Image formula syntax and usage. More...

Enumerations
enum	ipsdk::image::tools::eImageFormulaResultType { ipsdk::image::tools::eIFRT_Logic, ipsdk::image::tools::eIFRT_Arithmetic }
	Enumerate describing image formula result type. More...

enum	ipsdk::image::tools::eImageFormulaImageType { ipsdk::image::tools::eIFIT_Image2d, ipsdk::image::tools::eIFIT_Image3d }
	Enumerate describing image formula image type. More...

enum	ipsdk::image::tools::eImageFormulaOperatorType { ipsdk::image::tools::eIFOT_UnaryPlus, ipsdk::image::tools::eIFOT_UnaryMinus, ipsdk::image::tools::eIFOT_Not, ipsdk::image::tools::eIFOT_Plus, ipsdk::image::tools::eIFOT_Minus, ipsdk::image::tools::eIFOT_Multiply, ipsdk::image::tools::eIFOT_Divide, ipsdk::image::tools::eIFOT_Power, ipsdk::image::tools::eIFOT_And, ipsdk::image::tools::eIFOT_Or, ipsdk::image::tools::eIFOT_Equal, ipsdk::image::tools::eIFOT_NotEqual, ipsdk::image::tools::eIFOT_Greater, ipsdk::image::tools::eIFOT_GreaterOrEqual, ipsdk::image::tools::eIFOT_Lower, ipsdk::image::tools::eIFOT_LowerOrEqual }
	Enumerate describing image formula operation type. More...

enum	ipsdk::image::tools::eImageFormulaUnaryArithmeticFunctionType { ipsdk::image::tools::eIFUAFT_Abs, ipsdk::image::tools::eIFUAFT_Sqrt, ipsdk::image::tools::eIFUAFT_Exp, ipsdk::image::tools::eIFUAFT_Log, ipsdk::image::tools::eIFUAFT_Cos, ipsdk::image::tools::eIFUAFT_Sin, ipsdk::image::tools::eIFUAFT_Tan, ipsdk::image::tools::eIFUAFT_ACos, ipsdk::image::tools::eIFUAFT_ASin, ipsdk::image::tools::eIFUAFT_ATan }
	Enumerate describing image formula unary arithmetical function type. More...

enum	ipsdk::image::tools::eImageFormulaBinaryArithmeticFunctionType { ipsdk::image::tools::eIFBAFT_ATan2 }
	Enumerate describing image formula binary arithmetical function type. More...

enum	ipsdk::image::tools::eImageFormulaGenericArithmeticFunctionType { ipsdk::image::tools::eIFGAFT_Min, ipsdk::image::tools::eIFGAFT_Max, ipsdk::image::tools::eIFGAFT_Sum, ipsdk::image::tools::eIFGAFT_Mean, ipsdk::image::tools::eIFGAFT_Median, ipsdk::image::tools::eIFGAFT_StdDev, ipsdk::image::tools::eIFGAFT_Variance, ipsdk::image::tools::eIFGAFT_NormL1, ipsdk::image::tools::eIFGAFT_NormL2 }
	Enumerate describing image formula generic arithmetical function type. More...

enum	ipsdk::image::tools::eImageFormulaCoupledArithmeticFunctionType { ipsdk::image::tools::eIFCAFT_Distance }
	Enumerate describing image formula coupled arithmetical function type. More...

enum	ipsdk::image::tools::eImageFormulaTernaryLogicFunctionType { ipsdk::image::tools::eIFTLFT_If }
	Enumerate describing image formula ternary logical function type. More...

enum	ipsdk::image::tools::eImageFormulaMapFunctionType { ipsdk::image::tools::eIFMFT_Lut }
	Enumerate describing image formula map function type. More...

enum	ipsdk::image::tools::eImageFormulaStaticBoolean { ipsdk::image::tools::eIFSB_True, ipsdk::image::tools::eIFSB_False }
	enumerate describing formula static boolean More...

enum	ipsdk::image::tools::eImageFormulaStaticConstant { ipsdk::image::tools::eIFSC_Pi, ipsdk::image::tools::eIFSC_E }
	enumerate describing formula static constants More...

