Calculator¶

MLModule¶

genre	`Arithmetic`
authors	`Lennart Tautz`, `Ola Friman`
package	`FMEstable/ReleaseMeVis`
dll	`MLCalculator`
definition	MLCalculator.def
see also	`Arithmetic0`, `SoCalculator`, `Arithmetic`, `Arithmetic1`, `Arithmetic2`, `ComplexArithmetic1`, `ComplexArithmetic2`
keywords	`arithmetic`, `expression`, `evaluation`, `calculator`, `calculation`, `operation`, `mathematics`, `logic`, `log`, `exp`, `abs`, `sin`, `cos`, `tan`, `min`, `max`, `add`, `subtract`, `minus`, `multiply`, `divide`, `scalar`, `vector`

Purpose¶

This module performs arithmetic operations on scalars and vectors. Up to eight expressions can be evaluated in parallel.

Usage¶

Enter the arithmetic expression you want to calculate. You can specify additional variables in the respective fields.

Output type¶

The type that is used for calculation and for the output is determined from the expression and used variables. The following table shows which conditions that change the calculation and output type. If no condition is met, the calculation and output type will be MLint.

Condition	Output type is at least
Decimal number (e.g. ‘1.2’)	MLfloat
Constant ‘pi’	MLdouble
Double variable (d1-d12)	MLdouble
Trigonometric and certain other functions: cos, sin, tan, acos, asin, atan, cosh, sinh, tanh, exp, log, log10, log2, sqrt, root	MLfloat
Vector variable (v1-v6) or anonymous vector	vec3
Bitwise operators (&, \|, ^)	MLuint8

Support of registered types¶

The dimension of input and output types is always the same. This means that you cannot, for example, calculate the norm of a vector. Instead, many functions that are available for registered types will be calculated component-wise (e.g. cos on each component instead of cos on a whole vector). However, many functions are not supported at all for certain types. Note that there will be no error message if you try to use incompatible types and functions. The output image will simply not be computed. See the tables below for more information.

This table shows the available types and their association to type groups (for ease of read):

Type group	ML types
Standard	MLuint8, MLint, MLfloat, MLdouble
Vector	vec3

This table shows which type group supports which functions. While ‘Y’ and ‘-’ indicate (native) support and no support, respectively, ‘C’ indicates support by means of component-wise calculation.

Function

Standard

Vector

Basic functions

+

Y

-

Y

*

Y

C [1]

/

Y

C [2]

%

Y

-

- (unary)

Y

min

Y

C

max

Y

C

diff

Y

C

abs

Y

C

sgn

Y

C

mix

Y

C

clamp

Y

C

absmin

Y

C

absmax

Y

C

[1]	Equivalent to .*

[2]	Equivalent to ./

Trigonometric functions

cos

Y

C

sin

Y

C

tan

Y

C

cosh

Y

C

sinh

Y

C

tanh

Y

C

acos

Y

-

asin

Y

-

atan

Y

-

atan2

Y

-

Exponential and logarithmic functions

pow

Y

C

sqr

Y

C

root

Y

-

sqrt

Y

C

exp

Y

C

log

Y

C

log10

Y

C

log2

Y

C

Logical functions

==

Y

!=

Y

<

Y

C

>

Y

C

<=

Y

C

>=

Y

C

and

Y

-

or

Y

-

xor

Y

-

imp

Y

-

!

Y

-

& [3]

Y

-

| [3]

Y

-

^ [3]

Y

-

[3]	(1, 2, 3) for unsigned integer types only

Rounding functions

floor

Y

C

ceil

Y

C

round

Y

C

Functions on vector values

.*

-

Y

./

-

Y

norm

-

Y

dot

-

Y

cross

-

Y

length

-

Y

Operator precedence¶

The following table lists the precedence of infix functions, where a higher precedence group means higher precedence.

Precedence group	Functions
1	imp
2	or/\|\|
3	xor
4	and/&&
5	==, !=
6	<, >, <=, >=
7	+, -
8	, /, %, ., ./

Details¶

The arithmetic language over “numbers” (scalars and vectors) used in this module combines functions and arguments to form an arithmetic expression.

If you enter an invalid expression, a message indicating the error will be displayed in the module panel.

