bmarechal / datalogger-gui

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Commit ff6ac074765154ae401b771db9af7e379be8ebcb

Authored by bmarechal
1 parent 67c0abcaa5
Exists in master

Remove some files from master

Showing 3 changed files with 0 additions and 288 deletions Side-by-side Diff

instruments/LS350.py
View file @ ff6ac07
1   -from abstract_instrument import abstract_instrument
2   -import socket
3   -
4   -#==============================================================================
5   -
6   -ALL_VAL_TYPE = ['TEMP', 'RES']
7   -ALL_CHANNELS = ['a', 'b', 'c', 'd']
8   -
9   -ADRESS = "192.168.0.12"
10   -CONF_VAL_TYPE = ['krdg?', 'srdg?']
11   -
12   -#==============================================================================
13   -
14   -class LS350(abstract_instrument):
15   - def __init__(self, channels, vtypes, adress):
16   - self.adress = adress
17   - self.port = 7777
18   - self.channels = channels
19   - self.vtypes = vtypes
20   -
21   - def model(self):
22   - #self.send("*IDN?")
23   - #return self.read()
24   - return "LS350"
25   -
26   - def connect(self):
27   - print('Connecting to device @%s:%s...' %(self.adress, self.port))
28   - self.sock = socket.socket(socket.AF_INET,
29   - socket.SOCK_STREAM,
30   - socket.IPPROTO_TCP)
31   - self.sock.settimeout(10.0) # Don't hang around forever
32   - self.sock.connect((self.adress, self.port))
33   - print(' --> Ok')
34   - print(self.model())
35   - self.configure()
36   -
37   - def configure(self):
38   - self.strCh = ''
39   - for ch in self.channels:
40   - self.strCh = self.strCh + '%s %s;'%(CONF_VAL_TYPE[ALL_VAL_TYPE.index(self.vtypes[self.channels.index(ch)])], ch)
41   - self.strCh = self.strCh[0:-1]
42   - print(self.strCh)
43   -
44   - def getValue(self):
45   - self.send(self.strCh)
46   - return self.read()
47   -
48   - def read(self):
49   - self.send("++read eoi")
50   - ans = ''
51   - nb_data_list = []
52   - nb_data = ''
53   - try:
54   - while ans != '\n':
55   - ans = self.sock.recv(1)
56   - nb_data_list.append(ans) # Return the number of data
57   - list_size = len(nb_data_list)
58   - for j in range (0, list_size):
59   - nb_data = nb_data+nb_data_list[j]
60   - return nb_data
61   - except socket.timeout:
62   - print "Socket timeout error when reading."
63   - raise
64   -
65   - def disconnect(self):
66   - self.send('MODE0')
67   - self.sock.close()
68   -
69   - def send(self, command):
70   - self.sock.send("%s\n"%command)
instruments/T7Pro.py
View file @ ff6ac07
1   -from abstract_instrument import abstract_instrument
2   -from labjack import ljm
3   -import numpy
4   -
5   -#==============================================================================
6   -
7   -ALL_VAL_TYPE = ['TEMP', 'RES']
8   -ALL_CHANNELS = ['TEMP', '1', '2', '3', '4']
9   -ADRESS = "192.168.0.25"
10   -
11   -#==============================================================================
12   -
13   -class T7Pro(abstract_instrument):
14   - def __init__(self, adress=ADRESS, vtype=[ALL_VAL_TYPE[0]], channels = [ALL_CHANNELS[0]]):
15   - self.adress = adress
16   - self.vtype = vtype
17   - self.tempName = ["TEMPERATURE_AIR_K"]
18   - self.res1Name = ["AIN0", "AIN10"]
19   - self.res2Name = ["AIN2", "AIN11"]
20   - self.res3Name = ["AIN4", "AIN12"]
21   - self.res4Name = ["AIN6", "AIN13"]
22   -
23   - def model(self):
24   - return 'T7Pro'
25   -
26   - def connect(self):
27   - try:
28   - print('Connecting to device @%s...' %(self.adress))
29   - self.handle = ljm.openS("T7", "ETHERNET", self.adress)
30   - self.configureAINs()
31   - print(' --> Ok')
32   -
33   - print(self.model())
34   -
35   - if self.vtype == "TEMP":
36   - 1
37   - elif self.vtype == "RES":
38   - 1
39   - else:
40   - print("Wrong -v argument")
41   - raise
42   -
43   - except Exception as er:
44   - print("Unexpected error during connection: " + str(er))
45   - raise
46   -
47   - def getValue(self):
48   - mesTemp = self.read(self.tempName)
49   - mesRes1 = self.read(self.res1Name)
50   - mesRes2 = self.read(self.res2Name)
51   - mesRes3 = self.read(self.res3Name)
52   - mesRes4 = self.read(self.res4Name)
53   -# mesRes4 = [1, 1]
54   -# print("~~~~~~~~~~~~~~~~~~~~~~\n" + str(results) + "~~~~~~~~~~~~~~~~~~~~~~\n")
55   - temp = mesTemp[0]
56   - res1 = 100.*mesRes1[0]/mesRes1[1]
57   - res2 = 100.*mesRes2[0]/mesRes2[1]
58   - res3 = 100.*mesRes3[0]/mesRes3[1]
59   - res4 = 100.*mesRes4[0]/mesRes4[1]
60   -
61   - if self.vtype == 'TEMP':
62   - # Temperature calculation
63   - temp1 = self.res2tempSensor(628, res1)
64   - temp2 = self.res2tempSensor(16947, res2)
65   - temp3 = self.res2tempSensor(625, res3)
66   - temp4 = self.res2tempSensor(100, res4)
67   - string = '%f\t%f\t%f\t%f\t%f\n'%(temp, temp1, temp2, temp3, temp4)
68   -# string = '%f\t%f\n'%(temp, temp1)
69   - elif self.vtype == 'RES':
70   - string = '%f\t%f\t%f\t%f\t%f\n'%(temp, res1, res2, res3, res4)
71   -# string = '%f\t%f\n'%(temp, res1)
72   - else:
73   - string = ''
74   -
75   - return string
76   -
77   - def read(self, names):
78   - return ljm.eReadNames(self.handle, len(names), names)
79   -
80   - def disconnect(self):
81   - ljm.close(self.handle)
82   -
83   - def send(self, command):
84   - pass
85   -
86   - def configureAINs(self):
87   - # Setup and call eWriteNames to configure AINs on the LabJack.
88   - names = ["AIN0_NEGATIVE_CH", "AIN0_RANGE", "AIN0_RESOLUTION_INDEX",
89   - "AIN1_NEGATIVE_CH", "AIN1_RANGE", "AIN1_RESOLUTION_INDEX",
90   - "AIN2_NEGATIVE_CH", "AIN2_RANGE", "AIN2_RESOLUTION_INDEX",
91   - "AIN3_NEGATIVE_CH", "AIN3_RANGE", "AIN3_RESOLUTION_INDEX",
92   - "AIN4_NEGATIVE_CH", "AIN4_RANGE", "AIN4_RESOLUTION_INDEX",
93   - "AIN5_NEGATIVE_CH", "AIN5_RANGE", "AIN5_RESOLUTION_INDEX",
94   - "AIN6_NEGATIVE_CH", "AIN6_RANGE", "AIN6_RESOLUTION_INDEX",
95   - "AIN7_NEGATIVE_CH", "AIN7_RANGE", "AIN7_RESOLUTION_INDEX",
96   - "AIN8_NEGATIVE_CH", "AIN8_RANGE", "AIN8_RESOLUTION_INDEX",
97   - "AIN9_NEGATIVE_CH", "AIN9_RANGE", "AIN9_RESOLUTION_INDEX",
98   - "AIN10_NEGATIVE_CH", "AIN10_RANGE", "AIN10_RESOLUTION_INDEX",
99   - "AIN11_NEGATIVE_CH", "AIN11_RANGE", "AIN11_RESOLUTION_INDEX",
100   - "AIN12_NEGATIVE_CH", "AIN12_RANGE", "AIN12_RESOLUTION_INDEX",
101   - "AIN13_NEGATIVE_CH", "AIN13_RANGE", "AIN13_RESOLUTION_INDEX"
102   - ]
103   - l_names = len(names)
104   - aValues = [1, 0.1, 12,#0
105   - 199, 0.1, 12,#1
106   - 3, 0.1, 12,#2
