def main(argvs=None):
if argvs is None:
argvs = argv
if argvs[1] == '-h' \
or argvs[1] == '--h' \
or argvs[1] == '-H' \
or argvs[1] == '--H':
print('type as: python genxde.py delxyz aec27g3 3dxyz')
return
start = time()
keyws_reg = r'DISP|COEF|COOR|SHAP|GAUS|MATE|MASS|DAMP|STIF|'
keyws_reg += r'FUNC|VECT|MATRIX|FVECT|FMATR|ARRAY|DIST|LOAD|END|'
keyws_reg += r'\$C[CPV]|@[LAWSR]'
keywd_tag = {'disp':0, 'coor':0, 'shap':0 , 'gaus':0, 'stif':0, 'load':0, \
'mate':0, 'mass':0, 'damp':0 \
}
list_addr = {}
xde_lists = {}
from parse_xde import parse_xde
xdefile = open('../0xde_source/' + argvs[1] + '.fde', mode='r')
parse_xde(argvs[2], argvs[3], keywd_tag, xde_lists, list_addr, keyws_reg,
xdefile)
xdefile.close()
#print(xde_lists)
#for ll in xde_lists.keys():
# print(ll,xde_lists[ll])
#for ll in list_addr.keys():
# print(ll,list_addr[ll])
from xde2ges import xde2ges
gesfile = open('../1ges_target/' + argvs[2] + '.ges1', mode='w')
xde2ges(argvs[2], argvs[3], keywd_tag, xde_lists, list_addr, keyws_reg,
gesfile)
gesfile.close()
end = time()
print('parsing time: {}s'.format(end - start))
import json
file = open('../1ges_target/' + argvs[2] + '.json', mode='w')
file.write(json.dumps(xde_lists, indent=4))
file.close()
from xde2md import xde2md
mdfile = open('../1ges_target/' + argvs[1] + '.md', mode='w')
xde2md(argvs[2], argvs[3], keywd_tag, xde_lists, list_addr, keyws_reg,
mdfile)
mdfile.close()
def main(argvs=None):
if argvs is None:
argvs = argv
start = time()
keyws_reg = 'DISP|COEF|COOR|SHAP|GAUS|MATE|MASS|DAMP|STIF|'
keyws_reg += 'FUNC|VECT|MATRIX|FVECT|FMATR|ARRAY|DIST|LOAD|END|'
keyws_reg += '\$C[CPV]|@[LAWSR]'
keywd_tag = {'disp':0, 'coor':0, 'shap':0 , 'gaus':0 , 'mate':0, 'mass':0, 'damp':0, 'stif':0, 'coef':0, 'load':0, \
'vect':0, 'fvect':0, 'func':0, 'fmatr':0, 'matrix':0, \
'code':{'BFmate':0, 'AFmate':0, 'dolrI':0, 'INfunc':0, 'INstif':0, 'INmass':0, 'INdamp':0, },
'dist':'', 'masstype':0, 'damptype':0, 'stiftype':0, 'matrixname':'','matrixtag':0, 'complex':0}
list_addr = {}
list_addr['code'] = {}
list_addr['code']['BFmate'] = []
list_addr['code']['AFmate'] = []
list_addr['code']['func'] = []
list_addr['code']['stif'] = []
list_addr['code']['mass'] = []
list_addr['code']['damp'] = []
xde_lists = {}
xde_lists['code'] = {}
xde_lists['code']['BFmate'] = []
xde_lists['code']['AFmate'] = []
xde_lists['code']['func'] = []
xde_lists['code']['stif'] = []
xde_lists['code']['mass'] = []
xde_lists['code']['damp'] = []
from parse_xde import parse_xde
parse_xde(argvs[1], argvs[2], argvs[3], keywd_tag, xde_lists, list_addr,
keyws_reg)
#print(xde_lists)
#for ll in xde_lists.keys():
# print(ll,xde_lists[ll])
#for ll in list_addr.keys():
# print(ll,list_addr[ll])
#from xde2ges import xde2ges
#xde2ges(argvs[2],keywd_tag,xde_lists,list_addr,keyws_reg,argvs[3])
end = time()
print('parsing time: {}s'.format(end - start))
import json
file = open(argvs[2] + '.json', mode='w')
file.write(json.dumps(xde_lists, indent=4))
file.close()
def genxde(xdename, gesname, coortype):
# start parsing
start = time()
# xde elements and their line number
xde_lists, list_addr, ges_info = {}, {}, {}
# get shap, gaus, dim and axis information into ges_info
from felac_data import prepare_to_genxde
prepare_to_genxde(gesname, coortype, ges_info)
