Question

the rotate the objectabout any arbitary point number of transformation matrices included in the concatenated matrix is​

Answer 1

Answer:

To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed.

To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed.1. Translate: Translate an object so that arbitrary point P1 is moved to coordinate origin.

To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed.1. Translate: Translate an object so that arbitrary point P1 is moved to coordinate origin.2. Rotate: Rotate object about origin.

To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed.1. Translate: Translate an object so that arbitrary point P1 is moved to coordinate origin.2. Rotate: Rotate object about origin.3. Translate: Translate object so that arbitrary point P1 is moved back to the its original position.

To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed.1. Translate: Translate an object so that arbitrary point P1 is moved to coordinate origin.2. Rotate: Rotate object about origin.3. Translate: Translate object so that arbitrary point P1 is moved back to the its original position.Note: Here to do one operation we are doing the sequence of three operations. So it is called as composite transformation or concatenation.

To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed.1. Translate: Translate an object so that arbitrary point P1 is moved to coordinate origin.2. Rotate: Rotate object about origin.3. Translate: Translate object so that arbitrary point P1 is moved back to the its original position.Note: Here to do one operation we are doing the sequence of three operations. So it is called as composite transformation or concatenation.Rotate about point P1(x1,y1).

To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed.1. Translate: Translate an object so that arbitrary point P1 is moved to coordinate origin.2. Rotate: Rotate object about origin.3. Translate: Translate object so that arbitrary point P1 is moved back to the its original position.Note: Here to do one operation we are doing the sequence of three operations. So it is called as composite transformation or concatenation.Rotate about point P1(x1,y1).1) Translate P1 to origin.

To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed.1. Translate: Translate an object so that arbitrary point P1 is moved to coordinate origin.2. Rotate: Rotate object about origin.3. Translate: Translate object so that arbitrary point P1 is moved back to the its original position.Note: Here to do one operation we are doing the sequence of three operations. So it is called as composite transformation or concatenation.Rotate about point P1(x1,y1).1) Translate P1 to origin.2) Rotate

To do rotation of an object about any selected arbitrary point P1(x1 ,y1), following sequence of operations shall be performed.1. Translate: Translate an object so that arbitrary point P1 is moved to coordinate origin.2. Rotate: Rotate object about origin.3. Translate: Translate object so that arbitrary point P1 is moved back to the its original position.Note: Here to do one operation we are doing the sequence of three operations. So it is called as composite transformation or concatenation.Rotate about point P1(x1,y1).1) Translate P1 to origin.2) Rotate3) Translate back to P1.