#include "MeVisLabVersion.h"
#include "mlMacros.h"
#include "mlConfig.h"
#include "mlUtilities.h"
#include <ThirdPartyWarningsDisable.h>
#include <cstdlib>
#include <cstdint>
#include <cfloat>
#include <ThirdPartyWarningsRestore.h>
#include <basetsd.h>

Classes
struct	MLApplicationPropertyCallbacks
	Defines all callbacks that an application has to support for property access. More...

struct	MLTypeInfos
	Structure containing all data type features and pointers to all functions needed to implement operations on any extended type. More...

Namespaces
	ml
	Main documentation file for ML users and developers.

Macros
#define	_ML_INT8 MLint8
	Set MLint8 as define(d). More...

#define	_ML_UINT8 MLuint8
	Set MLuint8 as define(d). More...

#define	_ML_INT16 MLint16
	Set MLint16 as define(d). More...

#define	_ML_UINT16 MLuint16
	Set MLuint16 as define(d). More...

#define	_ML_INT32 MLint32
	Set MLint32 as define(d). More...

#define	_ML_UINT32 MLuint32
	Set MLuint32 as define(d). More...

#define	_ML_FLOAT MLfloat
	Set MLfloat as define(d). More...

#define	_ML_DOUBLE MLdouble
	Set MLdouble as define(d). More...

#define	_ML_LDOUBLE MLldouble
	Set MLldouble as define(d). More...

#define	ML_NUM_STANDARD_TYPES 10
	Number of available compiler/scalar data types. More...

#define	ML_MAX_COMPONENTS_EXTENDED_TYPE 512
	Maximum number of components for extended types. More...

#define	ML_M_PI 3.14159265358979323846 /* pi */
	Pi as ML constant for backward compatibility. More...

#define	ML_M_PI_2 1.57079632679489661923 /* pi/2 */
	Pi/2 as ML constant for backward compatibility. More...

#define	_ML_INT64 MLint64
	Sets MLint64 as define(d). More...

#define	_ML_UINT64 MLuint64
	Sets MLuint64 as define(d). More...

#define	ML_UNDEFINED_THREADID 0
	MLThreadId. Defines the datatype for a thread id for comparing threads to each other. More...

#define	ML_INVALID_DATA_TYPE -1
	Defines an invalid MLDataType. More...

#define	ML_INVALID_ERROR_CODE static_cast<MLErrorCode>(-1)
	Defines an invalid MLErrorCode. More...

#define	ML_RESULT_OK static_cast<MLErrorCode>( 0)
	No error. Everything seems to be okay. More...

#define	ML_UNKNOWN_EXCEPTION static_cast<MLErrorCode>( 1)
	An unknown exception was detected and caught; this usually means that something for an unknown reason got really wrong, and which normally a program crash detected by the ML or a module; look for previous errors, they may give more precise information; try to repeat this error and report it to the developer. More...

#define	ML_NO_MEMORY static_cast<MLErrorCode>( 2)
	The system does not have enough memory to perform the desired operation; try to reduce application data and/or complexity, try to replace modules which load the entire image into the memory, terminate other applications running at the same time, buy more memory. More...

#define	ML_DISCONNECTED_GRAPH static_cast<MLErrorCode>( 3)
	The module/operator graph is obviously disconnected but expected to be connected for this operation. More...

#define	ML_CYCLIC_GRAPH static_cast<MLErrorCode>( 4)
	The module/operator graph is connected cyclically; the ML cannot handle this; search for the cyclic connections and remove them; normally this error should not occur. More...

#define	ML_BAD_OPERATOR_POINTER static_cast<MLErrorCode>( 5)
	A NULL, an invalid or a wrong module/operator pointer has been passed to an algorithm. More...

#define	ML_BAD_OPERATOR_OUTPUT_INDEX static_cast<MLErrorCode>( 6)
	A bad output number of a module/operator has been specified. More...

#define	ML_BAD_FIELD static_cast<MLErrorCode>( 7)
	A NULL, an invalid or badly/wrong typed or named field has been passed to an algorithm. More...

#define	ML_IMAGE_DATA_CALCULATION_FAILED static_cast<MLErrorCode>( 8)
	The requested image data could not be calculated; there are a variety of reasons; look for previous errors, they may give more precise information; try to repeated this error and its circumstances and report it to the developer, because it is often a problem caused by a crash in the Module::calculateOutputSubImage method of a module. More...

#define	ML_NO_IMAGE_INPUT_EXTENSION static_cast<MLErrorCode>( 9)
	Currently not used. More...

#define	ML_NO_IMAGE_PROPS static_cast<MLErrorCode>(10)
	The calculation of image properties failed; there are a variety of reasons and this normally this is a return code of functions accessing modules which cannot calculate a valid output image which often is a normal and legal state; if this is reported as an error or even a fatal error, look for previous errors, they may give more precise information; then perhaps report it to the developer if it seems to be a technical problem and not the report of a normal output state of a module. More...

#define	ML_BAD_OPERATOR_INPUT_INDEX static_cast<MLErrorCode>(11)
	A bad input number of a module/operator has been specified. More...

#define	ML_BAD_INPUT_IMAGE_POINTER static_cast<MLErrorCode>(12)
	A NULL, an invalid or badly/wrong sized/typed image pointer has been passed to an algorithm; if no previous errors occurred then it might indicate a programming error or missing checks for invalid input connections, bad in/output indices etc. More...

#define	ML_BAD_DATA_TYPE static_cast<MLErrorCode>(13)
	A wrong or unexpected data type has been passed to an algorithm which often is a programming error; there are a variety of reasons; look for previous errors, they may give more precise information; try to repeat this error and its circumstances and report it to the developer. More...

#define	ML_PROGRAMMING_ERROR static_cast<MLErrorCode>(14)
	A case occurred which should not appear and here are a variety of reasons, typically it is a programming error in a module; look for previous errors, they may give more precise information; try to repeat this error and its circumstances and report it to the developer. More...

#define	ML_EMPTY_MESSAGE static_cast<MLErrorCode>(15)
	The following error message describes more precise what has happened; if not then a non registered error occurred which is only known in the module using it; have a look at the documentation of the module producing the error; this code might also be passed with messages which are of other type, for example with debug information or user information. More...

#define	ML_PAGE_CALCULATION_ERROR_IN_MODULE static_cast<MLErrorCode>(16)
	An image page could not be calculated; and there is a variety of potential reasons, often even programming errors within a module which was detected by the ML, however, it can also be a result of an interrupted image processing of a module pipeline; look for previous errors, they may give more precise information and try to repeat this error and its circumstances and report it to the developer if it is not the result of a controlled interruption. More...

#define	ML_PROPERTY_CALCULATION_ERROR_IN_MODULE static_cast<MLErrorCode>(17)
	Image properties could not be calculated correctly and there is a variety of reasons, often this is a programming error within a module which was detected by the ML; look for previous errors, they may give more precise information and try to repeat this error and its circumstances and report it to the developer. More...

#define	ML_INBOX_CALCULATION_ERROR_IN_MODULE static_cast<MLErrorCode>(18)
	The input image region required to calculate an image page could not be calculated correctly; often this is a programming error within a module leading to a crash and which is the ML Error Codes which was detected by the ML; there are a variety of reasons; look for previous errors, they may give more precise information; try to repeat this error and its circumstances and report it to the developer. More...

#define	ML_BAD_PARAMETER static_cast<MLErrorCode>(19)
	A bad/invalid parameter (or even an inappropriate image) has been passed to a module or an algorithm; which usually means that there has been an invalid or inappropriate parameter passed to an algorithm, that the developer forgot to implement a certain case or that a parameter is out of range; read subsequent error information (if available) how the error is handled. More...

#define	ML_CALCULATION_ERROR static_cast<MLErrorCode>(20)
	This is an unspecific error used in some cases where the error is not very specific; for which there are some varieties of reasons, for example a programming error in a module caused a crash which was detected and handled by the ML; some diagnostic modules also use this, for example to notify an error or about about invalid calculation results; look for previous errors and additional error information shown with this error, they may give more precise information; try to repeat this error and its circumstances and report it to the developer. More...

#define	ML_BAD_DIMENSION static_cast<MLErrorCode>(21)
	he image or data structure has wrong extent or dimensions. More...

#define	ML_RECURSION_ERROR static_cast<MLErrorCode>(22)
	An invalid recursion occurred; read details for an explanation. More...

#define	ML_LIBRARY_LOAD_ERROR static_cast<MLErrorCode>(23)
	Loading or initialization of an ML module library failed; the shared library file may not exist at the searched place, a path to the libraries is wrong, the library may not be up to date, symbols in the library interface may be missing or the library is of another or an outdated version; or the installation could be incomplete or damaged. More...

#define	ML_FILE_IO_ERROR static_cast<MLErrorCode>(24)
	Reasons may be wrong path specifications, other applications using the same file, wrong file permissions, missing disk space, still non-existing files etc. More...

#define	ML_AFTER_EFFECT static_cast<MLErrorCode>(25)
	This is a typical error occurring when another previous error has left an incomplete or undefined state; look for previous errors, they may give more precise information. More...

#define	ML_BAD_INDEX static_cast<MLErrorCode>(26)
	The index given to the algorithm is out of range; sometimes this is a programming error or a sloppy implemented (user) interface which passes invalid user inputs. More...

