@mjaka

There are two plugins, one called "Syphon Receiver" and the other called "syphon stage output" if you are on a Mac. On Windows they are called "spout" instead of "syphon".

Best Michel

@woland said:

Uncheck

 ok i undertand .

I hope that now it works

@jjhp3

To be fair I only learned this through our software testing process. Before I worked for the company and started testing *everything* in the program, I only ever used Force Stage Preview, never Show/Hide Stages.

@gapworks said:

is there an option? or do i need to stick to "activate scene" for my subtitles and then listen to them.

 Try sending out the subtitles to a Virtual Stage and enabling the NDI Out for that Stage in the Stage Setup and then downloading the NDI Watcher plugin to get the NDI feed into your main file and send it out to a display that way.

Yes, so long as they share them non-attribution with no restrictions, otherwise you're technically using someone else's intellectual property illegally (not that anyone will ever catch you or come after you but it's a moral point).

@jjhp3

and altering cmd+shift+f? Same there?

Best Michel

In this video, I show you how to control cues in disguise by sending OSC data from Isadora. Might be useful to some.

@dusx said:

grab the JSON data using the 'Get URL Text' actor

 Hi @DusX,

After your suggestion I have refocused this experimental development using the 'Get URL Text' actor as you have suggested. It has worked handsomely to bring online data into the Isadora patch environment. I have made a patch with detailed annotations about the process and offer it here as a departure point for those artists who are seeking to establish using dynamic data from a URL source in their projects. 

Dynamic data demonstration file (using data from online sources) Dynamic Data Isadora project

This Isadora patch accesses live data from an online source. It uses it in a way that represents the data graphically and to locate elements in x and y space on the stage. The patch works by accessing an Open Data Source using a live internet URL. The data set includes names of Countries, their Capital City and Latitude and Longitude coordinates and other information. After scaling with Limit-Scale Value actors, the longitude and latitude data locates each city on a world map. A list of iso2 codes (2 letter country codes) has been saved as a text file and read into the patch through a Data Array actor. This Isadora patch demonstrates the Get URL Text, Text Parser, Text Formatter and Data Array actors.

Best Wishes

Russell

@michel

Off course! How could I forget. Thanks a lot Michael ;o)

hello. we use a kiloview n2 for that. and adjust the bandwith and the resolution to something similar to Skype.

r.h.

@fred said:

the number format that comes directly put of the color maker?

It is a 32 bit number composed of ARGB - AARRGGBB where each component is a value from 0 to 255 (0x00 to 0xFF).

This patch shows how to manually decode it using the Logical Calculator.

split-color.izz

Best Wishes,
Mark

@woland feel free to use it however you like, let me know when you get to it, maybe I can take some time to write it up then

I found the way!

need to turn off "use type"

@sslezas

which artnet receiver exactly you use?

thx.

r.h.

@salimelo said:

hi Fred, thx, that was the solution. Found out that Isadora couldn't exceed 18 + something Frames. Syphon did the job both with 25 and 30 fps in outstanding Quality, I feel super grateful. I rendered the Audiofile and glued them together in Studio one 4. Only flaw is some heavy compression of studio one, which results in worse visual quality again, but at least smaller (about 1/4) video, and still useable. Thanks a lot :)

Hi, I'm managing to map values from my data to the co-ordinates, this is a brilliant app in general and the point cloud looks fluid and smooth.

In the meantime I'm testing it using the potted text file.

The data stream I need to access has a hole punch every five seconds that it needs to be sent a password

I am looking at using a 'TCP Send Data' Actor hooked up to a Timed Trigger Actor to access the actual stream.

Cheers,

Rob

        byte[] bytes = Encoding.UTF8.GetBytes("CONNECTION_REQUEST|" + serverPassword); 

        udpClient.Send(bytes, bytes.Length, remoteEP);

        string linkServerIP = "15.188.142.121";
        int linkServerPort = 12000, localClientPort = 13000;

            while (communicateWithServer) { // Send a hole punching message every 5 secs with password
                udpReassembler.sendTokenToServer(linkServer, serverPassword);
                Thread.Sleep(5000);
            }

I'm really curious to see how solutions develop. NDI cloud was free briefly when it first came about but I was too busy to deal at the time. I was just thinking about all this and happened to look on here today and obviously we are not alone as we might feel at this moment. Bored/frustrated/angry already with the limited horrid tools my institution is forcing me to use with my students. Dreaming of a way that I can bring students together into one virtual screen space so that they can perform "together." 

@bonemap checkout the cuecore https://www.visualproductions.nl/

done. thanks

Thank you @mark I've been looking for a Kaleidoscope Shader for quite some time, this is such a great thing to find in the forum today!!

@mark said:

// CREDIT: VIDVOX // CONVERTED FROM ISF // // ISADORA_FLOAT_PARAM(sides, 5e{l, 1, 32, 6, "No help available.") // ISADORA_FLOAT_PARAM(angle, 0s&v, -1, 1, 0, "No help available.") // ISADORA_FLOAT_PARAM(slidex, hH=w, 0, 1, 0, "No help available.") // ISADORA_FLOAT_PARAM(slidey, K$=M, 0, 1, 0, "No help available.") // ISADORA_FLOAT_PARAM(center_x, B%j7, 0, 1, 0, "No help available.") // ISADORA_FLOAT_PARAM(center_y, 5{?+, 0, 1, 0, "No help available.") #define center vec2(center_x,center_y) uniform sampler2D tex0; uniform float sides; uniform float angle; uniform float slidex; uniform float slidey; uniform float center_x; uniform float center_y; uniform vec2 resolution; const float tau = 6.28318530718; void main() { // normalize to the center vec2 loc = resolution * vec2(gl_TexCoord[0].xy[0],gl_TexCoord[0].xy[1]); float r = distance(center*resolution, loc); float a = atan ((loc.y-center.y*resolution.y),(loc.x-center.x*resolution.x)); // kaleidoscope a = mod(a, tau/sides); a = abs(a - tau/sides/2.); loc.x = r * cos(a + tau * angle); loc.y = r * sin(a + tau * angle); loc = (center*resolution + loc) / resolution; loc.x = mod(loc.x + slidex, 1.0); loc.y = mod(loc.y + slidey, 1.0); // sample the image if (loc.x < 0.0) { loc.x = mod(abs(loc.x), 1.0); } if (loc.y < 0.0) { loc.y = mod(abs(loc.y),1.0); } if (loc.x > 1.0) { loc.x = mod(abs(1.0-loc.x),1.0); } if(loc.y > 1.0) { loc.y = mod(abs(1.0-loc.y),1.0); } gl_FragColor = texture2D(tex0, loc); }