project 3 - HField part 3 - functionality

this is after first test run with the dissipating field around a single point based attractor. this process will be refined with much larger array then the one used in this run 3*3*3. i am also going to do a complete breakdown in sections per layer for better visual representation of the way the field generates compressions of unit spaces around itself. i am also going to add a weight unit to all points and attempt to create a generation effect. stay tuned

script so far can be downloaded but it's still a work in progress
.:DOWNLOAD SCRIPT:.

project 3 - HField part 2 - derailment

as i continued to modify the bellow posted images of a box space array during my application of the modified Force of Gravity equation in a field manner, a computational matrix ended up yielding some interesting results. the 5*5*5 array was turned into the new format of space, with each of the original box unit corners being scaled dependent on the distance from the attractor point. i will conduct some more test before the script is released to conduct further experiments.

as it is but it's still a work in progress
.:DOWNLOAD SCRIPT:.

project 3 - HField part 1

i have been working on getting the basic point based systems with box geometry set up in such a way that it can easily be adjusted for the sample size. since numerous calculations need to be done for differential field strength, i have decided to split this project into 2, possibly 3 parts. basic system geometry is self adjusting and can easily be modified to cut the computational times - i will be working on that in the last 3rd part if i get sufficient time but eventually i plan on doing it.

these are the images of the space geometry which i'm working on easiest way to apply modifications through a field.

.:DOWNLOAD SCRIPT:.

5^3 sample

project 2 - scripting extended - BojaShell

for this project i used creation of curves with user defined parameters to surface the spine of shell. the script is not user friendly until i start managing the function calls to speed up script building. until such time i am doing everything long way to understand the inner workings of scripting to the full.


'calculation x
Dim M, n, Mx
ReDim M(z), Mx(z)
For n = 0 To z
M(n) = Rhino.Distance(cPt, Pt(n))
Mx(n) = Rhino.Distance(cPt, Ptx(n))
Next

for script details and other info read more.
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