enum	ipsdk::image::tools::eImageFormulaDynamicConstant { ipsdk::image::tools::eIFDC_PointXCoord, ipsdk::image::tools::eIFDC_PointYCoord, ipsdk::image::tools::eIFDC_PointZCoord, ipsdk::image::tools::eIFDC_ImageSizeX, ipsdk::image::tools::eIFDC_ImageSizeY, ipsdk::image::tools::eIFDC_ImageSizeZ, ipsdk::image::tools::eIFDC_ImageCenterX, ipsdk::image::tools::eIFDC_ImageCenterY, ipsdk::image::tools::eIFDC_ImageCenterZ }
	enumerate describing formula dynamic constants More...

enum	ipsdk::image::tools::eFormulaImageId { ipsdk::image::tools::eFII_GreyLevelImage1, ipsdk::image::tools::eFII_GreyLevelImage2, ipsdk::image::tools::eFII_GreyLevelImage3, ipsdk::image::tools::eFII_BinaryImage1, ipsdk::image::tools::eFII_BinaryImage2, ipsdk::image::tools::eFII_BinaryImage3, ipsdk::image::tools::eFII_LabelImage1, ipsdk::image::tools::eFII_LabelImage2, ipsdk::image::tools::eFII_LabelImage3 }
	enumerate allowing to identify an image More...

enum	ipsdk::image::tools::eImageFormulaImageConstant { ipsdk::image::tools::eIFIC_GLMin, ipsdk::image::tools::eIFIC_GLMax, ipsdk::image::tools::eIFIC_GLMean, ipsdk::image::tools::eIFIC_GLStdDev, ipsdk::image::tools::eIFIC_GLVariance }
	enumerate describing formula image constants More...

enum	ipsdk::image::tools::eImageFormulaStructuringElement { ipsdk::image::tools::eIFSE_Square, ipsdk::image::tools::eIFSE_Cube, ipsdk::image::tools::eIFSE_Rectangle, ipsdk::image::tools::eIFSE_Circle, ipsdk::image::tools::eIFSE_Sphere, ipsdk::image::tools::eIFSE_Linear, ipsdk::image::tools::eIFSE_HalfLinear }
	enumerate describing formula structuring elements More...

Detailed Description

Image formula syntax and usage.

Introduction

Image formula are string representation of classical equations composed of elementary items :

operators
functions
operands (constant or variable values)

Usage of such a formula is classically associated to two stages :

a preprocessing stage which ensure formula syntax validity and extraction of elementary items constituting formula.
some evaluation stages were variable values are set with respect to concrete situations.

Result type

For convenience, formula result types are restricted to two values types :

ipsdk::ipReal64 for arithmetical cases (ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic case)
Example :
$3 * 2 + 5$
or
$3 * I1 + I2$
ipsdk::ipBool for logical cases (ipsdk::image::tools::eImageFormulaResultType::eMFRT_Logic case)
Example :
$log(3.2) > 2.7$
or
$log(I1) > 2.7$

Note: Order of operations respect standard operator precedence rules.

See also: https://en.wikipedia.org/wiki/Order_of_operations

Note: Parenthesis can be freely used

Image type

Image formula framework can be used with 2d or 3d images (see ipsdk::image::tools::eImageFormulaImageType). Some formula features will be customized depending on image type (image coordinates, structuring elements type, ...).

Formula operators

This section regroups information about used formula operators. Formula operators are described by ipsdk::image::tools::eImageFormulaOperatorType enumerate.

These operators allow all classical equation combinations such as :

$(((3 * 2) + 5) / 7) ^ 2$

or

$(((3 * pi) + 5) / 7) ^ 2$

Note: Associated result type will depends on operators combination.

Formula functions

This section describes formula functions available with IPSDK image formula framework.

Formula arithmetic functions

Formula unary arithmetical functions

Formula unary arithmetical functions are described by ipsdk::image::tools::eImageFormulaUnaryArithmeticFunctionType enumerate.

These functions allow introduction of unary arithmetic functions into equations such as :

$sqrt(2*2 + 3*3)$

or

$sqrt(2*I1 + 3*I2)$

Note: These functions are associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic result type.
Function operand must be associated to a ipsdk::ipReal64 type.

Formula binary arithmetical functions

Formula binary arithmetical functions are described by ipsdk::image::tools::eImageFormulaBinaryArithmeticFunctionType enumerate.

These functions allow introduction of binary arithmetic functions into equations such as :

$atan2(2, 3)$

or

$atan2(I1, I2)$

Note: These functions are associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic result type.
Function operands must be associated to a ipsdk::ipReal64 type.

