ML Reference
Data Types

Macros

#define ML_NUM_STANDARD_TYPES   10
#define ML_MAX_COMPONENTS_EXTENDED_TYPE   512
#define ML_INVALID_DATA_TYPE   -1

Typedefs

typedef MLint32 MLDataType

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
}

Functions

int MLisfinite (MLdouble v)
int MLisnan (MLdouble v)
template<typename DT>
DT MLAbs (const DT val)
template<typename T>
bool MLFloatValuesEqual (const T a, const T b, const T m)

DATA TYPE MANAGEMENT.

MLEXPORT const char *const * MLDataTypeNames ()
MLEXPORT size_t MLNumDataTypes ()
MLEXPORT const char * MLNameFromDataType (MLDataType dataType)
MLEXPORT MLDataType MLDataTypeFromName (const char *const name)
MLEXPORT MLdouble MLDataTypeMax (MLDataType dataType)
MLEXPORT MLdouble MLDataTypeMin (MLDataType dataType)
MLEXPORT size_t MLSizeOf (MLDataType dataType)
MLEXPORT MLint32 MLRangeOrder (MLDataType dataType)
MLEXPORT MLint32 MLIsValidType (MLDataType dataType)
MLEXPORT MLint32 MLIsSigned (MLDataType dataType)
MLEXPORT MLint32 MLIsIntType (MLDataType dataType)
MLEXPORT MLint32 MLIsFloatType (MLDataType dataType)
MLEXPORT MLint32 MLIsStandardType (MLDataType dataType)
MLEXPORT MLint32 MLIsScalarType (MLDataType dataType)
MLEXPORT MLint32 MLIsDefaultExtendedType (MLDataType dataType)
MLEXPORT MLint32 MLHolds (MLDataType datatype1, MLDataType datatype2)
MLEXPORT MLDataType MLGetPromotedType (MLDataType datatype1, MLDataType datatype2)
MLEXPORT MLDataType MLGetDataTypeForRange (MLdouble *min, MLdouble *max, MLint32 preferUnsigned)
MLEXPORT MLDataType MLGetDataTypeForUncorrectedRange (MLdouble min, MLdouble max, MLint32 preferUnsigned)
MLEXPORT MLDataType MLGetRangeAndPrecisionEquivalent (MLDataType dataType)
MLEXPORT MLDataType MLGetPromotedPrecision (MLDataType datatype1, MLDataType datatype2)
MLEXPORT MLErrorCode MLClampIntervalToDataTypeRange (double intervalMin, double intervalMax, MLDataType dataType, double *resultIntervalMin, double *resultIntervalMax)
MLEXPORT size_t MLSizeOfRegisteredType (MLDataType dataType)
 Compatibility function - obsolete, use MLSizeOf instead!
MLEXPORT MLTypeGroup MLGetTypeGroup (MLDataType dataType)
MLEXPORT MLDataType MLGetPromotedTypeWithRange (const MLDataType *inputTypes, size_t numTypes, double rangeMin, double rangeMax)
MLEXPORT MLDataType MLGetPromotedTypeWithRange1Input (MLDataType inputType1, double rangeMin, double rangeMax)
 Convenience function for MLGetPromotedTypeWithRange with one input.
MLEXPORT MLDataType MLGetPromotedTypeWithRange2Inputs (MLDataType inputType1, MLDataType inputType2, double rangeMin, double rangeMax)
 Convenience function for MLGetPromotedTypeWithRange with two inputs.
MLEXPORT MLDataType MLGetPromotedTypeWithRange3Inputs (MLDataType inputType1, MLDataType inputType2, MLDataType inputType3, double rangeMin, double rangeMax)
 Convenience function for MLGetPromotedTypeWithRange with three inputs.
MLEXPORT MLDataType MLGetIntegerDataTypeForRange (double rangeMin, double rangeMax)
MLEXPORT size_t MLTypeGetNumComponents (MLDataType dataType)
MLEXPORT const char * MLTypeGetStructInfoString (MLDataType dataType)
MLEXPORT MLDataType MLTypeGetBestScalarTypeForTypeComponentChars (const char *charCodes, int suppressML64BitInts, int suppressMLldouble)
MLEXPORT MLDataType MLTypeGetBestScalarTypeForTypeComponents (MLDataType dataType, int suppressML64BitInts, int suppressMLldouble)
MLint8 MLTypeRangeMax (MLint8)
MLuint8 MLTypeRangeMax (MLuint8)
MLint16 MLTypeRangeMax (MLint16)
MLuint16 MLTypeRangeMax (MLuint16)
MLint32 MLTypeRangeMax (MLint32)
MLuint32 MLTypeRangeMax (MLuint32)
MLfloat MLTypeRangeMax (MLfloat)
MLdouble MLTypeRangeMax (MLdouble)
MLldouble MLTypeRangeMax (MLldouble)
MLuint64 MLTypeRangeMax (MLuint64)
MLint64 MLTypeRangeMax (MLint64)
MLint8 MLTypeRangeMin (MLint8)
MLuint8 MLTypeRangeMin (MLuint8)
MLint16 MLTypeRangeMin (MLint16)
MLuint16 MLTypeRangeMin (MLuint16)
MLint32 MLTypeRangeMin (MLint32)
MLuint32 MLTypeRangeMin (MLuint32)
MLfloat MLTypeRangeMin (MLfloat)
MLdouble MLTypeRangeMin (MLdouble)
MLldouble MLTypeRangeMin (MLldouble)
MLuint64 MLTypeRangeMin (MLuint64)
MLint64 MLTypeRangeMin (MLint64)
MLint8 MLTypeMinDifference (MLint8)
MLuint8 MLTypeMinDifference (MLuint8)
MLint16 MLTypeMinDifference (MLint16)
MLuint16 MLTypeMinDifference (MLuint16)
MLint32 MLTypeMinDifference (MLint32)
MLuint32 MLTypeMinDifference (MLuint32)
MLfloat MLTypeMinDifference (MLfloat)
MLdouble MLTypeMinDifference (MLdouble)
MLldouble MLTypeMinDifference (MLldouble)
MLuint64 MLTypeMinDifference (MLuint64)
MLint64 MLTypeMinDifference (MLint64)
MLfloat MLfabs (MLfloat v)
MLdouble MLfabs (MLdouble v)
MLldouble MLfabs (MLldouble v)
bool MLValuesAreEqual (MLint8 a, MLint8 b, MLint8)
bool MLValuesAreEqual (MLuint8 a, MLuint8 b, MLuint8)
bool MLValuesAreEqual (MLint16 a, MLint16 b, MLint16)
bool MLValuesAreEqual (MLuint16 a, MLuint16 b, MLuint16)
bool MLValuesAreEqual (MLint32 a, MLint32 b, MLint32)
bool MLValuesAreEqual (MLuint32 a, MLuint32 b, MLuint32)
bool MLValuesAreEqual (MLfloat a, MLfloat b, MLfloat m)
bool MLValuesAreEqual (MLdouble a, MLdouble b, MLdouble m)
bool MLValuesAreEqual (MLldouble a, MLldouble b, MLldouble m)
bool MLValuesAreEqual (MLuint64 a, MLuint64 b, MLuint64)
bool MLValuesAreEqual (MLint64 a, MLint64 b, MLint64)
template<typename T1, typename T2>
bool MLValuesAreEqual (T1 a, T2 b, MLint64)
bool MLValuesDiffer (MLint8 a, MLint8 b, MLint8)
bool MLValuesDiffer (MLuint8 a, MLuint8 b, MLuint8)
bool MLValuesDiffer (MLint16 a, MLint16 b, MLint16)
bool MLValuesDiffer (MLuint16 a, MLuint16 b, MLuint16)
bool MLValuesDiffer (MLint32 a, MLint32 b, MLint32)
bool MLValuesDiffer (MLuint32 a, MLuint32 b, MLuint32)
bool MLValuesDiffer (MLfloat a, MLfloat b, MLfloat m)
bool MLValuesDiffer (MLdouble a, MLdouble b, MLdouble m)
bool MLValuesDiffer (MLldouble a, MLldouble b, MLldouble m)
bool MLValuesDiffer (MLuint64 a, MLuint64 b, MLuint64)
bool MLValuesDiffer (MLint64 a, MLint64 b, MLint64)
template<typename T1, typename T2>
bool MLValuesDiffer (T1 a, T2 b, MLint64)
bool MLValuesAreEqualWOM (MLint8 a, MLint8 b)
bool MLValuesAreEqualWOM (MLuint8 a, MLuint8 b)
bool MLValuesAreEqualWOM (MLint16 a, MLint16 b)
bool MLValuesAreEqualWOM (MLuint16 a, MLuint16 b)
bool MLValuesAreEqualWOM (MLint32 a, MLint32 b)
bool MLValuesAreEqualWOM (MLuint32 a, MLuint32 b)
bool MLValuesAreEqualWOM (MLfloat a, MLfloat b)
bool MLValuesAreEqualWOM (MLdouble a, MLdouble b)
bool MLValuesAreEqualWOM (MLldouble a, MLldouble b)
bool MLValuesAreEqualWOM (MLuint64 a, MLuint64 b)
bool MLValuesAreEqualWOM (MLint64 a, MLint64 b)
template<typename T1, typename T2>
bool MLValuesAreEqualWOM (T1 a, T2 b)
bool MLValuesDifferWOM (MLint8 a, MLint8 b)
bool MLValuesDifferWOM (MLuint8 a, MLuint8 b)
bool MLValuesDifferWOM (MLint16 a, MLint16 b)
bool MLValuesDifferWOM (MLuint16 a, MLuint16 b)
bool MLValuesDifferWOM (MLint32 a, MLint32 b)
bool MLValuesDifferWOM (MLuint32 a, MLuint32 b)
bool MLValuesDifferWOM (MLfloat a, MLfloat b)
bool MLValuesDifferWOM (MLdouble a, MLdouble b)
bool MLValuesDifferWOM (MLldouble a, MLldouble b)
bool MLValuesDifferWOM (MLuint64 a, MLuint64 b)
bool MLValuesDifferWOM (MLint64 a, MLint64 b)
template<typename T1, typename T2>
bool MLValuesDifferWOM (T1 a, T2 b)
bool MLValueIs0WOM (MLint8 a)
bool MLValueIs0WOM (MLuint8 a)
bool MLValueIs0WOM (MLint16 a)
bool MLValueIs0WOM (MLuint16 a)
bool MLValueIs0WOM (MLint32 a)
bool MLValueIs0WOM (MLuint32 a)
bool MLValueIs0WOM (MLfloat a)
bool MLValueIs0WOM (MLdouble a)
bool MLValueIs0WOM (MLldouble a)
bool MLValueIs0WOM (MLuint64 a)
bool MLValueIs0WOM (MLint64 a)
template<typename T1>
bool MLValueIs0WOM (T1 a)

Detailed Description

Data types available in the ML.

Macro Definition Documentation

◆ ML_INVALID_DATA_TYPE

#define ML_INVALID_DATA_TYPE   -1

Defines an invalid MLDataType.

Definition at line 612 of file mlTypeDefs.h.

Referenced by ml::TSubImage< DATATYPE >::TSubImage().

◆ ML_MAX_COMPONENTS_EXTENDED_TYPE

#define ML_MAX_COMPONENTS_EXTENDED_TYPE   512

Maximum number of components for extended types.

Definition at line 252 of file mlTypeDefs.h.

◆ ML_NUM_STANDARD_TYPES

#define ML_NUM_STANDARD_TYPES   10

Number of available compiler/scalar datatypes.

Definition at line 246 of file mlTypeDefs.h.

Typedef Documentation

◆ MLDataType

typedef MLint32 MLDataType

MLDataType. An enum for all datatypes, predefined compiler (scalar) types, and registered types.

Definition at line 595 of file mlTypeDefs.h.

Enumeration Type Documentation

◆ MLDataTypeIds

enum MLDataTypeIds

MLDataType identifiers. Defines enumerations for all datatypes used by the ML by default.

Enumerator
MLint8Type 

Enumerator for the signed 8-bit ML integer type.

MLuint8Type 

Enumerator for the unsigned 8-bit ML integer type.

MLint16Type 

Enumerator for the signed 16-bit ML integer type.

MLuint16Type 

Enumerator for the unsigned 16-bit ML integer type.

MLint32Type 

Enumerator for the signed 32-bit ML integer type.

MLuint32Type 

Enumerator for the unsigned 32-bit ML integer type.

MLfloatType 

Enumerator for the signed 32-bit ML floating point type.

MLdoubleType 

Enumerator for the signed 64-bit ML floating point type.

MLint64Type 

Enumerator for the signed 64-bit ML integer type.

MLuint64Type 

Enumerator for the unsigned 64-bit ML integer type.

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 

Definition at line 618 of file mlTypeDefs.h.

Function Documentation

◆ MLAbs()

template<typename DT>
DT MLAbs ( const DT val)
inline

Defines a templated MLAbs version to circumvent fabs ambiguities on different platforms.

Definition at line 104 of file mlTypeDefTraits.h.

