Input to Output

I have been playing with an AI program. This is one of the results.Overall, I am pleased with it although it still has some limitations. I will keep trying.

vimeo.com/72614672

Rockfish River Rd, Nelson County VA.

Test output of my visualizer clock program. This time the QR Code time is in 3D. Because why not?

The output of the opical fibre, checking that we have maximum power of out it.

Output measured on a Telepost LP-100. Driving with 22W from an Elecraft K3 sending a string of 'Dits.' Input power is just under 700W. Plate voltage is 2.2 - 2.3 kV under load. Resting cathode current is 40-50 mils with 29 V of fixed bias.

The Addressable Input/Output Module is a fully monitored device which permits the interfacing of third party equipment with the Fire Alarm Control panel using normally open dry contact connections while also providing a changeover output relay to control ancillary equipment.

Little try with sunflow rendering.

hipstersinc.com/p5sunflow/

import noc.*;

import hipstersinc.sunflow.*;

import hipstersinc.sunflow.shader.*;

import hipstersinc.*;

void setup() {

size(800, 600, "hipstersinc.P5Sunflow");

noStroke();

}

void draw() {

setupCamera();

setupScene();

background(255);

translate(width/2, height/2, 0);

rotateX(QUARTER_PI);

rotateZ(QUARTER_PI);

fill(255);

Vector3D pos = new Vector3D(0,0,0);

Vector3D rot = new Vector3D(0,0,0);

float scl = 25.5;

float boxSize = 560;

// translate(boxSize, boxSize);

for(int i=0; i<300; i++) {

pushMatrix();

translate(pos.x,pos.y,pos.z);

rotateX(rot.x);

rotateY(rot.y);

rotateZ(rot.z);

scale(random(.1),random(.4),random(.1));

box(boxSize);

Vector3D add = new Vector3D(random(-1,1),random(-1,1),random(-1,1));

add.mult(scl);

pos.add(add);

add = new Vector3D(random(-1,1),random(-1,1),random(-1,1));

add.mult(.2);

rot.add(add);

popMatrix();

}

saveFrame("output-####.png");

//noLoop();

//redraw();

}

void mousePressed(){

redraw();

}

void setupCamera() {

P5Sunflow sunflow = (P5Sunflow) g;

sunflow.camera.setType(SunflowCamera.PINHOLE);

//sunflow.camera.setType(SunflowCamera.SPHERICAL);

//sunflow.camera.setType(SunflowCamera.FISHEYE);

/*sunflow.camera.setType(SunflowCamera.THINLENS);

sunflow.camera.setFocalDistance(450);

sunflow.camera.setLensRadius(12f);

sunflow.scene.setAaSamples(12);*/

}

void setupScene() {

P5Sunflow sunflow = (P5Sunflow) g;

/* sunflow.scene.setAaMin(0);

sunflow.scene.setAaMax(0);

sunflow.scene.setAaSamples(0);

sunflow.scene.setFilter(null);*/

sunflow.scene.setGlobalIllumination(false);

}

Built with Processing.