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voxelforge/tests/testDimension.cpp
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#include "testHarness.h"
#include "vf/Dimension.h"
#include <set>
#include <string>
using namespace vf;
VF_TEST(dimensionConfigDescribesEachWorldsOwnRules) {
DimensionConfig overworld = DimensionConfig::forDimension(DimensionId::Overworld);
DimensionConfig nether = DimensionConfig::forDimension(DimensionId::Nether);
DimensionConfig end = DimensionConfig::forDimension(DimensionId::End);
CHECK(overworld.hasSky);
CHECK(overworld.hasDayCycle);
CHECK(!overworld.hasCeiling);
CHECK(!overworld.bedsExplode);
CHECK(!overworld.waterEvaporates);
CHECK_NEAR(overworld.coordinateScale, 1.0f, 1e-6f);
CHECK(!nether.hasSky);
CHECK(!nether.hasDayCycle);
CHECK(nether.hasCeiling);
CHECK(nether.bedsExplode);
CHECK(nether.waterEvaporates);
CHECK_NEAR(nether.coordinateScale, 8.0f, 1e-6f);
CHECK(nether.ambientLight > overworld.ambientLight);
CHECK(!end.hasSky);
CHECK(!end.hasDayCycle);
CHECK(!end.hasCeiling);
CHECK(end.bedsExplode);
CHECK(!end.waterEvaporates);
CHECK_NEAR(end.coordinateScale, 1.0f, 1e-6f);
CHECK(std::string(DimensionConfig::nameOf(DimensionId::Nether)) == "nether");
CHECK(std::string(DimensionConfig::nameOf(DimensionId::End)) == "end");
CHECK(std::string(DimensionConfig::nameOf(DimensionId::Overworld)) == "overworld");
}
VF_TEST(dimensionConfigClampsToItsOwnPlaceableRange) {
DimensionConfig nether = DimensionConfig::forDimension(DimensionId::Nether);
DimensionConfig overworld = DimensionConfig::forDimension(DimensionId::Overworld);
CHECK_EQ(nether.clampY(-40), nether.lowestPlaceableY());
CHECK_EQ(nether.clampY(9000), nether.highestPlaceableY());
CHECK_EQ(nether.clampY(60), 60);
// A dimension with a solid roof keeps one more block of margin than an
// open-sky one.
CHECK(nether.highestPlaceableY() < overworld.highestPlaceableY());
CHECK_EQ(nether.height(), 128);
}
VF_TEST(dimensionSetHoldsOneIndependentWorldPerDimension) {
DimensionSet dimensions(2026u);
CHECK_EQ(static_cast<int>(dimensions.overworld().id()), static_cast<int>(DimensionId::Overworld));
CHECK_EQ(static_cast<int>(dimensions.nether().id()), static_cast<int>(DimensionId::Nether));
CHECK_EQ(static_cast<int>(dimensions.end().id()), static_cast<int>(DimensionId::End));
std::set<uint32_t> seeds;
seeds.insert(dimensions.overworld().seed());
seeds.insert(dimensions.nether().seed());
seeds.insert(dimensions.end().seed());
CHECK_EQ(seeds.size(), static_cast<std::size_t>(3));
dimensions.nether().generateColumn(0, 0);
CHECK(dimensions.nether().world().chunkCount() > 0);
CHECK_EQ(dimensions.overworld().world().chunkCount(), static_cast<std::size_t>(0));
CHECK_EQ(dimensions.end().world().chunkCount(), static_cast<std::size_t>(0));
CHECK_EQ(dimensions.totalChunks(), dimensions.nether().world().chunkCount());
}
VF_TEST(dimensionSeedsFollowTheBaseSeedDeterministically) {
DimensionSet first(99u);
DimensionSet second(99u);
DimensionSet other(100u);
CHECK_EQ(first.nether().seed(), second.nether().seed());
CHECK_EQ(first.end().seed(), second.end().seed());
CHECK(first.nether().seed() != other.nether().seed());
CHECK(first.overworld().seed() != first.nether().seed());
}
VF_TEST(dimensionsTickIndependentlyOfEachOther) {
DimensionSet dimensions(7u);
dimensions.tickOnly(DimensionId::Nether, 500);
CHECK_EQ(dimensions.nether().ticks(), 500ll);
CHECK_EQ(dimensions.overworld().ticks(), 0ll);