Functions¶

Function	Syntax	Description
Basic functions
+	a + b	Addition
-	a - b	Subtraction
*	a * b	Multiplication
/	a / b	Division If b is zero, a domain error occurs
%	a % b	Modulo
-	- a	Unary minus (invert)
min	min(a, b)	Minimum of arguments Applied component-wise to vector values
max	max(a, b)	Maximum of arguments Applied component-wise to vector values
diff	diff(a, b)	Difference (absolute value after subtraction)
abs	abs(a)	Absolute value
sgn	sgn(a)	Signum (result is 1 for positive values, 0 for zero and -1 for negative values)
mix	mix(a, b, c)	Mix b to a, weighted by c, using a + c*( b - a )
clamp	clamp(a, b, c)	Clamp c to range [ a; b ]
absmin	absmin(a, b)	Returns the argument that has the minimum absolute value. If the absolute values are equal, the minimum is returned Applied component-wise to vector values
absmax	absmax(a, b)	Returns the argument that has the maximum absolute value. If the absolute values are equal, the maximum is returned Applied component-wise to vector values
Trigonometric functions
cos	cos(a)	Cosine
sin	sin(a)	Sine
tan	tan(a)	Tangent
cosh	cosh(a)	Hyperbolic cosine
sinh	sinh(a)	Hyperbolic sine
tanh	tanh(a)	Hyperbolic tangent
acos	acos(a)	Inverse cosine If a is outside of range [-1;1], a domain error occurs
asin	asin(a)	Inverse sine \| If a is outside of range [-1;1], a domain error occurs
atan	atan(a)	Inverse tangent
atan2	atan2(y, x)	atan2 (note reversed argument order)
Exponential and logarithmic functions
pow	pow(a, b)	a raised to the power of b
sqr	sqr(a)	a squared
root	root(a, b)	b-th root of a If b is zero, a domain error occurs
sqrt	sqrt(a)	Square root If a is negative, a domain error occurs
exp	exp(a)	e raise to the power of a
log	log(a)	Natural logarithm If a is zero or negative, a domain error occurs
log10	log10(a)	Decadic logarithm If a is zero or negative, a domain error occurs
log2	log2(a)	Binary logarithm If a is zero or negative, a domain error occurs
Logical functions
==	a == b	Equality
!=	a != b	Inequality
<	a < b	a is less than b Applied component-wise to vector types For those types, the comparison is true if all components compare true
>	a > b	a is greater than b Applied component-wise to vector types For those types, the comparison is true if all components compare true
<=	a <= b	a is equal to or less than b Applied component-wise to vector types For those types, the comparison is true if all components compare true
>=	a >= b	a is equal to or greater than b Applied component-wise to vector types For those types, the comparison is true if all components compare true
and &&	a and b a && b	Logical AND
or \|\|	a or b a \|\| b	Logical OR
xor	a xor b	Logical XOR (exclusive OR)
imp	a imp b	Logical implication
!	!a	Logical NOT
&	a & b	Bitwise AND
\|	a \| b	Bitwise OR
^	a ^ b	Bitwise XOR (exclusive OR)
Rounding functions
floor	floor(a)	Floor value
ceil	ceil(a)	Ceil value
round	round(a)	Rounded value
Functions on vector values
.*	a .* b	Component-wise multiplication
./	a ./ b	Component-wise division
norm	norm(a)	Normalize a to unit vector
dot	dot(a, b)	Dot product
cross	cross(a, b)	Cross product
Index	v[expr]	expr is evaluated to a value which is then used to access a component of v expr must evaluate to an integer in [0;2], otherwise an error occurs v must be a vector variable (v1-v6)
Vector	[e1,e2,e3]	e1, e2 and e3 are evaluated to values which are then used to fill the components of a vector
length	length(a)	Length of vector

Arguments¶

A function arguments can be anything of the following:

A literal value (for example 5, -5 or 1.3, but not 2.) When the expression is evaluated over vectors, a literal number is converted to a value of that type where all components are set to that number
A literal vector (see above), for example [1, i1+sin(f1), max(i2, 5)]
A built-in constant: pi
A variable (i1-i6, d1-d12, v1-v6) The variable is evaluated to the value set in the module panel

Legacy Issues¶

The variables f1-f6 and ld1-ld6 redirect to d1-d6 and d7-d12 both as fields and as variables in the expression.

Tips¶

Referencing expressions¶

You cannot reference other expressions in the same Calculator directly. It is, however, possible to connect the result field of an expression to a variable field that is used by another expression. Note that the Calculator cannot see this dependency (and updates are blocked by the field notification mechanism anyway), so you have to apply twice to get the correct result in the second expression (and more often if you chained several expressions).

