/**
* Create a differention rule for function with 2 arguments. The rules must be in terms of "x" and
* "y"
*
* @param inName name of function
* @param inPfmc PostfixMathCommandI for function
* @param rule1 a string represention differation of function wrt "x"
* @param rule2 a string represention differation of function wrt "y"
* @throws ParseException
*/
private MacroDiffRules(
DJep djep, String inName, PostfixMathCommandI inPfmc, String rule1, String rule2)
throws ParseException {
name = inName;
pfmc = inPfmc;
if (pfmc != null) {
int nParam = pfmc.getNumberOfParameters();
if (nParam != 2) {
throw new ParseException(
"Number of rules must match number of parameters for "
+ inName
+ " which is "
+ nParam);
}
}
XSymbolTable localSymTab =
(XSymbolTable) ((XSymbolTable) djep.getSymbolTable()).newInstance(); // new
// SymbolTable();
localSymTab.copyConstants(djep.getSymbolTable());
XJep localJep = djep.newInstance(localSymTab);
Node node1 = localJep.parse(rule1);
Node node2 = localJep.parse(rule2);
rules = new Node[2];
rules[0] = node1;
rules[1] = node2;
}
/**
* Create a differentation rule for function with n arguments. The rules must be in terms of "x1",
* "x2", ... "xn"
*
* @param inName name of function
* @param inPfmc PostfixMathCommandI for function
* @throws ParseException
*/
private MacroDiffRules(DJep djep, String inName, PostfixMathCommandI inPfmc, String[] inRules)
throws ParseException {
name = inName;
pfmc = inPfmc;
if (pfmc != null) {
int nParam = pfmc.getNumberOfParameters();
if (nParam != inRules.length) {
throw new ParseException(
"Number of rules must match number of parameters for "
+ inName
+ " which is "
+ nParam);
}
}
XSymbolTable localSymTab = (XSymbolTable) ((XSymbolTable) djep.getSymbolTable()).newInstance();
localSymTab.copyConstants(djep.getSymbolTable());
XJep localJep = djep.newInstance(localSymTab);
rules = new Node[inRules.length];
for (int i = 0; i < inRules.length; ++i) {
rules[i] = localJep.parse(inRules[i]);
}
}
