Programming: Difference between revisions

From SMath Wiki
Jump to navigation Jump to search
No edit summary
Line 21: Line 21:


4. When you left-click outside the loop, [[SMath Studio]] will recalculate the page (if you have main-menu option '''Calculation > Auto calculation''' turned on). The calculation will typically be faster than it was with Optimization set to '''Symbolic'''.  
4. When you left-click outside the loop, [[SMath Studio]] will recalculate the page (if you have main-menu option '''Calculation > Auto calculation''' turned on). The calculation will typically be faster than it was with Optimization set to '''Symbolic'''.  
'''''This page is inspired by legacy wiki article https://smath.info/wiki/programming.ashx.'''''


[[Category:SMath Studio]]
[[Category:SMath Studio]]
[[Category:SMath Studio/Programming]]
[[Category:SMath Studio/Programming]]

Revision as of 11:20, 22 August 2024

Introduction

SMath Studio has a number of embedded Programming capabilities, allowing you to handle your calculation in a more efficient way. Standard conditional and cyclic constructions are supported.

Examples

File:Programming screenshot1.png

Performance Hints

In many cases you can gain a speedup by setting the Optimization mode to Numeric as follows:

1. Let's start with nothing selected:

File:Programming screenshot2.png

2. Left-click anywhere on the loop in question. The loop will be surrounded by a selection box:

File:Programming screenshot3.png

3. Right-click anywhere on the loop. The context menu will now have a setting for Optimization. Set this to Numeric. The Optimization setting automatically applies to all operations within the selection box.

File:Programming screenshot4.png

4. When you left-click outside the loop, SMath Studio will recalculate the page (if you have main-menu option Calculation > Auto calculation turned on). The calculation will typically be faster than it was with Optimization set to Symbolic.


This page is inspired by legacy wiki article https://smath.info/wiki/programming.ashx.