# parse xde
from parse_xde import parse_xde
xdefile = open(xde_folder + xdename, mode='r')
error = parse_xde(ges_info, xde_lists, list_addr, xdefile)
xdefile.close()
if error: return
# generate ges by xde element
from xde2ges import xde2ges
gesfile = open(ges_folder + gesname + '.ges', mode='w')
error = xde2ges(ges_info, xde_lists, list_addr, gesfile)
gesfile.close()
if error: return
# export xde element
import json
file = open(ifo_folder + gesname + '.json', mode='w')
file.write(json.dumps(xde_lists, indent=4))
file.close()
end = time()
print('parsing time: {}s'.format(end - start))
def main(argvs=None):
if argvs is None:
argvs = argv
start = time()
from felac_data import get_felac_data
get_felac_data()
xdename, gesname, coortype = argvs[1], argvs[2], argvs[3]
# xde elements and their line number
xde_lists, list_addr, ges_info = {}, {}, {}
# get shap, gaus, dim and axis information into ges_info
from felac_data import prepare_to_genxde
prepare_to_genxde(gesname, coortype, ges_info)
from parse_xde import parse_xde
xdefile = open('../0xde_source/' + xdename, mode='r')
error = parse_xde(ges_info, xde_lists, list_addr, xdefile)
xdefile.close()
if error: return
from xde2md import xde2md
mdfile = open('../1ges_target/' + argvs[1] + '.md', mode='w')
xde2md(gesname, coortype, xde_lists, list_addr, mdfile)
mdfile.close()
end = time()
print('parsing time: {}s'.format(end - start))
def main(argvs=None):
if argvs is None:
argvs = argv
start = time()
from felac_data import get_felac_data
get_felac_data()
xdename, gesname, coortype, fieldnum = 'nl', 'nl', 'nl', 'nl'
if len(argvs) == 4:
xdename, gesname, coortype = argvs[1], argvs[2], argvs[3]
elif len(argvs) == 3:
xdename = argvs[2].replace('\\', '/').rstrip('/')
xdename = xdename.split('/')[-1]
xdename, xdetype = xdename.split('.')[:2]
mdifile = open(argv[1] + '.mdi', mode='r')
for strings in mdifile.readlines():
fieldSN = regx.search(r'#[a-z]', strings, regx.I)
if fieldSN != None: fieldnum = fieldSN.group().lstrip('#')
axi = regx.search(r'[123]d[xyzrozs]{1,3}', strings, regx.I)
if axi != None: coortype = axi.group()
if regx.search(xdename, strings, regx.I) != None \
and regx.search(xdetype, strings, regx.I) != None :
ges_list = regx.findall(r'[ltqwc]\d+(?:g\d+)?', strings,
regx.I)
gesname = f'{fieldnum}e{ges_list[0]}'
xdename = argvs[2]
# xde elements and their line number
xde_lists, list_addr, ges_info = {}, {}, {}
# get shap, gaus, dim and axis information into ges_info
from felac_data import prepare_to_genxde
prepare_to_genxde(gesname, coortype, ges_info)
from parse_xde import parse_xde
xdefile = open(xdename, mode='r')
error = parse_xde(ges_info, xde_lists, list_addr, xdefile)
xdefile.close()
if error: return
from xde2html import xde2html
htmlfile = open(xdename + '.html', mode='w')
xde2html(ges_info, xde_lists, list_addr, htmlfile)
htmlfile.close()
end = time()
print('parsing time: {}s'.format(end - start))
def genxde(xdename, gesname, coortype):
# start parsing
start = time()
# xde elements and their line number
xde_lists, list_addr, ges_info = {}, {}, {}
# get shap, gaus, dim and axis information into ges_info
from felac_data import prepare_to_genxde
prepare_to_genxde(gesname, coortype, ges_info)
# parse xde
from parse_xde import parse_xde
