Thyme 2.0

[Kilinich]

Did you notice new string.length function? Now we know size of lists. With readable it's possible to get surfaces values of existing polygon and do some magic with it.

btw, just another (simpler) extended for-cycle:

n1 and n2 must be integer, n2 >= n1

Code: Select all

scene.my.xFor = (n1, n2, code) => {
  n2 > n1 ? {
    m := (n1 + n2) / 2;
    scene.my.xFor(n1, m, code);
    scene.my.xFor(m + 1, n2, code)
  } : {code(n1)}
}

usage example, ten thousands cycles:

scene.my.xFor(0,10000, (n) => {print(n)})

[Kilinich]

Yeaaaa!
It was impossible, but now it's just a simple trick

Melting ice

Kilinich

Rating:
Filesize: 187.29 kB
Comments: 20
Ratings: 12

[tatt61880]

Kilinich's scene is epoch making for Thyme scripting.

[KarateBrot]

the melting ice is amazing! btw how do you find out about new thyme commands?

[Kilinich]

the melting ice is amazing! btw how do you find out about new thyme commands?

Just press tab in console, and search for something new.

[KarateBrot]

yeah i know but for example if you have commands that are not in the console like the (put some id commands here).pos and stuff

[Kilinich]

oh, sometimes I just make a wild guess =)
Did you try layers btw? It's cool! - scene.addLayer / scene.selectLayer / layer in geom.

[KarateBrot]

haha nice

no how does it work?^^

[tatt61880]

I've improved xFor function.

* FIXED: Negative value issue.
> xFor(-2, 0, (n)=>{n}) ... "Stack overflow!"
> xFor_improved(-2, 0, (n)=>{n}) ... -2, -1, 0
* FIXED: Larger to lower issue.
> xFor( 2, 0, (n)=>{n}) ... 2
> xFor_improved( 2, 0, (n)=>{n}) ... 2, 1, 0

Code: Select all

Scene.my.xFor_improved := (n1, n2, code)=>{
   (n2 % 1 != 0 || n1 % 1 != 0) ? {
      print ("ERROR - Usage: Scene.my.xFor_improved(int, int, func)")
   } : {
      (n1 == n2) ? {
         code(n1)
      } : {
         m := ((n1 + n2) % 2 == 0) ?
             {(n1 + n2) / 2} :
             {(n1 + n2 - 1) / 2}; /* (n1, n2) = (-2, -1) => m = -2 */
         (n2 > n1) ? {
            Scene.my.xFor_improved( n1,   m, code);
            Scene.my.xFor_improved(m+1,  n2, code)
         } : {
            Scene.my.xFor_improved( n1, m+1, code);
            Scene.my.xFor_improved(  m,  n2, code)
         }
      }
   }
};

NOTE: Kilinich's xFor (below) is good enough when 0 <= n1 <= n2

Code: Select all

scene.my.xFor = (n1, n2, code) => {
      n2 > n1 ? {
        m := (n1 + n2) / 2;
        scene.my.xFor(n1, m, code);
        scene.my.xFor(m + 1, n2, code)
      } : {code(n1)}
    }