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Hello. Thankyou for your great work.
Unfortunately we have some issues and it depends from some leaks in docs.
So, we use roll-pitch-yaw system.
and we have
roll= -4
pitch= -11.6
yaw= 96
And we have Cesium geospatial system they use the same and adapt some values
roll= 356
pitch= -11.6
heading=96
And we decide to use cameratransform lib instead. We start from comparing horizon and get some issues.
roll= -4
pitch= -11.6
yaw= 96
with these value we get mirrored horizon, and only this these
roll= 4
pitch= 11.6
yaw= 96
all became correct.
So can you explain documentation more about angles and correct degrees for them. And ofc formula tilt_deg = 90 - pitch_deg seems incorrect for negative values
The text was updated successfully, but these errors were encountered:
Ah ok. Yes you are right. The hint is wrong, the equation is different.
pitch_deg = tilt_deg - 90
or tilt_deg = pitch_deg + 90
Also the roll is defined with a different sign.
As I see quite a number of people use the roll-pitch-yaw system, I am wondering if it might be a good idea to also implement that system. But on the other hand it could introduce more confusion, having two systems.
Hello. Thankyou for your great work.
Unfortunately we have some issues and it depends from some leaks in docs.
So, we use roll-pitch-yaw system.
and we have
And we have Cesium geospatial system they use the same and adapt some values
And we decide to use cameratransform lib instead. We start from comparing horizon and get some issues.
with these value we get mirrored horizon, and only this these
all became correct.
So can you explain documentation more about angles and correct degrees for them. And ofc formula tilt_deg = 90 - pitch_deg seems incorrect for negative values
The text was updated successfully, but these errors were encountered: