Subversion Repositories wimsdev

Input parameters: environment.<br/> w_curvecomp_1 and w_curvecomp_2: curves to compare, as lists of points.<br/> w_curvecomp_xrange and w_curvecomp_yrange: list of 2 integers each.<br/> w_curvecomp_tolerance: Maximal tolerance of distances.

Input parameters: environment.<br> w_curvecomp_1 and w_curvecomp_2: curves to compare, as lists of points.<br> w_curvecomp_xrange and w_curvecomp_yrange: list of 2 integers each.<br> w_curvecomp_tolerance: Maximal tolerance of distances.

Output: 10 double numbers separated by white spaces.<br/>- Average distance of curve 1 with respect to curve 2.<br/> - Average distance of curve 2 with respect to curve 1.<br/> - Maximal distance of curve 1 with respect to curve 2.<br/> - Maximal distance of curve 2 with respect to curve 1.<br/> - Proportion of curve 1 close to curve 2.<br/> - Proportion of curve 2 close to curve 1.<br/> - Maximal jump of curve 1.<br/> - Maximal jump of curve 2.<br/> - Ratio of repetitions found in curve 1.<br/> Number 10: Ratio of repetitions found in curve 2.<br/> Furthermore, words "fnofx" and/or "fnofy" will appear if curve 2 represents the graph of a function of x (and/or y).<br/> Returns empty if one of the curves is degenerated.

Output: 10 double numbers separated by white spaces.<br>- Average distance of curve 1 with respect to curve 2.<br> - Average distance of curve 2 with respect to curve 1.<br> - Maximal distance of curve 1 with respect to curve 2.<br> - Maximal distance of curve 2 with respect to curve 1.<br> - Proportion of curve 1 close to curve 2.<br> - Proportion of curve 2 close to curve 1.<br> - Maximal jump of curve 1.<br> - Maximal jump of curve 2.<br> - Ratio of repetitions found in curve 1.<br> Number 10: Ratio of repetitions found in curve 2.<br> Furthermore, words "fnofx" and/or "fnofy" will appear if curve 2 represents the graph of a function of x (and/or y).<br> Returns empty if one of the curves is degenerated.

Accepted parameter: 3 words<br/> Word 1: field characteristics, limited to 2,3,5,7<br/> Word 2: The polynomial coefficients (except the leading one, from lower degree to higher).<br/>Word 3: The starting status (starting from the first bit).

Accepted parameter: 3 words<br> Word 1: field characteristics, limited to 2,3,5,7<br> Word 2: The polynomial coefficients (except the leading one, from lower degree to higher).<br>Word 3: The starting status (starting from the first bit).

Two environment variables<br/> wims_exec_parm is a comma-separated list of probability distributions<br/> Limited to MAX_ITEMS<br/>The input data will be scaled to unit sum<br/> w_huffman_radix is the encoding radix, between 2 and MAX_RADIX.

Two environment variables<br> wims_exec_parm is a comma-separated list of probability distributions<br> Limited to MAX_ITEMS<br>The input data will be scaled to unit sum<br> w_huffman_radix is the encoding radix, between 2 and MAX_RADIX.

two lines<br/> Line 1: Entropy and Average code length, comma-separated<br/> Line 2: comma-separated list of codes.

two lines<br> Line 1: Entropy and Average code length, comma-separated<br> Line 2: comma-separated list of codes.

