ThomasLengeling

for i, floor in enumerate(floors):
    if i == 0:
        # find global entity handle 1_D26_1
        poly = floor['geometry_to_grid'].loc[floor['geometry_to_grid']['global_entity_handle'] == '1_D26_1'].copy()
        # find the string that contains 1_D26_1 in floor_grid
        other_poly = floor['floor_grid'].loc[floor['floor_grid']['global_entity_handle'].str.endswith('1_D26_1')].copy()

        fig, ax = plt.subplots(figsize=(20,20))

ThomasLengeling

{
   "ABM":{
      "active":true,
      "display_name":"Animated Trips",
      "toggle":{
         "active":true,
         "default":false,
         "name":"activate"
      },
      "toggle_array":{

ThomasLengeling

/*
 * Motor Driver
 * https://www.pololu.com/product/2990
 */
int i = 0;

int limit =  5 * 60 * 5 ;

int PWPHASE     = 5;
int DGIOENABLE  = 4;

ThomasLengeling

# This is shorthened version of blog post 
#  http://ksopyla.com/2017/02/tensorflow-gpu-virtualenv-python3/

# update packages
sudo apt-get update
sudo apt-get upgrade

#Add the ppa repo for NVIDIA graphics driver
sudo add-apt-repository ppa:graphics-drivers/ppa
sudo apt-get update

ThomasLengeling

int LED01 = 3;
int POT01 = A0;

int LED02  = 5;
int POT02 = A1;

int LED03 = 6;
int POT03 = A2;

int LED04 = 9;

ThomasLengeling

int LED01 = 3;
int POT01 = A0;

int LED02  = 5;
int POT02 = A1;

int LED03 = 6;
int POT03 = A2;

int LED04 = 9;

ThomasLengeling

struct Track {
            ci::audio::BufferPlayerNodeRef bufferPlayer;
            ci::audio::GainNodeRef gain;
            ci::audio::MonitorNodeRef monitor;
            ci::audio::Pan2dNodeRef pan;
            ci::audio::ChannelRouterNodeRef	mChannelRouterNode;
            ci::audio::OutputDeviceNodeRef multichannelOutputDeviceNode;
            
            Track(ci::audio::BufferPlayerNodeRef bufferPlayer)
            : bufferPlayer(bufferPlayer)

ThomasLengeling

int index2 = i * (JointType_Count+1) * 9;
int indexJoint = index2 + (JointType_Count+1) * 9 - 1;

if(rawData[indexJoint] == 1.0){
	tracked = true;
	colorIndex = i;
 	int j = 0;
	int index1 = j * 9;
	int type  =   (int)rawData[index2 + 0 + 8];
				

ThomasLengeling

float promedio;
float value;
int counter = 0;
int numDatos = 50;

void loop(){
 float inValue = analogRead(PIN);
 
 promedio += inValue;
 

ThomasLengeling

// Draws a triangle using low-level OpenGL calls.
import java.nio.*;

PGL pgl;
PShader sh;

int vertLoc;
int colorLoc;

float[] vertices;