How to generate BFM_UV.mat? #10
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I'm confusing about the same problem! Is any code doing "the Tutte embedding with conformal Laplacian weights for UV graph"? |
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you use this for what?
…---Original---
From: "vitahsu"<notifications@github.com>
Date: Tue, Oct 29, 2019 19:38 PM
To: "anilbas/3DMMasSTN"<3DMMasSTN@noreply.github.com>;
Cc: "Comment"<comment@noreply.github.com>;"reverseSystem"<892379162@qq.com>;
Subject: Re: [anilbas/3DMMasSTN] How to generate BFM_UV.mat? (#10)
I'm confusing about the same problem! Is any code doing "the Tutte embedding with conformal Laplacian weights for UV graph"?
Thanks!
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I want to know how to generate BFM_UV.mat. I found the description from paper, but I cannot find the much more details such like math or code. I want to how can I parameter my own UV coordinate. |
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sorry，I don't know how to generate it now. maybe you can follow the 2.3 output grid of the paper. and try to modify some code of the 3DMMasSTN
…---Original---
From: "vitahsu"<notifications@github.com>
Date: Wed, Oct 30, 2019 09:25 AM
To: "anilbas/3DMMasSTN"<3DMMasSTN@noreply.github.com>;
Cc: "Comment"<comment@noreply.github.com>;"reverseSystem"<892379162@qq.com>;
Subject: Re: [anilbas/3DMMasSTN] How to generate BFM_UV.mat? (#10)
you use this for what?
…
I want to know how to generate BFM_UV.mat. I found the description from paper, but I cannot find the much more details such like math or code. I want to how can I parameter my own UV coordinate.
Thanks!
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Got it! Thanks for your reply. I will try my best to modify it! If someone see the same problem here and have some idea, please let me know, we can discuss together! |
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you are welcome. when the problem solved，@me please. I think i will study it soon after. we can comminute it together. it's a funny job.
wish you good luck.
…---Original---
From: "vitahsu"<notifications@github.com>
Date: Wed, Oct 30, 2019 12:46 PM
To: "anilbas/3DMMasSTN"<3DMMasSTN@noreply.github.com>;
Cc: "Comment"<comment@noreply.github.com>;"reverseSystem"<892379162@qq.com>;
Subject: Re: [anilbas/3DMMasSTN] How to generate BFM_UV.mat? (#10)
sorry，I don't know how to generate it now. maybe you can follow the 2.3 output grid of the paper. and try to modify some code of the 3DMMasSTN
…
---Original--- From: "vitahsu"<notifications@github.com> Date: Wed, Oct 30, 2019 09:25 AM To: "anilbas/3DMMasSTN"<3DMMasSTN@noreply.github.com>; Cc: "Comment"<comment@noreply.github.com>;"reverseSystem"<892379162@qq.com>; Subject: Re: [anilbas/3DMMasSTN] How to generate BFM_UV.mat? (#10) you use this for what? … I want to know how to generate BFM_UV.mat. I found the description from paper, but I cannot find the much more details such like math or code. I want to how can I parameter my own UV coordinate. Thanks! — You are receiving this because you commented. Reply to this email directly, view it on GitHub, or unsubscribe.
Got it! Thanks for your reply. I will try my best to modify it! If someone see the same problem here and have some idea, please let me know, we can discuss together!
Thanks!
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Hi, I'm trying to write a PyTorch port of this. Can anyone help me with the code for creation of |
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BFM_UV. mat是一个3d to 2d 平面映射文件，在3dmmSTN作者花了一个章节专门讲了他是怎么用computer grapics方法怎么来映射的(2.3. Sampling 的Output grid章节)，里面提到了他其实是用tutted embedding的方法搞出来的3d曲面到2d平面的映射，这个方法，有个哈弗教授写了一个matlab包，你可以试试看，你就明白了。我也试过，但是没办法想作者那么左右对称
…---Original---
From: "Suvojit Manna"<notifications@github.com>
Date: Thu, Nov 14, 2019 16:54 PM
To: "anilbas/3DMMasSTN"<3DMMasSTN@noreply.github.com>;
Cc: "Comment"<comment@noreply.github.com>;"reverseSystem"<892379162@qq.com>;
Subject: Re: [anilbas/3DMMasSTN] How to generate BFM_UV.mat? (#10)
Hi, I'm trying to write a PyTorch port of this. Can anyone help me with the code for creation of BFM_UV.mat and prepareExpressionsBFM.m ?
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@ReverseSystem001 可以請問那個matlab包連結嗎？謝謝！另外，您有試過別的映射方法嗎？ |
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you can search "tutted embedding" on the github. then you will find it. besides 并木有试过其他映射方法。 892379162 邮箱：892379162@qq.com 签名由 网易邮箱大师 定制 On 11/14/2019 23:21, vitahsu wrote: @ReverseSystem001 可以請問那個matlab包連結嗎？謝謝！另外，您有試過別的映射方法嗎？ — You are receiving this because you were mentioned. Reply to this email directly, view it on GitHub, or unsubscribe.
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I have read your paper but I don't understand ‘ computing the Tutte embedding with conformal Laplacian weights for UV graph' that you mentioned in your paper .Could you kindly share the code ? Or just give me some advice about it ?And I try to use matlab's Toolbox Graph,but my result is very different from yous
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