Windows¶

Default Panel¶

../../../Modules/ML/MLCalculator/mhelp/Images/Screenshots/Calculator._default.png

Parameter Fields¶

Field Index¶

`a.x:`: `Float`	`d6`: `Double`	`Is valid (resultValid5)`: `Bool`
`a.y:`: `Float`	`d7`: `Double`	`Is valid (resultValid6)`: `Bool`
`a.z:`: `Float`	`d8`: `Double`	`Is valid (resultValid7)`: `Bool`
`Apply`: `Trigger`	`d9`: `Double`	`Is valid (resultValid8)`: `Bool`
`Apply Mode`: `Enum`	`e.x:`: `Float`	`modeVector1`: `Bool`
`b.x:`: `Float`	`e.y:`: `Float`	`modeVector2`: `Bool`
`b.y:`: `Float`	`e.z:`: `Float`	`modeVector3`: `Bool`
`b.z:`: `Float`	`Expression a`: `String`	`modeVector4`: `Bool`
`c.x:`: `Float`	`Expression b`: `String`	`modeVector5`: `Bool`
`c.y:`: `Float`	`Expression c`: `String`	`modeVector6`: `Bool`
`c.z:`: `Float`	`Expression d`: `String`	`modeVector7`: `Bool`
`clearExpressions`: `Trigger`	`Expression e`: `String`	`modeVector8`: `Bool`
`clearScalarVariables`: `Trigger`	`Expression f`: `String`	`Scalar Result a`: `Double`
`clearVectorVariables`: `Trigger`	`Expression g`: `String`	`Scalar Result b`: `Double`
`Comment (exp1Comment)`: `String`	`Expression h`: `String`	`Scalar Result c`: `Double`
`Comment (exp2Comment)`: `String`	`f.x:`: `Float`	`Scalar Result d`: `Double`
`Comment (exp3Comment)`: `String`	`f.y:`: `Float`	`Scalar Result e`: `Double`
`Comment (exp4Comment)`: `String`	`f.z:`: `Float`	`Scalar Result f`: `Double`
`Comment (exp5Comment)`: `String`	`g.x:`: `Float`	`Scalar Result g`: `Double`
`Comment (exp6Comment)`: `String`	`g.y:`: `Float`	`Scalar Result h`: `Double`
`Comment (exp7Comment)`: `String`	`g.z:`: `Float`	`Status`: `String`
`Comment (exp8Comment)`: `String`	`h.x:`: `Float`	`v1`: `Vector3`
`Comments (scalarVariablesComment)`: `String`	`h.y:`: `Float`	`v2`: `Vector3`
`Comments (vectorVariablesComment)`: `String`	`h.z:`: `Float`	`v3`: `Vector3`
`d.x:`: `Float`	`Handling on Domain Error`: `Enum`	`v4`: `Vector3`
`d.y:`: `Float`	`i1`: `Integer`	`v5`: `Vector3`
`d.z:`: `Float`	`i2`: `Integer`	`v6`: `Vector3`
`d1`: `Double`	`i3`: `Integer`	`Vector Result a`: `Vector3`
`d10`: `Double`	`i4`: `Integer`	`Vector Result b`: `Vector3`
`d11`: `Double`	`i5`: `Integer`	`Vector Result c`: `Vector3`
`d12`: `Double`	`i6`: `Integer`	`Vector Result d`: `Vector3`
`d2`: `Double`	`Is valid (resultValid1)`: `Bool`	`Vector Result e`: `Vector3`
`d3`: `Double`	`Is valid (resultValid2)`: `Bool`	`Vector Result f`: `Vector3`
`d4`: `Double`	`Is valid (resultValid3)`: `Bool`	`Vector Result g`: `Vector3`
`d5`: `Double`	`Is valid (resultValid4)`: `Bool`	`Vector Result h`: `Vector3`

Visible Fields¶

Status¶

name: statusBar, type: String, persistent: no¶: When the expression is invalid or an error occurred during evaluation, an error message is shown here.

Expression a¶

name: exp1, type: String, deprecated name: expression0,expression¶: Enter an expression.

Scalar Result a¶

name: resultScalar1, type: Double, persistent: no, deprecated name: scalarResult0,calcOutput¶: Scalar result of expression a.

Vector Result a¶

name: resultVector1, type: Vector3, persistent: no, deprecated name: vectorResult0,vecOutput¶: Vector result of expression a.

Is valid (resultValid1)¶

name: resultValid1, type: Bool, persistent: no¶: Indicates if the result of expression a is valid.

Expression b¶

name: exp2, type: String, deprecated name: expression1¶: Enter an expression.

Scalar Result b¶

name: resultScalar2, type: Double, persistent: no, deprecated name: scalarResult1¶: Scalar result of expression b.

Vector Result b¶

name: resultVector2, type: Vector3, persistent: no, deprecated name: vectorResult1¶: Vector result of expression b.

Is valid (resultValid2)¶

name: resultValid2, type: Bool, persistent: no¶: Indicates if the result of expression b is valid.

Expression c¶

name: exp3, type: String, deprecated name: expression2¶: Enter an expression.

Scalar Result c¶

name: resultScalar3, type: Double, persistent: no, deprecated name: scalarResult2¶: Scalar result of expression c.

Vector Result c¶

name: resultVector3, type: Vector3, persistent: no, deprecated name: vectorResult2¶: Vector result of expression c.

Is valid (resultValid3)¶

name: resultValid3, type: Bool, persistent: no¶: Indicates if the result of expression c is valid.

Expression d¶

name: exp4, type: String, deprecated name: expression3¶: Enter an expression.

Scalar Result d¶

name: resultScalar4, type: Double, persistent: no, deprecated name: scalarResult3¶: Scalar result of expression d.

Vector Result d¶

name: resultVector4, type: Vector3, persistent: no, deprecated name: vectorResult3¶: Vector result of expression d.

Is valid (resultValid4)¶

name: resultValid4, type: Bool, persistent: no¶: Indicates if the result of expression d is valid.

Expression e¶

name: exp5, type: String, deprecated name: expression4¶: Enter an expression.

Scalar Result e¶

name: resultScalar5, type: Double, persistent: no, deprecated name: scalarResult4¶: Scalar result of expression e.

Vector Result e¶

name: resultVector5, type: Vector3, persistent: no, deprecated name: vectorResult4¶: Vector result of expression e.

Is valid (resultValid5)¶

name: resultValid5, type: Bool, persistent: no¶: Indicates if the result of expression e is valid.

Expression f¶

name: exp6, type: String, deprecated name: expression5¶: Enter an expression.

Scalar Result f¶

name: resultScalar6, type: Double, persistent: no, deprecated name: scalarResult5¶: Scalar result of expression f.

Vector Result f¶

name: resultVector6, type: Vector3, persistent: no, deprecated name: vectorResult5¶: Vector result of expression f.

Is valid (resultValid6)¶

name: resultValid6, type: Bool, persistent: no¶: Indicates if the result of expression f is valid.

Expression g¶

name: exp7, type: String, deprecated name: expression6¶: Enter an expression.

Scalar Result g¶

name: resultScalar7, type: Double, persistent: no, deprecated name: scalarResult6¶: Scalar result of expression g.

Vector Result g¶

name: resultVector7, type: Vector3, persistent: no, deprecated name: vectorResult6¶: Vector result of expression g.

Is valid (resultValid7)¶

name: resultValid7, type: Bool, persistent: no¶: Indicates if the result of expression g is valid.

Expression h¶

name: exp8, type: String, deprecated name: expression7¶: Enter an expression.

Scalar Result h¶

name: resultScalar8, type: Double, persistent: no, deprecated name: scalarResult7¶: Scalar result of expression h.

Vector Result h¶

name: resultVector8, type: Vector3, persistent: no, deprecated name: vectorResult7¶: Vector result of expression h.

Is valid (resultValid8)¶

name: resultValid8, type: Bool, persistent: no¶: Indicates if the result of expression h is valid.

i1¶

name: i1, type: Integer, default: 0, deprecated name: intConstant0¶: Integer variable i1

i2¶

name: i2, type: Integer, default: 0, deprecated name: intConstant1¶: Integer variable i2

i3¶

name: i3, type: Integer, default: 0, deprecated name: intConstant2¶: Integer variable i3

i4¶

name: i4, type: Integer, default: 0, deprecated name: intConstant3¶: Integer variable i4

i5¶

name: i5, type: Integer, default: 0, deprecated name: intConstant4¶: Integer variable i5

i6¶

name: i6, type: Integer, default: 0, deprecated name: intConstant5¶: Integer variable i6