Formula generic arithmetical functions

Formula generic arithmetical functions are described by ipsdk::image::tools::eImageFormulaGenericArithmeticFunctionType enumerate.

These functions allow introduction of arithmetic functions using variable arguments list into equations such as :

$min(2, 1.7, 3, 4.2, 5.4)$

or

$min(100, I1, I2)$

These functions can be used with one or more operands.

Note: These functions are associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic result type.
Function operand must be associated to a ipsdk::ipReal64 type.

Formula couple arithmetical functions

Formula couple arithmetical functions are described by ipsdk::image::tools::eImageFormulaCoupledArithmeticFunctionType enumerate.

These functions allow introduction of arithmetic functions using coupled variable arguments list into equations such as :

$distance(x0, x1, y0, y1)$

or

$distance(x0, x1, y0, y1, z0, z1)$

Note: These functions are associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic result type.
Function operand must be associated to a ipsdk::ipReal64 type.

Formula ternary logical functions

Formula ternary logical functions are described by ipsdk::image::tools::eImageFormulaTernaryLogicFunctionType enumerate.

At this time a single function is available in this group $if(predicateValue, successValue, failureValue)$ :

$if(2>3, 5, 4)$

or

$if(2>3, true, false)$

or

$if(I1>100, I1, 100)$

Function evaluation returns :

if is evaluated to boolean value
if is evaluated to boolean value

Note

Associated operands types must respect following rules :

must be associated to a ipsdk::ipBool value.
and must be associated to same value type.
This function can then alternativelly be associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic or a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Logic result type in function of (and so ) value type.

Mapping functions

Mapping functions are described by ipsdk::image::tools::eImageFormulaMapFunctionType enumerate.

At this time a single function is available in this group $lut(predicateValue_1:targetValue_1, ..., predicateValue_n:targetValue_n; optionalDefaultValue)$ :

$lut(I1<100=100, I1>200=200, I1)$

where $predicateValue_i:targetValue_i$ is a logical predicate associated to a target value.

Function evaluation returns :

Target value associated to first valid predicate.
If none of provided predicates are valid :
- if this optional value has been set
- zero if has not been set and global result type is arithmetic
- false if has not been set and global result type is logic

Note

Associated operands types must respect following rules :

must be associated to a ipsdk::ipBool value.
all must be associated to same value type.
if is provided it must be associated to same value type as This function can then alternativelly be associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic or a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Logic result type in function of value type.

Formula operands

This section regroups information about used formula operands. Formula operands can be represented in following forms :

classical numerical values such as .
classical logical values : or (see ipsdk::image::tools::eImageFormulaStaticBoolean)
predefined constant values
variables which refers to image values

Note: Note that string used in equations are not case sensitive.

Formula constant operands

Formula static constant operands

Formula static constant operands are described by ipsdk::image::tools::eImageFormulaStaticConstant enumerate. These constants will be replaced in equation by their numeric value :

$pi$

will be replaced by its numerical value.

Formula dynamic constant operands

Formula dynamic constant operands are described by ipsdk::image::tools::eImageFormulaDynamicConstant enumerate. These constants will be replaced in equation by value extracted from used image informations.

These constants can be introduced into equations as follows :

$(x-cx) * (x-cx) + (y-cy) * (y-cy) <= 15$

Note: These constants are associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic result type.

Formula image constant operands

Formula image constant operands are described by ipsdk::image::tools::eImageFormulaImageConstant enumerate. Each constant depends on an image id, see Formula variable operands. These constants will be replaced in equation by value extracted from used image informations.

These constants can be introduced into equations as follows :

$If(I1>GLMean(I1)+1.5*GLStdDev(I1), I1, GLMean(I1)+1.5*GLStdDev(I1))$

Note: These constants are associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic result type.