Referenced by ml::FloatingPointVector< T, size, DataContainer >::compAbs(), ml::FloatingPointMatrix< VectorT, size >::compAbsSum(), ml::FloatingPointVector< T, size, DataContainer >::compMaxAbs(), ml::MLInverseMatHelper(), and ml::MLTStdTypeInfos< VTYP >::MLTYPE_isEqualToTypeWithEpsilon().

◆ MLClampIntervalToDataTypeRange()

MLEXPORT MLErrorCode MLClampIntervalToDataTypeRange ( double intervalMin,
double intervalMax,
MLDataType dataType,
double * resultIntervalMin,
double * resultIntervalMax )

Clamps the given lower/upper interval to the data type's range and checks whether the interval is completely outside of data type's range. If the data type is an integer type, ceil is applied to intervalMin and floor is applied to intervalMax. If the resulting range is not empty and at least partially inside of the data type's range, ML_RESULT_OK is returned.

References MLEXPORT.

◆ MLDataTypeFromName()

MLEXPORT MLDataType MLDataTypeFromName ( const char *const name)

Returns the ID of the data type with name name. If name is not valid, then ML_INVALID_DATA_TYPE is returned.

References MLEXPORT.

◆ MLDataTypeMax()

MLEXPORT MLdouble MLDataTypeMax ( MLDataType dataType)

Returns the maximum value of data type dataType or 0 if dataType is invalid.

References MLEXPORT.

◆ MLDataTypeMin()

MLEXPORT MLdouble MLDataTypeMin ( MLDataType dataType)

Returns the minimum value of data type dataType or 0 if dataType is invalid.

References MLEXPORT.

◆ MLDataTypeNames()

MLEXPORT const char *const * MLDataTypeNames ( )

Thread-safety: These functions are thread-safe, as long as no new datatypes are registered after startup.

Function that returns the table of C-strings of all scalar and registered datatypes. The returned array is usually stable unless new datatypes are registered.

References MLEXPORT.

◆ MLfabs() [1/3]

MLdouble MLfabs ( MLdouble v)
inline

Definition at line 88 of file mlTypeDefTraits.h.

References fabs().

◆ MLfabs() [2/3]

MLfloat MLfabs ( MLfloat v)
inline

fabs functions to implement type and platform independent MLabs function.

Definition at line 87 of file mlTypeDefTraits.h.

Referenced by MLFloatValuesEqual(), MLValueIs0WOM(), MLValueIs0WOM(), MLValueIs0WOM(), MLValuesAreEqualWOM(), MLValuesAreEqualWOM(), MLValuesAreEqualWOM(), MLValuesDifferWOM(), MLValuesDifferWOM(), and MLValuesDifferWOM().

◆ MLfabs() [3/3]

MLldouble MLfabs ( MLldouble v)
inline

Definition at line 89 of file mlTypeDefTraits.h.

◆ MLFloatValuesEqual()

template<typename T>
bool MLFloatValuesEqual ( const T a,
const T b,
const T m )
inline

Returns true if floating point numbers a and b differ less or equal than their technically availably precision, and false otherwise. For a sensible comparison, the available precision of the floating point number needs to be scaled to the order of magnitude m in which the two compared numbers reside. This becomes understandable by considering to the following example: the minimal technically difference between two double numbers near 1 are given by the constant DBL_EPSILON, which is about 10e-16 in many systems. The technically available difference between numbers around 10e200 is DBL_EPSILON * 10e200, which is about 10e-16 * 10e200 = 10e184. Thus numbers that differ less than 10e184 are technically equal. This concept also holds for very small numbers. Thus m should be a value from the range in which a and b normally occur.

Definition at line 144 of file mlTypeDefTraits.h.

References MLfabs(), and MLTypeMinDifference().

Referenced by MLValuesAreEqual(), MLValuesAreEqual(), MLValuesAreEqual(), MLValuesDiffer(), MLValuesDiffer(), and MLValuesDiffer().

◆ MLGetDataTypeForRange()

MLEXPORT MLDataType MLGetDataTypeForRange ( MLdouble * min,
MLdouble * max,
MLint32 preferUnsigned )

Corrects the order of *min and *max and returns an adequate standard data type. If *min == *max, *max = *min+1 is returned. If preferUnsigned is true (not 0), unsigned datatypes are preferred instead of signed types if both are sensible responses for the range given by [*min, *max]. Float values are chosen if

  • integer ranges are not sufficient or
  • difference between min and max is smaller or equal 1.

NOTE: Since the float behavior is a bit unusual for ranges < 1 (not to call it strange), please consider using MLGetIntegerDataTypeForRange or MLGetPromotedTypeWithRange1Input instead.

Examples: [min,max]=[3, 5] : 8-bit (unsigned) integer [min,max]=[3.1, 5] : 8-bit (unsigned) integer [min,max]=[1,2] : Float [min,max]=[1,3] : 8-bit (unsigned) integer [min,max]=[10,2000] : 16-bit (unsigned) integer [min,max]=[10,1831.1] : 16-bit (unsigned) integer [min,max]=[-1,1] : 8-bit signed integer [min,max]=[0,0] : 8-bit signed integer where max becomes 1. If min or max pointer is invalid then MLdoubleType is returned.

References MLEXPORT.

◆ MLGetDataTypeForUncorrectedRange()

MLEXPORT MLDataType MLGetDataTypeForUncorrectedRange ( MLdouble min,
MLdouble max,
MLint32 preferUnsigned )

Like getMLDataTypeForRange with the following differences:

  • min / max is not changed even if invalid.
  • min / max order is corrected only internally but max is not incremented even if min and max are equal.

References MLEXPORT.

◆ MLGetIntegerDataTypeForRange()

MLEXPORT MLDataType MLGetIntegerDataTypeForRange ( double rangeMin,
double rangeMax )

Returns the minimal integer type that can hold the given range. It prefers unsigned integer types but will use signed types if needed.

References MLEXPORT.

◆ MLGetPromotedPrecision()

MLEXPORT MLDataType MLGetPromotedPrecision ( MLDataType datatype1,
MLDataType datatype2 )

Returns one of datatype1 and datatype2 that has higher precision. On equal precisions, the one with higher range is returned. On equal precisions and equal ranges, datatype1 is returned. For registered datatypes, the MLPrecisionEquivalent is used for comparison.

References MLEXPORT.

