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| File Information |
| Description |
Physics input:
weight = 2D of space
time = 1D clock verse
altitude = 1D anticlock verse
Physics output:
weight
force
time
altitude
velocity
mass
gravity
acceleration
frequency
The program is builded with progressive input strategy.
Are 6 possible combinations:
weight time altitude
weight altitude time
time weight altitude
time altitude weight
altitude weight time
altitude time weight
The program show the output values in each number inserted.
With 2 input, if they are time and altitude, is obtained the global physics information. And so is necessary the question: what is the weight input importance if with a double monodimensional input is all obtained? The weight importance is an information bug obtained because information-bug is present in the case of only one input or in the case of a double input if they are time and weight or altitude and weight. Is possible to have a way with double input (time and altitude) if there is a way of only one input (and this way is the same for time and altitude). To have a double input is possible but in sequence: first one and after the other. The first is odd and the second is even. Is a serial strategy. The dimension is the same, is the dimension of the time-altitude: clock and anticlock verse. With time and altitude inserted is obtained 3D with a 1D strategy (serial strategy of velocity). If now write the weight then the 3D is obtained with a tridimensional strategy and the informative bug of the first input inserted is cleared and is cleared also the informative bug of the double input case (if in input there are time and weight or altitude and weight). The triple input is total determination and also two inputs are total determination if they are time and altitude because the weight input is a double dimension of space. |
| MATLAB release |
MATLAB 6.1 (R12.1)
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| Zip File Content |
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| Other Files |
FISIO.m,
license.txt
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| Updates |
| 09 Aug 2009 |
grammar review, generic review |
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