#define	ML_OUT_OF_RANGE static_cast<MLErrorCode>(27)
	Any coordinate or value is out of range, often a voxel address which is outside of an image or it is even a programming error or an image with invalid contents. More...

#define	ML_MISSING_VOXEL_TYPE_OPERATIONS static_cast<MLErrorCode>(28)
	A voxel data type does not implement required arithmetic operations; often this is a programming error or it indicates that a module does not support calculations on the connected input voxel types. More...

#define	ML_BAD_FIELD_TYPE static_cast<MLErrorCode>(29)
	The passed parameter is not derived from the class field or is not of the expected field type; this can be a programming error. More...

#define	ML_BAD_FIELD_POINTER_OR_NO_MEMORY static_cast<MLErrorCode>(30)
	The passed parameter is not of an expected (field) type or the allocation of memory failed. More...

#define	ML_FIELD_CREATION_ERROR_OR_NO_MEMORY static_cast<MLErrorCode>(31)
	A field could not be created (for example because the field type is still not registered in the runtime type system or the corresponding shared library is still not loaded) or the field creation failed due to lack of memory. More...

#define	ML_TYPE_INITIALIZATION_ERROR static_cast<MLErrorCode>(32)
	A (runtime or voxel) type could not be initialized correctly. More...

#define	ML_CONSTRUCTOR_EXCEPTION static_cast<MLErrorCode>(33)
	Creating an object failed due to a programming error in a constructor or due to a lack of memory. More...

#define	ML_DESTRUCTOR_EXCEPTION static_cast<MLErrorCode>(34)
	The destruction of a C++ object failed, for example due to a programming error or since it was destroyed from other buggy code. More...

#define	ML_TABLE_FULL static_cast<MLErrorCode>(35)
	A table is full and nothing can be inserted any more. More...

#define	ML_EXTERNAL_ERROR static_cast<MLErrorCode>(36)
	Error messages from other libraries are delivered with this error code if more specific error information from the external library is not available. More...

#define	ML_BAD_BASE_FIELD static_cast<MLErrorCode>(37)
	The (runtime) type of a Base field is not the expected one, the Base field pointer is invalid (NULL) or it is not (derived from) a Base field. More...

#define	ML_BAD_BASE_FIELD_CONTENT static_cast<MLErrorCode>(38)
	The content of the Base field referenced by a Base field pointer is invalid, it should not be NULL or the pointer it does not point to an object derived from Base. More...

#define	ML_TYPE_NOT_REGISTERED static_cast<MLErrorCode>(39)
	The required or used type is (still) not registered; probably you forgot to call "YourClassName::initClass" in your initialization file or a missing linked library which contains the type has not been loaded yet; maybe a library dependency has been forgotten in the project (make) file or types are initialized in the wrong order in a library init file. More...

#define	ML_LIBRARY_INIT_ERROR static_cast<MLErrorCode>(40)
	The initialization code of a library failed; this is a typical error if the ML, an application or a linked library has detected an initialization problem; this, for example can result from invalid version number (a binary incompatibility), by forgotten recompilations of self defined libraries, paths to (outdated) linked libraries or the usage of incompatible library and application installers. More...

#define	ML_BAD_POINTER_OR_0 static_cast<MLErrorCode>(41)
	A pointer is NULL or a value is NULL or 0 where it should not be; this sometimes indicates a memory allocation error, a programming error, a forgotten NULL pointer check at function entries or also bad function results or objects which have not been found. More...

#define	ML_BAD_STATE static_cast<MLErrorCode>(42)
	The current state of an object is not appropriate for an operation; perhaps it is not initialized or in a valid but inadequate state; it also might indicate that the program ran into an undefined state which should not be possible. More...

#define	ML_TOO_MANY_PUSHES_OR_ADDS static_cast<MLErrorCode>(43)
	Too many elements were pushed or added onto a stack, array or another container type. More...

#define	ML_TOO_MANY_POPS_OR_REMOVES static_cast<MLErrorCode>(44)
	Too many elements were removed from a stack, an array or another container type. More...

#define	ML_STACK_TABLE_OR_BUFFER_EMPTY static_cast<MLErrorCode>(45)
	The access to a table, stack or container or its elements failed, because it is empty. More...

#define	ML_STACK_TABLE_OR_BUFFER_NOT_EMPTY static_cast<MLErrorCode>(46)
	A table, stack, or another container was expected to be empty, but it isn't. More...

#define	ML_ELEMENT_NOT_FOUND static_cast<MLErrorCode>(47)
	An expected entry or element was not found. More...

#define	ML_INVALID_FILE_NAME static_cast<MLErrorCode>(48)
	The specified file name is not valid, for example, because it is empty or it contains invalid characters or path specifications or simply does not specify a correct file. More...

#define	ML_INVALID_FILE_DESCRIPTOR static_cast<MLErrorCode>(49)
	The descriptor used to manage a file is invalid or denotes a closed file. More...

#define	ML_FILE_NOT_OPEN static_cast<MLErrorCode>(50)
	The specified file is not open. More...

#define	ML_NO_OR_INVALID_PERMISSIONS static_cast<MLErrorCode>(51)
	The operation cannot or could not be executed because the user or process does not have appropriate permissions or the permissions of the object to manipulate are not set correctly. More...

#define	ML_DISK_OR_RESSOURCE_FULL static_cast<MLErrorCode>(52)
	There are not enough resources left to execute the desired operation; this typically indicates a full disc or even not memory for the operation. More...

#define	ML_FILE_OR_DATA_STRUCTURE_CORRUPTED static_cast<MLErrorCode>(53)
	The content of a file or another data structure is not organized as expected by the program; this may indicate a broken/corrupted file, an overwritten data structure or sometimes a newer and still unknown version of a file; it also could indicate a file or data structure created from another application which uses same named types or files. More...

#define	ML_INVALID_VERSION static_cast<MLErrorCode>(54)
	The version of a data structure of file is invalid, maybe a newer version than expected; an update of the software could help. More...

#define	ML_UNKNOWN_OR_INVALID_COMPRESSION_SCHEME static_cast<MLErrorCode>(55)
	The compression scheme is invalid, too old, too new or not known on your system; on another system a compression scheme could have been used to store a file which cannot be loaded on the local system, because the (de)compressor is not known on the local system; it could also indicate a corrupted data structure or file, or even a missing or not installed library . More...

#define	ML_TYPE_ALREADY_REGISTERED static_cast<MLErrorCode>(56)
	This error occurs on an attempt to register a type whose name is already registered; this could happen for example if backup copies of modules or libraries are detected by the system and tried to be loaded, a type initialization is called more than once, older library paths are set next to the current ones or even in the case when two developers independently developed types or classes with the same name. More...

#define	ML_TYPE_IS_ABSTRACT static_cast<MLErrorCode>(57)
	The runtime type to be used is abstract and cannot be used (for example an object of that type cannot be created then). More...

#define	ML_TYPE_NOT_DERIVED_FROM_EXPECTED_PARENT_CLASS static_cast<MLErrorCode>(58)
	The used class type is not of the expected type and/or is not derived from the expected parent/base class. More...

#define	ML_OPERATION_INTERRUPTED static_cast<MLErrorCode>(59)
	The operation was interrupted, either by a user or another signal. More...

#define	ML_BAD_PAGE_ID static_cast<MLErrorCode>(60)
	This error comments the trial to use an identifier or index to an (image) page which does not exist or which is out of range. More...

#define	ML_OUT_OF_RESSOURCES static_cast<MLErrorCode>(61)
	There are not enough resources to execute the desired operation; this can happen for example if the number of open files, processes, threads and so on is exceeded, or the operating system does not have sufficient memory for it. More...

#define	ML_OBJECT_OR_FILE_EXISTS static_cast<MLErrorCode>(62)
	The object or file to be created already exists. More...

#define	ML_OBJECT_OR_FILE_DOES_NOT_EXIST static_cast<MLErrorCode>(63)
	The expected object or file does not exist or is not found. More...

#define	ML_DEADLOCK_WOULD_OCCURR static_cast<MLErrorCode>(64)
	The operation cannot be executed, because it would lead to a dead lock. More...

#define	ML_COULD_NOT_OPEN_FILE static_cast<MLErrorCode>(65)
	The file could not be opened, for example, because the permissions are not sufficient, resources for opening are not available, the file could not be found or the file is already open. More...

#define	ML_COULD_NOT_CREATE_OPEN_OR_MODIFY_FILE ML_COULD_NOT_OPEN_FILE
	More flexible error description for ML_COULD_NOT_OPEN_FILE because it is often needed when permissions are missing or full resources occur. More...

#define	ML_LIBRARY_UNLOAD_ERROR static_cast<MLErrorCode>(66)
	This error occurs if unloading of a module or library failed. More...

#define	ML_LIBRARY_UNLOAD_EXCEPTION static_cast<MLErrorCode>(67)
	This error occurs if unloading of a module or library caused a crash or threw an exception. More...

#define	ML_NOT_SUPPORTED_ON_THIS_SYSTEM static_cast<MLErrorCode>(68)
	This error occurs if a functionality is not supported on the current system. More...

#define	ML_OBJECT_STILL_REFERENCED static_cast<MLErrorCode>(69)
	The object to be removed is still referenced, for example a dll to be removed is still used. More...

#define	ML_REQUEST_OUTSIDE_OF_IMAGE static_cast<MLErrorCode>(70)
	The request was completely outside of the image. More...