◆ MLGetPromotedType()

MLEXPORT MLDataType MLGetPromotedType ( MLDataType datatype1,
MLDataType datatype2 )

Returns a data type that can hold the value ranges from datatype1 and datatype2 (including both). If the resulting type cannot be determined or one of the parameters is invalid then ML_INVALID_DATA_TYPE is returned. (This happens, e.g., if MLdoubleType and complex<float> shall be merged but complex<float> cannot hold double and double cannot hold complex<float> and both have no conversion types that could be used instead.)

References MLEXPORT.

◆ MLGetPromotedTypeWithRange()

MLEXPORT MLDataType MLGetPromotedTypeWithRange ( const MLDataType * inputTypes,
size_t numTypes,
double rangeMin,
double rangeMax )

Routine for type promotion that takes a list of input types and the target value range to find a resulting data type. It does so in two or three steps:

Step1: Find a common base type for the input types. (For extended types the component types are regarded separately.)
Rules: If all input types are integer, use an integer type, else a float type. Use a signed integer if at least one input integer type is signed. Use a type with the byte size of the type with the largest byte size. This means that int32 and float will give float, but int64 and float will give double.

Step2: Promote the common base type to cover the target value range.
Rules: If the common base type is integer, try to stay integer. If the common base type is unsigned, try to stay unsigned; otherwise, use signed.

If the common base type was a scalar type this is the result, else there follows

Step3: Select an extended type to cover the common component types.
Rules: The type must have the same number of components and the same type group as the first type that had the maximum number of components (e.g., if mixing complex and vec2 the first one wins, if mixing complex and vec3 the second wins - because it had more components). Select the 'smallest' possible type that can hold the components as determined with step 1 and 2. If no such type can be found, fall back to the first input type that had the maximum number of components.

References MLEXPORT.

◆ MLGetPromotedTypeWithRange1Input()

MLEXPORT MLDataType MLGetPromotedTypeWithRange1Input ( MLDataType inputType1,
double rangeMin,
double rangeMax )

Convenience function for MLGetPromotedTypeWithRange with one input.

References MLEXPORT.

◆ MLGetPromotedTypeWithRange2Inputs()

MLEXPORT MLDataType MLGetPromotedTypeWithRange2Inputs ( MLDataType inputType1,
MLDataType inputType2,
double rangeMin,
double rangeMax )

Convenience function for MLGetPromotedTypeWithRange with two inputs.

References MLEXPORT.

◆ MLGetPromotedTypeWithRange3Inputs()

MLEXPORT MLDataType MLGetPromotedTypeWithRange3Inputs ( MLDataType inputType1,
MLDataType inputType2,
MLDataType inputType3,
double rangeMin,
double rangeMax )

Convenience function for MLGetPromotedTypeWithRange with three inputs.

References MLEXPORT.

◆ MLGetRangeAndPrecisionEquivalent()

MLEXPORT MLDataType MLGetRangeAndPrecisionEquivalent ( MLDataType dataType)

Returns a standard data type for dataType that has comparable precision and range behavior. If dataType is a standard data type, then dataType is returned. For invalid datatypes ML_INVALID_DATA_TYPE is returned.

References MLEXPORT.

◆ MLGetTypeGroup()

MLEXPORT MLTypeGroup MLGetTypeGroup ( MLDataType dataType)

Get the type group to which the given type belongs. Different type groups usually have different semantics.

References MLEXPORT.

◆ MLHolds()

MLEXPORT MLint32 MLHolds ( MLDataType datatype1,
MLDataType datatype2 )

Returns true (=1) if data type \ datatype1 can hold data type datatype2 without precision or sign loss. It is assumed that all float types can hold any integer type. Note: This is not really correct for 32/64-bit integers and float!

References MLEXPORT.

◆ MLIsDefaultExtendedType()

MLEXPORT MLint32 MLIsDefaultExtendedType ( MLDataType dataType)

Returns true (=1) if data type dataType is one of the extended types that should be support out of the box; otherwise. return false (=0).

References MLEXPORT.

◆ MLisfinite()

int MLisfinite ( MLdouble v)
inline

Returns a non-zero value if and only if its argument has a finite value.

Definition at line 94 of file mlTypeDefTraits.h.

References __ML_1ST_WINDOWS_2ND_UNIX_FUNCTION.

◆ MLIsFloatType()

MLEXPORT MLint32 MLIsFloatType ( MLDataType dataType)

Returns true (=1) if data type dataType is a floating point data type, otherwise false (=0).

References MLEXPORT.

◆ MLIsIntType()

MLEXPORT MLint32 MLIsIntType ( MLDataType dataType)

Returns true (=1) if data type dataType is an integer data type, otherwise false (=0).

References MLEXPORT.

Referenced by ml::TScaleShiftData< MLdouble >::setFromMinMaxToMinMax().

◆ MLisnan()

int MLisnan ( MLdouble v)
inline

Returns a non-zero value if and only if its argument is NaN.

Definition at line 98 of file mlTypeDefTraits.h.

References __ML_1ST_WINDOWS_2ND_UNIX_FUNCTION.

◆ MLIsScalarType()

MLEXPORT MLint32 MLIsScalarType ( MLDataType dataType)

Alternative name for MLIsStandardType.

References MLEXPORT.

◆ MLIsSigned()

MLEXPORT MLint32 MLIsSigned ( MLDataType dataType)

Returns true (=1) if data type dataType is signed, otherwise 0 (=false).

References MLEXPORT.

◆ MLIsStandardType()

MLEXPORT MLint32 MLIsStandardType ( MLDataType dataType)

Returns true (=1) if data type dataType is a standard (scalar) type, otherwise return false (=0).

References MLEXPORT.

◆ MLIsValidType()

MLEXPORT MLint32 MLIsValidType ( MLDataType dataType)

Returns true (=1) if data type dataType seems to be valid, otherwise 0 (=false).

References MLEXPORT.

◆ MLNameFromDataType()

MLEXPORT const char * MLNameFromDataType ( MLDataType dataType)

Function that returns the NULL-terminated string name for data type dataType or "" in case of error or for an invalid data type.

References MLEXPORT.

Referenced by ml::internal::TypedHandlerBase< BaseClass, Derived, NumberOfInputImages >::verifyProperties().

◆ MLNumDataTypes()

MLEXPORT size_t MLNumDataTypes ( )

Returns the current number of ML datatypes. The returned value changes when new datatypes are registered.

References MLEXPORT.

◆ MLRangeOrder()

MLEXPORT MLint32 MLRangeOrder ( MLDataType dataType)

Returns the order value for a data type ranges. They are useful for precision comparison. Low ranges return low values, same ranges return same values, large ranges return large values. This way, e.g., ML_RANGE_ORDER(MLint8Type)==ML_RANGE_ORDER(MLuint8Type) (both 256) are identical, but ML_RANGE_ORDER(MLint8Type) < ML_RANGE_ORDER(MLfloatType) (256 <-> about 10e35). If dataType is a registered data type, its MLGetRangeAndPrecisionEquivalent is used for range order determination. If an invalid data type is passed, -1 is returned.

