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Gauge Reading, not split

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Tyrel Souza 2023-07-28 13:20:22 -04:00
parent d0ba520949
commit e8be33f28d
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GPG Key ID: F3614B02ACBE438E
1 changed files with 23 additions and 17 deletions
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40
benchtopdevices/sheets/parsers/transducer.py
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@ -1,5 +1,6 @@
import re import re
import json import json
from pprint import pprint
def in_range(index, value, master_values): def in_range(index, value, master_values):
return ( return (
@ -34,13 +35,17 @@ def parse_transducer(content, accuracy):
# Get part number and values # Get part number and values
value = None value = None
unit = None
transducer_type = None transducer_type = None
if part_number != "Custom": if part_number != "Custom":
value = part_number.split()[-1] value = part_number.split()[-1]
part_number = part_number.split()[1] part_number = part_number.split()[1]
if value.endswith("SCCM"): if match := re.match(r"([0-9]+)([A-Z]+)", value, re.I):
value, unit = match.groups()
value = int(value)
if unit == "SCCM":
transducer_type = "Flow" transducer_type = "Flow"
if value.endswith("PSIA"): if unit == "PSIA":
transducer_type = "Pressure" transducer_type = "Pressure"
# Create a dictionary to store the data for each transducer # Create a dictionary to store the data for each transducer
@ -48,11 +53,12 @@ def parse_transducer(content, accuracy):
"Accuracy": accuracy, "Accuracy": accuracy,
"Part Number": part_number, "Part Number": part_number,
"Value": value, "Value": value,
"Unit": unit,
"Limit ABS": int(value * accuracy * 1000),
"Transducer Name": transducer_name, "Transducer Name": transducer_name,
"Transducer Type": transducer_type, "Transducer Type": transducer_type,
"Instrument Pressure": [], "Gauge Reading": [],
"Master Value": [], "Master Value": [],
"Instrument Flow": [],
"Verify Date": "", "Verify Date": "",
"Verify Time": "", "Verify Time": "",
} }
@ -68,38 +74,36 @@ def parse_transducer(content, accuracy):
continue continue
# Toss anything else where it belongs # Toss anything else where it belongs
v = value.split(" ")[0]
key = re.match(r"(.*)\W(\d)", key)[1] key = re.match(r"(.*)\W(\d)", key)[1]
if key in transducer_info: if key in transducer_info or f"Instrument {transducer_type}" in key:
value = int(float(value.split()[0])*1000) value = int(float(value.split()[0])*1000)
# special case Master to get the limits # special case Master to get the limits
if "Master" in key: if "Master" in key:
hi = 1.0 + accuracy hi = value + transducer_info["Limit ABS"]
lo = 1.0 - accuracy lo = value - transducer_info["Limit ABS"]
transducer_info[key].append( transducer_info[key].append(
{ {
"Low Limit": int(value*lo), "Low Limit": int(lo),
"Master Value": value, "Master Value": value,
"High Limit": int(value * hi), "High Limit": int(hi),
} }
) )
# Turn both Instrument Pressure and Instrument Flow to Gauge Reading
elif f"Instrument {transducer_type}" in key:
transducer_info["Gauge Reading"].append(value)
else: else:
transducer_info[key].append(value) transducer_info[key].append(value)
# Once we have the readings, and master values, we can do the math # Once we have the readings, and master values, we can do the math
transducer_info[f"Instrument {transducer_type}"] = [ transducer_info["Gauge Reading"] = [
{ {
"Value": v, "Value": v,
"In Range": in_range(idx, v, transducer_info["Master Value"]), "In Range": in_range(idx, v, transducer_info["Master Value"]),
"Delta": delta(idx, v, transducer_info["Master Value"]) "Delta": delta(idx, v, transducer_info["Master Value"])
} }
for idx, v in enumerate(transducer_info[f"Instrument {transducer_type}"]) for idx, v in enumerate(transducer_info["Gauge Reading"])
] ]
if transducer_type == "Flow":
del transducer_info["Instrument Pressure"]
elif transducer_type == "Pressure":
del transducer_info["Instrument Flow"]
transducer_data.append(transducer_info) transducer_data.append(transducer_info)
return transducer_data return transducer_data
@ -121,4 +125,6 @@ if __name__ == "__main__":
"Humidity": 27, "Humidity": 27,
"Transducers": parse_transducer(file.read(), 0.5) "Transducers": parse_transducer(file.read(), 0.5)
} }
print(json.dumps(output)) print(json.dumps(output).replace('"', '""'))
pprint(output)