TradingSimuLab / Articles / TradingSimuLab model guides learning hub
Model guides

TradingSimuLab model guides learning hub

Use this hub as the parent page for product education. It helps users move from model definitions into workflows and live tools.

Educational note: These guides are for research and education only. They are not financial advice, not recommendations, and not guarantees of future performance.

Start with the most relevant guides

A TradingSimuLab hub for the five-model framework, Trend Detector, Trend Persistence, Timing Model, Macro Model, Risk Simulation and practical model workflows.

Framework
Five-Model Framework Explained
Understand how trend, persistence, timing, macro and risk layers fit together.
Learning path
Model guide
Trend Detector Explained
Read trend strength, exhaustion risk and overextension context.
Learning path
Model guide
Trend Persistence Explained
Understand persistence, z-persistence, regime quality and reversal warning.
Learning path
Model guide
Timing Model Explained
Read timing status, fakeout risk, continuation and range/chop context.
Learning path
Model guide
Macro Model Explained
Understand macro scenarios, confidence and weighted context.
Learning path
Model guide
Risk Simulation Explained
Read simulated outcomes, tail risk and drawdown context.
Learning path
Workflow
Macro Model Workflow
Combine macro with risk, trend and timing evidence.
Learning path
Workflow
Risk Simulation Workflow
Combine simulated risk with trend and timing context.
Learning path
Workflow
Timing Model Workflow
Use breakout lifecycle and fakeout context in a structured way.
Learning path
Workflow
Trend Detector Workflow
Connect trend quality with timing and risk.
Learning path
Workflow
Trend Persistence Workflow
Read persistence with timing and risk layers.
Learning path
Tools overview
Open the TSL Tools Overview
Move from education into the live platform tools.
Learning path

Connect the articles back to live TSL tools

Use these hubs to move from definitions into model context: trend quality, persistence, timing, macro conditions, watchlist monitoring, and risk simulation.

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