References MLEXPORT.

◆ MLSizeOf()

MLEXPORT size_t MLSizeOf ( MLDataType dataType)

Returns the size of the data type dataType in bytes. On invalid types, 0 is returned.

References MLEXPORT.

Referenced by ml::TSubImage< DATATYPE >::copySubImageTyped(), ml::ImageProperties::getSizeInBytes(), ml::SubImage::setDataType(), and ml::SubImage::SubImage().

◆ MLSizeOfRegisteredType()

MLEXPORT size_t MLSizeOfRegisteredType ( MLDataType dataType)

Compatibility function - obsolete, use MLSizeOf instead!

References MLEXPORT.

◆ MLTypeGetBestScalarTypeForTypeComponentChars()

MLEXPORT MLDataType MLTypeGetBestScalarTypeForTypeComponentChars ( const char * charCodes,
int suppressML64BitInts,
int suppressMLldouble )

Returns a standard data type that is able to hold the precisions of each of the type component characters passed as charCodes. The routine returns the smallest possible data type that fulfills the criteria. If suppressML64BitInts is passed as true (!=0), a potential return value of ML(u)int64Type will be replaced by MLdoubleType; otherwise, it is not changed. If suppressMLldouble is passed as true (!= 0), a potential return value of MLldoubleType will be replaced by MLdoubleType; otherwise, it is not changed. Note that passing suppressML64BitInts and/or suppressMLldouble as true may result in return types that might not hold the precision or ranges of all components of the type. For NULL pointers as typeComps, a string containing invalid components chars, or empty strings ML_INVALID_DATA_TYPE is returned. See also MLTypeGetBestScalarTypeForTypeComponents().

References MLEXPORT.

◆ MLTypeGetBestScalarTypeForTypeComponents()

MLEXPORT MLDataType MLTypeGetBestScalarTypeForTypeComponents ( MLDataType dataType,
int suppressML64BitInts,
int suppressMLldouble )

Returns a standard data type that is able to hold the precisions of each of the components of the type dataType. The routine returns the smallest possible data type that fulfills the criteria. If suppressML64BitInts is passed as true (!=0), a potential return value of ML(u)int64Type will be replaced by MLdoubleType; otherwise, it is not changed. If suppressMLldouble is passed as true (!= 0), a potential return value of MLldoubleType will be replaced by MLdoubleType; otherwise, it is not changed. Note that passing suppressML64BitInts and/or suppressMLldouble as true may result in return types that might not hold the precision or ranges of all components of the type. For invalid datatypes, ML_INVALID_DATA_TYPE is returned. See also MLTypeGetBestScalarTypeForTypeComponentChars().

References MLEXPORT, MLTypeHasCastFromDouble, MLTypeHasCastFromInt, MLTypeHasCastFromOtherType, MLTypeHasCastToBool, MLTypeHasCastToDouble, MLTypeHasCastToInt, MLTypeHasCastToOtherType, MLTypeHasCopy, MLTypeHasGetStringValue, MLTypeHasIsEqualToType, MLTypeHasMultWithDouble, MLTypeHasMultWithInt, MLTypeHasMultWithOtherType, MLTypeHasMultWithType, MLTypeHasNegate, MLTypeHasNoProperties, MLTypeHasNormalize, MLTypeHasPlusDouble, MLTypeHasPlusInt, MLTypeHasPlusType, MLTypeHasSetStringValue, MLTypeHasSetToDefault, MLTypeHasSetToMaximum, MLTypeHasSetToMinimum, MLTypeIsDefaultType, MLTypeIsFloatingPointType, MLTypeIsIntegerType, MLTypeIsSignedType, MLTypeIsStandardType, and MLTypeScalarType.

◆ MLTypeGetNumComponents()

MLEXPORT size_t MLTypeGetNumComponents ( MLDataType dataType)

Returns the number of components of the data type data type or 0 in case of an invalid data type.

References MLEXPORT.

◆ MLTypeGetStructInfoString()

MLEXPORT const char * MLTypeGetStructInfoString ( MLDataType dataType)

Returns the components codes of the data type dataType or "" in case of an invalid data type. The returned pointer is always a valid, non-NULL pointer to a NULL-terminated string.

References MLEXPORT.

◆ MLTypeMinDifference() [1/11]

MLdouble MLTypeMinDifference ( MLdouble )
inline

Definition at line 78 of file mlTypeDefTraits.h.

References ML_DOUBLE_EPSILON.

◆ MLTypeMinDifference() [2/11]

MLfloat MLTypeMinDifference ( MLfloat )
inline

Definition at line 77 of file mlTypeDefTraits.h.

References ML_FLOAT_EPSILON.

◆ MLTypeMinDifference() [3/11]

MLint16 MLTypeMinDifference ( MLint16 )
inline

Definition at line 73 of file mlTypeDefTraits.h.

◆ MLTypeMinDifference() [4/11]

MLint32 MLTypeMinDifference ( MLint32 )
inline

Definition at line 75 of file mlTypeDefTraits.h.

◆ MLTypeMinDifference() [5/11]

MLint64 MLTypeMinDifference ( MLint64 )
inline

Definition at line 81 of file mlTypeDefTraits.h.

◆ MLTypeMinDifference() [6/11]

MLint8 MLTypeMinDifference ( MLint8 )
inline

Returns the minimum range between two values that should be considered significant.

Definition at line 71 of file mlTypeDefTraits.h.

Referenced by MLFloatValuesEqual().

◆ MLTypeMinDifference() [7/11]

MLldouble MLTypeMinDifference ( MLldouble )
inline

Definition at line 79 of file mlTypeDefTraits.h.

References ML_LDOUBLE_EPSILON.

◆ MLTypeMinDifference() [8/11]

MLuint16 MLTypeMinDifference ( MLuint16 )
inline

Definition at line 74 of file mlTypeDefTraits.h.

◆ MLTypeMinDifference() [9/11]

MLuint32 MLTypeMinDifference ( MLuint32 )
inline

Definition at line 76 of file mlTypeDefTraits.h.

◆ MLTypeMinDifference() [10/11]

MLuint64 MLTypeMinDifference ( MLuint64 )
inline

Definition at line 80 of file mlTypeDefTraits.h.

◆ MLTypeMinDifference() [11/11]

MLuint8 MLTypeMinDifference ( MLuint8 )
inline

Definition at line 72 of file mlTypeDefTraits.h.

