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README.md | 2 years ago |
README.md
Using Map
Instructions
Create the following functions:
Your solutions must use
map
.
Cities Only
citiesOnly
: accepts an array of objects and returns an array of strings from the city
key.
citiesOnly([
{
city: 'Los Angeles',
temperature: ' 101 °F ',
},
{
city: 'San Francisco',
temperature: ' 84 ° F ',
},
]) // -> ['Los Angeles', 'San Francisco']
#### Upper Casing States
upperCasingStates
: accepts an array of strings, and returns a new array of strings. The returned array will be the same as the argument, except the first letter of every word must be capitalized.
upperCasingStates(['alabama', 'new jersey']) // -> ['Alabama', 'New Jersey']
Fahrenheit to Celsius
fahrenheitToCelsius
: accepts an array of fahrenheit temperatures as strings, and returns an array of strings converted to celsius. Round down the result.
fahrenheitToCelsius(['68°F', '59°F', '25°F']) // -> ['20°C', '15°C', '-4°C']
Trim Temp
trimTemp
: accepts an array of objects, and returns a new array of objects with the same structure. The temperature
strings must have their spaces removed in the new array.
trimTemp([
{ city: 'Los Angeles', temperature: ' 101 °F ' },
{ city: 'San Francisco', temperature: ' 84 ° F ' },
]) /* -> [
{ city: 'Los Angeles', temperature: '101°F' },
{ city: 'San Francisco', temperature: '84°F' },
] */
Temp Forecasts
tempForecasts
: accepts an array of objects, and returns an array of formatted strings. See the example below:
tempForecasts([
{
city: 'Pasadena',
temperature: ' 101 °F',
state: 'california',
region: 'West',
},
]) // -> ['38°Celsius in Pasadena, California']