#define	MLNumDefaultErrorCodes static_cast<MLErrorCode>(71)
	Number of predefined/compiled ML error codes, not to be used as an error code. More...

ML String Prefixes
#define	ML_PREFIX "ML"
	Library identification prefix for messages from the ML. More...

#define	ML_CONSTANT_PREFIX "ML_"
	Prefix for environment variables and debugging constants used in the ML. More...

Color plane names for CDimInfo image property
#define	ML_LUMINANCE "LUMINANCE"
	Gray, min is black. More...

#define	ML_NEGATIVE "NEGATIVE"
	Gray, min is white. More...

#define	ML_PALETTE "PALETTE"
	Palette or partial palette image, e.g., luminance with trace colors. More...

#define	ML_RED "RED"
	Red channel code for RGB/RGBA color model. More...

#define	ML_GREEN "GREEN"
	Green channel code for RGB/RGBA color model. More...

#define	ML_BLUE "BLUE"
	Blue channel code for RGB/RGBA color model. More...

#define	ML_ALPHA "ALPHA"
	Alpha (transparency) channel code for RGB/RGBA color model. More...

#define	ML_CYAN "CYAN"
	Cyan channel code for CMY* color models. More...

#define	ML_MAGENTA "MAGENTA"
	Magenta channel code for CMY* color models. More...

#define	ML_YELLOW "YELLOW"
	Yellow channel code for CMY* color models. More...

#define	ML_BLACK "BLACK"
	Black channel code for CMY* color models. More...

#define	ML_HUE "HUE"
	Hue channel code for HSV/HLS color models. More...

#define	ML_SATURATION "SATURATION"
	Saturation channel code for HSV/HLS color models. More...

#define	ML_VALUE "VALUE"
	Value channel code for HSV/HLS color models. In HSV, pure colors and white have V=1. More...

#define	ML_LIGHTNESS "LIGHTNESS"
	Lightness channel code for HSV/HLS color models. In HLS, white has L=1, pure colors have L=0.5. More...

#define	ML_YIQ_Y "YIQ_Y"
	YIQ Y channel code for YIQ color model (used in US TV standard). More...

#define	ML_YIQ_I "YIQ_I"
	YIQ I channel code for YIQ color model (used in US TV standard). More...

#define	ML_YIQ_Q "YIQ_Q"
	YIQ Q channel code for YIQ color model (used in US TV standard). More...

#define	ML_CIE_X "CIE_X"
	C channel code for CIE-XYZ and CIE-LUV color models (Standardized color models approximately matching the human color perception). More...

#define	ML_CIE_Y "CIE_Y"
	I channel code for CIE_XYZ color model. See ML_CIE_X for further information. More...

#define	ML_CIE_Z "CIE_Z"
	E channel code for CIE_XYZ color model. See ML_CIE_X for further information. More...

#define	ML_LUV_L "LUV_L"
	LI channel code for CIE_LUV color model. See ML_CIE_X for further information. More...

#define	ML_LUV_U "LUV_U"
	U channel code for CIE_LUV color model. See ML_CIE_X for further information. More...

#define	ML_LUV_V "LUV_V"
	V channel code for CIE_LUV color model. See ML_CIE_X for further information. More...

#define	ML_UNKNOWN "UNKNOWN"
	Code for unknown image plane/color channel content. More...

U-dimension names for UDimInfo image property.
#define	ML_REAL "REAL_PART"
	Real part of a complex number. More...

#define	ML_IMAG "IMAG_PART"
	Imaginary part of a complex number. More...

#define	ML_V0 "V0"
	Name for the first component of a vector. More...

#define	ML_V1 "V1"
	Name for the second component of a vector. More...

#define	ML_V2 "V2"
	Name for the third component of a vector. More...

#define	ML_V3 "V3"
	Name for the fourth component of a vector. More...

#define	ML_V4 "V4"
	Name for the fifth component of a vector. More...

#define	ML_V5 "V5"
	Name for the sixth component of a vector. More...

#define	ML_MAGNITUDE "MAGNITUDE"
	First/magnitude component of polar coordinate. More...

#define	ML_ANGLE "ANGLE"
	Second/angle component of polar coordinate. More...

MIN/MAX/QUOTE MACROS
#define	ML_QUOTE_INTERNAL(A) #A
	Defines a quotation macro to get a string from a macro parameter. More...

#define	ML_QUOTE(A) ML_QUOTE_INTERNAL(A)

#define	ML_LERP(a, l, h) ((l)+(((h)-(l))*(a)))
	The ML specific MIN macro. More...

Defines min/max for 64 bit types if still not done.
#define	ML_INT64_MIN INT64_MIN

#define	ML_INT64_MAX INT64_MAX

Defines min/max for unsigned 64 bit types if still not done.
#define	ML_UINT64_MIN static_cast<MLuint64>(0)

#define	ML_UINT64_MAX UINT64_MAX

A helper macro assigning all addresses of implemented functions pointers to function members.
#define	ML_TYPE_ASSIGN_FUNCTION_POINTERS()

Typedefs
typedef MLint32	MLDataType
	MLDataType. More...

typedef MLuint32	MLThreadId

typedef MLint32	MLErrorCode
	Type of an ML Error code. More...

typedef double(*	MLDblFuncPtr) (double)
	A function pointer type to a function which returns a double and takes a double as argument. More...

typedef void	MLMessageCB(void usrData, MLErrorCode errCode, MLMessageType messageType, const char messStr, int line, const char **infos)
	Handling/setting/getting of ML messages callbacks. More...

typedef void	MLNotifyCB(MLuint32 objType, void usrData, void objectData1, void *objData2)
	Function type which is registered by the Notify object; it receives a code `objType` of type MLNotifyChangedObjectType. More...

Function types for callback functions (see corresponding classes Sensor, Host and mlAPI.)
typedef void	MLSensorCB(void usrData, void sensor)

typedef void	MLHostProgressCB(void usrData, const char info1, const char *info2)

typedef MLint32	MLHostBreakCheckCB(void usrData, void *hitField)

typedef void	MLRequestProgressCB(void *usrData, double progress)

Enumerations
enum	MLDataTypeIds { MLint8Type = 0 , MLuint8Type = 1 , MLint16Type = 2 , MLuint16Type = 3 , MLint32Type = 4 , MLuint32Type = 5 , MLfloatType = 6 , MLdoubleType = 7 , MLint64Type = 8 , MLuint64Type = 9 , MLComplexfType , MLComplexdType , MLQuaternionfType , MLQuaterniondType , MLVector2fType , MLVector2dType , MLVector3fType , MLVector3dType , MLVector4fType , MLVector4dType , MLVector5fType , MLVector5dType , MLVector6fType , MLVector6dType , MLVector7fType , MLVector7dType , MLVector8fType , MLVector8dType , MLVector9fType , MLVector9dType , MLVector10fType , MLVector10dType , MLVector16fType , MLVector16dType , MLVector32fType , MLVector32dType , MLVector64fType , MLVector64dType , MLMatrix2fType , MLMatrix2dType , MLMatrix3fType , MLMatrix3dType , MLMatrix4fType , MLMatrix4dType , MLMatrix5fType , MLMatrix5dType , MLMatrix6fType , MLMatrix6dType , MLVector2i8Type , MLVector2i16Type , MLVector2i32Type , MLVector2i64Type , MLVector3i8Type , MLVector3i16Type , MLVector3i32Type , MLVector3i64Type , MLVector4i8Type , MLVector4i16Type , MLVector4i32Type , MLVector4i64Type , MLVector5i8Type , MLVector5i16Type , MLVector5i32Type , MLVector5i64Type , MLVector6i8Type , MLVector6i16Type , MLVector6i32Type , MLVector6i64Type , MLVector7i8Type , MLVector7i16Type , MLVector7i32Type , MLVector7i64Type , MLVector8i8Type , MLVector8i16Type , MLVector8i32Type , MLVector8i64Type , MLVector9i8Type , MLVector9i16Type , MLVector9i32Type , MLVector9i64Type , MLVector10i8Type , MLVector10i16Type , MLVector10i32Type , MLVector10i64Type , MLVector16i8Type , MLVector16i16Type , MLVector16i32Type , MLVector16i64Type , MLVector32i8Type , MLVector32i16Type , MLVector32i32Type , MLVector32i64Type , MLVector64i8Type , MLVector64i16Type , MLVector64i32Type , MLVector64i64Type , MLldoubleType }
	MLDataType identifiers. More...

enum	MLMemoryErrorHandling { ML_RETURN_NULL = 0x0 , ML_FATAL_MEMORY_ERROR = 0x1 , ML_THROW_NO_MEMORY = 0x2 , ML_FATAL_MEMORY_ERROR_AND_THROW_NO_MEMORY = 0x3 }
	Enumerator to specify memory error handling. More...

enum	MLCheckBits { ML_FINAL_RUNTIME_CHECK_BIT = 0x1 , ML_NO_CHECKS_BITS = 0x0 , ML_ALL_CHECKS_BITS = 0x1 }
	Enumerator describing runtime and final checks in the ML. More...

enum	MLMessageType { ML_WARNING = 0x01 , ML_ERROR = 0x02 , ML_FATAL = 0x04 , ML_DEBUG = 0x08 , ML_COUT = 0x10 , ML_CERR = 0x20 , ML_INFORMATION = 0x40 , ML_OTHER_MESSAGE = 0x80 , ML_ALL_MESSAGES = 0xff }
	Message types handled by the ErrorOutput class. More...

enum	MLTerminator { ML_CONTINUE = 0 , ML_ABORT , ML_EXIT0 , ML_EXITCODE , MLNumTerminators }
	Termination types for error handling. More...

enum	MLEventFilterApplicationMessage { ML_EVENTFILTER_ADD_CB =0 , ML_EVENTFILTER_REMOVE_CB }
	Enum to describe the significance of the call, e.g., whether an 'add' or a 'remove' of a function is requested. More...

enum	MLSign { ML_ZERO_SIGN = 0 , ML_NEGATIVE_SIGN , ML_POSITIVE_SIGN }
	Definition of possible signs as enumerator. More...

enum	MLArrayIndex { ML_VX = 0 , ML_VY = 1 , ML_VZ = 2 , ML_VW = 3 , ML_VC = 3 , ML_VT = 4 , ML_VU = 5 }
	Indexes for axes, arrays and vectors. More...

