from mysci.readdata import read_data
from mysci.printing import print_comparison
from mysci.computation import compute_heatindex
# Column names and column indices to read
columns = {'date': 0, 'time': 1, 'tempout': 2, 'humout': 5, 'heatindex': 13}
# Data types for each column (only if non-string)
types = {'tempout': float, 'humout': float, 'heatindex': float}
#Read data from file
data = read_data(columns, types=types)
# Compute the heat index
heatindex = []
for temp, hum in zip(data['tempout'], data['humout']):
heatindex.append(compute_heatindex(temp, hum))
# Output comparison of data
print_comparison('HEAT INDEX', data['date'], data['time'], data['heatindex'],
heatindex)
from mysci.readdata import read_data
from mysci.printing import print_comparison
from mysci.computation import compute_heatindex
#Column names and column indicies to read
columns = {'date': 0, 'time': 1, 'tempout': 2, 'humout': 5, 'heatindex': 13}
# Data types for each column (only if non-string)
types = {'tempout': float, 'humout': float, 'heatindex': float}
# Read the data file
data = read_data(columns, types=types)
# Commpute the heat index
heatindex = [
compute_heatindex(t, h) for t, h in zip(data['tempout'], data['humout'])
]
# Output comparison of data
print_comparison('HEAT INDX', data['date'], data['time'], data['heatindex'],
heatindex)
from mysci.readdata import read_data
from mysci.printing import print_comparison
from mysci.computation import compute_heatindex
# Column names and column indices to read
columns = {'date':0, 'time':1, 'tempout':2, 'humout':5, 'heatindex':13}
#Data types for each column (only if non-string)
types = {'tempout':float, 'humout': float, 'heatindex': float}
# Read data from file
data = read_data(columns, types=types)
# Compute the heat index
heatindex = [compute_heatindex(t,hum) for t, hum in zip(data['tempout'], data['humout'])]
# Output comparison of data
print_comparison('HEAT INDX', data['date'], data['time'], data['heatindex'], heatindex)
from mysci.readdata import read_data
from mysci.printing import print_comparison
from mysci.computation import compute_heatindex
#Column names and column indices to read
columns = {'date': 0, 'time': 1, 'tempout': 2, 'humout': 5, 'heatindex': 13}
#Data types for each column (only if non-string)
types = {'tempout': float, 'humout': float, 'heatindex': float}
#Read data from file
data = read_data(columns, types=types)
#Compute the heat index
heatindex = [
compute_heatindex(t, hum)
for t, hum in zip(data['tempout'], data['humout'])
]
# Output comparison of data
print_comparison('HEAT INDX', data['date'], data['time'], data['heatindex'],
heatindex)
from mysci.read_data import read_data
from mysci.print import print_comparison
from mysci.computation import compute_heatindex
# Column names and column indices to read
columns = {"date": 0, "time": 1, "tempout": 2, "humout": 5, "heatindex": 13}
#Data types for each column (only if non-string)
types = {"tempout": float, "humout": float, "heatindex": float}
# Read data from file
data = read_data(columns, types=types)
# compute heat index
#heatindex = []
#for temperature, humidity in zip(data["tempout"], data["humout"]):
# heatindex.append(compute_heatindex(temperature, humidity))
# next line is previous three lines condensed
heatindex = [compute_heatindex(temperature, humidity) for temperature, humidity in zip(data["tempout"], data["humout"])]
# Output comparison of data
print_comparison("HEATINDEX", data["date"], data["time"], data["heatindex"], heatindex)