diff options
Diffstat (limited to 'src/test/java/io')
4 files changed, 1901 insertions, 0 deletions
diff --git a/src/test/java/io/github/moulberry/notenoughupdates/core/util/Vec3ComparableTest.java b/src/test/java/io/github/moulberry/notenoughupdates/core/util/Vec3ComparableTest.java new file mode 100644 index 00000000..12645152 --- /dev/null +++ b/src/test/java/io/github/moulberry/notenoughupdates/core/util/Vec3ComparableTest.java @@ -0,0 +1,212 @@ +/* + * Copyright (C) 2022 NotEnoughUpdates contributors + * + * This file is part of NotEnoughUpdates. + * + * NotEnoughUpdates is free software: you can redistribute it + * and/or modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation, either + * version 3 of the License, or (at your option) any later version. + * + * NotEnoughUpdates is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public License + * along with NotEnoughUpdates. If not, see <https://www.gnu.org/licenses/>. + */ + +package io.github.moulberry.notenoughupdates.core.util; + +import net.minecraft.util.BlockPos; +import net.minecraft.util.Vec3; +import org.junit.jupiter.api.Assertions; +import org.junit.jupiter.api.Test; + +import static org.junit.jupiter.api.Assertions.assertEquals; +import static org.junit.jupiter.api.Assertions.assertFalse; +import static org.junit.jupiter.api.Assertions.assertNotEquals; +import static org.junit.jupiter.api.Assertions.assertTrue; + +class Vec3ComparableTest { + @Test + void equals_false_when_null() { + // Arrange + Vec3Comparable vec3c = new Vec3Comparable(1.0, 2.0, 3.0); + + // Act + boolean areEqual = vec3c.equals(null); + + // Assert + assertFalse(areEqual); + } + + @Test + void equals_true_when_same_object() { + // Arrange + Vec3Comparable vec3c = new Vec3Comparable(1.0, 2.0, 3.0); + + // Act + boolean areEqual = vec3c.equals(vec3c); + + // Assert + assertTrue(areEqual); + } + + @Test + void equals_true_when_same_value() { + // Arrange + Vec3Comparable vec3c1 = new Vec3Comparable(1.0, 2.0, 3.0); + Vec3Comparable vec3c2 = new Vec3Comparable(1.0, 2.0, 3.0); + + // Act + boolean areEqual = vec3c1.equals(vec3c2); + + // Assert + assertTrue(areEqual); + } + + @Test + void equals_false_when_vec3_equals() { + // Arrange + Vec3Comparable vec3c1 = new Vec3Comparable(1.0, 2.0, 3.0); + Vec3 vec3c2 = new Vec3(1.0, 2.0, 3.0); + + // Act + boolean areEqual = vec3c1.equals(vec3c2); + + // Assert + assertFalse(areEqual); + } + + @Test + void equals_false_when_different_object_type() { + // Arrange + Vec3Comparable vec3c1 = new Vec3Comparable(1.0, 2.0, 3.0); + BlockPos blockPos = new BlockPos(1.0, 2.0, 3.0); + + // Act + boolean areEqual = vec3c1.equals(blockPos); + + // Assert + assertFalse(areEqual); + } + + @Test + void equals_false_when_different_value() { + // Arrange + Vec3Comparable vec3c1 = new Vec3Comparable(1.0, 2.0, 3.0); + Vec3Comparable vec3c2 = new Vec3Comparable(3.0, 2.0, 1.0); + + // Act + boolean areEqual = vec3c1.equals(vec3c2); + + // Assert + assertFalse(areEqual); + } + + @Test + void hashCode_same_when_same_value() { + // Arrange + Vec3Comparable vec3c1 = new Vec3Comparable(1.0, 2.0, 3.0); + Vec3Comparable vec3c2 = new Vec3Comparable(1.0, 2.0, 3.0); + + // Act + double vec3c1Hash = vec3c1.hashCode(); + double vec3c2Hash = vec3c2.hashCode(); + + // Assert + assertEquals(vec3c1Hash, vec3c2Hash); + } + + @Test + void hashCode_different_when_different_value() { + // Arrange + Vec3Comparable vec3c1 = new Vec3Comparable(1.0, 2.0, 3.0); + Vec3Comparable vec3c2 = new Vec3Comparable(3.0, 2.0, 1.0); + + // Act + double vec3c1Hash = vec3c1.hashCode(); + double vec3c2Hash = vec3c2.hashCode(); + + // Assert + assertNotEquals(vec3c1Hash, vec3c2Hash); + } + + @Test + void compareTo_zero_when_equal() { + // Arrange + Vec3Comparable vec3c1 = new Vec3Comparable(1.0, 2.0, 3.0); + Vec3Comparable vec3c2 = new Vec3Comparable(1.0, 2.0, 3.0); + + // Act + int result = vec3c1.compareTo(vec3c2); + + // Assert + assertEquals(0, result); + } + + @Test + void compareTo_negative_when_lower() { + // Arrange + Vec3Comparable vec3c1 = new Vec3Comparable(0.0, 2.0, 3.0); + Vec3Comparable vec3c2 = new Vec3Comparable(1.0, 2.0, 3.0); + + // Act + int result = vec3c1.compareTo(vec3c2); + + // Assert + assertTrue(result < 0); + } + + @Test + void compareTo_positive_when_x_y_or_z_is_higher() { + // Arrange + Vec3Comparable vec3c1x = new Vec3Comparable(2.0, 2.0, 3.0); + Vec3Comparable vec3c2x = new Vec3Comparable(1.0, 2.0, 3.0); + Vec3Comparable vec3c1y = new Vec3Comparable(1.0, 3.0, 3.0); + Vec3Comparable vec3c2y = new Vec3Comparable(1.0, 2.0, 3.0); + Vec3Comparable vec3c1z = new Vec3Comparable(1.0, 2.0, 4.0); + Vec3Comparable vec3c2z = new Vec3Comparable(1.0, 2.0, 3.0); + + // Act + int resultX = vec3c1x.compareTo(vec3c2x); + int resultY = vec3c1y.compareTo(vec3c2y); + int resultZ = vec3c1z.compareTo(vec3c2z); + + // Assert + assertTrue(resultX > 0); + assertTrue(resultY > 0); + assertTrue(resultZ > 0); + } + + @Test + void compareTo_throws_on_null() { + // Arrange + Vec3Comparable vec3c = new Vec3Comparable(1.0, 2.0, 3.0); + + // Act & Assert + Assertions.assertThrows(NullPointerException.class, () -> { + vec3c.compareTo(null); + }); + } + + @Test + void signumEquals_is_true_when_all_signums_match() { + Vec3Comparable first = new Vec3Comparable(-1.0, 1.0, 0); + Vec3 second = new Vec3(-1.0, 1.0, 0); + Assertions.assertTrue(first.signumEquals(second)); + } + + @Test + void signumEquals_is_false_when_any_signum_differs() { + Vec3Comparable first = new Vec3Comparable(-1.0, 1.0, 0); + Vec3 second = new Vec3(-1.0, 1.0, 1.0); + Vec3 third = new Vec3(-1.0, -1.0, 0); + Vec3 fourth = new Vec3(1.0, 1.0, 1.0); + Assertions.assertFalse(first.signumEquals(second)); + Assertions.assertFalse(first.signumEquals(third)); + Assertions.assertFalse(first.signumEquals(fourth)); + } +} diff --git a/src/test/java/io/github/moulberry/notenoughupdates/miscfeatures/CrystalMetalDetectorSolverTest.java b/src/test/java/io/github/moulberry/notenoughupdates/miscfeatures/CrystalMetalDetectorSolverTest.java new file mode 100644 index 00000000..123f5bf3 --- /dev/null +++ b/src/test/java/io/github/moulberry/notenoughupdates/miscfeatures/CrystalMetalDetectorSolverTest.java @@ -0,0 +1,255 @@ +/* + * Copyright (C) 2022 NotEnoughUpdates contributors + * + * This file is part of NotEnoughUpdates. + * + * NotEnoughUpdates is free software: you can redistribute it + * and/or modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation, either + * version 3 of the License, or (at your option) any later version. + * + * NotEnoughUpdates is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public License + * along with NotEnoughUpdates. If not, see <https://www.gnu.org/licenses/>. + */ + +package io.github.moulberry.notenoughupdates.miscfeatures; + +import io.github.moulberry.notenoughupdates.core.util.Vec3Comparable; +import io.github.moulberry.notenoughupdates.miscfeatures.CrystalMetalDetectorSolver.SolutionState; +import io.github.moulberry.notenoughupdates.util.NEUDebugLogger; +import net.minecraft.util.BlockPos; +import org.junit.jupiter.api.Assertions; +import org.junit.jupiter.api.BeforeEach; +import org.junit.jupiter.api.Test; + +import java.util.ArrayList; + +class CrystalMetalDetectorSolverTest { + class Location { + double distance; + Vec3Comparable playerPosition; + SolutionState expectedState; + boolean centerKnown; + + public Location( + double distance, + Vec3Comparable playerPosition, + SolutionState expectedState, + boolean centerKnown + ) { + this.distance = distance; + this.playerPosition = playerPosition; + this.expectedState = expectedState; + this.centerKnown = centerKnown; + } + } + + class Solution { + ArrayList<Location> locations = new ArrayList<>(); + BlockPos center = BlockPos.ORIGIN; + BlockPos expectedSolution = BlockPos.ORIGIN; + } + + @BeforeEach + void setUp() { + CrystalMetalDetectorSolver.initWorld(); + CrystalMetalDetectorSolver.treasureAllowedPredicate = blockPos -> true; + NEUDebugLogger.logMethod = CrystalMetalDetectorSolverTest::neuDebugLog; + NEUDebugLogger.allFlagsEnabled = true; + } + + private void findPossibleSolutionsTwice(Location loc, boolean centerNewlyDiscovered) { + // Each location has to be received twice to be valid + CrystalMetalDetectorSolver.findPossibleSolutions(loc.distance, loc.playerPosition, centerNewlyDiscovered); + CrystalMetalDetectorSolver.findPossibleSolutions(loc.distance, loc.playerPosition, false); + } + + private