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mat-px opened this issue
Oct 5, 2021
· 0 comments
· May be fixed by #84
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featureNew feature to addODLCTask related to the detection, classification, or localization of SUAS standard or emergent objectsvisionPertaining to visual stream handling and data processing of the data from the drone sensors
Determine the GPS location of an object in an image.
This involves being able to, when given an image and a single pixel in that image matrix (and the retrievable vehicle orientation data and camera optic data), return the coordinates of the real-world GPS location of the pixel in the image.
This module should also be overloaded with the capability of parse an image with a given bounding area (set of pixels) (and vehicle orientation data and camera optic data) to return the GPS coordinates that correspond to its real-world bounding area.
The text was updated successfully, but these errors were encountered:
mrouie
added
ODLC
Task related to the detection, classification, or localization of SUAS standard or emergent objects
vision
Pertaining to visual stream handling and data processing of the data from the drone sensors
feature
New feature to add
labels
Mar 24, 2022
mrouie
changed the title
Object Localization (GPS Location) from Image
Generic Object Localization (GPS Location) from Image
Mar 24, 2022
mrouie
changed the title
Generic Object Localization (GPS Location) from Image
Generic Object Localization from Image
Mar 24, 2022
featureNew feature to addODLCTask related to the detection, classification, or localization of SUAS standard or emergent objectsvisionPertaining to visual stream handling and data processing of the data from the drone sensors
Summary
object_location.py
Determine the GPS location of an object in an image.
This involves being able to, when given an image and a single pixel in that image matrix (and the retrievable vehicle orientation data and camera optic data), return the coordinates of the real-world GPS location of the pixel in the image.
This module should also be overloaded with the capability of parse an image with a given bounding area (set of pixels) (and vehicle orientation data and camera optic data) to return the GPS coordinates that correspond to its real-world bounding area.
The text was updated successfully, but these errors were encountered: