public sealed class MMatrix : MItemPublic NotInheritable Class MMatrix
Inherits MItempublic ref class MMatrix sealed : public MItem[<SealedAttribute>]
type MMatrix =
class
inherit MItem
end| MMatrix(MItem) | Constructor of the MMatrix class to copy data from the given MItem instance. |
| MMatrix(MItem, Boolean, Boolean) | Constructor of the MMatrix which uses given items as a matrix content. |
| MMatrix(Boolean, Boolean, Int32, Int32) | Constructor of the MMatrix which allocates matrix items according to given arguments. |
| ArgsCount |
Number of children of the expression component. Can get values:
(Inherited from MItem) |
| Cols | Number of columns in the matrix. |
| Inverse |
Flag indicating the inverse element.
(Inherited from MItem) |
| ItemInt32 |
Element by its ordinal number.
(Inherited from MItem) |
| ItemInt32, Int32 | A matrix element specified by row and column. |
| Items |
Dependent elements of the current mathematical element.
(Inherited from MItem) |
| Negative |
Sign of a mathematical element.
(Inherited from MItem) |
| Rows | Number of rows in the matrix. |
| Text |
Text value of the expression component.
(Inherited from MItem) |
| Type |
Type of the expression component.
(Inherited from MItem) |
| Value |
Arithmetic value of the object.
(Inherited from MItem) |
| Alg | Algebraic matrix complement. |
| CheckForVar | Determines whether the specified mathematical expression contains any user defined variable. First checks item and then recursively checks all elements of its Items collection. |
| ContainsSymbolicEntries |
Determines if current mathematical expression contains undefined variables.
(Inherited from MItem) |
| ContainsUnits |
Checking a symbolic mathematical expression for the presence of units of measurement in it.
(Inherited from MItem) |
| ContainsVariable |
Determines whether an expression contains any variable.
(Inherited from MItem) |
| ContainsVariable(ListMItem) |
Checking a symbolic mathematical expression for the presence of variables in it.
(Inherited from MItem) |
| Determinant | Determinant of the matrix. |
| Equals | Determines whether the specified object is equal to the current object. (Inherited from MItem) |
| GetDenominatorList |
Get all the elements of a negative power (the items in the denominator).
(Inherited from MItem) |
| GetHashCode | Serves as the default hash function. (Inherited from MItem) |
| GetInverse | Inversion of a general matrix. |
| GetItemWithOptions |
Obtaining a mathematical element without taking into account its
sign and/or inverse.
(Inherited from MItem) |
| GetLength | Gets the specified dimension of the matrix: num == 0 denotes rows, any other value of num denotes columns. |
| GetNumeratorList |
Get all elements of positive power (elements located in the numerator).
(Inherited from MItem) |
| GetRevertedEnumerator |
Enumerates the items of the mathematical expression in depth-first order: starts from this MItem
and then recurses into the elements of Items collection starting from its first item.
(Inherited from MItem) |
| GetType | Gets the Type of the current instance. (Inherited from Object) |
| GetVariablesList |
Getting a list of variables represented in the mathematical
expression.
(Inherited from MItem) |
| IsDouble |
Method that determines whether the mathematical element is a number
or not.
(Inherited from MItem) |
| MathEqual |
Checks the values of MItem expressions for equality.
(Inherited from MItem) |
| Minor | Matrix minor. |
| Rank | Matrix rank. |
| ToDouble |
Converting the element to a number.
(Inherited from MItem) |
| ToEntry |
Converts current symbolic equation to Entry object.
(Inherited from MItem) |
| ToRevertedList | Retrieves the list of primitives in reverse order. It is guaranteed that recursion is not used. Tip (Inherited from MItem) |
| ToString |
Converts this MItem to its string representation.
(Inherited from MItem) |
| ToTerms |
Converts current symbolic equation to the array of Terms.
(Inherited from MItem) |
| ToTermsList |
Converts the expression component to a list of terms in straight order.
(Inherited from MItem) |
| Trace | Matrix trace. |
| Transpose | Matrix transposition. |
| VMinor | Non-computed matrix minor (determinant). |
| VMultiplication | Computes the cross product of two vectors in three-dimensional Euclidean space. Throws GeneralException unless both this MMatrix and value are three-dimensional vectors. |
| Addition(MItem, MMatrix) | Adds MMatrix object to MItem object. |
| Addition(MMatrix, MItem) | Adds MItem object to MMatrix object. |
| Addition(MMatrix, MMatrix) | Adds two MMatrix objects. |
| ExclusiveOr(MMatrix, MItem) | Raises MMatrix object to the power of MItem object. |
| Multiply(MItem, MMatrix) | Multiplies MMatrix object by MItem object. |
| Multiply(MMatrix, MItem) | Multiplies MItem object by MMatrix object. |
| Multiply(MMatrix, MMatrix) | Multiplies two MMatrix objects. |