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Hi. I don't have a deep understanding of all this, so please bear with me.
I am working hobby project with the ornate handwriting of a medieval manuscript. The manuscript is in Latin. There are no letter "j"s (i is used), no "k"s (didn't exist), no "v"s (u is used), no "w"s (didn't exist), and very few "y"s.
Would MC-GAN be capable of doing either of the following tasks?
Produce the letters that don't exist based on the letters that do.
Produce multiple, unique instances of letters that are few in number. (The letters that exist in abundance slightly vary from one to the next, because this is handwriting. So an "e", for example, looks slightly different every time. I'm asking if MC-GAN could create more "y"s, for example, with each one slightly varying from the others, yet plausibly the product of the original scribe.)
Thank you!
The text was updated successfully, but these errors were encountered:
Hi. I don't have a deep understanding of all this, so please bear with me.
I am working hobby project with the ornate handwriting of a medieval manuscript. The manuscript is in Latin. There are no letter "j"s (i is used), no "k"s (didn't exist), no "v"s (u is used), no "w"s (didn't exist), and very few "y"s.
Would MC-GAN be capable of doing either of the following tasks?
Produce the letters that don't exist based on the letters that do.
Produce multiple, unique instances of letters that are few in number. (The letters that exist in abundance slightly vary from one to the next, because this is handwriting. So an "e", for example, looks slightly different every time. I'm asking if MC-GAN could create more "y"s, for example, with each one slightly varying from the others, yet plausibly the product of the original scribe.)
Thank you!
The text was updated successfully, but these errors were encountered: