"Rx.CoreNet"

Invert transformation matrix

Type of the double. [in,out] The transformation where the first 3 numbers describe the translation and the follwing 9 numbers describe the rotation matrix. The inverted transformation matrix

Creates axis and angle array.

The rot matrix 3x3. The new axis and angle array.

Creates rot matrix 3.

The radians. The axis x coordinate. The axis y coordinate. The axis z coordinate. The new rot matrix 3.

Test for approximate equality up to an epsilon.

The first value. The second value. The epsilon. True if abs(fA - fB) <= fEps, otherwise false.

Test for approximate equality up to an epsilon.

The first value. The second value. The epsilon. True if abs(fA - fB) <= fEps, otherwise false.

Clamp the given value.

The value. The minimum. The maximum. The clamped value.

Clamp the given value.

Zero-based index of the value. Zero-based index of the minimum. Zero-based index of the maximum. The clamped value. \addtogroup RxNET_Misc *

.Net math methods.

\addtogroup RxNET_XML * @{

Gets the proper file path capitalization.

[in] The file path. Null if it fails, else the proper file path capitalization.

Gets the proper capitalization of a directory.

[in] The directory information. Null if it fails, else the proper directory capitalization.

Normalizes the given path.

[in] If non-null, full pathname of the file. The normalized path.

Gets the "Camera Calibration" path.

null if it fails, else.

Gets the "Camera Definition" path.

null if it fails, else.

Gets the "Camera Files" path.

null if it fails, else.

Gets the "Camera Files" path.

null if it fails, else.

Gets the camera driver installation path

The shared camera path.

Gets the camera driver installation path

The shared camera path.

Gets the runtime script path.

Null if it fails, else the runtime script path.

Gets the binary path.

Null if it fails, else the binary path.

Path.

Returns the file name of the specified path string without the extension.

The path of the file. The string returned by GetFileName, minus the last period (.) and all characters following it.

Gets program data path.

The program data path.

Gets the Raytrix 'Camera Files' path located in ProgramData.

Path to Raytrix 'Camera Files' directory.

Gets the Raytrix camera driver path located in Programs.

Path to Raytrix 'Camera Files' directory.

Gets the binary path.

The binary path.

Reads environment variable.

The variable. The environment variable's content.

Normalize a given path.

Full pathname. The normalized path.

Path class.

Vertex Buffer ID, used when no data pointer is given.

Number of index lists.

Array of corresponding index list lengths.

Array of pointers to index lists.

Deletes the own index list arrays. Throws an exception if this moniker has been created with an external VBO.

Creates the own index list arrays. The length of the given array determines the number of index lists to create. Each entry determines the length of the corresponding index list. Throws an exception if this moniker has been created with an external VBO.

[in] An array containing the lengths of each index list.

Deletes the own vertex list. Throws an exception if this moniker has been created with an external VBO.

Creates an own vertex list of the given number of vertices. Throws an exception if this moniker has been created with an external VBO.

Number of vertices to create.

Finalizer. Deletes own vertex list and index list arrays.

Destructor. Deletes own vertex list and index list arrays.

Constructor. This constructors creates a moniker with an external VBO.

The external VBO.

Default constructor.

A standard VBO moniker.

Image IDs.

Resets this object.

External created Index Buffer Objects.

External created Vertex Buffer Object.

Number of index lists.

Array of corresponding index list lengths.

Array of pointers to index lists.

Pointer to the array of vertices.

Number of vertices in this VBO.

Vertex array mode.

A standard vertex buffer object (VBO).

Padding (reserved for future use).

Edge flag.

Part ID for picking of object parts.

Fog z-component.

RGBA color value.

Normal coordinate vector.

Texture coordinate vector.

Vertex coordinate vector.

A standard vertex.

Image IDs.

Exception GUID class which holds static members for each exception

Destructor.

Constructor. The lock keyword marks a statement block as a critical section by obtaining the mutual-exclusion lock for a given object, executing a statement, and then releasing the lock.

[in] The object to use as lock.

C# lock keyword for C++ CLI. All instructions after creating an instance of this class are locked until the instance leaves its scope.

Read file ID Read from file and decode data Encode data and write to file with given header Read from file and decode data Encode data and write to file with given header Decodes data encoded with EncodeMemory_v2 Decode Memory Improved routine to encode data. Designed to encode image data. Encode Memory Generate a random seed \defgroup RxEncode Classes for encoding and decoding data. * @{

This class encodes memory blocks and reads/writes encoded files.

Sets a seed.

Zero-based index of the seed. \addtogroup RxCoreDev *

Class Declaration for random number routines

Constructor.

The boolean value.

Boolean value.

Constructor.

[in] If non-null, the string value. [in] If non-null, the allowed characters.

Constructor.

[in] If non-null, the string value. The string constraint.

Constructor.

[in] If non-null, the string value.

String value.

Creates a new DecimalDefinition with given value and with a DecimalRangeConstraint.

The double value. [in] If non-null, describes the format to use. The double minimum. The double maximum. The double step size.

Creates a new DecimalDefinition with given value and with a DecimalRangeConstraint.

The decimal value. [in] If non-null, describes the format to use. The decimal minimum. The decimal maximum. The decimal step size.

Creates a new DecimalDefinition with given value and with a DecimalRangeConstraint.

The double value. [in] If non-null, describes the format to use. The double minimum. The double maximum.

Creates a new DecimalDefinition with given value and with a DecimalRangeConstraint.

The decimal value. [in] If non-null, describes the format to use. The decimal minimum. The decimal maximum.

Creates a new DecimalDefinition with given value and constraint.

The double value. [in] If non-null, describes the format to use. The decimal constraint.

Creates a new DecimalDefinition with given value and constraint.

The decimal value. [in] If non-null, describes the format to use. The decimal constraint.

Creates a new DecimalDefinition with given value .

The double value. [in] If non-null, describes the format to use.

Creates a new DecimalDefinition with given value .

The decimal value. [in] If non-null, describes the format to use.

Decimal value.

The constraints. Must not be null

Describes the format to use.

The value.

Occurs when the value definition's value changes.

Occurs when the value definition's constraints changes.

Gets the constraints. Must not be null.

Gets the format to use for printing the value as a string.

Gets or sets the value.

Copy Constructor.

[in] If non-null, the value definition.

Constructor.

The value. [in] If non-null, describes the format to use. The constraints.

Constructor.

The value. The constraints.

Constructor.

The value. [in] If non-null, describes the format to use.

Constructor.

The value.

Value class.

Occurs when the value's constraints changes.

Occurs when the value changes.

Gets the constraints.

Gets the format to use for printing the value as a string.

Gets or sets the value.

Gets the full version of the product defined by sUpgradeCode and sShortVersion by reading registry.

[in] If non-null, the upgrade code. [in] If non-null, the short version. Null if it fails, else the full version.

Gets a dictionary of all value stored in the registry given by sUpgradeCode and sShortVersion..

Thrown when a system error condition occurs. [in] If non-null, the upgrade code. [in] If non-null, the short version. Null if it fails, else the values.

Registry.

Copies this CharacterSetConstraint.

Null if it fails, else the copied CharacterSetConstraint.

Makes the given value valid with regard to given constraints.

[in] The value to make valid. The valid value.

Determines whether the given value is valid with regard to given constraints.

[in] The value to varify. True if valid, else false.

Gets the allowed characters.

Constructor.

[in] If non-null, the allowed characters.

Default constructor.

Character set constraint.

Copies this DecimalRangeStepConstraint.

Null if it fails, else the copied DecimalRangeStepConstraint.

Makes the given value valid with regard to given constraints.

The value to make valid. The valid value.

Gets a string report for then given value with regard to given constraints.

The value. Null if it fails, else the report.

Determines whether the given value is valid with regard to given constraints.

The value to varify. True if valid, else false.

Gets the size of the step.

Constructor.

The minimum. The maximum. The step size.

Constructor.

The minimum. The maximum.

Default constructor.

Decimal range step constraint.

Gets the size of the step.

Gets the maximum.

Gets the minimum.

Interface for DecimalRangeStepConstraintParameter.

Copies this DecimalRangeConstraint.

Null if it fails, else the copied DecimalRangeConstraint.

Makes the given value valid with regard to given constraints.

The value to make valid. The valid value.

Gets a string report for then given value with regard to given constraints.

The value. Null if it fails, else the report.

Determines whether the given value is valid with regard to given constraints.

The value to varify. True if valid, else false.

Gets the maximum.

Gets the minimum.

Constructor.

The minimum. The maximum.

Default constructor.

Decimal range constraint.

Gets the maximum.

Gets the minimum.

Interface for DecimalRangeConstraintParameter.

Copies this ValueConstraint.

Null if it fails, else the copied ValueConstraint.

No constraint.

Interface for NoConstraintParameter.

The is initializing.

Copies this ValueConstraint.

Null if it fails, else the copied ValueConstraint.

Occurs when the constraints changes.

Signals the object that initialization is complete. An event will be fired.

Signals the object that initialization is starting. No events will be fired.

Makes the given value valid with regard to given constraints.

The value to make valid. The valid value.

Gets a string report for then given value with regard to given constraints.

The value. Null if it fails, else the report.

Determines whether the given value is valid with regard to given constraints.

The value to validate. True if valid, else false.

Default constructor.

Value constraint.

Copies this ValueConstraint.

Null if it fails, else.

Occurs when the constraints changes.

Makes the given value valid with regard to given constraints.

The value to make valid. The valid value.

Gets a string report for then given value with regard to given constraints.

The value. Null if it fails, else the report.

Determines whether the given value is valid with regard to given constraints.

The value to validate. True if valid, else false.

Interface for ValueConstraint.

Internal mutex.

Internal list.

Removes all items from set and returns a copy of all removed items as an array.

Null if it fails, else an array with the removed items.

Determines if this collection contains a given object.

The T to test for containment. .

Adds an element to the set and returns a value that indicates if it was successfully added.

The element to add to the set. True if item is added to the set; otherwise, false.

Gets the number of elements in this set.

Default constructor.

Represents a thread-safe collection of unique objects.

Gets the native DLL dependencies of the given DLL.

[in] The DLL to load (using LoadLibraryEx).

Gets the native DLL dependencies of the given DLL.

[in] The DLL to load (using LoadLibraryEx). The given DLL including it dependency tree.

Default constructor.

Get time in milliseconds as double.

The time in seconds as double.

Initializes the time.

Default constructor.

A time.

Blocks the execution of the current thread for at least the specified time given in milliseconds. A steady clock is used to measure the duration. This function may block for longer than the given time due to scheduling or resource contention delays.

The time to sleep in milliseconds.

Gets the current time in milliseconds as a 64 bit integer.

The current time in milliseconds as a 64 bit integer.