◆ MLTypeRangeMax() [1/11]

MLdouble MLTypeRangeMax ( MLdouble )
inline

Definition at line 46 of file mlTypeDefTraits.h.

References ML_DOUBLE_MAX.

◆ MLTypeRangeMax() [2/11]

MLfloat MLTypeRangeMax ( MLfloat )
inline

Definition at line 45 of file mlTypeDefTraits.h.

References ML_FLOAT_MAX.

◆ MLTypeRangeMax() [3/11]

MLint16 MLTypeRangeMax ( MLint16 )
inline

Definition at line 41 of file mlTypeDefTraits.h.

References ML_INT16_MAX.

◆ MLTypeRangeMax() [4/11]

MLint32 MLTypeRangeMax ( MLint32 )
inline

Definition at line 43 of file mlTypeDefTraits.h.

References ML_INT32_MAX.

◆ MLTypeRangeMax() [5/11]

MLint64 MLTypeRangeMax ( MLint64 )
inline

Definition at line 49 of file mlTypeDefTraits.h.

References ML_INT64_MAX.

◆ MLTypeRangeMax() [6/11]

MLint8 MLTypeRangeMax ( MLint8 )
inline

Returns the maximum range of the data type of any passed standard data type value.

Definition at line 39 of file mlTypeDefTraits.h.

References ML_INT8_MAX.

◆ MLTypeRangeMax() [7/11]

MLldouble MLTypeRangeMax ( MLldouble )
inline

Definition at line 47 of file mlTypeDefTraits.h.

References ML_LDOUBLE_MAX.

◆ MLTypeRangeMax() [8/11]

MLuint16 MLTypeRangeMax ( MLuint16 )
inline

Definition at line 42 of file mlTypeDefTraits.h.

References ML_UINT16_MAX.

◆ MLTypeRangeMax() [9/11]

MLuint32 MLTypeRangeMax ( MLuint32 )
inline

Definition at line 44 of file mlTypeDefTraits.h.

References ML_UINT32_MAX.

◆ MLTypeRangeMax() [10/11]

MLuint64 MLTypeRangeMax ( MLuint64 )
inline

Definition at line 48 of file mlTypeDefTraits.h.

References ML_UINT64_MAX.

◆ MLTypeRangeMax() [11/11]

MLuint8 MLTypeRangeMax ( MLuint8 )
inline

Definition at line 40 of file mlTypeDefTraits.h.

References ML_UINT8_MAX.

◆ MLTypeRangeMin() [1/11]

MLdouble MLTypeRangeMin ( MLdouble )
inline

Definition at line 62 of file mlTypeDefTraits.h.

References ML_DOUBLE_MAX.

◆ MLTypeRangeMin() [2/11]

MLfloat MLTypeRangeMin ( MLfloat )
inline

Definition at line 61 of file mlTypeDefTraits.h.

References ML_FLOAT_MAX.

◆ MLTypeRangeMin() [3/11]

MLint16 MLTypeRangeMin ( MLint16 )
inline

Definition at line 57 of file mlTypeDefTraits.h.

References ML_INT16_MIN.

◆ MLTypeRangeMin() [4/11]

MLint32 MLTypeRangeMin ( MLint32 )
inline

Definition at line 59 of file mlTypeDefTraits.h.

References ML_INT32_MIN.

◆ MLTypeRangeMin() [5/11]

MLint64 MLTypeRangeMin ( MLint64 )
inline

Definition at line 65 of file mlTypeDefTraits.h.

References ML_INT64_MIN.

◆ MLTypeRangeMin() [6/11]

MLint8 MLTypeRangeMin ( MLint8 )
inline

Returns the minimum range of the data type of any passed standard data type value.

Definition at line 55 of file mlTypeDefTraits.h.

References ML_INT8_MIN.

◆ MLTypeRangeMin() [7/11]

MLldouble MLTypeRangeMin ( MLldouble )
inline

Definition at line 63 of file mlTypeDefTraits.h.

References ML_LDOUBLE_MAX.

◆ MLTypeRangeMin() [8/11]

MLuint16 MLTypeRangeMin ( MLuint16 )
inline

Definition at line 58 of file mlTypeDefTraits.h.

References ML_UINT16_MIN.

◆ MLTypeRangeMin() [9/11]

MLuint32 MLTypeRangeMin ( MLuint32 )
inline

Definition at line 60 of file mlTypeDefTraits.h.

References ML_UINT32_MIN.

◆ MLTypeRangeMin() [10/11]

MLuint64 MLTypeRangeMin ( MLuint64 )
inline

Definition at line 64 of file mlTypeDefTraits.h.

References ML_UINT64_MIN.

◆ MLTypeRangeMin() [11/11]

MLuint8 MLTypeRangeMin ( MLuint8 )
inline

Definition at line 56 of file mlTypeDefTraits.h.

References ML_UINT8_MIN.

◆ MLValueIs0WOM() [1/12]

bool MLValueIs0WOM ( MLdouble a)
inline

Definition at line 239 of file mlTypeDefTraits.h.

References ML_DOUBLE_MIN, and MLfabs().

◆ MLValueIs0WOM() [2/12]

bool MLValueIs0WOM ( MLfloat a)
inline

Definition at line 238 of file mlTypeDefTraits.h.

References ML_FLOAT_MIN, and MLfabs().

◆ MLValueIs0WOM() [3/12]

bool MLValueIs0WOM ( MLint16 a)
inline

Definition at line 234 of file mlTypeDefTraits.h.

◆ MLValueIs0WOM() [4/12]

bool MLValueIs0WOM ( MLint32 a)
inline

Definition at line 236 of file mlTypeDefTraits.h.

◆ MLValueIs0WOM() [5/12]

bool MLValueIs0WOM ( MLint64 a)
inline

Definition at line 242 of file mlTypeDefTraits.h.

◆ MLValueIs0WOM() [6/12]

bool MLValueIs0WOM ( MLint8 a)
inline

Returns true if value is 0; otherwise, it returns false. Warning free implementation.

Definition at line 232 of file mlTypeDefTraits.h.

Referenced by ml::TQuaternion< MLfloat >::arg(), ml::TQuaternion< MLfloat >::cos(), ml::TQuaternion< MLfloat >::cosh(), ml::TQuaternion< MLfloat >::exp(), ml::Tmat2< DT >::inverse(), ml::TQuaternion< MLfloat >::inverse(), ml::TQuaternion< MLfloat >::ln(), ml::MLInverseMatHelper(), ml::FloatingPointVector< T, size, DataContainer >::normalize(), ml::TQuaternion< MLfloat >::normalize(), ml::Tmat6< DT >::operator/=(), ml::TQuaternion< MLfloat >::sin(), ml::TQuaternion< MLfloat >::sinh(), and ml::TQuaternion< MLfloat >::sqrt().

