mirror of
https://github.com/triqs/dft_tools
synced 2024-11-01 03:33:50 +01:00
59b969dbd3
- conj overload should return complex, as in standard. - changed the test output for mapped_function. - fixed make_matrix_view and example in doc.
241 lines
4.6 KiB
Plaintext
241 lines
4.6 KiB
Plaintext
(A) --->
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[[1,3,5]
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[2,4,6]
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[3,5,7]]
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(make_matrix(pow(V(A),2))) --->
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[[1,9,25]
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[4,16,36]
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[9,25,49]]
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(make_matrix(cosh(V(A)))) --->
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[[1.54308,10.0677,74.2099]
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[3.7622,27.3082,201.716]
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[10.0677,74.2099,548.317]]
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(B) --->
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[[0,-1,-2]
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[1,0,-1]
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[2,1,0]]
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(abs(B)) ---> mapping result
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(make_matrix(abs(B))) --->
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[[0,1,2]
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[1,0,1]
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[2,1,0]]
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(make_matrix(abs(B+B))) --->
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[[0,2,4]
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[2,0,2]
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[4,2,0]]
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(make_matrix(A+ s*B)) --->
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[[1,-7,-15]
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[12,4,-4]
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[23,15,7]]
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(make_matrix(abs(A+s*B))) --->
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[[1,7,15]
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[12,4,4]
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[23,15,7]]
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(make_matrix(real(B))) --->
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[[0,-1,-2]
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[1,0,-1]
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[2,1,0]]
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(make_matrix(imag(B))) --->
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[[0,0,0]
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[0,0,0]
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[0,0,0]]
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(make_matrix(exp(aa))) --->
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[[2.71828,7.38906]
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[20.0855,54.5982]]
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(make_matrix(conj(A))) --->
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[[(1,0),(3,0),(5,0)]
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[(2,0),(4,0),(6,0)]
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[(3,0),(5,0),(7,0)]]
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(A) --->
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[[1,3,5]
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[2,4,6]
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[3,5,7]]
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(make_matrix(pow(V(A),2))) --->
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[[1,9,25]
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[4,16,36]
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[9,25,49]]
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(make_matrix(cosh(V(A)))) --->
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[[1.54308,10.0677,74.2099]
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[3.7622,27.3082,201.716]
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[10.0677,74.2099,548.317]]
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(B) --->
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[[0,-1,-2]
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[1,0,-1]
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[2,1,0]]
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(abs(B)) ---> mapping result
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(make_matrix(abs(B))) --->
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[[0,1,2]
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[1,0,1]
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[2,1,0]]
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(make_matrix(abs(B+B))) --->
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[[0,2,4]
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[2,0,2]
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[4,2,0]]
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(make_matrix(A+ s*B)) --->
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[[1,-7,-15]
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[12,4,-4]
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[23,15,7]]
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(make_matrix(abs(A+s*B))) --->
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[[1,7,15]
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[12,4,4]
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[23,15,7]]
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(make_matrix(real(B))) --->
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[[0,-1,-2]
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[1,0,-1]
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[2,1,0]]
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(make_matrix(imag(B))) --->
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[[0,0,0]
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[0,0,0]
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[0,0,0]]
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(make_matrix(exp(aa))) --->
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[[2.71828,7.38906]
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[20.0855,54.5982]]
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(make_matrix(conj(A))) --->
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[[(1,0),(3,0),(5,0)]
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[(2,0),(4,0),(6,0)]
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[(3,0),(5,0),(7,0)]]
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(A) --->
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[[1,3,5]
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[2,4,6]
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[3,5,7]]
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(make_matrix(pow(V(A),2))) --->
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[[1,9,25]
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[4,16,36]
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[9,25,49]]
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(make_matrix(cosh(V(A)))) --->
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[[1.54308,10.0677,74.2099]
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[3.7622,27.3082,201.716]
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[10.0677,74.2099,548.317]]
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(B) --->
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[[0,-1,-2]
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[1,0,-1]
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[2,1,0]]
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(abs(B)) ---> mapping result
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(make_matrix(abs(B))) --->
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[[0,1,2]
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[1,0,1]
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[2,1,0]]
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(make_matrix(abs(B+B))) --->
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[[0,2,4]
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[2,0,2]
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[4,2,0]]
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(make_matrix(A+ s*B)) --->
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[[1,-7,-15]
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[12,4,-4]