Enum types to specify identification codes for notifications sent from any ML class.
enum	MLNotifyChangedClassType { ML_NOTIFY_NO_OBJECT = 0x00000000 , ML_NOTIFY_ERROR_OUTPUT = 0x00010000 , ML_NOTIFY_API = 0x00020000 , ML_NOTIFY_RUNTIME = 0x00040000 , ML_NOTIFY_CACHE = 0x00080000 , ML_NOTIFY_HOST = 0x00100000 , ML_NOTIFY_MODULE = 0x00200000 , ML_NOTIFY_LAST_CLASS = 0x00400000 }
	Codes for ML classes which may change: More...

enum	MLNotifyChangedObjectType { ML_NOTIFY_NO_OBJECT_TYPE = 0x0000 \| ML_NOTIFY_NO_OBJECT , ML_NOTIFY_ERROR_OUTPUT_ERROR_OUTPUT_CB = 0x0001 \| ML_NOTIFY_ERROR_OUTPUT , ML_NOTIFY_ERROR_OUTPUT_FULL_DEBUGGING = 0x0002 \| ML_NOTIFY_ERROR_OUTPUT , ML_NOTIFY_ERROR_OUTPUT_TERMINATION_TYPE = 0x0004 \| ML_NOTIFY_ERROR_OUTPUT , ML_NOTIFY_ERROR_OUTPUT_MESSAGE_FILTER = 0x0008 \| ML_NOTIFY_ERROR_OUTPUT , ML_NOTIFY_ERROR_OUTPUT_DEBUG_ENV_NAMES = 0x0010 \| ML_NOTIFY_ERROR_OUTPUT , ML_NOTIFY_ERROR_OUTPUT_OTHER_CHANGES = 0x0020 \| ML_NOTIFY_ERROR_OUTPUT , ML_NOTIFY_API_EXCEPTIONS = 0x0001 \| ML_NOTIFY_API , ML_NOTIFY_API_CHECKS_BITS = 0x0002 \| ML_NOTIFY_API , ML_NOTIFY_RUNTIME_TYPE_ADDED = 0x0001 \| ML_NOTIFY_RUNTIME , ML_NOTIFY_RUNTIME_TYPE_REMOVED = 0x0002 \| ML_NOTIFY_RUNTIME , ML_NOTIFY_CACHE_CLEAR = 0x0001 \| ML_NOTIFY_CACHE , ML_NOTIFY_CACHE_MEM_OPT_LEVEL = 0x0002 \| ML_NOTIFY_CACHE , ML_NOTIFY_CACHE_FLUSH = 0x0004 \| ML_NOTIFY_CACHE , ML_NOTIFY_CACHE_MAX_SIZE = 0x0008 \| ML_NOTIFY_CACHE , ML_NOTIFY_CACHE_MONITORING_LEVEL = 0x0010 \| ML_NOTIFY_CACHE , ML_NOTIFY_HOST_MAX_NUM_THREADS = 0x0001 \| ML_NOTIFY_HOST , ML_NOTIFY_HOST_BREAK_CHECK_CB = 0x0002 \| ML_NOTIFY_HOST , ML_NOTIFY_HOST_PROGRESS_CB = 0x0004 \| ML_NOTIFY_HOST , ML_NOTIFY_HOST_USE_CLASSIC_HOST = 0x0008 \| ML_NOTIFY_HOST , ML_NOTIFY_FIELD_HANDLED = 0x0001 \| ML_NOTIFY_MODULE , ML_NOTIFY_MODULE_INSTANTIATED = 0x0002 \| ML_NOTIFY_MODULE , ML_NOTIFY_MODULE_DELETED = 0x0004 \| ML_NOTIFY_MODULE }
	Objects of the ML which call the registered functions when changed. More...

Functions
void ML_UTILS_EXPORT	ml::logTypeComponentsFromStringError (const char *function)

Defines 8 bit signed integer data type and its pointer type if still not done.
#define	ML_INT8_MIN -128

#define	ML_INT8_MAX 0x7F

typedef char	MLint8

typedef char *	MLint8Ptr

Defines 8 bit unsigned integer data type and its pointer type if still not done.
#define	ML_UINT8_MIN 0x00

#define	ML_UINT8_MAX 0xFF

typedef unsigned char	MLuint8

typedef unsigned char *	MLuint8Ptr

Defines 16 bit signed integer data type and its pointer type if still not done.
#define	ML_INT16_MIN -32768

#define	ML_INT16_MAX 0x7FFF

typedef signed short	MLint16

typedef signed short *	MLint16Ptr

Defines 16 bit unsigned integer data type and its pointer type if still not done.
#define	ML_UINT16_MIN 0x0000

#define	ML_UINT16_MAX 0xFFFF

typedef unsigned short	MLuint16

typedef unsigned short *	MLuint16Ptr

Defines 32 bit signed integer data type and its pointer type if still not done.
#define	ML_INT32_MIN (static_cast<MLint32>(0x80000000L))

#define	ML_INT32_MAX (static_cast<MLint32>(0x7FFFFFFFL))

typedef signed int	MLint32

typedef signed int *	MLint32Ptr

Defines 32 bit unsigned integer data type and its pointer type if still not done.
#define	ML_UINT32_MIN (static_cast<MLuint32>(0x00000000L))

#define	ML_UINT32_MAX (static_cast<MLuint32>(0xFFFFFFFFL))

typedef unsigned int	MLuint32

typedef unsigned int *	MLuint32Ptr

Defines float type and its pointer type if still not done.
#define	ML_FLOAT_MIN FLT_MIN

#define	ML_FLOAT_MAX FLT_MAX

#define	ML_FLOAT_EPSILON FLT_EPSILON

#define	ML_FLOAT_DIG (FLT_DIG+2)

typedef float	MLfloat

typedef float *	MLfloatPtr

Defines double type and its pointer type if still not done.
#define	ML_DOUBLE_MIN DBL_MIN

#define	ML_DOUBLE_MAX DBL_MAX

#define	ML_DOUBLE_EPSILON DBL_EPSILON

#define	ML_DOUBLE_DIG DBL_DIG

typedef double	MLdouble

typedef double *	MLdoublePtr

Defines long double type and its pointer type if still not done.
#define	ML_LDOUBLE_MIN LDBL_MIN

#define	ML_LDOUBLE_MAX LDBL_MAX

#define	ML_LDOUBLE_EPSILON LDBL_EPSILON

#define	ML_LDOUBLE_DIG LDBL_DIG

typedef long double	MLldouble

typedef long double *	MLldoublePtr

64 signed and unsigned integer support with min and max defines
#define	INT64_MIN 0x8000000000000000I64
	If still not done define INT64_MIN and INT64_MAX. More...

#define	INT64_MAX 0x7FFFFFFFFFFFFFFFI64

#define	UINT64_MIN static_cast<MLuint64>(0)
	If still not done, define UINT64_MIN and UINT64_MAX. More...

#define	UINT64_MAX 0xFFFFFFFFFFFFFFFFUI64

typedef INT64	MLint64
	Include 64 bit integer support for Windows or Unix. More...

typedef INT64 *	MLint64Ptr
	Introduce platform independent 64 bit signed integer pointer type. More...

typedef UINT64	MLuint64
	Introduce platform independent 64 bit unsigned integer type. More...

typedef UINT64 *	MLuint64Ptr
	Introduce platform independent 64 bit unsigned integer pointer type. More...

Typedef of an integer type using 64 bit.
#define	ML_INT_MIN ML_INT64_MIN
	Minimum possible value of MLint. More...

#define	ML_INT_MAX ML_INT64_MAX
	Maximum possible value of MLint. More...

#define	ML_UINT_MIN UINT64_MIN
	Minimum possible value of MLuint. More...

#define	ML_UINT_MAX UINT64_MAX
	Maximum possible value of MLuint. More...

typedef MLint64	MLint
	A signed ML integer type with at least 64 bits used for index calculations on very large images even on 32 bit systems (typically used for positions and coordinates in/of images). More...

typedef MLint64 *	MLintPtr
	A pointer to the signed ML integer type MLint. More...

typedef MLuint64	MLuint
	An unsigned ML integer type with at least 64 bits used for index calculations on very large images even on 32 bit systems (sometimes needed for positions and coordinates in/of images; note that normally the signed MLint should be used for safe signed indexing arithmetics in the ML, because images can be larger than 2^32 even on 32 bit systems). More...

typedef MLuint64 *	MLuintPtr
	A pointer to the unsigned ML integer type MLuint. More...