d1¶

name: d1, type: Double, default: 0, deprecated name: longDoubleConstant0,ld1¶: Double variable d1

d2¶

name: d2, type: Double, default: 0, deprecated name: longDoubleConstant1,ld2¶: Double variable d2

d3¶

name: d3, type: Double, default: 0, deprecated name: longDoubleConstant2,ld3¶: Double variable d3

d4¶

name: d4, type: Double, default: 0, deprecated name: longDoubleConstant3,ld4¶: Double variable d4

d5¶

name: d5, type: Double, default: 0, deprecated name: longDoubleConstant4,ld5¶: Double variable d5

d6¶

name: d6, type: Double, default: 0, deprecated name: longDoubleConstant5,ld6¶: Double variable d6

d7¶

name: d7, type: Double, default: 0, deprecated name: floatConstant0,f1¶: Double variable d7

d8¶

name: d8, type: Double, default: 0, deprecated name: floatConstant1,f2¶: Double variable d8

d9¶

name: d9, type: Double, default: 0, deprecated name: floatConstant2,f3¶: Double variable d9

d10¶

name: d10, type: Double, default: 0, deprecated name: floatConstant3,f4¶: Double variable d10

d11¶

name: d11, type: Double, default: 0, deprecated name: floatConstant4,f5¶: Double variable d11

d12¶

name: d12, type: Double, default: 0, deprecated name: floatConstant5,f6¶: Double variable d12

v1¶

name: v1, type: Vector3, default: 0 0 0, deprecated name: vectorConstant0¶: Vector variable v1

v2¶

name: v2, type: Vector3, default: 0 0 0, deprecated name: vectorConstant1¶: Vector variable v2

v3¶

name: v3, type: Vector3, default: 0 0 0, deprecated name: vectorConstant2¶: Vector variable v3

v4¶

name: v4, type: Vector3, default: 0 0 0, deprecated name: vectorConstant3¶: Vector variable v4

v5¶

name: v5, type: Vector3, default: 0 0 0, deprecated name: vectorConstant4¶: Vector variable v5

v6¶

name: v6, type: Vector3, default: 0 0 0, deprecated name: vectorConstant5¶: Vector variable v6

Handling on Domain Error¶

name: domainErrorHandling, type: Enum, default: Nothing¶

Values:

Title	Name
Nothing	Nothing
Error Message	ErrorMessage

Apply Mode¶

name: applyMode, type: Enum, default: AutoApply, deprecated name: autoApply¶: If set to AutoClear, all results are cleared when any dependency field changes. If set to AutoApply, all results where a dependency has changed are updated. Dependency fields of a result are the expression field and the variable fields.

Values:

Title	Name	Deprecated Name
Auto Clear	AutoClear	Off,FALSE
Auto Apply	AutoApply	TRUE

Apply¶

name: apply, type: Trigger¶: Force calculation of all results with the current variables.

Comment (exp1Comment)¶

name: exp1Comment, type: String, deprecated name: expression0Comment¶: You can document the purpose of the expression here.

Comment (exp2Comment)¶

name: exp2Comment, type: String, deprecated name: expression1Comment¶: You can document the purpose of the expression here.

Comment (exp3Comment)¶

name: exp3Comment, type: String, deprecated name: expression2Comment¶: You can document the purpose of the expression here.

Comment (exp4Comment)¶

name: exp4Comment, type: String, deprecated name: expression3Comment¶: You can document the purpose of the expression here.

Comment (exp5Comment)¶

name: exp5Comment, type: String, deprecated name: expression4Comment¶: You can document the purpose of the expression here.

Comment (exp6Comment)¶

name: exp6Comment, type: String, deprecated name: expression5Comment¶: You can document the purpose of the expression here.

Comment (exp7Comment)¶

name: exp7Comment, type: String, deprecated name: expression6Comment¶: You can document the purpose of the expression here.

Comment (exp8Comment)¶

name: exp8Comment, type: String, deprecated name: expression7Comment¶: You can document the purpose of the expression here.

Comments (scalarVariablesComment)¶

name: scalarVariablesComment, type: String, deprecated name: scalarConstantsComment¶: You can document the purpose of the variables here. This can be useful when external fields are connected.

