The uncompensated temperature of the BMP180 is incorrectly converted to a 16-bit signed value, instead of a 32-bit signed value (long). Since the data is 16-bits wide and can therefore not be negative, the easy fix would be to do the following:

sip.js(1128): uncompensated = uint16(data[0], data[1]);

Please see page 15 of the manual of the BMP180 chip:
https://ae-bst.resource.bosch.com/media

Related to closed case #1095. I believe it's worthy of another look.

Currently, to create custom system commands a user must use the Event or System structures of config.yaml.

In my specific case, I would like to send a parameter to the system for use with RPi-gpio applications. This would be most intuitively accomplished through the controls structure with a slider or value-entry field.

In th

MeshNormalSmooth() takes a vertex and iterates all the others, looking for vertices with a distance < epsilon.
Then it calculates their normals and sums it.

That's not a good idea, IMO:

• Two close vertices can be not physically linked, I don't think summing normals makes sense.
• It's quadratic.

A simpler and faster way to smooth a model could be:

• Iterating through each triangle

/tmp/ has been hard coded in some instances

This will be replaced with https://docs.python.org/3/library/tempfile.html which has been well implemented in some instances in the code.

Hello everybody,

first of all thank you for this project.

Introductional words

I uses this project to set up a wlan access point for my parents who have a mobile home and are travelling through europe. That said, I am using the WLAN CLIENT option and ethernet is not used for now.
When there is no Wifi around an additional use case for my parents is to connect to 4G networks via a sma

Task

Convert CI to GitHub Actions

Context

Travis is removing its free tier for OSS projects, so this should be built with GitHub Actions instead, which is not going to add additional cost.

I would expect this to be one of the easier projects to convert given that Docker isn't used in the build.

See also:

https://github.com/mvdan/github-actions-golang
https://github.com/ac

We need some good graphics for the main sampler screen. This is where you can do rudimentary editing of the samples that are played in the sequencer.
There are two screens. The main screen with the controls:

• Volume (this one may be changed later)
• Speed (Playspeed. The sample also pitches up or down)
• Filter (in the middle the sound is unchanged, away from center it engages either hi-pass