f = 504 = 2^3 * 3^2 * 7 :

\chi = \chi_{4} * \psi_{8} * \chi_{3} * \psi_{9} * \chi_{7}^{3}
f(\chi) = 504
ord(\chi) = 6

N(-B_{1,\chi}/2) =
13
= p(2)
-----
\chi = \psi_{8} * \chi_{3}^2 * \psi_{9} * \chi_{7}^{3}
f(\chi) = 504
ord(\chi) = 6

N(-B_{1,\chi}/2) =
9
= 3^2
-----
-----
f = 505 = 5 * 101 :

\chi = \chi_{5} * \chi_{101}^{50}
f(\chi) = 505
ord(\chi) = 4

N(-B_{1,\chi}/2) =
8
= 2^3
-----
-----
f = 511 = 7 * 73 :

\chi = \chi_{7}^{3} * \chi_{73}^{36}
f(\chi) = 511
ord(\chi) = 2

N(-B_{1,\chi}/2) =
7
= p(1)
-----
\chi = \chi_{7} * \chi_{73}^{36}
f(\chi) = 511
ord(\chi) = 6

N(-B_{1,\chi}/2) =
7
= p(1)
-----
-----
f = 515 = 5 * 103 :

\chi = \chi_{5}^{2} * \chi_{103}^{51}
f(\chi) = 515
ord(\chi) = 2

N(-B_{1,\chi}/2) =
3
= p(1)
-----
-----
f = 516 = 2^2 * 3 * 43 :

\chi = \chi_{4} * \chi_{3} * \chi_{43}^{21}
f(\chi) = 516
ord(\chi) = 2

N(-B_{1,\chi}/2) =
6
= 2 * 3
-----
-----
f = 517 = 11 * 47 :

\chi = \chi_{11}^2 * \chi_{47}^{23}
f(\chi) = 517
ord(\chi) = 10

N(-B_{1,\chi}/2) =
55
= 5 * 11
-----
-----
f = 519 = 3 * 173 :

\chi = \chi_{3} * \chi_{173}^{86}
f(\chi) = 519
ord(\chi) = 2

N(-B_{1,\chi}/2) =
9
= 3^2
-----
-----
f = 520 = 2^3 * 5 * 13 :

\chi = \chi_{4} * \psi_{8} * \chi_{5}^{2} * \chi_{13}^{6}
f(\chi) = 520
ord(\chi) = 2

N(-B_{1,\chi}/2) =
2
= p(1)
-----
\chi = \psi_{8} * \chi_{5} * \chi_{13}^{6}
f(\chi) = 520
ord(\chi) = 4

N(-B_{1,\chi}/2) =
10
= 2 * 5
-----
\chi = \psi_{8} * \chi_{5}^{2} * \chi_{13}^3
f(\chi) = 520
ord(\chi) = 4

N(-B_{1,\chi}/2) =
34
= 2 * 17
-----
\chi = \psi_{8} * \chi_{5}^{2} * \chi_{13}
f(\chi) = 520
ord(\chi) = 12

N(-B_{1,\chi}/2) =
100
= 2^2 * 5^2
-----
-----
f = 527 = 17 * 31 :

\chi = \chi_{17}^{8} * \chi_{31}^{15}
f(\chi) = 527
ord(\chi) = 2

N(-B_{1,\chi}/2) =
9
= 3^2
-----
-----
f = 528 = 2^4 * 3 * 11 :

\chi = \chi_{4} * \psi_{16} * \chi_{3} * \chi_{11}^{5}
f(\chi) = 528
ord(\chi) = 4

N(-B_{1,\chi}/2) =
10
= 2 * 5
-----
-----
f = 531 = 3^2 * 59 :

\chi = \chi_{3}^2 * \psi_{9} * \chi_{59}^{29}
f(\chi) = 531
ord(\chi) = 6

N(-B_{1,\chi}/2) =
21
= 3 * 7
-----
-----
f = 532 = 2^2 * 7 * 19 :

