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The functions in this section is defined in the file `om.rr'. An environment to execute Java codes must be set to call the functions described in this section.
Author of OMproxy : Yasushi Tamura.
1.0.1 om_start | ||
1.0.2 om_xml | ||
1.0.3 om_xml_to_cmo |
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om_start
:: Start OMproxy
server to make a translation between CMO and OpenMath XML (CD's in 1999) expressions.
Number
[155] load("om.rr"); 1 [160] om_start(); control: wait OX Trying to connect to the server... Done. 0 [161] om_xml(<<1,0>>+2*<<0,1>>); <OMOBJ><OMA><OMS name="DMP" cd="poly"/> <OMA><OMS name="PolyRing" cd="poly"/> <OMI>2</OMI></OMA><OMA> <OMS name="SDMP" cd="poly"/> <OMA><OMS name="Monom" cd="poly"/><OMI>1</OMI><OMI>1</OMI><OMI>0</OMI></OMA> <OMA><OMS name="Monom" cd="poly"/><OMI>2</OMI><OMI>0</OMI><OMI>1</OMI></OMA> </OMA></OMA></OMOBJ> [162] om_xml_to_cmo(@); (1)*<<1,0>>+(2)*<<0,1>> |
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om_xml
:: Translate CMO expression of s to a XML expression of OpenMath(CD's in 1999).
String
Number
Object
For (I=0; I<10; I++) { A = 2^I; B = om_xml(A); C = om_xml_to_cmo(B); print(A == C); } |
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om_xml_to_cmo
:: Translate XML expression (CD's in 1999) s of OpenMath to a CMO.
Object
Number
String
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