><w:t>: for an appropriate display the display font needs to be monospace. If a char image does not fit within the command window, you may try the following to display it on a figure:</w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"code\"/></w:pPr><w:r><w:t><![CDATA[ fontsize=6;\n figure;\n uicontrol('style','text','units','norm','position',[0,0,1,1],'string',str,...\n 'fontweight','bold','horizontalalignment','left','fontname','monospaced',...\n 'foregroundcolor','k','backgroundcolor','w','fontsize',fontsize);]]></w:t></w:r></w:p><w:p><w:pPr><w:pStyle w:val=\"text\"/></w:pPr><w:r><w:t>and edit the value</w:t></w:r><w:r><w:t> </w:t></w:r><w:r><w:rPr><w:i/></w:rPr><w:t>fontsize</w:t></w:r><w:r><w:t> so that the image fits within the figure.</w:t></w:r></w:p></w:body></w:document>"},{"partUri":"/matlab/output.xml","contentType":"text/xml","content":"<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\" ?><embeddedOutputs><metaData><evaluationState>manual</evaluationState><layoutState>code</layoutState><outputStatus>ready</outputStatus></metaData><outputArray type=\"array\"/><regionArray type=\"array\"/></embeddedOutputs>"},{"partUri":"/media/image1.JPEG","contentType":"image/JPEG","content":"data:image/JPEG;base64,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"}]}

