User Portlet
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| HEllo... Not much esxciting going on between Mathematica and Arduino. Old firmware FIRMATA does not allow to read all the pins from MEGA. Please, reopen and take over the subject or comment . |
| Thanks.. Why you eliminated the "None" part from the equation. Do you consider these option that do not apply. I learn from a tutorial about the use of NOne when one that one plot is showed. But never really understood when it applies and when not. ... |
| I am puzzled with the fact that OpenDevice Arduino command uploads a driver with limited compatiblility limited to Uno and Yun. Firmata client has upgraded to v. 2 that recognized the 62 pins in Arduino Mega. Why is Mathematica behind? Can I... |
| Thanks..!! Not sure why I have not been able to see this earlier. IS this in the documentation? I foundabout the IncludeDirectories option but nothing about the format. Also what will be the format if there are multiple libraries locations? |
| > I am not sure what you mean.. DO you mean to eliminate the comment > lines? Or something else? > I had to remove getline and stringstream lines since they were waiting > for input and hanging the kernel. I would look at this post for some... |
| IS there a way to associate the WM code to the phone running on a separate network? Let say that the Phone is running using its own Data Service but my computer is in a separate network. Where do I place the IP in the code since I do not see this... |
| Thanks for your reply. Is this option ound under the Visual Studio Community 2017 installation or under the VOsual Studio Built tools? ![enter image description here][1] [1]:... |
| YOu will need to apply the Coordinate Transformations . This is because the plot only works in Cartesian and Polar coordinates. |
| I need to convert a mathematica expression from describing the geometry of a 2D ellipse in cartesian coordinates to an ellipse cutting normal to the rotating minor axis. So far, it appears that Wolfram Mathematica plot function is restrained to... |
| The alternate form is log(sqrt(e^(2 x)/4 + 1) + e^x/2) + constant |