void checkSolution(Solution solution) { + boolean centerSet = false; + int index = 0; + for (Location loc : solution.locations) { + if (loc.centerKnown && !centerSet && !solution.center.equals(BlockPos.ORIGIN)) { + CrystalMetalDetectorSolver.setMinesCenter(solution.center); + centerSet = true; + findPossibleSolutionsTwice(loc, true); + } else { + findPossibleSolutionsTwice(loc, false); + } + Assertions.assertEquals( + loc.expectedState, + CrystalMetalDetectorSolver.currentState, + "Location index " + index + ); + index++; + } + + Assertions.assertEquals(solution.expectedSolution, CrystalMetalDetectorSolver.getSolution()); + } + + @Test + void findPossibleSolutions_single_location_sample_is_ignored() { + Location location = new Location( + 37.3, + new Vec3Comparable(779.1057116115207, 70.5, 502.2997937667801), + SolutionState.MULTIPLE, + false + ); + + CrystalMetalDetectorSolver.findPossibleSolutions(location.distance, location.playerPosition, false); + Assertions.assertEquals(SolutionState.NOT_STARTED, CrystalMetalDetectorSolver.previousState, + "Previous state" + ); + Assertions.assertEquals(SolutionState.NOT_STARTED, CrystalMetalDetectorSolver.currentState, + "Current state" + ); + } + + @Test + void findPossibleSolutions_currentState_becomes_previousState() { + Location location = new Location( + 37.3, + new Vec3Comparable(779.1057116115207, 70.5, 502.2997937667801), + SolutionState.MULTIPLE, + false + ); + + findPossibleSolutionsTwice(location, false); + Assertions.assertEquals(SolutionState.NOT_STARTED, CrystalMetalDetectorSolver.previousState, + "Previous state" + ); + Assertions.assertEquals(location.expectedState, CrystalMetalDetectorSolver.currentState, + "Current state" + ); + } + + @Test + void findPossibleSolutions_state_is_invalid_when_solution_and_distance_mismatch() { + Solution solution = new Solution(); + solution.center = new BlockPos(736, 88, 547); + solution.expectedSolution = new BlockPos(722, 67, 590); + solution.locations.add(new Location( + 67.5, + new Vec3Comparable(757.8235166144441, 68.0, 532.8037800566217), + SolutionState.FOUND_KNOWN, + true + )); + // slightly different player position with invalid distance + solution.locations.add(new Location( + 4.0, + new Vec3Comparable(757.8235166144441, 69.0, 532.8037800566217), + SolutionState.INVALID, + true + )); + checkSolution(solution); + } + + @Test + void findPossibleSolutions_state_is_failed_when_second_location_eliminates_all_blocks() { + Solution solution = new Solution(); + solution.center = new BlockPos(736, 88, 547); + solution.locations.add(new Location( + 29.4, + new Vec3Comparable(721.5979761606153, 68.0, 590.9056839507032), + SolutionState.MULTIPLE_KNOWN, + true + )); + solution.locations.add(new Location( + 4.0, // actual distance should be 38.2 + new Vec3Comparable(711.858759313838, 67.0, 590.3583935310772), + SolutionState.FAILED, + true + )); + checkSolution(solution); + } + + @Test + void findPossibleSolutions_state_is_found_known_when_center_found_after_location() { + Solution solution = new Solution(); + solution.center = new BlockPos(736, 88, 547); + solution.locations.add(new Location( + 67.5, + new Vec3Comparable(757.8235166144441, 68.0, 532.8037800566217), + SolutionState.MULTIPLE, + false + )); + checkSolution(solution); + + solution.locations.get(0).centerKnown = true; + solution.locations.get(0).expectedState = SolutionState.FOUND_KNOWN; + solution.expectedSolution = new BlockPos(722, 67, 590); + checkSolution(solution); + } + + @Test + void findPossibleSolutions_state_is_found_when_single_known_location() { + Solution solution = new Solution(); + solution.center = new BlockPos(736, 88, 547); + solution.expectedSolution = new BlockPos(722, 67, 590); + solution.locations.add(new Location( + 67.5, + new Vec3Comparable(757.8235166144441, 68.0, 532.8037800566217), + SolutionState.FOUND_KNOWN, + true + )); + checkSolution(solution); + } + + @Test + void findPossibleSolutions_states_are_correct_using_multiple_locations_with_unknown_center() { + Solution solution = new Solution(); + solution.locations.add(new Location( + 37.3, + new Vec3Comparable(779.1057116115207, 70.5, 502.2997937667801), + SolutionState.MULTIPLE, + false + )); + solution.locations.add(new Location( + 34.8, + new Vec3Comparable(782.6999999880791, 71.0, 508.69999998807907), + SolutionState.FOUND, + false + )); + solution.expectedSolution = new BlockPos(758, 67, 533); + + checkSolution(solution); + } + + @Test + void findPossibleSolutions_states_are_correct_when_multiple_known_locations_found() { + Solution solution = new Solution(); + + // First, validate that the solution doesn't work without the center + solution.locations.add(new Location( + 29.4, + new Vec3Comparable(721.5979761606153, 68.0, 590.9056839507032), + SolutionState.MULTIPLE, + false + )); + solution.locations.add(new Location( + 38.2, + new Vec3Comparable(711.858759313838, 67.0, 590.3583935310772), + SolutionState.MULTIPLE, + false + )); + checkSolution(solution); + + // Now validate that the solution works with the center + CrystalMetalDetectorSolver.resetSolution(false); + solution.locations.get(0).expectedState = SolutionState.MULTIPLE_KNOWN; + solution.locations.get(0).centerKnown = true; + solution.locations.get(1).expectedState = SolutionState.FOUND_KNOWN; + solution.locations.get(1).centerKnown = true; + solution.expectedSolution = new BlockPos(748, 66, 578); + solution.center = new BlockPos(736, 88, 547); + checkSolution(solution); + } + + private static void neuDebugLog(String message) { + System.out.println(message); + } +} diff --git a/src/test/java/io/github/moulberry/notenoughupdates/miscfeatures/CrystalWishingCompassSolverTest.java b/src/test/java/io/github/moulberry/notenoughupdates/miscfeatures/CrystalWishingCompassSolverTest.java new file mode 100644 index 00000000..5cf5fa90 --- /dev/null +++ b/src/test/java/io/github/moulberry/notenoughupdates/miscfeatures/CrystalWishingCompassSolverTest.java @@ -0,0 +1,1393 @@ +/* + * Copyright (C) 2022 NotEnoughUpdates contributors + * + * This file is part of NotEnoughUpdates. + * + * NotEnoughUpdates is free software: you can redistribute it + * and/or modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation, either + * version 3 of the License, or (at your option) any later version. + * + * NotEnoughUpdates is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public License + * along with NotEnoughUpdates. If not, see <https://www.gnu.org/licenses/>. + */ + +package io.github.moulberry.notenoughupdates.miscfeatures; + +import io.github.moulberry.notenoughupdates.core.util.Vec3Comparable; +import io.github.moulberry.notenoughupdates.miscfeatures.CrystalWishingCompassSolver.CompassTarget; +import io.github.moulberry.notenoughupdates.miscfeatures.CrystalWishingCompassSolver.HandleCompassResult; +import io.github.moulberry.notenoughupdates.miscfeatures.CrystalWishingCompassSolver.SolverState; +import io.github.moulberry.notenoughupdates.util.NEUDebugLogger; +import net.minecraft.util.BlockPos; +import net.minecraft.util.Vec3; +import net.minecraft.util.Vec3i; +import org.junit.jupiter.api.Assertions; +import org.junit.jupiter.api.BeforeEach; +import org.junit.jupiter.api.Test; + +import java.util.ArrayList; +import java.util.Arrays; +import java.util.Collections; +import java.util.EnumSet; + +import static io.github.moulberry.notenoughupdates.miscfeatures.CrystalWishingCompassSolver.ALL_PARTICLES_MAX_MILLIS; +import static io.github.moulberry.notenoughupdates.miscfeatures.CrystalWishingCompassSolver.Crystal; +import static io.github.moulberry.notenoughupdates.miscfeatures.CrystalWishingCompassSolver.HollowsZone; +import static io.github.moulberry.notenoughupdates.miscfeatures.CrystalWishingCompassSolver.getInstance; + +class CrystalWishingCompassSolverTest { + private static final CrystalWishingCompassSolver solver = getInstance(); + long systemTimeMillis; + private final long DELAY_AFTER_FIRST_COMPASS_LAST_PARTICLE = 500L; + private final int CH_LOWEST_VALID_Y = 30; + + private final CompassUse minesOfDivanCompassUse1 = new CompassUse( + 1647528732979L, + new BlockPos(754, 137, 239), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(754.358459, 138.536407, 239.200928), 137), + new ParticleSpawn(new Vec3Comparable(754.315735, 