network profile
| bio | website | cosplay.dk |
|---|---|---|
| location | Denmark | |
| age | 27 | |
| visits | member for | 2 years, 8 months |
| seen | Oct 31 '12 at 3:57 | |
| stats | profile views | 43 |
Hello there
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Oct 30 |
awarded | Supporter |
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Oct 30 |
revised |
Reverse rotation matrix deleted 455 characters in body |
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Oct 30 |
comment |
Reverse rotation matrix Rahul Narain That was the problem, plus i should use cosd instead of cos, can you write something as an anwser so you can get the bounty? :D |
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Oct 30 |
revised |
Reverse rotation matrix added 1550 characters in body |
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Oct 30 |
comment |
Reverse rotation matrix This seems to be what i am looking for, but i just can't get it to work correctly, see my question for more info! |
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Oct 30 |
comment |
Reverse rotation matrix k is the unit vector the rotation is around, and fi is the rotation in degrees |
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Oct 29 |
awarded | Promoter |
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Oct 25 |
asked | Diffrence between rotation and pure rotation |
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Oct 24 |
comment |
Matlab rotation matrix function not working correctly The diffrence are small! example sometime are 0 compared with a -0 |
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Oct 24 |
asked | Matlab rotation matrix function not working correctly |
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Oct 24 |
accepted | Matlab function, rotation matrix |
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Oct 24 |
asked | Matlab function, rotation matrix |
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Oct 24 |
accepted | Determine the complete real solution to a homogeneous differential equation |
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Oct 22 |
comment |
Reverse rotation matrix I don't think i understand! If i have a k= [1,3,4] and fi = 30, will R be [[1,6.49,-0.43],[-1.41, 7.67, 11,14],[6.35,9.16,13.69]] where the trace of R will be 22.45 and the eigenvector will be [[0.71, 0.71, 0.17],[-0.09+0.55i, -0.09-0.55i, 0.60],[-0.11-0.42i, -0.11+0.42i, 0.78]] But how dose this help me? |
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Oct 22 |
asked | Reverse rotation matrix |
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Sep 30 |
comment |
Vectors: difference between $ab$ and $a^Tb$ So the correct answer to a^Tb will be [2] right? |
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Sep 30 |
awarded | Scholar |
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Sep 30 |
accepted | Vectors: difference between $ab$ and $a^Tb$ |
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Sep 30 |
asked | Vectors: difference between $ab$ and $a^Tb$ |
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Sep 5 |
awarded | Student |
