| MATLAB Function Reference | ![]() |
A = pascal(n)
A = pascal(n,1)
A = pascal(n,2)
A = pascal(n) returns the Pascal matrix of order n: a symmetric positive definite matrix with integer entries taken from Pascal's triangle. The inverse of A has integer entries.
A = pascal(n,1) returns the lower triangular Cholesky factor (up to the signs of the columns) of the Pascal matrix. It is involutary, that is, it is its own inverse.
A = pascal(n,2) returns a transposed and permuted version of pascal(n,1). A is a cube root of the identity matrix.
pascal(4) returns
1 1 1 1 1 2 3 4 1 3 6 10 1 4 10 20
A = pascal(3,2) produces
A =
1 1 1
-2 -1 0
1 0 0![]() | partialpath | patch | ![]() |
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