Gets the current time in milliseconds as double.

The current time in milliseconds as double. \addtogroup RxCore * @{

Initialize time.

Query if this exception or one of its inner exceptions contains an exception of the given GUID.

[in] The GUID of the exception to look for. True if this exception or one of its inner exceptions contains an exception of the given GUID, false if not.

Gets the inner exception if one is available. Otherwise nullptr is returned.

The inner exception.

Gets the line.

The line number.

Gets the file name.

The file name.

Gets the function name.

The function name.

Gets the name of this exception.

The name of this exception.

Gets the unique identifier of this exception. This is not guaranteed to be the GUID of this exception type.

The unique identifier.

Gets message text.

Null if it fails, else the message text.

Gets the most inner exception.

The most inner exception. If there is no inner exception, this exception is returned.

Convert this exception into a string representation.

True to include all inner exceptions. This exception as a string.

Convert this exception into a string representation.

This exception as a string.

Sets additional exception data.

Sets the given exception as the inner exception.

The exception.

Sets the GUID of this exception. This is not guaranteed to be the GUID of this exception type.

Unique identifier.

Virtual destructor.

Constructor.

The message string. The file. The function. The line. The inner exception.

Constructor.

The message string. The file. The function. The line. The inner exception.

Constructor.

The message string. The file. The function. The line.

Raytrix exception base class. All exceptions are based on this class.

The exception pointer.

Query if this object is valid.

True if valid, false if not.

Gets the exception pointer.

Null if it fails, else the exception pointer.

Destructor. Deletes the assigned exception.

Move assignment operator.

[in,out] The exception safe pointer to move. A moved version of the given pointer.

Copy Constructor. Creates a copy of the given exception.

The exception to copy.

Copy Constructor. Creates a copy of the given exception.

The exception to copy.

Move constructor.

[in,out] The exception safe pointer to move.

Copy constructor. Creates a copy of the exception provided by the given pointer.

The exception safe pointer to copy.

Default constructor.

Container for an Interop::Runtime31::IException pointer that simplifies copying of exceptions.

Defines an alias representing the exception interface of RxRuntime 3.1.

Makes a deep copy of this object.

Null if it fails, else a copy of this object.

Query if this exception or one of its inner exceptions contains an exception of the given GUID.

[in] The GUID of the exception to look for. True if this exception or one of its inner exceptions contains an exception of the given GUID, false if not.

Gets the inner exception if one is available. Otherwise null is returned.

The inner exception.

Gets the unique identifier of this exception. This is not guaranteed to be the GUID of this exception type.

The unique identifier.

Gets the name of this exception.

The name of this exception.

Gets the line.

The line number.

Gets the file name.

The file name.

Gets the function name.

The function name.

Gets message text.

The message text.

Interface class of all exceptions used since RxRuntime 3.1.

Defines an alias representing the exception interface of RxRuntime 3.0.

The inner exception.

Sets an inner exception. Frees currently assigned inner exception.

[in] The inner exception.

Returns the inner exception and yields responsibility.

The inner exception.

Copies this exception. This has to be implemented in each exception type.

A copy of this exception.

Copy this exception to given target Destination.

[in,out] If non-null, target for the.

Gets the inner exception.

Null if there is no inner exception, else the inner exception.

Query if this exception or one of its inner exceptions has the given GUID.

[in] The GUID of the exception to look for. True if this exception or one of its inner exceptions has the given GUID, false if not.

Gets the unique identifier of the type of this exception.

The type unique identifier.

Gets the name of this exception.

The name of this exception.

Gets the line.

The line number.

Gets the file name.

The file name.

Gets the function name.

The function name.

Gets the information string.

The information string.

Convert this CRxExceptionEx into a string representation.

This CRxExceptionEx as a string.

Destructor.

copy Constructor.

[in] The exception to copy.

Default constructor.

Interface for basic exception.

Defines an alias representing the GUID interface of RxRuntime 3.0.

Convert this CGuid into a string representation.

String buffer. Must be of size 40.

Inequality operator.

The reference GUID. True if the parameters are not considered equivalent.

Equality operator.

The reference GUID. True if the parameters are considered equivalent.

Assignment operator. Throws an std::exception if the string parsing failed.

"{XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX}" or "{XXXXXXXX - XXXX - XXXX - XXXX - XXXXXXXXXXXX}". A new GUID.

Constructor.

"{XXXXXXXX-XXXX-XXXX-XXXX-XXXXXXXXXXXX}" or "{XXXXXXXX - XXXX - XXXX - XXXX - XXXXXXXXXXXX}".

Default constructor.

Unique identifier.

The line in the source code file The name of the function The source code file name

Convert this CCodeLocation into a string representation.

This CCodeLocation as a CRxString.

Gets the line in the source code file.

The line in the source code file.

Gets the name of the function.

The name of the function.

Gets the source code file name.

The source code file name.

Constructor.

The source code file name. The name of the function. The line in the source code file.

Default constructor.

Holds information about a certain code location. These information are: - The source code file name - The name of the function - The line in the source code file.

Converts the given string into an unsigned integer value.

[in] The string. [iout] The unsinged integer. The unsigned integer.

Converts the given string into an integer value.

[in] The string. [out] The integer. The integer.

Finalizes this object. Frees both pointer.

Initializes this object. Creates both pointer.

Assumes that this CRxString represents a file name and splits it in path, name and extension.

[out] The directory path. [out] Name of file without extension. [out] Extension of file.

Assigns a new value to the string, replacing its current contents. Copies the first nNumChars characters from the array of characters pointed by pcData.

Pointer to an array of characters. Number of characters to copy.

Replaces all occurrences of pcOld by pcNew and returns the resulting CRxString.

String which should be replaced. This string is used as the replacement. The replaced CRxString.

Determines whether the end of this string instance matches the specified string.

The string to compare to the substring at the end of this instance. True if value matches the end of this instance; otherwise, false.

Query if this CRxString contains the given sxString.

The CRxString to test for containment. True if this string contains the given sString, false if not.

Query if this CRxString contains the given pcString.

The string to test for containment. true if this string contains the given pcString, false if not.

Searches this string for the content specified in either pcString or sxString, and returns the position of the first occurrence in this string.

When nStartIdx is specified the search only includes characters on or after position nStartIdx, ignoring any possible occurrences in previous locations. String to be searched for in this string. The entire content of str must be matched in some part of the string to be considered a match. (optional) Position of the first character in the string to be taken into consideration for possible matches. A value of 0 means that the entire string is considered. The position of the first occurrence in the string of the searched content. If the content is not found, the member value CRxString::npos is returned.

Searches the string for the first character that matches any of the characters specified in its arguments.

When nCount is specified, the search only includes characters at or after position nCount, ignoring any possible occurrences before nCount. String containing the characters to search for in this string. (optional) Position of the first character in the string to be taken into consideration for possible matches. (optional) Length of sequence of characters to search for. The position of the first occurrence in the string of any of the characters searched for. If the content is not found, the member value CRxString::npos is returned.

Returns a newly constructed CRxString object with its value initialized to a copy of a substring of this object. The substring is the portion of the object that starts at character position nStartIdx and spans nCount characters (or until the end of the string, whichever comes first).

Position of the first character to be copied as a substring. If this is equal to the string length, the function returns an empty string. (Optional) Number of characters to include in the substring (if the string is shorter, as many characters as possible are used). A value of -1 indicates all characters until the end of the string. A string object with a substring of this object.

Converts this hexadecimal string with 16 chars to a 8 byte double variable.

The double value.

Convert a 8 byte double variable into a hexadecimal string representation with 16 chars.

The double value. The hexadecimal string.

Converts this CRxString to an unsigned int.

This CRxString as an unsigned int.

Converts this CRxString to an int.

This CRxString as an int.

Converts this CRxString to a c string.

This CRxString as a const char*.

Query if this object is valid.

True if valid, false if not.

Gets the pointer to memory.

The pointer to memory.

Gets the length of this CRxString. This is the number of characters.

The length of this CRxString.

Gets the size in bytes of an element of a string, which is always 1.

The element size.

Less-than comparison operator.

The string to compare with. True if the first parameter is less than the second.

Gets the nIndex-th character from string.

The index. The indexed character.

Appends the given double to this CRxString.

The double. The concatenation of this CRxString with dValue.

Appends the given float to this CRxString.

The float. The concatenation of this CRxString with fValue.

Appends the given size_t element to the string.

The value. This string object.

Appends the given size_t element to the string.

The value. This string object.

Appends the given unsigned integer to this CRxString.

The unsigned integer. The concatenation of this CRxString with uValue.

Appends the given __int64 element to the string.

The value. This string object.

Appends the given string to this CRxString.

The string. The concatenation of this CRxString with sxString.

Appends the given string to this CRxString.

The string. The concatenation of this CRxString with pcString.

Appends the given double to this CRxString.

The double. The concatenation of this CRxString with dValue.

Appends the given float to this CRxString.

The float. The concatenation of this CRxString with fValue.

Addition assignment operator.

The unsigned __int64 value. The concatenation of this CRxString with nValue.

Appends the given unsigned integer to this CRxString.

The unsigned integer. The concatenation of this CRxString with uValue.

Appends the given integer to this CRxString.

The integer. The concatenation of this CRxString with iValue.

Appends the given integer to this CRxString.

The integer. The concatenation of this CRxString with iValue.

Appends the given string to this CRxString.

The string. The concatenation of this CRxString with sxString.

Appends the given string to this CRxString.

The string. The concatenation of this CRxString with pcString.

Inequality operator.

The string. True if the parameters are not considered equivalent.

Inequality operator.

The string. True if the parameters are not considered equivalent.

Equality operator.

The string. True if the parameters are considered equivalent.

Equality operator.

The string. True if the parameters are considered equivalent.

Assignment operator.

Source memory. A CRxString consisting of pSrcMem interpreted as character array.

Move assignment operator.

[in,out] The Raytrix string. Is invalid after this call. A shallow copy of this object.

Assignment operator.

The Raytrix string. A CRxString consisting of Raytrix string sxString.

Assignment operator.

The string. A CRxString consisting of string pcString.

Assignment operator.

The character. A CRxString consisting of character cChar.

Destructor.

Creates a CRxString consisting of pSrcMem interpreted as character array.

Source memory.

Move constructor.

[in,out] The Raytrix string. Is invalid after this call.

Copy constructor.

The Raytrix string.

Creates a CRxString consisting of string pcString.

The string.

Creates a CRxString consisting of character cChar.

The character.

Default constructor.

npos is a static member constant value with the greatest possible value for an element of type size_t. This value, when used as the value for a length parameter in string's member functions, means "until the end of the string". As a return value, it is usually used to indicate no matches. This constant is defined with a value of -1, which because size_t is an unsigned integral type, it is the largest possible representable value for this type.

