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TACosFunction

Represents type TACosFunction.

TACosHFunction

Represents type TACosHFunction.

TACotFunction

Represents type TACotFunction.

TACotHFunction

Represents type TACotHFunction.

TACscFunction

Represents type TACscFunction.

TACscHFunction

Represents type TACscHFunction.

TASecFunction

Represents type TASecFunction.

TASecHFunction

Represents type TASecHFunction.

TASinFunction

Represents type TASinFunction.

TASinHFunction

Represents type TASinHFunction.

TATan2Function

Represents type TATan2Function.

TATanFunction

Represents type TATanFunction.

TATanHFunction

Represents type TATanHFunction.

TCosFunction

Represents type TCosFunction.

TCosHFunction

Represents type TCosHFunction.

TCotFunction

Represents type TCotFunction.

TCotHFunction

Represents type TCotHFunction.

TCscFunction

Represents type TCscFunction.

TCscHFunction

Represents type TCscHFunction.

TCycleRadFunction

Represents type TCycleRadFunction.

TDegGradFunction

Represents type TDegGradFunction.

TDegRadFunction

Represents type TDegRadFunction.

TDistanceFunction

Represents type TDistanceFunction.

TDistanceManhattanFunction

Represents type TDistanceManhattanFunction.

TDistanceSqrFunction

Represents type TDistanceSqrFunction.

TGradDegFunction

Represents type TGradDegFunction.

TGradRadFunction

Represents type TGradRadFunction.

THypotenuseFunction

Represents type THypotenuseFunction.

TRadCycleFunction

Represents type TRadCycleFunction.

TRadDegFunction

Represents type TRadDegFunction.

TRadGradFunction

Represents type TRadGradFunction.

TSecFunction

Represents type TSecFunction.

TSecHFunction

Represents type TSecHFunction.

TSinFunction

Represents type TSinFunction.

TSinHFunction

Represents type TSinHFunction.

TTanFunction

Represents type TTanFunction.

TTanHFunction

Represents type TTanHFunction.

TTrigonometryPackage

Represents type TTrigonometryPackage.

ACosComment

'Returns the inverse cosine of <numeric-expression>. The expression must be'+' between -1 and 1. The return value will be in the range [0..Pi], in radians'

ACosFunctionName

'acos'

ACosHComment

'Returns the inverse hyperbolic cosine of <numeric-expression>. '+'The value of <numeric-expression> must be greater than or equal to 1'

ACosHFunctionName

'acosh'

ACotComment

'Returns the inverse cotangent of <numeric-expression>'

ACotFunctionName

'acot'

ACotHComment

'Returns the inverse hyperbolic cotangent of <numeric-expression>'

ACotHFunctionName

'acoth'

ACscComment

'Returns the inverse cosecant of <numeric-expression>'

ACscFunctionName

'acsc'

ACschComment

'Returns the inverse hyperbolic cosecant of <numeric-expression>'

ACschFunctionName

'acsch'

ASecComment

'Returns the inverse secant of <numeric-expression>'

ASecFunctionName

'asec'

ASecHComment

'Returns the inverse hyperbolic secant of <numeric-expression>'

ASecHFunctionName

'asech'

ASinComment

'Returns the inverse sine of <numeric-expression>. The expression must be'+' between -1 and 1. The return value will be in the range [-Pi/2..Pi/2], in radians'

ASinFunctionName

'asin'

ASinHComment

'Returns the inverse hyperbolic sine of <numeric-expression>'

ASinHFunctionName

'asinh'

ATan2Comment

'Returns the arctangent angle and quadrant of a given number. '+'ArcTan2 calculates ArcTan(<numeric-expression-Y>/<numeric-expression-X>), and returns an angle in the '+'correct quadrant. The value of <numeric-expression-X> can''t be 0. '+'The return value will fall in the range from -Pi to Pi radians.'

ATan2FunctionName

'atan2'

ATanComment

'Returns the arctangent of <numeric-expression>'

ATanFunctionName

'atan'

ATanHComment

'Returns the inverse hyperbolic tangent of <numeric-expression>. '+'The value of <numeric-expression> must be between -1 and 1 (inclusive).'