xdefile = open(xde_folder + xdename, mode='r')
error = parse_xde(ges_info, xde_lists, list_addr, xdefile)
xdefile.close()
if error: return
# generate ges by xde element
if gen_obj['ges'] > 0:
from xde2ges import xde2ges
gesfile = open(ges_folder + gesname + '.ges', mode='w')
error = xde2ges(ges_info, xde_lists, list_addr, gesfile)
gesfile.close()
if error: return
# generate html by xde element
if gen_obj['html'] > 0:
from xde2html import xde2html
htmlfile = open(ifo_folder + xdename + '.html', mode='w')
xde2html(ges_info, xde_lists, list_addr, htmlfile)
htmlfile.close()
# generate markdown by xde element
#if gen_obj['md'] > 0:
# from xde2md import xde2md
# mdfile = open('../1ges_target/'+argvs[1]+'.md', mode='w')
# xde2md(ges_info xde_lists, list_addr, mdfile)
# mdfile.close()
# ...
# export xde element
import json
file = open(ifo_folder + gesname+'.json', mode='w')
file.write(json.dumps(xde_lists,indent=4))
file.close()
end = time()
print ('parsing time: {}s'.format(end-start))
def main(argvs=None):
if argvs is None:
argvs = argv
# xde help system
if argvs[1] in ['-h', '--h', '-H', '--H', '-help', '--help']:
if len(argvs) == 2 or len(argvs) > 3:
print('type as: python genxde.py xdename gesname coortype')
else:
from xde_help import xde_help
xde_help(argvs[2])
return
elif len(argvs) != 4:
print('type as: python genxde.py xdename gesname coortype')
return
# help system to be improve
# start parsing
start = time()
xdename, gesname, coortype = argvs[1], argvs[2], argvs[3]
# xde elements and their line number
xde_lists, list_addr, ges_info = {}, {}, {}
prepare(gesname, coortype, ges_info)
# parse xde
from parse_xde import parse_xde
xdefile = open('../0xde_source/' + xdename, mode='r')
error = parse_xde(ges_info, xde_lists, list_addr, xdefile)
xdefile.close()
if error: return
# generate ges by xde element
from xde2ges import xde2ges
gesfile = open('../1ges_target/' + gesname + '.ges1', mode='w')
error = xde2ges(ges_info, xde_lists, list_addr, gesfile)
gesfile.close()
if error: return
# export xde element
import json
file = open('../1ges_target/' + gesname + '.json', mode='w')
file.write(json.dumps(xde_lists, indent=4))
file.close()
end = time()
print('parsing time: {}s'.format(end - start))
def main(argvs=None):
if argvs is None:
argvs = argv
if argvs[1] == '-h' or argvs[1] == '--h' \
or argvs[1] == '-H' or argvs[1] == '--H' \
or len(argvs) != 4:
print('type as: python genxde.py xdename gesname coortype')
return
start = time()
xdename = argvs[1]
gesname = argvs[2]
coortype = argvs[3]
list_addr = {}
xde_lists = {}
from parse_xde import parse_xde
xdefile = open('../0xde_source/' + xdename, mode='r')
error = parse_xde(gesname, coortype, xde_lists, list_addr, xdefile)
xdefile.close()
if error: return
import json
file = open('../1ges_target/' + gesname + '.json', mode='w')
file.write(json.dumps(xde_lists, indent=4))
file.close()
file = open('../1ges_target/' + gesname + '.json1', mode='w')
file.write(json.dumps(list_addr, indent=4))
file.close()
from xde2ges import xde2ges
gesfile = open('../1ges_target/' + gesname + '.ges1', mode='w')
error = xde2ges(gesname, coortype, xde_lists, list_addr, gesfile)
gesfile.close()
if error: return
end = time()
print('parsing time: {}s'.format(end - start))
