def s1_avg_data():
global nA2,s1_avgData, s1_avg1count, s1_avg2count, s1_avg3count
s1_avg1_sample[s1_avg1count] = ads.readADS_Data()
Raw_data1 =s1_avg1_sample[s1_avg1count]
s1_avg1count = s1_avg1count + 1
if s1_avg1count > (s1_AVG1_SAMPLES - 1):
s1_avg1count = 0
temp1 = 0
for j in range(len(s1_avg1_sample)):
temp1 = temp1 + s1_avg1_sample[j]
temp1 = 0
for j in range(len(s1_avg1_sample)):
temp1 = temp1 + s1_avg1_sample[j]
temp1 = temp1 / len(s1_avg1_sample)
s1_avgData[0] = temp1
s1_avg2_sample[s1_avg2count] = temp1
s1_avg2count = s1_avg2count + 1
if (s1_avg2count > s1_AVG2_SAMPLES - 1):
s1_avg2count = 0
temp1 =0
for j in range(len(s1_avg2_sample)):
temp1 = temp1 + s1_avg2_sample[j]
temp1 = temp1 / len(s1_avg2_sample)
s1_avgData[1] = temp1
s1_avg3_sample[s1_avg3count] = temp1
s1_avg3count = s1_avg3count + 1
if (s1_avg3count > s1_AVG3_SAMPLES - 1):
s1_avg3count = 0
temp1 =0
for j in range(len(s1_avg3_sample)):
temp1 = temp1 + s1_avg3_sample[j]
temp1 = temp1 / len(s1_avg3_sample)
s1_avgData[2] = temp1
# nA1 = Raw_data1 * 2.048 / 8388607 / 348000 * 1000000000
nA1 = Raw_data1 / 1425.40783
# mV1 = Raw_data1 * 2.048 / 8388607
mV1 = Raw_data1 / 4095.9995117
# print "Raw Data = %ld mV = %f nA = %f average Data = %ld, %f V." % (Raw_data1, mV1, nA1, s1_avgData[2], (2.048 / 8388607*ads.int32(s1_avgData[2])))
# print "Raw Data = %ld mV = %f nA = %f " % (Raw_data1, mV1, nA1),
#print "nA = %f" % (nA1),
# print "Raw Data = %ld" % (Raw_data1),
return nA1
def s2_avg_data():
global nA2, s2_avgData, s2_avg1count, s2_avg2count, s2_avg3count
s2_avg1_sample[s2_avg1count] = ads.readADS_Data()
Raw_data =s2_avg1_sample[s2_avg1count]
s2_avg1count = s2_avg1count + 1
if s2_avg1count > (s2_AVG1_SAMPLES - 1):
s2_avg1count = 0
temp = 0
for i in range(len(s2_avg1_sample)):
temp = temp + s2_avg1_sample[i]
temp = 0
for i in range(len(s2_avg1_sample)):
temp = temp + s2_avg1_sample[i]
temp = temp / len(s2_avg1_sample)
s2_avgData[0] = temp
s2_avg2_sample[s2_avg2count] = temp
s2_avg2count = s2_avg2count + 1
if (s2_avg2count > s2_AVG2_SAMPLES - 1):
s2_avg2count = 0
temp =0
for i in range(len(s2_avg2_sample)):
temp = temp + s2_avg2_sample[i]
temp = temp / len(s2_avg2_sample)
s2_avgData[1] = temp
s2_avg3_sample[s2_avg3count] = temp
s2_avg3count = s2_avg3count + 1
if (s2_avg3count > s2_AVG3_SAMPLES - 1):
s2_avg3count = 0
temp =0
for i in range(len(s2_avg3_sample)):
temp = temp + s2_avg3_sample[i]
temp = temp / len(s2_avg3_sample)
s2_avgData[2] = temp
nA2 = Raw_data / 1425.40783
mV2 = Raw_data / 4095.9995117
# print "Raw Data = %ld" % (Raw_data),
# print "Raw Data = %ld mV = %f nA = %f " % (Raw_data, mV2, nA2),
#print "nA = %f" % (nA2),
# print "Raw Data = %ld average Data = %ld, %f V." % (Raw_data, s2_avgData[2], (2.048 / 8388607*ads.int32(s2_avgData[2])))
return nA2
def s2_avg_data(): global s2_avgData, s2_avg1count, s2_avg2count, s2_avg3count s2_avg1_sample[s2_avg1count] = ads.readADS_Data() Raw_data =s2_avg1_sample[s2_avg1count] s2_avg1count = s2_avg1count + 1 if s2_avg1count > (s2_AVG1_SAMPLES - 1): s2_avg1count = 0 temp = 0 for i in range(len(s2_avg1_sample)): temp = temp + s2_avg1_sample[i] temp = 0 for i in range(len(s2_avg1_sample)): temp = temp + s2_avg1_sample[i] temp = temp / len(s2_avg1_sample) s2_avgData[0] = temp s2_avg2_sample[s2_avg2count] = temp s2_avg2count = s2_avg2count + 1 if (s2_avg2count > s2_AVG2_SAMPLES - 1): s2_avg2count = 0 temp =0 for i in range(len(s2_avg2_sample)): temp = temp + s2_avg2_sample[i] temp = temp / len(s2_avg2_sample) s2_avgData[1] = temp s2_avg3_sample[s2_avg3count] = temp s2_avg3count = s2_avg3count + 1 if (s2_avg3count > s2_AVG3_SAMPLES - 1): s2_avg3count = 0 temp =0 for i in range(len(s2_avg3_sample)): temp = temp + s2_avg3_sample[i] temp = temp / len(s2_avg3_sample) s2_avgData[2] = temp nA2 = Raw_data / 1425.40783 mV2 = Raw_data / 4095.9995117 # print "Raw Data = %ld" % (Raw_data), print "Raw Data = %ld mV = %f nA = %f " % (Raw_data, mV2, nA2),
