This is the documentation for the Operator Ontology. All instances of the Operator class are listed here. Operators are relatively simple models that transform a quantitative property into another quantitative property.

Visit the CSDMS Standard Names site to view the standard name documentation for operations.

Documentation last generated on 2019-11-03 19:37 EST.

#### 1-sigma-csu

This instance is a narrower concept derived from standard_deviation

This variable contains the attribute standard

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### 2-sigma-csu

This instance is a narrower concept derived from standard_deviation

This variable contains the attribute standard

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### angle

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions rad.

#### anomaly

In the natural sciences, especially in atmospheric and Earth sciences involving applied statistics, an anomaly is the deviation in a quantity from its expected value, e.g., the difference between a measurement and a mean or a model prediction. Similarly, a standardized anomaly equals an anomaly divided by a standard deviation.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### area_weighted_average

This instance is a narrower concept derived from average

This instance has the attribute area_weighted

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### mean

There are several kinds of means in various branches of mathematics (especially statistics). For a data set, the arithmetic mean, also called the mathematical expectation or average, is the central value of a discrete set of numbers: specifically, the sum of the values divided by the number of values.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### average

In colloquial language, an average is a single number taken as representative of a list of numbers. Different concepts of average are used in different contexts.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### azimuth_angle

An azimuth ( (listen); from Arabic اَلسُّمُوت‎ as-sumūt, 'the directions', the plural form of the Arabic noun السَّمْت as-samt, meaning 'the direction') is an angular measurement in a spherical coordinate system. The vector from an observer (origin) to a point of interest is projected perpendicularly onto a reference plane; the angle between the projected vector and a reference vector on the reference plane is called the azimuth.

This instance is a narrower concept derived from angle

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions rad.

This compound operator has the head operator azimuth_angle

This compound operator modifies the operator gradient

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions rad.

#### azimuth_angle_of_left_normal

This compound operator has the head operator azimuth_angle

This compound operator modifies the operator left_normal

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions rad.

#### azimuth_angle_of_z_integral

This variable contains the attribute z

This compound operator has the head operator azimuth_angle

This compound operator modifies the operator z_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions rad.

#### change

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### change_from_one-year_min

This instance has the attribute annual

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### correlation

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### cos

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions rad.

#### counting_error

This instance is a narrower concept derived from error

This instance has the attribute counting

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### cross-stream_component

This instance is a narrower concept derived from component

This instance has the attribute cross-stream

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### cross-stream_derivative

This instance is a narrower concept derived from spatial_derivative

This instance has the attribute cross-stream

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### cumulative_anomaly

This instance is a narrower concept derived from anomaly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This compound operator has the head operator cumulative_anomaly

This compound operator modifies the operator first_dekad_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### cumulative_anomaly_of_forecast_of_fifteen-day_time_integral

This compound operator has the head operator cumulative_anomaly

This compound operator modifies the operator forecast_of_fifteen-day_time_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### cumulative_anomaly_of_forecast_of_five-day_time_integral

This compound operator has the head operator cumulative_anomaly

This compound operator modifies the operator forecast_of_five-day_time_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### cumulative_anomaly_of_forecast_of_ten-day_time_integral

This compound operator has the head operator cumulative_anomaly

This compound operator modifies the operator forecast_of_ten-day_time_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### cumulative_anomaly_of_one-month_time_integral

This variable contains the attribute monthly

This compound operator has the head operator cumulative_anomaly

This compound operator modifies the operator one-month_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

This compound operator has the head operator cumulative_anomaly

This compound operator modifies the operator second_dekad_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

This compound operator has the head operator cumulative_anomaly

This compound operator modifies the operator third_dekad_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### cumulative_time_integral

This instance is a narrower concept derived from time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### cumulative_time_integral_of_cosine

This compound operator has the head operator cumulative_time_integral

This compound operator modifies the operator cosine

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T rad.