Basic character string operations.

Raytrix string format precision.

Destructor.

Gets the pointer to the memory block.

The pointer to memory.

Copies the memory block described by pMemory into this memory block. This memory block is automatically resized. The function throws an exception if the element sizes of the given memory block does not agree with the element size of this memory block.

[in] The memory to copy into this memory block.

Reset all values in the memory block. The actual value the elements in the memory block are reset to depends on the implementation.

Deletes this memory block.

Resizes the memory block to the given number of elements. The size of an element is fixed by the implementation and can be read out with the function GetElementSize().

The new number of elements stored in the memory block.

Creates a new memory block of \a nElementCount elements. The size of an element is fixed by the implementation and can be read out with the function GetElementSize().

The new number of elements stored in the memory block.

Common memory interface.

Destructor.

Query if this object is valid. This function returns also true if the object itself is valid but the memory block has size zero.

True if valid, false if not.

Gets the pointer to memory.

The pointer to memory.

Gets the number of elements in the memory block. The total number of bytes allocated by the memory block is given by the length times the element size.

The size in bytes.

Gets the element size. The memory block is made up of blocks of the given number of bytes. The function Length() returns the number of elements in the memory block, where each element is of the size given in GetElementSize(). For example, an array of 10 doubles has element size 8 and length 10.

The element size in bytes.

Interface for memory read operations.

The static instance of this manager.

Gets the list of all network interface connectors.

Tries to find an network interface that is connected to a device with IP xDeviceIp and MAC xDeviceMac.

[out] The adapter of the found connection. [out] The IP address of the found connection. [out] The subnet mask of the found connection. [in] The IP address of the device to search for. [in] The MAC address of the device to search for. True if a connection has been found.

Gets the instance of this Manager.

Null if it fails, else the instance of this Manager.

Default constructor.

Network Manager.

The color of the line strip given as RGBA.

Array of points that defines the line strip in the given order.

Constructor. Defines a black line strip with the given amount of points.

Number of points.

Default constructor. Defines an empty line black line strip.

A 3D line strip. A 3D line strip contains a list of 3D points connected in the given order and has a color.

The color of the line strip given as RGBA.

Array of points that defines the line strip in the given order.

Constructor. Defines a black line strip with the given amount of points.

Number of points. The color.

Constructor. Defines a black line strip with the given amount of points.

Number of points.

Default constructor. Defines an empty line black line strip.

A 2D line strip. A 2D line strip contains a list of 2D points connected in the given order and has a color.

The text.

The color as RGBA.

The 2D location.

A 2D text. A 2D text is defined by a 2D point describing the position, a color and the string.

The semi-major axis radius.

The semi-minor axis radius.

The semi-major axis direction.

The semi-minor axis direction.

The 2D center.

The color as RGBA.

A color ellipse 2d.

The radius.

The 2D center.

The color as RGBA.

A colored 2D circle. A colored 2D circle is defined by a 2D point describing the center of the circle, a radius and a color.

The radius.

The 2D center.

A 2D circle. A 2D circle is defined by a 2D point describing the center of the circle and a radius.

The color as RGBA. The alpha channel is used.

The Y axis. Direction and the half Y size of the plane in length units.

The X axis. Direction and the half X size of the plane in length units.

The 3D center location of the plane.

A 3D color plane. A 3D color plane is defined by a 3D point, a X axis, a Y axis and a color.

The color as RGBA.

The 3D direction.

The 3D location point.

A 3D color arrow. A 3D color point is defined by a 3D point, a direction and a color.

The identifier.

The color as RGBA.

The 3D point.

A 3D color point with an id. A 3D color id point is defined by a 3D point and a color and an id.

The color as RGBA.

The 3D point.

A 3D color point. A 3D color point is defined by a 3D point and a color.

The color as RGBA.

The 2D point.

A 2D color point. A 2D color point is defined by a 2D point and a color.

The W coordinate.

The Z coordinate.

The Y coordinate.

The X coordinate.

Convert this object into a string representation.

This object as a string.

Calculates the distance between the two given vectors.

The first vector. The second vector. The distance.

Calculates the length of the given vector.

The vector. The length.

Addition operator.

The first value. A value to add to it. The result of the operation.

Subtraction operator.

The first value. A value to subtract from it. The result of the operation.

Equality operator.

The first Value to compare. The second Value to compare. True all components of the vector are equal.

Vector4D casting operator.

The color. The result of the operation.

Sets the coordinates of the vector.

The x coordinate. The y coordinate. The z coordinate. The w coordinate.

Creates a Vector4D from the given color.

The color. The 4D vector.

Constructor. Creates a Vector4D from the given color.

The color.

Constructor.

The x coordinate. The y coordinate. The z coordinate. The w coordinate.

A 4-dimensional vector.

The Z coordinate.

The Y coordinate.

The X coordinate.

Convert this object into a string representation.

This object as a string.

Calculates the distance between the two given vectors.

The first vector. The second vector. The distance.

Calculates the length of the given vector.

The vector. The length.

Division operator.

The numerator. The denominator. The result of the operation.

Multiplication operator.

The first value to multiply. The second value to multiply. The result of the operation.

Multiplication operator.

The first value to multiply. The second value to multiply. The result of the operation.

Addition operator.

The first value. A value to add to it. The result of the operation.

Subtraction operator.

The first value. A value to subtract from it. The result of the operation.

Equality operator.

The first Value to compare. The second Value to compare. True all components of the vector are equal.

Sets the coordinates of the vector.

The X coordinate. The Y coordinate. The Z coordinate.

Constructor.

The X coordinate. The Y coordinate. The Z coordinate.

A 3-dimensional vector.

The Y coordinate.

The X coordinate.

Convert this object into a string representation.

This object as a string.

Calculates the distance between the two given vectors.

The first vector. The second vector. The distance.

Calculates the length of the given vector.

The vector. The length.

Division operator.

The numerator. The denominator. The result of the operation.

Multiplication operator.

The first value to multiply. The second value to multiply. The result of the operation.

Multiplication operator.

The first value to multiply. The second value to multiply. The result of the operation.

Addition operator.

The first value. A value to add to it. The result of the operation.

Subtraction operator.

The first value. A value to subtract from it. The result of the operation.

Equality operator.

The first Value to compare. The second Value to compare. True all components of the vector are equal.

Sets the coordinates of the vector.

The X coordinate. The Y coordinate.

Constructor.

The X coordinate. The Y coordinate.

A 2-dimensional vector.

Gets the last ratio.

None. The last ratio.

Decompress the given array of bytes.

The decompression uses the gzip algorithm. [in,out] If non-null, the array ob bytes. null if it fails, else the decompressed array ob bytes.

Compress the given array of bytes.

The compression uses the gzip algorithm. [in,out] If non-null, the array of bytes. null if it fails, else the compressed array of bytes.

Initializes a new instance of the Compression class.

Compression.

None.

Gets or sets the JPEG quality.

Quality level (1-100) only for JPG files. This has to be set before calling save methods. The JPEG quality.

Gets a filter list of supported files.

This filter list has the format which can be used for filtering files in .NET dialogs, e.g. JPG|*.jpg;*.jpeg|BMP|*.bmp. A List of filters.

Loads an image into IImage.

Loads an image given by sFilename and stores the result in img. Via bCreate one can determine if the memory for the image has been already created or not. Name of file. Image to save the data in. Create image memory or not.

Loads an image.

Loads an image given by sFilename and returns the result as an instance of Net::Image. The file format is determined by the file extension. Name of file. reference to the loaded image.

Saves Net::Image interface to stream.

Saves a Net::Image interface to given stream. This can be a file stream or a memory stream to get access to each byte. The file format is determined by imgCodec. For JPG file you can set JPGQuality property for setting quality level of jpg compression. Net::Image interface to be saved. Stream to save the bytes in. Image encoder.

Saves Net::Image interface to array.

Saves a Net::Image interface to given array. The format is determined by imgCodec. For JPG file you can set JPGQuality property for setting quality level of jpg compression. Net::Image interface to be saved. Buffer to save the bytes in. Image encoder.

Saves Net::Image interface to file.

Saves a Net::Image interface to given file name. The file format is determined by the file extension. For JPG file you can set JPGQuality property for setting quality level of jpg compression. Net::Image interface to be saved. Name of file.

I/O class for images.

None. \addtogroup RxNET_DIO * @{

Image codec types.

Pointer to image memory.

The format of this image moniker..

Gets the format of this image moniker.

Gets the data type.

Gets the pixel type.

Gets the height.

Gets the width.

Gets a value indicating whether this ImageMoniker is valid.

Copy the Content to target Image

The target imgae.

Sets the internal pointer.

The data.

Sets the data pointer.

[in] If non-null, pointer to image data.

Returns the image pointer as IntPtr.

The image pointer as IntPtr.

Gets the data pointer.

Null if it fails, else the data pointer.

Gets the bytes per pixel.

The bytes per pixel.

Destroys this ImageMoniker.

True if it succeeds, false if it fails.

Creates this ImageMoniker.

[in] The format of this image moniker. True if it succeeds, false if it fails.

Creates this ImageMoniker.

The width. The height. The pixel type. The data type. True if it succeeds, false if it fails.

Destructor.

Constructor.

The image interface.

Constructor.

The image interface to use as image format and data source.

Constructor.

The width. The height. The pixel type. The data type.

Constructor.

The image to use as image format and data source.

Constructor.

The format of this image moniker. [in] If non-null, pointer to image data.

Constructor.

The format of this image moniker.

Constructor.

[in] The format of this image moniker. [in] If non-null, pointer to image data.

Constructor.

[in] The format of this image moniker.

Default constructor.

\addtogroup RxNET_Image * @{

Image moniker.

Check if given assembly's public key token matches Raytrix token.

[in] Assembly reference to check. True if it succeeds, false if it fails.

Security class.

