#!/usr/bin/env python import time import sys import rotary_encoder2 import math as m from cilindros.cilindro import Sencillo , Doble tr = Doble(0,1) m1 = Sencillo(2) m2 = Sencillo(3) pr = Sencillo(4) cz = Sencillo(5) db = Doble(6,7) largo_prensa = 145 dm1 = 1320 dm2 = 2250 dpr = 3820 dcz = 6650 magnitudes = sys.argv print magnitudes #magnitudes = magnitudes[1:-1].split(',') magnitudes2 = [] print magnitudes print magnitudes[1:] for string in magnitudes[1:]: magnitudes2.append(float(string)) print magnitudes2
#!/usr/bin/env python import time import sys import rotary_encoder2 import math as m from cilindros.cilindro import Sencillo, Doble tr = Doble(0, 1) m1 = Sencillo(2) m2 = Sencillo(3) pr = Sencillo(4) cz = Sencillo(5) db = Doble(6, 7) largo_prensa = 145 dm1 = 1320 dm2 = 2250 dpr = 3820 dcz = 6650 magnitudes = sys.argv print magnitudes #magnitudes = magnitudes[1:-1].split(',') magnitudes2 = [] print magnitudes print magnitudes[1:] for string in magnitudes[1:]: magnitudes2.append(float(string)) print magnitudes2 decoder = rotary_encoder2.decoder(
from stepper.stepper import Nema42 from cilindros.cilindro import Doble tr = Doble(0,1) a = Nema42(12,7) tr.entrar() a.parar()
#!/usr/bin/env python from rotary_encoder2 import decoder from cilindros.cilindro import Sencillo, Doble tn = Doble(0, 1) m1 = Sencillo(2) m2 = Sencillo(3) pr = Sencillo(4) ci = Sencillo(5) db = Doble(6, 7) magnitudes = []
from stepper.stepper import Nema42 from cilindros.cilindro import Doble tr = Doble(0, 1) a = Nema42(12, 7) tr.entrar() a.parar()