def main():
acad = Autocad()
print u'Примерный подсчет занимаемого места'
print '%-20s| %s' % (u'Имя щита', u'Общее число модулей')
for layout in acad.iter_layouts():
table = acad.find_one('table', layout.Block, lambda x: x.Columns == 5)
if not table:
continue
total_modules = 0
row = -1
while row < table.Rows:
row += 1
item_str = mtext_to_string(table.GetText(row, 2))
item_str = item_str.replace(u'четырехполюсный', u'4-х')\
.replace(u'трехполюсный', u'3-х')\
.replace(u'двухполюсный', u'2-х')\
.replace(u'однополюсный', u'1-но')
m = re.match(ur'.*(\d)-([xх]|но).*', item_str)
if m:
n_modules = int(m.group(1))
quantity = int(mtext_to_string(table.GetText(row, 3)))
row += 1 # skip next row
else:
m = re.match(ur'(\d)[PР].*', item_str)
if not m:
continue
n_modules = int(m.group(1))
quantity = int(mtext_to_string(table.GetText(row - 1, 3)))
total_modules += n_modules * quantity
print '%-20s| %s' % (layout.Name, total_modules)
def iter_cable_tables(acad, block):
for table in acad.iter_objects("table", block):
if table.Columns != 9:
continue
ncols = table.Columns # store in local, Automation is expensive
for row in xrange(3, table.Rows):
yield [utils.mtext_to_string(table.GetText(row, col))
for col in xrange(ncols)]
def iter_cable_tables(acad, block):
for table in acad.iter_objects("table", block):
if table.Columns != 9:
continue
ncols = table.Columns # store in local, Automation is expensive
for row in xrange(3, table.Rows):
yield [
utils.mtext_to_string(table.GetText(row, col))
for col in xrange(ncols)
]
