Math Module

#import Language::Math;

Instantiate Double^ As <x> = Double::Constructor(-5.7);
Instantiate Double^ As <absX> = Math::Math::abs(x);    // 5.7
Instantiate Double^ As <ceil> = Math::Math::ceil(x);   // -5.0
Instantiate Double^ As <floor> = Math::Math::floor(x); // -6.0
Instantiate Double^ As <round> = Math::Math::round(x); // -6.0

// Clamp value between 0 and 100
Instantiate Double^ As <value> = Double::Constructor(150.0);
Instantiate Double^ As <clamped> = Math::Math::clamp(
    value,
    Double::Constructor(0.0),
    Double::Constructor(100.0)
);  // 100.0

Instantiate Double^ As <squared> = Math::Math::pow(
    Double::Constructor(2.0),
    Double::Constructor(10.0)
);  // 1024.0

Instantiate Double^ As <root> = Math::Math::sqrt(Double::Constructor(16.0));  // 4.0
Instantiate Double^ As <cubeRoot> = Math::Math::cbrt(Double::Constructor(27.0)); // 3.0

// Calculate sine of 45 degrees
Instantiate Double^ As <degrees> = Double::Constructor(45.0);
Instantiate Double^ As <radians> = Math::Math::toRadians(degrees);
Instantiate Double^ As <sineValue> = Math::Math::sin(radians);

Run System::Console::printLine(
    String::Constructor("sin(45) = ").append(sineValue.toString())
);

// Seed with current time for randomness
Run Math::Math::seed(System::Console::getTimeMillis());

// Random number 0-99
Instantiate Integer^ As <r1> = Math::Math::random(Integer::Constructor(100));

// Random number 1-6 (dice roll)
Instantiate Integer^ As <dice> = Math::Math::randomRange(
    Integer::Constructor(1),
    Integer::Constructor(7)
);

Run System::Console::printLine(
    String::Constructor("Dice roll: ").append(dice.toString())
);

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#import Language::Core;
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#import Language::Math;
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#import Language::System;
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[ Entrypoint
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    {
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        // Calculate circle properties
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        Instantiate Double^ As <radius> = Double::Constructor(5.0);
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        Instantiate Double^ As <area> = Math::Math::PI.multiply(
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            Math::Math::pow(radius, Double::Constructor(2.0))
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        );
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        Instantiate Double^ As <circumference> = Math::Math::TAU.multiply(radius);
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        Run System::Console::printLine(String::Constructor("Circle with radius 5:"));
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        Run System::Console::printLine(
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            String::Constructor("  Area: ").append(area.toString())
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        );
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        Run System::Console::printLine(
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            String::Constructor("  Circumference: ").append(circumference.toString())
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        );
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        // Pythagorean theorem
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        Instantiate Double^ As <a> = Double::Constructor(3.0);
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        Instantiate Double^ As <b> = Double::Constructor(4.0);
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        Instantiate Double^ As <c> = Math::Math::sqrt(
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            Math::Math::pow(a, Double::Constructor(2.0)).add(
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                Math::Math::pow(b, Double::Constructor(2.0))
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            )
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        );
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        Run System::Console::printLine(String::Constructor(""));
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        Run System::Console::printLine(
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            String::Constructor("Right triangle (3, 4): hypotenuse = ").append(c.toString())
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        );
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        // Random dice simulation
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        Run Math::Math::seed(System::Console::getTimeMillis());
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        Run System::Console::printLine(String::Constructor(""));
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        Run System::Console::printLine(String::Constructor("Rolling 5 dice:"));
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        Instantiate Integer^ As <sum> = Integer::Constructor(0);
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        For (Instantiate Integer^ As <i> = Integer::Constructor(0);
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             i.lessThan(Integer::Constructor(5)).toBool();
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             Set i = i.add(Integer::Constructor(1)))
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        {
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            Instantiate Integer^ As <roll> = Math::Math::randomRange(
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                Integer::Constructor(1),
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                Integer::Constructor(7)
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            );
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            Set sum = sum.add(roll);
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            Run System::Console::printLine(
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                String::Constructor("  Roll ").append(i.add(Integer::Constructor(1)).toString())
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                    .append(String::Constructor(": ")).append(roll.toString())
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            );
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        }
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        Run System::Console::printLine(
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            String::Constructor("  Total: ").append(sum.toString())
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        );
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        Exit(0);
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    }
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]