quantum-espresso/Modules/Makefile

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# Makefile for Modules
include ../make.sys
MODULES = \
atom.o \
autopilot.o \
berry_phase.o \
bfgs_module.o \
cell_base.o \
check_stop.o \
clocks.o \
constants.o \
constraints_module.o \
control_flags.o \
descriptors.o \
dspev_drv.o \
electrons_base.o \
energies.o \
error_handler.o \
exc_t.o \
fft_base.o \
fft_parallel.o \
fft_scalar.o \
fft_types.o \
functionals.o \
griddim.o \
input_parameters.o \
io_files.o \
io_global.o \
ions_base.o \
ions_nose.o \
kind.o \
metagga.o \
metadyn_base.o \
metadyn_io.o \
metadyn_vars.o \
mm_dispersion.o \
mp.o \
mp_base.o \
mp_global.o \
mp_wave.o \
path_base.o \
path_formats.o \
path_io_routines.o \
path_opt_routines.o \
path_reparametrisation.o \
path_variables.o \
parallel_include.o \
parallel_types.o \
parameters.o \
parser.o \
paw_variables.o \
pseudo_types.o \
printout_base.o \
ptoolkit.o \
radial_grids.o \
random_numbers.o \
read_namelists.o \
This is a quite complex check-in, but actually not very much is done. Changelog follows. LP UPF file format updated completely, UPFv2 introduced: * ld1.x can still produce old format, with the switch upf_v1_format=.true. in inputp this is disabled by default, but we can discuss if it should be the opposite. * pw.x cp.x and all utilities should notice no difference * some utilities in upftools still need to be updated, anyway conversion UPFv1 to UPFv2 is very easy, so this should be no big issue * starting from now to produce an UPF file you need to fill the pseudo_upf derivedd type and feed it to write_upf woutine in upf_module (Modules/upf.f90) * extensive use of iotk I have tried to make the new format as self contained as possible, e.g. there should be minimal need for post-processing after the data is read, no more reconstruction of known quantities, and no more odd syntax to save negligible quantity of space. Also the human readable section is a bit richer, all the rest is more machine readable. I hope this will not cause any throuble, and tried really hard to, all examples and all tests works as fine as before and gives (what really looks like) the same results. Other changes that I needed to make: * radial grids are now allocatable, they management is a bit less of a hack too * paw and uspp augmentation are stored in the same place * paw print total all-electron energy if all atoms are paw, not very useful, but nice * most of the pseudopotential-writing reading files have been renamed to some more logical name, I spare you the list. E.g. read_oldpseudo -> read_pseudo_rrkj3 * paw_t derived type was only used in atomic, so I have put it there (as the pseudo_type module take ages to recompile it was awkward to leave it there). PAW tests inserted in test/ there are 6 of them, as a consequence I have also put 5 paw pseudopotentials in the pseudo/ directory. I will update the PAW scf examples soon, by deleting them (as running a pw with a PAW pseudopotential requires no option at all). PAW generation examples should be updated. A lot of small bugfixes here & there mostly uninitialized variables or unallocated pointers used as subrotuine arguments. git-svn-id: http://qeforge.qe-forge.org/svn/q-e/trunk/espresso@4769 c92efa57-630b-4861-b058-cf58834340f0
2008-04-03 23:50:43 +08:00
read_ncpp.o \
read_upf_v1.o \
read_upf_v2.o \
read_uspp.o \
recvec.o \
shmem_include.o \
sic.o \
smallbox.o \
splinelib.o \
stick_base.o \
task_groups.o \
timestep.o \
version.o \
This is a quite complex check-in, but actually not very much is done. Changelog follows. LP UPF file format updated completely, UPFv2 introduced: * ld1.x can still produce old format, with the switch upf_v1_format=.true. in inputp this is disabled by default, but we can discuss if it should be the opposite. * pw.x cp.x and all utilities should notice no difference * some utilities in upftools still need to be updated, anyway conversion UPFv1 to UPFv2 is very easy, so this should be no big issue * starting from now to produce an UPF file you need to fill the pseudo_upf derivedd type and feed it to write_upf woutine in upf_module (Modules/upf.f90) * extensive use of iotk I have tried to make the new format as self contained as possible, e.g. there should be minimal need for post-processing after the data is read, no more reconstruction of known quantities, and no more odd syntax to save negligible quantity of space. Also the human readable section is a bit richer, all the rest is more machine readable. I hope this will not cause any throuble, and tried really hard to, all examples and all tests works as fine as before and gives (what really looks like) the same results. Other changes that I needed to make: * radial grids are now allocatable, they management is a bit less of a hack too * paw and uspp augmentation are stored in the same place * paw print total all-electron energy if all atoms are paw, not very useful, but nice * most of the pseudopotential-writing reading files have been