\brief The underlying mutex. \brief Gets the System::Threading::WaitHandle of this WaitingLock. You can use this property to get the WaitHandle that is required as an input for WaitHandle::WaitAll or WaitHandle::WaitAny. \brief Unlocks this WaitingLock. \brief Blocks the current thread until the current WaitHandle receives a signal. \param [in] xControl If non-null, the cursor of this control is changed to a waiting cursor after a short amount of waiting time. \brief Blocks the current thread until the current WaitHandle receives a signal. \brief Default constructor. \brief Waiting lock. Value List Constraint Range Constraint Any \brief Tries to parse the given index string. \param [in] lIndexList If non-null, all parsed indices are added to this list. \param [in] sIndexString The index string to parse. See class description. \param uMaxIndex Maximum index. Used to check if all given indices are less than this value. Use System::UInt32::MaxValue to ignore this check. \param bZeroBased True if the input string is zero based. An input string is zero based if it may contain indices that are zero. If this value is false, the string must not contain any zero indices. \return Parse result. \brief Convert the given ParseResult into a string representation. \param eParseResult The parse result. \return eParseResult as a System::String^. \brief Tries to parse the given index string. \param [in] sIndexString The index string to parse. See class description. \param uMaxIndex Maximum index. Used to check if all given indices are less than this value. Use System::UInt32::MaxValue to ignore this check. \param bZeroBased True if the input string is zero based. An input string is zero based if it may contain indices that are zero. If this value is false, the string must not contain any zero indices. \return Parse result. \brief Gets the list of parsed indices. \brief Default constructor. \param [in] sIndexString The index string to parse. See class description. \param uMaxIndex Maximum index. Used to check if all given indices are less than this value. Use System::UInt32::MaxValue to ignore this check. \param bZeroBased True if the input string is zero based. An input string is zero based if it may contain indices that are zero. If this value is false, the string must not contain any zero indices. \brief Values that represent the result of a parse operation. \brief Index List Class. Use this class to specify an index list given as a string that is parsed into a list of indices in the constructor. Before creating this class, you can use the static member TryParse to test whether your string is a valid index string or not. On failure this function returns the parse error reason. This enum can be converted to a human readable string by calling ToString. A valid index string is a comma separated list of index ranges ("Range, Range, Range"). An index range is a single positive integer including zero ("5") or two positive consecutive integer split by "-" ("5-8"). A full string can be "0, 5, 8, 9, 12 - 20, 25, 26" or "0 - 5". White spaces are ignored. The parsed index list is stored in IndexList. \attention This index list is always zero based. This means that the smallest possible index is 0 and not 1. If the input string is NOT zero based the flag 'bZeroBased' must be false. In this case every parsed index is decremented by 1 to parse into a zero based index list. \brief Closes this CTrixReader and finalizes the file. \brief Reads a frame \param [out] xFocusImg If non-null, the focus image. \param [out] xDepthImg If non-null, the depth image. \param nFrameIdx The frame index to read starting with frame 0. \brief Gets the frame count. \return The frame count. \brief Opens a new file for write. \param [in] sFilename The filename. \brief Destructor \brief Finalizer \brief Default constructor \brief A trix reader. \brief Gets approximated file size \return The approximated file size. \brief Closes this CTrixWriter and finalizes the file. \brief Saves a frame pair in raw format. \param [in] xFocusImg The focus image. \param [in] xDepthImg The depth image. Must be of float luminance type and will be scaled to 0.0-1.0. \return The frame index. \brief Opens a new file for write. \param [in] sFilename The filename. \brief Gets the number of frames \brief Destructor \brief Finalizer \brief Default constructor \brief A trix writer.

Closes this CTrixWriter and the file.

Reads 3 d range.

[in,out] The X minimum. [in,out] The X maximum. [in,out] The Y minimum. [in,out] The Y maximum. [in,out] The Z minimum. [in,out] The Z maximum. Zero-based index of the frame.

Reads depth range of the depth map.

[in,out] The minimum. [in,out] The maximum. Zero-based index of the frame.

Reads the given images from file.

[out] The focus image. [out] The depth image. [in,out] If non-null, the in pixels depth 3D image. The frame index to read starting with frame 0.

Gets the frame count.

The frame count.

Opens a new file for read.

The filename.

Destructor.

Default constructor.

TRIX file reader.

Gets approximated file size.

The approximated file size.

Closes this CTrixWriter and finalizes the file.

Saves a frame pair.

The focus image. The depth image. Must be of float lumincance type and will be scaled to 0.0-1.0. The in pixels depth 3D image. [in,out] (Optional) The focus codec. nullptr = Raw Image. [in,out] (Optional) The depth codec. nullptr = Raw Image. [in,out] (Optional) If non-null, (Optional) the in pixels depth 3D codec. The frame index.

Opens a new file for write.

The filename.

Destructor.

Default constructor.

TRIX file writer.

Destructor.

Gets the codec name.

the codec name.

Destroys the IImageCodec Object.

Decodes the data in pSrcMem and store the decoded image in pTrgImg.

[out] Decodec image. Encodec memory.

Encodes the image pSrcImg and store the encoded data in pTrgMem.

[out] Encoded memory. Decodec image.

Image Codec Interface.

Destructor.

Gets the codec name.

The codec name.

Common Codec Interface.

Gets the elapsed time since Start() has been called.

The elapsed time in milliseconds.

Gets the elapsed time since Start() has been called.

The elapsed time in milliseconds.

Starts this timer. This resets the starting time.

The starting time in milliseconds.

Starts this timer. This resets the starting time.

Default constructor.

Default constructor.

A simple timer. The difference to a normal timer is that all methods are static.

Gets the elapsed time since Start() has been called.

The elapsed time in milliseconds.

Gets the elapsed time since Start() has been called.

The elapsed time in milliseconds.

Starts this timer. This resets the starting time.

The starting time in milliseconds.

Starts this timer. This resets the starting time.

Default constructor.

Default constructor.

A timer class.

The depth fill algo type.

Filling approach that uses the color image as well.

Fast filling approach.

The depth algo type.

Slow depth algorithm with very good accuracy and an additional correction term.

Slow depth algorithm with very good accuracy.

Fast depth algorithm with sufficient accuracy.

Main fluid orientations regarding the image.

The main fluid motion orientation is horizontal, meaning left or right in the image. The main fluid motion orientation is vertical, meaning up or down in the image. No main fluid orientation visible

Values that represent runtime features.

Values that represent runtime features.

Values that represent possible master calibration results.

Calibrated failed: Less than 7 blobs found in the inner image ROI.

Calibrated successfully.

The multi view type.

NVidia 3D (SBS: 2 * 1920 x 1081 = 3840 x 1081, the last row is NVSTEREO_IMAGE_SIGNATURE).

Oculus Rift (SBS: 2 * 1080 x 1200 = 2160 x 1200).

8 view.

5 view ML.

Over-Under.

Side-By-Side.

Left Eye: Magenta; Right Eye: Green.

Left Eye: Green; Right Eye: Magenta.

Left Eye: Cyan; Right Eye: Red.

Left Eye: Red; Right Eye: Cyan.

Coloring modes. These enums can be used to select a depth map coloring mode.

Manual coloring mode. The min max planes are set manually. Automatic coloring mode. The min max planes are set automatically to the image data. Linked coloring mode. The min max planes are linked to the ref plane position.

Possible color maps.

Values that represent value data types.

Property Base Class Linear Map \addtogroup RxNET_Prop * @{ Constraint List Constraint Range \addtogroup RxNET_Prop * @{ Constraint Any

Converts an xColor to a string.

The color. xColor as a System::String^.

Gets the color table.

Null if it fails, else the color table.

Gets a color index.

The color. The color index.

Gets a RTF unicode escaped string.

[in] The RTF. Null if it fails, else the RTF unicode escaped string.

Convert this RTF into a string representation.

This RTF as a System::String^.

Gets or sets the default color.

Gets or sets the default font size.

Appends a new line.

Appends a sText.

[in,out] If non-null, the text. The color. If non-null, the font.

Appends a sText.

[in,out] If non-null, the text. The color.

Appends a sText.

[in,out] If non-null, the text. If non-null, the font.

Appends a sText.

[in,out] If non-null, the text to append.

Clears this RTF to its blank/initial state.

Default constructor.

RTF Class.

\copybrief Rx::Dongle::ERuntimeFeature

Halcon feature.

High resolution particle detector feature.

Super resolution feature.

Master feature.

Double Shot feature, required for PIV Shots.

RxLive feature

Metric Calibration feature.

Flow feature. All functions that a required for evaluating optical flow.

Distributor demo.

Save images. All functions that save a light field image are only available if this feature is enabled.

SDK feature. This feature must be enabled to allow SDK usage.

Calibration. All functions that modify the calibration of a light field or a Raytrix camera are only available if this feature is enabled.

Not used anymore (Former Calculate 3D depth).

Not used anymore (Former Focus on surface).

Not used anymore (Former Multiview feature).

Test whether a dongle is present. Check with RxHasFeature().

Gets the ID of the current license.

Gets the number of dongle in the dongle database.

Upgrade old database to the newest version.

Tests whether a dongle with the given ID exists in this DB or not.

The dongle ID. True if it exists.

Adds a license and makes this license entry the current one. All further calls apply to this entry.

The license ID. [in] Name of the author who added the license.

Adds a dongle entry with the given dongle ID. No more information are added.

The dongle ID.

Makes the newest license entry the current one. All further calls apply to this entry.

Makes the license entry with the given license ID the current one. All further calls apply to this entry.

The license ID.

Makes the dongle entry at the given index the current one. All further calls apply to this entry.

The index in the list of dongles.

Makes the dongle entry with the given dongle ID the current one. All further calls apply to this entry.

The dongle ID.

Returns the XML string that represents this database.

The resultant XML string.

Saves this DongleDB to opened file. Makes a backup of current file.

Default constructor.

A dongle database.

Convert this object into a string representation.

This object as a string.

Adds an element into the correct list as long as it is not insert in another list with different type. If the element exists in the correct list it gets overwritten.

[in] The name of the element. [in] The group of the element. The data.

Gets all information about the given element.

[in] The name of the element. [out] The type of the element. [out] The group of the element.

Gets all information about the given element.

The index of the element. [out] The name of the element. [out] The type of the element. [out] The group of the element.

Gets element count.

The element count.

Clears this object to its blank/initial state.

Assignment operator.

[in] The data. A shallow copy of this object.

Copy Constructor.

[in] The data.

Constructor. Wraps the given native instance instead of creating an own instance. The given native instance must be valid for the lifetime of this instance.

[in] The native instance to be wrapped by this class.

Default constructor.

\addtogroup RxNET_Misc * @{

Meta data class.

Calls ResolveIpNetEntry2. Either uIfIndex or u64LUID have to be set!

The adapter IP. Source for the ARP package. The IP the ARP package will be sent to. The windows interface index. For example shown in "arp -a" on cmd. The windows LUID for the network device. Returns the return value and the found MAC.

Calls ResolveIpNetEntry2. Either uIfIndex or u64LUID have to be set!

[out] The MAC of the found device, null if not found. The adapter IP. Source for the ARP package. The IP the ARP package will be sent to. The windows interface index. For example shown in "arp -a" on cmd. The windows LUID for the network device. Returns the return value and the found MAC.

Gets the interface index and LUID for a given IP of a network card.

The IP of the network card. [out] The index of the network interface. [out] The LUID of the network interface.

Checks if the given IP on the specified adapter is free.

The IP of the interface to check on. The IP to check. Returns true if the IP is free, else false.

