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1 user thanked Jean Giraud for this useful post.
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Rank: Guest
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Joined: 04/07/2015(UTC) Posts: 6,866 Was thanked: 981 time(s) in 809 post(s)
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1 user thanked Jean Giraud for this useful post.
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Rank: Guest
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Joined: 04/07/2015(UTC) Posts: 6,866 Was thanked: 981 time(s) in 809 post(s)
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1 user thanked Jean Giraud for this useful post.
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Rank: Advanced Member Groups: Registered
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Was thanked: 77 time(s) in 58 post(s)
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Hello Jean I get the error "The requested matrix element doesn't exist" I think that Smath Studio does not accept the sub-index zero, since at the beginning of the "for" loop in the operations M (m-1 and n-1) this value is obtained. Best Regards Carlos
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Originally Posted by: CBG Hello Jean
I get the error "The requested matrix element doesn't exist"
I think that Smath Studio does not accept the sub-index zero, since at the beginning of the "for" loop in the operations M (m-1 and n-1) this value is obtained. Not this way Carlos ... maybe ? 1. As you open the document, do you get [1..N] 2. original is 1..N , i.e: NOT nested3. if you can't re-create unested 1..N 4. sub-index [1..N]1 Jean ... Does it work ? It may have freaked all other Collabs that downloaded. Surprising: none commented ! Fourier Quantum DNAsanity.sm (491kb) downloaded 20 time(s).
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Hello Jean, I made the changes shown in the printout shown so that the worksheet does not indicate an error. Fourier Quantum DNA Copy.sm (53kb) downloaded 19 time(s).Best Regards Carlos
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Originally Posted by: CBG Hello Jean,
I made the changes shown in the printout shown so that the worksheet does not indicate an error. Thanks Carlos for your precious collaboration. The size of the matrix does not matter. What matters is a symmetric matrix. Jean Fourier Quantum DNA Copy [NOT Symmetric].sm (182kb) downloaded 21 time(s).
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Originally Posted by: Jean Giraud What matters is a symmetric matrix. This project is one of some that don't reconciliate the 0/1 indexing base. For this particular application, it is immaterial wrt the end use. Just interesting to be aware. Seemingly, 0 indexing is more universal. Jean Fourier Quantum DNA Copy [Symmetric Reconciliation].sm (183kb) downloaded 25 time(s). Fourier Quantum DNAsanity.sm (489kb) downloaded 23 time(s).
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Hello Jean. Following the steps indicated in the document; dna.pdf (182kb) downloaded 13 time(s).which I have downloaded from the reference you indicate, and with the data shown there, the following pattern of refraction is opted; Fourier Quantum_Jean_Original_Values.sm (222kb) downloaded 21 time(s).And I wonder if it will be possible: get the negative of the image in a native way in Smath Studio? Best Regards Carlos
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Rank: Advanced Member Groups: Registered, Advanced Member Joined: 13/01/2012(UTC) Posts: 2,647 Location: Italy Was thanked: 1329 time(s) in 875 post(s)
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Originally Posted by: CBG And I wonder if it will be possible: get the negative of the image in a native way in Smath Studio?
It's greyscale, I guess 255-DNA should be enough.... Fourier Quantum_Jean_Original_Values - opt_01.sm (168kb) downloaded 22 time(s). |
If you like my plugins consider to support SMath Studio buying a plan; to offer me a coffee: paypal.me/dcprojects |
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Hello: Carlos, Davide ... thanks for your interest. Ah! this time, SS 6179 does not open 6884. The Mathcad 11 0 base index original document produces the required square symmetric matrix. Smath can do it only as demonstrated. That the SS/MCD matrices are NOT exactly same is immaterial. The SS symmetric best imitates MCD. Why SS 6179 does not open 6884 ? Error message is not inductive. Presumably, 6884 does not save the image compatible to 6179. Quantum slit runs in less time for exploring symmetric/asymmetric. Jean Fourier Quantum Slit.sm (38kb) downloaded 23 time(s).
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