1on mathml; 2 3 % output 4 5sin (x); 6 7 8<math> 9 <apply><sin/> 10 <ci>x</ci> 11 </apply> 12</math> 13 14 15(x + y)^5; 16 17 18<math> 19 <apply><plus/> 20 <apply><power/> 21 <ci>x</ci> 22 <cn type="integer">5</cn> 23 </apply> 24 <apply><times/> 25 <cn type="integer">5</cn> 26 <apply><power/> 27 <ci>x</ci> 28 <cn type="integer">4</cn> 29 </apply> 30 <ci>y</ci> 31 </apply> 32 <apply><times/> 33 <cn type="integer">10</cn> 34 <apply><power/> 35 <ci>x</ci> 36 <cn type="integer">3</cn> 37 </apply> 38 <apply><power/> 39 <ci>y</ci> 40 <cn type="integer">2</cn> 41 </apply> 42 </apply> 43 <apply><times/> 44 <cn type="integer">10</cn> 45 <apply><power/> 46 <ci>x</ci> 47 <cn type="integer">2</cn> 48 </apply> 49 <apply><power/> 50 <ci>y</ci> 51 <cn type="integer">3</cn> 52 </apply> 53 </apply> 54 <apply><times/> 55 <cn type="integer">5</cn> 56 <ci>x</ci> 57 <apply><power/> 58 <ci>y</ci> 59 <cn type="integer">4</cn> 60 </apply> 61 </apply> 62 <apply><power/> 63 <ci>y</ci> 64 <cn type="integer">5</cn> 65 </apply> 66 </apply> 67</math> 68 69 70off mathml; 71 72 73 74 75parseml(); 76 77<math> 78<apply><plus/> 79<cn>3</cn> 80<cn>5</cn> 81</apply> 82</math> 83 848 85 86 87operator gt; 88 89 90 91 % MathML 1.x form 92parseml(); 93 94<math> 95<reln><gt/> 96<ci>x</ci> 97<ci>y</ci> 98</reln> 99</math> 100 101x>y 102 103 104 % MathML 2.x form 105parseml(); 106 107<math> 108<apply><gt/> 109<ci>x</ci> 110<ci>y</ci> 111</apply> 112</math> 113 114x>y 115 116 117end; 118 119Tested on x86_64-pc-windows CSL 120Time (counter 1): 0 ms 121 122End of Lisp run after 0.00+0.06 seconds 123real 0.21 124user 0.03 125sys 0.04 126