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ISIS version(s) affected: 7.1.0 through present; bug was introduced between 7.0.0 and 7.1.0
Description
In the qview Advanced Tracking Tool, the Emission and Incidence columns are displaying the Local Emission and Local Incidence values (based on surface topography in the image's linked DTM). There is currently no way to display the emission and incidence values as calculated on a sphere in qview.
How to reproduce
This is a fairly extreme example using only the built-in DTM and a relatively small LROC NAC image:
Then hit '/' to zoom to 1:1 at the center of the image (roughly line 5000, sample 1300), open the advanced tracking tool, and turn on the Incidence and Local Incidence columns. As you wave the cursor over the image, note that both columns remain perfectly in sync, even as the values range from ~60 to 80 degrees. Non-local incidence angles over this few-hundred-meter area should be effectively constant, not varying by 20 degrees.
The text was updated successfully, but these errors were encountered:
Unfortunately, this issue hasn't received much attention lately, so it is labeled as 'stale.'
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ISIS version(s) affected: 7.1.0 through present; bug was introduced between 7.0.0 and 7.1.0
Description
In the qview Advanced Tracking Tool, the Emission and Incidence columns are displaying the Local Emission and Local Incidence values (based on surface topography in the image's linked DTM). There is currently no way to display the emission and incidence values as calculated on a sphere in qview.
How to reproduce
This is a fairly extreme example using only the built-in DTM and a relatively small LROC NAC image:
Then hit '/' to zoom to 1:1 at the center of the image (roughly line 5000, sample 1300), open the advanced tracking tool, and turn on the Incidence and Local Incidence columns. As you wave the cursor over the image, note that both columns remain perfectly in sync, even as the values range from ~60 to 80 degrees. Non-local incidence angles over this few-hundred-meter area should be effectively constant, not varying by 20 degrees.
The text was updated successfully, but these errors were encountered: