from __future__ import print_function
import sys
import os
qhroot = os.environ["QHROOT"] # root path
sys.path.append(qhroot + "/pysrc/") # python libraries
from interfacetk import qtwrap # import the library with simple wrappaers to qt4
get = qtwrap.get # get the value of a certain variable
getbox = qtwrap.getbox # get the value of a certain variable
window = qtwrap.main() # this is the main interface
from interfacetk.qh_interface import * # import all the libraries needed
from interfacetk import common # common routines for all the geometries
common.initialize(qtwrap) # do several common initializations
def get_geometry(modify=True):
""" Create a 0d island"""
lattice_name = getbox("lattice") # get the option
n = int(get("width")) # thickness of the system
# lattice_name = builder.get_object("lattice").get_active_text()
if lattice_name == "Chain":
g = geometry.chain()
if lattice_name == "Honeycomb":
g = geometry.honeycomb_lattice()
elif lattice_name == "Square":
g = geometry.square_lattice()
elif lattice_name == "Kagome":
g = geometry.kagome_lattice()
from __future__ import print_function
import sys
import os
qhroot = os.environ["QHROOT"] # root path
sys.path.append(qhroot + "/pysrc/") # python libraries
from interfacetk import qtwrap # import the library with simple wrappaers to qt4
get = qtwrap.get # get the value of a certain variable
getbox = qtwrap.getbox # get the value of a certain variable
window = qtwrap.main() # this is the main interface
from interfacetk.qh_interface import * # import all the libraries needed
from interfacetk import common
common.initialize(qtwrap) # initilizations
def get_geometry(modify=True):
""" Create a 0d island"""
lattice = getbox("lattice") # get the option
ns = [] # empt list
for il in lattice:
if il == "A": ns += [-1]
elif il == "B": ns += [0]
elif il == "C": ns += [1]
else: print("Error", il)
print(ns)
g = specialgeometry.multilayer_graphene(l=ns)
nsuper = int(get("nsuper"))
g = g.supercell(nsuper)
import sys
import os
qhroot = os.environ["QHROOT"] # root path
sys.path.append(qhroot + "/pysrc/") # python libraries
from interfacetk import qtwrap # import the library with simple wrappaers to qt4
get = qtwrap.get # get the value of a certain variable
getbox = qtwrap.getbox # get the value of a certain variable
window = qtwrap.main() # this is the main interface
from interfacetk.qh_interface import * # import all the libraries needed
from interfacetk import common # common routines for all the geometries
common.initialize(qtwrap) # several initilizations
def get_geometry(modify=True):
""" Create a 0d island"""
lattice_name = getbox("lattice") # get the option
n = int(get("width")) # thickness of the system
# lattice_name = builder.get_object("lattice").get_active_text()
if lattice_name == "Chain":
g = geometry.chain()
if lattice_name == "Honeycomb":
g = geometry.honeycomb_lattice()
elif lattice_name == "Square":
g = geometry.square_lattice()
elif lattice_name == "Kagome":
g = geometry.kagome_lattice()
ewin = get("window_ldos")
nrep = int(get("nsuper_ldos"))
nk = int(get("nk_ldos"))
ne = int(get("ne_ldos"))
delta = get("delta_ldos")
ldos.multi_ldos(h,
es=np.linspace(-ewin, ewin, ne),
nk=nk,
delta=delta,
nrep=nrep)
execute_script("qh-multildos ")
save_results = lambda x: save_outputs(inipath, tmppath) # function to save
# create signals
signals = dict()
#signals["initialize"] = initialize # initialize and run
signals["show_bands"] = show_bands # show bandstructure
signals["show_structure"] = show_structure # show bandstructure
signals["show_dos"] = show_dos # show DOS
signals["show_dosbands"] = show_dosbands # show DOS
signals["show_interactive_ldos"] = show_interactive_ldos # show DOS
common.initialize(qtwrap) # initialize
window.connect_clicks(signals)
folder = create_folder()
tmppath = os.getcwd() # get the initial directory
window.run()