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fucking zeroes

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Nick80835 2020-09-25 19:30:21 -04:00
parent 4e8aa19762
commit 1e1250700f
1 changed files with 8 additions and 8 deletions
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16
ubot/modules/scrapers.py
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@ -181,8 +181,8 @@ async def corona(event):
response_list = [
f"Corona stats for **{response['country']}**\n",
f"**Cases**\n {response['cases']} total\n {response['todayCases']} today\n {response['active']} active\n {round(response['cases'] / response['population'] * 100, 2)}% of population",
f"**Tests**\n {response['tests']} total\n {round(response['cases'] / response['tests'] * 100, 2)}% positive\n {round(response['tests'] / response['population'] * 100, 2)}% of population",
f"**Deaths**\n {response['deaths']} total\n {response['todayDeaths']} today\n {round(response['deaths'] / response['cases'] * 100, 2)}% of cases\n {round(response['deaths'] / response['population'] * 100, 2)}% of population",
f"**Tests**\n {response['tests']} total\n {round(response['cases'] / response['tests'] * 100, 2) if response['tests'] != 0 else 0.0}% positive\n {round(response['tests'] / response['population'] * 100, 2)}% of population",
f"**Deaths**\n {response['deaths']} total\n {response['todayDeaths']} today\n {round(response['deaths'] / response['cases'] * 100, 2) if response['cases'] != 0 else 0.0}% of cases\n {round(response['deaths'] / response['population'] * 100, 2)}% of population",
f"**Recoveries**\n {response['recovered']} total"
]
@ -198,8 +198,8 @@ async def corona(event):
response_list = [
f"Global Corona stats\n",
f"**Cases**\n {response['cases']} total\n {response['todayCases']} today\n {response['active']} active\n {round(response['cases'] / response['population'] * 100, 2)}% of population",
f"**Tests**\n {response['tests']} total\n {round(response['cases'] / response['tests'] * 100, 2)}% positive\n {round(response['tests'] / response['population'] * 100, 2)}% of population",
f"**Deaths**\n {response['deaths']} total\n {response['todayDeaths']} today\n {round(response['deaths'] / response['cases'] * 100, 2)}% of cases\n {round(response['deaths'] / response['population'] * 100, 2)}% of population",
f"**Tests**\n {response['tests']} total\n {round(response['cases'] / response['tests'] * 100, 2) if response['tests'] != 0 else 0.0}% positive\n {round(response['tests'] / response['population'] * 100, 2)}% of population",
f"**Deaths**\n {response['deaths']} total\n {response['todayDeaths']} today\n {round(response['deaths'] / response['cases'] * 100, 2) if response['cases'] != 0 else 0.0}% of cases\n {round(response['deaths'] / response['population'] * 100, 2)}% of population",
f"**Recoveries**\n {response['recovered']} total"
]
@ -218,8 +218,8 @@ async def corona_inline(event):
response_list = [
f"Corona stats for **{response['country']}**\n",
f"**Cases**\n {response['cases']} total\n {response['todayCases']} today\n {response['active']} active\n {round(response['cases'] / response['population'] * 100, 2)}% of population",
f"**Tests**\n {response['tests']} total\n {round(response['cases'] / response['tests'] * 100, 2)}% positive\n {round(response['tests'] / response['population'] * 100, 2)}% of population",
f"**Deaths**\n {response['deaths']} total\n {response['todayDeaths']} today\n {round(response['deaths'] / response['cases'] * 100, 2)}% of cases\n {round(response['deaths'] / response['population'] * 100, 2)}% of population",
f"**Tests**\n {response['tests']} total\n {round(response['cases'] / response['tests'] * 100, 2) if response['tests'] != 0 else 0.0}% positive\n {round(response['tests'] / response['population'] * 100, 2)}% of population",
f"**Deaths**\n {response['deaths']} total\n {response['todayDeaths']} today\n {round(response['deaths'] / response['cases'] * 100, 2) if response['cases'] != 0 else 0.0}% of cases\n {round(response['deaths'] / response['population'] * 100, 2)}% of population",
f"**Recoveries**\n {response['recovered']} total"
]
@ -234,8 +234,8 @@ async def corona_inline(event):
response_list = [
f"Global Corona stats\n",
f"**Cases**\n {response['cases']} total\n {response['todayCases']} today\n {response['active']} active\n {round(response['cases'] / response['population'] * 100, 2)}% of population",
f"**Tests**\n {response['tests']} total\n {round(response['cases'] / response['tests'] * 100, 2)}% positive\n {round(response['tests'] / response['population'] * 100, 2)}% of population",
f"**Deaths**\n {response['deaths']} total\n {response['todayDeaths']} today\n {round(response['deaths'] / response['cases'] * 100, 2)}% of cases\n {round(response['deaths'] / response['population'] * 100, 2)}% of population",
f"**Tests**\n {response['tests']} total\n {round(response['cases'] / response['tests'] * 100, 2) if response['tests'] != 0 else 0.0}% positive\n {round(response['tests'] / response['population'] * 100, 2)}% of population",
f"**Deaths**\n {response['deaths']} total\n {response['todayDeaths']} today\n {round(response['deaths'] / response['cases'] * 100, 2) if response['cases'] != 0 else 0.0}% of cases\n {round(response['deaths'] / response['population'] * 100, 2)}% of population",
f"**Recoveries**\n {response['recovered']} total"
]