Generates a random IP. Returns a pseudo randomly generated IP belonging to the given subnet.

[out] The random IP. The subnet. The IP.

Iterates over the subnet and checks for every IP if it is free. Returns on first found IP where no ARP request is answered. Careful when using with DHCP networks, it should not be used with DHCP.

[in,out] returns the free IP and is used as starting point. The minimum IP in the subnet. The maximum IP in the subnet. The adapter on which we are looking. True if it succeeds, false if it fails.

Gets a vector of all NICs.

The vector of NICs.

Query if the interface described by the interface index and the LUID is connected to a device with the IP and MAC given in the first 2 parameters. Sends an ARP request to the IP of the device and checks if the MAC address matches.

The IP of the device we are looking for. The MAC of the device we are looking for. The in x coordinate IP adapter. THe LUID of the interface on which we are looking for the device. True if connected to adapter, false if not.

Query if the interface described by the interface index and the LUID is connected to a device with the IP and MAC given in the first 2 parameters. Sends an ARP request to the IP of the device and checks if the MAC address matches.

The IP of the device we are looking for. The MAC of the device we are looking for. The IP Adress of the adapter. The interface index of the networkinterface on which we are looking for the device. You can see the index of a network adapter in the output of "arp -a". True if connected to adapter, false if not.

Query if the interface described by the interface index and the LUID is connected to a device with the IP and MAC given in the first 2 parameters. Sends an ARP request to the IP of the device and checks if the MAC address matches.

The IP of the device we are looking for. The MAC of the device we are looking for. The in x coordinate IP adapter. The interface index of the networkinterface on which we are looking for the device. You can see the index of a network adapter in the output of "arp -a". THe LUID of the interface on which we are looking for the device. True if connected to adapter, false if not.

Query if the interface described by the IP in xAdapterIP is connected to a device with the IP and mac given in the first 2 parameters. Sends an ARP request to the IP of the device and checks if the MAC address matches.

The IP of the device to look for. The MAC of the device to look for. The IP of the adapter on which we are looking for the device. True if connected to adapter, false if not.

Finds a free IP address for given IP of specific network adapter and subnet mask of that adapter. Returns false, if it can't find one.

[out] This will contain the free IP Adress if succesful. The IP Adress of the Network Interface Adapter. The subnetmask of the interface described by the second parameter. True if it succeeds, false if it fails.

Checks whether the two addresses are in the same subnet.

The first IP. The first subnetmask. The second IP. The second subnetmask. True if same subnet and not equal, false if not.

Destructor.

Default constructor.

Raytrix IP tools class. Helps with checking of validity of 2 IP addresses + subnet masks (check whether they are in the same subnet).

A simple NIC.

The subnetmask.

Array indexer operator.

The index of the requested part of the subnetmask. The value of the subnetmask tupel at the requested index.

Array indexer operator.

The index of the requested part of the subnetmask. The value of the subnetmask tupel at the requested index.

Query if this CRxIPv4Subnetmask is valid.

True if valid, false if not.

Convert this CRxIPv4Subnetmask into a string representation. Example: "192.168.0.1"

This CRxIPv4Subnetmask as a CRxString.

Gets the IP address with each of the 4 parts in a unsigned char. Example for 255.255.0.0 would be: ucSub1 = 255; ucSub2 = 255; ucSub3 = 0; ucSub4 = 0;

The first part of the subnetmask. The second part of the subnetmask. The third part of the subnetmask. The fourth part of the subnetmask.

Gets the reference to the subnet unsigned int member.

The reference.

Gets the subnetmask represented as an unsigned value. To be interpreted in the way, that the first byte is oriented to the right: 0x00 00 FF FF <-- This would be 255.255.0.0.

The subnetmask value.

Like the constructor with the same arguments: Constructor with single unsigned char values as arguments for initialization of the Subnetmask. Example for 255.255.0.0 would be: ucSub1 = 255; ucSub2 = 255; ucSub3 = 0; ucSub4 = 0;

The first part of the subnetmask. The second part of the subnetmask. The third part of the subnetmask. The fourth part of the subnetmask.

Sets the given unsigned as new Subnetmask. Interpreted in the way, that the first byte is oriented to the right: 0x00 00 FF FF -- This would be 255.255.0.0

The subnetmask to set.

Sets the given string as new subnetmask. See comment for CRxIPv4Subnetmask().

The Subnetmask to set.

Copy constructor.

The subnetmask class.

Constructor with a CRxString as initialization. Expected is a string with unsigned values separated by ".". Example: CRxString xIP = "255.255.0.0";

The subnetmask.

Constructor with single unsigned char values as arguments for initialization of the Subnetmask. Example for 255.255.0.0 would be: ucSub1 = 255; ucSub2 = 255; ucSub3 = 0; ucSub4 = 0;

The first part of the subnetmask. The second part of the subnetmask. The third part of the subnetmask. The fourth part of the subnetmask.

Constructor with unsigned as initialization. Interpreted in the way, that the first byte is oriented to the right: 0x00 00 FF FF -- This would be 255.255.0.0

The Subnetmask.

Default constructor.

The IP.

Array indexer operator.

The index for the part of the IP to be requested. The value of the IP tupel at the requested index.

Array indexer operator.

The index for the part of the IP to be requested. The value of the IP tupel at the requested index.

Query if this CRxIPv4 is valid.

True if valid, false if not.

Convert this CRxIPv4 into a string representation.

This CRxIPv4 as a CRxString.

Gets the IP address with each of the 4 parts in a unsigned char. Example for 10.0.0.1 would be: ucIP1 = 10; ucIP2 = 0; ucIP3 = 0; ucIP4 = 1;

[in,out] The first part. [in,out] The second part. [in,out] The third part. [in,out] The fourth part.

Gets the reference to the unsigned int member that contains the IP address.

The reference.

Gets the IP represented as an unsigned value. To be interpreted in the way, that the first byte is oriented to the right: 0x01 00 00 0A -- This would be 10.0.0.1

The IP value.

Sets the IP with single unsigned char values. Example for 10.0.0.1 would be: ucIP1 = 10; ucIP2 = 0; ucIP3 = 0; ucIP4 = 1;

The first part of the IP. The second part of the IP. The third part of the IP. The fourth part of the IP.

Sets the given unsigned as new IP. Interpreted in the way, that the first byte is oriented to the right: 0x01 00 00 0A -- This would be 10.0.0.1

The IP to set.

Sets the given string as new IP. See comment for CRxIPv4().

The IP class.

Copy constructor.

The IP class.

Constructor with a CRxString as initialization. Expected is a string with unsigned values separated by ".". Example: CRxString xIP = "10.0.0.1";

The IP.

Constructor with single unsigned char values as arguments for initialization of the IP. Example for 10.0.0.1 would be: ucIP1 = 10; ucIP2 = 0; ucIP3 = 0; ucIP4 = 1;

The first part of the IP. The second part of the IP. The third part of the IP. The fourth part of the IP.

Constructor with unsigned as IP initialization. Interpreted in the way, that the first byte is oriented to the right: 0x01 00 00 0A -- This would be 10.0.0.1

The IP.

Default constructor.

The description.

Name of the identifier.

Identifier for the network interface.

Determines if we can is installed.

True if installed, false if not.

Determines if we can is active.

True if active, false if not.

Activates this FilterDriver.

The filter driver.

Indicates whether the Driver is installed for this NIC.

Indicates whether the Driver is activated / enabled for this NIC.

Gets the description.

Property for Identifier String (like "sv_gige").

Filter driver.

An associated network interface. This is a Microsoft ::System Class.

The list of filter drivers managed by this class .

Converts a MACAdress to a String containing the MAC Address in Human Readable Form.

If non-null, the MAC address. Null if it fails, else.

Gets error text.

unsigned int Identifier for the error. Error String obtained through the mapping

Updates the management object after changing the network settings. The Device in question is identified through its Mac address.

Opens the device registry key.

Registry Key of the Device

Sets the FrameSize, to ensure a valid Setting, call GetAvailableFrameSizes first, to see what Settings are available.

Get Current Frame Size

Get Available/Valid FrameSizes/Settings for this NIC

Restart device. Used to Apply Jumbo Frame Settings. Interrupts network connectivity

Activates this Driver and Deactivates all other FilterDrivers Managed by this class

The Driver to activate exclusively

Sets the list of managed filter drivers.

[in] The List of managed FilterDrivers

Gets the list FilterDrivers managed by this class, for this NIC

Null if it fails, else the list of managed filter drivers.

Gets the list of installed FilterDrivers for this NIC.

If set to true, only the active Filter Drivers are returned. Null if it fails, else a list of Filter Drivers.

Gets the network interface.

Null if it fails, else the network interface.

Function for automatic configuration of the NIC.

If there is no DHCP server, the user should be asked to set the IP manually. Please implement this in your GUI.

Sets the IP Adress of NIC using its unique UID, clears Gateway.

[in] , the IP address. [in] , the subnet mask.

Sets the IP Adress of NIC using its unique UID. As a side effect, disables DHCP.

[in] , the IP address. [in] , the subnet mask. [in] , the gateway.

Prune IP list.

[in,out] If non-null, list of valid IPs. Null if it fails, else.

Gets a value indicating whether the NIC cable is connected or not.

Gets a bool value indicating whether DHCP is activated or not.

Property for getting the NIC Index number .

Property for getting the IPAddress of the DHCP Server.

The dhcp server.

Property for getting the Device manufacturer name.

The description.

Property for getting the Device unique Identifier.

The UID.

Property for getting the Device MAC address.

The Mac address.

Property for getting the Device Gateways.

Property for getting the Device Subnets.

Property for getting the Device IP addresses.

Property for getting the name of the connection.

Plug and Play Device Instance ID. Example: "PCI\VEN_10EC&DEV_8168&SUBSYS_01231297&REV_06

Constructor.

[in,out] [in,out] If non-null, the copier.

Property for getting the chipset manufactuer of the NIC.

Constructor.

[in,out] If non-null, the NIC.

This class describes a single network device.

Unique identifier. The line in which this exception has been thrown. The function in which this exception has been thrown. The name of the file in which this exception has been thrown.

Gets a unique identifier of the type.

Gets the line.

Gets the file.

Gets the function.

Gets the unique identifier of this exception.

Null if it fails, else the unique identifier.

Convert this exception into a string representation.

True to include all inner exceptions. This exception as a string.

Convert this exception into a string representation. This includes the full exception stack.

This exception as a string.

Converts an System::Exception to a CRxException.

[in] The System::Exception. [in] The file. [in] The function. The line. ex as a CRxException.

Converts an System::Exception to a CRxException.

[in] The System::Exception. ex as a CRxException.

Converts this .NET RxException to a C++ CRxException.

This .NET RxException as a C++ CRxException.

