floating point

Percentage of total time taken performing action processing since agent start

Percentage of total time taken performing client api processing since agent start

Percentage of total time taken performing archive processing since agent start

Percentage of total time taken evaluating a BigFix query in client context since agent start.

Returns a floating-point number between -1 and 1, representing how well an exponential projection fits the data.

Returns a floating-point number between -1 and 1, representing how well a linear projection fits the data.

Returns the projected value at the specified time, assuming an exponential projection.

Returns the projected value at the specified time, assuming a linear projection.

The integral over time of the number of failing computers divided by the integral over time of the number of reporting computers.

Creates a floating point number from the provided string.

Percentage of time taken performing gather processing since agent start

Returns the geometric mean of the specified statistical bin.

Returns the kurtosis (a measure of the "narrowness" of the distribution) of the specified statistical bin.

The kurtosis of the logarithms of the absolute values of the nonzero reported values.

The skewness of the logarithms of the absolute values of the nonzero reported values.

The standard deviation of the logarithms of the absolute values of the nonzero reported values.

The variance of the logarithms of the absolute values of the nonzero reported values.

Returns a floating point number representing the largest computer total in the specified bin.

The maximum single value reported by any computer over the duration of the bin.

This is the integral over time of the number of computers reporting this property divided by the duration of the bin. It might be fractional if computers started or stopped reporting this property during the interval of the bin.

Returns the mean count of the computers where the inspection has failed.

The integral over time of the sum of the logarithms of the absolute values of all nonzero reported values, divided by the integral over time of the number of nonzero reported values.

Provides a measure of nonzero values, which is useful in interpreting the logarithmic results, which ignore zero values. The logarithmic results generally aren't interesting for any property that can be zero, so this inspector can be used to validate property statistics.

The mean of the integer(s).

The integral over time of the sum of all reported values, divided by the integral over time of the number of reported values. The variance, standard deviation, skewness, and kurtosis inspectors have this same domain. In particular, computers that fail and computers that report no values don't affect these statistics.

Returns the mean count of the computers where the inspection has succeeded.

The integral over time of the sum of all values reported divided by the integral over time of the number of computers reporting this property (successfully or failing).

This is the integral over time of the number of values reported divided by the integral over time of the number of computers reporting. That is, this is a mean over both time and computers.

Provides a measure of zero values, which is useful in interpreting the logarithmic results, which ignore zero values. The logarithmic results generally aren't interesting for any property that can be zero, so this inspector can be used to test for that issue.

The minimum over time and computers of the total of simultaneous values. (Thus, for a singular property, the same as "minimum value.").

The minimum single value reported by any computer over the duration of the bin.

Percentage of time taken performing other (unlassified) processing since agent start

Percentage of time taken performing property processing since agent start

Percentage of time taken performing quite mode processing since agent start

No documentation exists.

Returns the slope of the exponential projection over the specified time interval.

No documentation exists.

No documentation exists.

No documentation exists.

Percentage of time taken performing relay select processing since agent start

Percentage of time taken performing relevance processing since agent start

Percentage of time taken performing report processing since agent start

Returns a floating point number representing the skewness (a measure the assymetry of the data) over the specified bin.

Percentage of time taken sleeping since agent start

No documentation exists.

The standard deviation of the integer(s).

Returns a floating point number representing the standard deviation of the data over the specified bin.

The integral over time of the number of successful computers divided by the integral over time of the number of reporting computers.

Returns the lower bound of a group of statistical bins.

Returns the upper bound of a group of statistical bins.

Returns the variance of the specified statistical bin.

Converts an integer into a floating point number.

Cast a JSON value as a float. The value type must be json float.

Converts the contents of a string into a floating point number.Example: "4.5" as floating point - Returns 4.5.

Multiplies a <rate> by a <time interval>, producing a floating point number.

Multiplies a <time interval> by a <rate>, producing a floating point number.

Returns True if the calculation raised the divide-by-zero exception; that is, if some part of the calculation produced an exact infinity.

Returns the minimum and maximum extreme values of the list of numbers.

Returns True if the floating point number is finite.

Creates a floating point type object from the specified floating point number.

Returns True if the calculation raised the inexact exception; that is, if some intermediate result could not be represented exactly.

Returns True if the floating point number is infinite.Example: infinite of (floating point "1"/ 0) - Returns True.

Returns the smallest integer not less than the floating point number.

Returns the largest integer less than or equal to the floating point number.

Returns True if the calculation raised the invalid exception; that is, if some part of the calculation a function was applied to a value outside its domain.

Removes <integer> number of digits of significance from the floating point value.

Returns the maximum value from a list of <floating point> types.

The mean of the floating point number(s).

Returns the minimum value from a list of <floating point> types.

Adds <integer> number of digits of significance to the floating point value.

Returns True if the value is not a number.Example: nan of (floating point "1.e-99999" * floating point "1.e999999") - Returns True.

Returns True if the value is a valid floating point number.

Returns True if the calculation raised the overflow exception; that is, if some intermediate result was too large to be represented, but not an exact infinity.Example: overflow of (floating point "1.0e50000") - Returns True, since the number is too big to represent in floating point.

Multiplies a list of floating point numbers, returning a floating point product.

The same floating point value, to be expressed to the given number of significant digits.

The base 10 logarithm of the quotient of the value and its significance place; approximately the number of significant digits to which the number should be expressed.

The same floating point value, to be expressed to the given decimal place.

The base 10 logarithm of the significance threshold; approximately the number of digits to the left (positive) or right (negative) of the ones place to which the number should be expressed.

The difference between the given value and the next number expressed to the same significance level. For example, the significance threshold of 3 is 1, the significance threshold of 3.0 is 0.1, and the significance threshold of 3000 is 1000.

No documentation exists.

The standard deviation of the floating point number(s).

Returns the sum of a list of floating point numbers.

Returns True if the calculation raised the underflow exception; that is, if some intermediate result was a nonzero value too small to be represented.

Returns the unique values of a given list of <floating point> types, removing duplicates and sorting by value.

This casting operator is added for completeness. It takes a floating point number and casts it as a floating point number. It facilitates automatic relevance generation where the software is not aware of the input types.

Rounds off and casts a floating point number as an integer.Example: 15/2 as integer - Returns 7.

Converts a floating point number into a string with scientific notation.

Converts a floating point number into a string with standard notation.

Converts a floating point number into a string with standard notation.

Changes the sign of a floating point number.

Returns the multiplication of the operands.

No documentation exists.

Operate on a rate with a floating point number, returning a new rate, where {op} is one of: *, /.

Returns the sum of the operands.

No documentation exists.

Returns the difference between the operands.

No documentation exists.

Returns the division of the left operand by the right operand.

No documentation exists.

Divides a floating point number by a time interval to yield a rate.

Returns true if the value of the left operand is less than the value of the right operand.

No documentation exists.

Returns true if the value of the left operand is less than or equal to the value of the right operand.

No documentation exists.

Returns true if the value of the left operand is equal to the value of the right operand.

No documentation exists.

No documentation exists.

No documentation exists.

No documentation exists.

No documentation exists.

No documentation exists.

No documentation exists.

No documentation exists.

No documentation exists.

No documentation exists.