class param

param - represents properties of a module or configuration

Public Fields

constEnum constFlag

indicates whether the parameter can be changed

unsigned long bits

the number of bits used to represent the value

double min

the minimum floating-point value represented by the parameter; corresponds to an ival of 0

double max

the minimum floating-point value represented by the parameter; corresponds to an ival of 2^(bits)-1

unsigned long ival

the integer / bitstring representation of the parameter value

double val

the floating-point representation of the parameter value

char* componentName

an optional text-version of parameter for component selection

Public Methods

void randomize(void)

selects a random ival

int computeIval(void)

computes the ival corresponding to the current value of val

double computeVal(void)

computes the val corresponding to the current value of ival

return(p1 == p2)

Documentation

param - represents properties of a module or configuration

constEnum constFlag

indicates whether the parameter can be changed

unsigned long bits

the number of bits used to represent the value

double min

the minimum floating-point value represented by the parameter; corresponds to an ival of 0

double max

the minimum floating-point value represented by the parameter; corresponds to an ival of 2^(bits)-1

unsigned long ival

the integer / bitstring representation of the parameter value

double val

the floating-point representation of the parameter value

char* componentName

an optional text-version of parameter for component selection

void randomize(void)

selects a random ival

int computeIval(void)

computes the ival corresponding to the current value of val

double computeVal(void)

computes the val corresponding to the current value of ival

return(p1 == p2)

This class has no child classes.

Friends:

int operator==(const param &p1, const param &p2)
int operator!=(const param &p1, const param &p2) {

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