Difference between revisions of "ApCoCoA-1:SAT.ConvertToCNF"
From ApCoCoAWiki
m (ApCoCoA:Sat.ConvertToCNF moved to ApCoCoA:SAT.ConvertToCNF) |
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<command> | <command> | ||
<title>SAT.ConvertToCNF</title> | <title>SAT.ConvertToCNF</title> | ||
| − | <short_description>Converts a given quadratic (cubic) system of polynomial equations (SPE) over GF(2) to CNF. Writes the CNF to the file | + | <short_description>Converts a given quadratic (cubic) system of polynomial equations (SPE) over GF(2) to CNF. Writes the CNF to the file <quotes>sat.cnf</quotes></short_description> |
<syntax> | <syntax> | ||
SAT.ConvertToCNF(SPE:LIST, CuttingNumber:INT, QStrategy:INT) | SAT.ConvertToCNF(SPE:LIST, CuttingNumber:INT, QStrategy:INT) | ||
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<itemize> | <itemize> | ||
<item>@param <em>SPE</em>: A List containing the polynomial equations of the system.</item> | <item>@param <em>SPE</em>: A List containing the polynomial equations of the system.</item> | ||
| − | <item>@param <em>CuttingNumber</em>: | + | <item>@param <em>CuttingNumber</em>: Maximal support-length of the linear polynomials when their corresponding CNF is written to the file. Could be 3 - 6. </item> |
<item>@param <em>QStrategy</em>: Strategy for quadratic substitution. 0 - Standard; 1 - Linear Partner; 2 - Adv. Lin. Partner;</item> | <item>@param <em>QStrategy</em>: Strategy for quadratic substitution. 0 - Standard; 1 - Linear Partner; 2 - Adv. Lin. Partner;</item> | ||
</itemize> | </itemize> | ||
| Line 22: | Line 22: | ||
SPE:=[F1,F2,F3]; | SPE:=[F1,F2,F3]; | ||
SAT.ConvertToCNF(SPE,4,0); | SAT.ConvertToCNF(SPE,4,0); | ||
| − | SAT.LaunchMiniSat( | + | SAT.LaunchMiniSat(<quotes>sat.cnf</quotes>); |
SAT.GetResult(); | SAT.GetResult(); | ||
--Result: [0,1,0] Test with: Eval(SPE,[0,1,0]); | --Result: [0,1,0] Test with: Eval(SPE,[0,1,0]); | ||
| Line 35: | Line 35: | ||
SPE:=[F1,F2,F3]; | SPE:=[F1,F2,F3]; | ||
SAT.ConvertToCNF(SPE,4,0); | SAT.ConvertToCNF(SPE,4,0); | ||
| − | SAT.LaunchMiniSat( | + | SAT.LaunchMiniSat(<quotes>sat.cnf</quotes>); |
SAT.GetResult(); | SAT.GetResult(); | ||
--Result: [0,0,1] Test with: Eval(SPE,[0,0,1]); | --Result: [0,0,1] Test with: Eval(SPE,[0,0,1]); | ||
| Line 48: | Line 48: | ||
<key>SAT.ConvertToCNF</key> | <key>SAT.ConvertToCNF</key> | ||
| − | |||
<key>ConvertToCNF</key> | <key>ConvertToCNF</key> | ||
<wiki-category>Package_sat</wiki-category> | <wiki-category>Package_sat</wiki-category> | ||
</command> | </command> | ||
Revision as of 11:44, 15 October 2009
SAT.ConvertToCNF
Converts a given quadratic (cubic) system of polynomial equations (SPE) over GF(2) to CNF. Writes the CNF to the file "sat.cnf"
Syntax
SAT.ConvertToCNF(SPE:LIST, CuttingNumber:INT, QStrategy:INT)
Description
This function starts the conversion algorithm.
@param SPE: A List containing the polynomial equations of the system.
@param CuttingNumber: Maximal support-length of the linear polynomials when their corresponding CNF is written to the file. Could be 3 - 6.
@param QStrategy: Strategy for quadratic substitution. 0 - Standard; 1 - Linear Partner; 2 - Adv. Lin. Partner;
Example
-- quadratic system: Use R::=ZZ/(2)[x[1..3]]; F1:= x[1]x[2] + x[1]x[3] + x[2]x[3] + x[3]; F2:= x[2] + 1; F3:= x[1]x[2] + x[3]; SPE:=[F1,F2,F3]; SAT.ConvertToCNF(SPE,4,0); SAT.LaunchMiniSat(<quotes>sat.cnf</quotes>); SAT.GetResult(); --Result: [0,1,0] Test with: Eval(SPE,[0,1,0]);
Example
-- cubic system: Use ZZ/(2)[x[1..3]]; F1:=x[1]x[2]x[3] + x[1]x[2] + x[2]x[3] + x[1] + x[3] +1; F2:=x[1]x[2]x[3] + x[1]x[2] + x[2]x[3] + x[1] + x[2]; F3:=x[1]x[2] + x[2]x[3] + x[2]; SPE:=[F1,F2,F3]; SAT.ConvertToCNF(SPE,4,0); SAT.LaunchMiniSat(<quotes>sat.cnf</quotes>); SAT.GetResult(); --Result: [0,0,1] Test with: Eval(SPE,[0,0,1]);