Support for signed and unsigned size and offset types.
#define	_ML_USIZE_T
	Marks unsigned offset and size types as defined. More...

#define	ML_USIZE_T_MIN ( static_cast<size_t>(0))
	The minimum value of size_t. More...

#define	ML_USIZE_T_MAX (~static_cast<size_t>(0))
	The maximum value of size_t. More...

#define	ML_SIZE_T_MIN ML_USIZE_T_MIN
	For convenience the minimum value of size_t without "U" which is probably more the expected naming. More...

#define	ML_SIZE_T_MAX ML_USIZE_T_MAX
	For convenience the maximum value of size_t without "U" which is probably more the expected naming. More...

#define	_ML_SIZE_T
	Marks signed offset and size types as defined. More...

#define	ML_SSIZE_T_MIN (static_cast<MLssize_t>(1) << (sizeof(MLssize_t)*8-1))
	The minimum value of ML_SSIZE_T. More...

#define	ML_SSIZE_T_MAX (static_cast<MLssize_t>(ML_USIZE_T_MAX ^ ML_SSIZE_T_MIN))
	The maximum value of ML_SSIZE_T. More...

typedef MLuint64	MLuoffset
	Unsigned ML offset type which is a 32 bit unsigned integer on 32 bit platforms and 64 bit one on 64 bit platforms. More...

typedef size_t	MLusize_t
	The unsigned ML size type which is an unsigned 32 bit size_t on 32 bit platforms and 64 bit one on 64 bit platforms. More...

typedef MLint	MLsoffset
	Signed ML offset type which is a 32 bit signed integer on 32 bit platforms and a 64 bit integer on 64 bit platforms. More...

typedef SSIZE_T	MLssize_t
	The signed ML size type which is a signed 32 bit size_t on 32 bit platforms and 64 bit one on 64 bit platforms. More...

Internal Application API (used by MeVisLab)
#define	ML_CALC_FTYPE MLdouble
	The floating point type used when data types have to convert something internally in a certain floating point type. More...

#define	ML_CALC_ITYPE MLint
	The integer type used when data types have to convert something internally in a certain integer type. More...

enum	MLTypeGroupIds { MLNoTypeGroup = -1 , MLScalarTypeGroup , MLVectorTypeGroup , MLMatrixTypeGroup }
	Some predefined type groups. More...

typedef const char *	MLApplicationGetStringPropertyCB(void applicationUsrData, const char propertyName, MLint16 *found)
	Callback to the hosting application that is used to get a string value property with the `propertyName` from the application. More...

typedef MLint32	MLApplicationGetInt32PropertyCB(void applicationUsrData, const char propertyName, MLint16 *found)
	Callback to the hosting application that is used to get an int value property with the `propertyName` from the application. More...

typedef double	MLApplicationGetDoublePropertyCB(void applicationUsrData, const char propertyName, MLint16 *found)
	Callback to the hosting application that is used to get a double value property with the `propertyName` from the application. More...

typedef MLint32	MLApplicationGetBoolPropertyCB(void applicationUsrData, const char propertyName, MLint16 *found)
	Callback to the hosting application that is used to get a bool value property with the `propertyName` from the application, it should return 0 for `false` and 1 for `true`. More...

typedef MLint32	MLEventFilterCB(void usrData, void event)
	Callback function type for events that are passed to the user. More...

typedef void	MLEventFilterApplicationHookCB(void applicationUsrData, MLEventFilterApplicationMessage type, MLEventFilterCB cb, void *usrData, MLuint32 fromMessageId, MLuint32 toMessageId)
	Internal application event filter callback type. More...

typedef MLuint64	MLTypePropertyBits
	Structure to define a bit mask which identifies all implemented functions for a data type. More...

typedef unsigned char	MLTypeData
	This is the pointer type used to point to the data of MLType data instances. More...

typedef MLint32	MLTypeGroup
	This is an identifier to differentiate types like matrices, vectors and complex/quaternion types, which may have the same number of components, but different semantics. More...

Macro Definition Documentation

◆ _ML_DOUBLE

#define _ML_DOUBLE MLdouble

Set MLdouble as define(d).

Definition at line 231 of file mlTypeDefs.h.

◆ _ML_FLOAT

#define _ML_FLOAT MLfloat

Set MLfloat as define(d).

Definition at line 216 of file mlTypeDefs.h.

◆ _ML_INT16

#define _ML_INT16 MLint16

Set MLint16 as define(d).

Definition at line 138 of file mlTypeDefs.h.

◆ _ML_INT32

#define _ML_INT32 MLint32

Set MLint32 as define(d).

Definition at line 180 of file mlTypeDefs.h.

◆ _ML_INT64

#define _ML_INT64 MLint64

Sets MLint64 as define(d).

Definition at line 558 of file mlTypeDefs.h.

◆ _ML_INT8

#define _ML_INT8 MLint8

Set MLint8 as define(d).

Definition at line 109 of file mlTypeDefs.h.

◆ _ML_LDOUBLE

#define _ML_LDOUBLE MLldouble

Set MLldouble as define(d).

Definition at line 246 of file mlTypeDefs.h.

◆ _ML_SIZE_T

#define _ML_SIZE_T

Marks signed offset and size types as defined.

Definition at line 647 of file mlTypeDefs.h.

◆ _ML_UINT16

#define _ML_UINT16 MLuint16

Set MLuint16 as define(d).

Definition at line 155 of file mlTypeDefs.h.

◆ _ML_UINT32

#define _ML_UINT32 MLuint32

Set MLuint32 as define(d).

Definition at line 200 of file mlTypeDefs.h.

◆ _ML_UINT64

#define _ML_UINT64 MLuint64

Sets MLuint64 as define(d).

Definition at line 568 of file mlTypeDefs.h.

◆ _ML_UINT8

#define _ML_UINT8 MLuint8

Set MLuint8 as define(d).

Definition at line 121 of file mlTypeDefs.h.

◆ _ML_USIZE_T

#define _ML_USIZE_T

Marks unsigned offset and size types as defined.

Definition at line 622 of file mlTypeDefs.h.

◆ INT64_MAX

#define INT64_MAX 0x7FFFFFFFFFFFFFFFI64

Definition at line 509 of file mlTypeDefs.h.

◆ INT64_MIN

#define INT64_MIN 0x8000000000000000I64

If still not done define INT64_MIN and INT64_MAX.

Definition at line 506 of file mlTypeDefs.h.

◆ ML_ALPHA

#define ML_ALPHA "ALPHA"

Alpha (transparency) channel code for RGB/RGBA color model.

Definition at line 281 of file mlTypeDefs.h.

◆ ML_ANGLE

#define ML_ANGLE "ANGLE"

Second/angle component of polar coordinate.

Definition at line 354 of file mlTypeDefs.h.

◆ ML_BLACK

#define ML_BLACK "BLACK"

Black channel code for CMY* color models.

Definition at line 290 of file mlTypeDefs.h.

◆ ML_BLUE

#define ML_BLUE "BLUE"

Blue channel code for RGB/RGBA color model.

Definition at line 279 of file mlTypeDefs.h.

◆ ML_CALC_FTYPE

#define ML_CALC_FTYPE MLdouble

The floating point type used when data types have to convert something internally in a certain floating point type.

Standard by the compiler is double but long double could also be interesting; however it would be slower.

Definition at line 1686 of file mlTypeDefs.h.

◆ ML_CALC_ITYPE

#define ML_CALC_ITYPE MLint

The integer type used when data types have to convert something internally in a certain integer type.

Standard by the compiler is int but int64 could also be interesting; however it would be slower.

Definition at line 1693 of file mlTypeDefs.h.

◆ ML_CIE_X

#define ML_CIE_X "CIE_X"

C channel code for CIE-XYZ and CIE-LUV color models (Standardized color models approximately matching the human color perception).

Definition at line 311 of file mlTypeDefs.h.

◆ ML_CIE_Y

#define ML_CIE_Y "CIE_Y"

I channel code for CIE_XYZ color model. See ML_CIE_X for further information.

Definition at line 313 of file mlTypeDefs.h.

◆ ML_CIE_Z

#define ML_CIE_Z "CIE_Z"

E channel code for CIE_XYZ color model. See ML_CIE_X for further information.

Definition at line 315 of file mlTypeDefs.h.

◆ ML_CYAN

#define ML_CYAN "CYAN"

Cyan channel code for CMY* color models.

Definition at line 284 of file mlTypeDefs.h.

◆ ML_DOUBLE_DIG

#define ML_DOUBLE_DIG DBL_DIG

Definition at line 228 of file mlTypeDefs.h.

◆ ML_DOUBLE_EPSILON

#define ML_DOUBLE_EPSILON DBL_EPSILON

Definition at line 227 of file mlTypeDefs.h.

◆ ML_DOUBLE_MAX

#define ML_DOUBLE_MAX DBL_MAX

Definition at line 226 of file mlTypeDefs.h.

◆ ML_DOUBLE_MIN

#define ML_DOUBLE_MIN DBL_MIN

Definition at line 225 of file mlTypeDefs.h.

◆ ML_FLOAT_DIG

#define ML_FLOAT_DIG (FLT_DIG+2)

Definition at line 213 of file mlTypeDefs.h.

◆ ML_FLOAT_EPSILON

#define ML_FLOAT_EPSILON FLT_EPSILON

Definition at line 211 of file mlTypeDefs.h.

