On Growth and Form

[Librarian 643]

More Fun
 

ToonFun.hiplc

[Librarian 643]

Solver and Colors Hm
 

[Librarian 643]

Fractals Vol and some ex with L-system + using Rest to Paint and Make In solver different Textures(tip with solver in this Topic You can make texture like Flow in The edges easy and fast)  and Other Stuff Sky its Limit .
Tip if you combine script from this Topic for diff projection you can make some nice Fractal (sensitive to number).Tip if you use l-system with chops and Paint rest you can make Fractal City 20 sec.
Have Fun.


 

Fractals Paint and Texture Making.hiplc

[Librarian 643]

Yupi it works ,more fun . 4 min

 

[Librarian 643]

Yesssss Thanx Alessandro Nardini
 

[Librarian 643]

Fun From Students

VorITILES.hiplc

[Librarian 643]

Hello And Have Fun -and Thanx For All Students
Complex Math and Python it Works in 18.5.408 just download scipy
One Ex of Many More
 

MATH.rar

Edited December 16, 2020 by Librarian

[Librarian 643]

Collections of OSL shaders for Renderman plus some expressions to mimic scanning electron microscope.
 

OslShaderss.hiplc

Edited December 29, 2020 by Librarian

[Follyx 25]

Hi Librarian,

 

oslshaderss.hiplc:

Unfortunately the Tactic Shader has a problem witht the sem_moise PXROSL (explanation mark). So no rendering is possible. Houdini crashes without anything...

[Librarian 643]

@Follyx It works here on 18.0.532
maybe because i have already saved (os and osl shader) in some Folder ..Glitch or something (maybe error From mine Side ) ...Just Google Shaders Renderman EDU and you gonna Find 20000 Students Sharing Shaders Codes..Have FUn
 

[Librarian 643]

//detail
int prim0 = addprim(0,"poly");
setprimattrib(0,"Cd",prim0,{0,0,0});

float u;
float r;
vector center;
vector pos;

int n = 100;

for(int i = 0;i<n;i++){
    u = float(i)/(n-1);
    u *= 3*PI;
    if(u<PI){
        r=1.0;
        center={0,0,0};
        pos = center+r*set(cos(u),sin(u),0);
        }else if(u >= PI && u < 2 *PI){
        
            r = 0.5;
            center= {-0.5,0,0};
            pos = center+r*set(cos(u),sin(u),0);
            
            }else{
            r = 0.5;
            center= {0.5,0,0};
            pos = center+r*set(-cos(u),sin(u),0);
            
            
            }
            
            pos.x *= -1;
            addvertex(0,prim0,addpoint(0,pos));
            
            
            }
//cir
  
int prim1 = addprim(0,"circle",addpoint(0,{0,0,-0.001}));
matrix3 scale = 1;
scale(scale,0.1);

int prim2 = addprim(0,"circle",addpoint(0,{0.5,0,0.01}));
setprimintrinsic (0,"transform",prim2,scale);

int prim3 = addprim(0,"circle",addpoint(0,{-0.5,0,0.01}));

setprimintrinsic(0,"transform",prim3,scale);
setprimattrib(0,"Cd",prim3,{0,0,0});
            

Yin and yang

[Librarian 643]

Make beautify patterns with arrays
 

int dim = chi("dim");
int prim;
int pt;
int npt = chi("npt")*dim;
int pts[];
int randn;
int randpt;

   for(int i;i<dim;i++){
       addprim(0,"polyline");
       }
       
vector2 uniform_num;
for(int i;i<npt;i++){
    uniform_num = set(i%dim,i/dim);
    pt = addpoint(0,uniform_num);
    prim = uniform_num.x;;
    addvertex(0,prim,pt);
    
    if(prim == 0){
        pts = array(i+1,i+1+dim,i+1-dim);
        
        }else if (prim == dim-1){
         pts =array(i-1,i-1+dim,i-1-dim);
         
         }else if (uniform_num.y==0){
         pts = array(i+dim,i+dim+1,i+dim-1);
         }else if (uniform_num.y == chi("npp")-1){
         pts = array(i-dim,i-dim+1,i-dim-1);
         }else{
         pts =array(i-1,i+1,i+dim+1,i+dim-1,i-dim+1,i-dim+1);
         }
         if(i == 0){
            pts =array(i+dim,i+1,i+dim+1);
            }
            
            if (i == dim-1){
            pts = array ( i+dim,i-1,i+dim-1);
            }
            if (i == npt -dim){
            pts = array ( i-dim,i+1,i-dim+1);
            }
            if (i == npt -1){
            pts = array ( i-dim,i-1,i-dim-1);
            }
            
          int pts_no[];
          foreach(int ptn;pts){
          if(ptn<i){
          
                append(pts_no,ptn);
                }
                
           }
           
           
           setpointattrib(0,"pts",pt,pts);
           setpointattrib(0,"pts_no",pt,pts_no);
           
           randn = floor(len(pts_no)*rand(i));
           randpt = pts_no[randn];
           setpointattrib(0,"randpt",i,randpt);
           
           }

 

[Librarian 643]

This we gonna use For CNC tooling on Balsa and making "Schablone"  for Wood Components . Donne
 

[Librarian 643]

Thanx Asia Forums and @talkyren I Found Perfect Flower Higanbana and Nice tricks in VEX yupiiii ..It has million Option for improvement ...Have Fun.



 

HCVOD.hiplc

[litAki 1]

On 2/21/2021 at 3:38 PM, Librarian said:

Thanx Asia Forums and @talkyren I Found Perfect Flower Higanbana and Nice tricks in VEX yupiiii ..It has million Option for improvement ...Have Fun.
 

now experimenting with flowers) moving towards more control - this is the past iteration)  disappointed with l-system - bad animation, not enough attributes in the output...  )))) BUT I have MANYALOTOF fun with flowers) it's like japanise kalligraphy - very interesting) p.s. google english)

[tosek 1]

Hi Librarian! 

I've read the thread and it blew my mind want to learn what you've shown so far. Thank you!

[Librarian 643]

Cyma

Cimatics.mantra1_0000.mov