tested+functions

Listed of tested LabView iDAW functions
 * Function || Labview function || Description ||
 * abs(t) || Absolute Value || Returns the absolute value of t. ||
 * acos(t) || Inverse Cosine || Computes the inverse cosine of t in radians. ||
 * acosh(t) || Inverse Hyperbolic Cosine || Computes the inverse hyperbolic cosine of t. ||
 * asin(t) || Inverse Sine || Computes the inverse sine of t in radians. ||
 * asinh(t) || Inverse Hyperbolic Sine || Computes the inverse hyperbolic sine of t. ||
 * atan(t) || Inverse Tangent || Computes the inverse tangent of t in radians. ||
 * atanh(t) || Inverse Hyperbolic Tangent || Computes the inverse hyperbolic tangent of t. ||
 * ceil(t) || Round Toward +Infinity || Rounds t to the next higher integer (smallest integer t). ||
 * ci(t) || Cosine Integral || Evaluates the cosine integral for any real nonnegative number t. ||
 * cos(t) || Cosine || Computes the cosine of t, where t is in radians. ||
 * cosh(t) || Hyperbolic Cosine || Computes the hyperbolic cosine of t. ||
 * cot(t) || Cotangent || Computes the cotangent of t (1/tan(t)), where t is in radians. ||
 * csc(t) || Cosecant || Computes the cosecant of t (1/sin(t)), where t is in radians. ||
 * exp(t) || Exponential || Computes the value of e raised to the t power. ||
 * expm1(t) || Exponential (Arg) – 1 || Computes one less than the value of e raised to the t power ((e^t) – 1). ||
 * floor(t) || Round To –Infinity || Truncates t to the next lower integer (largest integer t). ||
 * getexp(t) || Mantissa & Exponent || Returns the exponent of t. ||
 * gamma(t) || Gamma || Evaluates the gamma function or incomplete gamma function for t. ||
 * getman(t) || Mantissa & Exponent || Returns the mantissa of t. ||
 * int(t) || Round To Nearest || Rounds t to the nearest integer. ||
 * intrz(t) || — || Rounds t to the nearest integer between t and zero. ||
 * ln(t) || Natural Logarithm || Computes the natural logarithm of t (to the base of e). ||
 * lnp1(t) || Natural Logarithm (Arg +1) || Computes the natural logarithm of (t + 1). ||
 * log(t) || Logarithm Base 10 || Computes the logarithm of t (to the base of 10). ||
 * log2(t) || Logarithm Base 2 || Computes the logarithm of t (to the base of 2). ||
 * pow(t,n) || Power of t || Computes t raised to the n power. ||
 * rand || Random Number (0 – 1) || Produces a floating-point number between 0 and 1 exclusively. ||
 * si(t) || Sine Integral || Evaluates the sine integral for any real number t. ||
 * sec(t) || Secant || Computes the secant of t, where t is in radians (1/cos(t)). ||
 * sign(t) || Sign || Returns 1 if t is greater than 0, returns 0 if t is equal to 0, and returns –1 if t is less than 0. ||
 * sin(t) || Sine || Computes the sine of t, where t is in radians. ||
 * sinc(t) || Sinc || Computes the sine of t divided by t (sin(t)/t), where t is in radians. ||
 * sinh(t) || Hyperbolic Sine || Computes the hyperbolic sine of t. ||
 * spike(t) || Spike || Generates the spike function for any real number t. ||
 * sqrt(t) || Square Root || Computes the square root of t. ||
 * step(t) || Step || Generates the step function for any real number t. ||
 * tan(t) || Tangent || Computes the tangent of t, where t is in radians. ||
 * tanh(t) || Hyperbolic Tangent || Computes the hyperbolic tangent of t. ||