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let graph_container = document.createElement("div"); graph_container.id = "graph-render-area"; graph_container.className = "graph"; graph_container.style.height="400px"; print(graph_container); let graph = new Oak.Graph.Graph(); let btn = new Oak.Graph.Node.Button(); let txt = new Oak.Graph.Node.Text(); let alr = new Oak.Graph.Node.Alert(); let log = new Oak.Graph.Node.Log(); graph.attachNode(btn); graph.attachNode(txt); graph.attachNode(alr); graph.attachNode(log); graph.render(graph_container);

Networks are a CPU based implementation of a simple feed-forward / back-propagation Neural Network. Network.ts Methods network = new Oak.Neural.Network(); return network; network.addLayer(4,2); network.addLayer(1); training_data = [ [[0,0],[0]], [[1,0],[1]], [[0,1],[1]], [[1,1],[0]] ] network.train(training_data); return network.process([1,1]);

Honesty It is our responsibility to our community and to the public to provide accurate information. This means being honest with our audience and ourselves. We strive to present information that is clear, accurate, and complete. It means taking the time to listen and respond to those who have questions, and being respectful of our […]

The team at OakFrame and TimeRocket have done it again, a collaboration of epic-proportions. We've put our heads together to build the ultimate in cross-platform Desktop GUIs for Elasticsearch. This was a new challenge for us, and we're excited to be able to show it off. Our goal with this release is to bring and […]

Cameras are a way to transformations when rendering images to a surface. It relies on the Projection class to deliver 2d and 3d projection computations. Camera Methods First, we're going to set up some helper variables that will come in handy later. surface = new Oak.Rendering.Surface(); actor_image = new Oak.Rendering.Sprite("https://oakframe.org/wp-content/neighbors/sp_apple01.png"); getProjection() : Projection camera = […]

First, let’s set up a helper function that is going to convert coordinate latitude and longitude to a pixel X and Y position. This will be useful for displaying our coordinates on a 2d image of a map, which we’ll be doing later. function coordinatesToXY(image_size_x, image_size_y, coords){ return { x : (image_size_x) * (180 + […]

device = { absolute:null, alpha:null, beta:null, gamma:null } data=[]; function handleOrientation(event) { device.absolute = event.absolute; device.alpha = event.alpha-180; device.beta = event.beta; device.gamma = event.gamma; } DeviceOrientationEvent.requestPermission() .then( response => { // (optional) Do something after API prompt dismissed. if ( response == "granted" ) { print("permission granted") } }) .catch( e => { print("permission denied") […]

Let's get started by setting up some HTML Elements to be used for displaying the webcam video stream. video_element = document.createElement("video"); video_element.autoplay = true; video_element.playsinline = true; video_element.setAttribute('playsinline', 'playsinline'); // For iOS video_element.style.width = "100%"; Now we'll set up the asynchronous function to start the video stream. startVideo = async function(){ stream = await navigator.mediaDevices.getUserMedia({ […]