Wolfram Function Repository

Instant-use add-on functions for the Wolfram Language

Function Repository Resource:

 MicroprintImage

Source Notebook

Microprint text onto an image

Contributed by: Michael Sollami

ResourceFunction["MicroprintImage"][image,str]

creates a new image by microprinting the string str at the top left of image.

ResourceFunction["MicroprintImage"][image,str,pos]

creates a new image by microprinting the string str into the given image at position pos.

Details and Options

The position should be given as integers {x,y} running from {1,1} up to {width,height} for the given image.
The position may also be specified by {specx,specy} where specx ∈{Left,Right} and specy∈{Bottom,Top}
ResourceFunction["MicroprintImage"] uses custom 5×3 and 5×5 bit-maps for number and english letter characters
ResourceFunction["MicroprintImage"] takes the following options:
"Opacity"1.0the opacity of the microprinted text
"Padding"{0,0}the amount of pixels to pad from the image boundary

Examples

Basic Examples (4) 

Microprint strings onto grayscale images:

In[1]:=
Image[ResourceFunction["MicroprintImage"][Image[ NumericArray[CompressedData[" 1:eJwVlGlQFAQYhhc2l1MUuRdEFxVhF1ZgPVCEB0LBNUBYiBthVXaVGyFOObxI xRwrtVAiG00jzTyYRXMCTJICzExiNDA1rzSIJAy0lNYf7zvzzfvnmXlmPsmq XJXGUCAQFBjrS6UuDlq/Xl0aLXp1pKuzFD5Zr0ZTfZz1edaYi1tbBGdTMhm/ OxGHqgkcbJBxaEiMNkzL8vEcqis96X43jAcb3TE7borNiIYlg96Muhjwoj2A 1y5lIFRa0+bmw9jWUPYH+PGxtxKJkSvbLiRytSKUSztVbBwJ4MTV2Vzu8cJT J0OscCBWMhnqCngjdw7Xdk1htX8qR7sl+C5UIgtw4J1Oe1SFUtb0i2mUz+L0 sDdKpRyNbhYHe2XUnrUlq30ee6cbMWxVRMtmERfGJXTviiTmaQSHT+QhKVXS 3CpjYu8CXqQ7su92CdkkInRMJfR2DClyY8IXB8K9mewTxNAeksyW4bloTOZw 4zNn2gPyyCv244tSBwLtQrDe78Tjo4FoOzJQD0k5H+TLzxa+GOgiSV5oQKnG nYiP4tEcW8d9aw0h81w59DCQ1N+T2O0hRFJSSJftLJw0gYw0JVBcb8LaTdlc r1YzNDmTilEbdImOhPcGEqsnzQrfQEKaFVEWCsS/hVD3rZj6W7YUj83n7h4P 3m8u4FyNP7WfLqa/wpv4OEtOdYHzB3Y4pVjy0i+ckoE4Ni01oWvHarZY+NMy 2RjPmyrunxbSeNOF7SetsB6fwuCADV79iTw56cqYxongvmJMHWU0SaPR3srH VJSOfLsrT8VGmLjkMbzZk8NJq7i31xqH7ydgPJRDuT2ceT2F6a0e7O7z56WZ OZHCpdwq0fNWeqBujeLzFZZcLwpCIvWhL9uAwZvziB5N4av69TxrKEcw6sKS 6Bl8E7COHp2K0X+MOJ6fzrYVG7BrERInUtEW4oyVKIPOkSSaGhzJLJmE849a Ws/F0TG3kJi1wTSfjyfzgSczUhxYXisl/+ISDMWLkCsEXA5eifmpVPxytNR0 p1MdY01VnSkJBxQ83mFOl0cWX5YKsf61ktl6nlqdF0tbQmkvN6MgoYrD0qkM dq3lzpvJ9LgYIvzBALM0N7x/cSInMBlF0VQWS/U+5UXoBFEcu7OIuKpl/JEW RHxyBHvsnMlJyyd9ayxJak9u/FvCGStfmj/MpHbAAo/GJOqvvMV7caZEhUax VTONSx7ZZMRrWDZtEnsu27N8VMrKKxLKYiLo6ApiTkUuU4+K8O7QEucWzcon UhqmVRCmLuOv7+zozE+g6YmIvgNr0E6fiW1bGc/HDPFVZnCszIuWi2Ja3xbx KEuOzE6Ju/kCfGRpes+JVIbE8neNnP+GLFl3YiGPVSbMf2TAT0dWcGWullN/ +nIhbBkDtvb0GVbw9ZiA3iN2+k1I9nELGlQKchQ+PK3T/5h7fuyssaFndwht 6WV0FuawOtge00/0fiNdKNHY0F/qTva1MOqfl1NQXkXQwwn8D73Hzzw= "],"Real32"], "Real32", ColorSpace -> "Grayscale", Interleaving -> None], "1234", "Opacity" -> 1], ImageSize -> Medium]
Out[1]=

