febret

export function createDomain(values, symmetrical, includeZero) {
  const dMax = d3.max(values);
  const dMin = d3.min(values);
  if (symmetrical) {
    const largest = d3.max([Math.abs(dMax), Math.abs(dMin)]);
    return [-largest, largest];
  }
  if (includeZero) {
    if (dMin <= 0 && dMax <= 0) {
      return [dMin, 0];

febret

// Draw a line out of multiple paths crossing upper and lower bounds.
// The path definitions ensure there are no gaps between segments.
const makeLine = (data, style) => {
  let cx = this.xs(fastMoment(data[0][seriesxMet]));
  let cv = data[0][seriesyMet];
  let coords = [{x: cx, y: this.ys(cv), s: Math.sign(cv)}];
  for (let i = 1; i < data.length; i++) {
    let nx = this.xs(fastMoment(data[i][seriesxMet]));
    let nv = data[i][seriesyMet];
    // Add bound-crossing points.

febret

import React from 'react';
import {isFunction} from 'lodash';
import defaultStyles from './grid.scss';

/**
 * Implements a generic grid component
 * @prop data - an array of data items that the grid will render
 * @prop config - grid configuration object
 * The configuration object has two sections
 *  table - contains table-wide configuration settings:

febret

from cyclops import *
from random import *
from math import *

l = Light.create()
l.setPosition(0, 2, 0)
l.setAmbient(Color(0.5, 0.5, 0.5, 1))
s1 = SphereShape.create(0.5, 2)
s2 = SphereShape.create(0.5, 2)

febret

config:
{
	//serverListenIP = "127.0.0.1";
	serverPort = "28000";
	
	// VRPN Controller device for CalVR
	vrpnTrackerName = "Navigation";
	vrpnTrackerPort = 3894;
	
	checkForDisconnectedClients = false;

febret

			pointer:
			{
				type="cylindrical";
				radius=3.238;
				doorWidth = 36;
				xBias = 0.0278;
				minY = 0.305;
				maxY = 2.625;
			};

febret

# This example creates a spinning cube every time the user right-clicks on the window.
# A custom Actor keeps track of each cube spinning.
from math import *
from euclid import *
from omega import *
from omegaToolkit import *
from cyclops import *

# The actor list is needed to avoid garbage-collecting alive actors.
actors = []

febret

# Keys
#  - Mouse Right button + movement rotates the model
#  - Mouse wheel zooms in/out
# Use 
#  import spin_navigation
#  spin_navigation.root = [root node that you want to manipulate]
from omega import *
from euclid import *
from math import *

febret

config:
{
	serverPort = "28000";
	
	// VRPN Controller device for CalVR
	vrpnTrackerName = "Navigation";
	vrpnTrackerPort = 3894;
	
	checkForDisconnectedClients = false;
	

febret

# Actor dictionary
actors = {}

# create a custom actor class
class Pickable(Actor):
  node = None
	def __init__(self):
    # create something
    node = SphereNode.create(1,2)
    node.setSelectable(True)