138.444351, 239.690521), 45), + new ParticleSpawn(new Vec3Comparable(754.272278, 138.352051, 240.180008), 51), + new ParticleSpawn(new Vec3Comparable(754.228760, 138.259750, 240.669479), 49), + new ParticleSpawn(new Vec3Comparable(754.185303, 138.167435, 241.158966), 57), + new ParticleSpawn(new Vec3Comparable(754.141846, 138.075134, 241.648438), 50), + new ParticleSpawn(new Vec3Comparable(754.098328, 137.982819, 242.137909), 51), + new ParticleSpawn(new Vec3Comparable(754.054871, 137.890518, 242.627396), 57), + new ParticleSpawn(new Vec3Comparable(754.011353, 137.798203, 243.116867), 44), + new ParticleSpawn(new Vec3Comparable(753.967896, 137.705887, 243.606354), 59), + new ParticleSpawn(new Vec3Comparable(753.924438, 137.613586, 244.095825), 35), + new ParticleSpawn(new Vec3Comparable(753.880920, 137.521271, 244.585297), 48), + new ParticleSpawn(new Vec3Comparable(753.837463, 137.428970, 245.074783), 70), + new ParticleSpawn(new Vec3Comparable(753.793945, 137.336655, 245.564255), 33), + new ParticleSpawn(new Vec3Comparable(753.750488, 137.244354, 246.053741), 55), + new ParticleSpawn(new Vec3Comparable(753.707031, 137.152039, 246.543213), 42), + new ParticleSpawn(new Vec3Comparable(753.663513, 137.059738, 247.032700), 56), + new ParticleSpawn(new Vec3Comparable(753.620056, 136.967422, 247.522171), 48), + new ParticleSpawn(new Vec3Comparable(753.576538, 136.875122, 248.011642), 56), + new ParticleSpawn(new Vec3Comparable(754.333618, 138.527710, 239.197800), 55) + )), + HandleCompassResult.SUCCESS, + SolverState.NEED_SECOND_COMPASS + ); + + private final CompassUse minesOfDivanCompassUse2 = new CompassUse( + DELAY_AFTER_FIRST_COMPASS_LAST_PARTICLE, + new BlockPos(760, 134, 266), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(759.686951, 135.524994, 266.190704), 129), + new ParticleSpawn(new Vec3Comparable(759.625183, 135.427887, 266.677277), 69), + new ParticleSpawn(new Vec3Comparable(759.561707, 135.330704, 267.163635), 31), + new ParticleSpawn(new Vec3Comparable(759.498230, 135.233536, 267.649963), 115), + new ParticleSpawn(new Vec3Comparable(759.434753, 135.136368, 268.136322), 0), + new ParticleSpawn(new Vec3Comparable(759.371277, 135.039200, 268.622650), 46), + new ParticleSpawn(new Vec3Comparable(759.307800, 134.942017, 269.109009), 49), + new ParticleSpawn(new Vec3Comparable(759.244324, 134.844849, 269.595337), 59), + new ParticleSpawn(new Vec3Comparable(759.180847, 134.747681, 270.081696), 45), + new ParticleSpawn(new Vec3Comparable(759.117371, 134.650513, 270.568024), 39), + new ParticleSpawn(new Vec3Comparable(759.053894, 134.553329, 271.054352), 67), + new ParticleSpawn(new Vec3Comparable(758.990356, 134.456161, 271.540710), 49), + new ParticleSpawn(new Vec3Comparable(758.926880, 134.358994, 272.027039), 32), + new ParticleSpawn(new Vec3Comparable(758.863403, 134.261826, 272.513397), 61), + new ParticleSpawn(new Vec3Comparable(758.799927, 134.164642, 272.999725), 44), + new ParticleSpawn(new Vec3Comparable(758.736450, 134.067474, 273.486084), 48), + new ParticleSpawn(new Vec3Comparable(758.672974, 133.970306, 273.972412), 57), + new ParticleSpawn(new Vec3Comparable(758.609497, 133.873138, 274.458740), 55), + new ParticleSpawn(new Vec3Comparable(758.546021, 133.775955, 274.945099), 59), + new ParticleSpawn(new Vec3Comparable(758.482544, 133.678787, 275.431427), 38), + new ParticleSpawn(new Vec3Comparable(759.636658, 135.522827, 266.186371), 0) + )), + HandleCompassResult.SUCCESS, + SolverState.SOLVED + ); + + Vec3i minesOfDivanSolution = new Vec3i(735, 98, 451); + + private final CompassUse goblinHoldoutCompassUse1 = new CompassUse( + 1647776326763L, + new BlockPos(454, 87, 776), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(454.171722, 88.616852, 775.807190), 188), + new ParticleSpawn(new Vec3Comparable(454.010315, 88.613464, 775.333984), 44), + new ParticleSpawn(new Vec3Comparable(453.849243, 88.610069, 774.860657), 61), + new ParticleSpawn(new Vec3Comparable(453.688141, 88.606674, 774.387329), 51), + new ParticleSpawn(new Vec3Comparable(453.527069, 88.603271, 773.914001), 40), + new ParticleSpawn(new Vec3Comparable(453.365997, 88.599876, 773.440674), 57), + new ParticleSpawn(new Vec3Comparable(453.204926, 88.596481, 772.967346), 45), + new ParticleSpawn(new Vec3Comparable(453.043854, 88.593086, 772.494019), 49), + new ParticleSpawn(new Vec3Comparable(452.882782, 88.589691, 772.020691), 46), + new ParticleSpawn(new Vec3Comparable(452.721710, 88.586288, 771.547302), 65), + new ParticleSpawn(new Vec3Comparable(452.560638, 88.582893, 771.073975), 43), + new ParticleSpawn(new Vec3Comparable(452.399567, 88.579498, 770.600647), 50), + new ParticleSpawn(new Vec3Comparable(452.238495, 88.576103, 770.127319), 48), + new ParticleSpawn(new Vec3Comparable(452.077423, 88.572701, 769.653992), 47), + new ParticleSpawn(new Vec3Comparable(451.916351, 88.569305, 769.180664), 60), + new ParticleSpawn(new Vec3Comparable(451.755280, 88.565910, 768.707336), 40), + new ParticleSpawn(new Vec3Comparable(451.594208, 88.562515, 768.234009), 69), + new ParticleSpawn(new Vec3Comparable(451.433136, 88.559120, 767.760681), 40), + new ParticleSpawn(new Vec3Comparable(451.272064, 88.555717, 767.287354), 42), + new ParticleSpawn(new Vec3Comparable(454.183441, 88.616600, 775.803040), 54) + )), + HandleCompassResult.SUCCESS, + SolverState.NEED_SECOND_COMPASS + ); + + private final CompassUse goblinHoldoutCompassUse2 = new CompassUse( + DELAY_AFTER_FIRST_COMPASS_LAST_PARTICLE, + new BlockPos(439, 85, 777), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(439.068848, 86.624870, 776.043701), 136), + new ParticleSpawn(new Vec3Comparable(438.936066, 86.625786, 775.561646), 46), + new ParticleSpawn(new Vec3Comparable(438.804352, 86.626595, 775.079346), 65), + new ParticleSpawn(new Vec3Comparable(438.672699, 86.627396, 774.596985), 40), + new ParticleSpawn(new Vec3Comparable(438.541016, 86.628197, 774.114624), 51), + new ParticleSpawn(new Vec3Comparable(438.409332, 86.628998, 773.632263), 50), + new ParticleSpawn(new Vec3Comparable(438.277679, 86.629799, 773.149902), 50), + new ParticleSpawn(new Vec3Comparable(438.145996, 86.630608, 772.667603), 56), + new ParticleSpawn(new Vec3Comparable(438.014343, 86.631409, 772.185242), 40), + new ParticleSpawn(new Vec3Comparable(437.882660, 86.632210, 771.702881), 65), + new ParticleSpawn(new Vec3Comparable(437.751007, 86.633011, 771.220520), 45), + new ParticleSpawn(new Vec3Comparable(437.619324, 86.633812, 770.738159), 42), + new ParticleSpawn(new Vec3Comparable(437.487671, 86.634613, 770.255798), 60), + new ParticleSpawn(new Vec3Comparable(437.355988, 86.635414, 769.773499), 51), + new ParticleSpawn(new Vec3Comparable(437.224335, 86.636215, 769.291138), 44), + new ParticleSpawn(new Vec3Comparable(437.092651, 86.637024, 768.808777), 56), + new ParticleSpawn(new Vec3Comparable(436.960999, 86.637825, 768.326416), 56), + new ParticleSpawn(new Vec3Comparable(436.829315, 86.638626, 767.844055), 40), + new ParticleSpawn(new Vec3Comparable(436.697632, 86.639427, 767.361694), 50), + new ParticleSpawn(new Vec3Comparable(436.565979, 86.640228, 766.879395), 46), + new ParticleSpawn(new Vec3Comparable(439.108551, 86.620811, 776.031067), 0) + )), + HandleCompassResult.SUCCESS, + SolverState.SOLVED + ); + + Vec3i goblinHoldoutKingSolution = new Vec3i(377, 87, 550); + Vec3i goblinHoldoutQueenSolution = new Vec3i(322, 139, 769); + + private final CompassUse precursorCityCompassUse1 = new CompassUse( + 1647744920365L, + new BlockPos(570, 120, 565), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(570.428955, 121.630745, 565.674500), 192), + new ParticleSpawn(new Vec3Comparable(570.572998, 121.642563, 566.153137), 52), + new ParticleSpawn(new Vec3Comparable(570.714233, 121.654442, 566.632629), 45), + new ParticleSpawn(new Vec3Comparable(570.855286, 121.666321, 567.112183), 51), + new ParticleSpawn(new Vec3Comparable(570.996338, 121.678200, 567.591736), 0), + new ParticleSpawn(new Vec3Comparable(571.137390, 121.690079, 568.071289), 111), + new ParticleSpawn(new Vec3Comparable(571.278442, 121.701958, 568.550781), 38), + new ParticleSpawn(new Vec3Comparable(571.419495, 121.713844, 569.030334), 51), + new ParticleSpawn(new Vec3Comparable(571.560547, 121.725723, 569.509888), 49), + new ParticleSpawn(new Vec3Comparable(571.701599, 121.737602, 569.989441), 0), + new ParticleSpawn(new