C G G Chaos Gravity Graphic
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Two fixed masses in one plane influence a third mass through the power of gravitation = 6.67*10(E-11)*(m1*m2)/rē. The third movable mass is set free on each point of the plane, step by step and is flying in a chaotic way to one of the two masses. If the moving mass hits the one, then the starting point of the moving mass gets the color of the one and so on. The result is a graphic that shows (in despite of mass, distance...) that in a chaos system You can find something like an arrangement. Find out what happens if You change mass, radius, distance, size, position a.s.o. |
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CGG chaos-gravitation-graphic
| You can change all parameters: size of grafic, weight of all
masses, hitradius, colors, distance and positions of the masses. Print Your own chaos gravity graphics. Gravitations constant = 6,67*10-11 m3/kg*s2. While running the programm You can check all variables of powers, distances and positions of the masses in real time. You receive two versions. One with only two masses, one with up to five masses. You also receive the sourcecode for this program in Visual Basic. The variables have expressfull names, so everybody will understand. System minimum: Win98, Processor: 486, 250 Mhz, recommend: a faster one.
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CGG chaos-gravitation-graphic
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