def _table_rows(datapoints):
def format_row(result, value):
return result + ("|{:>" + str(CELL_SIZE) + "}").format(value)
return [
reduce(format_row, [
pick_hour(dp['instant']) + 'h',
symbol_for(dp['symbol']),
str(dp['temperature']) + '°',
space_for_zero(dp['precip']['value']),
bar_for(dp['precip']['min']) + bar_for(dp['precip']['value']) +
bar_for(dp['precip']['max']),
str(dp['wind']['speed']) + arrow_for(dp['wind']['direction'])
], '') for dp in datapoints
]
def _table_rows(datapoints):
def format_row(result, value):
return result + ("|{:>" + str(CELL_SIZE) + "}").format(value)
return [
reduce(
format_row,
[
pick_hour(dp["instant"]) + "h",
symbol_for(dp["symbol"]),
str(dp["temperature"]) + "°",
space_for_zero(dp["precip"]["value"]),
bar_for(dp["precip"]["min"]) + bar_for(dp["precip"]["value"]) + bar_for(dp["precip"]["max"]),
str(dp["wind"]["speed"]) + arrow_for(dp["wind"]["direction"]),
],
"",
)
for dp in datapoints
]
def symbol_row(datapoints, columns):
return [
format_row([symbol_for(dp['symbol']) + ' ' for dp in datapoints],
columns)
]
def symbol_row(datapoints, columns):
return [format_row([symbol_for(dp["symbol"]) + " " for dp in datapoints], columns)]
