| | 1 | # Gravity – 1-dimensional.LACE |
| | 2 | # The small mass m moves along the direct connection line towards mass M. |
| | 3 | # r'' = -gamma*M / r^2 |
| | 4 | |
| | 5 | coefficient(1): +1 -> r0' # -1 to move initially towards M, +1 to move away from it |
| | 6 | coefficient(2): -1 -> -r0 # initial distance of m to M |
| | 7 | coefficient(3): +1 -> gamma*M # will be inverted in division |
| | 8 | |
| | 9 | iintegrate r'' -> -r' |
| | 10 | IC: r0' |
| | 11 | iintegrate -r' -> r |
| | 12 | IC: -r0 |
| | 13 | multiply r, r -> r^2 |
| | 14 | idivide gamma*M, r^2 -> -gamma*M/r^2 |
| | 15 | assign -gamma*M/r^2 -> r'' |
| | 16 | |
| | 17 | output(x): r # distance |
| | 18 | invert -r' -> r' |
| | 19 | output(y): r' # speed and direction |
| | 20 | output(z): r'' # acceleration (always towards M) |
projects / Analog_Engine.git / blame_incremental