renamed to some more logical name, I spare you the list. E.g. read_oldpseudo -> read_pseudo_rrkj3 * paw_t derived type was only used in atomic, so I have put it there (as the pseudo_type module take ages to recompile it was awkward to leave it there). PAW tests inserted in test/ there are 6 of them, as a consequence I have also put 5 paw pseudopotentials in the pseudo/ directory. I will update the PAW scf examples soon, by deleting them (as running a pw with a PAW pseudopotential requires no option at all). PAW generation examples should be updated. A lot of small bugfixes here & there mostly uninitialized variables or unallocated pointers used as subrotuine arguments. git-svn-id: http://qeforge.qe-forge.org/svn/q-e/trunk/espresso@4769 c92efa57-630b-4861-b058-cf58834340f0
2008-04-03 23:50:43 +08:00
upf.o \
upf_to_internal.o \
uspp.o \
vxc_t.o \
vxcgc.o \
wave_base.o \
wavefunctions.o \
wannier.o \
This is a quite complex check-in, but actually not very much is done. Changelog follows. LP UPF file format updated completely, UPFv2 introduced: * ld1.x can still produce old format, with the switch upf_v1_format=.true. in inputp this is disabled by default, but we can discuss if it should be the opposite. * pw.x cp.x and all utilities should notice no difference * some utilities in upftools still need to be updated, anyway conversion UPFv1 to UPFv2 is very easy, so this should be no big issue * starting from now to produce an UPF file you need to fill the pseudo_upf derivedd type and feed it to write_upf woutine in upf_module (Modules/upf.f90) * extensive use of iotk I have tried to make the new format as self contained as possible, e.g. there should be minimal need for post-processing after the data is read, no more reconstruction of known quantities, and no more odd syntax to save negligible quantity of space. Also the human readable section is a bit richer, all the rest is more machine readable. I hope this will not cause any throuble, and tried really hard to, all examples and all tests works as fine as before and gives (what really looks like) the same results. Other changes that I needed to make: * radial grids are now allocatable, they management is a bit less of a hack too * paw and uspp augmentation are stored in the same place * paw print total all-electron energy if all atoms are paw, not very useful, but nice * most of the pseudopotential-writing reading files have been renamed to some more logical name, I spare you the list. E.g. read_oldpseudo -> read_pseudo_rrkj3 * paw_t derived type was only used in atomic, so I have put it there (as the pseudo_type module take ages to recompile it was awkward to leave it there). PAW tests inserted in test/ there are 6 of them, as a consequence I have also put 5 paw pseudopotentials in the pseudo/ directory. I will update the PAW scf examples soon, by deleting them (as running a pw with a PAW pseudopotential requires no option at all). PAW generation examples should be updated. A lot of small bugfixes here & there mostly uninitialized variables or unallocated pointers used as subrotuine arguments. git-svn-id: http://qeforge.qe-forge.org/svn/q-e/trunk/espresso@4769 c92efa57-630b-4861-b058-cf58834340f0
2008-04-03 23:50:43 +08:00
write_upf_v2.o \
xml_input.o \
xml_io_base.o \
zhpev_drv.o \
wannier_new.o \
wrappers.o\
This is the first iteration in trying to implement a real space treatment of projectors in USPPs. Hopefully this will allow one to study larger systems. The modifications are done primarily keeping TDDFPT code in mind (a branch of QE, you may see detailed explanation in qe-forge which I am trying to keep tightly integrated). Please do not modify/beautify/make more elegant the corresponding subroutines without prior notice, due to their dependencies. I have tested that the current modifications do not alter the behaviour of pw.x other than designed with a number of small tests in HG1. Some Pointers: -All the new subroutines reside in PW/realus.f90 -A new flag real_space in &electrons control the implementation -tqr flag is treated seperately. -The implementation works only for (serial) gamma point single point calculations. ToDo: -I have written K point and task groups implementations of most of the corresponding routines, but did not have time to implement. -Parallelism issues are still to be checked. -The discrepancy in total energy is <0.002 eV for cutoff of 55Ry/550Ry however, there are some strange force components. I do not know how this will effect a possible optimization scheme. Other: Trying the compile CVS version in HG1 of sissa, using the "default" compiler sets, I encountered a very strange compiler bug. Please have a look at Modules/read_cards.f90 for details. Remove the stupid workaround to your liking. git-svn-id: http://qeforge.qe-forge.org/svn/q-e/trunk/espresso@5493 c92efa57-630b-4861-b058-cf58834340f0
2009-04-03 00:05:09 +08:00
read_cards.o
all : $(MODULES)
clean :
- /bin/rm -f *.o *.d *.i *~ *.F90 *.mod *.L
include make.depend