RosettaCodeData/Task/Vector/00-TASK.txt

;Related tasks:
* &nbsp; [[Arrays]]
* &nbsp; [[Vector]]
** &nbsp; [[Dot product]]
** &nbsp; [[Vector products]]
* &nbsp; [[Matrices]]
* &nbsp; [[Bivector]]
* &nbsp; [[Antivector]]
* &nbsp; [[Tensor]]
* &nbsp; [[Quaternion]]
* &nbsp; [[Rotor]]
* &nbsp; [[Motor]]
* &nbsp; [[Sedenion]]
* &nbsp; [[Octonion]]
<br>

;Task
Implement a Vector class (or a set of functions) that models a Physical Vector. The four basic operations and a ''pretty print'' function should be implemented. 


The Vector may be initialized in any reasonable way.
* Start and end points,  and direction
* Angular coefficient and value (length)


The four operations to be implemented are:
* Vector <big><b> + </b></big> Vector addition
* Vector <big><b> - </b></big> Vector subtraction
* Vector <big><b> * </b></big> scalar multiplication
* Vector <big><b> / </b></big> scalar division
<br>
Data update 2026-04-30 12:34:36 -04:00			`;Related tasks:`
			`*   [[Arrays]]`
			`*   [[Vector]]`
			`**   [[Dot product]]`
			`**   [[Vector products]]`
			`*   [[Matrices]]`
			`*   [[Bivector]]`
			`*   [[Antivector]]`
			`*   [[Tensor]]`
			`*   [[Quaternion]]`
			`*   [[Rotor]]`
			`*   [[Motor]]`
			`*   [[Sedenion]]`
			`*   [[Octonion]]`
			`<br>`

Initial data commit 2023-07-01 11:58:00 -04:00			`;Task`
			`Implement a Vector class (or a set of functions) that models a Physical Vector. The four basic operations and a ''pretty print'' function should be implemented.`


			`The Vector may be initialized in any reasonable way.`
			`* Start and end points, and direction`
			`* Angular coefficient and value (length)`


			`The four operations to be implemented are:`
			`* Vector <big><b> + </b></big> Vector addition`
			`* Vector <big><b> - </b></big> Vector subtraction`
			`* Vector <big><b> * </b></big> scalar multiplication`
			`* Vector <big><b> / </b></big> scalar division`
Data update 2026-04-30 12:34:36 -04:00			`<br>`
Data update 2026-02-01 16:33:20 -08:00