\chi = \chi_{4} * \chi_{7}^{3} * \chi_{19}^{9}
f(\chi) = 532
ord(\chi) = 2

N(-B_{1,\chi}/2) =
2
= p(1)
-----
\chi = \chi_{4} * \chi_{7} * \chi_{19}^{9}
f(\chi) = 532
ord(\chi) = 6

N(-B_{1,\chi}/2) =
31
= p(2)
-----
-----
f = 533 = 13 * 41 :

\chi = \chi_{13}^3 * \chi_{41}^{20}
f(\chi) = 533
ord(\chi) = 4

N(-B_{1,\chi}/2) =
5
= p(1)
-----
\chi = \chi_{13} * \chi_{41}^{20}
f(\chi) = 533
ord(\chi) = 12

N(-B_{1,\chi}/2) =
313
= p(2)
-----
-----
f = 535 = 5 * 107 :

\chi = \chi_{5}^{2} * \chi_{107}^{53}
f(\chi) = 535
ord(\chi) = 2

N(-B_{1,\chi}/2) =
7
= p(1)
-----
-----
f = 536 = 2^3 * 67 :

\chi = \psi_{8} * \chi_{67}^{33}
f(\chi) = 536
ord(\chi) = 2

N(-B_{1,\chi}/2) =
7
= p(1)
-----
-----
f = 543 = 3 * 181 :

\chi = \chi_{3} * \chi_{181}^{90}
f(\chi) = 543
ord(\chi) = 2

N(-B_{1,\chi}/2) =
6
= 2 * 3
-----
-----
f = 545 = 5 * 109 :

\chi = \chi_{5} * \chi_{109}^{54}
f(\chi) = 545
ord(\chi) = 4

N(-B_{1,\chi}/2) =
10
= 2 * 5
-----
-----
f = 548 = 2^2 * 137 :

\chi = \chi_{4} * \chi_{137}^{68}
f(\chi) = 548
ord(\chi) = 2

N(-B_{1,\chi}/2) =
4
= 2^2
-----
-----
f = 549 = 3^2 * 61 :

\chi = \chi_{3} * \psi_{9} * \chi_{61}^{30}
f(\chi) = 549
ord(\chi) = 6

N(-B_{1,\chi}/2) =
13
= p(2)
-----
-----
f = 551 = 19 * 29 :

\chi = \chi_{19}^{9} * \chi_{29}^{14}
f(\chi) = 551
ord(\chi) = 2

N(-B_{1,\chi}/2) =
13
= p(2)
-----
-----
f = 552 = 2^3 * 3 * 23 :

\chi = \chi_{4} * \psi_{8} * \chi_{3} * \chi_{23}^{11}
f(\chi) = 552
ord(\chi) = 2

N(-B_{1,\chi}/2) =
4
= 2^2
-----
-----
f = 553 = 7 * 79 :

\chi = \chi_{7}^2 * \chi_{79}^{39}
f(\chi) = 553
ord(\chi) = 6

N(-B_{1,\chi}/2) =
7
= p(1)
-----
-----
f = 555 = 3 * 5 * 37 :

\chi = \chi_{3} * \chi_{5}^{2} * \chi_{37}^{18}
f(\chi) = 555
ord(\chi) = 2

N(-B_{1,\chi}/2) =
2
= p(1)
-----
-----
f = 559 = 13 * 43 :

\chi = \chi_{13}^{6} * \chi_{43}^{21}
f(\chi) = 559
ord(\chi) = 2

N(-B_{1,\chi}/2) =
8
= 2^3
-----
-----
f = 560 = 2^4 * 5 * 7 :

\chi = \psi_{16} * \chi_{5}^{2} * \chi_{7}^{3}
f(\chi) = 560
ord(\chi) = 4

N(-B_{1,\chi}/2) =
16
= 2^4
-----
-----
f = 561 = 3 * 11 * 17 :

\chi = \chi_{3} * \chi_{11}^2 * \chi_{17}^{8}
f(\chi) = 561
ord(\chi) = 10

N(-B_{1,\chi}/2) =
355
= 5 * 71
-----
-----
f = 564 = 2^2 * 3 * 47 :

