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Batch file commands: file.bat "@echo off md images videos articles\pages articles\posts"

https://www.youtube.com/watch?v=sm6EE9f_TeY

#folders #programación #programar #automatizar #tips

Particle-spring systems iterative calculations approach an equilibrium state were the sum of all forces is zero.

Kangaroo, for Grasshopper

#kangaroo #grasshopper #particle #system #form finding

#grasshopper #editado #loop #recursivo #fractal #grass

otro glitch, cortesía de hoopsnake

#hoopsnake #grasshopper #grass #glitch

Triángulos glitch. Error de HoopSnake

#tríangulos #grasshopper #grass #hoopsnake #error #glitch

Delauny triangulation connects an arbitrary set of ponts by a geometric procedure that maximaizes the minimum angle of triangulation, so that the resulting mesh tends to avoid thin triangles.

AAD, Arturo Tedeschi

#delauny #arturo tedeschi #tedeschi #aad #grasshopper #rhinoceros #geometría #teoría

A mesh is basically a geometry entity defined by a collection of points that determine its geometry, as well by the connection-logic that determine its topology.

#aad #arturo tedeschi #geometry #topology #grasshopper #rhinoceros #teoría

Creating meshes: * by topology * by triangulation * by nurbs to mesh conversion

A Mesh is define by a collection of vertices connected sequentially, determining the meshes topology.

AAD, Arturo Tedeschi.

#aad #tedeschi #arturo tedeschi #grasshopper #modeling #rhiniceros #cad

NURBS modeling (CAD standard) is based on structuring mathematical curves or points to build surfacs. No good for freeform geometries. Then we would use SubD (Subdivision Surface Modeling), which relies on on polygon meshes. This technique alloss to model low-polygon meshes and generate smooth (high face count) meshes.

AAD, Arturo Tedeschi

#aad #arturo tedeschi #tedeschi #nurbs #subd #modeling

#processing #círculos

void setup () { size (600,600); noStroke(); }

void draw () { background (12); fill(55); ellipse(mouseX,mouseY,30,30); fill(155); ellipse(mouseY,mouseX,30,30); fill(200); ellipse(mouseX+20,20,20,20); fill(200); ellipse(mouseX-20,mouseY/2,40,40); fill(100); ellipse(mouseX*20,20,30,30); // saveFrame("output-####.jpg"); // will save each frame with the frameCount

}

#processing #code #programming

#grasshopper #pattern #patrón

//Hello Colour, //program to change colour and size depending on the position of mouse

void setup(){ size(360,360); frameRate(10); noCursor(); }

void draw(){ colorMode(RGB,180,100,100); rectMode(CENTER); noStroke(); background(mouseY-50,50,50);

fill(200-mouseY/2,20,20); rect(mouseX+100,250,mouseX+1,mouseX+20); fill(mouseY/2,80,100); rect(mouseX+20,mouseY+50,mouseX+1,mouseX+30); fill(150-mouseY/2,20,100); rect(20,50,mouseX+1,mouseX+300);

println("mouse position:"+mouseX+", "+mouseY); }

#processign #básico #gif #cuadrados

void setup(){ println("El factorial de 5 es 1*2*3*4*5 = " + factorial(6)); } int factorial(int Valor){ int result=1; for(int i=1;i<=Valor;i++){ result=result*i; } return result; }

for(int i=0;i

Generative Design. Processsing. Loop

#loop #processing

int aNumber=0; switch (aNumber) { case 1: rect(20,20,60,30); break; case 2: ellipse(50,30,80,30); break; default: line(20,30,80,30); }

Generative Design. Processing

#processing #switch #números #básico

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