tusing

RGB Underglow Strip on the Zeal60: A Guide

A. Connecting the strip

You might find the full PCB image helpful. Ignore the red boxes!

1. Connect V+ to the receiving end of the thermistor labeled F1; connect GND to the board's GND pin. (Avoid connecting +V to the board's +5V pin - you will likely overload the thermistor, and you will limit your maximum brightness.)

tusing

"""NavigationSensors - designed to parse data from devices such as the Microsoft
Kinect and ultrasonic sensors, in order to translate the data into 
intuitively acceptable input (such as haptic feedback) for blind individuals.

The ideal use case is as such:
1) We have a vest with haptic feedback motors. We have a Kinect and an
    ultrasonic sensor.
2) We parse data from the Kinect into subdivided segments - one
    for every motor. For example, a vest with 4 motors would mean
    to subdivide our image into 4 squares (likely in a 2x2 formation).

tusing

#define RGBLIGHT_CURRENT_PER_STRIP_LIGHT 60
#define RGBLIGHT_NUM_STRIP_LIGHTS 16
#define MAX_STRIP_CURRENT 400

void adjust_current(bool rgbw) {
    // Pass in rgbw=True if you have rgbw strips.
    float max_rgbw_val = (255 * (3 + rgbw)) * ((MAX_STRIP_CURRENT /
                         RGBLIGHT_NUM_STRIP_LIGHTS) / RGBLIGHT_CURRENT_PER_STRIP_LIGHT);

    for (uint8_t i = 0; i < RGBLED_NUM; i++) {

tusing

"""CameraParser - designed to parse data from a camera such as the Microsoft
Kinect, in order to translate the data into intuitively acceptable input,
such as haptic feedback, for blind individuals.

The ideal use case is as such:
1) We have a vest with haptic feedback motors. We have a Kinect, or some
    camera capable of giving us meaningful data for blind individuals, e.g.
    depth.
2) We parse data from the Kinect into subdivided segments - one
    for every motor. For example, a vest with 4 motors would mean

tusing

import freenect
import numpy as np
from threading import Thread, RLock


class KinectParser:
    def __init__(self, x, y, function=False):
        if function is False:
            self.function = self.decayingAverage
        else:

tusing

import freenect
import cv2
import numpy as np
import sys, getopt
import math
import RPi.GPIO as GPIO
import time
import atexit

def main(argv):

tusing

import glob
import csv
import re
import collections
import ast
import numpy as np
from collections import defaultdict
import plotly.plotly as py
import plotly.graph_objs as go

tusing

#######################################################
####            NOW AT A GITHUB REPO               ####
####    https://github.com/tusing/unicorn_phat     ####
#######################################################

#!/usr/bin/env python

# Display a list of user-defined color bars;
# fill the remaining area with sparkles.
# Designed for the Unicorn pHAT.

tusing

#!/usr/bin/env python

# Display a list of user-defined color bars;
# fill the remaining area with sparkles.
# Designed for the Unicorn pHAT.
# By tusing.


import unicornhat as unicorn
from random import randint

tusing

d5am68b
d48mjja
d459cpq
d4qd9w8
d4pb6u9
d4arlnf
d5e76ux
d4p17cl
d4ouwg8
d44ot8g