◆ MLValueIs0WOM() [7/12]

bool MLValueIs0WOM ( MLldouble a)
inline

Definition at line 240 of file mlTypeDefTraits.h.

References ML_LDOUBLE_MIN, and MLfabs().

◆ MLValueIs0WOM() [8/12]

bool MLValueIs0WOM ( MLuint16 a)
inline

Definition at line 235 of file mlTypeDefTraits.h.

◆ MLValueIs0WOM() [9/12]

bool MLValueIs0WOM ( MLuint32 a)
inline

Definition at line 237 of file mlTypeDefTraits.h.

◆ MLValueIs0WOM() [10/12]

bool MLValueIs0WOM ( MLuint64 a)
inline

Definition at line 241 of file mlTypeDefTraits.h.

◆ MLValueIs0WOM() [11/12]

bool MLValueIs0WOM ( MLuint8 a)
inline

Definition at line 233 of file mlTypeDefTraits.h.

◆ MLValueIs0WOM() [12/12]

template<typename T1>
bool MLValueIs0WOM ( T1 a)
inline

Definition at line 246 of file mlTypeDefTraits.h.

◆ MLValuesAreEqual() [1/12]

bool MLValuesAreEqual ( MLdouble a,
MLdouble b,
MLdouble m )
inline

Definition at line 159 of file mlTypeDefTraits.h.

References MLFloatValuesEqual().

◆ MLValuesAreEqual() [2/12]

bool MLValuesAreEqual ( MLfloat a,
MLfloat b,
MLfloat m )
inline

Definition at line 158 of file mlTypeDefTraits.h.

References MLFloatValuesEqual().

◆ MLValuesAreEqual() [3/12]

bool MLValuesAreEqual ( MLint16 a,
MLint16 b,
MLint16  )
inline

Definition at line 154 of file mlTypeDefTraits.h.

◆ MLValuesAreEqual() [4/12]

bool MLValuesAreEqual ( MLint32 a,
MLint32 b,
MLint32  )
inline

Definition at line 156 of file mlTypeDefTraits.h.

◆ MLValuesAreEqual() [5/12]

bool MLValuesAreEqual ( MLint64 a,
MLint64 b,
MLint64  )
inline

Definition at line 162 of file mlTypeDefTraits.h.

◆ MLValuesAreEqual() [6/12]

bool MLValuesAreEqual ( MLint8 a,
MLint8 b,
MLint8  )
inline

Returns true if values are equal (numerically safely compared); otherwise, it returns false. For parameters see MLFloatValuesAreEqual.

Definition at line 152 of file mlTypeDefTraits.h.

Referenced by ml::TSubImage< DATATYPE >::copySubImageReorderColorPlanesToInterleaved(), and ml::TSubImage< DATATYPE >::copySubImageTyped().

◆ MLValuesAreEqual() [7/12]

bool MLValuesAreEqual ( MLldouble a,
MLldouble b,
MLldouble m )
inline

Definition at line 160 of file mlTypeDefTraits.h.

References MLFloatValuesEqual().

◆ MLValuesAreEqual() [8/12]

bool MLValuesAreEqual ( MLuint16 a,
MLuint16 b,
MLuint16  )
inline

Definition at line 155 of file mlTypeDefTraits.h.

◆ MLValuesAreEqual() [9/12]

bool MLValuesAreEqual ( MLuint32 a,
MLuint32 b,
MLuint32  )
inline

Definition at line 157 of file mlTypeDefTraits.h.

◆ MLValuesAreEqual() [10/12]

bool MLValuesAreEqual ( MLuint64 a,
MLuint64 b,
MLuint64  )
inline

Definition at line 161 of file mlTypeDefTraits.h.

◆ MLValuesAreEqual() [11/12]

bool MLValuesAreEqual ( MLuint8 a,
MLuint8 b,
MLuint8  )
inline

Definition at line 153 of file mlTypeDefTraits.h.

◆ MLValuesAreEqual() [12/12]

template<typename T1, typename T2>
bool MLValuesAreEqual ( T1 a,
T2 b,
MLint64  )
inline

Definition at line 166 of file mlTypeDefTraits.h.

◆ MLValuesAreEqualWOM() [1/12]

bool MLValuesAreEqualWOM ( MLdouble a,
MLdouble b )
inline

Definition at line 199 of file mlTypeDefTraits.h.

References ML_DOUBLE_MIN, and MLfabs().

◆ MLValuesAreEqualWOM() [2/12]

bool MLValuesAreEqualWOM ( MLfloat a,
MLfloat b )
inline

Definition at line 198 of file mlTypeDefTraits.h.

References ML_FLOAT_MIN, and MLfabs().

◆ MLValuesAreEqualWOM() [3/12]

bool MLValuesAreEqualWOM ( MLint16 a,
MLint16 b )
inline

Definition at line 194 of file mlTypeDefTraits.h.

◆ MLValuesAreEqualWOM() [4/12]

bool MLValuesAreEqualWOM ( MLint32 a,
MLint32 b )
inline

Definition at line 196 of file mlTypeDefTraits.h.

◆ MLValuesAreEqualWOM() [5/12]

bool MLValuesAreEqualWOM ( MLint64 a,
MLint64 b )
inline

Definition at line 202 of file mlTypeDefTraits.h.

◆ MLValuesAreEqualWOM() [6/12]

bool MLValuesAreEqualWOM ( MLint8 a,
MLint8 b )
inline

Returns true if values a and b are equal; otherwise, it returns false. Comparison is performed warn free without order of magnitude, i.e., also numerically unsafe.

Definition at line 192 of file mlTypeDefTraits.h.

Referenced by ml::MLTStdTypeInfos< VTYP >::MLTYPE_isEqualToType(), ml::TQuaternion< MLfloat >::operator==(), and ml::TScaleShiftData< MLdouble >::operator==().

◆ MLValuesAreEqualWOM() [7/12]

bool MLValuesAreEqualWOM ( MLldouble a,
MLldouble b )
inline

Definition at line 200 of file mlTypeDefTraits.h.

References ML_LDOUBLE_MIN, and MLfabs().

◆ MLValuesAreEqualWOM() [8/12]

bool MLValuesAreEqualWOM ( MLuint16 a,
MLuint16 b )
inline

Definition at line 195 of file mlTypeDefTraits.h.