Formula variable operands

Basic usage of formula variable operands

Formula variable operands are associated image identifier (see ipsdk::image::tools::eFormulaImageId). These variable names can refer to :

an input generic image (associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic result type) :
- $I1\Leftrightarrow InOptImg1$
- $I2\Leftrightarrow InOptImg2$
- $I3\Leftrightarrow InOptImg3$
  If several input generic images are provided, all these images must be associated to same image buffer type (see ipsdk::image::eImageBufferType).
an input binary image (associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Logic result type) :
- $B1\Leftrightarrow InOptBinImg1$
- $B2\Leftrightarrow InOptBinImg2$
- $B3\Leftrightarrow InOptBinImg3$
  These images must be associated to a binary image buffer type (see ipsdk::image::eImageBufferType).
an input label image (associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic result type) :
- $L1\Leftrightarrow InOptLabImg1$
- $L2\Leftrightarrow InOptLabImg2$
- $L3\Leftrightarrow InOptLabImg3$
  If several input label images are provided, all these images must be associated to same image buffer type (label 16 or label 32, see ipsdk::image::eImageBufferType).

Example :

$If(B1, I1, I2)$

In this case, we apply a mask operation which leads to $InOptImg1$ where $InOptBinImg1$ pixels are set and to $InOptImg2$ otherwise.

Note: These variables are associated to a ipsdk::image::tools::eImageFormulaResultType::eMFRT_Arithmetic result type.

Applying offset on formula variable operands

Previous image variable operands can be used with combination of an offset value with format $I1(ox, oy)$ in 2d case and $I1(ox, oy, oz)$ in 3d case, where $ox$ , $oy$ and $oz$ represent an offset along $x$ , $y$ and $z$ directions beside current image position.

In 2d case we can use a formula such as :

$mean(I1, I1(-1, 0), I1(0, 1), I1(0, -1), I1(0, 1))$

to compute a local "cross like" mean smoothing operation.

In 3d case this operation becomes :

$mean(I1, I1(-1, 0, 0), I1(0, 1, 0), I1(0, -1, 0), I1(0, 1, 0), I1(0, 0, -1), I1(0, 0, 1))$

to compute a local "cross like" mean smoothing operation.

Applying structuring elements on formula variable operands

As an extension of image offset combination capabilities, image formula allow usable of structuring elements. These features are described by ipsdk::image::tools::eImageFormulaStructuringElement enumerate.

A square structuring element such as :

$square(I1, 1)$

will simply be replaced by its decomposition (in 2d case) :

$I1(-1, -1), I1(0, -1), I1(1, -1), I1(-1, 0), I1(0, 0), I1(1, 0), I1(-1, 1), I1(0, 1), I1(1, 1)$

This allows for example simple image smoothing operations (median filter with a circular structuring element in this case):

$median(circle(I1, 2))$

or morphological operations (erosion with a square structuring element in this case) :

$min(square(I1, 3))$

Enumeration Type Documentation

◆ eImageFormulaResultType

enum ipsdk::image::tools::eImageFormulaResultType

Enumerate describing image formula result type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFRT_Logic	Image formula is associated to a logical result.
eIFRT_Arithmetic	Image formula is associated to an arithmetical result.

◆ eImageFormulaImageType

enum ipsdk::image::tools::eImageFormulaImageType

Enumerate describing image formula image type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFIT_Image2d	Image Formula is used with 2d image.
eIFIT_Image3d	Image Formula is used with 3d image.

◆ eImageFormulaOperatorType

enum ipsdk::image::tools::eImageFormulaOperatorType

Enumerate describing image formula operation type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFOT_UnaryPlus	Addition unary operator [example : '+value'].
eIFOT_UnaryMinus	Subtraction unary operator [example : '-value'].
eIFOT_Not	Logical not unary operator [example : '!value'].
eIFOT_Plus	Addition binary operator [example : 'value1 + value2'].
eIFOT_Minus	Subtraction binary operator [example : 'value1 - value2'].
eIFOT_Multiply	Multiplication binary operator [example : 'value1 * value2'].
eIFOT_Divide	Division binary operator [example : 'value1 / value2'].
eIFOT_Power	Power binary operator [example : 'value1 ^ value2'].
eIFOT_And	Logical and binary operator [example : 'value1 && value2'].
eIFOT_Or	Logical or binary operator [example : 'value1 \|\| value2'].
eIFOT_Equal	Equal comparison operator [example : 'value1 == value2'].
eIFOT_NotEqual	Not equal comparison operator [example : 'value1 != value2'].
eIFOT_Greater	Greater comparison operator [example : 'value1 > value2'].
eIFOT_GreaterOrEqual	Greater or equal comparison operator [example : 'value1 >= value2'].
eIFOT_Lower	Lower comparison operator [example : 'value1 < value2'].
eIFOT_LowerOrEqual	Lower or equal comparison operator [example : 'value1 <= value2'].

