#PHILIPS HUE COLOR CONVERTER HOW TO#
#PHILIPS HUE COLOR CONVERTER INSTALL#

Var httpContent = new StringContent(str, Encoding. Internal Bridge( string ip, string bridge) The values for our IP address and bridge ID ColourfulConverter() ĭouble r, double g, double b, out double x, out double y Var converter = new Colourful.Conversion. Internal static async Task PutUrl( this string uri, HttpContent cont)ĭouble x, double y, out double r, out double g, out double b Get the response: if it's valid return the JSON string else null Internal static async Task GetUrl( this string uri)

#PHILIPS HUE COLOR CONVERTER INSTALL#

EASY INSTALL LED LIGHTS: The instant-start LED T8 light bulbs convert. Internal static List GetFieldsOfProperties( this JToken obj, string name) Sign In For Price Member Only Item 20 OFF Philips Hue 100W White & Color Ambiance. Return obj.GetFieldsOfProperties( 'name').ToArray() Internal static string GetNameFieldOfProperties( this JToken obj)

Internal static string GetNamesOfProperties( this JToken obj)

Here’s a link to the Dynamo graph, and here’s the updated C# code for the zero-touch library: I think it’s pretty cool! Although the camera’s sensor doesn’t do the colour range justice, unfortunately.

You can also set the order of the lights manually, assuming you don’t want them to be coloured sequentially based on their ID.Īs you can see from the number of spheres, the above graph was run in a room where we have a lot of Hue lights, to emphasize the effect. You’ll see there’s a colour gradient control – with some UI controls allowing the user to set the start and end colour, although we could add as many colour-stops as we wanted – and the colours sent to the various lights will be at equal distances along this space, based on the number of lights that are connected to the bridge. The RGB approach won’t let you control brightness, so it may ultimately be beneficial to add a more direct control over that setting, in case you just want to dim (or undim) a light.Īnyway, here’s a look at the updated graph. Both seem to work well enough, so the choice of which to use is left to you. I ended up exposing the ability to set RGB values (which passes via CIE) or Hue, Saturation and Brightness directly. The Philips Hue API allows this to be done either via Hue, Saturation and Brightness or by the XY offset in the CIE colour space. To make this happen some changes were needed to the zero-touch node that talks to the Philips Hue API on behalf of Dynamo, mainly to allow the setting of a light’s properties.

#PHILIPS HUE COLOR CONVERTER HOW TO#

Now that we’ve seen a couple of posts showing how to query information about Hue lights via a Philips Hue bridge from Dynamo Studio, it’s time for the really fun stuff: controlling lights from Dynamo.

Philips hue color converter