#### cumulative_z-score

This instance is a narrower concept derived from z-score

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This compound operator has the head operator cumulative_z-score

This compound operator modifies the operator first_dekad_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### cumulative_z-score_of_forecast_of_fifteen-day_time_integral

This compound operator has the head operator cumulative_z-score

This compound operator modifies the operator forecast_of_fifteen-day_time_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### cumulative_z-score_of_forecast_of_five-day_time_integral

This compound operator has the head operator cumulative_z-score

This compound operator modifies the operator forecast_of_five-day_time_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### cumulative_z-score_of_forecast_of_ten-day_time_integral

This compound operator has the head operator cumulative_z-score

This compound operator modifies the operator forecast_of_ten-day_time_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### cumulative_z-score_of_one-month_time_integral

This variable contains the attribute monthly

This compound operator has the head operator cumulative_z-score

This compound operator modifies the operator one-month_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This compound operator has the head operator cumulative_z-score

This compound operator modifies the operator second_dekad_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This compound operator has the head operator cumulative_z-score

This compound operator modifies the operator third_dekad_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### curl

In vector calculus, the curl is a vector operator that describes the infinitesimal rotation of a vector field in three-dimensional Euclidean space. At every point in the field, the curl of that point is represented by a vector.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### day-specific_anomaly

This instance is a narrower concept derived from anomaly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This instance is a narrower concept derived from:

This variable contains the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### depression

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### difference

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### direction

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions deg.

#### directional_variance

This instance is a narrower concept derived from variance

This instance has the attribute directional

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### diurnal_max

This instance is a narrower concept derived from max

This instance has the attribute diurnal

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### one-day_mean

This instance is a narrower concept derived from arithmetic_mean

This instance has the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### diurnal_min

This instance is a narrower concept derived from min

This instance has the attribute diurnal

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### diurnal_range

This instance is a narrower concept derived from range

This instance has the attribute diurnal

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### one-day_time_integral

This instance is a narrower concept derived from time_integral

This instance has the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### domain_max

This instance is a narrower concept derived from max

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### domain_max_of_increment

This compound operator has the head operator domain_max

This compound operator modifies the operator increment

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### domain_min

This instance is a narrower concept derived from min

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### domain_min_of_increment

This compound operator has the head operator domain_min

This compound operator modifies the operator increment

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### domain_range

This instance is a narrower concept derived from range

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### domain_time_integral

This instance is a narrower concept derived from time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### domain_time_max

This instance is a narrower concept derived from max

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### domain_time_min

This instance is a narrower concept derived from min

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### down_component

This instance is a narrower concept derived from component

This instance has the attribute down

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### down_derivative

This instance is a narrower concept derived from spatial_derivative

This instance has the attribute down

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### down_east_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### down_north_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### down_z_derivative

This instance is a narrower concept derived from spatial_derivative

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### downstream_component

This instance is a narrower concept derived from component

This instance has the attribute downstream

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### downstream_derivative

This instance is a narrower concept derived from spatial_derivative

This instance has the attribute downstream

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### drop

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### east_component

This instance is a narrower concept derived from component

This instance has the attribute east

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### east_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator east_component

This compound operator modifies the operator z_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### east_derivative

This instance is a narrower concept derived from spatial_derivative

This instance has the attribute east

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### east_derivative_of_east_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator east_derivative

This compound operator modifies the operator east_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### east_derivative_of_north_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator east_derivative

This compound operator modifies the operator north_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### east_down_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### east_east_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### east_north_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### east_up_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### elevation_angle

This instance is a narrower concept derived from angle

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions rad.

This compound operator has the head operator elevation_angle

This compound operator modifies the operator gradient

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions rad.

