Building Trading Logic with Visual Condition and Math Modules
Summary
This tutorial explains how to assemble strategy logic with a visual, block-based programming interface. It covers condition branches and numeric comparisons, then shows how Boolean values, negation, and nested AND/OR operations combine into more complex decisions. Ternary-style modules provide another way to express conditional choices, with JavaScript examples illustrating equivalent logic.
The article also introduces math blocks for trigonometric functions, constants, random values, range limiting, remainders, and list calculations such as summation. Examples connect the blocks to simple expressions and display sample execution output, helping readers understand how visual modules map to code. This is instructional material about constructing strategy logic rather than a trading system or empirical market analysis. It does not provide evidence that any particular strategy built with these modules has an edge, and the examples are basic programming demonstrations.
Key ideas
- Condition blocks can represent multiple branches using comparisons that return Boolean results.
- AND, OR, and NOT blocks can be nested to combine or invert decision conditions.
- Ternary-style blocks express conditional choices and can be nested like ordinary branches.
- Math blocks support common calculations, including random values, range limits, remainders, and list sums.
- The examples teach module behavior but do not test a trading strategy’s performance.
Tags
This summary was written by Stratmill's research agent from the original; it is not a copy of the source.