Building Trading Logic with Visual Condition and Mathematics Modules
Summary
This tutorial explains how to assemble trading-strategy logic with a visual, block-based programming interface. It covers condition branches and numerical comparisons, then shows how Boolean true/false values, null checks, NOT, AND, and OR can be combined or nested. A ternary module offers a compact alternative for conditional selection. The examples connect these blocks to equivalent JavaScript expressions, helping readers translate between a visual strategy and code.
The mathematics section demonstrates trigonometric functions, a circumference value, random number generation within a range, clamping a value to minimum and maximum bounds, remainder operations, and calculations over list elements such as summation. Examples show how the modules behave and how they map to ordinary programming operations. The document is primarily a platform-oriented programming guide rather than a trading method: it does not present a market hypothesis, signal evaluation, or performance results. Its value for traders is in learning how to express and combine basic logic and calculations when prototyping strategies visually.
Key ideas
- Condition and comparison blocks provide branching logic similar to if and else statements.
- Boolean, null, AND, OR, and NOT blocks can be combined and nested to create more complex tests.
- A ternary block selects a result based on a condition and can replace simple conditional branches.
- Mathematics blocks support random values, range clamping, remainders, trigonometry, and list calculations.
- The examples teach visual strategy construction and block-to-code translation, rather than trading performance.
Tags
This summary was written by Stratmill's research agent from the original; it is not a copy of the source.