Microprint strings onto color imaged at a specific pixel position:

In[2]:=
Image[ResourceFunction["MicroprintImage"][Image[ NumericArray[CompressedData[" 1:eJwVlmdUFdYSRgHxculeAelNeu9FipsmHaQ3AamX3pEqYCLqs/dewRY1loi9 I6KxREWNDTUoSlTsz0Sjeebd/Jiz5qx1/pyZ79szxjkVcWIZKSmpGqHkiMuu 96+uzm6MF/x7yc8udXEuHSFJFSRhIIl/80OyFey5HsKbMWqY7BFg+SoO72EB LnWGpCmocSTHhAnXbAjudGJY24MXG1KxvlbLzCIxN/dmkbjSgaUrqhg6FU5h rRnnamK5/osB1xR8+E0k4LlmFpfygtgdpkOfjzR/+afQfiyLKx7efGqOoPXw eC4/Nic+KZ/rJ52YM1jGDn1tBmwLWNwdwauAOsTl9mx4nkFuqisbL+vxPimN E0n6mLpE0udswg830uh47UPiagUuROiifCEQ50JlKlXMUVjQyowkLUxuWrLl d11kT2Th4BdOSpuI+JQGEn8MZq5XGO6l4bgfsGGZXQZbr44g+mESZ2UN2Xwk m6BFLfzqI4aaXAz6pKkNrCawzoC1CrI4zIzE1lqRkWG5VI4swXWeIe+7pNlh JeDasknckxLwYqUfAy/skKuRZWyPMZef2nN+uzGuA6ns90nGsLuEgpQMMttd KT3rz7vqTD58zsHmz2rylviwr66FjSP1CQms4k2HJW8nCLirYkjdd/qc+F8q pUtNKP9BmeSSAkR/mbM20JLXy624HWLFRjdHvDImEuOZjfYzI4qOuqP6OIDH TKFrWSsra6di1BWA7dN6xOdaJf/TprpURPVV8P6qRP9YD3ruV9Mj08KDa1I8 GWrlhLM2fT+Z82xyAfOlmggWqjKlW42vqwQs9w5D1kiFC1lizv7swrchN2Yo 5XNxqhw9PRlI/yLHTEn/Tw+Pw3xkFYPjyrETWOJ01JpqC2k84sUs2KiFS5IG 9/aas6sskPt2DWRrupC/tIFFUnJ0bjPDz8WM34o02Hpelvvb7clboM3Km2kU f+/GcvlSzujpM1nGCzNfIbUmtbQHerHfUAEPHzVyZSbSmSmDxQ8jkLmhiurs PK6mpmDRbsinxgSmHBSj7eeFkjCVsko/nt7U5NuRCDJcZHE5H4+4yhqVgzoM JDrTfN6f3j/qMdFTpf1KOJtE44nWV+O3nFgUr5cwYJfChWER/52uwBWFsahe dOTWQlmeXHND2d+PqXsNaRoyZpyMDLbq7oxYEEpsbx3N+xU45a5AyKVyevVq SAvwYp53KtMuJ7D06HhO1/uxT8mDVj1Fxm4YzVcrC9JUJzK1UBq1F07cCWth 4JwVqhWyRPVHMVdxDJ52FjSvy2H1+Do+Klaye6sMw2/b4Fgz6rdGE9MSRKK9 D7s+a3PgUBp7LdrY2hHFYlUZNstVIuyoRvpSCTK6IgZz5ahL0aTTbQI2M3RZ 2dvGmd5kSX1kSaisY75LBMc7dCQe82HRHA36jApJPZxFhboMoqFS3gzZ0BMj T9DqKQypm6B63YMLpRUofufEj1OD+Dg2ntrZ+YyaFYRrSyRdQ/Ycdq5GTm4k Ue+MKJgvINswGJnZhrye50yxhwXXBJVUaVkRPTwaWa0wjkQbMP7jeNzmJ/A5 I47TBlMpu2yMn9so3sVak5WeiPi5J30tKlju0mPbmgaOttug9LaB47KenHxZ QfdmSe1WJ6PkYEzoKR2itlXinmDKt+0GNM/MxUzCg1vhU3noFICrsiVNNi3s