AGI.Foundation Namespace

The exception that is thrown when one of the arguments provided to a method is not of a type expected by the method.

Provides descriptive statistic methods suited for circular data. The algorithms are based on "Directional Statistics" by Mardia and Jupp.

An EvaluatorT which always returns the same value.

A collection of constants.

An exception thrown when data is unavailable for a given computation.

A collection of MotionT, each of which is associated with a particular JulianDate. This is a convenient and efficient way to store time-varying position and velocity, etc. Each MotionT instance is required to have the same Order.

A collection of MotionT, TDerivative, each of which is associated with a particular JulianDate. This is a convenient and efficient way to store time-varying position and velocity, etc. Each MotionT, TDerivative instance is required to have the same Order.

Provides descriptive statistic methods.

An abstract class that implements IEvaluatorT, making all interface methods and properties abstract.

A group of evaluators that share common computations so that all members of the group can be computed more efficiently.

Contains methods for comparing floating point numbers.

Represents any function. Also provides additional information about the function that can be useful for clients that want to work with it in efficient ways.

Represents any function. Also provides additional information about the function that can be useful for clients that want to work with it in efficient ways.

Provides static methods helpful when working with Gaussian functions.

A collection of MotionT, each of which is associated with a particular JulianDate. This is a convenient and efficient way to store time-varying position and velocity, etc. Each MotionT instance is required to have the same Order.

A collection of MotionT, TDerivative, each of which is associated with a particular JulianDate. This is a convenient and efficient way to store time-varying position and velocity, etc. Each MotionT, TDerivative instance is required to have the same Order.

Represents a component of STK Components and holds information about its license status.

Provides access to information about STK Components licensing.

The base class for evaluators that take a JulianDate and produce MotionT.

The base class for evaluators that take a JulianDate and produce MotionT, TDerivative.

An exception that occurred while loading a native library.

An exception that is thrown when an attempt is made to modify an object that has been frozen with a call to Freeze.

An exception that indicates that a property required for an operation has an invalid value.

An exception that indicates that a required service is not available from an IServiceProvider.

A collection of instances that implement IServiceProvider.

Provides descriptive statistic methods suited for spherical data. Since the spherical surface is embedded in Cartesian space, the data set is provided as a list of UnitCartesian directions locating the data points on the unit sphere. The algorithms are based on the mathematics found in "Directional Statistics" by Mardia and Jupp.

Version information for the STK Components AircraftPropagation library.

Version information for the STK Components Cesium library.

Version information for the STK Components Communications library.

Version information for the STK Components Core library.

Version information for the STK Components Graphics library.

Version information for the STK Components Models library.

Version information for the STK Components Navigation library.

Version information for the STK Components Navigation.Advanced library.

Version information for the STK Components OrbitPropagation library.

Version information for the STK Components Platforms library.

Version information for the STK Components Platforms.Graphics library.

Version information for the STK Components Radar library.

Version information for the STK Components RouteDesign library.

Version information for the STK Components SegmentPropagation library.

Version information for the STK Components Spatial library.

Version information for the STK Components TerrainAnalysis library.

Version information for the STK Components TerrainReaders library.

Version information for the STK Components Tracking library.

Version information for the STK Components Tracking.Graphics library.

Wraps an exception that was thrown in a worker thread so that it can be rethrown in the main thread without losing call stack information.

A transaction within the software transactional memory (STM) system. All reads made in a transaction will see a consistent snapshot of the TransactionContext. A transaction will only successfully commit if no update it has made conflicts with any concurrent updates that have been committed since the transaction was started.

A context for a group of transactions in the software transactional memory (STM) system. Different contexts can be thought of as separate in-memory databases. A TransactedPropertyT exists within exactly one context and can only be read or modified by a Transaction within the same context.

Provides functions and constants which are useful when working with angles and solving problems related to trigonometry.

The exception that is thrown when an unsupported case is encountered in a switch block.

Holds two values which form the bounds of a range of real numbers.

Holds information about an angle represented in the Degrees Minutes Seconds format.

Describes motion, including a coordinate and optionally one or more derivatives.

Describes motion, including a coordinate and optionally one or more derivatives.

An interface to a collection of MotionT, each of which is associated with a particular JulianDate. Each MotionT instance is required to have the same Order.

An interface to a collection of MotionT, TDerivative, each of which is associated with a particular JulianDate. Each MotionT, TDerivative instance is required to have the same Order.

An interface for an evaluator, which is an object which participates in a computation, and depends on other computations (other evaluators). The particular types of input and output (parameters and return type) can vary, and are specified by derived types.

An interface for an evaluator that takes a JulianDate and produces a return value of a given type.

An interface for an evaluator that supports evaluation over an interval (or intervals) of time, in addition to evaluation at a specific JulianDate. The type of return value may be different for an evaluation over a single date compared to evaluation over an interval or a set of intervals. An evaluator implementing this interface may also optionally report progress via ITrackCalculationProgress.

Describes motion, including a coordinate and optionally one or more derivatives.

An interface that is provided to a calculation method when you want to receive updates about the progress of the calculation and to have the ability to cancel it.

A delegate for a method that takes no creation parameters (other than the EvaluatorGroup) and returns an evaluator.

A delegate for a method that takes one creation parameter (plus the EvaluatorGroup) and returns an evaluator.

A delegate for a method that takes two creation parameters (plus the EvaluatorGroup) and returns an evaluator.

A delegate for a method that takes three creation parameters (plus the EvaluatorGroup) and returns an evaluator.

A delegate for a method that takes four creation parameters (plus the EvaluatorGroup) and returns an evaluator.

A delegate for a method that takes five creation parameters (plus the EvaluatorGroup) and returns an evaluator.

This defines the delegate TransactionalSelectCallback, which is used whenever transactionally invoking a callback that needs to have a return value. This delegate contains only one argument, which is the transaction, and returns a variable of type TResult.

Defines the behavior when the evaluation time is beyond the availability for the object.

Indicates the sense of the direction of a signal with respect to an observer.

Specifies which method to use when calculating the spherical median.