Query if this exception or one of its inner exceptions contains an exception of the given GUID and return the first one.

[in] The GUID of the exception to look for. This exception or one of its inner exceptions of the given GUID.

Query if this exception or one of its inner exceptions contains an exception of the given GUID.

[in] The GUID of the exception to look for. True if this exception or one of its inner exceptions contains an exception of the given GUID, false if not.

Copy constructor for C++ native exceptions.

[in] C++ native exception.

Copy constructor for C++ native exceptions.

[in] C++ native exception.

Default constructor.

[in] The exception message. [in] The file name of the exception location. [in] The function name of the exception location. The source code line of the exception location. [in] The inner exception. May be null.

Default constructor.

[in] The exception message. [in] The file name of the exception location. [in] The function name of the exception location. The source code line of the exception location. [in] The inner exception. May be null.

Default constructor.

[in] The exception message. [in] The file name of the exception location. [in] The function name of the exception location. The source code line of the exception location. [in] The inner exception. May be null.

Default constructor.

[in] The exception message. [in] The file name of the exception location. [in] The function name of the exception location. The source code line of the exception location.

Sets additional exception data.

[in] The data.

Raytrix exception base class. All exceptions are based on this class.

Converts a value to a byte string.

The value. value as a System::String^.

Converts an Interop::Runtime30::CGuid to a System::Guid.

The Interop::Runtime30::CGuid. xGuid as a System::Guid.

Converts the Bytes to a base 64 string.

[in,out] If non-null, the bytes. Bytes as a System::String^ encoded in Base64.

Converts a System::Windows::Media::PixelFormat to a Net::PixelFormat.

Perwass, 08.08.2012. The pixel format. The pixel format as a Net::PixelFormat^.

Converts the Raytrix image format given by pixel type and data type to a System::Windows::Media::PixelFormat.

Perwass, 08.08.2012. The pixel type. The data type. The given data converted to a System::Windows::Media::PixelFormat.

Converts a System::Drawing::Image to a Net::Image.

Perwass, 08.08.2012. [in,out] The input image. The image as a Net::Image^.

Converts a System::Drawing::Bitmap to a Net::Image.

Perwass, 08.08.2012. [in,out] The input bitmap. The converted image.

Converts a InteropNet::Runtime28::IImage based instance to a System::Drawing::Bitmap.

Perwass, 08.08.2012. [in,out] The image interface. Image as a System::Drawing::Bitmap^.

Converts a System::String^ to a CRxString.

Perwass, 08.08.2012. [in,out] The input string. String as a CRxString.

Converts a System::String^ to a std::string.

None. [in,out] The System::String^. String as a std::string.

Converts a CRxString to System::String^.

Perwass, 08.08.2012. Thr input string. String as a System::String^.

Converts a std::string to System::String^.

None. The std::string. String as a System::String^.

Converts a const char* string to System::String^.

Perwass, 08.08.2012. The input string. String as a System::String^.

Converts a const char* string to System::String^.

None. The const char* string. String as a System::String^. \addtogroup RxNET_Core * @{

Convert this CalibData into a string representation.

This CalibData as a System::String^.

True if this CalibMetaData describes a master calibration.

True is the calibration is the default calibration

For electronically controllable lenses, this is the data value which reflects the aperture setting. This value may not be the f-number.

For electronically controllable lenses, this is the data value which reflects the focus setting. This value may not be the focus distance in millimeters.

The main lens information.

The description.

The caption.

The camera hardware id.

The camera type.

The camera serial.

The unique identifier.

Calibration Meta Data.

Gets or sets the timestamp of the image capture. Is 0.0 if this image has no timestamp.

Gets or sets the ID of this image.

Gets the format of this image.

Gets the type of the data.

Gets the type of the pixel.

Gets the height of this image in pixels.

Gets the width of this image in pixels.

Flags whether this image is valid or not.

An image is valid if memory has been allocated.

Sets the timestamp and the ID of the image.

The timestamp. The ID.

Converts this image from a custom data type into the corresponding primitive data type. The following conversion are implemented: - EDataType::Custom_10in16_LSB into EDataType::UShort - EDataType::Custom_12in16_LSB into EDataType::UShort.

[out] The target image. This is created within the correct format.

Gets the data pointer.

null if it fails, else the data pointer. \brief Find minimal and maximal value of image and normalize image to range [0,1]. \attention Is currently only implemented for pixel type \c TPixel_L_f. * Test whether image is of a particular pixel and data type. Get pixel and data type of image Get width and height of image Get the number of bytes of the whole image Get the number of pixels.

Gets the bytes per pixel.

The bytes per pixel.

Destroys this image and frees all memory used.

True if it succeeds, false if it fails.

Creates a new image and allocates memory necessary for the given image format.

If an image has been created before, the old image and all used memory is freed before creating the new image. [in] The image format. True if it succeeds, false if it fails.

Creates a new image and allocates memory necessary for given parameters.

If an image has been created before, the old image and all used memory is freed before creating the new image. Zero-based index of the width. Zero-based index of the height. Type of the image. Type of the data. True if it succeeds, false if it fails.

Constructor.

The image width in pixels. The image height in pixel. The pixel type. The data type.

Creates a new image and allocates memory necessary for the given image format.

[in] The image format.

Constructor. Wraps the given native instance instead of creating an own instance. The given native instance must be valid for the lifetime of this instance.

[in] The native instance to be wrapped by this class.

Default constructor.

\addtogroup RxNET_Image * @{

Image class.

The native image format.

Gets or sets the type of the data.

Gets or sets the type of the pixel.

Gets or sets the height.

Gets or sets the width.

Returns true if the data type of this image format is one of the custom (non primitive) data types.

True if the data type is custom, false if not.

Gets the native CRxImageFormat.

The native image format.

Converts this ImageFormat to a CRxImageFormat.

This ImageFormat as a CRxImageFormat.

Converts an ImageFormat to a CRxImageFormat.

[in] The ImageFormat. xImageFormat as a CRxImageFormat.

Convert this ImageFormat into a string representation.

This ImageFormat as a System::String^.

Resets this object.

Query if this object is of bayer pixel type.

True if of bayer pixel type, false if not.

Gets the pixel count.

The pixel count.

Gets the byte count.

The byte count.

Gets the component count.

The component count.

Gets the bytes per pixel.

The bytes per pixel.

Tests if this ImageFormat^ is considered equal to another.

[in] If non-null, the image format^ to compare to this object. True if the objects are considered equal, false if they are not.

Destructor.

Constructor.

Width. Height. Pixel type. Data type.

Constructor.

Describes the format to use.

Copy constructor.

[in] If non-null, describes the format to use.

Default constructor.

Image format.

\addtogroup RxNET_Image * @{

Pixel format.

The MAC.

Inequality operator.

The other MAC. True if the parameters are not considered equivalent.

Equality operator.

The other MAC. True if the parameters are considered equivalent.

Array indexer operator.

The index for the part of the MAC to be returned. The value of the MAC tupel at the requested index.

Array indexer operator.

The index for the part of the MAC to be returned. The value of the MAC tupel at the requested index.

Convert this CRxMAC into a string representation.

This CRxMAC as a CRxString.

Gets the reference to the unsigned __int64 member that contains the MAC address.

The reference.

Gets the MAC represented as an unsigned __int64 value. To be interpreted in the way, that the first byte is oriented to the right: 0xAA BB CC DD EE FF --> This would be FF:EE:DD:CC:BB:AA.

The IP value.

Sets the given unsigned __int64 as new MAC. Interpreted in the way, that the first byte is oriented to the right: 0xAA BB CC DD EE FF --> This would be FF:EE:DD:CC:BB:AA.

The MAC to set.

Sets the given string as new MAC. See comment for CRxMAC(const CRxMAC& xMAC).

The MAC class.

Copy constructor.

The MAC class.

Constructor with a CRxString as initialization. Expected is a string with hex values separated by ":". Example: CRxString xIP = "DE:AD:BE:EF:AA:BB";

The MAC.

Constructor with unsigned as MAC initialization. Interpreted in the way, that the first byte is oriented to the right: 0xAA BB CC DD EE FF --> This would be FF:EE:DD:CC:BB:AA.

The MAC.

Default constructor.

Exception for signaling a missing calibration database.

Exception for signaling errno errors.

Exception for signaling operating system errors.

Exception for signaling out of memory errors.

Exception for signaling file not found errors.

CUDA macro. Maps to "__DINL__" for GPU and "" for CPU

CUDA macro. Maps to "__host__ __DINL__" for GPU and "inline" for CPU

CUDA macro. Maps to "__forceinline__" for GPU and "inline" for CPU

The internal data.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Copies the content of the given source memory into this array. Sets the size of this array to the size of the memory.

The source memory.

Sets the internal memory to zeros.

Clears the array.

Set the size of this array to the given number of elements.

Number of elements.

Set the size of this array to the given number of elements.

Number of elements.

Query if this object is valid. Returns always true.

True if valid, false if not.

Gets the number of elements in this array.

The length.

Gets the size of a single value in this array.

The element size.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Array indexer operator.

The index. The indexed value.

Array indexer operator.

The index. The indexed value.

Assignment operator.

The array to copy. This array.

Destructor. Removes all elements from this array.

Copy constructor. Creates a copy of the given array.

The array to copy.

Constructor. Creates a new array with the given number of initialized elements.

The number of elements. The initial value of each element in this array.

Constructor. Creates a new array with the given number of uninitialized elements.

The number of elements.

Default constructor. Creates an empty array.

Defines an alias representing the type of the elements in this array.

\addtogroup RxCore_Tools *

An array of SParticle structs.

Equality operator (tests iTimeIndex and iTrackUID).

The particle. True if the parameters are considered equivalent.

Array providing involved 2D particles by position and size. I.e. components (i,0) : position of particle i in image x-axis in PX on pxa (i,1) : position of particle i in image y-axis in PX on pxa (i,2) : radius.

The average luminance over all 2D particles. Determined in blob matching not from pixel array.

Quality measure for 3D particle in [0..1]. Determined by depth, match-count and re-projection error.

Maximal angle between all lens baselines during matching. Values in [0...pi/2]. \leq 0.8 indicates instable 3D position.

Maximum of re-projection errors to all 2D features.

Estimated 3D particle position in MM in global object space.

Unique identifier for track corresponding to this. Track might have length 1, i.e. only this particle.

Time index of image this was detected in. Index in image sequence if applicable, else count over estimations.

Representation for particles estimated in Rx.Flow algorithms. Provides 3D position, quality information, time track ID and involved 2D particles (position and size).

Values that represent value data types.

Array of strings. Is 'Rx::CRxArrayString' in C++ and 'string[]' in .NET.

Array of double precision floating points. Is 'Rx::CRxArrayDouble' in C++ and 'double[]' in .NET.

