heri

heri

var my_sports_keyword = "Hiking";
var getSports = await getJSON("https://sports.api.decathlon.com/sports/search/" + my_sports_keyword +"?coordinates=" + latLng);
var sport = getSports[0];
console.log("Found sport " + sport["attributes"]["name"] + " with sport_id " + sport["id"] + " for " + my_sports_keyword);

heri

var my_city = "Montreal";
var getJSON = require("async-get-json"); 
var geLatLng = await getJSON("https://api.opencagedata.com/geocode/v1/json?key=50adaa7181d24a7581a62fd3d9c0a2e0&q=" + my_city);
var latLng = geLatLng.results[0].geometry["lng"] + "," + geLatLng.results[0].geometry["lat"];

heri

# A basic end-to-end autonomous car uses 2d images to infer throttle and steering. However, speed and acceleration can change this. If the car is already speeding, throttle should decrease. If the car already has speed, then steering should be proportionally less
# One way to improve this is with hardware, by adding a RPM speed sensor (optical or magnetic), a GPS, an IMU or a combination. This is used as an input to the model
# If one does not have a speed sensor, another way is to update the model so it takes into account the last frames, and by using Kera's 3d convolution methods. Reference paper to read : https://arxiv.org/pdf/1412.0767.pdf
# This can slow down inference and result in lower fps

img_in3D = Input(shape=(3, 120, 160, 3), name='img_in') # First layer, input layer, takes 3 Shapes comes from camera.py resolution, RGB
x = img_in3D x = Cropping3D(cropping = ((0, 0),(60, 0),(0, 0)))(x) # Depending on your camera angle. Most cameras are pointed downards so the top X pixels can be safely cropped
x =

heri

  jQuery.getJSON('/cart.js', function(cart) {
  items = cart.items;
  var results = items.filter(x => x.id === 6223106801703);
  if ((results.length == 0) && (items.length > 0)) {
    jQuery.post('/cart/add.js', {
      quantity: 1,
      id: 6223106801703  
    });
    location.reload();

heri

def add_message
  page._message << { name: page._new_message }
  page._new_todo = ''
end

heri

<h1>Let's chat</h1>
<ul>
  {{ page._messages.each do |message| }}
    <li>{{ message._name }}</li>
  {{ end }}
</ul>

<form e-submit="add_message">
  <label>Todo</label>
  <input type="text" value="{{ page._new_message }}" />

heri

<!-- Using a top level navigation component -->
<:nav href="/about">About</:nav>

<!-- Rendered as -->
<:Nav>
  <li class="{{ if active_tab? }}active{{ end }}">
    <a href="{{ attrs.href }}">{{ yield }}</a>
  </li>

heri

# Saves a comment by current user to an event
def save_event_comment
  model._created_at = Time.now
  model.save!.then do
    flash._notices << "Thanks for adding a comment"
    new_event_comment
  end.fail do |err|
    flash._notices << err.to_s
  end
end

heri

# Callback hell :/
Yelp.get("restaurants").then do |response|
  PlacesTasks.sort(response.json[:places]}) do |response|
    Place.review(response, {ranking: -1}) do |response|
      puts "All finished"
    end
  end
end

# More readable asynchronous calls with Promises