* Returns a random number between min and max * @param min * @param max * @returns {*}

* Generate materials from color palette * @param palette * @param wireframe * @returns {Array}

* Finds the world position from x&y screen positions * @param x * @param y * @returns {*}

Start the websocket stream.

* Add selection mesh to scene and selectionMeshes array * @param touchid

* Update all selection meshes * Render Scene * Call requestAnimationFrame(self)

Use reflection to find and validate the data handler method in the sketch based on the enum of available streams.

* Create the object that will be cloned to create all new objects * @returns Geometry

* Create star-like material * From http://threejs.org/examples/#canvas_particles_sprites * @returns {THREE.SpriteMaterial}

Helper function to generate websocket URLs

* Gets a random selection from the selected materials array * @returns THREE.Material

* Add Mesh to allMeshes and scene * Grow it in, tween it out * @param mesh

Data handler for JSON messages from the stream.

* Calls all init modules

* Setup custom config settings

* Setup the Uncontext connection

* Create materials array to use * There are several palettes to choose from * And we generate a solid and wireframe array of our chosen palette

* Create starfield particles

* Set up THREE.js scene

Print the list of available streams in the debug console.

* Main hook for Inputs * Creates new mesh from selection mesh, then deletes selection * New mesh is assigned a lifetime and grown in with a Tween *

* Main hook for Inputs * Updates geometry of selection mesh based on nearest points * TODO: make search its own function? * @param event has x, y,

* Main hook for Inputs * Adds new selection mesh * @param event has x, y, id

* Removes selection mesh created by target touch id * Splices from selectionMeshes array and removes from scene * @param touchid