Array of unsigned integers. Is 'Rx::CRxArrayUInt' in C++ and 'uint[]' in .NET.

String data type. Is 'Rx::CRxString' in C++ and 'string' in .NET.

Undefined.

No feature.

Finalizes an instance of the CRxMetricCalibResult class.

Initializes a new instance of the CRxMetricCalibResult class.

Raytrix Main Lens description class.

Finalizes an instance of the CRxMainLens class.

Initializes a new instance of the CRxMainLens class.

Raytrix Main Lens description class.

The internal data.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Copies the content of the given source memory into this array. Sets the size of this array to the size of the memory.

The source memory.

Sets the internal memory to zeros.

Clears the array.

Set the size of this array to the given number of elements.

Number of elements.

Set the size of this array to the given number of elements.

Number of elements.

Query if this object is valid. Returns always true.

True if valid, false if not.

Gets the number of elements in this array.

The length.

Gets the size of a single value in this array.

The element size.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Array indexer operator.

The index. The indexed value.

Array indexer operator.

The index. The indexed value.

Assignment operator.

The array to copy. This array.

Destructor. Removes all elements from this array.

Copy constructor. Creates a copy of the given array.

The array to copy.

Constructor. Creates a new array with the given number of initialized elements.

The number of elements. The initial value of each element in this array.

Constructor. Creates a new array with the given number of uninitialized elements.

The number of elements.

Default constructor. Creates an empty array.

Defines an alias representing the type of the elements in this array.

\addtogroup RxCore_Tools *

An array of unsigned characters.

Defines an alias representing the type of the elements in this array.

\addtogroup RxCore_Tools * @{

A 2D double array.

Defines an alias representing the type of the elements in this array.

\addtogroup RxCore_Tools * @{

A 2D integer array.

Destructor.

Gets the pointer to the memory block.

The pointer to memory.

Copies the memory block described by pMemory into this memory block. This memory block is automatically resized. The function throws an exception if the element sizes of the given memory block does not agree with the element size of this memory block.

[in] The memory to copy into this memory block.

Reset all values in the memory block. The actual value the elements in the memory block are reset to depends on the implementation.

Deletes this memory block.

Resizes the memory block to the given number of elements. The size of an element is fixed by the implementation and can be read out with the function GetElementSize().

The amount of rows to allocate. The amount of columns to allocate.

Creates a new memory block of nRows times nCols elements. The size of an element is fixed by the implementation and can be read out with the function GetElementSize().

The amount of rows to allocate. The amount of columns to allocate.

Common 2D memory interface.

Destructor.

Query if this object is valid. This function returns also true if the object itself is valid but the memory block has size zero.

True if valid, false if not.

Gets the pointer to memory.

The pointer to memory.

Gets the number of elements in the memory block. The total number of bytes allocated by the memory block is given by the nRows times nCols times the element size.

[out] The number of rows. [out] The number of columns.

Gets the element size. The memory block is made up of blocks of the given number of bytes. The function Length() returns the number of elements in the memory block, where each element is of the size given in GetElementSize(). For example, an array of 10 doubles has element size 8 and length 10.

The element size in bytes.

Interface for 2D memory read operations.

The internal data.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Copies the content of the given source memory into this array. Sets the size of this array to the size of the memory.

The source memory.

Sets the internal memory to zeros.

Clears the array.

Set the size of this array to the given number of elements.

Number of elements.

Set the size of this array to the given number of elements.

Number of elements.

Query if this object is valid. Returns always true.

True if valid, false if not.

Gets the number of elements in this array.

The length.

Gets the size of a single value in this array.

The element size.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Array indexer operator.

The index. The indexed value.

Array indexer operator.

The index. The indexed value.

Assignment operator.

The array to copy. This array.

Destructor. Removes all elements from this array.

Copy constructor. Creates a copy of the given array.

The array to copy.

Constructor. Creates a new array with the given number of initialized elements.

The number of elements. The initial value of each element in this array.

Constructor. Creates a new array with the given number of uninitialized elements.

The number of elements.

Default constructor. Creates an empty array.

Defines an alias representing the type of the elements in this array.

\addtogroup RxCore_Tools *

An array of integers.

Adds an element into the respective parameter map.

If an element already exists in the map it gets overwritten. The name of the element. The group of the element. The value of the element.

Query if metadata has element with label sxLabel.

The Label. True if element, false if not.

Gets all information about the given element.

[in] The name of the element. [out] The type of the element. [out] The group of the element.

Gets all information about the given element.

The index of the element. [out] The name of the element. [out] The type of the element. [out] The group of the element.

Gets the element count.

The element count.

Clears this object to its blank/initial state.

Assignment operator.

The data. A shallow copy of this object.

Destructor.

Copy constructor.

The data.

Default constructor.

\addtogroup RxCore_Tools * @{

Handles a collection of meta data of different types.

The internal data.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Copies the content of the given source memory into this array. Sets the size of this array to the size of the memory.

The source memory.

Sets the internal memory to zeros.

Clears the array.

Set the size of this array to the given number of elements.

Number of elements.

Set the size of this array to the given number of elements.

Number of elements.

Query if this object is valid. Returns always true.

True if valid, false if not.

Gets the number of elements in this array.

The length.

Gets the size of a single value in this array.

The element size.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Array indexer operator.

The index. The indexed value.

Array indexer operator.

The index. The indexed value.

Assignment operator.

The array to copy. This array.

Destructor. Removes all elements from this array.

Copy constructor. Creates a copy of the given array.

The array to copy.

Constructor. Creates a new array by splitting the given string at each occurrence of the given separator.

The string to split. The split separator.

Constructor. Creates a new array with the given number of initialized elements.

The number of elements. The initial value of each element in this array.

Constructor. Creates a new array with the given number of uninitialized elements.

The number of elements.

Default constructor. Creates an empty array.

Defines an alias representing the type of the elements in this array.

\addtogroup RxCore_Tools *

An array of strings.

The internal data.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Copies the content of the given source memory into this array. Sets the size of this array to the size of the memory.

The source memory.

Sets the internal memory to zeros.

Clears the array.

Set the size of this array to the given number of elements.

Number of elements.

Set the size of this array to the given number of elements.

Number of elements.

Query if this object is valid. Returns always true.

True if valid, false if not.

Gets the number of elements in this array.

The length.

Gets the size of a single value in this array.

The element size.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Array indexer operator.

The index. The indexed value.

Array indexer operator.

The index. The indexed value.

Assignment operator.

The array to copy. This array.

Destructor. Removes all elements from this array.

Copy constructor. Creates a copy of the given array.

The array to copy.

Constructor. Creates a new array with the given number of initialized elements.

The number of elements. The initial value of each element in this array.

Constructor. Creates a new array with the given number of uninitialized elements.

The number of elements.

Default constructor. Creates an empty array.

Defines an alias representing the type of the elements in this array.

\addtogroup RxCore_Tools *

An array of doubles.

The internal data.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Copies the content of the given source memory into this array. Sets the size of this array to the size of the memory.

The source memory.

Sets the internal memory to zeros.

Clears the array.

Set the size of this array to the given number of elements.

Number of elements.

Set the size of this array to the given number of elements.

Number of elements.

Query if this object is valid. Returns always true.

True if valid, false if not.

Gets the number of elements in this array.

The length.

Gets the size of a single value in this array.

The element size.

Gets the pointer to the internal data.

The pointer.

Gets the pointer to the internal data.

The pointer.

Array indexer operator.

The index. The indexed value.

Array indexer operator.

The index. The indexed value.

Assignment operator.

The array to copy. This array.

Destructor. Removes all elements from this array.

Copy constructor. Creates a copy of the given array.

The array to copy.

Constructor. Creates a new array with the given number of initialized elements.

The number of elements. The initial value of each element in this array.

Constructor. Creates a new array with the given number of uninitialized elements.

The number of elements.

Default constructor. Creates an empty array.

Defines an alias representing the type of the elements in this array.

\addtogroup RxCore_Tools *

An array of unsigned integers.

Tests whether image is of a particular pixel and data type.

The pixel type. The data type. True if of type, false if not.

Gets pixel and data type of image.

[out] The pixel type. [out] The data type.

Gets pixel and data type of image.

[out] The pixel type. [out] The data type.

Gets width and height of image.

[out] The width. [out] The height.

Returns the pointer to the data array.

Null if it fails, else the data pointer.

Returns the constant pointer to the data array.

Null if it fails, else the data pointer.

Gets the image format.

The format.

Gets the number of bytes of the whole image.

The byte count.

Gets the number of pixels.

The pixel count.

Gets number of bytes per pixel.

The bytes per pixel.

Tests whether data pointer is not zero.

True if valid, false if not.

Sets internal data pointer to given data pointer.

The data pointer.

Sets internal data pointer to zero and reset image format data.

True if it succeeds, false if it fails.

Sets image format to image format of given image and set internal data pointer to data pointer of given image.

The image.

Sets the internal image format to the given format and the internal data pointer to given data pointer.

The image format. (Optional) The data pointer.

Sets image format to given type and size and set internal data pointer to given data pointer.

The width. The weight. The pixel type. The data type. (Optional) The data pointer.

Sets image format to given type and size and set internal data pointer to given data pointer.

The width. The weight. The pixel type. The data type. The data pointer. True if it succeeds, false if it fails.

Sets image format data to given type and size. No memory is allocated and internal data pointer is set to zero.

The width. The weight. The pixel type. The data type. True if it succeeds, false if it fails.

Creates an image moniker for given image.

The image. True if it succeeds, false if it fails.

Move assignment operator.

[in] The moniker to move. Is invalid after this call. A shallow copy of this object.

Assignment operator.

The moniker. A shallow copy of this CRxImageMoniker.

Destructor.

Sets the internal image format to the given format and the internal data pointer to given data pointer.

The image format. (Optional) The image data pointer.

Move constructor.

[in] The moniker to move. Is invalid after this call.

Constructor.

The moniker.

Default constructor.

\addtogroup RxCore_Image Image classes * @{

Image moniker class. Implements the interface Interop::Runtime28::IImage but does not allocate memory. This class implements the basic functionality for an image, but does not create its own memory block. Instead, it can hold the pointer to an image memory block created by some other means. This class therefore does not free the memory the data pointer points to, when it is deleted.

True if this image is only a moniker for an image data pointer.

The timestamp of the image capture. Is 0.0 if this image has no timestamp.

The image ID.

The image data.

The image format.

Swaps the data between this and the given image.

[in,out] The image to swap with.

Find minimal and maximal value of image and normalize image to range [0,1]. Is currently only implemented for pixel type TPixel_L_f.

True if it succeeds, false if it fails.

Test whether image is of a particular pixel and data type.

