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// this tests 1% of all points
//
// @tags: [
// # TODO(SERVER-60823): remove incompatible_with_gcov
// incompatible_with_gcov,
// ]
load("jstests/libs/geo_near_random.js");
var test = new GeoNearRandomTest("geo_near_random2");
test.insertPts(5000);
// test.testPt() runs geoNear commands at the given coordinates with
// limits from 1 to nPts(# of inserted points). At the nth run, it
// compares the first (n - 1) results with the result of the (n - 1)th
// run to make sure they are identical. It also makes sure that the
// distances are in increasing order. The test runs in O(N^2).
// Test $near with 2d index
opts = {
sphere: 0,
nToTest: test.nPts * 0.01
};
test.testPt([0, 0], opts);
test.testPt(test.mkPt(), opts);
test.testPt(test.mkPt(), opts);
test.testPt(test.mkPt(), opts);
test.testPt(test.mkPt(), opts);
opts.sphere = 1;
// Test $nearSphere with 2d index
test.testPt([0, 0], opts);
// test.mkPt(0.8) generates a random point in the maximum
// lat long bounds scaled by 0.8
test.testPt(test.mkPt(0.8), opts);
test.testPt(test.mkPt(0.8), opts);
test.testPt(test.mkPt(0.8), opts);
test.testPt(test.mkPt(0.8), opts);
// Test $nearSphere with 2dsphere index
assert.commandWorked(db.geo_near_random2.dropIndex({loc: '2d'}));
assert.commandWorked(db.geo_near_random2.createIndex({loc: '2dsphere'}));
test.testPt([0, 0], opts);
test.testPt(test.mkPt(0.8), opts);
test.testPt(test.mkPt(0.8), opts);
test.testPt(test.mkPt(0.8), opts);
test.testPt(test.mkPt(0.8), opts);
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