Vec3Comparable(571.842651, 121.749481, 570.468994), 101), + new ParticleSpawn(new Vec3Comparable(571.983704, 121.761360, 570.948547), 53), + new ParticleSpawn(new Vec3Comparable(572.124756, 121.773239, 571.428101), 47), + new ParticleSpawn(new Vec3Comparable(572.265747, 121.785118, 571.907654), 49), + new ParticleSpawn(new Vec3Comparable(572.406799, 121.796997, 572.387207), 49), + new ParticleSpawn(new Vec3Comparable(572.547852, 121.808876, 572.866699), 51), + new ParticleSpawn(new Vec3Comparable(572.688904, 121.820755, 573.346252), 57), + new ParticleSpawn(new Vec3Comparable(572.829956, 121.832634, 573.825806), 42), + new ParticleSpawn(new Vec3Comparable(572.971008, 121.844513, 574.305359), 50), + new ParticleSpawn(new Vec3Comparable(573.112061, 121.856392, 574.784912), 52), + new ParticleSpawn(new Vec3Comparable(570.372192, 121.631874, 565.694946), 0) + )), + HandleCompassResult.SUCCESS, + SolverState.NEED_SECOND_COMPASS + ); + + private final CompassUse precursorCityCompassUse2 = new CompassUse( + DELAY_AFTER_FIRST_COMPASS_LAST_PARTICLE, + new BlockPos(591, 136, 579), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(590.847961, 137.589584, 579.776672), 192), + new ParticleSpawn(new Vec3Comparable(590.918945, 137.528259, 580.267761), 50), + new ParticleSpawn(new Vec3Comparable(590.985229, 137.465118, 580.759338), 56), + new ParticleSpawn(new Vec3Comparable(591.051147, 137.401855, 581.250916), 47), + new ParticleSpawn(new Vec3Comparable(591.117126, 137.338593, 581.742493), 47), + new ParticleSpawn(new Vec3Comparable(591.183044, 137.275330, 582.234070), 49), + new ParticleSpawn(new Vec3Comparable(591.249023, 137.212067, 582.725647), 60), + new ParticleSpawn(new Vec3Comparable(591.314941, 137.148804, 583.217224), 55), + new ParticleSpawn(new Vec3Comparable(591.380920, 137.085541, 583.708801), 47), + new ParticleSpawn(new Vec3Comparable(591.446838, 137.022263, 584.200378), 50), + new ParticleSpawn(new Vec3Comparable(591.512817, 136.959000, 584.691956), 39), + new ParticleSpawn(new Vec3Comparable(591.578735, 136.895737, 585.183533), 53), + new ParticleSpawn(new Vec3Comparable(591.644714, 136.832474, 585.675110), 53), + new ParticleSpawn(new Vec3Comparable(591.710632, 136.769211, 586.166687), 45), + new ParticleSpawn(new Vec3Comparable(591.776611, 136.705948, 586.658264), 79), + new ParticleSpawn(new Vec3Comparable(591.842529, 136.642685, 587.149841), 20), + new ParticleSpawn(new Vec3Comparable(591.908508, 136.579407, 587.641418), 62), + new ParticleSpawn(new Vec3Comparable(591.974426, 136.516144, 588.132996), 48), + new ParticleSpawn(new Vec3Comparable(592.040344, 136.452881, 588.624573), 40), + new ParticleSpawn(new Vec3Comparable(592.106323, 136.389618, 589.116150), 51), + new ParticleSpawn(new Vec3Comparable(590.766357, 137.556885, 579.791565), 0) + )), + HandleCompassResult.SUCCESS, + SolverState.SOLVED + ); + + Vec3i precursorCitySolution = new Vec3i(604, 124, 681); + + private final CompassUse jungleCompassUse1 = new CompassUse( + 1647744980313L, + new BlockPos(454, 122, 459), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(453.954895, 122.958122, 458.687866), 141), + new ParticleSpawn(new Vec3Comparable(453.515991, 122.760010, 458.553314), 59), + new ParticleSpawn(new Vec3Comparable(453.078156, 122.560112, 458.417877), 41), + new ParticleSpawn(new Vec3Comparable(452.640381, 122.360123, 458.282349), 50), + new ParticleSpawn(new Vec3Comparable(452.202606, 122.160133, 458.146851), 66), + new ParticleSpawn(new Vec3Comparable(451.764832, 121.960136, 458.011353), 35), + new ParticleSpawn(new Vec3Comparable(451.327057, 121.760147, 457.875854), 49), + new ParticleSpawn(new Vec3Comparable(450.889313, 121.560150, 457.740356), 50), + new ParticleSpawn(new Vec3Comparable(450.451538, 121.360161, 457.604858), 49), + new ParticleSpawn(new Vec3Comparable(450.013763, 121.160172, 457.469330), 51), + new ParticleSpawn(new Vec3Comparable(449.575989, 120.960175, 457.333832), 59), + new ParticleSpawn(new Vec3Comparable(449.138214, 120.760185, 457.198334), 41), + new ParticleSpawn(new Vec3Comparable(448.700439, 120.560196, 457.062836), 55), + new ParticleSpawn(new Vec3Comparable(448.262695, 120.360199, 456.927338), 50), + new ParticleSpawn(new Vec3Comparable(447.824921, 120.160210, 456.791840), 49), + new ParticleSpawn(new Vec3Comparable(447.387146, 119.960213, 456.656311), 53), + new ParticleSpawn(new Vec3Comparable(446.949371, 119.760223, 456.520813), 43), + new ParticleSpawn(new Vec3Comparable(446.511597, 119.560234, 456.385315), 51), + new ParticleSpawn(new Vec3Comparable(446.073853, 119.360237, 456.249817), 49), + new ParticleSpawn(new Vec3Comparable(445.636078, 119.160248, 456.114319), 56), + new ParticleSpawn(new Vec3Comparable(453.975647, 122.920158, 458.668488), 0) + )), + HandleCompassResult.SUCCESS, + SolverState.NEED_SECOND_COMPASS + ); + + private final CompassUse jungleCompassUse2 = new CompassUse( + DELAY_AFTER_FIRST_COMPASS_LAST_PARTICLE, + new BlockPos(438, 126, 468), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(437.701721, 127.395279, 467.455048), 139), + new ParticleSpawn(new Vec3Comparable(437.297852, 127.161415, 467.275604), 35), + new ParticleSpawn(new Vec3Comparable(436.895813, 126.927208, 467.092529), 68), + new ParticleSpawn(new Vec3Comparable(436.493896, 126.692986, 466.909241), 41), + new ParticleSpawn(new Vec3Comparable(436.091980, 126.458763, 466.725952), 54), + new ParticleSpawn(new Vec3Comparable(435.690033, 126.224533, 466.542664), 39), + new ParticleSpawn(new Vec3Comparable(435.288116, 125.990311, 466.359375), 52), + new ParticleSpawn(new Vec3Comparable(434.886200, 125.756088, 466.176086), 66), + new ParticleSpawn(new Vec3Comparable(434.484283, 125.521866, 465.992767), 40), + new ParticleSpawn(new Vec3Comparable(434.082367, 125.287636, 465.809479), 41), + new ParticleSpawn(new Vec3Comparable(433.680420, 125.053413, 465.626190), 50), + new ParticleSpawn(new Vec3Comparable(433.278503, 124.819191, 465.442902), 59), + new ParticleSpawn(new Vec3Comparable(432.876587, 124.584969, 465.259613), 54), + new ParticleSpawn(new Vec3Comparable(432.474670, 124.350746, 465.076294), 38), + new ParticleSpawn(new Vec3Comparable(432.072723, 124.116516, 464.893005), 63), + new ParticleSpawn(new Vec3Comparable(431.670807, 123.882294, 464.709717), 36), + new ParticleSpawn(new Vec3Comparable(431.268890, 123.648071, 464.526428), 64), + new ParticleSpawn(new Vec3Comparable(430.866974, 123.413849, 464.343140), 48), + new ParticleSpawn(new Vec3Comparable(430.465057, 123.179619, 464.159821), 53), + new ParticleSpawn(new Vec3Comparable(430.063110, 122.945396, 463.976532), 46), + new ParticleSpawn(new Vec3Comparable(437.732666, 127.385803, 467.381592), 1) + )), + HandleCompassResult.SUCCESS, + SolverState.SOLVED + ); + + Vec3i jungleSolution = new Vec3i(343, 72, 424); + Vec3i jungleSolutionTempleDoor = new Vec3i( + jungleSolution.getX() - 57, + jungleSolution.getY() + 36, + jungleSolution.getZ() - 21 + ); + + private final CompassUse magmaCompassUse1 = new CompassUse( + 1647745029814L, + new BlockPos(462, 58, 550), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(462.226898, 59.614380, 550.032654), 160), + new ParticleSpawn(new Vec3Comparable(462.693848, 59.609089, 549.853943), 47), + new ParticleSpawn(new Vec3Comparable(463.160706, 59.603809, 549.674988), 48), + new ParticleSpawn(new Vec3Comparable(463.627533, 59.598526, 549.496033), 136), + new ParticleSpawn(new Vec3Comparable(464.094391, 59.593246, 549.317017), 0), + new ParticleSpawn(new Vec3Comparable(464.561218, 59.587963, 549.138062), 0), + new ParticleSpawn(new Vec3Comparable(465.028076, 59.582684, 548.959106), 53), + new ParticleSpawn(new Vec3Comparable(465.494904, 59.577400, 548.780090), 48), + new ParticleSpawn(new Vec3Comparable(465.961761, 59.572117, 548.601135), 55), + new ParticleSpawn(new Vec3Comparable(466.428589, 59.566837, 548.422180), 47), + new ParticleSpawn(new Vec3Comparable(466.895416, 59.561554, 548.243164), 46), + new ParticleSpawn(new Vec3Comparable(467.362274, 59.556274, 548.064209), 53), + new ParticleSpawn(new Vec3Comparable(467.829102, 59.550991, 547.885254), 50), + new ParticleSpawn(new Vec3Comparable(468.295959, 59.545712, 547.706238), 54), + new ParticleSpawn(new Vec3Comparable(468.762787, 59.540428, 547.527283), 52), + new ParticleSpawn(new Vec3Comparable(469.229645, 59.535145, 547.348328), 105), + new