Comments (vectorVariablesComment)¶

name: vectorVariablesComment, type: String, deprecated name: vectorConstantsComment¶: You can document the purpose of the variables here. This can be useful when external fields are connected.

a.x:¶

name: resultVector1_x, type: Float, default: 0, deprecated name: vectorResult0\_x¶: X component of vector result a

a.y:¶

name: resultVector1_y, type: Float, default: 0, deprecated name: vectorResult0\_y¶: Y component of vector result a

a.z:¶

name: resultVector1_z, type: Float, default: 0, deprecated name: vectorResult0\_z¶: Y component of vector result a

b.x:¶

name: resultVector2_x, type: Float, default: 0, deprecated name: vectorResult1\_x¶: X component of vector result b

b.y:¶

name: resultVector2_y, type: Float, default: 0, deprecated name: vectorResult1\_y¶: Y component of vector result b

b.z:¶

name: resultVector2_z, type: Float, default: 0, deprecated name: vectorResult1\_z¶: Z component of vector result b

c.x:¶

name: resultVector3_x, type: Float, default: 0, deprecated name: vectorResult2\_x¶: X component of vector result c

c.y:¶

name: resultVector3_y, type: Float, default: 0, deprecated name: vectorResult2\_y¶: Y component of vector result c

c.z:¶

name: resultVector3_z, type: Float, default: 0, deprecated name: vectorResult2\_z¶: Z component of vector result c

d.x:¶

name: resultVector4_x, type: Float, default: 0, deprecated name: vectorResult3\_x¶: X component of vector result d

d.y:¶

name: resultVector4_y, type: Float, default: 0, deprecated name: vectorResult3\_y¶: Y component of vector result d

d.z:¶

name: resultVector4_z, type: Float, default: 0, deprecated name: vectorResult3\_z¶: Z component of vector result d

e.x:¶

name: resultVector5_x, type: Float, default: 0, deprecated name: vectorResult4\_x¶: X component of vector result e

e.y:¶

name: resultVector5_y, type: Float, default: 0, deprecated name: vectorResult4\_y¶: Y component of vector result e

e.z:¶

name: resultVector5_z, type: Float, default: 0, deprecated name: vectorResult4\_z¶: Z component of vector result e

f.x:¶

name: resultVector6_x, type: Float, default: 0, deprecated name: vectorResult5\_x¶: X component of vector result f

f.y:¶

name: resultVector6_y, type: Float, default: 0, deprecated name: vectorResult5\_y¶: Y component of vector result f

f.z:¶

name: resultVector6_z, type: Float, default: 0, deprecated name: vectorResult5\_z¶: Z component of vector result f

g.x:¶

name: resultVector7_x, type: Float, default: 0, deprecated name: vectorResult6\_x¶: X component of vector result g

g.y:¶

name: resultVector7_y, type: Float, default: 0, deprecated name: vectorResult6\_y¶: Y component of vector result g

g.z:¶

name: resultVector7_z, type: Float, default: 0, deprecated name: vectorResult6\_z¶: Z component of vector result g

h.x:¶

name: resultVector8_x, type: Float, default: 0, deprecated name: vectorResult7\_x¶: X component of vector result h

h.y:¶

name: resultVector8_y, type: Float, default: 0, deprecated name: vectorResult7\_y¶: Y component of vector result h

h.z:¶

name: resultVector8_z, type: Float, default: 0, deprecated name: vectorResult7\_z¶: Z component of vector result h

Hidden Fields¶

modeVector1¶

name: modeVector1, type: Bool, persistent: no, deprecated name: vecMode0,vecMode¶

modeVector2¶

name: modeVector2, type: Bool, persistent: no, deprecated name: vecMode1¶

modeVector3¶

name: modeVector3, type: Bool, persistent: no, deprecated name: vecMode2¶

modeVector4¶

name: modeVector4, type: Bool, persistent: no, deprecated name: vecMode3¶

modeVector5¶

name: modeVector5, type: Bool, persistent: no, deprecated name: vecMode4¶

modeVector6¶

name: modeVector6, type: Bool, persistent: no, deprecated name: vecMode5¶

modeVector7¶

name: modeVector7, type: Bool, persistent: no, deprecated name: vecMode6¶

modeVector8¶

name: modeVector8, type: Bool, persistent: no, deprecated name: vecMode7¶

clearScalarVariables¶

name: clearScalarVariables, type: Trigger, deprecated name: clearScalarConstants¶

clearVectorVariables¶

name: clearVectorVariables, type: Trigger, deprecated name: clearVectorConstants¶

clearExpressions¶

name: clearExpressions, type: Trigger¶