mpfr FreshEval_mp(std::shared_ptr<Variable> const& diff_variable) const override
{
if(differential_variable_ == diff_variable)
{
return mpfr(1);
}
else
{
return mpfr(0);
}
}
ClassTestInit()
{
bertini::DefaultPrecision(CLASS_TEST_MPFR_DEFAULT_DIGITS);
xnum_mpfr.precision(CLASS_TEST_MPFR_DEFAULT_DIGITS);
ynum_mpfr.precision(CLASS_TEST_MPFR_DEFAULT_DIGITS);
znum_mpfr.precision(CLASS_TEST_MPFR_DEFAULT_DIGITS);
anum_mpfr.precision(CLASS_TEST_MPFR_DEFAULT_DIGITS);
bnum_mpfr.precision(CLASS_TEST_MPFR_DEFAULT_DIGITS);
threshold_clearance_mp.precision(CLASS_TEST_MPFR_DEFAULT_DIGITS);
xnum_mpfr = mpfr(xstr_real, xstr_imag);
ynum_mpfr = mpfr(ystr_real, ystr_imag);
znum_mpfr = mpfr(zstr_real, zstr_imag);
anum_mpfr = mpfr(astr_real, astr_imag);
bnum_mpfr = mpfr(bstr_real, bstr_imag);
pnum_mpfr = mpfr(pstr_real, pstr_imag);
threshold_clearance_mp = bertini::mpfr_float("1e-27");
}
void FreshEval_mp(mpfr& evaluation_value, std::shared_ptr<Variable> const& diff_variable) const override
{
evaluation_value = mpfr(boost::multiprecision::mpfr_float(true_value_real_),boost::multiprecision::mpfr_float(true_value_imag_));
}
mpfr FreshEval_mp(std::shared_ptr<Variable> const& diff_variable) const override
{
return mpfr(boost::multiprecision::mpfr_float(true_value_real_),boost::multiprecision::mpfr_float(true_value_imag_));
}
void FreshEval_mp(mpfr& evaluation_value, std::shared_ptr<Variable> const& diff_variable) const override
{
evaluation_value = mpfr(highest_precision_value_);
}
mpfr FreshEval_mp(std::shared_ptr<Variable> const& diff_variable) const override
{
return mpfr(highest_precision_value_);
}
void FreshEval_mp(mpfr& evaluation_value, std::shared_ptr<Variable> const& diff_variable) const override
{
evaluation_value = mpfr(true_value_,0);
}
mpfr FreshEval_mp(std::shared_ptr<Variable> const& diff_variable) const override
{
return mpfr(true_value_,0);
}
