| /dports/science/wannier90/wannier90-3.1.0/test-suite/tools/parsers/ |
| H A D | parse_wpout.py | 75 retdict = defaultdict(list)
93 retdict["ahc_x"].append(float(x))
94 retdict["ahc_y"].append(float(y))
95 retdict["ahc_z"].append(float(z))
105 retdict["morb_x"].append(float(x))
106 retdict["morb_y"].append(float(y))
107 retdict["morb_z"].append(float(z))
202 retdict = dict(retdict)
204 for k in sorted(retdict):
205 print(" {}: {}".format(k, retdict[k]))
[all …]
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| H A D | parse_wout.py | 57 retdict = defaultdict(list)
80 retdict["near_neigh_mult"].append(int(mult))
94 retdict["completeness_x"].append(float(bkx))
109 retdict["final_centres_x"].append(float(x))
110 retdict["final_centres_y"].append(float(y))
111 retdict["final_centres_z"].append(float(z))
112 retdict["final_spreads"].append(float(s))
151 retdict = dict(retdict)
153 for k in sorted(retdict):
154 print(" {}: {}".format(k, retdict[k]))
[all …]
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| H A D | parse_gyro_dat.py | 17 retdict = defaultdict(list)
39 retdict['efermi'].append(float(pieces[0]))
40 retdict['omega'].append(float(pieces[1]))
41 retdict['gyro_xx'].append(float(pieces[2]))
42 retdict['gyro_yy'].append(float(pieces[3]))
47 retdict['gyro_x'].append(float(pieces[8]))
48 retdict['gyro_y'].append(float(pieces[9]))
55 retdict = dict(retdict)
57 for k in sorted(retdict):
58 print(" {}: {}".format(k, retdict[k]))
[all …]
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| H A D | parse_boltzwann.py | 16 retdict = defaultdict(list)
35 retdict['mu'].append(float(pieces[0]))
36 retdict['temp'].append(float(pieces[1]))
37 retdict['elcond_xx'].append(float(pieces[2]))
38 retdict['elcond_xy'].append(float(pieces[3]))
39 retdict['elcond_yy'].append(float(pieces[4]))
40 retdict['elcond_xz'].append(float(pieces[5]))
44 retdict = dict(retdict)
46 for k in sorted(retdict):
47 print(" {}: {}".format(k, retdict[k]))
[all …]
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| H A D | parse_geninterp_dat.py | 16 retdict = defaultdict(list)
33 retdict['bandidx'].append(int(pieces[0]))
34 retdict['bandkptx'].append(float(pieces[1]))
35 retdict['bandkpty'].append(float(pieces[2]))
36 retdict['bandkptz'].append(float(pieces[3]))
37 retdict['bandenergy'].append(float(pieces[4]))
39 retdict['bandderivx'].append(float(pieces[5]))
47 retdict = dict(retdict)
49 for k in sorted(retdict):
50 print(" {}: {}".format(k, retdict[k]))
[all …]
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| H A D | parse_curv_dat.py | 16 retdict = defaultdict(list)
38 retdict['bandpath'].append(float(pieces[0]))
39 retdict['bandcurvx'].append(float(pieces[1]))
40 retdict['bandcurvy'].append(float(pieces[2]))
41 retdict['bandcurvz'].append(float(pieces[3]))
43 retdict['bandcurvx'].append(float(pieces[0]))
44 retdict['bandcurvy'].append(float(pieces[1]))
51 retdict = dict(retdict)
53 for k in sorted(retdict):
54 print(" {}: {}".format(k, retdict[k]))
[all …]
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| H A D | parse_morb_dat.py | 16 retdict = defaultdict(list)
33 retdict['bandpath'].append(float(pieces[0]))
34 retdict['bandmorbx'].append(float(pieces[1]))
35 retdict['bandmorby'].append(float(pieces[2]))
36 retdict['bandmorbz'].append(float(pieces[3]))
38 retdict['bandmorbx'].append(float(pieces[0]))
39 retdict['bandmorby'].append(float(pieces[1]))
48 retdict = dict(retdict)
50 for k in sorted(retdict):
51 print(" {}: {}".format(k, retdict[k]))
[all …]
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| H A D | parse_nnkp.py | 29 retdict = defaultdict(list)
53 retdict["nnkpts_k1"].append(int(k1))
54 retdict["nnkpts_k2"].append(int(k2))
55 retdict["nnkpts_g1"].append(int(g1))
56 retdict["nnkpts_g2"].append(int(g2))
57 retdict["nnkpts_g3"].append(int(g3))
70 retdict["kpoints_k1"].append(float(k1))
75 retdict = dict(retdict)
77 for k in sorted(retdict):
78 print(" {}: {}".format(k, retdict[k]))
[all …]
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| H A D | parse_labelinfo.py | 19 retdict = defaultdict(list)
40 retdict['labels'].append(label)
41 retdict['indices'].append(idx)
42 retdict['xvals'].append(xval)
43 retdict['kx'].append(kx)
44 retdict['ky'].append(ky)
45 retdict['kz'].append(kz)
47 retdict = dict(retdict)
49 for k in sorted(retdict):
50 print(" {}: {}".format(k, retdict[k]))
[all …]
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| H A D | parse_shc_dat.py | 15 retdict = defaultdict(list)
47 retdict['frequency'].append(float(pieces[1]))
48 retdict['shc_re'].append(float(pieces[2]))
49 retdict['shc_im'].append(float(pieces[3]))
55 retdict['energy'].append(float(pieces[1]))
56 retdict['shc'].append(float(pieces[2]))
62 retdict = dict(retdict)
64 for k in sorted(retdict):
65 print(" {}: {}".format(k, retdict[k]))
67 return retdict