\chi = \chi_{4} * \chi_{3} * \chi_{47}^{23}
f(\chi) = 564
ord(\chi) = 2

N(-B_{1,\chi}/2) =
4
= 2^2
-----
-----
f = 565 = 5 * 113 :

\chi = \chi_{5} * \chi_{113}^{56}
f(\chi) = 565
ord(\chi) = 4

N(-B_{1,\chi}/2) =
17
= p(2)
-----
-----
f = 568 = 2^3 * 71 :

\chi = \psi_{8} * \chi_{71}^{35}
f(\chi) = 568
ord(\chi) = 2

N(-B_{1,\chi}/2) =
2
= p(1)
-----
-----
f = 572 = 2^2 * 11 * 13 :

\chi = \chi_{4} * \chi_{11}^{5} * \chi_{13}^3
f(\chi) = 572
ord(\chi) = 4

N(-B_{1,\chi}/2) =
10
= 2 * 5
-----
\chi = \chi_{4} * \chi_{11}^2 * \chi_{13}^{6}
f(\chi) = 572
ord(\chi) = 10

N(-B_{1,\chi}/2) =
155
= 5 * 31
-----
\chi = \chi_{4} * \chi_{11}^{5} * \chi_{13}
f(\chi) = 572
ord(\chi) = 12

N(-B_{1,\chi}/2) =
361
= 19^2
-----
-----
f = 579 = 3 * 193 :

\chi = \chi_{3} * \chi_{193}^{96}
f(\chi) = 579
ord(\chi) = 2

N(-B_{1,\chi}/2) =
4
= 2^2
-----
-----
f = 580 = 2^2 * 5 * 29 :

\chi = \chi_{4} * \chi_{5}^{2} * \chi_{29}^{14}
f(\chi) = 580
ord(\chi) = 2

N(-B_{1,\chi}/2) =
4
= 2^2
-----
-----
f = 581 = 7 * 83 :

\chi = \chi_{7}^2 * \chi_{83}^{41}
f(\chi) = 581
ord(\chi) = 6

N(-B_{1,\chi}/2) =
12
= 2^2 * 3
-----
-----
f = 583 = 11 * 53 :

\chi = \chi_{11}^{5} * \chi_{53}^{26}
f(\chi) = 583
ord(\chi) = 2

N(-B_{1,\chi}/2) =
4
= 2^2
-----
-----
f = 584 = 2^3 * 73 :

\chi = \chi_{4} * \psi_{8} * \chi_{73}^{36}
f(\chi) = 584
ord(\chi) = 2

N(-B_{1,\chi}/2) =
8
= 2^3
-----
-----
f = 585 = 3^2 * 5 * 13 :

\chi = \chi_{3} * \psi_{9} * \chi_{5}^{2} * \chi_{13}^{6}
f(\chi) = 585
ord(\chi) = 6

N(-B_{1,\chi}/2) =
19
= p(2)
-----
-----
f = 591 = 3 * 197 :

\chi = \chi_{3} * \chi_{197}^{98}
f(\chi) = 591
ord(\chi) = 2

N(-B_{1,\chi}/2) =
11
= p(2)
-----
-----
f = 592 = 2^4 * 37 :

\chi = \chi_{4} * \psi_{16} * \chi_{37}^{18}
f(\chi) = 592
ord(\chi) = 4

N(-B_{1,\chi}/2) =
13
= p(2)
-----
-----
f = 595 = 5 * 7 * 17 :

\chi = \chi_{5}^{2} * \chi_{7}^{3} * \chi_{17}^{8}
f(\chi) = 595
ord(\chi) = 2

N(-B_{1,\chi}/2) =
2
= p(1)
-----
\chi = \chi_{5}^{2} * \chi_{7} * \chi_{17}^{8}
f(\chi) = 595
ord(\chi) = 6

N(-B_{1,\chi}/2) =
31
= p(2)
-----
-----
f = 596 = 2^2 * 149 :

\chi = \chi_{4} * \chi_{149}^{74}
f(\chi) = 596
ord(\chi) = 2

N(-B_{1,\chi}/2) =
7
= p(1)
-----
-----