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So we're all hopefully familiar with Spreadsheet 'A1' cell notation.

It's simply an alphanumeric representation of the positioning of said cell within a grid. The letter(s) represent the column positioning of the cell, and the number represents the row.

The 'letter' part can consist of 1 or more letters from the 26 letter English alphabet, all of which must be capital letters. These map to numbers through the use of 26-adic bijective numeration. The 'number' part can consist of any positive, non-zero integer.

The challenge, write a program that given the A1 notation of any cell as a single string, can output a string containing the column position represented as a number, followed by a space and then the row number.

Sample Input/Outputs below:

A1
>>1 1
B10
>>2 10
AC4 
>>29 4
AAC753
>>705 753
F123
>>6 123
GL93
>>194 93

This is my first challenge, hence the relative simplicity and potential poorness of the criteria.

EDIT: String must be letters followed by numbers and the winning criteria is the shortest code length (if that can be a thing)

So we're all hopefully familiar with Spreadsheet 'A1' cell notation.

It's simply an alphanumeric representation of the positioning of said cell within a grid. The letter(s) represent the column positioning of the cell, and the number represents the row.

The 'letter' part can consist of 1 or more letters from the 26 letter English alphabet, all of which must be capital letters. These map to numbers through the use of 26-adic bijective numeration. The 'number' part can consist of any positive, non-zero integer.

The challenge, write a program that given the A1 notation of any cell as a single string, can output a string containing the column position represented as a number, followed by a space and then the row number.

Sample Input/Outputs below:

A1
>>1 1
B10
>>2 10
AC4 
>>29 4
AAC753
>>705 753
F123
>>6 123
GL93
>>194 93

This is my first challenge, hence the relative simplicity and potential poorness of the criteria.

EDIT: String must be letters followed by numbers and the winning criteria is the shortest code length (if that can be a thing)

EDIT: Related to this but does the reverse process with a different starting index. Some may argue that this fact makes the linked puzzle more interesting.

So we're all hopefully familiar with Spreadsheet 'A1' cell notation.

It's simply an alphanumeric representation of the positioning of said cell within a grid. The letter(s) represent the column positioning of the cell, and the number represents the row.

The 'letter' part can consist of 1 or more letters from the 26 letter English alphabet, all of which must be capital letters. These map to numbers through the use of 26-adic bijective numeration. The 'number' part can consist of any positive, non-zero integer.

The challenge, write a program that given the A1 notation of any cell as a single string, can output a string containing the column position represented as a number, followed by a space and then the row number.

Sample Input/Outputs below:

A1
>>1 1
B10
>>2 10
AC4 
>>29 4
AAC753
>>705 753

This is my first challenge, hence the relative simplicity and potential poorness of the criteria.

EDIT: String must be letters followed by numbers and the winning criteria is the shortest code length (if that can be a thing)

So we're all hopefully familiar with Spreadsheet 'A1' cell notation.

It's simply an alphanumeric representation of the positioning of said cell within a grid. The letter(s) represent the column positioning of the cell, and the number represents the row.

The 'letter' part can consist of 1 or more letters from the 26 letter English alphabet, all of which must be capital letters. These map to numbers through the use of 26-adic bijective numeration. The 'number' part can consist of any positive, non-zero integer.

The challenge, write a program that given the A1 notation of any cell as a single string, can output a string containing the column position represented as a number, followed by a space and then the row number.

Sample Input/Outputs below:

A1
>>1 1
B10
>>2 10
AC4 
>>29 4
AAC753
>>705 753
F123
>>6 123
GL93
>>194 93

This is my first challenge, hence the relative simplicity and potential poorness of the criteria.

EDIT: String must be letters followed by numbers and the winning criteria is the shortest code length (if that can be a thing)

So we're all hopefully familiar with Spreadsheet 'A1' cell notation.

It's simply an alphanumeric representation of the positioning of said cell within a grid. The letter(s) represent the column positioning of the cell, and the number represents the row.

The 'letter' part can consist of 1 or more letters from the 26 letter English alphabet, all of which must be capital letters. These map to columns such that A=1, Z=26, AA=27 etc.

The 'number' part can consist of any positive, non-zero integer.

The challenge, write a program that given the A1 notation of any cell as a single string, can output a string containing the column position represented as a number, followed by a space and then the row number.

Sample Input/Outputs below:

A1
>>1 1
B10
>>2 10
AC4 
>>29 4
AAC753
>>705 753

This is my first challenge, hence the relative simplicity and potential poorness of the criteria.

EDIT: String must be letters followed by numbers and the winning criteria is the shortest code length (if that can be a thing)

So we're all hopefully familiar with Spreadsheet 'A1' cell notation.

It's simply an alphanumeric representation of the positioning of said cell within a grid. The letter(s) represent the column positioning of the cell, and the number represents the row.

The 'letter' part can consist of 1 or more letters from the 26 letter English alphabet, all of which must be capital letters. These map to numbers through the use of 26-adic bijective numeration. The 'number' part can consist of any positive, non-zero integer.

The challenge, write a program that given the A1 notation of any cell as a single string, can output a string containing the column position represented as a number, followed by a space and then the row number.

Sample Input/Outputs below:

A1
>>1 1
B10
>>2 10
AC4 
>>29 4
AAC753
>>705 753

This is my first challenge, hence the relative simplicity and potential poorness of the criteria.

EDIT: String must be letters followed by numbers and the winning criteria is the shortest code length (if that can be a thing)