#### error

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### fifteen-day_time_integral

This instance is a narrower concept derived from time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

This instance is a narrower concept derived from:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

This instance is a narrower concept derived from:

This variable contains the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This instance is a narrower concept derived from:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

This instance is a narrower concept derived from:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### five-day_time_integral

This instance is a narrower concept derived from time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### forecast

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### forecast_of_fifteen-day_time_integral

This compound operator has the head operator forecast

This compound operator modifies the operator fifteen-day_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### forecast_of_five-day_time_integral

This compound operator has the head operator forecast

This compound operator modifies the operator five-day_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### forecast_of_ten-day_time_integral

This compound operator has the head operator forecast

This compound operator modifies the operator ten-day_time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

This instance is a narrower concept derived from:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### fraction

A fraction (from Latin fractus, "broken") represents a part of a whole or, more generally, any number of equal parts. When spoken in everyday English, a fraction describes how many parts of a certain size there are, for example, one-half, eight-fifths, three-quarters.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### gain

In electronics, gain is a measure of the ability of a two-port circuit (often an amplifier) to increase the power or amplitude of a signal from the input to the output port by adding energy converted from some power supply to the signal. It is usually defined as the mean ratio of the signal amplitude or power at the output port to the amplitude or power at the input port.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### geologic_time_average

In colloquial language, an average is a single number taken as representative of a list of numbers. Different concepts of average are used in different contexts.

This instance is a narrower concept derived from average

This instance has the attribute geologic

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### globe_time_average

In colloquial language, an average is a single number taken as representative of a list of numbers. Different concepts of average are used in different contexts.

This instance is a narrower concept derived from average

This instance has the attribute global

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

In vector calculus, the gradient of a scalar-valued differentiable function f of several variables, f : R n → R {\displaystyle f\colon \mathbf {R} ^{n}\to \mathbf {R} } , is the vector field, or more simply a vector-valued function ∇ f : R n → R n {\displaystyle \nabla f\colon \mathbf {R} ^{n}\to \mathbf {R} ^{n}} , whose value at a point p {\displaystyle p} is the vector whose components are the partial derivatives of f {\displaystyle f} at p {\displaystyle p} : ∇ f ( p ) = [ ∂ f ∂ x 1 ( p ) ⋮ ∂ f ∂ x n ( p ) ] . {\displaystyle \nabla f(p)={\begin{bmatrix}{\frac {\partial f}{\partial x_{1}}}(p)\\\vdots \\{\frac {\partial f}{\partial x_{n}}}(p)\end{bmatrix}}.} The gradient is closely related to the derivative, but it is not itself a derivative: the value of the gradient at a point is a tangent vector – a vector at each point; while the value of the derivative at a point is a cotangent vector – a function of vectors at each point.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### half

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### increment

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### inverse

Inverse or invert may refer to:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of -1.0.

#### laplacian

In mathematics, the Laplace operator or Laplacian is a differential operator given by the divergence of the gradient of a function on Euclidean space. It is usually denoted by the symbols ∇·∇, ∇2.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-2.

#### left_normal

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### rate

In mathematics, a rate is the ratio between two related quantities in different units. If the denominator of the ratio is expressed as a single unit of one of these quantities, and if it is assumed that this quantity can be changed systematically (i.e., is an independent variable), then the numerator of the ratio expresses the corresponding rate of change in the other (dependent) variable.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### limit

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### log10

In mathematics, the logarithm is the inverse function to exponentiation. That means the logarithm of a given number x is the exponent to which another fixed number, the base b, must be raised, to produce that number x.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### loss

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### lower_limit

This instance is a narrower concept derived from limit

This instance has the attribute lower

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### magnitude

In mathematics, magnitude is the size of a mathematical object, a property which determines whether the object is larger or smaller than other objects of the same kind. More formally, an object's magnitude is the displayed result of an ordering (or ranking) of the class of objects to which it belongs.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This compound operator has the head operator magnitude

This compound operator modifies the operator gradient

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### magnitude_of_z_integral

This variable contains the attribute z

This compound operator has the head operator magnitude

This compound operator modifies the operator z_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### max

In mathematical analysis, the maxima and minima (the respective plurals of maximum and minimum) of a function, known collectively as extrema (the plural of extremum), are the largest and smallest value of the function, either within a given range (the local or relative extrema) or on the entire domain of a function (the global or absolute extrema). Pierre de Fermat was one of the first mathematicians to propose a general technique, adequality, for finding the maxima and minima of functions.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### max_sum

This instance is a narrower concept derived from summation

This instance has the attribute maximum

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### mean

In colloquial language, an average is a single number taken as representative of a list of numbers. Different concepts of average are used in different contexts.

