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Problem 62. Elapsed Time
Created by Cody Team in Cody Challenge 
Given two date strings d1 and d2 of the form yyyy/mm/dd HH:MM:SS (assume hours HH is in 24 hour mode), determine how much time, in decimal hours, separates them. Assume d2 is always later than d1.
Example:
 Input d1 = '2010/12/14 12:00:00'
 Input d2 = '2010/12/14 13:06:36'
 Output elapsed is 1.11

Matlab Cody Problem 62. Elapsed Time
Last document update:
ago
Problem 62. Elapsed Time
Created by Cody Team in Cody Challenge 
Given two date strings d1 and d2 of the form yyyy/mm/dd HH:MM:SS (assume hours HH is in 24 hour mode), determine how much time, in decimal hours, separates them. Assume d2 is always later than d1.
Example:
 Input d1 = '2010/12/14 12:00:00'
 Input d2 = '2010/12/14 13:06:36'
 Output elapsed is 1.11

Problem 15. Find the longest sequence of 1's in a binary sequence.
Created by Cody Team in Cody Challenge 
Given a string such as
 s = '011110010000000100010111'
find the length of the longest string of consecutive 1's. In this example, the answer would be 4.
Example:
 Input x = '110100111'
 Output y is 3

Matlab Cody Problem 15. Find the longest sequence of 1's in a binary sequence
Last document update:
ago
Problem 15. Find the longest sequence of 1's in a binary sequence.
Created by Cody Team in Cody Challenge 
Given a string such as
 s = '011110010000000100010111'
find the length of the longest string of consecutive 1's. In this example, the answer would be 4.
Example:
 Input x = '110100111'
 Output y is 3

Problem 76. De-dupe
Created by Cody Team in Cody Challenge 
Remove all the redundant elements in a vector, but keep the first occurrence of each value in its original location. So if
 a = [5 3 6 4 7 7 3 5 9]
then
 dedupe(a) = [5 3 6 4 7 9]

Matlab Cody Problem 76. De-dupe
Last document update:
ago
Problem 76. De-dupe
Created by Cody Team in Cody Challenge 
Remove all the redundant elements in a vector, but keep the first occurrence of each value in its original location. So if
 a = [5 3 6 4 7 7 3 5 9]
then
 dedupe(a) = [5 3 6 4 7 9]

Problem 48. Making change
Created by Cody Team in Cody Challenge 
Given an amount of currency, return a vector of this form:
 [100 50 20 10 5 2 1 0.5 0.25 0.1 0.05 0.01]
Example:
 Input a = 257.68
 Output b is [2 1 0 0 1 1 0 1 0 1 1 3]
Always use bigger bills/coins if possible.

Matlab Cody Problem 48. Making change
Last document update:
ago
Problem 48. Making change
Created by Cody Team in Cody Challenge 
Given an amount of currency, return a vector of this form:
 [100 50 20 10 5 2 1 0.5 0.25 0.1 0.05 0.01]
Example:
 Input a = 257.68
 Output b is [2 1 0 0 1 1 0 1 0 1 1 3]
Always use bigger bills/coins if possible.

Problem 74. Balanced number
Created by Cody Team in Cody Challenge 
Given a positive integer find whether it is a balanced number. For a balanced number the sum of first half of digits is equal to the second half.
Examples:
 Input n = 13722 
 Output tf is true
because 1 3 = 2 2.
 Input n = 23567414 
 Output tf = true
All palindrome numbers are balanced.
This is partly from Project Euler, Problem 217.

Matlab Cody Problem 74. Balanced number
Last document update:
ago
Problem 74. Balanced number
Created by Cody Team in Cody Challenge 
Given a positive integer find whether it is a balanced number. For a balanced number the sum of first half of digits is equal to the second half.
Examples:
 Input n = 13722 
 Output tf is true
because 1 3 = 2 2.
 Input n = 23567414 
 Output tf = true
All palindrome numbers are balanced.
This is partly from Project Euler, Problem 217.

Problem 147. Too mean-spirited
Created by the cyclist in Community 
Find the mean of each consecutive pair of numbers in the input row vector. For example,
x=[1 2 3] ----> y = [1.5 2.5]
x=[100 0 0 0 100] ----> y = [50 0 0 50]

Matlab Cody Problem 147. Too mean-spirited
Last document update:
ago
Problem 147. Too mean-spirited
Created by the cyclist in Community 
Find the mean of each consecutive pair of numbers in the input row vector. For example,
x=[1 2 3] ----> y = [1.5 2.5]
x=[100 0 0 0 100] ----> y = [50 0 0 50]

Problem 174. Roll the Dice!
Created by @bmtran (Bryant Tran) in Community 
Description
Return two random integers between 1 and 6, inclusive, to simulate rolling 2 dice.
Example
 [x1,x2] = rollDice();
 x1 = 5;
 x2 = 2;

Matlab Cody Problem 174. Roll the Dice
Last document update:
ago
Problem 174. Roll the Dice!
Created by @bmtran (Bryant Tran) in Community 
Description
Return two random integers between 1 and 6, inclusive, to simulate rolling 2 dice.
Example
 [x1,x2] = rollDice();
 x1 = 5;
 x2 = 2;

Problem 41. Cell joiner
Created by Cody Team in Cody Challenge 
You are given a cell array of strings and a string delimiter. You need to produce one string which is composed of each string from the cell array separated by the delimiter.
For example, this input
 in_cell = {'Lorem', 'ipsum', 'dolor', 'sit', 'amet', 'consectetur'};
 delim = ' ';
should produce this output:
 out_str = 'Lorem ipsum dolor sit amet consectetur';

Matlab Cody Problem 41. Cell joiner
Last document update:
ago
Problem 41. Cell joiner
Created by Cody Team in Cody Challenge 
You are given a cell array of strings and a string delimiter. You need to produce one string which is composed of each string from the cell array separated by the delimiter.
For example, this input
 in_cell = {'Lorem', 'ipsum', 'dolor', 'sit', 'amet', 'consectetur'};
 delim = ' ';
should produce this output:
 out_str = 'Lorem ipsum dolor sit amet consectetur';