static double |
Statistics.avg(Expression f,
Argument index,
double from,
double to,
double delta) |
Average from sample function values - iterative operator.
|
static double |
Calculus.backwardDifference(Expression f,
double h,
Argument x) |
Backward difference(h) operator (at the current value of the argument x)
|
static double |
Calculus.backwardDifference(Expression f,
double h,
Argument x,
double x0) |
Backward difference(h) operator (at x = x0)
|
static double |
Calculus.backwardDifference(Expression f,
Argument x) |
Backward difference(1) operator (at current value of argument x)
|
static double |
Calculus.backwardDifference(Expression f,
Argument x,
double x0) |
Backward difference(1) operator (at x = x0).
|
static double |
Calculus.derivative(Expression f,
Argument x,
double x0,
int derType,
double eps,
int maxSteps) |
Numerical derivative at x = x0
|
static double |
Calculus.derivativeNth(Expression f,
double n,
Argument x,
double x0,
int derType,
double eps,
int maxSteps) |
Numerical n-th derivative at x = x0 (you should avoid calculation
of derivatives with order higher than 2).
|
static double |
Calculus.forwardDifference(Expression f,
double h,
Argument x) |
Forward difference(h) operator (at the current value of the argument x)
|
static double |
Calculus.forwardDifference(Expression f,
double h,
Argument x,
double x0) |
Forward difference(h) operator (at x = x0)
|
static double |
Calculus.forwardDifference(Expression f,
Argument x) |
Forward difference(1) operator (at current value of argument x)
|
static double |
Calculus.forwardDifference(Expression f,
Argument x,
double x0) |
Forward difference(1) operator (at x = x0)
|
static double |
MathFunctions.getFunctionValue(Expression f,
Argument x,
double x0) |
Calculates function f(x0) (given as expression) assigning Argument x = x0;
|
static double[] |
MathFunctions.getFunctionValues(Expression f,
Argument index,
double from,
double to,
double delta) |
Returns array of double values of the function f(i)
calculated on the range: i = from to i = to by step = delta
|
static double |
Calculus.integralTrapezoid(Expression f,
Argument x,
double a,
double b,
double eps,
int maxSteps) |
Trapezoid numerical integration
|
static double |
NumberTheory.max(Expression f,
Argument index,
double from,
double to,
double delta) |
Maximum value - iterative operator.
|
static double |
NumberTheory.min(Expression f,
Argument index,
double from,
double to,
double delta) |
Minimum value - iterative operator.
|
static double |
NumberTheory.piProduct(Expression f,
Argument index,
double from,
double to,
double delta) |
Product operator
|
static double |
NumberTheory.sigmaSummation(Expression f,
Argument index,
double from,
double to,
double delta) |
Summation operator (SIGMA FROM i = a, to b, f(i) by delta
|
static double |
Calculus.solveBrent(Expression f,
Argument x,
double a,
double b,
double eps,
double maxSteps) |
Brent solver (Brent root finder)
|
static double |
Statistics.std(Expression f,
Argument index,
double from,
double to,
double delta) |
Bias-corrected standard deviation from sample function values - iterative operator.
|
static double |
Statistics.var(Expression f,
Argument index,
double from,
double to,
double delta) |
Bias-corrected variance from sample function values - iterative operator.
|