@dusx said:

more for shutter status? 

%1AVMT ?

Class 1 command.

@cacoos Very good. Create your presets with a conventional controller or the Panasonic utility. It stores them in the camera body. Then, recall presets with the format I provided in my post. You can even check to see if they succeed or fail 🙂

@mark

Great. Flawless. Exactly what I meant.

Thanks! Peter

@liminal_andy so good to see you out here answering Izzy troubleshooting requests. Squaaaaaad! I have noticed some really heavy leaf accumulation in my front yard, and wondering if you have any insights?

Isadora and OSC works fine on multiple network interfaces

Here is an example config with the ethernet interface at 192.168.1.1  and a Wi-Fi interface at 10.0.0.50

A sender device ( eg. TD or qlab) interface is 192.168.1.2. In the application preferences, set OSC address (host, or destination or listener or udp -meaning isadora here) to  192.168.1.1  

A listener, ATEM mini is on the same LAN at 192.168.1.3:3333 - Here, adjust Isadora's OSC Transmit actor to match ATEM's device address. 

A wireless control device (touch OSC/phone) at 10.0.0.22. Isadora is on the 10.0.0.50 interface there so my phone's TouchOSC prefs need to be set to send to Isadora at 10.0.0.50

192.168.1.255 can also be used to broadcast the values to all devices in the 192.168.1.xxx network. Similarly, 10.0.0.255 will broadcast to all devices on the 10.0.0.xxx network.

 Here is an example of using OSC over two interfaces.  on the listener /Chan1 is a from a PC with no wifi. just a direct cable with static IP  TD. 

The /3/xyM+i coming from my phone over the home WI-FI

If you want devices on different networks to communicate to each other then you need to consolidate the network so they are on the same network, but that's an IT solution.  Nevertheless, Isadora can overcome that if you use it as a pass through. It's a good way if you want to limit ranges and have conditions or rename the address of the values to be forwarded. 

Dear all

Thank you for your help an input. With OSC, it was pritty easy to solve. I used a python OSC library (https://pypi.org/project/pytho...) and it works very easy on the python as well as on the isadora side. Problem solved.

Thank you for your help.

Marco

@bennnid said:

1,5 /240 (frame?) = 0,063 sec

 Here I took 1 second divided by my Isadora Cycle rate (it was running at 240).. I then changed 1 sec to 1.5 to give some space.

Isadora is able to run the patch through at the cycle rate per second. I just dumbed it down a bit. 

@xlrstik said:

your right i downloaded the wrong version

No worries, it happens. ❤

Best wishes,

Woland

@dusx

Thx so much I ll try it and get back to you! 

Hi,

Is there a simple way to set up a 'value delay line' for floating point numbers?

[Edit]

I think it is a good sign when you can help yourself... solved with some simple calculators.

Best Wishes

Russell 

@brandy said:

I'm on Isa 2

Unfortunatley the Matte actors in Isadora 2 have a bug related to the 'scale fg' function, that makes it so I can't port this User Actor backwards to Isadora 2.
Here are the guts of the user actor in case its useful for anyone else to understand.

The basics are that the image is placed onto (using Matte++) a Square canvas (using the greater of Width or Height).
Then the square canvas is rotated 90, 180, 270 degrees (as needed). Finally the Square canvas is cropped back down to the image size.

@dusx

Thank you very much for your reply, I see now, I've put the mapping in a user actor, but that mapping does not match with all video' that should be on the bus, therefore it misses a part, when I correct the mapping it does fit. 

@michel

Damn - user errror...

Thanks a lot!

@bonemap https://learn.sparkfun.com/tut... This is the sensor, I still don't know if firmata will work, but I just got it working with the serial in watcher. Just needed to seperate the values and make them Serial.Println like was suggested above. So the code was this. Then in izzy I just needed a second serial in watcher set to 2. 

#include <SparkFun_ADS1015_Arduino_Library.h>
#include <Wire.h>

ADS1015 fingerSensor;

void setup() {
  
  Wire.begin();
  Serial.begin(115200);
  
  if (fingerSensor.begin() == false) {
     Serial.println("Device not found. Check wiring.");
     while (1);
  } 
  
  fingerSensor.setGain(ADS1015_CONFIG_PGA_TWOTHIRDS); // Gain of 2/3 to works well with flex glove board voltage swings (default is gain of 2)
}

void loop() {  
  int data_1;
  int data_2;
  data_1 = fingerSensor.getAnalogData(0);
  data_2 = fingerSensor.getAnalogData(1);
  Serial.print(1, DEC);
  Serial.println(data_1);
   Serial.print(2, DEC);
  Serial.println(data_2);
 delay(50);
  Serial.println();
}

I have tried Open Stage Control and it runs well and easily with a nice and flexible interface. Just install the software (without any additional installation) and go on. It has similarities with Touch OSC but on smartphones or pads it is "only" usable via web browser (no app). Doesn't run correctly with Safari on Mac but works well on iOS devices.(on Mac Firefox and Chrome are OK)
Attached is an example of the Global Keystone actor control.

One advantage over Touch OSC is that you can test buttons, sliders etc. directly on the computer without having to synchronise with the iOS device.

@jjhp3 said:

Thanks for the quick work! These new FFGLs work great with 3.0.8. - John

I've put these plugins on the Add Ons page now.

Best Wishes,
Mark

@jarporte

I generally also have VLC installed on my PC since it will playback Hap Mov files, which the Windows players do not.

@jfg said:

with copy and paste

In the original scene: Left-click and drag to select the actors you want to copyCopyMove to the new scenePaste

You can also copy and paste whole Scenes inside a file in the Scene List or copy them from one file to another using copy paste.

@aolis said:

I would feel guilty making a feature request knowing I can follow the method you provide here and get an index of names displayed. 

Did it for you. See here.

Best Wishes,
Mark