G6/HxBOJDH4y5mHsKKTXhjAQXIHFETFlQhPEUtJoLpTU87YysTN8sDkfQovE L4IcHzSaIrnV6MQFj1C++5ZAk2EEyZ8lvJRxYsueSl48jGTrakkfCqB9kSW/ DrtxNKQRr2MtJBcKKbpTRJKTNysiIti2J53bORJOD8SwaVAW4WwxFTMKmBSf Rc9ie5JfTkF3TxSBO8XY3hYjnSbN2VlSnAodT8GEMOwmmJGwvBpBohsZjzIo n6/JGUE5l7RDGT7ig2mtCOH/glivqcCuW56Ivlmw6HYYPSq+zGksR7wtHtnL qRjKV+CYbE1jpYRxi8K4ZpjDqcEIFmx1x+txC44GuXj1R+Kg1kKSykTiS/04 d6ACtTxvqrudWTk9AV+bKPJWmnJ2pDZqqtYcy60ipcmSNvtIVIOjOB3pxpLL uih1lHO615Mt3yajbJzC/TDQ+MMVB5Eu7x0KsXrtysV70fz+NB/PIBmUNyXw 5JyYLAmHYmfFoZUlhXzPCG5IVdCbkoDfHH1eDAUSNVzB1TItFB/Zod/pTcI4 dVy6xMjf9eTXAkk9M0F/VQzrArV4FmLAiu4cLj2bTH98Gfve2qI/qoRxls0o pyWiProYt9QSJjYYESQXypPPchibi/k8dQrHJXo3bnHA/aYn/1hH8Twomcpp BTxKK0SQpoLuMyEVGpMRfm6kSt6FVx+syDzUxPG+WL6aG7BxUy1rhbZs81Xm UogOG+Qi8e0YR9xuIf52Gpg9LGCNxNuHNK1Z8FiXsRkT+OhsRPdeT5qGizm0 Sg+3v0W8mw9Zs23ZImygQL6ZZ40TaB+jgbpLMQVOmZQsjGXDUg2O3VFG0zuW o171dNe1sqyzjhtPWnlcZ8TOXyJR7nBmxVJ7Ejxq2XTIkqeZmSzLNWawwRvH JY3UringZWAaRX8k8vNFefoM83jRV8pJyXwcXNfGl+46Nks0WSLR1Z0cK/If WHHMIBbt2mxOpTfjN96MznVC3G6bUX0/mMmLy9mdMIpCj9GUz4vGssuD42Xj EaYn0zTFCc/iCJwDIvl+uQ6HHF1Yn9bEqVU+3NqvTtTkOr6EV/H7bwJyPpaR ViRhnKsax2ZUUjeohMpteVo1G3FNjiFIYIW/cxCjthTjm5LPp6vKPNKsZmC9 kMx5ZvgbKnLDXIPtD9Q4sDYalU5bCSvbaHuoRc2kRKYXGzF/RTkX/BTpTpfM uZVOlG3LIjAplHsmQbwxMKDMLZ7zGTa0P9HBz8uWxJcFXFgvR/50a4Lb1LC/ lc6ZR2IGVjuyJ0ub8D0yNK1pIU0tmCaTsXQWRlH5RcTXFQkIAux50jpJgnot RgVHYl1jwXtjS3RG2DDwKJsY+QlYCKIYKz2Om8lTyNeL4eLcYJSzREgfsGBY T5tpGRWo25cSNNmXvLBUHt5vROFVKf79FhxfmciuYjVmH9TGTH8MIVfysfNp ZmFTFJ3hEkbXt6L3TpuTStE8eCrR/dYJOO4oYl1oOaJ9xuRI9rraR2aEfCtC 3KbL+p/S+U+GDG9MWznv4E7HGDvur7Nnv74tq7tdmKQvhYZELws3mzLjuQ4P jhlQqlOBcYGA1TVthGxqRPaGIxMPO9PxoyfS58N4UTMKlfNKzPrdFbNV6cju 8+XL4ngc/A3YkaDBjb5mWt9WsOR4DnMfVVGvnsLD48G811Xm8Okc0rq8qTRX xFc+HvW3ydgpeiJvH8HZYjMsfxKy5C8R5k1iFptU8+Mfqtg7BVNSLERVOoTC zHxkNXK5sqKBO+v8ceoN4uj1UUxKi5HsO+mEZDvw5nMtKyplWbLGlfjCOAaW