The method is based on variational approach. The data term is derived from 3D Census signature constancy assumption. Quadratic penalizers are used for the data term and the regularizer.
SOR iteration is used to solve the associated Euler-Lagrange equations.
Developed by Sandeep MANANDHAR.
paramters : - gamma (1.20 by default) - maximum iteration number (6 by default)
Example : PARAMETERS : -s YOURSOURCEIMAGEPATH -t YOURTARGETIMAGEPATH -i MAXIMUMITERATION -g GAMMA -o YOUROUTPUT_DIRECTORY
It should give you an error but the software works.
For the visualization, you can use the Flowscope Visualization software at https://allgo18.inria.fr/apps/flowscope-visualization
In order to run a job you need to be identified or register a new account.
The following curl command will create a job (note: job[webapp] is required, all other parameters are optional):
curl -H 'Authorization: Token token=<your private_token>' \
-X POST https://allgo18.inria.fr/api/v1/jobs \
-F 'job[webapp]=flowscope' \
-F 'job[version]=1.1' \
-F 'job[param]=' \
-F 'job[queue]=standard' \
-F 'files[0]=@test.txt' \
-F 'files[1]=@test2.csv'
Monitor its progress:
curl -H 'Authorization: Token token=<your private_token>' \
https://allgo18.inria.fr/api/v1/jobs/JOB_ID/events
Get the result:
curl -H 'Authorization: Token token=<your private_token>' \
https://allgo18.inria.fr/api/v1/jobs/JOB_ID
Abort the job:
curl -H 'Authorization: Token token=<your private_token>' \
-X POST https://allgo18.inria.fr/api/v1/jobs/JOB_ID/abort
Delete the job:
curl -H 'Authorization: Token token=<your private_token>' \
-X DELETE https://allgo18.inria.fr/api/v1/jobs/JOB_ID