Index
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📄 Front cover
Title page and credits.
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🔰 Chapter 1: Introduction
Overview, features, licensing, and installation.
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🚀 Chapter 2: Quick start tutorials
Hands-on examples for OPV, OFET, OLED, GaAs, perovskites, optics, and circuits.
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🔦 Chapter 3: Core physics modules
Optics: TMM, mode solver, FDTD, and ray tracing.
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📦 Chapter 4: Materials & data
Databases, OGHMA file format, and output interpretation.
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🧪 Chapter 5: Advanced topics
Large-area devices, BHJ 2D, meshing, fitting, and hardware editor.
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⚙️ Chapter 6: Automation & scripting
Batch runs, Lua/Python, and machine-learning hooks.
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🖥️ Chapter 7: Simulation editors (UI reference)
Editors for JV, time/frequency domains, QE, Suns-Voc/Jsc, SPM, and more.
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🆘 Chapter 8: Troubleshooting & FAQs
Common problems and fixes.
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Chapter 9: The old PDF manual