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[23,15,7]]
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(make_matrix(abs(A+s*B))) --->
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[[1,7,15]
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[12,4,4]
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[23,15,7]]
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(make_matrix(real(B))) --->
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[[0,-1,-2]
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[1,0,-1]
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[2,1,0]]
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(make_matrix(imag(B))) --->
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[[0,0,0]
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[0,0,0]
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[0,0,0]]
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(make_matrix(exp(aa))) --->
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[[2.71828,7.38906]
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[20.0855,54.5982]]
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(make_matrix(conj(A))) --->
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[[(1,0),(3,0),(5,0)]
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[(2,0),(4,0),(6,0)]
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[(3,0),(5,0),(7,0)]]
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(A) --->
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[[(1,0),(3,0),(5,0)]
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[(2,0),(4,0),(6,0)]
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[(3,0),(5,0),(7,0)]]
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(make_matrix(pow(V(A),2))) --->
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[[(1,0),(9,0),(25,0)]
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[(4,0),(16,0),(36,0)]
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[(9,0),(25,0),(49,0)]]
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(make_matrix(cosh(V(A)))) --->
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[[(1.54308,0),(10.0677,0),(74.2099,0)]
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[(3.7622,0),(27.3082,0),(201.716,0)]
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[(10.0677,0),(74.2099,0),(548.317,0)]]
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(B) --->
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[[(0,0),(-1,0),(-2,0)]
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[(1,0),(0,0),(-1,0)]
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[(2,0),(1,0),(0,0)]]
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(abs(B)) ---> mapping result
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(make_matrix(abs(B))) --->
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[[0,1,2]
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[1,0,1]
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[2,1,0]]
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(make_matrix(abs(B+B))) --->
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[[0,2,4]
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[2,0,2]
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[4,2,0]]
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(make_matrix(A+ s*B)) --->
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[[(1,0),(-7,0),(-15,0)]
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[(12,0),(4,0),(-4,0)]
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[(23,0),(15,0),(7,0)]]
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(make_matrix(abs(A+s*B))) --->
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[[1,7,15]
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[12,4,4]
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[23,15,7]]
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(make_matrix(real(B))) --->
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[[0,-1,-2]
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[1,0,-1]
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[2,1,0]]
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(make_matrix(imag(B))) --->
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[[0,0,0]
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[0,0,0]
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[0,0,0]]
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(make_matrix(exp(aa))) --->
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[[(2.71828,0),(7.38906,0)]
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[(20.0855,0),(54.5982,0)]]
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(make_matrix(conj(A))) --->
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[[(1,0),(3,0),(5,0)]
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[(2,0),(4,0),(6,0)]
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[(3,0),(5,0),(7,0)]]
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(A) --->
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[[(-2,3),(-6,9),(-10,15)]
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[(-4,6),(-8,12),(-12,18)]
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[(-6,9),(-10,15),(-14,21)]]
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(make_matrix(pow(V(A),2))) --->
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[[(-5,-12),(-45,-108),(-125,-300)]
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[(-20,-48),(-80,-192),(-180,-432)]
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[(-45,-108),(-125,-300),(-245,-588)]]
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(make_matrix(cosh(V(A)))) --->
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[[(-3.72455,-0.511823),(-183.789,-83.1297),(-8366.62,-7161.77)]
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[(26.2206,7.62523),(1257.75,799.751),(53734.9,61113.4)]
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[(-183.789,-83.1297),(-8366.62,-7161.77),(-329351,-503083)]]
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(B) --->
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[[(0,0),(2,-3),(4,-6)]
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[(-2,3),(0,0),(2,-3)]
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[(-4,6),(-2,3),(0,0)]]
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(abs(B)) ---> mapping result
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(make_matrix(abs(B))) --->
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[[0,3.60555,7.2111]
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[3.60555,0,3.60555]
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[7.2111,3.60555,0]]
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(make_matrix(abs(B+B))) --->
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[[0,7.2111,14.4222]
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[7.2111,0,7.2111]
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[14.4222,7.2111,0]]
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(make_matrix(A+ s*B)) --->
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[[(-2,3),(14,-21),(30,-45)]
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[(-24,36),(-8,12),(8,-12)]
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[(-46,69),(-30,45),(-14,21)]]
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(make_matrix(abs(A+s*B))) --->
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[[3.60555,25.2389,54.0833]
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[43.2666,14.4222,14.4222]
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[82.9277,54.0833,25.2389]]
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(make_matrix(real(B))) --->
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[[0,2,4]
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[-2,0,2]
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[-4,-2,0]]
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(make_matrix(imag(B))) --->
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[[0,-3,-6]
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[3,0,-3]
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[6,3,0]]
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(make_matrix(exp(aa))) --->
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[[(2.71828,0),(7.38906,0)]
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[(20.0855,0),(54.5982,0)]]
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(make_matrix(conj(A))) --->
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[[(-2,-3),(-6,-9),(-10,-15)]
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[(-4,-6),(-8,-12),(-12,-18)]
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[(-6,-9),(-10,-15),(-14,-21)]]
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