This build enable some of the command line options to check the effect of different parameters in the model.
DO NOT USE FOR BENCHMARKING PURPOSE. USE THE OTHERS RELEASE INSTEAD.
For example, please use this version if your goal is to compare these models with yours: https://github.com/Telecommunication-Telemedia-Assessment/GBVS360-BMS360-ProSal/releases/tag/2.0
This tool was based on the binary submitted to the ICME grand challenges. It allow to test the differences of model performance with/without equatorial prior. This should not be used for benchmarking purpose as the equatorial prior is part of the contribution of these model and disabling it results in decrease of performance in the context of Head Saliency prediction. Therefore, please use the other build of the release section if you aim at doing comparison between this work and yours.
The models available in this binary are: BMS360, BMS, and GBVS360:
BMS360
You can obtain the saliency map from the BMS360 model using the following command:
.\salient.exe -i .\test.jpg -o .\saliency.jpg --general-model 1
.\salient.exe -i .\test.jpg -o .\saliency.jpg --general-model 2
There is no difference between the two command, as the intended difference between the two was the use or not of the equatorial prior. However, in this tool, the equatorial prior is ALWAYS DISABLED. (Again, You should NOT USE THAT BUILD FOR BENCHMARKING)
BMS
You can access to the BMS model using the following command line:
.\salient.exe -i .\test.jpg -o .\saliency.jpg --general-model 1 --legacy-icme-2017
Again, the equatorial prior is DISABLED and that should NOT be done. This is for testing ONLY, not BENCHMARKING.
GBVS360
You can access to the GBVS360 model using the following command line:
.\salient.exe -i .\test.jpg -o .\saliency.jpg --general-model 2 --legacy-icme-2017
Again, the equatorial prior is DISABLED and that should NOT be done. This is for testing ONLY, not BENCHMARKING.
Equatorial prior
And in each case, you can also add the equatorial prior using the option --equatorial-prior