◆ ML_FLOAT_MAX

#define ML_FLOAT_MAX FLT_MAX

Definition at line 210 of file mlTypeDefs.h.

◆ ML_FLOAT_MIN

#define ML_FLOAT_MIN FLT_MIN

Definition at line 209 of file mlTypeDefs.h.

◆ ML_GREEN

#define ML_GREEN "GREEN"

Green channel code for RGB/RGBA color model.

Definition at line 277 of file mlTypeDefs.h.

◆ ML_HUE

#define ML_HUE "HUE"

Hue channel code for HSV/HLS color models.

Definition at line 293 of file mlTypeDefs.h.

◆ ML_IMAG

#define ML_IMAG "IMAG_PART"

Imaginary part of a complex number.

Definition at line 336 of file mlTypeDefs.h.

◆ ML_INT16_MAX

#define ML_INT16_MAX 0x7FFF

Definition at line 135 of file mlTypeDefs.h.

◆ ML_INT16_MIN

#define ML_INT16_MIN -32768

Definition at line 134 of file mlTypeDefs.h.

◆ ML_INT32_MAX

#define ML_INT32_MAX (static_cast<MLint32>(0x7FFFFFFFL))

Definition at line 177 of file mlTypeDefs.h.

◆ ML_INT32_MIN

#define ML_INT32_MIN (static_cast<MLint32>(0x80000000L))

Definition at line 176 of file mlTypeDefs.h.

◆ ML_INT64_MAX

#define ML_INT64_MAX INT64_MAX

Definition at line 555 of file mlTypeDefs.h.

◆ ML_INT64_MIN

#define ML_INT64_MIN INT64_MIN

Definition at line 554 of file mlTypeDefs.h.

◆ ML_INT8_MAX

#define ML_INT8_MAX 0x7F

Definition at line 106 of file mlTypeDefs.h.

◆ ML_INT8_MIN

#define ML_INT8_MIN -128

Definition at line 105 of file mlTypeDefs.h.

◆ ML_INT_MAX

#define ML_INT_MAX ML_INT64_MAX

Maximum possible value of MLint.

Definition at line 587 of file mlTypeDefs.h.

◆ ML_INT_MIN

#define ML_INT_MIN ML_INT64_MIN

Minimum possible value of MLint.

Definition at line 584 of file mlTypeDefs.h.

◆ ML_LDOUBLE_DIG

#define ML_LDOUBLE_DIG LDBL_DIG

Definition at line 243 of file mlTypeDefs.h.

◆ ML_LDOUBLE_EPSILON

#define ML_LDOUBLE_EPSILON LDBL_EPSILON

Definition at line 242 of file mlTypeDefs.h.

◆ ML_LDOUBLE_MAX

#define ML_LDOUBLE_MAX LDBL_MAX

Definition at line 241 of file mlTypeDefs.h.

◆ ML_LDOUBLE_MIN

#define ML_LDOUBLE_MIN LDBL_MIN

Definition at line 240 of file mlTypeDefs.h.

◆ ML_LIGHTNESS

#define ML_LIGHTNESS "LIGHTNESS"

Lightness channel code for HSV/HLS color models. In HLS, white has L=1, pure colors have L=0.5.

Definition at line 299 of file mlTypeDefs.h.

◆ ML_LUMINANCE

#define ML_LUMINANCE "LUMINANCE"

Gray, min is black.

Definition at line 266 of file mlTypeDefs.h.

◆ ML_LUV_L

#define ML_LUV_L "LUV_L"

LI channel code for CIE_LUV color model. See ML_CIE_X for further information.

Definition at line 317 of file mlTypeDefs.h.

◆ ML_LUV_U

#define ML_LUV_U "LUV_U"

U channel code for CIE_LUV color model. See ML_CIE_X for further information.

Definition at line 319 of file mlTypeDefs.h.

◆ ML_LUV_V

#define ML_LUV_V "LUV_V"

V channel code for CIE_LUV color model. See ML_CIE_X for further information.

Definition at line 321 of file mlTypeDefs.h.

◆ ML_M_PI

#define ML_M_PI 3.14159265358979323846 /* pi */

Pi as ML constant for backward compatibility.

Definition at line 455 of file mlTypeDefs.h.

◆ ML_M_PI_2

#define ML_M_PI_2 1.57079632679489661923 /* pi/2 */

Pi/2 as ML constant for backward compatibility.

Definition at line 459 of file mlTypeDefs.h.

◆ ML_MAGENTA

#define ML_MAGENTA "MAGENTA"

Magenta channel code for CMY* color models.

Definition at line 286 of file mlTypeDefs.h.

◆ ML_MAGNITUDE

#define ML_MAGNITUDE "MAGNITUDE"

First/magnitude component of polar coordinate.

Definition at line 352 of file mlTypeDefs.h.

◆ ML_NEGATIVE

#define ML_NEGATIVE "NEGATIVE"

Gray, min is white.

Definition at line 268 of file mlTypeDefs.h.

◆ ML_PALETTE

#define ML_PALETTE "PALETTE"

Palette or partial palette image, e.g., luminance with trace colors.

Definition at line 270 of file mlTypeDefs.h.

◆ ML_REAL

#define ML_REAL "REAL_PART"

Real part of a complex number.

Definition at line 334 of file mlTypeDefs.h.

◆ ML_RED

#define ML_RED "RED"

Red channel code for RGB/RGBA color model.

Definition at line 275 of file mlTypeDefs.h.

◆ ML_SATURATION

#define ML_SATURATION "SATURATION"

Saturation channel code for HSV/HLS color models.

Definition at line 295 of file mlTypeDefs.h.

◆ ML_SIZE_T_MAX

#define ML_SIZE_T_MAX ML_USIZE_T_MAX

For convenience the maximum value of size_t without "U" which is probably more the expected naming.

Definition at line 640 of file mlTypeDefs.h.

◆ ML_SIZE_T_MIN

#define ML_SIZE_T_MIN ML_USIZE_T_MIN

For convenience the minimum value of size_t without "U" which is probably more the expected naming.

Definition at line 637 of file mlTypeDefs.h.

◆ ML_SSIZE_T_MAX

#define ML_SSIZE_T_MAX (static_cast<MLssize_t>(ML_USIZE_T_MAX ^ ML_SSIZE_T_MIN))

The maximum value of ML_SSIZE_T.

Definition at line 665 of file mlTypeDefs.h.

◆ ML_SSIZE_T_MIN

#define ML_SSIZE_T_MIN (static_cast<MLssize_t>(1) << (sizeof(MLssize_t)*8-1))

The minimum value of ML_SSIZE_T.

Definition at line 661 of file mlTypeDefs.h.

◆ ML_TYPE_ASSIGN_FUNCTION_POINTERS

#define ML_TYPE_ASSIGN_FUNCTION_POINTERS ( )

Definition at line 1700 of file mlTypeDefs.h.

◆ ML_UINT16_MAX

#define ML_UINT16_MAX 0xFFFF

Definition at line 152 of file mlTypeDefs.h.

◆ ML_UINT16_MIN

#define ML_UINT16_MIN 0x0000

Definition at line 151 of file mlTypeDefs.h.

◆ ML_UINT32_MAX

#define ML_UINT32_MAX (static_cast<MLuint32>(0xFFFFFFFFL))

Definition at line 197 of file mlTypeDefs.h.

◆ ML_UINT32_MIN

#define ML_UINT32_MIN (static_cast<MLuint32>(0x00000000L))

Definition at line 196 of file mlTypeDefs.h.

◆ ML_UINT64_MAX

#define ML_UINT64_MAX UINT64_MAX

Definition at line 565 of file mlTypeDefs.h.

◆ ML_UINT64_MIN

#define ML_UINT64_MIN static_cast<MLuint64>(0)

Definition at line 564 of file mlTypeDefs.h.

◆ ML_UINT8_MAX

#define ML_UINT8_MAX 0xFF

Definition at line 118 of file mlTypeDefs.h.

◆ ML_UINT8_MIN

#define ML_UINT8_MIN 0x00

Definition at line 117 of file mlTypeDefs.h.

◆ ML_UINT_MAX

#define ML_UINT_MAX UINT64_MAX

Maximum possible value of MLuint.

Definition at line 603 of file mlTypeDefs.h.

◆ ML_UINT_MIN

#define ML_UINT_MIN UINT64_MIN

Minimum possible value of MLuint.

Definition at line 600 of file mlTypeDefs.h.

◆ ML_UNDEFINED_THREADID

#define ML_UNDEFINED_THREADID 0

MLThreadId. Defines the datatype for a thread id for comparing threads to each other.

Definition at line 703 of file mlTypeDefs.h.

◆ ML_UNKNOWN

#define ML_UNKNOWN "UNKNOWN"

Code for unknown image plane/color channel content.

Definition at line 324 of file mlTypeDefs.h.

◆ ML_USIZE_T_MAX

#define ML_USIZE_T_MAX (~static_cast<size_t>(0))

The maximum value of size_t.

Definition at line 634 of file mlTypeDefs.h.

◆ ML_USIZE_T_MIN

#define ML_USIZE_T_MIN ( static_cast<size_t>(0))

The minimum value of size_t.

Definition at line 631 of file mlTypeDefs.h.

◆ ML_V0

#define ML_V0 "V0"

Name for the first component of a vector.

Definition at line 339 of file mlTypeDefs.h.