107   - 199, 0.1, 12,#3
108   - 5, 0.1, 12,#4
109   - 199, 0.1, 12,#5
110   - 7, 0.1, 12,#6
111   - 199, 0.1, 12,#7
112   - 199, 0.1, 12,#8
113   - 199, 0.1, 12,#9
114   - 199, 0.1, 12,#10
115   - 199, 0.1, 12,#11
116   - 199, 0.1, 12,#12
117   - 199, 0.1, 12#13
118   - ]
119   - ljm.eWriteNames(self.handle, l_names, names, aValues)
120   -
121   -
122   - def res2tempSensor(self, sensor, res):
123   - if sensor==627:
124   - K = [0.399341181655472610,
125   - 10.8420092277810909,
126   - -26.4597939187660813,
127   - 245.9828566655493379,
128   - -668.069876596331596,
129   - 1001.69882618263364,
130   - -267.272089680656791]
131   - if sensor==625:
132   - K = [0.333548856582638109,
133   - 11.7361551595386118,
134   - -31.32988932320903987,
135   - 262.878643524833024,
136   - -704.163538021035492,
137   - 1056.6040485650301,
138   - -307.057196729816496]
139   - if sensor==628:
140   - K = [0.463200932294057566,
141   - 13.5049710820894688,
142   - -30.5191222755238414,
143   - 231.098593852017075,
144   - -550.122691885568202,
145   - 806.038547554984689,
146   - -198.510489917360246]
147   - if sensor==16945:
148   - K = [3.2497, 5.1777, 2.499]
149   - if sensor==16943:
150   - K = [3.4738, 5.1198, 2.3681]
151   - if sensor==16944:
152   - K = [3.3674, 5.2874, 2.5165]
153   - if sensor==16941:
154   - K = [2.9486, 4.5862, 2.266]
155   - if sensor==16947:
156   - K = [3.4597, 5.2422, 2.4169]
157   - if sensor==100:
158   - K = [0.003850]
159   - return self.res2temp(K, res)
160   -
161   - def res2temp(K, res):
162   - temp = 0
163   - tmp = 1000./res
164   - if len(K)==7:
165   - for i in range(len(K)):
166   - temp += K[i]*tmp**i
167   - if len(K)==3:
168   - for i in range(len(K)):
169   - temp += K[i]*numpy.log10(tmp)**(2-i)
170   - temp = 10**temp
171   - if len(K)==1:
172   - temp = (res/100.-1)/K[0]+273.15
173   - return temp
instruments/testDevice.py
View file @ ff6ac07
1   -from abstract_instrument import abstract_instrument
2   -import numpy, time
3   -
4   -#==============================================================================
5   -
6   -ALL_VAL_TYPE = ['vtype', 'DCV', 'ACV', 'DCI', 'ACI', 'RES2W', 'RES4W', 'FREQ']
7   -ALL_CHANNELS = ['0', '1']
8   -ADRESS = "123.456.789.123"
9   -
10   -#==============================================================================
11   -
12   -class testDevice(abstract_instrument):
13   - def __init__(self, channels, vtype, adress = ADRESS):
14   - self.adress = adress
15   - self.port = 9999
16   - self.channels = channels
17   - print(self.channels)
18   - self.vtype = vtype
19   - print(self.vtype)
20   -
21   - def model(self):
22   - return 'test_device'
23   -
24   - def connect(self):
25   - print('Connecting to device @%s:%s...' %(self.adress, self.port))
26   - time.sleep(1)
27   - print(' --> Ok')
28   -
29   - print(self.model())
30   -
31   - def getValue(self):
32   - mes = ""
33   - for ch in self.channels:
34   - mes = mes + str(numpy.random.rand()) + '\t'
35   - return mes + '\n'
36   -
37   - def read(self):
38   - print('reading')
39   - return 1
40   -
41   - def disconnect(self):
42   - print('disconnect')
43   -
44   - def send(self, command):
45   - print('send %s'%command)