Changeset 36242 in project
 Timestamp:
 08/13/18 02:07:04 (22 months ago)
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wiki/eggref/5/mathh
r36005 r36242 22 22 23 23 <enscript language=scheme> 24 ( use"mathh")24 (import "mathh") 25 25 </enscript> 26 26 … … 33 33 ==== besselyn 34 34 35 <procedure>(besselj0 N)  > float</procedure>36 <procedure>(besselj1 N)  > float</procedure>37 <procedure>(besseljn O N)  > float</procedure>38 <procedure>(bessely0 N)  > float</procedure>39 <procedure>(bessely1 N)  > float</procedure>40 <procedure>(besselyn O N)  > float</procedure>35 <procedure>(besselj0 N) > float</procedure> 36 <procedure>(besselj1 N) > float</procedure> 37 <procedure>(besseljn O N) > float</procedure> 38 <procedure>(bessely0 N) > float</procedure> 39 <procedure>(bessely1 N) > float</procedure> 40 <procedure>(besselyn O N) > float</procedure> 41 41 42 42 ==== cosh … … 47 47 ==== atanh 48 48 49 <procedure>(cosh N)  > float</procedure>50 <procedure>(sinh N)  > float</procedure>51 <procedure>(tanh N)  > float</procedure>52 <procedure>(acosh N)  > float</procedure>53 <procedure>(asinh N)  > float</procedure>54 <procedure>(atanh N)  > float</procedure>49 <procedure>(cosh N) > float</procedure> 50 <procedure>(sinh N) > float</procedure> 51 <procedure>(tanh N) > float</procedure> 52 <procedure>(acosh N) > float</procedure> 53 <procedure>(asinh N) > float</procedure> 54 <procedure>(atanh N) > float</procedure> 55 55 56 56 ==== hypot 57 57 58 <procedure>(hypot N1 N2)  > float</procedure>58 <procedure>(hypot N1 N2) > float</procedure> 59 59 60 60 ==== gamma 61 61 ==== lgamma 62 62 63 <procedure>(gamma N)  > float</procedure>64 <procedure>(lgamma N)  > float</procedure>63 <procedure>(gamma N) > float</procedure> 64 <procedure>(lgamma N) > float</procedure> 65 65 66 66 ==== erf 67 67 ==== erfc 68 68 69 <procedure>(erf N)  > float</procedure>70 <procedure>(erfc N)  > float</procedure>69 <procedure>(erf N) > float</procedure> 70 <procedure>(erfc N) > float</procedure> 71 71 72 72 ==== log10 … … 74 74 ==== log1p 75 75 76 <procedure>(log10 N)  > float</procedure>77 <procedure>(log2 N)  > float</procedure>78 <procedure>(log1p N)  > float</procedure>76 <procedure>(log10 N) > float</procedure> 77 <procedure>(log2 N) > float</procedure> 78 <procedure>(log1p N) > float</procedure> 79 79 80 80 ==== logwithbase 81 81 82 <procedure>(logwithbase N)  > (procedure (float) float)</procedure>82 <procedure>(logwithbase N) > (procedure (float) float)</procedure> 83 83 84 84 Returns a monadic function, the logarithm of base {{N}}. … … 87 87 ==== scalbn 88 88 89 <procedure>(ldexp N P2)  > float</procedure>90 <procedure>(scalbn N P2)  > float</procedure>89 <procedure>(ldexp N P2) > float</procedure> 90 <procedure>(scalbn N P2) > float</procedure> 91 91 92 92 ==== cbrt 93 93 94 <procedure>(cbrt N)  > float</procedure>94 <procedure>(cbrt N) > float</procedure> 95 95 96 96 ==== nextafter 97 97 98 <procedure>(nextafter N M)  > float</procedure>98 <procedure>(nextafter N M) > float</procedure> 99 99 100 100 Returns the next {{N}} in the direction of {{M}}. … … 102 102 ==== fpmod 103 103 104 <procedure>(fpmod N M)  > float</procedure>104 <procedure>(fpmod N M) > float</procedure> 105 105 106 106 Returns the modulus of {{N}} for {{M}}. … … 108 108 ==== modf 109 109 110 <procedure>(modf N)  > float float</procedure>110 <procedure>(modf N) > float float</procedure> 111 111 112 112 Returns two values, the integral and fractional components of {{N}}. … … 114 114 ==== frexp 115 115 116 <procedure>(frexp N)  > float float</procedure>116 <procedure>(frexp N) > float float</procedure> 117 117 118 118 Returns two values, the fraction and the exponent components of {{N}}. … … 120 120 ==== signbit 121 121 122 <procedure>(signbit N)  > boolean</procedure>122 <procedure>(signbit N) > boolean</procedure> 123 123 124 124 Returns {{#t}} when negative, {{#f}} otherwise. … … 126 126 ==== copysign 127 127 128 <procedure>(copysign N M)  > float</procedure>128 <procedure>(copysign N M) > float</procedure> 129 129 130 130 Returns {{N}} with same sign as {{M}}. … … 132 132 ==== fpclassify 133 133 134 <procedure>(fpclassify N)  > symbol</procedure>134 <procedure>(fpclassify N) > symbol</procedure> 135 135 136 136 Returns a symbol denoting the floatingpoint kind of {{N}}. … … 145 145 ==== fpclass 146 146 147 <procedure>(fpclass N)  > symbol</procedure>147 <procedure>(fpclass N) > symbol</procedure> 148 148 149 149 Returns a symbol denoting the floatingpoint kind of {{N}}. … … 167 167 168 168 <enscript language=scheme> 169 ( requireextensionmathhconsts)169 (import mathhconsts) 170 170 </enscript> 171 171
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