◆ ML_V1

#define ML_V1 "V1"

Name for the second component of a vector.

Definition at line 341 of file mlTypeDefs.h.

◆ ML_V2

#define ML_V2 "V2"

Name for the third component of a vector.

Definition at line 343 of file mlTypeDefs.h.

◆ ML_V3

#define ML_V3 "V3"

Name for the fourth component of a vector.

Definition at line 345 of file mlTypeDefs.h.

◆ ML_V4

#define ML_V4 "V4"

Name for the fifth component of a vector.

Definition at line 347 of file mlTypeDefs.h.

◆ ML_V5

#define ML_V5 "V5"

Name for the sixth component of a vector.

Definition at line 349 of file mlTypeDefs.h.

◆ ML_VALUE

#define ML_VALUE "VALUE"

Value channel code for HSV/HLS color models. In HSV, pure colors and white have V=1.

Definition at line 297 of file mlTypeDefs.h.

◆ ML_YELLOW

#define ML_YELLOW "YELLOW"

Yellow channel code for CMY* color models.

Definition at line 288 of file mlTypeDefs.h.

◆ ML_YIQ_I

#define ML_YIQ_I "YIQ_I"

YIQ I channel code for YIQ color model (used in US TV standard).

Definition at line 304 of file mlTypeDefs.h.

◆ ML_YIQ_Q

#define ML_YIQ_Q "YIQ_Q"

YIQ Q channel code for YIQ color model (used in US TV standard).

Definition at line 306 of file mlTypeDefs.h.

◆ ML_YIQ_Y

#define ML_YIQ_Y "YIQ_Y"

YIQ Y channel code for YIQ color model (used in US TV standard).

Definition at line 302 of file mlTypeDefs.h.

◆ UINT64_MAX

#define UINT64_MAX 0xFFFFFFFFFFFFFFFFUI64

Definition at line 522 of file mlTypeDefs.h.

◆ UINT64_MIN

#define UINT64_MIN static_cast<MLuint64>(0)

If still not done, define UINT64_MIN and UINT64_MAX.

Definition at line 519 of file mlTypeDefs.h.

Typedef Documentation

◆ MLApplicationGetBoolPropertyCB

typedef MLint32 MLApplicationGetBoolPropertyCB(void *applicationUsrData, const char *propertyName, MLint16 *found)

Callback to the hosting application that is used to get a bool value property with the propertyName from the application, it should return 0 for false and 1 for true.

Definition at line 1341 of file mlTypeDefs.h.

◆ MLApplicationGetDoublePropertyCB

typedef double MLApplicationGetDoublePropertyCB(void *applicationUsrData, const char *propertyName, MLint16 *found)

Callback to the hosting application that is used to get a double value property with the propertyName from the application.

Definition at line 1337 of file mlTypeDefs.h.

◆ MLApplicationGetInt32PropertyCB

typedef MLint32 MLApplicationGetInt32PropertyCB(void *applicationUsrData, const char *propertyName, MLint16 *found)

Callback to the hosting application that is used to get an int value property with the propertyName from the application.

Definition at line 1334 of file mlTypeDefs.h.

◆ MLApplicationGetStringPropertyCB

typedef const char* MLApplicationGetStringPropertyCB(void *applicationUsrData, const char *propertyName, MLint16 *found)

Callback to the hosting application that is used to get a string value property with the propertyName from the application.

The returned char pointer may be short-lived and should be copied immediately!

Definition at line 1331 of file mlTypeDefs.h.

◆ MLDblFuncPtr

typedef double(* MLDblFuncPtr) (double)

A function pointer type to a function which returns a double and takes a double as argument.

Definition at line 1282 of file mlTypeDefs.h.

◆ MLdouble

typedef double MLdouble

Definition at line 223 of file mlTypeDefs.h.

◆ MLdoublePtr

typedef double* MLdoublePtr

Definition at line 224 of file mlTypeDefs.h.

◆ MLEventFilterApplicationHookCB

typedef void MLEventFilterApplicationHookCB(void *applicationUsrData, MLEventFilterApplicationMessage type, MLEventFilterCB *cb, void *usrData, MLuint32 fromMessageId, MLuint32 toMessageId)

Internal application event filter callback type.

type decides whether the pair cb and usrData shall be added or removed from the windows handler. cb is the callback which is passed from the calls of MLAddEventFilter or MLRemoveEventFilterCB. usrData is the callback data which is passed from the calls of MLAddEventFilter or MLRemoveEventFilterCB. fromMessageId and toMessageId define the range of the message ids that are passed to the filter, see MLAddEventFilterCB.

Definition at line 1389 of file mlTypeDefs.h.

◆ MLEventFilterCB

typedef MLint32 MLEventFilterCB(void *usrData, void *event)

Callback function type for events that are passed to the user.

The event parameter event is a MSG* for WIN32 and a XEvent* for X11. The return value decides if the event is further processed by the underlying windows system, in the case of MeVisLab QT. By default one should return 0 when the event is not used/handled by the user and 1 if the event was handled the callback.

Definition at line 1352 of file mlTypeDefs.h.

◆ MLfloat

typedef float MLfloat

Definition at line 207 of file mlTypeDefs.h.

◆ MLfloatPtr

typedef float* MLfloatPtr

Definition at line 208 of file mlTypeDefs.h.

◆ MLHostBreakCheckCB

typedef MLint32 MLHostBreakCheckCB(void *usrData, void **hitField)

Definition at line 1317 of file mlTypeDefs.h.

◆ MLHostProgressCB

typedef void MLHostProgressCB(void *usrData, const char *info1, const char *info2)

Definition at line 1316 of file mlTypeDefs.h.

◆ MLint

typedef MLint64 MLint

A signed ML integer type with at least 64 bits used for index calculations on very large images even on 32 bit systems (typically used for positions and coordinates in/of images).

Definition at line 578 of file mlTypeDefs.h.

◆ MLint16

typedef signed short MLint16

Definition at line 131 of file mlTypeDefs.h.

◆ MLint16Ptr

typedef signed short* MLint16Ptr

Definition at line 132 of file mlTypeDefs.h.

◆ MLint32

typedef signed int MLint32

Definition at line 167 of file mlTypeDefs.h.

◆ MLint32Ptr

typedef signed int* MLint32Ptr

Definition at line 168 of file mlTypeDefs.h.

◆ MLint64

typedef INT64 MLint64

Include 64 bit integer support for Windows or Unix.

Introduce platform independent 64 bit signed integer type.

Definition at line 500 of file mlTypeDefs.h.

◆ MLint64Ptr

typedef INT64* MLint64Ptr

Introduce platform independent 64 bit signed integer pointer type.

Definition at line 502 of file mlTypeDefs.h.

◆ MLint8

typedef char MLint8

Definition at line 103 of file mlTypeDefs.h.

◆ MLint8Ptr

typedef char* MLint8Ptr

Definition at line 104 of file mlTypeDefs.h.

◆ MLintPtr

typedef MLint64* MLintPtr

A pointer to the signed ML integer type MLint.

Definition at line 581 of file mlTypeDefs.h.

◆ MLldouble

typedef long double MLldouble

Definition at line 238 of file mlTypeDefs.h.

◆ MLldoublePtr

typedef long double* MLldoublePtr

Definition at line 239 of file mlTypeDefs.h.

◆ MLMessageCB

typedef void MLMessageCB(void *usrData, MLErrorCode errCode, MLMessageType messageType, const char *messStr, int line, const char **infos)

Handling/setting/getting of ML messages callbacks.

Callback function type for application defined error handler.

Definition at line 1289 of file mlTypeDefs.h.

◆ MLNotifyCB

typedef void MLNotifyCB(MLuint32 objType, void *usrData, void *objectData1, void *objData2)

Function type which is registered by the Notify object; it receives a code objType of type MLNotifyChangedObjectType.

This registered function will be called with the registered user data usrData and the changed object type objType when an ML object changes. Additional objects or information may be passed with pointers objectData1 and objectData2 which depend on the type of call; in most cases these pointers are NULL, however.

Definition at line 1307 of file mlTypeDefs.h.

◆ MLRequestProgressCB

typedef void MLRequestProgressCB(void *usrData, double progress)

Definition at line 1318 of file mlTypeDefs.h.

◆ MLSensorCB

typedef void MLSensorCB(void *usrData, void *sensor)

Definition at line 1315 of file mlTypeDefs.h.

◆ MLsoffset

typedef MLint MLsoffset

Signed ML offset type which is a 32 bit signed integer on 32 bit platforms and a 64 bit integer on 64 bit platforms.

Definition at line 650 of file mlTypeDefs.h.

◆ MLssize_t

typedef SSIZE_T MLssize_t

The signed ML size type which is a signed 32 bit size_t on 32 bit platforms and 64 bit one on 64 bit platforms.

Definition at line 654 of file mlTypeDefs.h.

◆ MLThreadId

typedef MLuint32 MLThreadId

Definition at line 706 of file mlTypeDefs.h.

◆ MLTypeData

typedef unsigned char MLTypeData

This is the pointer type used to point to the data of MLType data instances.

Definition at line 1436 of file mlTypeDefs.h.

◆ MLTypeGroup

typedef MLint32 MLTypeGroup

This is an identifier to differentiate types like matrices, vectors and complex/quaternion types, which may have the same number of components, but different semantics.

Definition at line 1447 of file mlTypeDefs.h.