This instance is a narrower concept derived from average

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### median

The median is the value separating the higher half from the lower half of a data sample (a population or a probability distribution). For a data set, it may be thought of as the "middle" value.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### mid-range

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### min

In mathematical analysis, the maxima and minima (the respective plurals of maximum and minimum) of a function, known collectively as extrema (the plural of extremum), are the largest and smallest value of the function, either within a given range (the local or relative extrema) or on the entire domain of a function (the global or absolute extrema). Pierre de Fermat was one of the first mathematicians to propose a general technique, adequality, for finding the maxima and minima of functions.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### min_sum

This instance is a narrower concept derived from summation

This instance has the attribute minimum

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### month-specific_anomaly

This instance is a narrower concept derived from anomaly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This variable contains the attribute daily

This compound operator has the head operator month-specific_anomaly

This compound operator modifies the operator first_dekad_one-day_mean

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### month-specific_anomaly_of_one-month_one-day_mean

This variable contains the attribute daily

This compound operator has the head operator month-specific_anomaly

This compound operator modifies the operator one-month_one-day_mean

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This variable contains the attribute daily

This compound operator has the head operator month-specific_anomaly

This compound operator modifies the operator second_dekad_one-day_mean

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This variable contains the attribute daily

This compound operator has the head operator month-specific_anomaly

This compound operator modifies the operator third_dekad_one-day_mean

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### month-specific_z-score

This instance is a narrower concept derived from z-score

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This variable contains the attribute daily

This compound operator has the head operator month-specific_z-score

This compound operator modifies the operator first_dekad_one-day_mean

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### month-specific_z-score_of_one-month_one-day_mean

This variable contains the attribute daily

This compound operator has the head operator month-specific_z-score

This compound operator modifies the operator one-month_one-day_mean

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This variable contains the attribute daily

This compound operator has the head operator month-specific_z-score

This compound operator modifies the operator second_dekad_one-day_mean

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This variable contains the attribute daily

This compound operator has the head operator month-specific_z-score

This compound operator modifies the operator third_dekad_one-day_mean

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### normal_component

This instance is a narrower concept derived from component

This instance has the attribute normal

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### north_component

This instance is a narrower concept derived from component

This instance has the attribute north

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### north_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator north_component

This compound operator modifies the operator z_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### north_derivative

This instance is a narrower concept derived from spatial_derivative

This instance has the attribute north

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### north_derivative_of_east_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator north_derivative

This compound operator modifies the operator east_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### north_derivative_of_north_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator north_derivative

This compound operator modifies the operator north_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### north_down_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### north_north_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### north_up_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### one-day_maximum

This instance is a narrower concept derived from max

This instance has the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### one-day_minimum

This instance is a narrower concept derived from min

This instance has the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### one-day_time_integral

Alternative labels for this instance are one-day_time_integral.

This instance is a narrower concept derived from time_integral

This instance has the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### one-hour_time_integral

This instance is a narrower concept derived from time_integral

This instance has the attribute hourly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### one-month_anomaly

This instance is a narrower concept derived from anomaly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### one-month_one-day_mean

This instance is a narrower concept derived from:

This variable contains the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### one-month_time_integral

This instance is a narrower concept derived from time_integral

This instance has the attribute monthly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### one-year_average

This instance is a narrower concept derived from average

This instance has the attribute yearly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### one-year_change

This instance is a narrower concept derived from change

This instance has the attribute yearly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### one-year_time_integral

This instance is a narrower concept derived from time_integral

This instance has the attribute yearly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### one-year_time_max

This instance is a narrower concept derived from max

This instance has the attribute annual

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### parity

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### peak_time

This instance is a narrower concept derived from time

This instance has the attribute peak

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### flux

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-2 T^-1.

