ALF issueshttps://git.physik.uni-wuerzburg.de/ALF/ALF/-/issues2020-11-02T12:29:51Zhttps://git.physik.uni-wuerzburg.de/ALF/ALF/-/issues/168Doc homogenization2020-11-02T12:29:51ZFlorian GothDoc homogenizationA place to collect things that need homogenization:
- SU(N) U(N), O(2N), etc. math or not math?
- Datatypes: INT, DBLE, REAL, CHAR, CMPLX
- Sentences in tables: capital 1st letter and full stop at the end or not?A place to collect things that need homogenization:
- SU(N) U(N), O(2N), etc. math or not math?
- Datatypes: INT, DBLE, REAL, CHAR, CMPLX
- Sentences in tables: capital 1st letter and full stop at the end or not?ALF-2.0https://git.physik.uni-wuerzburg.de/ALF/ALF/-/issues/163Max_Ent2020-09-27T09:56:58ZFakher F. AssaadMax_Ent@Jonas To make MaxEnt work better with ALF I have replaced
write(File_out,'(A,"_",F4.2,"_",F4.2,"/g_",F4.2,"_",F4.2)') trim(name_obs), Xk_p(1,n), Xk_p(2,n), Xk_p(1,n), Xk_p(2,n) with
write(File_out,'(A,"_",F4.2,"_",F4.2,"/g_dat")') tri...@Jonas To make MaxEnt work better with ALF I have replaced
write(File_out,'(A,"_",F4.2,"_",F4.2,"/g_",F4.2,"_",F4.2)') trim(name_obs), Xk_p(1,n), Xk_p(2,n), Xk_p(1,n), Xk_p(2,n) with
write(File_out,'(A,"_",F4.2,"_",F4.2,"/g_dat")') trim(name_obs), Xk_p(1,n), Xk_p(2,n)
and
write(File_out,'(A,"_R0/g_R0")') trim(name_obs) with
write(File_out,'(A,"_R0/g_dat")') trim(name_obs)
Now we do not have to move any files aside from the parameter file before Running MaxEnt.
I have also changed the doc accordingly.
Best Fakher.https://git.physik.uni-wuerzburg.de/ALF/ALF/-/issues/22Save Stack space2019-09-25T17:36:36ZFlorian GothSave Stack spaceArrays that are declared with their size upon their declaration(i.e. they don't have the allocatable keyword) get by default allocated on the stack.
On systems that have set the available stack space to unlimited (Most Supercomputing ce...Arrays that are declared with their size upon their declaration(i.e. they don't have the allocatable keyword) get by default allocated on the stack.
On systems that have set the available stack space to unlimited (Most Supercomputing centers do that for compatibility reasons) this will not pose an issue.
To enhance compatibility with systems that impose stack space we should use instead arrays that are allocatable.Jefferson Stafusa E. PortelaJefferson Stafusa E. Portelahttps://git.physik.uni-wuerzburg.de/ALF/ALF/-/issues/64Wannier90 interface2017-06-22T14:05:18ZFlorian GothWannier90 interfaceIn the DFT Community there is the Wannier90 program that seems to be able to output hopping matrices from DFT calculations and therefore defines a certain file format.
It might be useful if ALF can be interfaced with that type of program...In the DFT Community there is the Wannier90 program that seems to be able to output hopping matrices from DFT calculations and therefore defines a certain file format.
It might be useful if ALF can be interfaced with that type of programs on the input file level.https://git.physik.uni-wuerzburg.de/ALF/ALF/-/issues/57Predict Global Moves2017-06-18T13:38:40ZFlorian GothPredict Global MovesThis branch serves to test strategies to predict various global moves.
It seems that in the end it boils down to find an approximate model for the transition probability T(s, s')
Given the current state s' we can either try to invert...This branch serves to test strategies to predict various global moves.
It seems that in the end it boils down to find an approximate model for the transition probability T(s, s')
Given the current state s' we can either try to invert the equation for s or, just throw random configurations until we
find a configuration where T is sufficiently large.
For interpolating the function T and throwing random configurations s against it we can use a feed-forward network.
If we want to go for inverting the function for s we can use a Deep Belief network or any other (and hopefully simpler)
generative network.Florian GothFlorian Goth