I am trying to create a simple animation which includes face of a famous character. For example Santa Clause. The face and the lips of the character will act according to the given input message. For example if a string is inputed then the lips of the character will be opened and closed till the end of the string while the given input message is vocalized using a text to speech converter. Moreover if the " :) " is used the character in the animation will smile. How could I do this? I was told that I can create this type of animations using "smill". But this is not convenient for the other purposes therefore I need to use a different method. Could you give me any suggestions?
Not totally sure about if you need only to convert an avi or the like video file to 3gp format, or wish something that involves quite more. If it is the first case, you can try the following free converter :
http://www.videohelp.com/tools/3GP_Converter
Related
When using the Windows-Machine-Learning library, the input and output to the onnx models is often either TensorFloat or ImageFeatureValue format.
My question: What is the difference between these? It seems like I am able to change the form of the input in the automatically created model.cs file after onnx import (for body pose detection) from TensorFloat to ImageFeatureValue and the code still runs. This makes it e.g. easier to work with videoframes, since I can then create my input via ImageFeatureValue.CreateFromVideoFrame(frame).
Is there a reason why this might lead to problems and what are the differences between these when using videoframes as input, I don't see it from the documentation? Or why does the model.cs script create a TensorFloat instead of an ImageFeatureValue in the first place anyway if the input is a videoframe?
Found the answer here.
If Windows ML does not support your model's color format or pixel range, then you can implement conversions and tensorization. You'll create an NCHW four-dimensional tensor for 32-bit floats for your input value. See the Custom Tensorization Sample for an example of how to do this.
I am using BarTender to design a set of labels to print to ZPL printers. One of my requirements is for a Royal Mail Mailmark label which uses the CMDM Barcode.
We output to file using alias values in the label fields.
We then run an application which swaps out the alias values and replaces them with the database values we actually want to print.
The issue is when I open label designs previously used to create the template files, the output (which previously was in simple text form) has now been outputted into a DGR....GRF format. (Please see below)
Unfortunately the CMDM barcode on BarTender is designed so that I can't just use an alias. That is my understanding anyway.
^FT407,1137
^A0B,28,34^FD*ship_to_zip^FS
^FT659,1148
^A0B,25,31^FDOur Reference ^FS
^FT564,1148
^A0B,25,28^FDCustomer Reference^FS
^FT595,1148
^A0B,25,28^FD*po_nbr^FS
^FT697,1148
^A0B,25,28^FD*distro_nbr^FS
^FO553,300
^BY2^BCB,124,N,N^FD>:*carton_nbr^FS
^FO28,72
^XGR:SSGFX000.GRF,1,1^FS
^ISR:SS_TEMP.GRF,N^XZ
~DGR:SSGFX001.GRF,1352,13,:Z64:eJydk9ERBCEMQtMB/XdJBxzE3D93ruP6nDHBoMDvjYBEDoZqYeSF8TiCSqC7vD2IEvK5Z3cNTkRqZ2phnM4zKyZbSIic0YprcIAMLrpqUHQSV8UOUo/dij1dBTGXCaT1oAIrdEp6Kbeig/jlCCZNC7H3Sk6U4ADMEV3+TdrAXoxLjRL4HoUjjFqIOM+2/i2k7PEY++/A+fTd2cKz+ElVCTN7XVdqC/b1pK4FFeRlnNT3agv4p30AH1GDtw==:D4A2
^XA
^ILR:SS_TEMP.GRF^FS
^FO242,308
^XGR:SSGFX001.GRF,1,1^FS
^PQ1,0,1,Y
^XZ
Has anyone come across this problem or know of a ZPL command I can use for this type of Barcode?
The main issue is Royal Mail want the Latch to C40 at the beginning of the barcode. When I print a standard 2D DataMatrix barcode, this latch to C40 code appears in the middle of the code.
Just need to know if I can move it to the beginning of the code.
Thanks
The ZPL datamatrix command does not support manually encoding the code words, which is what you need to force a latch to C40. But you can use BarTender to get around this. (I am not associated with Seagull Scientific, but my clients often use it.)
Instead of programmatically modifying the BT format file directly, you should be generating a data file that provides the field data for the label. BarTender calls this "data file integration".
See this video for more information: https://support.seagullscientific.com/hc/en-us/articles/227353867-Print-Document-Using-a-Data-File-Integration-Video-6-31-
I already did a lot of research and realized that clear information about "How to generate PDF/A-1a" or "...convert to PDF/A-1a" is really rare. I found some information to convert to PDF/A-1a via GhostScript, but I didn't make it to get it working. So, maybe there are some necessary conditions for the data missing in the first place. Conditions like propper metadata of the PDF, structured data for readability by a screen reader, alternative text for pictures, and a declaration of the given language of the text. I need a proper working GhostScript command with the corresponding gs version and the mandatory file conditions to generate or even convert to PDF/A-1a. PDF/A-1b means nothing to me because I'm already able to convert to that.
Thanks for any help.
First Question: Say I have a random Base64 encoded string. Is it possible to read each character on the string and convert each character to a frequency/sound and then same the string as a sound?
Second Question: Is it possible to do the opposite? How would I take a sound that was created above and convert back to a base64 string?
If someone clicked no the audio encrypted file it would just be noise.
Yes, it's possible and actually being used, for example here: http://arstechnica.com/tech-policy/2015/11/beware-of-ads-that-use-inaudible-sound-to-link-your-phone-tv-tablet-and-pc/
A Perl script for this is beyond a single answer, but there are many Sound-related modules on CPAN: http://search.cpan.org/search?query=sound&mode=all You'll probably need some time for research, but it should be more or less easy to build.
I'm trying to achieve something along the lines of:
Water = H^2O
Is this possible in Processing 2.2?
There are a couple options. If you only want a few simple super/subscripts, you might as well just use unicode:
String s = "H\u2082O";
text(s,10,20);
Where \u2082 is unicode for the ₂ character. If you want more advanced control, you could use this code from the processing forum, which can super/subscript whatever you want, rather than hardcoding the characters. The code is too big to copy here, but you should be able to include the SuperSubText class in your sketch and then use formatting strings like H<sub>2</sub>O in your code.