Dimitris,
You need to set your occupancy from 0 to 9 (say it is 1), then from 9:01 (or 10) to 17:59 set it to 0 and from 18 to 24 set it back to 1 again. This is how you set schedules in E+.
-A.
12 for the number of steps. So, you need to edit the Quad Stepper Firmata for Motor A (for example). On line 29, you need to change the line to: #define DIR_PIN_A 10 and then change line 30 to: #define STEP_PIN_A 12. Then, upload this to your board and then go through your Grasshopper process. Note, the Firefly shield only uses one easy stepper driver... so you'll only be able to control a single stepper. In the example outlined above, we modified it so it works with Motor A (or Motor 1). So, in your Grasshopper example the only one you will be able to control is the M1 input. …
hopper...without a crash
Shows Rhino Loading @ 0:00 - memory stable
Grasshopper Loading @ 0:29 - memory begins to rise to 90%+
Memory dumped to disk after double click on canvas and stabilises @ 1:46
Place Pop 3D component @ 1:47 Close file - Memory runs away@ 2:56
repeat above steps double click doesn't dump this time whilst memory is on the rise. @ 3:09
memory dumps and stabilises after deleting a component @ 4:00
close file @ 4:29
Repeat with more geometry to try higher stress on CPU
Memory dump and stabilises with no corresponding GH interface actions. @ 6:13…
run the simulation I get this in the command line:
An error occured in the display pipeline @ 10:35:29(856ms)An error occured in the display pipeline @ 10:35:29(856ms)An error occured in the display pipeline @ 10:35:30(387ms)An error occured in the display pipeline @ 10:35:30(387ms)
etc
etc
I have tried changing between Windows and Open GL in 'Pipeline and Conduits' settings in Options> Appearance> Advanced Settings> Other Settings - doesn't solve the problem.
I am running:
- Rhino 4 SR 8
- Grasshopper 0.80004
- Kangaroo 0.044
rhino model and grasshopper definition attached....
any help would be really appreciated!!
thanks,
Jeg…
the next challenge i am confronted with is that all 5 circles of the above-mentioned radi are placed in each point. My aim is to randomly distribute ONE of the created circles in each point, instead of 5 in each point.…
1#comments
But I seem to be having a problem with this closest to some value thing: values in my list are too small, up too 1 x 10^-30. The closest value I want to search for in that list is 1.25 x 10^-9
But Grasshoppers "find similar" component recognizes all of the values from the list, to be similar to 1.25 x 10^-9, because all of those values are in range from 0.1 to 1 x 10^-30.
Is there a way some kind of tolerance can be made, when it comes to recognizing a similar value?…