#### product

In mathematics, a product is the result of multiplying, or an expression that identifies factors to be multiplied. Thus, for instance, 15 is the product of 3 and 5 (the result of multiplication), and x ⋅ ( 2 + x ) {\displaystyle x\cdot (2+x)} is the product of x {\displaystyle x} and ( 2 + x ) {\displaystyle (2+x)} (indicating that the two factors should be multiplied together).

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### projection

The vector projection of a vector a on (or onto) a nonzero vector b (also known as the vector component or vector resolution of a in the direction of b) is the orthogonal projection of a onto a straight line parallel to b. It is a vector parallel to b, defined as a 1 = a 1 b ^ {\displaystyle \mathbf {a} _{1}=a_{1}\mathbf {\hat {b}} \,} where a 1 {\displaystyle a_{1}} is a scalar, called the scalar projection of a onto b, and b̂ is the unit vector in the direction of b.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### range

In mathematics, and more specifically in naïve set theory, the range of a function refers to the codomain of the function, though depending upon usage it can sometimes refer to the image. The codomain of a function is some arbitrary super-set of image.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### ratio

In mathematics, a ratio indicates how many times one number contains another. For example, if there are eight oranges and six lemons in a bowl of fruit, then the ratio of oranges to lemons is eight to six (that is, 8∶6, which is equivalent to the ratio 4∶3).

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### reduction

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This instance is a narrower concept derived from:

This variable contains the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This instance is a narrower concept derived from:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### second_invariant

In mathematics, in the fields of multilinear algebra and representation theory, the principal invariants of the second rank tensor A {\displaystyle \mathbf {A} } are the coefficients of the characteristic polynomial p ( λ ) = det ( A − λ I ) {\displaystyle \ p(\lambda )=\det(\mathbf {A} -\lambda \mathbf {I} )} ,where I {\displaystyle \mathbf {I} } is the identity operator and λ i ∈ C {\displaystyle \lambda _{i}\in \mathbb {C} } represent the polynomial's eigenvalues.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 2.0.

This instance is a narrower concept derived from:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### second_spatial_derivative

This instance has the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-2.

#### south_component

This instance is a narrower concept derived from component

This instance has the attribute south

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### south_east_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### south_south_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### spatial_derivative

The derivative of a function of a real variable measures the sensitivity to change of the function value (output value) with respect to a change in its argument (input value). Derivatives are a fundamental tool of calculus.

This instance has the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### spatial_integral

In mathematics, an integral assigns numbers to functions in a way that can describe displacement, area, volume, and other concepts that arise by combining infinitesimal data. Integration is one of the two main operations of calculus, with its inverse operation, differentiation, being the other.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### square

In mathematics, a square is the result of multiplying a number by itself. The verb "to square" is used to denote this operation.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 2.0.

#### square_of_x_component

This variable contains the attribute x

This compound operator has the head operator square

This compound operator modifies the operator x_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 2.0.

#### square_of_y_component

This variable contains the attribute y

This compound operator has the head operator square

This compound operator modifies the operator y_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 2.0.

#### standard_deviation

This instance has the attribute standard

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### step

Step or Steps may refer to:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### sum

In mathematics, summation is the addition of a sequence of any kind of numbers, called addends or summands; the result is their sum or total. Beside numbers, other types of values can be summed as well: functions, vectors, matrices, polynomials and, in general, elements of any type of mathematical objects on which an operation denoted "+" is defined.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### temperature_derivative

The derivative of a function of a real variable measures the sensitivity to change of the function value (output value) with respect to a change in its argument (input value). Derivatives are a fundamental tool of calculus.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions O^-1.

#### ten-day_time_integral

This instance is a narrower concept derived from time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

This instance is a narrower concept derived from:

This variable contains the attribute daily

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This instance is a narrower concept derived from:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

This instance is a narrower concept derived from:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### three-month_time_integral

This instance is a narrower concept derived from time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### time

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### time_average

In colloquial language, an average is a single number taken as representative of a list of numbers. Different concepts of average are used in different contexts.

This instance is a narrower concept derived from average

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### time_average_of_square

This compound operator has the head operator time_average

This compound operator modifies the operator square

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 2.0.

