コード例 #1
0
 def __init__(self, filename, Cport, Tport, Sport):
     self.filename=filename
     self.Cport = Cport
     self.Tport = Tport
     self.Sport = Sport
     self.con = ConductivityProbe(Cport, 115200)
     self.con.openC()
     self.T = TemperatureProbes(Tport, 115200)
     self.T.openC()
     self.S = Scale(Sport, 19200)
     self.S.openC()
     f = open(self.filename, "w+")
     f.write("Cond\tWeight\tHotIn\tHotOut\tColdIn\tColdOut\tMonth\tDay\tHour\tMinute\tSecond\n")
     f.close()
     print("Waiting for first second of minute...")
     time = t.localtime(None).tm_sec
     while(time != 0):
         time = t.localtime(None).tm_sec
コード例 #2
0
import sys
import time as t
from time import sleep
import datetime
from CProbe import ConductivityProbe
from TProbes import TemperatureProbes
from Scale import Scale

# Request Sensor Ports/Connection info
C = ConductivityProbe(1, 115200)
C.openC()

T = TemperatureProbes(0, 115200)
T.openC()

S = Scale(0, 19200)
S.openC()

#Request File name for raw conductivty data
filenameConductivity = str(
    input(
        "What would you like the file name for the raw conductivity data to be?   "
    )) + ".csv"
fileConductivity = open(filenameConductivity, "w+")
print("Opened Conductivity file")
fileScale.close()
print("Closed Conductivity file")

#Request File name for raw temperature data
filenameTemperature = str(
    input(
コード例 #3
0
class datalog:
    

    def __init__(self, filename, Cport, Tport, Sport):
        self.filename=filename
        self.Cport = Cport
        self.Tport = Tport
        self.Sport = Sport
        self.con = ConductivityProbe(Cport, 115200)
        self.con.openC()
        self.T = TemperatureProbes(Tport, 115200)
        self.T.openC()
        self.S = Scale(Sport, 19200)
        self.S.openC()
        f = open(self.filename, "w+")
        f.write("Cond\tWeight\tHotIn\tHotOut\tColdIn\tColdOut\tMonth\tDay\tHour\tMinute\tSecond\n")
        f.close()
        print("Waiting for first second of minute...")
        time = t.localtime(None).tm_sec
        while(time != 0):
            time = t.localtime(None).tm_sec
        
    def getdata(self, printInterval, saveInterval, exitWeight):
        month = []
        day = []
        hour = []
        minute = []
        second = []
        cond = []
        wt = []
        temp = []
        i = 0
        m = float(0)
        e = 0
        dd = 0
        n = 0
        print("Cond", "Weight","HotIn", "HotOut", "ColdIn","ColdOut","Month","Day","Hour","Minute","Second",sep='\t')
        d = datetime.date.today()
        c = datetime.datetime.now()
        h = c.hour
        mi = c.minute
        sec = c.second
        dayy = d.day
        mo = d.month
        conn=self.con.line()
        weight=self.S.line()
        #print(type(weight))
        temps=self.T.line()
        print(conn, weight, temps, mo, dayy, h, mi, sec, sep='\t')
        while (True):
        #Get current date and time
            d = datetime.date.today()
            c = datetime.datetime.now()
            h = c.hour
            mi = c.minute
            sec = c.second
            dayy = d.day
            mo = d.month
            if (c.microsecond < 1000):
                temp = self.S.line()
                if (temp!= weight and temp!="" and temp!=None):
                    weight=temp
            if (sec == 0) and (m % saveInterval == 0) and (c.microsecond < 1000):
                conn=self.con.line()
                temps=self.T.line()
                print(conn, weight, temps, mo, dayy, h, mi, sec, sep='\t')
                self.S.flushh()
                f=open(self.filename, "a+")
                f.write(str(conn)  + "\t" + str(weight) + "\t" + temps + "\t" + str(mo) + "\t" + str(dayy) + "\t" + str(h) + "\t" + str(mi) + "\t" + str(sec) + "\n")
                f.close()
                n = n+1
                self.S.flushh()
            elif (sec == 0) and (m % printInterval == 0) and (c.microsecond < 1000):
                conn=self.con.line()
                temps=self.T.line()
                print(conn, weight, temps, mo, dayy, h, mi, sec, sep='\t')
                self.S.flushh()
                self.con.flushh()
                self.T.flushh()

            else:
                pass
                
            if (sec == 0) and (c.microsecond < 100):
                m = m+1
            if (float(weight) >= float(exitWeight)):
                conn=self.con.line()
                temps=self.T.line()
                print(conn, weight, temps, mo, dayy, h, mi, sec, sep='\t')
                f=open(self.filename, "a+")
                f.write(str(conn)  + "\t" + str(weight) + "\t" + temps + "\t" + str(mo) + "\t" + str(dayy) + "\t" + str(h) + "\t" + str(mi) + "\t" + str(sec) + "\n")
                f.close()
                #self.finishup()
                break
コード例 #4
0
#! /bin/python3
import sys
import time as t
import datetime
from CProbe import ConductivityProbe
from TProbes import TemperatureProbes
from Scale import Scale

con = ConductivityProbe(1, 115200)
con.openC()

T = TemperatureProbes(0, 115200)
T.openC()

S = Scale(0, 19200)
S.openC()

printInterval = float(
    input(
        "What interval (in minutes) would you like the data to be printed?   ")
)
saveInterval = float(
    input(
        "What interval (in minutes) would you like the data to be saved to a text file?   "
    ))
exitWeight = str(
    input("At what distillate weight would you like the program to end?   "))

filename = str(input("What would you like the file name to be?   ")) + ".csv"
f = open(filename, "w+")
print("Opened file")