python/CAM/reg expression
Материал из Xgu.ru
Автор: Владимир Кореньков
Содержание |
Исходный файл code.nc
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[править] Поиск/замена по шаблону
Поиск строк, содержащих код G1 или G01
# -*- coding: cp1251 -*-
import re
pattern = r'.*G1|G01.*'
compile_pattern = re.compile(pattern, re.MULTILINE)
for line in open('code.nc'):
if compile_pattern.findall(line):
print line
Замена G2 на G02
# -*- coding: cp1251 -*-
import re
pattern = r'.*G2|G02.*'
compile_pattern = re.compile(pattern, re.MULTILINE)
for line in open('code.nc'):
# если написать compile_pattern.sub('G02', line)
# т.е. по уже скомпилированному шаблону выполнить замену,
# то в результате на G02 будет заменена вся строка, содержащая G2
s = re.sub('G2','G02',line)
print s
Сформировать по исходному G-коду массив [x,y,z] координат перемещения инструмента с последующей записью в файл array.txt
# -*- coding: cp1251 -*-
import re
import numpy
import copy
x = re.compile('X([+-]?[0-9.]*)', re.MULTILINE)
y = re.compile('Y([+-]?[0-9.]*)', re.MULTILINE)
z = re.compile('Z([+-]?[0-9.]*)', re.MULTILINE)
coordinats = [0,0,0]
table = []
for line in open('code1.nc'):
sx = x.search(line)
sy = y.search(line)
sz = z.search(line)
if sx or sy or sz:
# функция определния совпадающего с шаблоном текста m.groups()
# возвращает кортеж, т.к. мы определяем только одно число
# стоящее после X,Y,Z..., то надо сохранить только первый элемент
# данного кортежа m.groups()[0] преобразовав его из строки в число
if sx: coordinats[0] = float(sx.groups()[0])
if sy: coordinats[1] = float(sy.groups()[0])
if sz: coordinats[2] = float(sz.groups()[0])
# если написать просто table.append(coordinats), то будет
# n-раз вставлена ссылка последнего значения массива coordinats
# а не копия текущего значения
table.append(copy.copy(coordinats))
# вывод значений в файл
numpy.savetxt('array.txt', table, delimiter='\t', fmt="%5.4f")
Результирующий файл array.txt
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95.7320 -128.5580 11.0000 94.0540 -130.5760 11.0000 95.7180 -128.5440 11.0000 95.7260 -128.5510 11.0000 96.3360 -127.9910 11.0000 97.0560 -127.2740 11.0000 97.7760 -126.4920 11.0000 98.4910 -125.6430 11.0000 99.1630 -124.7620 11.0000 100.0980 -123.3810 11.0000 100.5570 -122.6140 11.0000 101.3070 -121.2210 11.0000 101.6740 -120.4360 11.0000 102.2590 -119.0070 11.0000 102.7370 -117.6060 11.0000 102.9530 -116.8440 11.0000 103.2880 -115.4500 11.0000 103.4320 -114.6770 11.0000 103.6370 -113.2330 11.0000 103.7530 -111.7840 11.0000 103.7840 -110.4900 11.0000 103.7840 -39.0550 11.0000 103.7610 -37.6750 11.0000 103.7140 -36.9130 11.0000 103.5710 -35.5170 11.0000 103.4620 -34.8110 11.0000 103.1810 -33.3620 11.0000 102.9950 -32.6080 11.0000 102.7850 -31.8760 11.0000 102.3300 -30.4770 11.0000 102.0270 -29.6920 11.0000 101.4240 -28.3250 11.0000 101.0610 -27.5960 11.0000 100.6300 -26.8090 11.0000 99.8400 -25.5210 11.0000 99.2610 -24.6770 11.0000 98.3780 -23.5180 11.0000 97.6570 -22.6740 11.0000 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11.0000 173.7440 -52.3170 11.0000 173.4260 -53.5150 11.0000 173.0300 -55.3130 11.0000 172.8180 -56.5110 11.0000 172.5880 -58.3080 11.0000 172.4800 -59.5060 11.0000 172.4210 -60.7050 11.0000 172.3950 -61.9030 11.0000 172.3890 -91.8950 11.0000 172.3780 -92.4960 11.0000 172.3200 -93.6980 11.0000 172.1130 -95.8100 11.0000 171.7690 -97.9020 11.0000 171.3620 -99.7040 11.0000 170.8460 -101.5050 11.0000 170.2160 -103.3070 11.0000 169.6120 -104.7550 11.0000 169.6120 -104.7550 41.0000 169.6120 -104.7550 200.0000
Добавление к номеру кадра 5-ти ведущих нулей
# -*- coding: cp1251 -*-
import re
import math
pattern = re.compile('N([0-9]*)', re.MULTILINE)
for line in open('code.nc'):
m = pattern.search(line)
if m:
n = int( m.groups()[0] )
NewLine = pattern.sub('N'+"%05d"%n, line)
print NewLine
