1 | initial version |
C1 = R1 * C2 + T1; C2 = R2 * C3 + T2; C1 = R1*(R2 * C3 + T2)+T1; C3 to C1:C1 = R1 * R2 * C3 + R1 * T2+ T1; the final transform:R = R1 * R2,T = R1 * T2+ T1; of course you should know OpenCV's RT rule.
2 | No.2 Revision |
C1 = R1 * C2 + T1;
C2 = R2 * C3 + T2;
C1 = R1*(R2 * C3 + T2)+T1;
C3 to C1:C1 = R1 * R2 * C3 + R1 * T2+ T1;
T1;
the final transform:R transform:R
= R1 * R2,T = R1 * T2+ T1;
T1; of course you should know OpenCV's RT rule.
3 | No.3 Revision |
C1 = R1 * C2 + T1; C2 = R2 * C3 + T2; C1 = R1*(R2 * C3 + T2)+T1; C3 to C1:C1 = R1 * R2 * C3 + R1 * T2+ T1;
the final transform:R = R1 * R2,T = R1 * T2+ T1;
of course you should know OpenCV's RT rule.
4 | No.4 Revision |
C1 = R1 * C2 + T1; C2 = R2 * C3 + T2; C1 = R1*(R2 * C3 + T2)+T1; C3 to C1:C1 = R1 * R2 * C3 + R1 * T2+ T1;
the final transform:R = R1 * R2,T = R1 * T2+ T1;
of course you should know OpenCV's RT rule.