◆ eImageFormulaUnaryArithmeticFunctionType

enum ipsdk::image::tools::eImageFormulaUnaryArithmeticFunctionType

Enumerate describing image formula unary arithmetical function type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFUAFT_Abs	Absolute value [example : 'abs(value)'].
eIFUAFT_Sqrt	Square root value [example : 'sqrt(value)'].
eIFUAFT_Exp	Exponential value [example : 'exp(value)'].
eIFUAFT_Log	Neperian logarithm value [example : 'log(value)'].
eIFUAFT_Cos	Cosinus value of an angle (in radian) [example : 'cos(value)'].
eIFUAFT_Sin	Sinus value of an angle (in radian) [example : 'sin(value)'].
eIFUAFT_Tan	Tangent value of an angle (in radian) [example : 'tan(value)'].
eIFUAFT_ACos	Arc Cosinus value [example : 'acos(value)'].
eIFUAFT_ASin	Arc Sinus value [example : 'asin(value)'].
eIFUAFT_ATan	Arc Tangent value [example : 'atan(value)'].

◆ eImageFormulaBinaryArithmeticFunctionType

enum ipsdk::image::tools::eImageFormulaBinaryArithmeticFunctionType

Enumerate describing image formula binary arithmetical function type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFBAFT_ATan2	Arc Tangent value [example : 'atan2(valueY, valueX)'].

◆ eImageFormulaGenericArithmeticFunctionType

enum ipsdk::image::tools::eImageFormulaGenericArithmeticFunctionType

Enumerate describing image formula generic arithmetical function type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFGAFT_Min	Minimum value computation [example : 'min(value1, value2, value3, ...)'].
eIFGAFT_Max	Maximum value computation [example : 'max(value1, value2, value3, ...)'].
eIFGAFT_Sum	Sum value computation [example : 'sum(value1, value2, value3, ...)'].
eIFGAFT_Mean	Mean value computation [example : 'mean(value1, value2, value3, ...)'].
eIFGAFT_Median	Median value computation [example : 'median(value1, value2, value3, ...)'].
eIFGAFT_StdDev	Standard deviation value computation [example : 'stddev(value1, value2, value3, ...)'].
eIFGAFT_Variance	Variance value computation [example : 'variance(value1, value2, value3, ...)'].
eIFGAFT_NormL1	L1 norm (ie. absolute value norm) computation [example : 'normL1(value1, value2, value3, ...)'].
eIFGAFT_NormL2	L2 norm (ie. euclidian norm) computation [example : 'normL2(value1, value2, value3, ...)'].

◆ eImageFormulaCoupledArithmeticFunctionType

enum ipsdk::image::tools::eImageFormulaCoupledArithmeticFunctionType

Enumerate describing image formula coupled arithmetical function type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFCAFT_Distance	Distance value computation [example : 'distance(x0, x1, y0, y1, ...)', with a list of arguments formed by cuples].

◆ eImageFormulaTernaryLogicFunctionType

enum ipsdk::image::tools::eImageFormulaTernaryLogicFunctionType

Enumerate describing image formula ternary logical function type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFTLFT_If	If logical ternary function [example : 'if(predicateValue, successValue, failureValue)'].

◆ eImageFormulaMapFunctionType

enum ipsdk::image::tools::eImageFormulaMapFunctionType

Enumerate describing image formula map function type.

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFMFT_Lut	Look up table mapping function [example : 'lut(I1>200:200, I1<100:100; I1)'] This must be a string such as 'lut(pred1:val1, ..., predN:valN2; optionalDefaultValue)' List of predicates are tested, first valid is keeped and associated value is returned (value on the right of ':'). Optional default value is returned if no predicate is satisfied

◆ eImageFormulaStaticBoolean

enum ipsdk::image::tools::eImageFormulaStaticBoolean

enumerate describing formula static boolean

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFSB_True	Constant defined to true boolean value [example : 'true'].
eIFSB_False	Constant defined to false boolean value [example : 'false'].

◆ eImageFormulaStaticConstant

enum ipsdk::image::tools::eImageFormulaStaticConstant

enumerate describing formula static constants

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFSC_Pi	Constant defined to pi value [example : 'pi'].
eIFSC_E	Constant defined to euler number value [example : 'e'].

