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*The Moore matrix has successive powers of the applied to the first column, so it is an mxn matrix of the form:
*The Moore matrix has successive powers of the applied to the first column, so it is an mxn matrix of the form:
<math>\begin{bmatrix}
<math>\begin{bmatrix}
\alpha_1 & \alpha_1^{q} &\cdots & \alpha_1^{q}^{n-1} \\
\alpha_1 & \{alpha_1}^{q} &\cdots & \{alpha_1}^{q}^{n-1} \\
\alpha_2 & \alpha_2^{q} &\cdots & \alpha_2^{q}^{n-1} \\
\alpha_2 & \{alpha_2}^{q} &\cdots & \{alpha_2}^{q}^{n-1} \\
\alpha_3 & \alpha_3^{q} &\cdots & \alpha_3^{q}^{n-1} \\
\alpha_3 & \{alpha_3}^{q} &\cdots & \{alpha_3}^{q}^{n-1} \\
\vdots & \ddots & \vdots \\
\vdots & \ddots & \vdots \\
\alpha_m & \alpha_m^{q} &\cdots & \alpha_m^{q}^{n-1}
\alpha_m & \{alpha_m}^{q} &\cdots & \{alpha_m}^{q}^{n-1} \\
\end{bmatrix} </math>
\end{bmatrix} </math>
*In calci, MATRIX("moore") is giving the matrixwith the element 1 of order 3.
*In calci, MATRIX("moore") is giving the matrixwith the element 1 of order 3.
*And MATRIX("moore",4,1..4) is giving Moore matrix starting element 1 to 4 of order 4.
*And MATRIX("moore",4,1..4) is giving Moore matrix starting element 1 to 4 of order 4.