This mod turns your in-game chat console into a powerful, instant scientific calculator. Simply press ` (tilde) or Enter to open the chat console, type your mathematical expression, and press Enter to see the result.

🔄 NEW: Space Age Quality & Recycling Loop Analytics

Stop guessing your raw material requirements when hunting for Legendary tier items! The calculator now fully evaluates closed-circuit recycling loops.

When a factory setup recycles crafting failures, the recovered materials feedback chain scales geometrically based on your assembling machine's productivity. Your calculator solves this instantly using a native geometric series model.

• How to use: Simply type loop(your_productivity_modifier) directly into game chat or write /calc loop(your_productivity_modifier).

• Inputs supported: Both whole percentages or raw fractions are recognized. For example, loop(40) and loop(0.40) yield the exact same accurate output.

• Diagnostic Output Display:

Recycling Loop Analytics [Productivity: +40%]:
* Yield Multiplier: 1.538x total crafts per initial raw batch.
* Resource Cost Reduction: Total raw item costs reduced by 35.0%.

1. Basic Operators & Syntax

These standard arithmetic operators follow standard algebraic order of operations (PEMDAS / BODMAS).

• Addition (+)
• Example: 15 + 5
• Output: 15 + 5 = 20
• Subtraction / Negation (-)
• Example: 20 - 5 or -5
• Output: 20 - 5 = 15
• Multiplication (*)
• Example: 4 * 5
• Output: 4 * 5 = 20
• Division (/)
• Example: 20 / 4
• Output: 20 / 4 = 5
• Modulo / Remainder (%)
• Example: 10 % 3
• Output: 10 % 3 = 1
• Exponentiation / Power (^)
• Example: 2 ^ 3
• Output: 2 ^ 3 = 8
• Parentheses / Grouping (())
• Example: (2 + 3) * 4
• Output: (2 + 3) * 4 = 20

2. Smart Percentage Logic

The mod mimics a standard pocket calculator when evaluating percentages, dynamically adapting based on the preceding operator.

• Contextual Add / Subtract: Automatically applies the percentage to the base number.
• Input: 100 - 10% ⇒ Evaluates as: 100 - (100 * 0.10) ⇒ Result: 90
• Input: 50 + 20% ⇒ Evaluates as: 50 + (50 * 0.20) ⇒ Result: 60
• Standalone / Multiplier: Automatically converts the percentage into a raw fraction.
• Input: 200 * 10% ⇒ Evaluates as: 200 * 0.10 ⇒ Result: 20

3. Supported Mathematical Functions

You can invoke any native Lua mathematical function directly by formatting it as function_name(expression). They can be freely combined with normal operators.

Core Arithmetic & Advanced Properties

• abs(x) — Absolute value (converts negatives to positives). Example: abs(-25) = 25
• sqrt(x) — Square root. Example: sqrt(144) = 12
• floor(x) — Rounds down to the nearest whole integer. Example: floor(5.99) = 5
• ceil(x) — Rounds up to the nearest whole integer. Example: ceil(5.01) = 6
• modf(x) — Breaks a number into its integer and fractional components. Example: `modf(7.25) = 7 and 0.25

Exponential & Logarithmic

• log(x) — Calculates the natural logarithm (base e).
• log10(x) — Calculates the base-10 logarithm.
• exp(x) — Calculates $e^x$ (exponential function).

Trigonometry (Angles utilize Radians)

• sin(x) — Sine of an angle.
• cos(x) — Cosine of an angle.
• tan(x) — Tangent of an angle.
• asin(x) — Arcsine (inverse sine), returns radians.
• acos(x) — Arccosine (inverse cosine), returns radians.
• atan(x) — Arctangent (inverse tangent), returns radians.
• rad(x) — Utility to convert degrees into radians. Example: sin(rad(90)) = 1
• deg(x) — Utility to convert radians into degrees.

4. Base Conversions

Quickly convert integers between binary, hexadecimal, and decimal formats using explicit wrapping functions:

• bin(x) — Converts an input number to its binary (0b...) string format.
• Example: bin(10) ⇒ Result: 0b1010
• hex(x) — Converts an input number to its hexadecimal (0x...) format.
• Example: hex(255) ⇒ Result: 0xff
• dec(x) — Parses a binary or hex prefix string back into a base-10 layout.
• Example: dec(0xff) ⇒ Result: 255

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