◆ MLTypePropertyBits

typedef MLuint64 MLTypePropertyBits

Structure to define a bit mask which identifies all implemented functions for a data type.

Definition at line 1411 of file mlTypeDefs.h.

◆ MLuint

typedef MLuint64 MLuint

An unsigned ML integer type with at least 64 bits used for index calculations on very large images even on 32 bit systems (sometimes needed for positions and coordinates in/of images; note that normally the signed MLint should be used for safe signed indexing arithmetics in the ML, because images can be larger than 2^32 even on 32 bit systems).

Definition at line 594 of file mlTypeDefs.h.

◆ MLuint16

typedef unsigned short MLuint16

Definition at line 148 of file mlTypeDefs.h.

◆ MLuint16Ptr

typedef unsigned short* MLuint16Ptr

Definition at line 149 of file mlTypeDefs.h.

◆ MLuint32

typedef unsigned int MLuint32

Definition at line 191 of file mlTypeDefs.h.

◆ MLuint32Ptr

typedef unsigned int* MLuint32Ptr

Definition at line 192 of file mlTypeDefs.h.

◆ MLuint64

typedef UINT64 MLuint64

Introduce platform independent 64 bit unsigned integer type.

Definition at line 513 of file mlTypeDefs.h.

◆ MLuint64Ptr

typedef UINT64* MLuint64Ptr

Introduce platform independent 64 bit unsigned integer pointer type.

Definition at line 515 of file mlTypeDefs.h.

◆ MLuint8

typedef unsigned char MLuint8

Definition at line 115 of file mlTypeDefs.h.

◆ MLuint8Ptr

typedef unsigned char* MLuint8Ptr

Definition at line 116 of file mlTypeDefs.h.

◆ MLuintPtr

typedef MLuint64* MLuintPtr

A pointer to the unsigned ML integer type MLuint.

Definition at line 597 of file mlTypeDefs.h.

◆ MLuoffset

typedef MLuint64 MLuoffset

Unsigned ML offset type which is a 32 bit unsigned integer on 32 bit platforms and 64 bit one on 64 bit platforms.

Definition at line 625 of file mlTypeDefs.h.

◆ MLusize_t

typedef size_t MLusize_t

The unsigned ML size type which is an unsigned 32 bit size_t on 32 bit platforms and 64 bit one on 64 bit platforms.

Definition at line 628 of file mlTypeDefs.h.

Enumeration Type Documentation

◆ MLArrayIndex

enum MLArrayIndex

Indexes for axes, arrays and vectors.

Enumerator
ML_VX	Array index for x components (entry 0)
ML_VY	Array index for y components (entry 1)
ML_VZ	Array index for z components (entry 2)
ML_VW	Array index for w (forth components of homogeneous vectors, entry 3)
ML_VC	Array index for c (color) components (entry 3)
ML_VT	Array index for t (time) components (entry 4)
ML_VU	Array index for u (unit/user dimension) components (entry 5)

Definition at line 1262 of file mlTypeDefs.h.

◆ MLCheckBits

enum MLCheckBits

Enumerator describing runtime and final checks in the ML.

Enumerator
ML_FINAL_RUNTIME_CHECK_BIT	Final checks in the RuntimeType system are activated.
ML_NO_CHECKS_BITS	All checks are deactivated.
ML_ALL_CHECKS_BITS	All available checks are activated.

Definition at line 788 of file mlTypeDefs.h.

◆ MLEventFilterApplicationMessage

enum MLEventFilterApplicationMessage

Enum to describe the significance of the call, e.g., whether an 'add' or a 'remove' of a function is requested.

Enumerator
ML_EVENTFILTER_ADD_CB
ML_EVENTFILTER_REMOVE_CB

Definition at line 1245 of file mlTypeDefs.h.

◆ MLMemoryErrorHandling

enum MLMemoryErrorHandling

Enumerator to specify memory error handling.

Enumerator
ML_RETURN_NULL	On allocation failure NULL is returned without error handling.
ML_FATAL_MEMORY_ERROR	On allocation failure a fatal error print is done and NULL is returned.
ML_THROW_NO_MEMORY	On allocation failure a throw(ML_NO_MEMORY) is executed.
ML_FATAL_MEMORY_ERROR_AND_THROW_NO_MEMORY	On allocation failure a fatal error is posted and ML_NO_MEMORY is thrown.

Definition at line 778 of file mlTypeDefs.h.

◆ MLMessageType

enum MLMessageType

Message types handled by the ErrorOutput class.

Enumerator
ML_WARNING
ML_ERROR
ML_FATAL
ML_DEBUG
ML_COUT
ML_CERR
ML_INFORMATION
ML_OTHER_MESSAGE
ML_ALL_MESSAGES

Definition at line 798 of file mlTypeDefs.h.

◆ MLNotifyChangedClassType

enum MLNotifyChangedClassType

Codes for ML classes which may change:

Enumerator
ML_NOTIFY_NO_OBJECT	0x0000 = No object
ML_NOTIFY_ERROR_OUTPUT	0x0001 = ErrorOutput
ML_NOTIFY_API	0x0002 = API
ML_NOTIFY_RUNTIME	0x0004 = Runtime
ML_NOTIFY_CACHE	0x0008 = Cache
ML_NOTIFY_HOST	0x0010 = Host
ML_NOTIFY_MODULE	0x0020 = Module
ML_NOTIFY_LAST_CLASS

Definition at line 1176 of file mlTypeDefs.h.

◆ MLNotifyChangedObjectType

enum MLNotifyChangedObjectType

Objects of the ML which call the registered functions when changed.

The highest 16 bits contains the code for the class which changes. The lowest 16 bits contains the object which changes. Note to ML_MODULE_DELETED and ML_NOTIFY_RUNTIME_TYPE_REMOVED: If called then the deleted module or runtime type pointers, which are passed as first parameters, are still not valid any more.

Enumerator
ML_NOTIFY_NO_OBJECT_TYPE
ML_NOTIFY_ERROR_OUTPUT_ERROR_OUTPUT_CB
ML_NOTIFY_ERROR_OUTPUT_FULL_DEBUGGING
ML_NOTIFY_ERROR_OUTPUT_TERMINATION_TYPE
ML_NOTIFY_ERROR_OUTPUT_MESSAGE_FILTER
ML_NOTIFY_ERROR_OUTPUT_DEBUG_ENV_NAMES
ML_NOTIFY_ERROR_OUTPUT_OTHER_CHANGES
ML_NOTIFY_API_EXCEPTIONS
ML_NOTIFY_API_CHECKS_BITS
ML_NOTIFY_RUNTIME_TYPE_ADDED
ML_NOTIFY_RUNTIME_TYPE_REMOVED
ML_NOTIFY_CACHE_CLEAR
ML_NOTIFY_CACHE_MEM_OPT_LEVEL
ML_NOTIFY_CACHE_FLUSH
ML_NOTIFY_CACHE_MAX_SIZE
ML_NOTIFY_CACHE_MONITORING_LEVEL
ML_NOTIFY_HOST_MAX_NUM_THREADS
ML_NOTIFY_HOST_BREAK_CHECK_CB
ML_NOTIFY_HOST_PROGRESS_CB
ML_NOTIFY_HOST_USE_CLASSIC_HOST
ML_NOTIFY_FIELD_HANDLED
ML_NOTIFY_MODULE_INSTANTIATED
ML_NOTIFY_MODULE_DELETED

Definition at line 1200 of file mlTypeDefs.h.

◆ MLSign

enum MLSign

Definition of possible signs as enumerator.

Enumerator
ML_ZERO_SIGN	Enumerator for no negative and no positive sign (=0).
ML_NEGATIVE_SIGN	Negative sign enumerator.
ML_POSITIVE_SIGN	Positive sign enumerator.

Definition at line 1254 of file mlTypeDefs.h.

◆ MLTerminator

enum MLTerminator

Termination types for error handling.

Selectors what the ML shall do if a debug, error, warning, or information is received.

Enumerator
ML_CONTINUE	Tries to ignore the message and to continue.
ML_ABORT	Uses abort() to terminate the application which supports easily to start the debugger.
ML_EXIT0	Terminates the application with exit(0), not recommended for use in normal code.
ML_EXITCODE	Terminates the application with exit(ErrorCode), not recommended for use in normal code.
MLNumTerminators

Definition at line 1162 of file mlTypeDefs.h.

◆ MLTypeGroupIds

enum MLTypeGroupIds

Some predefined type groups.

Enumerator
MLNoTypeGroup
MLScalarTypeGroup
MLVectorTypeGroup
MLMatrixTypeGroup

Definition at line 1452 of file mlTypeDefs.h.

Classes

Namespaces

Macros

Typedefs

Enumerations

Functions

Defines 8 bit signed integer data type and its pointer type if still not done.

Defines 8 bit unsigned integer data type and its pointer type if still not done.

Defines 16 bit signed integer data type and its pointer type if still not done.

Defines 16 bit unsigned integer data type and its pointer type if still not done.

Defines 32 bit signed integer data type and its pointer type if still not done.

Defines 32 bit unsigned integer data type and its pointer type if still not done.

Defines float type and its pointer type if still not done.

Defines double type and its pointer type if still not done.

Defines long double type and its pointer type if still not done.

64 signed and unsigned integer support with min and max defines

Typedef of an integer type using 64 bit.

Support for signed and unsigned size and offset types.

Internal Application API (used by MeVisLab)