#include "pip.h"


int main() {
	PIVector<int> indexes;
	PIEvaluator eval;
	int dims = 3;
	indexes << eval.setVariable("l", complexd(1.));
	indexes << eval.setVariable("mc", complexd(1.));
	for (int i = 0; i < dims; ++i) {
		indexes << eval.setVariable("t" + PIString::fromNumber(i), complexd(1.));
		indexes << eval.setVariable("tv" + PIString::fromNumber(i), complexd(1.));
	}
	for (int i = 0; i < dims; ++i) {
		indexes << eval.setVariable("m" + PIString::fromNumber(i), complexd(1.));
		indexes << eval.setVariable("mv" + PIString::fromNumber(i), complexd(1.));
	}
	piCout << indexes;

	indexes.clear();
	indexes << eval.setVariable("l", complexd(1.));
	indexes << eval.setVariable("mc", complexd(1.));
	for (int i = 0; i < dims; ++i) {
		indexes << eval.setVariable("t" + PIString::fromNumber(i), complexd(1.));
		indexes << eval.setVariable("tv" + PIString::fromNumber(i), complexd(1.));
	}
	for (int i = 0; i < dims; ++i) {
		indexes << eval.setVariable("m" + PIString::fromNumber(i), complexd(1.));
		indexes << eval.setVariable("mv" + PIString::fromNumber(i), complexd(1.));
	}
	piCout << indexes;

	PIEvaluator * eval_x = new PIEvaluator();
	piCout << eval_x->setVariable("t");
	piCout << eval_x->setVariable("t");
	return 0;
}