Singular Manual: sagbiAlg

| #### D.6.6.1 sagbiAlg Procedure from library `classify_aeq.lib` (see classify_aeq_lib). Return: An ideal.The sagbi bases of I. Example:
    LIB "classify_aeq.lib";
    ring R=0,t,ds;
    ideal I=t8,t10+t13,t12+t15;
    sagbiAlg(I);
    ==> _[1]=t8
    ==> _[2]=t10+t13
    ==> _[3]=t12+t15
    ==> _[4]=t23-t29
    ==> _[5]=t27
    I=t8,t10+t13,t12+2t15;
    sagbiAlg(I);
    ==> _[1]=t8
    ==> _[2]=t10+t13
    ==> _[3]=t12+2t15
    ==> _[4]=t27-3t33
    ==> _[5]=t29

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