#### time_average_of_z_integral_of_square_of_x_component

This variable contains the attribute:

This compound operator has the head operator time_average

This compound operator modifies the operator z_integral_of_square_of_x_component

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 2.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### time_average_of_z_integral_of_square_of_y_component

This variable contains the attribute:

This compound operator has the head operator time_average

This compound operator modifies the operator z_integral_of_square_of_y_component

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 2.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### time_derivative

The derivative of a function of a real variable measures the sensitivity to change of the function value (output value) with respect to a change in its argument (input value). Derivatives are a fundamental tool of calculus.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T^-1.

#### time_derivative_of_down_component

This variable contains the attribute down

This compound operator has the head operator time_derivative

This compound operator modifies the operator down_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T^-1.

#### time_derivative_of_east_component

This variable contains the attribute east

This compound operator has the head operator time_derivative

This compound operator modifies the operator east_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T^-1.

#### time_derivative_of_east_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator time_derivative

This compound operator modifies the operator east_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L T^-1.

#### time_derivative_of_north_component

This variable contains the attribute north

This compound operator has the head operator time_derivative

This compound operator modifies the operator north_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T^-1.

#### time_derivative_of_north_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator time_derivative

This compound operator modifies the operator north_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L T^-1.

#### time_derivative_of_x_component

This variable contains the attribute x

This compound operator has the head operator time_derivative

This compound operator modifies the operator x_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T^-1.

#### time_derivative_of_x_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator time_derivative

This compound operator modifies the operator x_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L T^-1.

#### time_derivative_of_y_component

This variable contains the attribute y

This compound operator has the head operator time_derivative

This compound operator modifies the operator y_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T^-1.

#### time_derivative_of_y_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator time_derivative

This compound operator modifies the operator y_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L T^-1.

#### time_derivative_of_z_component

This variable contains the attribute z

This compound operator has the head operator time_derivative

This compound operator modifies the operator z_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T^-1.

#### time_integral

In mathematics, an integral assigns numbers to functions in a way that can describe displacement, area, volume, and other concepts that arise by combining infinitesimal data. Integration is one of the two main operations of calculus, with its inverse operation, differentiation, being the other.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### time_max

In mathematical analysis, the maxima and minima (the respective plurals of maximum and minimum) of a function, known collectively as extrema (the plural of extremum), are the largest and smallest value of the function, either within a given range (the local or relative extrema) or on the entire domain of a function (the global or absolute extrema). Pierre de Fermat was one of the first mathematicians to propose a general technique, adequality, for finding the maxima and minima of functions.

This instance is a narrower concept derived from max

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### time_mean

There are several kinds of means in various branches of mathematics (especially statistics). For a data set, the arithmetic mean, also called the mathematical expectation or average, is the central value of a discrete set of numbers: specifically, the sum of the values divided by the number of values.

This instance is a narrower concept derived from arithmetic_mean

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### time_median

This instance is a narrower concept derived from median

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### time_min

In mathematical analysis, the maxima and minima (the respective plurals of maximum and minimum) of a function, known collectively as extrema (the plural of extremum), are the largest and smallest value of the function, either within a given range (the local or relative extrema) or on the entire domain of a function (the global or absolute extrema). Pierre de Fermat was one of the first mathematicians to propose a general technique, adequality, for finding the maxima and minima of functions.

This instance is a narrower concept derived from min

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### rate

In mathematics, a rate is the ratio between two related quantities in different units. If the denominator of the ratio is expressed as a single unit of one of these quantities, and if it is assumed that this quantity can be changed systematically (i.e., is an independent variable), then the numerator of the ratio expresses the corresponding rate of change in the other (dependent) variable.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T^-1.

#### two-month_time_integral

This instance is a narrower concept derived from time_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions T.