dimensions.tickAll(100);
CHECK_EQ(dimensions.nether().ticks(), 600ll);
CHECK_EQ(dimensions.overworld().ticks(), 100ll);
CHECK_EQ(dimensions.end().ticks(), 100ll);
dimensions.tickAll(11900);
CHECK_NEAR(dimensions.overworld().dayFraction(), 0.5f, 1e-4f);
CHECK_NEAR(dimensions.nether().dayFraction(), 0.0f, 1e-6f);
CHECK_NEAR(dimensions.end().dayFraction(), 0.0f, 1e-6f);
}
VF_TEST(eachDimensionOwnsExactlyOneGenerator) {
DimensionSet dimensions(11u);
CHECK(dimensions.overworld().overworldGenerator() != nullptr);
CHECK(dimensions.overworld().netherGenerator() == nullptr);
CHECK(dimensions.overworld().endGenerator() == nullptr);
CHECK(dimensions.nether().netherGenerator() != nullptr);
CHECK(dimensions.nether().overworldGenerator() == nullptr);
CHECK(dimensions.end().endGenerator() != nullptr);
CHECK(dimensions.end().netherGenerator() == nullptr);
}
VF_TEST(dimensionGeneratesTerrainFromItsOwnGenerator) {
DimensionSet dimensions(31u);
CHECK(!dimensions.nether().columnGenerated(2, -1));
dimensions.nether().generateColumn(2, -1);
CHECK(dimensions.nether().columnGenerated(2, -1));
CHECK_EQ(dimensions.nether().generatedColumnCount(), static_cast<std::size_t>(1));
int netherrack = 0;
int endStone = 0;
for (int gx = 32; gx < 48; ++gx)
for (int gz = -16; gz < 0; ++gz)
for (int gy = 0; gy < 128; ++gy)
if (dimensions.nether().world().blockAt(gx, gy, gz) == Block::Netherrack) ++netherrack;
CHECK(netherrack > 500);
dimensions.end().generateColumn(0, 0);
for (int gy = 0; gy < 128; ++gy)
if (dimensions.end().world().blockAt(4, gy, 4) == Block::EndStone) ++endStone;
CHECK(endStone > 0);
// A second request for the same column is a no-op, not a regeneration.
std::size_t before = dimensions.nether().world().chunkCount();
dimensions.nether().generateColumn(2, -1);
CHECK_EQ(dimensions.nether().world().chunkCount(), before);
}
VF_TEST(generateAreaFillsTheWholeNeighbourhoodOnce) {
DimensionSet dimensions(5u);
int made = dimensions.end().generateArea(0, 0, 1);
CHECK_EQ(made, 9);
CHECK_EQ(dimensions.end().generateArea(0, 0, 1), 0);
CHECK_EQ(dimensions.end().generatedColumnCount(), static_cast<std::size_t>(9));
}
VF_TEST(standingSpotNeedsSolidGroundAndHeadroom) {
DimensionSet dimensions(3u);
World& world = dimensions.overworld().world();
for (int gy = 0; gy <= 40; ++gy) world.setBlock(10, gy, 10, Block::Stone);
int feetY = 0;
CHECK(dimensions.overworld().standingSpot(10, 10, 0, 3, feetY));
CHECK_EQ(feetY, 41);
// A ceiling one block above the ground leaves no room to stand.
world.setBlock(10, 42, 10, Block::Stone);
CHECK(dimensions.overworld().standingSpot(10, 10, 0, 3, feetY));
CHECK_EQ(feetY, 43);
CHECK(!dimensions.overworld().standingSpot(11, 11, 0, 3, feetY));
CHECK_EQ(dimensions.overworld().highestSolidY(10, 10), 42);
CHECK_EQ(dimensions.overworld().highestSolidY(11, 11),
dimensions.overworld().config().floorY - 1);
}
VF_TEST(netherTravelDividesHorizontalCoordinatesByEight) {
DimensionSet dimensions(1u);
DimensionTravel travel(dimensions);
TravelResult result = travel.plan(DimensionId::Overworld, DimensionId::Nether,
{800, 60, -400});
CHECK_EQ(result.target.x, 100);
CHECK_EQ(result.target.z, -50);
CHECK_EQ(result.target.y, 60);
CHECK(!result.clampedToFloor);
CHECK(!result.clampedToCeiling);
CHECK_EQ(result.searchRadius, 128);
CHECK(result.needsPortal);
// Rounding is a floor, so a coordinate that is not a multiple of eight
// lands on the block below rather than being pulled towards zero.
