### ----------------------------------------------------
### -- Geo::Ellipsoid
### -- Licenses: Artistic-2.0
### -- Authors: Tom Browder <tbrowder@acm.org> (translator Perl 5 to Raku, current maintainer), Jim Gibson (CPAN Perl 5 author, v1.12)
### -- File: t/10-displacement.t
### ----------------------------------------------------
### -- Chunk 3 of 3
,322.538048,-30.354172,322.551237);
is-approx($x, 1267.9890126613, :abs-tol<1.0>); #delta_within($x, 1267.9890126613, 1.0);
is-approx($y, 753.967422319866, :abs-tol<1.0>); #delta_within($y, 753.967422319866, 1.0);

($x, $y) = $e1.displacement(54.780139,8.410011,54.697426,8.352324);
is-approx($x, -3719.33949254854, :abs-tol<1.0>); #delta_within($x, -3719.33949254854, 1.0);
is-approx($y, -9205.90372228508, :abs-tol<1.0>); #delta_within($y, -9205.90372228508, 1.0);

($x, $y) = $e1.displacement(13.769616,110.113762,13.780933,110.110241);
is-approx($x, -380.806322268491, :abs-tol<1.0>); #delta_within($x, -380.806322268491, 1.0);
is-approx($y, 1252.08412928076, :abs-tol<1.0>); #delta_within($y, 1252.08412928076, 1.0);

($x, $y) = $e1.displacement(-64.270514,45.105873,-64.307413,45.176951);
is-approx($x, 3439.70922672176, :abs-tol<1.0>); #delta_within($x, 3439.70922672176, 1.0);
is-approx($y, -4115.44667469455, :abs-tol<1.0>); #delta_within($y, -4115.44667469455, 1.0);

($x, $y) = $e1.displacement(-45.137898,141.541847,-45.120807,141.535744);
is-approx($x, -480.245739061078, :abs-tol<1.0>); #delta_within($x, -480.245739061078, 1.0);
is-approx($y, 1899.41377857602, :abs-tol<1.0>); #delta_within($y, 1899.41377857602, 1.0);

($x, $y) = $e1.displacement(6.782845,255.237805,6.796487,255.210769);
is-approx($x, -2988.66714517472, :abs-tol<1.0>); #delta_within($x, -2988.66714517472, 1.0);
is-approx($y, 1508.75404879856, :abs-tol<1.0>); #delta_within($y, 1508.75404879856, 1.0);

($x, $y) = $e1.displacement(6.371687,279.113190,6.374738,279.111955);
is-approx($x, -136.70331379791, :abs-tol<1.0>); #delta_within($x, -136.70331379791, 1.0);
is-approx($y, 337.358790144496, :abs-tol<1.0>); #delta_within($y, 337.358790144496, 1.0);

($x, $y) = $e1.displacement(44.782374,163.862303,44.840677,163.945679);
is-approx($x, 6592.12877130491, :abs-tol<1.0>); #delta_within($x, 6592.12877130491, 1.0);
is-approx($y, 6482.4746588658, :abs-tol<1.0>); #delta_within($y, 6482.4746588658, 1.0);

($x, $y) = $e1.displacement(-70.362274,322.490547,-70.343758,322.449274);
is-approx($x, -1550.1112655522, :abs-tol<1.0>); #delta_within($x, -1550.1112655522, 1.0);
is-approx($y, 2065.27461061839, :abs-tol<1.0>); #delta_within($y, 2065.27461061839, 1.0);

($x, $y) = $e1.displacement(-19.715571,5.847281,-19.756866,5.813268);
is-approx($x, -3564.89009313263, :abs-tol<1.0>); #delta_within($x, -3564.89009313263, 1.0);
is-approx($y, -4571.75406452734, :abs-tol<1.0>); #delta_within($y, -4571.75406452734, 1.0);

($x, $y) = $e1.displacement(-69.938162,165.492639,-70.001918,165.578716);
is-approx($x, 3286.68608014123, :abs-tol<1.0>); #delta_within($x, 3286.68608014123, 1.0);
is-approx($y, -7115.04613475392, :abs-tol<1.0>); #delta_within($y, -7115.04613475392, 1.0);