The pixel type. The data type. True if of type, false if not.

Converts this image from a custom data type into the corresponding primitive data type. The following conversion are implemented: - EDataType::Custom_10in16_LSB into EDataType::UShort - EDataType::Custom_12in16_LSB into EDataType::UShort.

[out] The target image. This is created within the correct format.

Convert the pSrcMem memory to a different type and store result in memory pTrgMem.

[in] Target memory (must have correct target size). Source memory. The target image format. The source image format. True if it succeeds, false if it fails.

Convert the pSrcImage to a different type and store result in pDstImage.

[in,out] Pointer to target image interface. Pointer to source image interface. The target pixel type. The targer data type. If true, the memory for the target image is created. False if an error occurred, otherwise true.

Convert this image to a different type and store result in xImage.

[in,out] The image instance into which to write the result. The size of this image is adapted to this size. The target pixel type. The target data type. False if an error occurred, otherwise true.

Query if this image is a moniker. A moniker holds an image data pointer but is not responsible for the memory. Thus, destroying an image moniker does not free the memory.

True if this image is a moniker, false if not.

Sets the timestamp and the ID of the image.

The timestamp. The ID.

Sets the timestamp of the image capture.

The timestamp.

Gets the timestamp of the image capture. Is 0.0 if this image has no timestamp.

The timestamp.

Sets the ID of this image.

The ID.

Gets the ID of this image.

The ID of this image.

Gets the image format.

The format.

Return the pointer to the data array.

Null if it fails, else the data pointer.

Return the constant pointer to the data array.

Null if it fails, else the data pointer.

Gets the type of the image.

[out] The pixel type. [out] The data type.

Gets the size of the image.

[out] The width. [out] The height.

Gets the number of bytes of the whole image.

The byte count.

Gets the number of pixels.

The pixel count.

Get number of bytes per pixel.

The bytes per pixel.

Query if this image is valid.

True if valid, false if not.

Destroys this image if one has been created. Resets all internal variables.

True if it succeeds, false if it fails.

Creates copy of the given image. No re-allocation is applied if image is of requested format.

The image. True if it succeeds, false if it fails.

Create an image of given type and size and copy the data from the given pointer. No re-allocation is applied if this is of requested format.

Width of image. Height. Type of the pixel. Type of the data. The data. True if it succeeds, false if it fails.

Create an image of given type and size and reserve the appropriate amount of memory. No re-allocation is applied if this is of requested format.

The width of image. The height of the image. The pixel type. The data type. True if it succeeds, false if it fails.

Creates this image by moving the data of the given image into this image.

[in,out] The image to move. Is invalid after this call.

Creates an image of the given format. This copies only the image data pointer. Does not allocate memory. An images created with this method does never free the memory behind the pointer. The pointer responsibility stays with the caller.

The image format. The image data pointer. (Optional) The timestamp of the image capture. (Optional) The image ID.

Creates a copy of the given image. Only (re)allocates memory if required.

The image to copy.

Creates an image of the given format. Only (re)allocates memory if required. Copies the image data into this image.

The image format. Pointer to the image data.

Creates an image of the given format. Only (re)allocates memory if required.

The image format.

Sets the image data to contain only zeros.

Copies the content of the given image data into this image. Expects that the image formats of the given data pointer and this image are identical.

The image data to copy. True if it succeeds, false if it fails.

Move assignment operator.

[in] The image to move. This is invalid after the call. A shallow copy of this object.

Assignment operator. Copies the contents of the given image.

The image. A shallow copy of this object.

Destructor. All used memory is freed.

Constructor. Creates a valid image within the given format and allocates memory accordingly.

The image format.

Move constructor.

[in] The image to move. This is invalid after the call.

Copy constructor. Creates a copy of the given image

The image to copy.

Default constructor. Creates an invalid image without using any memory.

\addtogroup RxCore_Image * @{

Image class. Implements the interface Interop::Runtime28::IImage. This class implements only the basic functionality for an image like create, delete and convert. All image processing has to be implemented separately. The format of an image is described by the class CRxImageFormat. It consist of an image width, height, a pixel type and a data type. The pixel type defines the number and order of color channels, and the data type specifies the data type of each color channel. For example, the pixel type can be RGBA or BGRA and the data type may be unsigned byte (8bit) or unsigned short (16bit). The various pixel types available are defined in Rx::Interop::Runtime28::EPixelType::ID and the data types in Rx::Interop::Runtime28::EDataType::ID. Note that the values of the data type and pixel type defines are identical to the corresponding OpenGL IDs. All possible pixel and data types are represented by the TPixeltemplate structure. Specializations of this template structure cover all possible combinations of the defined pixel types and data types. The specialization names have the form TPixel_[PixelType]_[Data Type]. For example, the pixel structure for an RGBA unsigned char image is TPixel_RGBA_uc. The main advantage of using the TPixel_* typedefs to access the pixels of an image is, that you can write template functions that work on many different pixel types. The TPixel structure defines functions to access the various color channels that map to the correct element within a pixel. The pointer to the image data can be obtained with the function GetDataPtr().

Returns true if the data type of this image format is one of the custom (non primitive) data types.

True if the data type is custom, false if not.

Gets the total number of bytes allocated by images that are of this image format.

The number of byte.

Gets the pixel count.

The pixel count.

Gets the bytes per pixel.

The bytes per pixel.

Gets the bit depth. This is the number of bits per channel.

The bit depth.

Gets the bytes per channel.

The bytes per channel.

Gets the component count.

The component count.

Query if this CRxImageFormat is bayer pixel type.

True if bayer pixel type, false if not.

Inequality operator.

Describes the format to use. True if the parameters are not considered equivalent.

Equality operator.

Describes the format to use. True if the parameters are considered equivalent.

Converts the given data type to a string.

The data type. The data type as a string.

Converts the given pixel type to a string.

The pixel type. The pixel type as a string.

Convert this CRxImageFormat into a string representation.

This CRxImageFormat as a std::string.

Resets this CRxImageFormat.

Destructor.

Constructor that creates an image format that is equal to the image format of the given image interface.

The image interface pointer.

Default constructor.

Constructor. Defines only the width and the height.

The width in pixels. The height in pixels.

Default constructor.

\addtogroup RxCore_Image * @{

Image format descriptor.

Gets the data pointer.

Null if it fails, else the data pointer.

Gets the data pointer.

Null if it fails, else the data pointer.

Gets the type of this image.

[out] Type of the pixel. [out] Type of the data.

Gets the size of this image.

[out] The width. [out] The height.

Gets the byte count.

The byte count.

Gets the pixel count.

The pixel count.

Gets the bytes per pixel.

The bytes per pixel.

Test whether this image exists.

True if valid, false if not.

Destroy image.

True if it succeeds, false if it fails.

Create image from given image.

The image. True if it succeeds, false if it fails.

Create an image of given type and size and copy the data from the given pointer.

Zero-based index of the width. Zero-based index of the height. Type of the pixel. Type of the data. The data. True if it succeeds, false if it fails.

Create an image of given type and size and reserve the appropriate amount of memory. We can use as input types enums as they stay compatible between module versions even if the enum declarations have different numbers of entries.

Zero-based index of the width. Zero-based index of the height. Type of the pixel. Type of the data. True if it succeeds, false if it fails. \addtogroup RxCore_Image * @{

Interface supported by Raytrix images.

The image pixel types..

Planar YUV with 4:2:0 chroma subsampling 1 Channel per pixel (Bayer pattern GBRG) 1 Channel per pixel (Bayer pattern GRBG) 1 Channel per pixel (Bayer pattern BGGR) 1 Channel per pixel (Bayer pattern RGGB) 2 Channels per pixel (Luminance, Alpha) 1 Channel per pixel (Luminance) 4 Channels per pixel (Blue, Green, Red, Alpha) 3 Channels per pixel (Blue, Green, Red) 4 Channels per pixel (Red, Green, Blue, Alpha) 3 Channels per pixel (Red, Green, Blue)

The image data types.

Double.

Double precision floating point data type. Is 'double' in C++ and .NET.

Float.

32 bit unsigned.

Unsigned integer data type. Is 'unsigned' in C++ and .NET.

32 bit signed.

16 bit unsigned.

16 bit signed.

8 bit unsigned.

8 bit signed.

Each pixel has a size of 12 bit. It should be converted into 16 bit.

Each pixel has a size of 10 bit. It should be converted into 16 bit.

The upper 12 bits of a 16 bit unsigned short are used. The lower 4 bits are unused (zero).

The lower 12 bits of a 16 bit unsigned short are used. The upper 4 bits are unused (zero).

The upper 10 bits of a 16 bit unsigned short are used. The lower 6 bits are unused (zero).

The lower 10 bits of a 16 bit unsigned short are used. The upper 6 bits are unused (zero).

True if this CRxCalibMetaData describes a master calibration.

true if this CRxCalibData is the default calibration.

For electronically controllable lenses, this is the data value which reflects the aperture setting. This value may not be the f-number.

For electronically controllable lenses, this is the data value which reflects the focus setting. This value may not be the focus distance in millimeters.

The main lens information.

The description.

The caption.

The camera hardware id comprised of the internal camera type and the internal camera serial.

The camera type.

The camera serial.

The unique identifier.

Finalizes an instance of the CRxCalibData class.

Initializes a new instance of the CRxCalibData class.

Raytrix Calibration Data description class.

Maximal aperture of the main lens.

Minimal aperture of the main lens.

Maximal focal length of the main lens in millimeters.

Minimal focal length of the main lens in millimeters.

The comment.

A string describing the type of the main lens.

The vendor of the main lens. E.g. "Canon", "Nikon".

Finalizes an instance of the CRxMainLens class.

Initializes a new instance of the CRxMainLens class.

Raytrix Main Lens description class.

MetricCalibResult

MetricCalibAddImageResult

Array providing involved 2D particles by position and size. I.e. components (i,0) : position of particle i in image x-axis in PX on pxa (i,1) : position of particle i in image y-axis in PX on pxa (i,2) : 2 radius.

The average luminance over all 2D particles. Determined in blob matching not from pixel array.

Quality measure for 3D particle in [0..1]. Determined by depth, match-count and re-projection error.

Maximal angle between all lens baselines during matching. Values in [0...pi/2]. \leq 0.8 indicates instable 3D position.

Maximum of re-projection errors to all 2D features.

Estimated 3D particle z-position in MM in global object space.

Estimated 3D particle y-position in MM in global object space.

Estimated 3D particle x-position in MM in global object space.

Unique identifier for track corresponding to this. Track might have length 1, i.e. only this particle.

Time index of image this was detected in. Index in image sequence if applicable, else count over estimations.

Gets the Raytrix NumberFormatInfo.

Default constructor.

Raytrix Number format.