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10 | slib_out=random data of m integers following a multinomial law of parameters n and p=[p_1,...,p_j] (n is an integer and p_i are positive reals of sum <= 1; if the sum of the p_i is less than 1, 1-sum(p_i) is add to the list. |
10 | slib_out=random data of m integers following a multinomial law of parameters n and p=[p_1,...,p_j] (n is an integer and p_i are positive reals of sum <= 1; if the sum of the p_i is less than 1, 1-sum(p_i) is add to the list. |
11 | 11 | ||
12 | slib_comment= P(X1=k1,X2=k2,..)=n!/(k1!k2!..)*p1^k1*p2^(k2)... In fact, it is preferable to enter only n-1 p_i because of the tuncature errors : the last one will be add. |
12 | slib_comment= P(X1=k1,X2=k2,..)=n!/(k1!k2!..)*p1^k1*p2^(k2)... In fact, it is preferable to enter only n-1 p_i because of the tuncature errors : the last one will be add. |
13 | 13 | ||
14 | slib_example=3,6,[1/3,1/3] |
14 | slib_example=3,6,[1/3,1/3] |
- | 15 | !exit |
|
15 | 16 | ||
16 | :proc |
17 | :proc |
17 | 18 | ||
18 | !distribute item $wims_read_parm into slib_M, slib_nn |
19 | !distribute item $wims_read_parm into slib_M, slib_nn |
19 | slib_q=!item 3 to -1 of $wims_read_parm |
20 | slib_q=!item 3 to -1 of $wims_read_parm |