Interface DOMMatrix
a: number;
b: number;
c: number;
d: number;
e: number;
f: number;
is2D: boolean;
isIdentity: boolean;
m11: number;
m12: number;
m13: number;
m14: number;
m21: number;
m22: number;
m23: number;
m24: number;
m31: number;
m32: number;
m33: number;
m34: number;
m41: number;
m42: number;
m43: number;
m44: number;
}
Properties
a
The following double-precision floating-point values represent the components of a matrix which are required in order to perform 2D rotations and translations.
b
The following double-precision floating-point values represent the components of a matrix which are required in order to perform 2D rotations and translations.
c
The following double-precision floating-point values represent the components of a matrix which are required in order to perform 2D rotations and translations.
d
The following double-precision floating-point values represent the components of a matrix which are required in order to perform 2D rotations and translations.
e
The following double-precision floating-point values represent the components of a matrix which are required in order to perform 2D rotations and translations.
f
The following double-precision floating-point values represent the components of a matrix which are required in order to perform 2D rotations and translations.
is2
A Boolean flag whose value is true if the matrix was initialized as a 2D matrix. If false, the matrix is 3D.
is
A Boolean whose value is true if the matrix is the identity matrix. The identity matrix is one in which every value is 0 except those on the main diagonal from top-left to bottom-right corner (in other words, where the offsets in each direction are equal).
m11
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m12
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m13
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m14
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m21
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m22
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m23
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m24
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m31
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m32
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m33
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m34
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m41
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m42
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m43
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
m44
The following are double-precision floating-point values representing each component of a 4×4 matrix, where m11 through m14 are the first column, m21 through m24 are the second column, and so forth.
Class used to abstract a matrix