| File Information |
| Description |
1) valuePi
Pi is a value with Infinites decimal-numbers; I can’t select Pi in a PC-system, is necessary an approximation but approximations are error; if Pi-life has (is) Infinite, is necessary to work with Infinites numbers. Program show a strategy to obtain Pi-value. If I’ve a circle and a square, without reference is possible to define two figures (from Infinite^2 combinations) with same perimeter and same area. If perimeter of circle is equal to perimeter of square, then area of circle is equal area’s square. Without reference a circle is equal to a square. In this way selecting an N ray is possible to obtain side of square.Program take only one input and write 7 output: side of square, perimeter and area of circle, perimeter and area of square, Pi of perimeters and Pi of areas (same quantity). Infinite is reality and to work with It (Him) is necessary a strategy of finiteness.
2) valueNaN
The NaN function, thanks to 0 and 1, is the 0/0 existenz.
Input is only one variable and it is the only software variable.
Output is NaN value because 0 is inf (infinitesimal, min) and 1 is Inf (Infinite, max).
I’ve used formula Inf*inf=(Inf+inf)/2.
In this way 0=1 is inf=Inf and NaN is a Number (program input).
If Number is zero of the system then NaN is 0/0.
3) PoH
One input and more output.
Clock verse is pi=3 and anticlock verse is Pi=4: point of half is 3.5.
Pc compute circonference, circle, perimeter, area.
Formula is Inf*inf=(Inf+inf)/2. |
| MATLAB release |
MATLAB 6.1 (R12.1)
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| Zip File Content |
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| Other Files |
license.txt, PoH/PoH.m, PoH/PoH.txt, valueNaN/theory.txt, valueNaN/valueNaN.m, valuePi/theory.txt, valuePi/valuePi.m, valuePi/valuePi.txt
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