◆ MLValuesAreEqualWOM() [9/12]

bool MLValuesAreEqualWOM ( MLuint32 a,
MLuint32 b )
inline

Definition at line 197 of file mlTypeDefTraits.h.

◆ MLValuesAreEqualWOM() [10/12]

bool MLValuesAreEqualWOM ( MLuint64 a,
MLuint64 b )
inline

Definition at line 201 of file mlTypeDefTraits.h.

◆ MLValuesAreEqualWOM() [11/12]

bool MLValuesAreEqualWOM ( MLuint8 a,
MLuint8 b )
inline

Definition at line 193 of file mlTypeDefTraits.h.

◆ MLValuesAreEqualWOM() [12/12]

template<typename T1, typename T2>
bool MLValuesAreEqualWOM ( T1 a,
T2 b )
inline

Definition at line 206 of file mlTypeDefTraits.h.

◆ MLValuesDiffer() [1/12]

bool MLValuesDiffer ( MLdouble a,
MLdouble b,
MLdouble m )
inline

Definition at line 179 of file mlTypeDefTraits.h.

References MLFloatValuesEqual().

◆ MLValuesDiffer() [2/12]

bool MLValuesDiffer ( MLfloat a,
MLfloat b,
MLfloat m )
inline

Definition at line 178 of file mlTypeDefTraits.h.

References MLFloatValuesEqual().

◆ MLValuesDiffer() [3/12]

bool MLValuesDiffer ( MLint16 a,
MLint16 b,
MLint16  )
inline

Definition at line 174 of file mlTypeDefTraits.h.

◆ MLValuesDiffer() [4/12]

bool MLValuesDiffer ( MLint32 a,
MLint32 b,
MLint32  )
inline

Definition at line 176 of file mlTypeDefTraits.h.

◆ MLValuesDiffer() [5/12]

bool MLValuesDiffer ( MLint64 a,
MLint64 b,
MLint64  )
inline

Definition at line 182 of file mlTypeDefTraits.h.

◆ MLValuesDiffer() [6/12]

bool MLValuesDiffer ( MLint8 a,
MLint8 b,
MLint8  )
inline

Returns true if values differ (numerically safely compared); otherwise, it returns false. For parameters see MLFloatValuesAreEqual.

Definition at line 172 of file mlTypeDefTraits.h.

◆ MLValuesDiffer() [7/12]

bool MLValuesDiffer ( MLldouble a,
MLldouble b,
MLldouble m )
inline

Definition at line 180 of file mlTypeDefTraits.h.

References MLFloatValuesEqual().

◆ MLValuesDiffer() [8/12]

bool MLValuesDiffer ( MLuint16 a,
MLuint16 b,
MLuint16  )
inline

Definition at line 175 of file mlTypeDefTraits.h.

◆ MLValuesDiffer() [9/12]

bool MLValuesDiffer ( MLuint32 a,
MLuint32 b,
MLuint32  )
inline

Definition at line 177 of file mlTypeDefTraits.h.

◆ MLValuesDiffer() [10/12]

bool MLValuesDiffer ( MLuint64 a,
MLuint64 b,
MLuint64  )
inline

Definition at line 181 of file mlTypeDefTraits.h.

◆ MLValuesDiffer() [11/12]

bool MLValuesDiffer ( MLuint8 a,
MLuint8 b,
MLuint8  )
inline

Definition at line 173 of file mlTypeDefTraits.h.

◆ MLValuesDiffer() [12/12]

template<typename T1, typename T2>
bool MLValuesDiffer ( T1 a,
T2 b,
MLint64  )
inline

Definition at line 186 of file mlTypeDefTraits.h.

◆ MLValuesDifferWOM() [1/12]

bool MLValuesDifferWOM ( MLdouble a,
MLdouble b )
inline

Definition at line 219 of file mlTypeDefTraits.h.

References ML_DOUBLE_MIN, and MLfabs().

◆ MLValuesDifferWOM() [2/12]

bool MLValuesDifferWOM ( MLfloat a,
MLfloat b )
inline

Definition at line 218 of file mlTypeDefTraits.h.

References ML_FLOAT_MIN, and MLfabs().

◆ MLValuesDifferWOM() [3/12]

bool MLValuesDifferWOM ( MLint16 a,
MLint16 b )
inline

Definition at line 214 of file mlTypeDefTraits.h.

◆ MLValuesDifferWOM() [4/12]

bool MLValuesDifferWOM ( MLint32 a,
MLint32 b )
inline

Definition at line 216 of file mlTypeDefTraits.h.

◆ MLValuesDifferWOM() [5/12]

bool MLValuesDifferWOM ( MLint64 a,
MLint64 b )
inline

Definition at line 222 of file mlTypeDefTraits.h.

◆ MLValuesDifferWOM() [6/12]

bool MLValuesDifferWOM ( MLint8 a,
MLint8 b )
inline

Returns true if values differ; otherwise, it returns false. Comparison is performed warn free without order of magnitude, i.e., also numerically unsafe.

Definition at line 212 of file mlTypeDefTraits.h.

Referenced by ml::MLTStdTypeInfos< VTYP >::MLTYPE_castToBool(), ml::FloatingPointVector< T, size, DataContainer >::operator!=(), ml::FloatingPointVector< T, size, DataContainer >::operator<(), ml::FloatingPointVector< T, size, DataContainer >::operator==(), and ml::Tvec3< MLfloat >::Tvec3().

◆ MLValuesDifferWOM() [7/12]

bool MLValuesDifferWOM ( MLldouble a,
MLldouble b )
inline

Definition at line 220 of file mlTypeDefTraits.h.

References ML_LDOUBLE_MIN, and MLfabs().

◆ MLValuesDifferWOM() [8/12]

bool MLValuesDifferWOM ( MLuint16 a,
MLuint16 b )
inline

Definition at line 215 of file mlTypeDefTraits.h.

◆ MLValuesDifferWOM() [9/12]

bool MLValuesDifferWOM ( MLuint32 a,
MLuint32 b )
inline

Definition at line 217 of file mlTypeDefTraits.h.

◆ MLValuesDifferWOM() [10/12]

bool MLValuesDifferWOM ( MLuint64 a,
MLuint64 b )
inline

Definition at line 221 of file mlTypeDefTraits.h.

◆ MLValuesDifferWOM() [11/12]

bool MLValuesDifferWOM ( MLuint8 a,
MLuint8 b )
inline

Definition at line 213 of file mlTypeDefTraits.h.

◆ MLValuesDifferWOM() [12/12]

template<typename T1, typename T2>
bool MLValuesDifferWOM ( T1 a,
T2 b )
inline

Definition at line 226 of file mlTypeDefTraits.h.