OK, I have some spherical pans that make disappointing photofields because of object shapes that have no equal in the RF8 object library. Usually, the culprits are protective fencing around the pilot stations or a nearby tree. So, I'd like to be able to build 3D objects to fit.
Without any knowledge of 3D software or whether or not this is feasible, here's what I'd like to be able to do (please excuse any incorrect terminology):
-trace an object (a fence frame or a tree for example) in the original image as closed hairline vector paths.
-adjust perspective by stretching and warping to approximate the actual object shape.
-extrude the 2D vector image into a thin 3D object, as if it were a cardboard cutout.
-color it red like RF8's native depth buffer objects.
-in RF8,
-import the object as an airport object.
-position it onto the photofield and set the azimuth, roll and inclination to approximate the original perspective, which hopefully will be a pretty good fit.
-export the photofield as an RFX, which includes the custom object(s).
Can this be done and with what software? Wings 3D? I fully expect a steep learning curve, but would like to hear what you think before getting started.
Without any knowledge of 3D software or whether or not this is feasible, here's what I'd like to be able to do (please excuse any incorrect terminology):
-trace an object (a fence frame or a tree for example) in the original image as closed hairline vector paths.
-adjust perspective by stretching and warping to approximate the actual object shape.
-extrude the 2D vector image into a thin 3D object, as if it were a cardboard cutout.
-color it red like RF8's native depth buffer objects.
-in RF8,
-import the object as an airport object.
-position it onto the photofield and set the azimuth, roll and inclination to approximate the original perspective, which hopefully will be a pretty good fit.
-export the photofield as an RFX, which includes the custom object(s).
Can this be done and with what software? Wings 3D? I fully expect a steep learning curve, but would like to hear what you think before getting started.