ATanHFunctionName

'atanh'

CosComment

'Returns the cosine of the angle represented by the <numeric-expression>, in radians'

CosFunctionName

'cos'

CosHComment

'Returns the hyperbolic cosine of the angle represented by the <numeric-expression>'

CosHFunctionName

'cosh'

CotComment

'Returns the cotangent of the angle represented by <numeric-expression>. '+'The cotangent is calculated using the formula cotan = 1 / Tan(<numeric-expression>). '+'Note that <numeric-expression> should not be 0'

CotFunctionName

'cot'

CotHComment

'Returns the hyperbolic cotangent of <numeric-expression>'

CotHFunctionName

'coth'

CscComment

'Returns the cosecant of <numeric-expression>'

CscFunctionName

'csc'

CscHComment

'Returns the hyperbolic cosecant of <numeric-expression>'

CscHFunctionName

'csch'

CycleRadComment

'Returns an angle measurement converted from cycles to '+'radians, where radians = 2pi * cycles'

CycleRadFunctionName

'cycle-rad'

DegGradComment

'Returns an angle measurement converted from degrees to '+'grads, where degrees = grads * (9/10)'

DegGradFunctionName

'deg-grad'

DegRadComment

'Returns an angle measurement converted from degrees to '+'radians, where radians = degrees * (pi/180)'

DegRadFunctionName

'deg-rad'

DistanceComment

'Returns the distance between 2 points (Sqrt( Sqr(X2-X1) + '+'Sqr(Y2-Y1) + ... )) The two points are represented by the two '+'multifield expressions'

DistanceFunctionName

'distance'

DistanceSqrComment

'Returns the distance squared between 2 points ( Sqr(X2-X1) + '+'Sqr(Y2-Y1) + ... ) The two points are represented by the two '+'multifield expressions. Note that this is faster than the '+'regular distance function because it avoids the expensive square '+'root; yet it is still useful for comparing distances'

DistanceSqrFunctionName

'distance-sqr'

GradDegComment

'Returns an angle measurement converted from grads to '+'degrees, where degrees = grads * (9/10)'

GradDegFunctionName

'grad-deg'

GradRadComment

'Returns an angle measurement converted from grads to '+'radians, where radians = grads * (pi/200)'

GradRadFunctionName

'grad-rad'

HypotenuseComment

'Returns the length of the hypotenuse of a triangle. '+'Specify the lengths of the sides adjacent to the right angle '+'in <numeric-expression-X> and <numeric-expression-Y>. '+'Uses the formula hypotenuse = Sqrt(<numeric-expression-X>**2 + '+'<numeric-expression-Y>**2)'

HypotenuseFunctionName

'hypotenuse'

ManhattanDistanceComment

'Returns the manhattan (city block) distance between 2 points '+'(abs(x2-x1) + abs(y2-y1) + ...). '+'The two points are represented by the two '+'multifield expressions'

ManhattanDistanceFunctionName

'distance-manhattan'

RadCycleComment

'Returns an angle measurement converted from radians to '+'cycles, where radians = 2pi * cycles'

RadCycleFunctionName

'rad-cycle'

RadDegComment

'Returns an angle measurement converted from radians to '+'degrees, where radians = degrees * (pi/180)'

RadDegFunctionName

'rad-deg'

RadGradComment

'Returns an angle measurement converted from radians to '+'grads, where radians = grads * (pi/200)'

RadGradFunctionName

'rad-grad'

SecComment

'Returns the secant of <numeric-expression>'

SecFunctionName

'sec'

SecHComment

'Returns the hyperbolic secant of <numeric-expression>'

SecHFunctionName

'sech'

SinComment

'Returns the sine of the angle represented by the <numeric-expression>, in radians'

SinFunctionName

'sin'

SinHComment

'Returns the hyperbolic sine of the angle represented by the <numeric-expression>'

SinHFunctionName

'sinh'

TanComment

'Returns the tangent of <numeric-expression>, where tan = sin/cos'

TanFunctionName

'tan'

TanHComment

'Returns the hyperbolic tangent of <numeric-expression>'

TanHFunctionName

'tanh'