Usage:!exec moneyprint number1,number2,number3,....number_n decimal_places<br />or !exec moneyprint number1,number2,number3;....number_n decimal_places<br />\text{A=wims(exec moneyprint number1,number2,number3....number_n decimal_places)}<br />default value "decimal_places = 2"<br />A=!exec moneyprint 123,43.5,23.45665<br />A=123.00,43.50,23.47<br/>A=!exec moneyprint 1.000,6.234;8.4567<br />A=1.00,6.23;8.46<br />or specified a last "word"<br />A=!exec moneyprint 123,43.5,23.45665 3 <br />A=123.000,43.500,23.457

Usage:!exec moneyprint number1,number2,number3,....number_n decimal_places<br>or !exec moneyprint number1,number2,number3;....number_n decimal_places<br>\text{A=wims(exec moneyprint number1,number2,number3....number_n decimal_places)}<br>default value "decimal_places = 2"<br>A=!exec moneyprint 123,43.5,23.45665<br>A=123.00,43.50,23.47<br>A=!exec moneyprint 1.000,6.234;8.4567<br>A=1.00,6.23;8.46<br>or specified a last "word"<br>A=!exec moneyprint 123,43.5,23.45665 3 <br>A=123.000,43.500,23.457

Usage: !exec scienceprint number,significant_digits,output_type<br />\text{A=wims(exec scienceprint number,significant_digits,output_type )}<br />output_type can be<ul><li>0 : calculating format : 1.234*10^-4</li><li>1 : html format :1.234&times;10<sup>-4</sup></li><li>2 : latex format : 1.234\times10^{-4}</li><li>3 : prefix format : 1.234&times;10<sup>-1</sup> m</li><li>4 : mathml format : <math xmlns="http://www.w3.org/1998/Math/MathML" display="inline"><mstyle id="wims_mathml" mathsize="110%"><mn>1.234</mn><mo>&times;</mo><msup><mn>10</mn><mn>-4</mn></msup></mstyle></math></li><li>5 : long prefix format : 1.234&times;10<sup>-1</sup> milli</li></ul>

Usage: !exec scienceprint number,significant_digits,output_type<br>\text{A=wims(exec scienceprint number,significant_digits,output_type )}<br>output_type can be<ul><li>0 : calculating format : 1.234*10^-4</li><li>1 : html format :1.234&times;10<sup>-4</sup></li><li>2 : latex format : 1.234\times10^{-4}</li><li>3 : prefix format : 1.234&times;10<sup>-1</sup> m</li><li>4 : mathml format : <math xmlns="http://www.w3.org/1998/Math/MathML" display="inline"><mstyle id="wims_mathml" mathsize="110%"><mn>1.234</mn><mo>&times;</mo><msup><mn>10</mn><mn>-4</mn></msup></mstyle></math></li><li>5 : long prefix format : 1.234&times;10<sup>-1</sup> milli</li></ul>

wims_exec_parm is ... . w_shortpath_style : 0: loop to the start<br/> 1: arbitrary open path<br/> 2: open path with fixed start<br/> 3: open path with fixed end<br/> 4: open path with fixed start and end

wims_exec_parm is ... . w_shortpath_style : 0: loop to the start<br> 1: arbitrary open path<br> 2: open path with fixed start<br> 3: open path with fixed end<br> 4: open path with fixed start and end

If option -t is present, the Delaunay triangulation is produced. Each output line is a triple i j k which are the indices of the three points in a Delaunay triangle.<br/> Points are numbered starting at 0. <br/>If this option is not present, the Voronoi diagram is produced.<br/> There are four output record types.<br/> s a b indicates that an input point at coordinates l a b c indicates a line with equation ax + by = c.<br/> 	v a b indicates a vertex at a b.<br/> e l v1 v2 indicates a Voronoi segment which is a subsegment of line number l; with endpoints numbered v1 and v2.<br/> If v1 or v2 is -1, the line extends to infinity.

If option -t is present, the Delaunay triangulation is produced. Each output line is a triple i j k which are the indices of the three points in a Delaunay triangle.<br> Points are numbered starting at 0. <br>If this option is not present, the Voronoi diagram is produced.<br> There are four output record types.<br> s a b indicates that an input point at coordinates l a b c indicates a line with equation ax + by = c.<br> 	v a b indicates a vertex at a b.<br> e l v1 v2 indicates a Voronoi segment which is a subsegment of line number l; with endpoints numbered v1 and v2.<br> If v1 or v2 is -1, the line extends to infinity.