hXLpYjSdg1o8vjuS6Ze0mPRPExcPRtP/vT9PcvNJ+sWO+PpQibaMWPNdOvXz 6pnda8OCVQm8KzZF+VU+Q+vGcmzAmbsxtThVOvNmVigf5ntxFB9Stot5Ue1A /jZFqjSUaZqrzhdTHfR8Ysi+7IGCdRtWOXbcEXph5ZFI3kVTdkreRWiG49yf zadl5cTZVLDzgCnis2b886cJ/5FJ5URHBgmiTELiMvnaVsTS3SUUv2ji0Z9x FFxx4e+OeE49C+WjQxNG4ZWoeGVTdE8yIxVGYtgTzuFZ1jQcz0ZnfRkKf0eg 899KnuqHcfDn0QxNq0I+J5ixXQ58W1vC6yiJ7pPC8emJo2ZZEbYPq/Hp8mJc VQo1OrFoKKfzU6cbFtMDuN6RSfmcBES2AVzQDqBNqoHnS6NRNVRHVTL/QiyE 2P1Qg+CTHF3+rszMzeX9p9G8VGkiSGTC3HFVfHrSjFfgSMKG/Zm+pJidO+2Y jB9LLCV+m53A96tG4CjxVOUMG6pGubAjUQPlv3358LgN5Rwt0jR9Gfe3Dv3T i2jvcmXhQClq/0hjc7eB/kFH5mYX0rt3NN3yhdjoVnOywgVhvwaXF8Qya5kG igGuiD+4s0bSw9ZVEzkrCiL+Wj3uba1EnPFEykcPhcRc3BREZDi50D+rBAOT kcx4o8+iw4n0zYxmmqELKvE23P6rBO2qRO5m5JH1OYL/AzHgPQ8= "],"Real32"], "Real32", ColorSpace -> "RGB", Interleaving -> True], "123456", {2, 2}], ImageSize -> Medium]
Out[2]=

Microprint text onto an image at a certain location with padding:

In[3]:=
(* Evaluate this cell to get the example input *) CloudGet["https://www.wolframcloud.com/obj/fd7ec9b6-f40a-4e46-a395-2a6f8e099d0f"]
Out[4]=

Microprint text onto an image using a positional specification:

In[5]:=
mess = StringJoin[ToString /@ RandomInteger[9, {10}]]; img = ResourceFunction["MicroprintImage"][ ResourceFunction["RandomPhoto"][500], mess, {Bottom, Right}]; Manipulate[ Image[ImageTake[img, {-zoom, -1}, {-zoom, -1}], ImageSize -> 300], {{zoom, 500}, 500, 40, -1}]
Out[7]=

Options (1) 

Play with the two supported options:

In[8]:=
(* Evaluate this cell to get the example input *) CloudGet["https://www.wolframcloud.com/obj/2bacaf70-586f-4035-b290-2e70406aafc5"]
Out[8]=

Possible Issues (1) 

Unrecognized characters are represented by question marks:

In[9]:=
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Out[9]=

Publisher

Michael Sollami

Version History

  • 1.0.0 – 03 April 2020

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