Ditutup

Camera Match

Given virtual 3D model, single real world image and series of matching points in 3D (meters) and 2D (pixels), find the camera that synchronize virtual world and real world image (calculate the unknown camera parameters to allow a 3D computer generated model to be "overlaid" on top of a real photograph to make the two align together).

Requirements:

C/C++ code

Input: points pair in 3D (meters) and 2D (pixels)

Output: Perspective Camera

Optional: Simple test program that show virtual 3D model composed on real world image using calculated camera

Kemahiran: Pengaturcaraan C, Fotografi, Destop Windows

Lihat lebih lanjut: top 3d model, single match, photography 3d model, pair of points, find photography, find photograph, find a photograph, computer camera program, 3d model photography, 3d model computer, 3d model camera, camera match, camera 3d model, virtual camera, Synchronize, camera, camera camera, match image, find image match, image camera, camera using, program camera using, test camera, image matching using, camera test

Tentang Majikan:
( 0 ulasan ) Bnei Brak, Israel

ID Projek: #271976

5 freelancers are bidding on average $590 for this job

morph0054

please have a look at the PM for more details. regards

$750 USD dalam 15 hari
(0 Ulasan)
0.0
romm

This will involve using existing software for the camera matching. I have licences for MatchmoverPro and ImageModeler which are high end apps specifically designed for this purpose. You will get a match camera pos Lagi

$450 USD dalam 4 hari
(0 Ulasan)
0.0
Mirka48

This problem have answer in OpenGL. I can help you.

$400 USD dalam 7 hari
(0 Ulasan)
0.0
rrunge

The camera solution can be obtained by using photogrammetric techniques which will give you the most accurate results. This is dependant on how much information you have for the 3D points of reference in the photos. Lagi

$750 USD dalam 2 hari
(0 Ulasan)
0.0
MathTeam

We can build up a software for camera calibration. Please, reveal some issues in PMB.

$600 USD dalam 9 hari
(0 Ulasan)
0.0