Составьте кроссворд в тетради с вопросами (и ответами) по робототехнике. 10 вопросов.

в этом модуле разные математические функции - логарифмические тригонометрические и т.д.

Объяснение:

типа того

function ArcCos(const X : Extended) : Extended; overload;

function ArcCos(const X : Double) : Double; overload;

function ArcCos(const X : Single) : Single; overload;

{ IN: |X| <= 1  OUT: [-PI/2..PI/2] radians }

function ArcSin(const X : Extended) : Extended; overload;

function ArcSin(const X : Double) : Double; overload;

function ArcSin(const X : Single) : Single; overload;

{ ArcTan2 calculates ArcTan(Y/X), and returns an angle in the correct quadrant.

 IN: |Y| < 2^64, |X| < 2^64, X <> 0   OUT: [-PI..PI] radians }

function ArcTan2(const Y, X: Extended): Extended;

{ SinCos is 2x faster than calling Sin and Cos separately for the same angle }

procedure SinCos(const Theta: Extended; var Sin, Cos: Extended) register;

function Tan(const X: Extended): Extended;

function Cotan(const X: Extended): Extended;           { 1 / tan(X), X <> 0 }

function Secant(const X: Extended): Extended;          { 1 / cos(X) }

function Cosecant(const X: Extended): Extended;        { 1 / sin(X) }

function Hypot(const X, Y: Extended): Extended;        { Sqrt(X**2 + Y**2) }

{ Angle unit conversion routines }

function RadToDeg(const Radians: Extended): Extended; inline;   { Degrees := Radians * 180 / PI }

function RadToGrad(const Radians: Extended): Extended; inline;  { Grads := Radians * 200 / PI }

function RadToCycle(const Radians: Extended): Extended; inline; { Cycles := Radians / 2PI }

function DegToRad(const Degrees: Extended): Extended; inline;   { Radians := Degrees * PI / 180}

function DegToGrad(const Degrees: Extended): Extended;

function DegToCycle(const Degrees: Extended): Extended;

function GradToRad(const Grads: Extended): Extended; inline;    { Radians := Grads * PI / 200 }

function GradToDeg(const Grads: Extended): Extended;

function GradToCycle(const Grads: Extended): Extended;

function CycleToRad(const Cycles: Extended): Extended; inline;  { Radians := Cycles * 2PI }

function CycleToDeg(const Cycles: Extended): Extended;

function CycleToGrad(const Cycles: Extended): Extended;

{ Hyperbolic functions and inverses }

function Cot(const X: Extended): Extended; inline;     { alias for Cotan }

function Sec(const X: Extended): Extended; inline;     { alias for Secant }

function Csc(const X: Extended): Extended; inline;     { alias for Cosecant }

function Cosh(const X: Extended): Extended;

function Sinh(const X: Extended): Extended;

function Tanh(const X: Extended): Extended;

function CotH(const X: Extended): Extended; inline;

function SecH(const X: Extended): Extended; inline;

function CscH(const X: Extended): Extended; inline;

function ArcCot(const X: Extended): Extended;          { IN: X <> 0 }

function ArcSec(const X: Extended): Extended;          { IN: X <> 0 }

function ArcCsc(const X: Extended): Extended;          { IN: X <> 0 }

function ArcCosh(const X: Extended): Extended;         { IN: X >= 1 }

function ArcSinh(const X: Extended): Extended;

function ArcTanh(const X: Extended): Extended;         { IN: |X| <= 1 }

function ArcCotH(const X: Extended): Extended;         { IN: X <> 0 }

function ArcSecH(const X: Extended): Extended;         { IN: X <> 0 }

function ArcCscH(const X: Extended): Extended;         { IN: X <> 0 }

{ Logarithmic functions }

function LnXP1(const X: Extended): Extended; { Ln(X + 1), accurate for X near zero }

function Log10(const X: Extended): Extended;                    { Log base 10 of X }

function Log2(const X: Extended): Extended;                      { Log base 2 of X }

function LogN(const Base, X: Extended): Extended;                { Log base N of X }

{ Exponential functions }

{ IntPower: Raise base to an integral power.  Fast. }

function IntPower(const Base: Extended; const Exponent: Integer): Extended register;

{ Power: Raise base to any power.

 For fractional exponents, or |exponents| > MaxInt, base must be > 0. }

function Power(const Base, Exponent: Extended): Extended; overload;

function Power(const Base, Exponent: Double): Double; overload;

function Power(const Base, Exponent: Single): Single; overload;