TravelResult negative = travel.plan(DimensionId::Overworld, DimensionId::Nether,
{-9, 60, -1});
CHECK_EQ(negative.target.x, -2);
CHECK_EQ(negative.target.z, -1);
}
VF_TEST(netherTravelMultipliesBackByEightOnTheWayHome) {
DimensionSet dimensions(1u);
DimensionTravel travel(dimensions);
TravelResult home = travel.plan(DimensionId::Nether, DimensionId::Overworld,
{100, 60, -50});
CHECK_EQ(home.target.x, 800);
CHECK_EQ(home.target.z, -400);
CHECK_EQ(home.searchRadius, 16);
Vec3i start{1600, 70, 2400};
TravelResult down = travel.plan(DimensionId::Overworld, DimensionId::Nether, start);
TravelResult up = travel.plan(DimensionId::Nether, DimensionId::Overworld, down.target);
CHECK_EQ(up.target.x, start.x);
CHECK_EQ(up.target.z, start.z);
}
VF_TEST(travelBetweenEqualScalesLeavesCoordinatesAlone) {
DimensionSet dimensions(1u);
DimensionTravel travel(dimensions);
TravelResult result = travel.plan(DimensionId::Overworld, DimensionId::End, {123, 64, -77});
CHECK_EQ(result.target.x, 123);
CHECK_EQ(result.target.z, -77);
CHECK_EQ(result.target.y, 64);
CHECK_EQ(result.searchRadius, 16);
}
VF_TEST(travelClampsArrivalIntoTheDestinationBounds) {
DimensionSet dimensions(1u);
DimensionTravel travel(dimensions);
DimensionConfig nether = DimensionConfig::forDimension(DimensionId::Nether);
TravelResult high = travel.plan(DimensionId::Overworld, DimensionId::Nether, {0, 300, 0});
CHECK(high.clampedToCeiling);
CHECK(!high.clampedToFloor);
CHECK_EQ(high.target.y, nether.highestPlaceableY());
CHECK_EQ(high.scaledTarget.y, 300);
TravelResult low = travel.plan(DimensionId::Overworld, DimensionId::Nether, {0, -12, 0});
CHECK(low.clampedToFloor);
CHECK_EQ(low.target.y, nether.lowestPlaceableY());
}
VF_TEST(travelReusesAKnownPortalOnlyInsideTheSearchRadius) {
DimensionSet dimensions(1u);
DimensionTravel travel(dimensions);
std::vector<Vec3i> nearby{{500, 60, 500}, {104, 62, -48}};
TravelResult reuse = travel.plan(DimensionId::Overworld, DimensionId::Nether,
{800, 60, -400}, nearby);
CHECK(!reuse.needsPortal);
CHECK_EQ(reuse.nearestIndex, 1);
CHECK_EQ(reuse.nearestDistanceSquared, 4 * 4 + 2 * 2 + 2 * 2);
std::vector<Vec3i> faraway{{500, 60, 500}};
TravelResult build = travel.plan(DimensionId::Overworld, DimensionId::Nether,
{800, 60, -400}, faraway);
CHECK(build.needsPortal);
CHECK_EQ(build.nearestIndex, -1);
// The overworld radius is far tighter, so the same offset no longer counts.
std::vector<Vec3i> homeSide{{820, 60, -400}};
TravelResult tooFar = travel.plan(DimensionId::Nether, DimensionId::Overworld,
{100, 60, -50}, homeSide);
CHECK(tooFar.needsPortal);
}
VF_TEST(travelPicksTheClosestOfSeveralCandidates) {
DimensionSet dimensions(1u);
DimensionTravel travel(dimensions);
std::vector<Vec3i> candidates{{110, 60, -50}, {102, 60, -50}, {100, 60, -56}};
TravelResult result = travel.plan(DimensionId::Overworld, DimensionId::Nether,
{800, 60, -400}, candidates);
CHECK(!result.needsPortal);
CHECK_EQ(result.nearestIndex, 1);
CHECK_EQ(result.nearestDistanceSquared, 4);
}
VF_TEST(findSafeSpotPrefersGroundNearTheArrivalHeight) {
DimensionSet dimensions(17u);
World& world = dimensions.overworld().world();
for (int dx = -1; dx <= 1; ++dx) {
for (int dz = -1; dz <= 1; ++dz) {
world.setBlock(50 + dx, 5, 50 + dz, Block::Stone);
world.setBlock(50 + dx, 60, 50 + dz, Block::Stone);
}
}
DimensionTravel travel(dimensions);
Vec3i spot;
CHECK(travel.findSafeSpot(DimensionId::Overworld, {50, 58, 50}, 4, 4, spot));
CHECK_EQ(spot.y, 61);
CHECK_EQ(spot.x, 50);
CHECK_EQ(spot.z, 50);
// Nothing at all within reach means the caller has to build its own floor.
CHECK(!travel.findSafeSpot(DimensionId::Overworld, {900, 60, 900}, 3, 4, spot));
}
VF_TEST(carvePlatformLaysAFloorAndClearsHeadroom) {
DimensionSet dimensions(19u);
DimensionTravel travel(dimensions);
for (int gy = 40; gy < 50; ++gy)
for (int dx = -4; dx <= 4; ++dx)
for (int dz = -4; dz <= 4; ++dz)
dimensions.end().world().setBlock(dx, gy, dz, Block::EndStone);
travel.carvePlatform(DimensionId::End, {0, 45, 0}, 2, 4);
const World& world = dimensions.end().world();
CHECK_EQ(world.blockAt(0, 44, 0), Block::Obsidian);
CHECK_EQ(world.blockAt(2, 44, -2), Block::Obsidian);
CHECK_EQ(world.blockAt(0, 45, 0), Block::Air);
CHECK_EQ(world.blockAt(0, 48, 0), Block::Air);
CHECK_EQ(world.blockAt(0, 49, 0), Block::EndStone);
CHECK_EQ(world.blockAt(3, 44, 0), Block::EndStone);
}
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