brain-games-lvl1-s89 v7.0.1
project-lvl1-s89
A set of mini-games launched from the console. These games are similar to what is usually called Brain Games.
Table of Contents
Installation
- Install package globally
npm i -g brain-games-lvl1-s89
. - Add folder with bin files to environment variable
PATH
$ PATH=$PATH:~/<path to node>/lib/node_modules/brain-games-lvl1-s89/dist/bin/
List of games
Greeting
Greets user
How to play
$ brain-games
Game: "Check for parity"
The essence of the game is as follows: the user is shown a random number. And he needs to answer Yes, if the number is even, or No - if odd. Any incorrect entry is considered an error, for example, n and is equivalent to an incorrect answer.
How to play
$ brain-even
Game: "Calculator"
The essence of the game is as follows: the user is shown a random mathematical expression, for example 35 + 16, which he/she needs to calculate and write the correct answer.
How to play
$ brain-calc
Game: "The greatest common divisor (GCD)"
The essence of the game is as follows: the user is shown two random numbers, for example, 25 50. The user must calculate and enter the greatest common divisor of these numbers.
How to play
$ brain-gcd
Game: "Balance"
A balanced number is a number in which the smallest digit differs from the largest one by more than one.
Examples of balanced numbers are 111
, 233
, 55
, 001
, 9999
, 0001
.
And, for example, the number 123
is not balanced because the smallest digit in it is 1
, and the largest one is 3
, and the difference between them is 2
. When balancing the numbers, "large" digits give the excess "smaller" so that the number eventually becomes Balanced. In the case of the number 123
, the number 3
should give the number 1
, and in the end we get the number 222
.
The order of digits in a balanced number is in ascending order. For example, instead of 322
and 232
, you need to specify 223
.
How to play
$ brain-balance
Game: "Arithmetic progression"
The player must determine the lost number.
5 7 9 11 13 .. 17 19 21 23
Answer is 15
How to play
$ brain-progression
Game: "Is it a prime number?"
Is it a prime number?
How to play
$ brain-prime
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago
7 years ago