Name | Summary | Category |
decimal->bytes | Returns a bytes object with (currently) a length of 8 containing the raw decimal value. | Decimal |
decimal->acos | Returns the arccosine of the decimal. The decimal should be between -1 and 1. The return value will be a decimal value in radians between 0 and Pi. The inverse of the cosine. | Decimal |
decimal->asin | Returns the arcsine of the decimal. The decimal should be between -1 and 1. The return value will be a decimal value in radians between -2/Pi and 2/Pi. The inverse of the sine. | Decimal |
decimal->atan | Returns the arctangent of the decimal. The return value will be a decimal value in radians between -Pi/2 and Pi/2. The inverse of the tangent. | Decimal |
decimal->atan2 | Returns the arctangent of a quotient. Accepts another decimal to use in the equation. The return value is in radians between -Pi and Pi. | Decimal |
decimal->ceil | Returns the next higher (ceiling) integer for the decimal formatted as a decimal. | Decimal |
decimal->cos | Returns the cosine of the decimal specified in radians. Returns a decimal value between -1 and 1. | Decimal |
decimal->cosh | Returns the hyperbolic cosine of the decimal. | Decimal |
decimal->exp | Returns e (the base of the system of natural logarithms) raised to the specified power of the decimal. | Decimal |
decimal->fabs | Returns the absolute value of the decimal. The decimal must be an instantiated object (variable), and not an expression (-1.0). | Decimal |
decimal->floor | Returns the next lower integer (floor) relative to the decimal, formatted as a decimal. | Decimal |
decimal->frexp | [decimal->frexp] breaks a floating-point number into a normalized fraction and an integral power of 2. Returns a pair, where the normalized fraction is the first element and the integral power of... | Decimal |
decimal->erf | Returns the error function of the decimal. | Decimal |
decimal->erfc | Returns the complementary error function of a decimal. | Decimal |
decimal->gamma | Returns the Euler gamma function of the decimal. | Decimal |
decimal->hypot | Returns the length of the hypotenuse of a right-angled triangle, where the two legs that form the right angle are the decimal object and the decimal parameter. | Decimal |
decimal->acosh | Returns the inverse hyperbolic cosine of the decimal. | Decimal |
decimal->asinh | Returns the inverse hyperbolic sine of the decimal. | Decimal |
decimal->atanh | Returns the inverse hyperbolic tangent of the decimal. | Decimal |
decimal->cbrt | Returns the cube root of the decimal. | Decimal |
decimal->expm1 | Returns (e to the power of x) – 1.0, where x is the decimal. | Decimal |
decimal->ilogb | Returns an unbiased exponent of the decimal. Formally, the return value is the integral part of log base r |x| as a signed integral value, for non-zero x, where x is the decimal and r is the radix of... | Decimal |
decimal->abs | Returns the absolute value of the decimal. The decimal must be an instantiated object (variable), and not an expression (-1.0). | Decimal |
decimal->asString | The [decimal->asString] method formats the decimal as a string. This method replaces the [Decimal->SetFormat] tag from Lasso... | Decimal |
decimal->asInteger | Returns the decimal rounded to the nearest integer. | Decimal |
Please note that periodically LassoSoft will go through the notes and may incorporate information from them into the documentation. Any submission here gives LassoSoft a non-exclusive license and will be made available in various formats to the Lasso community.
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