int compare_point(fields &f1, fields &f2, const vec &p) {
monitor_point m1, m_test;
f1.get_point(&m_test, p);
f2.get_point(&m1, p);
for (int i = 0; i < 10; i++) {
component c = (component)i;
if (f1.gv.has_field(c)) {
complex<double> v1 = m_test.get_component(c), v2 = m1.get_component(c);
if (abs(v1 - v2) > tol * abs(v2) && abs(v2) > thresh) {
master_printf("%s differs: %g %g out of %g %g\n", component_name(c), real(v2 - v1),
imag(v2 - v1), real(v2), imag(v2));
master_printf("This comes out to a fractional error of %g\n", abs(v1 - v2) / abs(v2));
master_printf("Right now I'm looking at %g, time %g\n", p.z(), f1.time());
return 0;
}
}
}
return 1;
}
int compare_point(fields &f1, fields &f2, const vec &p, double eps=4e-8) {
if (sizeof(realnum) == sizeof(float)) eps = sqrt(eps);
monitor_point m1, m_test;
f1.get_point(&m_test, p);
f2.get_point(&m1, p);
for (int i=0;i<10;i++) {
component c = (component) i;
if (f1.gv.has_field(c)) {
complex<double> v1 = m_test.get_component(c), v2 = m1.get_component(c);
if (abs(v1 - v2) > eps*abs(v2) && abs(v2) > eps*100) {
master_printf("%s differs: %g %g out of %g %g\n",
component_name(c), real(v2-v1), imag(v2-v1), real(v2), imag(v2));
master_printf("This comes out to a fractional error of %g\n",
abs(v1 - v2)/abs(v2));
master_printf("Right now I'm looking at %g %g, time %g\n", p.r(), p.z(), f1.time());
all_wait();
return 0;
}
}
}
return 1;
}
int compare_point(fields &f1, fields &f2, const vec &p) {
monitor_point m1, m_test;
f1.get_point(&m_test, p);
f2.get_point(&m1, p);
for (int i=0;i<10;i++) {
component c = (component) i;
if (f1.gv.has_field(c)) {
complex<double> v1 = m_test.get_component(c), v2 = m1.get_component(c);
if (!compare(real(v1),real(v2),"real part")
|| !compare(imag(v1),imag(v2),"imaginary part")) {
master_printf("%s differs by %g%+gi from %g%+gi\n",
component_name(c), real(v2-v1), imag(v2-v1), real(v2), imag(v2));
master_printf("This comes out to a fractional error of %g\n",
abs(v1 - v2)/abs(v2));
master_printf("Right now I'm looking at ");
LOOP_OVER_DIRECTIONS(p.dim,d)
master_printf("%s = %g, ", direction_name(d), p.in_direction(d));
master_printf("time %g\n", f1.time());
return 0;
}
}
}
return 1;
}