Convert a grayscale image to ASCII<img src="http://www.alfnie.com/software/cameraman.jpg">Inputs:<ul><li>img: Grayscale image (a matrix of values between 0 and 1)</li><li>chars: Char array of valid ascii characters</li><li>bitmap: Grayscale images of each valid ascii character (3d matrix with size Height x Width x N, and with values between 0 and 1)</li></ul>Output:Bin the original image img into segments of size Height x Width, and find the best matching ascii character for each bin (minimizing the euclidean distance between each bin grayscale values and the matching character grayscale values).Return the fitted ascii image: a matrix of characters in chars that, when displayed, approximates the image img.<pre> _____ 
 QQÊÊÊÊþ¿_ 
 gÊÊÊÊÊÊÊÊÊþ 
 qÊÊÊÊÊÊÊÑÑÊÊg_ ``
 _ÊÊÊþÎÊÊ ¾ºÜÑÑÑ®½g `````
 gQQQQQØÊÊÊÑÊQQ¸ ¸»gÊÃ@Q©ÑmM ``````
 _ØÊÊÊÊÊÊÊÊÊþ°ÑÊÊQ©Ñ ÊÊÊÊÊQ____g ` ````
 _gÊÊÊÊÊÊÊÊÊÊÊÊQQQÊÊÊ ÎÊÊÊQÊþ¯¯¯¯ ````
 gØÊÊÊÊÊÊÊÊÊÊÊÊÊÊþÊÊÊÊÑ×,_ÎÊÎ¯ÊÊÊ ```
 _ØÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊQQÊQgÊÊ`¯° ¸QÊ `````;
 gÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊgÊÊÊÊþ_¿__gÊ¯ ` `;»»
 ÆÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊQQÊÊÊÊÊÊÊÊÊÊÊÊ_ ````»»
 ÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊØÊÊÊÊÊÊÊÊ_ÿ_ÑÊÊÃ ³³^ `»»
 ¯ÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑÊÊÑþ · ```»
 ÆÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑÊ ÊÑÊþ · ```»
 ÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ¯ÑÊÊÊÊ Êþ `;»
 gÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ qÊÃÊ ` QÊþ · :` ```
QgQ¿¸ gÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ ÊÑ Ê ` qÑÑÊÿ · ;`` `:`
ÑÑÑÑ©¸ ¸ qÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ¯ qÊÎ Î ¨ ÑÑîÑÊ¸ · »»¨² ` ¸¸¸¸¸
QQQ¿ggQQÊQÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÃ »»qþþ Î » . ,¡Êþ_¿¿q»¿ jQ_` _QQÿgQ
ÑÑÑÑÑÑÑÑÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑÑÑÑÊQÑÊÑ_ÎÑQQQQjÊþþÊÑþQQÊÊÊÊg¿_ _g©ÑÑÑÊÊÑÑ
Ñ»©QQÿ©©QÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ°``¨qÊfQÊýÑQþ`©ÑÜÑÑÊþÊÑQÊÑÑÑÑÑÊÑÑ©©ÑÑÑÑÑÊÊÊÊÊ
Ñ©©ÑÑÑ©QÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÜÎ»¯ÊÑÑÿ.Ê ÎÎÑ»¯ÜÜÎÑÊþÎÎÎ²²²¨²¨²²»»»»ÎÎÎÎÎÎÎÑ
©`²Î¨ÎÎÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑ»»»qÊQÿ »Ê ©Q©©Ñ»²©©ÑÊþQQQQQQQQQQQQ©©©©©©©©QQ
©©Q©©ÑÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ©©©©ÊÊÊ°QQÊ Q©Q©QQQ¿ÜÑÊþÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑÑ
©Ü©©^»²©ÑÑÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÑ¸¨¸QÊMÃ¿QQÑ Ñ»©»©Î»»Q¸ÜÊþQÑÑ©©ÑÑ©©©©ÜÑÑÑÑÑÑÑÑÑ
©»»»QQÑ©Î»ÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊ»»»ÎØÑ³;Ñ»©©»¸¨²²²©©Ñ©Ñh¯Ê_©»QQÑ©ÑÑQÑQÑÑÑÑÑÑÑÑQ
©QQîQ©»Q;»ÊÊÑÊÊÊÊÊÊÊÊÊÊÊÊÑQQ¿_ÊÃÊÜ©QQÑQQQ©Î^QÎÑQQQ©ÑÊþ©©ÑÑ©Ñ©Ñ©ÑÑÑÑQQQQQQ
Ñ©ÜÑÎÎÜÎÎÜÊÊÊÊÊÊÊÊÊÊÊÊÊÊÊQQÑÑQÊ½ÑÑÑÑQQQQ©Q»ÎÎ»½©¯Ñ¨²ÑÊQÎÎÜÑÑÑÑÑÑÑÑQÑÑÑÑÑÑ
ÑÑÜÑÑÑÑÑÎQÊÊÊÊÊÊÑÊÊÊÊÊÊÊÑÑÑÑÑÑÊ#Ñ©ÑÑQQÑÑ©©©Ñ»½©©©©©QQÊÑ½ÑÑÑÑÑÑQÑÑÜÑQÑÑÑÑÑ
ÑQQÑQ©Ñ©©ÑÊÊÊÊÊÊÑÊÑÊÊÊÊÑ½»ÑÑÑÎ ¯©QQ©Ñ©©ÿ©©ÑÑ©ÿÑ½½ÑÑ½ÑÑq ýÿ©QÑ©Ñ©ÑÑ©©ÑÑÑ©Q
ÑÜj©Q©QÎQQÊÊÊÊÊÊ¿ÊÊÊÊÊÊÑ©©©©Q° »Q©©Î©Q©QQQ©ÑÑÑQÎ©ÑÑ©Ñ©ÑÀ`ÑÑÑÑÑÑ©ÑÑÑÑÑÑÜQQ
QQÑ3ÑQQÑÑQÊÊÊÊÊÑ2QÊÊÊÊÊþQQ©©Ê ¸ÑÑ©©©Q©ÑQÑQ©ÑQÑÑ©QÑÑÑQQÑÑ¿³ÑÑÑÑ©ÑÑÑÑÑÑQÑQÑ
©ÑÑÑQÑQ©ÑQÊÊÊÊÊQÿÑÊÊÑÑÊÊÑÑQÑÊ ÎQ©ÑÑQÑÜÑÑQÑÑÜÑÑQQQÿQQÑ©ÑQÑ¿ÎQQÿQQÑQÊÑÑQÑQÑ</pre>note: for an appropriate display the display font needs to be monospace. If a char image does not fit within the command window, you may try the following to display it on a figure:<pre> fontsize=6;
 figure;
 uicontrol('style','text','units','norm','position',[0,0,1,1],'string',str,...
 'fontweight','bold','horizontalalignment','left','fontname','monospaced',...
 'foregroundcolor','k','backgroundcolor','w','fontsize',fontsize);</pre>and edit the value fontsize so that the image fits within the figure.

Solve

Solution Stats

26 Solutions
9 Solvers

Last Solution submitted on Sep 17, 2020

Last 200 Solutions

Problem Comments

Problem Recent Solvers9

Problem Tags

art ascii image processing

Community Treasure Hunt

Find the treasures in MATLAB Central and discover how the community can help you!

Start Hunting!

Problem 1199. ASCII art

Solution Stats

Last 200 Solutions

Problem Comments

Problem Recent Solvers9

Suggested Problems

More from this Author38

Problem Tags

Community Treasure Hunt

Problem 1199. ASCII art

Solution Stats

Last 200 Solutions

Problem Comments

Problem Recent Solvers9

Suggested Problems

More from this Author38

Problem Tags

Community Treasure Hunt

Players