TRACK code Files

TRACK v.2024.1
In this update, there are few bug-fixes regarding memory error (Both in DFT and DFT+DMFT). Also, some new features have been added to TRACK DFT modules.
The list of new features, that are added into the present version, is given below:
(1) TRACK code for DFT has now been parallelized on omega values. Also, read num_cpus in input section in userguide.
(2) Format of the eigval_dft has been changed. (for DFT only)
(3) A new input parameter vel_mat_type has been added, details of which are given in userguide in input table (Table 1). (for DFT only)
(4) A new option for tau_type has been created, which is described in userguide in detail (Table 2). (for DFT only)
(5) A new input parameter omega_step has been created, which will replace omega_iter in the input file from previous version of code, details are given in userguide. (for DFT only) 
(6) New code also prints Kinetic coefficents in a file with name Kinetic_Coeff_vs_T.dat. (for DFT only)
(7) Two old modules trandis_DFT.py and track_DFT.py have been merged and made into a single module with name track_DFT.py. (for DFT only)    
(8) Two new utility codes are being provided: (i) First one is contained in folder named : 'generate_klist_inop_files'. This is useful for generating the k-points and case.inop (which will be useful for producing the relevant case.pmat file). (ii) Second one is contained in folder named: 'Kinetic_coeff_split_and_combine'. This is useful when one deals with large number of k-points. It provides the new input files (with lesser k-points) on calculations can be run. Finally it provides a python module (KineticCoeff.py) to merge all the results and generate a final output. The details about how to use these utility programs are provided in the 'INSTRUCTION' section given at the top of the file containg these codes. 


Due to the above mentioned features, it is highly recommended to use the present version (TRACK v.2024.1) of the code.