First Assignment | Simple Graphic

This code draws a honeycomb like grid using corrugation.

.::Load to AutoCAD
.::See CODE:

Second Assignment | Draw

Program was originally intended to draws a lattice but instead it draws %3@#$^*!$*!

.::Load to AutoCAD--> c:demo
.::See CODE:

type demo on the Command prompt

Second Assignment | Srect

Program draws a box with verious hight width and angles of scew, d'

( srect xpos ypos zpos wide high Degrees)

(srect 200 5 0 4 6 87)

Third Assignment | Tetra

Program draws a grid between any two straight lines. Then it places 3DFace and light using the Points from the gird. Lights are correlated to their placement. x y z = r g b

asks user for divline & divspan
befor excuete, type the follwing on the Command prompt ! command: light

.::Load to AutoCAD
.::See CODE:

FourthAssignmen & final |mark_wiggley

There are 5 types of seeds to start the program. There are 5 right hand rules. Each seeds only have one possible connecting point,{tr_dn_Rn} all seeds can be recombined with the other 5 seeds.n-->t(n+n) is the transformation expression of this grammer. The number of possibility increase exponentially by the number of steps. Object of game is to close the loop.

Post rationalization

This Grammer is Secular. There is no hierarchy...? So it behaves chaotically. Since this project is alot like a traffic circle, I can use some algorithms like "leaky bucket" to make this (what is this), and not a whole bunch of accidents. The designer can control such accidents.

There is no termination "col de sac" at this point stop when you feel like it.

Further develop program will be able to Close the loop automatically. My own interests I am hoping to have some other rule that will create some kind of pattern...