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| H A D | parse_fermiscan_dat.py | 16 retdict = defaultdict(list)
38 retdict['fermienergy'].append(float(pieces[0]))
39 retdict['ahc_x'].append(float(pieces[1]))
40 retdict['ahc_y'].append(float(pieces[2]))
41 retdict['ahc_z'].append(float(pieces[3]))
47 retdict = dict(retdict)
49 for k in sorted(retdict):
50 print(" {}: {}".format(k, retdict[k]))
52 return retdict
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| H A D | parse_shc_kpath_bandsdat.py | 15 retdict = defaultdict(list)
32 retdict['path'].append(float(pieces[0]))
33 retdict['energy'].append(float(pieces[1]))
34 retdict['shc'].append(float(pieces[2]))
39 retdict = dict(retdict)
41 for k in sorted(retdict):
42 print(" {}: {}".format(k, retdict[k]))
44 return retdict
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| H A D | parse_kubo_dat.py | 17 retdict = defaultdict(list)
39 retdict['energy'].append(float(pieces[0]))
40 retdict['recond'].append(float(pieces[1]))
41 retdict['imcond'].append(float(pieces[2]))
47 retdict = dict(retdict)
49 for k in sorted(retdict):
50 print(" {}: {}".format(k, retdict[k]))
52 return retdict
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| H A D | parse_shc_kpath_dat.py | 15 retdict = defaultdict(list)
32 retdict['path'].append(float(pieces[0]))
33 retdict['shc'].append(float(pieces[1]))
38 retdict = dict(retdict)
40 for k in sorted(retdict):
41 print(" {}: {}".format(k, retdict[k]))
43 return retdict
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| H A D | parse_sc_dat.py | 15 retdict = defaultdict(list)
37 retdict['energy'].append(float(pieces[0]))
38 retdict['shiftcurr'].append(float(pieces[1]))
45 retdict = dict(retdict)
47 for k in sorted(retdict):
48 print(" {}: {}".format(k, retdict[k]))
50 return retdict
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| H A D | parse_jdos_dat.py | 15 retdict = defaultdict(list)
37 retdict['energy'].append(float(pieces[0]))
38 retdict['jdos'].append(float(pieces[1]))
44 retdict = dict(retdict)
46 for k in sorted(retdict):
47 print(" {}: {}".format(k, retdict[k]))
49 return retdict
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| H A D | parse_dos_dat.py | 16 retdict = defaultdict(list)
38 retdict['energy'].append(float(pieces[0]))
39 retdict['dos'].append(float(pieces[1]))
45 retdict = dict(retdict)
47 for k in sorted(retdict):
48 print(" {}: {}".format(k, retdict[k]))
50 return retdict
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| H A D | parse_cube.py | 18 retdict = defaultdict(list)
28 retdict['origin'] = [float(_) for _ in lines[2].split()]
30 retdict = dict(retdict)
32 for k in sorted(retdict):
33 print(" {}: {}".format(k, retdict[k]))
35 return retdict
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| H A D | parse_umat.py | 19 retdict = defaultdict(list)
29 retdict['size'] = [int(_) for _ in lines[1].split()]
31 retdict = dict(retdict)
33 for k in sorted(retdict):
34 print(" {}: {}".format(k, retdict[k]))
36 return retdict
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| H A D | parse_bvec.py | 18 retdict = defaultdict(list)
28 retdict['size'] = [int(_) for _ in lines[1].split()]
30 retdict = dict(retdict)
32 for k in sorted(retdict):
33 print(" {}: {}".format(k, retdict[k]))
35 return retdict
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| H A D | parse_werr.py | 16 retdict = defaultdict(list)
32 retdict['warning_msg'].append(l2.strip().lower())
39 retdict = dict(retdict)
41 for k in sorted(retdict):
42 print(" {}: {}".format(k, retdict[k]))
44 return retdict
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| H A D | parse_shc_kslice_dat.py | 15 retdict = defaultdict(list)
32 retdict['shc'].append(float(pieces[0]))
37 retdict = dict(retdict)
39 for k in sorted(retdict):
40 print(" {}: {}".format(k, retdict[k]))
42 return retdict
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| /dports/devel/hadoop/hadoop-1.2.1/contrib/hod/hodlib/ServiceRegistry/ |
| H A D | serviceRegistry.py | 103 retdict = {}
110 retdict = []
116 retdict.append(dict[id])
118 retdict = copy.deepcopy(
121 retdict = copy.deepcopy(self.__serviceDict[userid])
123 retdict = copy.deepcopy(self.__serviceDict)
127 return retdict
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| /dports/devel/hadoop/hadoop-1.2.1/src/contrib/hod/hodlib/ServiceRegistry/ |
| H A D | serviceRegistry.py | 103 retdict = {}
110 retdict = []
116 retdict.append(dict[id])
118 retdict = copy.deepcopy(
121 retdict = copy.deepcopy(self.__serviceDict[userid])
123 retdict = copy.deepcopy(self.__serviceDict)
127 return retdict
|
| /dports/science/gramps/gramps-5.1.4/gramps/plugins/webstuff/ |
| H A D | webstuff.py | 197 retdict = {}
199 if css[0] in retdict:
200 retdict[css[0]]["images"].append(css[5])
202 retdict[css[0]] = make_css_dict(css)
203 return retdict
|