016. .VPTx7
1
2011-2014. IT: Innovation of research infrastructure. VELOPT. A new, visual, abstract and geometrical, technical: Method and procedure. The program foundation; is: General, contextual aesthetic terminological operative systems. This has been translated to a mathematical formula for process innovation, in a software. Veloptive mass-innovation. .VPTx7(4B) - Seventh grade of Veloptive formula authorship - .VPTx4(X1-A-Y(=)-B- X2_X2)_002.V:adv Imagine a platform for pinpoint-adjusting the pre-processing of Veloptive data, processed in the .VPTx4-formula, written above. The .VPTx4; is missing a logical system for calculation. It might be possible to add a unique pattern for every calcu- lative result upon any calculation of numerical values, repre- sented in the .VPTx4. Then start to brute-force, and thereby lightning up about clues for general, contextual terminology, like the ultimate symbols. Imagine to design, and sytemize the pattern terminology; to escalate in logical, geometrical and aesthetical symbolization- frequency. One place to start, would be to minimalize Wikipe- dia; into general, contextual terminology for innovating itself. And attempt to base it down, in a pool for abstract geometry-structural recognision, and treatment through adjusting perspective processes. This addition to the .VPTx4, equals: The .VPTx7(4B)-formula. The final mathematical Veloptive Formula Velopt connects, for example the space button with 0, A to 1, B to 2, and so on. “X1” is the input, and “X2” is the output field. “X1” counts the letters, typed in; and remembers the numerical value. “A” is always trying to calculate the numbers it is given from the letters values, so the numbers equal the numerical value of the amount of letters. “A” can use any calculation it wants to, but it always picks the easiest way out. The calculations are work- ing like its searching through different opportunities for how to make the numbers match, with as simple calculations as possible. For example: If the word is “Hello”, the software has stated 5 as the target value. It has 7 5 12 12 15. So how to get 5 out of 7? 1x5=5+2=7. Velopt reads then the letters without the calculation symbols, and states: AEEBH = Correct. .VPTx4(X1-A-Y(=)-B-X2_X2)
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Transcript of 016. .VPTx7
2011-2014. IT: Innovation of research infrastructure.VELOPT. A new, visual, abstract and geometrical,technical: Method and procedure. The programfoundation; is: General, contextual aestheticterminological operative systems. This has been translated to a mathematical formula for process innovation, in a software. Veloptive mass-innovation.
.VPTx7(4B) - Seventh grade of Veloptiveformula authorship - .VPTx4(X1-A-Y(=)-B-X2_X2)_002.V:advImagine a platform for pinpoint-adjusting the pre-processing of Veloptive data, processed in the .VPTx4-formula, written above. The .VPTx4; is missing a logical system for calculation. It might be possible to add a unique pattern for every calcu-lative result upon any calculation of numerical values, repre-sented in the .VPTx4. Then start to brute-force, and thereby lightning up about clues for general, contextual terminology, like the ultimate symbols.
Imagine to design, and sytemize the pattern terminology; to escalate in logical, geometrical and aesthetical symbolization-frequency. One place to start, would be to minimalize Wikipe-dia; into general, contextual terminology for innovating itself. And attempt to base it down, in a pool forabstract geometry-structural recognision, and treatment through adjusting perspective processes.
This addition to the .VPTx4, equals: The .VPTx7(4B)-formula.
The final mathematical Veloptive Formula Velopt connects, for example the space button with 0, A to 1, B to 2, and so on. “X1” is the input, and “X2” is the output field. “X1” counts the letters, typed in; and remembers the numerical value. “A” is always trying to calculate the numbers it is given from the letters values, so the numbers equal the numerical value of the amount of letters. “A” can use any calculation it wants to, but it always picks the easiest way out. The calculations are work-ing like its searching through different opportunities for how to make the numbers match, with as simple calculations as possible. For example: If the word is “Hello”, the software has stated 5 as the target value. It has 7 5 12 12 15. So how to get 5 out of 7? 1x5=5+2=7. Velopt reads then the letters without the calculation symbols, and states: AEEBH = Correct.
.VPTx4(X1-A-Y(=)-B-X2_X2)
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