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PnP-MRF / PNP
In-cilico PnP-MRF Experiments
##How to compile##
$ make mrs
##How to run## Step 1: Create the dictionary.
$ ./Create_PNP_Dictionary.app
Set 2: Simulate the acquisition process
$ ./Simulate_PNP_acquisition.app
Set 3: Reconstruct measurement data
$ ./Recon_PnP.app
##How to view## The results are stored in the './Results/' subfolder (160x160 array of 32 bit real):
$ ./Results/PNP_recon_PD.float (PD-map [a.u]) $ ./Results/PNP_recon_T1.float (T1-map [ms] ) $ ./Results/PNP_recon_T2.float (T2-map [ms] ) $ ./Results/PNP_recon_M1.float (B1-map TX1 [ms] ) $ ./Results/PNP_recon_M3.float (B1-map TX2 [ms] )
To view the result one can us the exemplary Matlab code:
$ ./View_PNP_results_in_matlab.m
Step 1: To take the slice-profile into account, change line 10 in ./SEQ_PNP/PNP_Config.h to:
#!c++ #define SPAT_STEPS 8
$ ./make pnp && ./Create_PnP_Dictionary.cpp
Step 2: Safe the scanner data into a 32 bit float file with the following alignment:
#!c++ |A 1|A 2| ... |A 32|B 1||B 2| ... |A B32||C 1|C 2| ...
Place the dictionary ('pnp_dictionary.float' & 'pnp_lookup_table.float'), scanner data ('pnp_acquisition.float') and reconstruction program ('Recon_PnP.app') into the same folder. Create a subfolder called 'Results' and run:
$ mkdir Results && ./Recon_PnP.app
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