1 | \begin{lisp:documentation}{ratpoly+}{FUNCTION}{p q }
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2 | Add polynomials P and Q.
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3 | \end{lisp:documentation}
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4 |
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5 | \begin{lisp:documentation}{ratpoly$-$}{FUNCTION}{p q }
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6 | {\ } % NO DOCUMENTATION FOR RATPOLY-
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7 | \end{lisp:documentation}
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8 |
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9 | \begin{lisp:documentation}{ratpoly$-$uminus}{FUNCTION}{p }
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10 | {\ } % NO DOCUMENTATION FOR RATPOLY-UMINUS
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11 | \end{lisp:documentation}
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12 |
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13 | \begin{lisp:documentation}{ratpoly*}{FUNCTION}{p q }
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14 | Multiply polynomials P and Q.
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15 | \end{lisp:documentation}
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16 |
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17 | \begin{lisp:documentation}{scalar$-$times$-$ratpoly}{FUNCTION}{scalar p }
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18 | Multiply scalar SCALAR by a polynomial P.
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19 | \end{lisp:documentation}
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20 |
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21 | \begin{lisp:documentation}{rat$-$times$-$ratpoly}{FUNCTION}{scalar p }
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22 | Multiply rational function SCALAR by a polynomial P.
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23 | \end{lisp:documentation}
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24 |
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25 | \begin{lisp:documentation}{ratpoly$-$divide}{FUNCTION}{f g }
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26 | Divide polynomial F by G. Return quotient and remainder as multiple
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27 | values.
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28 | \end{lisp:documentation}
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29 |
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30 | \begin{lisp:documentation}{ratpoly$-$remainder}{FUNCTION}{f g }
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31 | The remainder of the division of a polynomial F by G.
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32 | \end{lisp:documentation}
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33 |
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34 | \begin{lisp:documentation}{ratpoly$-$gcd}{FUNCTION}{f g }
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35 | Return GCD of polynomials F and G.
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36 | \end{lisp:documentation}
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37 |
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38 | \begin{lisp:documentation}{ratpoly$-$diff}{FUNCTION}{f }
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39 | Differentiate a polynomial.
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40 | \end{lisp:documentation}
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41 |
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42 | \begin{lisp:documentation}{ratpoly$-$square$-$free}{FUNCTION}{f }
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43 | Return the square$-$free part of a polynomial F.
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44 | \end{lisp:documentation}
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45 |
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46 | \begin{lisp:documentation}{ratpoly$-$normalize}{FUNCTION}{f }
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47 | Divide a non$-$zero polynomial by the coefficient at the highest
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48 | power.
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49 | \end{lisp:documentation}
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50 |
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51 | \begin{lisp:documentation}{ratpoly$-$resultant}{FUNCTION}{f g }
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52 | Return the resultant of polynomials F and G.
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53 | \end{lisp:documentation}
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54 |
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55 | \begin{lisp:documentation}{deg}{FUNCTION}{s }
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56 | {\ } % NO DOCUMENTATION FOR DEG
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57 | \end{lisp:documentation}
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58 |
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59 | \begin{lisp:documentation}{lead}{FUNCTION}{s }
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60 | {\ } % NO DOCUMENTATION FOR LEAD
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61 | \end{lisp:documentation}
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62 |
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63 | \begin{lisp:documentation}{ratpoly$-$discriminant}{FUNCTION}{p {\sf \&aux} (l (deg p)) }
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64 | The discriminant of a polynomial P.
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65 | \end{lisp:documentation}
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66 |
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67 | \begin{lisp:documentation}{ratpoly$-$print}{FUNCTION}{p vars {\sf \&optional} (stream t) (beg t) (p$-$orig p) }
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68 | {\ } % NO DOCUMENTATION FOR RATPOLY-PRINT
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69 | \end{lisp:documentation}
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70 |
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71 | \begin{lisp:documentation}{poly$-$to$-$ratpoly}{FUNCTION}{p }
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72 | {\ } % NO DOCUMENTATION FOR POLY-TO-RATPOLY
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73 | \end{lisp:documentation}
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74 |
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75 | \begin{lisp:documentation}{poly$-$to$-$poly1}{FUNCTION}{p {\sf \&aux} (htab (make$-$hash$-$table)) q }
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76 | {\ } % NO DOCUMENTATION FOR POLY-TO-POLY1
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77 | \end{lisp:documentation}
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78 |
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79 | \begin{lisp:documentation}{poly1$-$to$-$ratpoly}{FUNCTION}{p }
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80 | {\ } % NO DOCUMENTATION FOR POLY1-TO-RATPOLY
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81 | \end{lisp:documentation}
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82 |
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83 | \begin{lisp:documentation}{ratpoly$-$to$-$poly1}{FUNCTION}{p }
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84 | Convert every coefficient of ratpoly to polynomial if possible
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85 | \end{lisp:documentation}
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86 |
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87 | \begin{lisp:documentation}{poly1$-$to$-$poly}{FUNCTION}{p }
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88 | Convert a ratpoly, whose coeffs have been converted to poly,
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89 | into a poly structure, i.e. tack in powers of first variable.
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90 | \end{lisp:documentation}
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91 |
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92 | \begin{lisp:documentation}{ratpoly$-$to$-$poly}{FUNCTION}{p }
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93 | {\ } % NO DOCUMENTATION FOR RATPOLY-TO-POLY
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94 | \end{lisp:documentation}
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95 |
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96 | \begin{lisp:documentation}{poly$-$resultant}{FUNCTION}{f g }
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97 | Calculate resultant of F and G given in poly i.e. alist
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98 | representation.
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99 | \end{lisp:documentation}
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100 |
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