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Welcome to the TumorScript Wiki

TumorScript is an esoteric, biomorphic programming language that maps quantum observer effects and biological cancer progression directly into software runtime semantics.

In TumorScript:

• Variables mutate simply by being observed (read-based entropy).
• Infected variables transmit corruption to healthy variables across mathematical operations (metastasis).
• Functions decay over time if fed malignant arguments (genetic degeneration).
• Developers must orchestrate targeted medical interventions (quarantine, chemo, apoptosis) to extract valid computational results before the host organism suffers catastrophic organ failure.

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Quick Navigation

Document	Description
Setup and Installation	npm, pip, native binary compilation, and Windows .tmq file association
Language Specification	Formal spec, file extension ecosystem, and design paradigms
Biomorphic Runtime	Entropy counters, metastasis dynamics, chemo hazards, and organ failure
Syntax and Keywords	Complete keyword dictionary (dna, rna, cell, gene, etc.) and grammar
Architecture and Compiler	Indentation lexer, AST parser, memory layout, and 20% quarantine validation
Examples and Cookbook	Practical survival recipes, hospital core example, and defensive patterns

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Core Philosophy

Traditional programming languages strive for total determinism and absolute data persistence. TumorScript treats software as a living, unstable organism:

$$V_{\text{mutated}} = V_{\text{base}} \times (1 \pm \delta)$$

Every cycle of reading data drains the stability of the program. Writing software in TumorScript is not merely expressing logic; it is a race against systemic entropy.