◆ eImageFormulaDynamicConstant

enum ipsdk::image::tools::eImageFormulaDynamicConstant

enumerate describing formula dynamic constants

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFDC_PointXCoord	X coordinates for current point [example : 'x'].
eIFDC_PointYCoord	Y coordinates for current point [example : 'y'].
eIFDC_PointZCoord	Z coordinates for current point [example : 'z'] (only available in case of 3d image formula)
eIFDC_ImageSizeX	Image size X [example : 'Sx'].
eIFDC_ImageSizeY	Image size Y [example : 'Sy'].
eIFDC_ImageSizeZ	Image size Z [example : 'Sz'] (only available in case of 3d image formula)
eIFDC_ImageCenterX	Image center X [example : 'Cx'].
eIFDC_ImageCenterY	Image center Y [example : 'Cy'].
eIFDC_ImageCenterZ	Image center Z [example : 'Cz'] (only available in case of 3d image formula)

◆ eFormulaImageId

enum ipsdk::image::tools::eFormulaImageId

enumerate allowing to identify an image

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eFII_GreyLevelImage1	Identifier associated to grey level image 1 [example : 'I1'].
eFII_GreyLevelImage2	Identifier associated to grey level image 2 [example : 'I2'].
eFII_GreyLevelImage3	Identifier associated to grey level image 3 [example : 'I3'].
eFII_BinaryImage1	Identifier associated to binary image 1 [example : 'B1'].
eFII_BinaryImage2	Identifier associated to binary image 2 [example : 'B2'].
eFII_BinaryImage3	Identifier associated to binary image 3 [example : 'B3'].
eFII_LabelImage1	Identifier associated to label image 1 [example : 'L1'].
eFII_LabelImage2	Identifier associated to label image 2 [example : 'L2'].
eFII_LabelImage3	Identifier associated to label image 3 [example : 'L3'].

◆ eImageFormulaImageConstant

enum ipsdk::image::tools::eImageFormulaImageConstant

enumerate describing formula image constants

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFIC_GLMin	Image minimum grey level [example : 'GLMin(I1)'].
eIFIC_GLMax	Image maximum grey level [example : 'GLMax(I1)'].
eIFIC_GLMean	Image mean grey level [example : 'GLMean(I1)'].
eIFIC_GLStdDev	Image standard deviation for grey level [example : 'GLStdDev(I1)'].
eIFIC_GLVariance	Image variance for grey level [example : 'GLVar(I1)'].

◆ eImageFormulaStructuringElement

enum ipsdk::image::tools::eImageFormulaStructuringElement

enumerate describing formula structuring elements

Note: This object is associated to a strong enumerate definition

See also: IPSDK_Enum

Enumerator
eIFSE_Square	Square 2d structuring element [example : 'square(I1, 2)' for a 5x5 structuring element on image I1].
eIFSE_Cube	Cubic 3d structuring element [example : 'cube(I1, 2)' for a 5x5x5 structuring element on image I1].
eIFSE_Rectangle	Rectangular 2d/3d structuring element [example : 'rect(I1, 2, 1)' for a 5x3 structuring element on image I1, or 'rect(I1, 2, 1, 3)' for a 5x3x7 structuring element on image I1].
eIFSE_Circle	Circular 2d structuring element [example : 'circle(I1, 2)' where 2 defined circle radius on image I1].
eIFSE_Sphere	Spherical 3d structuring element [example : 'sphere(I1, 2)' where 2 defined sphere radius on image I1].
eIFSE_Linear	Linear centered 2d/3d structuring element [example : 'seg(I1, 3.5, pi/3)' for a segment with length=23.5 and orientation theta=pi/3 on image I1 or 'seg(I1, 3.5, pi/3, pi/4)' for a segment with length=23.5 and orientation theta=pi/3 and phi=pi/4 on image I1].
eIFSE_HalfLinear	Half Linear 2d/3d structuring element starting on current element [example : 'halfSeg(I1, 3.5, pi/3)' for a half segment with length=3.5 and orientation theta=pi/3 on image I1 or 'halfSeg(I1, 3.5, pi/3, pi/4)' for a half segment with length=3.5 and orientation theta=pi/3 and phi=pi/4 on image I1].

Enumerations