ParticleSpawn(new Vec3Comparable(469.696472, 59.529865, 547.169312), 1), + new ParticleSpawn(new Vec3Comparable(470.163300, 59.524582, 546.990356), 51), + new ParticleSpawn(new Vec3Comparable(470.630157, 59.519302, 546.811401), 40), + new ParticleSpawn(new Vec3Comparable(471.096985, 59.514019, 546.632385), 49), + new ParticleSpawn(new Vec3Comparable(462.221954, 59.614719, 550.019165), 0) + )), + HandleCompassResult.SUCCESS, + SolverState.NEED_SECOND_COMPASS + ); + + private final CompassUse magmaCompassUse2 = new CompassUse( + DELAY_AFTER_FIRST_COMPASS_LAST_PARTICLE, + new BlockPos(449, 53, 556), + new ArrayList<>(Arrays.asList( + new ParticleSpawn(new Vec3Comparable(449.120911, 54.624340, 556.108948), 204), + new ParticleSpawn(new Vec3Comparable(449.587433, 54.627399, 555.929138), 102), + new ParticleSpawn(new Vec3Comparable(450.053741, 54.630432, 555.748657), 0), + new ParticleSpawn(new Vec3Comparable(450.520020, 54.633465, 555.568237), 62), + new ParticleSpawn(new Vec3Comparable(450.986298, 54.636497, 555.387756), 38), + new ParticleSpawn(new Vec3Comparable(451.452606, 54.639530, 555.207275), 48), + new ParticleSpawn(new Vec3Comparable(451.918884, 54.642563, 555.026794), 63), + new ParticleSpawn(new Vec3Comparable(452.385162, 54.645596, 554.846375), 52), + new ParticleSpawn(new Vec3Comparable(452.851471, 54.648628, 554.665894), 35), + new ParticleSpawn(new Vec3Comparable(453.317749, 54.651661, 554.485413), 53), + new ParticleSpawn(new Vec3Comparable(453.784027, 54.654694, 554.304993), 54), + new ParticleSpawn(new Vec3Comparable(454.250305, 54.657726, 554.124512), 50), + new ParticleSpawn(new Vec3Comparable(454.716614, 54.660759, 553.944031), 55), + new ParticleSpawn(new Vec3Comparable(455.182892, 54.663792, 553.763550), 49), + new ParticleSpawn(new Vec3Comparable(455.649170, 54.666824, 553.583130), 41), + new ParticleSpawn(new Vec3Comparable(456.115479, 54.669857, 553.402649), 48), + new ParticleSpawn(new Vec3Comparable(456.581757, 54.672890, 553.222168), 54), + new ParticleSpawn(new Vec3Comparable(457.048035, 54.675922, 553.041687), 45), + new ParticleSpawn(new Vec3Comparable(457.514313, 54.678959, 552.861267), 55), + new ParticleSpawn(new Vec3Comparable(449.110443, 54.623035, 556.079163), 49) + )), + HandleCompassResult.SUCCESS, + SolverState.SOLVED + ); + + Vec3i magmaSolution = new Vec3i(737, 56, 444); + + Vec3Comparable kingOdawaMinesOrNucleusCoordsInRemnants = new Vec3Comparable(566, 100, 566); + Vec3Comparable queenKingOdawaOrCityNucleusCoordsInMithrilDeposits = new Vec3Comparable(566, 130, 466); + Vec3Comparable odawaSolution = new Vec3Comparable(349, 110, 390); + + private final CompassUse nucleusCompass = new CompassUse( + 1647745029814L, + new BlockPos(512, 106, 512), + null, + HandleCompassResult.PLAYER_IN_NUCLEUS, + SolverState.NOT_STARTED + ); + + private void resetSolverState() { + solver.initWorld(); + systemTimeMillis = 0; + solver.currentTimeMillis = () -> (systemTimeMillis); + // These must be overridden for all test cases or an exception will be thrown when + // data that is only present when running in the context of Minecraft is accessed. + solver.keyInInventory = () -> false; + solver.kingsScentPresent = () -> false; + solver.foundCrystals = () -> EnumSet.noneOf(Crystal.class); + } + + @BeforeEach + void setUp() { + NEUDebugLogger.logMethod = CrystalWishingCompassSolverTest::neuDebugLog; + NEUDebugLogger.allFlagsEnabled = true; + resetSolverState(); + } + + private void checkSolution(Solution solution) { + int index = 0; + for (CompassUse compassUse : solution.compassUses) { + systemTimeMillis += compassUse.timeIncrementMillis; + HandleCompassResult handleCompassResult = solver.handleCompassUse(compassUse.playerPos); + Assertions.assertEquals( + compassUse.expectedHandleCompassUseResult, + handleCompassResult, + "CompassUse index " + index + ); + + for (ParticleSpawn particle : compassUse.particles) { + systemTimeMillis += particle.timeIncrementMillis; + solver.solveUsingParticle( + particle.spawnLocation.xCoord, + particle.spawnLocation.yCoord, + particle.spawnLocation.zCoord, + systemTimeMillis + ); + } + + Assertions.assertEquals( + compassUse.expectedSolverState, + solver.getSolverState(), + "CompassUse index " + index + ); + if (compassUse.expectedSolverState == SolverState.SOLVED) { + Assertions.assertEquals( + solution.expectedSolutionCoords, + solver.getSolutionCoords() + ); + } + + index++; + } + } + + @Test + void first_compass_without_particles_sets_solver_state_to_processing_first_use() { + // Arrange + CompassUse compassUse = new CompassUse(minesOfDivanCompassUse1); + compassUse.particles.clear(); + compassUse.expectedSolverState = SolverState.PROCESSING_FIRST_USE; + + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(compassUse)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void new_compass_resets_processing_first_use_state_after_timeout() { + // Arrange + CompassUse processingFirstUseCompassUse = new CompassUse(minesOfDivanCompassUse1); + processingFirstUseCompassUse.particles.clear(); + processingFirstUseCompassUse.expectedSolverState = SolverState.PROCESSING_FIRST_USE; + Solution processingFirstUseSolution = new Solution( + new ArrayList<>(Collections.singletonList(processingFirstUseCompassUse)), + Vec3i.NULL_VECTOR + ); + checkSolution(processingFirstUseSolution); + Assertions.assertEquals(SolverState.PROCESSING_FIRST_USE, solver.getSolverState()); + + CompassUse resetStateCompassUse = new CompassUse(jungleCompassUse1); + resetStateCompassUse.timeIncrementMillis = ALL_PARTICLES_MAX_MILLIS + 1; + resetStateCompassUse.expectedHandleCompassUseResult = HandleCompassResult.NO_PARTICLES_FOR_PREVIOUS_COMPASS; + resetStateCompassUse.expectedSolverState = SolverState.FAILED_TIMEOUT_NO_REPEATING; + Solution goodSolution = new Solution( + new ArrayList<>(Collections.singletonList(resetStateCompassUse)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(goodSolution); + } + + @Test + void first_compass_with_repeating_particles_sets_state_to_need_second_compass() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(minesOfDivanCompassUse1)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void first_compass_in_nucleus_sets_state_to_player_in_nucleus() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(nucleusCompass)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void use_while_handling_previous_returns_still_processing_first_use() { + // Arrange + CompassUse compassUse1 = new CompassUse( + 1647528732979L, + new BlockPos(754, 137, 239), + new ArrayList<>(Collections.singletonList( + new ParticleSpawn(new Vec3Comparable(754.358459, 138.536407, 239.200928), 137) + )), + HandleCompassResult.SUCCESS, + SolverState.PROCESSING_FIRST_USE + ); + + // STILL_PROCESSING_FIRST_USE is expected instead of LOCATION_TOO_CLOSE since the solver + // isn't ready for the second compass use, which includes the location check + CompassUse compassUse2 = new CompassUse(compassUse1); + compassUse2.expectedHandleCompassUseResult = HandleCompassResult.STILL_PROCESSING_PRIOR_USE; + compassUse2.timeIncrementMillis = 500; + + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(compassUse1, compassUse2)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void missing_repeating_particles_sets_state_to_failed_timeout_no_repeating() { + // Arrange + CompassUse compassUse = new CompassUse(minesOfDivanCompassUse1); + compassUse.particles.remove(compassUse.particles.size() - 1); + compassUse.particles.get(compassUse.particles.size() - 1).timeIncrementMillis += ALL_PARTICLES_MAX_MILLIS; + compassUse.expectedSolverState = SolverState.FAILED_TIMEOUT_NO_REPEATING; + + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(compassUse)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void compasses_too_close_returns_location_too_close_and_solver_state_is_still_need_second_compass() { + // Arrange + CompassUse secondCompassUse = new CompassUse( + DELAY_AFTER_FIRST_COMPASS_LAST_PARTICLE, + minesOfDivanCompassUse1.playerPos.add(2, 2, 2), + null, + HandleCompassResult.LOCATION_TOO_CLOSE, + SolverState.NEED_SECOND_COMPASS + ); + + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(minesOfDivanCompassUse1, secondCompassUse)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void second_compass_sets_solver_state_to_processing_second_use() { + // Arrange + CompassUse secondCompassUse = new CompassUse(minesOfDivanCompassUse2); + secondCompassUse.expectedSolverState = SolverState.PROCESSING_SECOND_USE; + secondCompassUse.particles.clear(); + + // Arrange + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(minesOfDivanCompassUse1, minesOfDivanCompassUse2)), + minesOfDivanSolution + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void second_compass_with_repeating_particles_sets_state_to_solved() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(minesOfDivanCompassUse1, minesOfDivanCompassUse2)), + minesOfDivanSolution + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void particles_from_first_compass_are_ignored_by_second_compass() { + // Arrange + CompassUse compassUse2 = new CompassUse(minesOfDivanCompassUse2); + compassUse2.particles.add(0, minesOfDivanCompassUse1.particles.get(0)); + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(minesOfDivanCompassUse1, compassUse2)), + minesOfDivanSolution + ); + + // Act & Assert + checkSolution(solution); + } + + private void execInvalidParticlesInvalidSolution() { + // Arrange + CompassUse compassUse2 = new CompassUse(minesOfDivanCompassUse2); + + // reverse the direction of the particles, moving the repeat particle + // to "new" end + compassUse2.particles.remove(compassUse2.particles.size() - 1); + Collections.reverse(compassUse2.particles); + // add a new repeat particle + compassUse2.particles.add(new ParticleSpawn(compassUse2.particles.get(0))); + + // Adjust the player position + compassUse2.playerPos = new BlockPos(compassUse2.particles.get(0).spawnLocation); + compassUse2.expectedSolverState = SolverState.FAILED_INVALID_SOLUTION; + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(minesOfDivanCompassUse1, compassUse2)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void second_compass_with_inverted_particles_sets_state_to_invalid_solution() { + // Arrange, Act, and Assert + execInvalidParticlesInvalidSolution(); + } + + @Test + void solution_outside_hollows_sets_state_to_invalid_solution() { + // Arrange + CompassUse compassUse1 = new CompassUse(minesOfDivanCompassUse1); + CompassUse compassUse2 = new CompassUse(minesOfDivanCompassUse2); + double invalidYOffset = -(minesOfDivanSolution.getY() - (CH_LOWEST_VALID_Y - 1)); + Vec3 offset = new Vec3(0.0, invalidYOffset, 0.0); + + compassUse1.playerPos = compassUse1.playerPos.add(offset.xCoord, offset.yCoord, offset.zCoord); + for (ParticleSpawn particle : compassUse1.particles) { + particle.spawnLocation = particle.spawnLocation.add(offset); + } + + compassUse2.playerPos = compassUse2.playerPos.add(offset.xCoord, offset.yCoord, offset.zCoord); + for (ParticleSpawn particle : compassUse2.particles) { + particle.spawnLocation = particle.spawnLocation.add(offset); + } + compassUse2.expectedSolverState = SolverState.FAILED_INVALID_SOLUTION; + + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(compassUse1, compassUse2)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void second_solution_can_be_solved_after_state_is_solved() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(minesOfDivanCompassUse1, minesOfDivanCompassUse2)), + minesOfDivanSolution + ); + checkSolution(solution); + + Solution solution2 = new Solution( + new ArrayList<>(Arrays.asList(precursorCityCompassUse1, precursorCityCompassUse2)), + precursorCitySolution + ); + + // Act & Assert + checkSolution(solution2); + } + + @Test + void second_solution_can_be_solved_after_state_is_failed() { + // Arrange + execInvalidParticlesInvalidSolution(); + Assertions.assertEquals(solver.getSolverState(), SolverState.FAILED_INVALID_SOLUTION); + + Solution solution2 = new Solution( + new ArrayList<>(Arrays.asList(precursorCityCompassUse1, precursorCityCompassUse2)), + precursorCitySolution + ); + + // Act & Assert + checkSolution(solution2); + } + + @Test + void distant_particles_are_ignored() { + // Arrange + CompassUse compassUse = new CompassUse(minesOfDivanCompassUse1); + compassUse.particles.get(2).spawnLocation.addVector(100.0, 100.0, 100.0); + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(minesOfDivanCompassUse1)), + Vec3i.NULL_VECTOR + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void possible_targets_includes_queen_and_excludes_king_when_kings_scent_is_present() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(goblinHoldoutCompassUse1)), + Vec3i.NULL_VECTOR + ); + solver.kingsScentPresent = () -> true; + + // Act + checkSolution(solution); + EnumSet<CompassTarget> targets = solver.getPossibleTargets(); + + // Assert + Assertions.assertTrue(targets.contains(CompassTarget.GOBLIN_QUEEN)); + Assertions.assertFalse(targets.contains(CompassTarget.GOBLIN_KING)); + } + + @Test + void possible_targets_excludes_king_and_includes_queen_when_kings_scent_is_not_present() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(goblinHoldoutCompassUse1)), + Vec3i.NULL_VECTOR + ); + solver.kingsScentPresent = () -> false; + + // Act + checkSolution(solution); + EnumSet<CompassTarget> targets = solver.getPossibleTargets(); + + // Assert + Assertions.assertFalse(targets.contains(CompassTarget.GOBLIN_QUEEN)); + Assertions.assertTrue(targets.contains(CompassTarget.GOBLIN_KING)); + } + + @Test + void possible_targets_excludes_odawa_and_includes_temple_when_key_in_inventory() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(jungleCompassUse1)), + Vec3i.NULL_VECTOR + ); + solver.keyInInventory = () -> true; + + // Act + checkSolution(solution); + EnumSet<CompassTarget> targets = solver.getPossibleTargets(); + + // Assert + Assertions.assertFalse(targets.contains(CompassTarget.ODAWA)); + Assertions.assertTrue(targets.contains(CompassTarget.JUNGLE_TEMPLE)); + } + + @Test + void possible_targets_includes_odawa_and_excludes_temple_when_key_not_in_inventory() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(jungleCompassUse1)), + Vec3i.NULL_VECTOR + ); + solver.keyInInventory = () -> false; + + // Act + checkSolution(solution); + EnumSet<CompassTarget> targets = solver.getPossibleTargets(); + + // Assert + Assertions.assertTrue(targets.contains(CompassTarget.ODAWA)); + Assertions.assertFalse(targets.contains(CompassTarget.JUNGLE_TEMPLE)); + } + + @Test + void possible_targets_contains_all_valid_targets_when_all_crystals_missing() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(precursorCityCompassUse1)), + Vec3i.NULL_VECTOR + ); + solver.foundCrystals = () -> EnumSet.noneOf(Crystal.class); + solver.keyInInventory = () -> false; + solver.kingsScentPresent = () -> false; + + // Act + checkSolution(solution); + EnumSet<CompassTarget> targets = solver.getPossibleTargets(); + + // Assert + Assertions.assertTrue(targets.contains(CompassTarget.CRYSTAL_NUCLEUS)); + Assertions.assertTrue(targets.contains(CompassTarget.ODAWA)); + Assertions.assertTrue(targets.contains(CompassTarget.MINES_OF_DIVAN)); + Assertions.assertTrue(targets.contains(CompassTarget.GOBLIN_KING)); + Assertions.assertTrue(targets.contains(CompassTarget.PRECURSOR_CITY)); + Assertions.assertTrue(targets.contains(CompassTarget.BAL)); + // No key or king's scent, so these should be false + Assertions.assertFalse(targets.contains(CompassTarget.JUNGLE_TEMPLE)); + Assertions.assertFalse(targets.contains(CompassTarget.GOBLIN_QUEEN)); + } + + private void CheckExcludedTargetsForCrystals( + CompassUse compassUseToExecute, + ArrayList<CompassTarget> excludedTargets, + EnumSet<Crystal> foundCrystals + ) { + // Arrange + EnumSet<CompassTarget> targets; + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(compassUseToExecute)), + Vec3i.NULL_VECTOR + ); + + // Act + checkSolution(solution); + targets = solver.getPossibleTargets(); + boolean targetFound = false; + for (CompassTarget target : excludedTargets) { + if (targets.contains(target)) { + targetFound = true; + break; + } + } + Assertions.assertTrue(targetFound); + + resetSolverState(); + solver.foundCrystals = () -> foundCrystals; + checkSolution(solution); + targets = solver.getPossibleTargets(); + + // Assert + for (CompassTarget target : excludedTargets) { + Assertions.assertFalse(targets.contains(target)); + } + } + + @Test + void possible_targets_excludes_king_and_queen_when_amber_crystal_found() { + // Arrange + ArrayList<CompassTarget> excludedTargets = new ArrayList<>(Arrays.asList( + CompassTarget.GOBLIN_KING, + CompassTarget.GOBLIN_QUEEN + )); + + // Act & Assert + CheckExcludedTargetsForCrystals(goblinHoldoutCompassUse1, excludedTargets, EnumSet.of(Crystal.AMBER)); + } + + @Test + void possible_targets_excludes_odawa_and_temple_when_amethyst_crystal_found() { + // Arrange + ArrayList<CompassTarget> excludedTargets = new ArrayList<>(Arrays.asList( + CompassTarget.ODAWA, + CompassTarget.JUNGLE_TEMPLE + )); + + // Act & Assert + CheckExcludedTargetsForCrystals(jungleCompassUse1, excludedTargets, EnumSet.of(Crystal.AMETHYST)); + } + + @Test + void possible_targets_excludes_mines_when_jade_crystal_found() { + // Arrange + ArrayList<CompassTarget> excludedTargets = new ArrayList<>(Collections.singletonList( + CompassTarget.MINES_OF_DIVAN)); + + // Act & Assert + CheckExcludedTargetsForCrystals(minesOfDivanCompassUse1, excludedTargets, EnumSet.of(Crystal.JADE)); + } + + @Test + void possible_targets_excludes_city_when_sapphire_crystal_found() { + // Arrange + ArrayList<CompassTarget> excludedTargets = new ArrayList<>(Collections.singletonList( + CompassTarget.PRECURSOR_CITY)); + + // Act & Assert + CheckExcludedTargetsForCrystals(precursorCityCompassUse1, excludedTargets, EnumSet.of(Crystal.SAPPHIRE)); + } + + @Test + void possible_targets_excludes_bal_when_topaz_crystal_found() { + // Arrange + ArrayList<CompassTarget> excludedTargets = new ArrayList<>(Collections.singletonList( + CompassTarget.BAL)); + + // Act & Assert + CheckExcludedTargetsForCrystals(magmaCompassUse1, excludedTargets, EnumSet.of(Crystal.TOPAZ)); + } + + @Test + void solver_resets_when_possible_targets_change_based_on_found_crystals() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(minesOfDivanCompassUse1)), + Vec3i.NULL_VECTOR + ); + + // Act + checkSolution(solution); + systemTimeMillis += minesOfDivanCompassUse2.timeIncrementMillis; + solver.foundCrystals = () -> EnumSet.of(Crystal.JADE); + HandleCompassResult handleCompassResult = solver.handleCompassUse(minesOfDivanCompassUse2.playerPos); + + // Assert + Assertions.assertEquals(HandleCompassResult.POSSIBLE_TARGETS_CHANGED, handleCompassResult); + Assertions.assertEquals(SolverState.NOT_STARTED, solver.getSolverState()); + } + + @Test + void solver_resets_when_player_location_changes_zones() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(minesOfDivanCompassUse1)), + Vec3i.NULL_VECTOR + ); + + // Act + checkSolution(solution); + systemTimeMillis += minesOfDivanCompassUse2.timeIncrementMillis; + BlockPos newLocation = minesOfDivanCompassUse2.playerPos.add(-400, 0, 0); + HandleCompassResult handleCompassResult = solver.handleCompassUse(newLocation); + + // Assert + Assertions.assertEquals(HandleCompassResult.POSSIBLE_TARGETS_CHANGED, handleCompassResult); + Assertions.assertEquals(SolverState.NOT_STARTED, solver.getSolverState()); + } + + @Test + void solver_resets_based_on_jungle_key_presence() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(jungleCompassUse1)), + Vec3i.NULL_VECTOR + ); + + // Act + solver.keyInInventory = () -> false; + checkSolution(solution); + systemTimeMillis += jungleCompassUse2.timeIncrementMillis; + solver.keyInInventory = () -> true; + HandleCompassResult handleCompassResult = solver.handleCompassUse(jungleCompassUse2.playerPos); + + // Assert + Assertions.assertEquals(HandleCompassResult.POSSIBLE_TARGETS_CHANGED, handleCompassResult); + Assertions.assertEquals(SolverState.NOT_STARTED, solver.getSolverState()); + } + + @Test + void solver_resets_based_on_kings_scent_presence() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Collections.singletonList(goblinHoldoutCompassUse1)), + Vec3i.NULL_VECTOR + ); + + // Act + solver.kingsScentPresent = () -> false; + checkSolution(solution); + systemTimeMillis += goblinHoldoutCompassUse2.timeIncrementMillis; + solver.kingsScentPresent = () -> true; + HandleCompassResult handleCompassResult = solver.handleCompassUse(goblinHoldoutCompassUse2.playerPos); + + // Assert + Assertions.assertEquals(HandleCompassResult.POSSIBLE_TARGETS_CHANGED, handleCompassResult); + Assertions.assertEquals(SolverState.NOT_STARTED, solver.getSolverState()); + } + + @Test + void mines_of_divan_solution_is_solved() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(minesOfDivanCompassUse1, minesOfDivanCompassUse2)), + minesOfDivanSolution + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void jungle_temple_solution_with_key_in_inventory_is_solved_successfully_excluding_bal() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(jungleCompassUse1, jungleCompassUse2)), + jungleSolutionTempleDoor + ); + solver.keyInInventory = () -> true; + + // Act & Assert + checkSolution(solution); + } + + @Test + void jungle_temple_solution_is_solved() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(jungleCompassUse1, jungleCompassUse2)), + jungleSolution + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void precursor_city_solution_is_solved() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(precursorCityCompassUse1, precursorCityCompassUse2)), + precursorCitySolution + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void goblin_king_solution_is_solved() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(goblinHoldoutCompassUse1, goblinHoldoutCompassUse2)), + goblinHoldoutKingSolution + ); + + // Act & Assert + checkSolution(solution); + } + + @Test + void bal_solution_is_solved() { + // Arrange + Solution solution = new Solution( + new ArrayList<>(Arrays.asList(magmaCompassUse1, magmaCompassUse2)), + magmaSolution + ); + + // Act & Assert + checkSolution(solution); + } + + EnumSet<CompassTarget> GetSolutionTargetsHelper( + HollowsZone compassUsedZone, + EnumSet<Crystal> foundCrystals, + EnumSet<CompassTarget> possibleTargets, + Vec3Comparable solutionCoords, + int expectedSolutionCount + ) { + EnumSet<CompassTarget> solutionTargets = + CrystalWishingCompassSolver.getSolutionTargets( + compassUsedZone, + foundCrystals, + possibleTargets, + solutionCoords + ); + Assertions.assertEquals(expectedSolutionCount, solutionTargets.size()); + return solutionTargets; + } + + @Test + void solutionPossibleTargets_removes_nucleus_when_coords_not_in_nucleus() { + // Arrange & Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.MITHRIL_DEPOSITS, + EnumSet.noneOf(Crystal.class), + EnumSet.allOf(CompassTarget.class), + new Vec3Comparable(minesOfDivanSolution), + 1 + ); + + // Assert + Assertions.assertFalse(solutionTargets.contains(CompassTarget.CRYSTAL_NUCLEUS)); + } + + @Test + void solutionPossibleTargets_includes_jungle_temple_and_bal_from_other_zones_when_overlapping() { + // Arrange + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.ODAWA); + + // Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.GOBLIN_HOLDOUT, + EnumSet.of(Crystal.AMBER), + possibleTargets, + new Vec3Comparable(202, 72, 513), // upper left of Goblin Holdout + 2 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.JUNGLE_TEMPLE)); + Assertions.assertTrue(solutionTargets.contains(CompassTarget.BAL)); + } + + @Test + void solutionPossibleTargets_includes_king_odawa_and_mines_of_divan_from_other_zones_when_overlapping() { + // Arrange & Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.PRECURSOR_REMNANTS, + EnumSet.noneOf(Crystal.class), + EnumSet.allOf(CompassTarget.class), + kingOdawaMinesOrNucleusCoordsInRemnants, + 3 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.GOBLIN_KING)); + Assertions.assertTrue(solutionTargets.contains(CompassTarget.MINES_OF_DIVAN)); + Assertions.assertTrue(solutionTargets.contains(CompassTarget.ODAWA)); + } + + @Test + void solutionPossibleTargets_includes_city_and_queen_from_other_zones_when_overlapping() { + // Arrange + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.GOBLIN_KING); + possibleTargets.remove(CompassTarget.ODAWA); + + // Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.MITHRIL_DEPOSITS, + EnumSet.noneOf(Crystal.class), + possibleTargets, + queenKingOdawaOrCityNucleusCoordsInMithrilDeposits, + 2 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.GOBLIN_QUEEN)); + Assertions.assertTrue(solutionTargets.contains(CompassTarget.PRECURSOR_CITY)); + } + + @Test + void solutionPossibleTargets_excludes_jungle_temple_from_other_zone_when_not_overlapping() { + // Arrange + Vec3Comparable notOverlapping = new Vec3Comparable(202, 72, 513 + 110); // upper left of Goblin Holdout + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.ODAWA); + + // Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.GOBLIN_HOLDOUT, + EnumSet.of(Crystal.AMBER), + possibleTargets, + notOverlapping, + 1 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.BAL)); + } + + @Test + void solutionPossibleTargets_excludes_king_odawa_and_mines_of_divan_from_other_zones_when_not_overlapping() { + // Arrange + Vec3Comparable notOverlapping = kingOdawaMinesOrNucleusCoordsInRemnants.addVector(100, 0, 100); + + // Act & Assert + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.PRECURSOR_REMNANTS, + EnumSet.noneOf(Crystal.class), + EnumSet.allOf(CompassTarget.class), + notOverlapping, + 0 + ); + } + + @Test + void solutionPossibleTargets_excludes_city_and_queen_from_other_zones_when_not_overlapping() { + // Arrange + Vec3Comparable notOverlapping = queenKingOdawaOrCityNucleusCoordsInMithrilDeposits.addVector(100, 0, -100); + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.GOBLIN_KING); + possibleTargets.remove(CompassTarget.ODAWA); + + // Act & Assert + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.MITHRIL_DEPOSITS, + EnumSet.noneOf(Crystal.class), + possibleTargets, + notOverlapping, + 0 + ); + } + + @Test + void solutionPossibleTargets_includes_king_based_on_y_coordinate() { + // Arrange + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.ODAWA); + + // Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.GOBLIN_HOLDOUT, + EnumSet.noneOf(Crystal.class), + possibleTargets, + new Vec3Comparable(goblinHoldoutKingSolution), + 1 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.GOBLIN_KING)); + } + + @Test + void solutionPossibleTargets_includes_odawa_based_on_y_coordinate() { + // Arrange + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.GOBLIN_KING); + + // Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.JUNGLE, + EnumSet.noneOf(Crystal.class), + possibleTargets, + new Vec3Comparable(odawaSolution), + 1 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.ODAWA)); + } + + @Test + void solutionPossibleTargets_includes_mines_based_on_y_coordinate() { + // Arrange + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.ODAWA); + + // Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.MITHRIL_DEPOSITS, + EnumSet.noneOf(Crystal.class), + possibleTargets, + new Vec3Comparable(minesOfDivanSolution), + 1 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.MINES_OF_DIVAN)); + } + + @Test + void solutionPossibleTargets_includes_temple_based_on_y_coordinate() { + // Arrange + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.BAL); + possibleTargets.remove(CompassTarget.ODAWA); + possibleTargets.remove(CompassTarget.GOBLIN_KING); + + // Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.JUNGLE, + EnumSet.noneOf(Crystal.class), + possibleTargets, + new Vec3Comparable(jungleSolution), + 1 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.JUNGLE_TEMPLE)); + } + + @Test + void solutionPossibleTargets_includes_queen_based_on_y_coordinate() { + // Arrange + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.GOBLIN_KING); + possibleTargets.remove(CompassTarget.ODAWA); + + // Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.GOBLIN_HOLDOUT, + EnumSet.noneOf(Crystal.class), + possibleTargets, + new Vec3Comparable(goblinHoldoutQueenSolution), + 1 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.GOBLIN_QUEEN)); + } + + @Test + void solutionPossibleTargets_includes_city_based_on_y_coordinate() { + // Arrange + EnumSet<CompassTarget> possibleTargets = EnumSet.allOf(CompassTarget.class); + possibleTargets.remove(CompassTarget.GOBLIN_KING); + + // Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.PRECURSOR_REMNANTS, + EnumSet.noneOf(Crystal.class), + possibleTargets, + new Vec3Comparable(precursorCitySolution), + 1 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.PRECURSOR_CITY)); + } + + @Test + void solutionPossibleTargets_includes_bal_based_on_y_coordinate() { + // Arrange & Act + EnumSet<CompassTarget> solutionTargets = GetSolutionTargetsHelper( + HollowsZone.MAGMA_FIELDS, + EnumSet.noneOf(Crystal.class), + EnumSet.allOf(CompassTarget.class), + new Vec3Comparable(magmaSolution), + 1 + ); + + // Assert + Assertions.assertTrue(solutionTargets.contains(CompassTarget.BAL)); + } + + // Represents a particle spawn, including: + // - Milliseconds to increment the "system time" prior to spawn. + // - The particle spawn location. + static class ParticleSpawn { + long timeIncrementMillis; + Vec3Comparable spawnLocation; + + ParticleSpawn(Vec3Comparable spawnLocation, long timeIncrementMillis) { + this.timeIncrementMillis = timeIncrementMillis; + this.spawnLocation = spawnLocation; + } + + ParticleSpawn(ParticleSpawn source) { + timeIncrementMillis = source.timeIncrementMillis; + spawnLocation = new Vec3Comparable(source.spawnLocation); + } + } + + // Represents a use of the wishing compass, including: + // - Milliseconds to increment the "system time" prior to use. + // - The player's position when the compass is used. + // - The resulting set of particles + // - The expected state of the wishing compass solver after this compass is used + static class CompassUse { + long timeIncrementMillis; + BlockPos playerPos; + ArrayList<ParticleSpawn> particles; + HandleCompassResult expectedHandleCompassUseResult; + SolverState expectedSolverState; + + CompassUse( + long timeIncrementMillis, + BlockPos playerPos, + ArrayList<ParticleSpawn> particles, + HandleCompassResult expectedHandleCompassUseResult, + SolverState expectedState + ) { + this.timeIncrementMillis = timeIncrementMillis; + this.playerPos = playerPos; + this.particles = particles != null ? particles : new ArrayList<>(); + this.expectedHandleCompassUseResult = expectedHandleCompassUseResult; + this.expectedSolverState = expectedState; + } + + CompassUse(CompassUse source) { + this.timeIncrementMillis = source.timeIncrementMillis; + this.playerPos = new BlockPos(source.playerPos); + this.particles = new ArrayList<>(source.particles); + this.expectedHandleCompassUseResult = source.expectedHandleCompassUseResult; + this.expectedSolverState = source.expectedSolverState; + } + } + + static class Solution { + ArrayList<CompassUse> compassUses; + Vec3i expectedSolutionCoords; + + Solution(ArrayList<CompassUse> compassUses, Vec3i expectedSolutionCoords) { + this.compassUses = compassUses; + this.expectedSolutionCoords = new Vec3i( + expectedSolutionCoords.getX(), + expectedSolutionCoords.getY(), + expectedSolutionCoords.getZ() + ); + } + } + + private static void neuDebugLog(String message) { + System.out.println(message); + } +} diff --git a/src/test/java/io/github/moulberry/notenoughupdates/util/CalculatorTest.java b/src/test/java/io/github/moulberry/notenoughupdates/util/CalculatorTest.java new file mode 100644 index 00000000..66ba5442 --- /dev/null +++ b/src/test/java/io/github/moulberry/notenoughupdates/util/CalculatorTest.java @@ -0,0 +1,41 @@ +/* + * Copyright (C) 2022 NotEnoughUpdates contributors + * + * This file is part of NotEnoughUpdates. + * + * NotEnoughUpdates is free software: you can redistribute it + * and/or modify it under the terms of the GNU Lesser General Public + * License as published by the Free Software Foundation, either + * version 3 of the License, or (at your option) any later version. + * + * NotEnoughUpdates is distributed in the hope that it will be useful, + * but WITHOUT ANY WARRANTY; without even the implied warranty of + * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU + * Lesser General Public License for more details. + * + * You should have received a copy of the GNU Lesser General Public License + * along with NotEnoughUpdates. If not, see <https://www.gnu.org/licenses/>. + */ + +package io.github.moulberry.notenoughupdates.util; + +import java.math.BigDecimal; +import java.util.List; + +public class CalculatorTest { + public static void main(String[] args) throws Calculator.CalculatorException { + List<Calculator.Token> lex = Calculator.lex("10k + 3 * 4m"); + List<Calculator.Token> shunted = Calculator.shuntingYard(lex); + for (Calculator.Token rawToken : shunted) { + System.out.printf( + "%s(%s)", + rawToken.type, + rawToken.operatorValue == null ? rawToken.numericValue + " * 10 ^ " + rawToken.exponent : rawToken.operatorValue + ); + } + System.out.println(); + BigDecimal evaluate = Calculator.evaluate(shunted); + System.out.println("Eval: " + evaluate); + } + +} |