#### u_component

This instance is a narrower concept derived from component

This instance has the attribute u

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### up_component

This instance is a narrower concept derived from component

This instance has the attribute up

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### up_derivative

This instance is a narrower concept derived from spatial_derivative

This instance has the attribute up

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### up_south_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### up_up_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### upper_limit

This instance is a narrower concept derived from limit

This instance has the attribute upper

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### v_component

This instance is a narrower concept derived from component

This instance has the attribute v

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### variance

In probability theory and statistics, variance is the expectation of the squared deviation of a random variable from its mean. Informally, it measures how far a set of (random) numbers are spread out from their average value.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### west_component

This instance is a narrower concept derived from component

This instance has the attribute west

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### x_component

This instance is a narrower concept derived from component

This instance has the attribute x

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### x_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator x_component

This compound operator modifies the operator z_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### x_derivative

This instance is a narrower concept derived from spatial_derivative

This instance has the attribute x

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### x_derivative_of_x_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator x_derivative

This compound operator modifies the operator x_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### x_derivative_of_y_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator x_derivative

This compound operator modifies the operator y_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### x_x_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### x_x_derivative

This instance is a narrower concept derived from second_spatial_derivative

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-2.

#### x_y_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### x_y_derivative

This instance is a narrower concept derived from second_spatial_derivative

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-2.

#### x_z_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### y_component

This instance is a narrower concept derived from component

This instance has the attribute y

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### y_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator y_component

This compound operator modifies the operator z_integral

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### y_derivative

This instance is a narrower concept derived from spatial_derivative

This instance has the attribute y

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### y_derivative_of_x_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator y_derivative

This compound operator modifies the operator x_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### y_derivative_of_y_component_of_z_integral

This variable contains the attribute:

This compound operator has the head operator y_derivative

This compound operator modifies the operator y_component_of_z_integral

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### y_y_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### y_y_derivative

This instance is a narrower concept derived from second_spatial_derivative

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-2.

#### y_z_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### year-specific_anomaly

This instance is a narrower concept derived from anomaly

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### z-score

Alternative labels for this instance are standard_score.

In statistics, the standard score is the signed fractional number of standard deviations by which the value of an observation or data point is above the mean value of what is being observed or measured. Observed values above the mean have positive standard scores, while values below the mean have negative standard scores.

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 0.0.

#### z_component

This instance is a narrower concept derived from component

This instance has the attribute z

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### z_derivative

This instance is a narrower concept derived from spatial_derivative

This instance has the attribute z

This variable contains the attribute spatial

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L^-1.

#### z_integral

This instance is a narrower concept derived from spatial_integral

This instance has the attribute z

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### z_integral_of_square_of_x_component

This variable contains the attribute:

This compound operator has the head operator z_integral

This compound operator modifies the operator square_of_x_component

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 2.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### z_integral_of_square_of_y_component

This variable contains the attribute:

This compound operator has the head operator z_integral

This compound operator modifies the operator square_of_y_component

This instance indirectly modifies the operator:

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 2.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### z_integral_of_u_component

This variable contains the attribute:

This compound operator has the head operator z_integral

This compound operator modifies the operator u_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### z_integral_of_v_component

This variable contains the attribute:

This compound operator has the head operator z_integral

This compound operator modifies the operator v_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### z_integral_of_x_x_component

This variable contains the attribute z

This compound operator has the head operator z_integral

This compound operator modifies the operator x_x_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### z_integral_of_x_y_component

This variable contains the attribute z

This compound operator has the head operator z_integral

This compound operator modifies the operator x_y_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### z_integral_of_y_y_component

This variable contains the attribute z

This compound operator has the head operator z_integral

This compound operator modifies the operator y_y_component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

This operator modifies the dimensions of the property it is applied to by multiplying those dimensions by the dimensions L.

#### z_mean

There are several kinds of means in various branches of mathematics (especially statistics). For a data set, the arithmetic mean, also called the mathematical expectation or average, is the central value of a discrete set of numbers: specifically, the sum of the values divided by the number of values.

This instance is a narrower concept derived from arithmetic_mean

This instance has the attribute z

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### z_x_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### z_y_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.

#### z_z_component

This instance is a narrower concept derived from component

This operator modifies the dimensions of the property it is applied to by raising the dimensions to the power of 1.0.