make vector2 immutable by default

This commit is contained in:
dfsek
2021-12-20 00:19:09 -07:00
parent 026547bdfc
commit 961a42d1cb
14 changed files with 164 additions and 136 deletions

View File

@@ -16,12 +16,12 @@ import com.dfsek.terra.api.util.vector.Vector2;
public class BiomeHolderImpl implements BiomeHolder {
private final Vector2 origin;
private final Vector2.Mutable origin;
private final int width;
private final int offset;
private BiomeDelegate[][] biomes;
public BiomeHolderImpl(int width, Vector2 origin) {
public BiomeHolderImpl(int width, Vector2.Mutable origin) {
width += 4;
this.width = width;
biomes = new BiomeDelegate[width][width];
@@ -29,7 +29,7 @@ public class BiomeHolderImpl implements BiomeHolder {
this.offset = 2;
}
private BiomeHolderImpl(BiomeDelegate[][] biomes, Vector2 origin, int width, int offset) {
private BiomeHolderImpl(BiomeDelegate[][] biomes, Vector2.Mutable origin, int width, int offset) {
this.biomes = biomes;
this.origin = origin;
this.width = width;

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@@ -39,7 +39,7 @@ public class BiomePipeline {
* @return BiomeHolder containing biomes.
*/
public BiomeHolder getBiomes(int x, int z, long seed) {
BiomeHolder holder = new BiomeHolderImpl(init, Vector2.of(x * (init - 1), z * (init - 1)));
BiomeHolder holder = new BiomeHolderImpl(init, Vector2.of(x * (init - 1), z * (init - 1)).mutable());
holder.fill(source, seed);
for(Stage stage : stages) holder = stage.apply(holder, seed);
return holder;

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@@ -41,10 +41,9 @@ public class BiomeFunction implements Function<String> {
public String apply(ImplementationArguments implementationArguments, Map<String, Variable<?>> variableMap) {
TerraImplementationArguments arguments = (TerraImplementationArguments) implementationArguments;
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
RotationUtil.rotateVector(xz, arguments.getRotation());
BiomeProvider grid = arguments.getWorld().getBiomeProvider();

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@@ -71,11 +71,10 @@ public class BlockFunction implements Function<Void> {
void setBlock(ImplementationArguments implementationArguments, Map<String, Variable<?>> variableMap,
TerraImplementationArguments arguments, BlockState rot) {
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
RotationUtil.rotateVector(xz, arguments.getRotation());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
RotationUtil.rotateBlockData(rot, arguments.getRotation().inverse());
try {
Vector3 set = Vector3.of(FastMath.roundToInt(xz.getX()),

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@@ -37,12 +37,11 @@ public class CheckBlockFunction implements Function<String> {
@Override
public String apply(ImplementationArguments implementationArguments, Map<String, Variable<?>> variableMap) {
TerraImplementationArguments arguments = (TerraImplementationArguments) implementationArguments;
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
RotationUtil.rotateVector(xz, arguments.getRotation());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
String data = arguments.getWorld()
.getBlockState(arguments.getOrigin()
.toVector3()

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@@ -47,10 +47,9 @@ public class EntityFunction implements Function<Void> {
@Override
public Void apply(ImplementationArguments implementationArguments, Map<String, Variable<?>> variableMap) {
TerraImplementationArguments arguments = (TerraImplementationArguments) implementationArguments;
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
RotationUtil.rotateVector(xz, arguments.getRotation());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
Entity entity = arguments.getWorld().spawnEntity(Vector3.of(xz.getX(), y.apply(implementationArguments, variableMap).doubleValue(), xz.getZ()).add(arguments.getOrigin()).add(0.5, 0, 0.5), data);
platform.getEventManager().callEvent(new EntitySpawnEvent(entity.world().getPack(), entity));
return null;

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@@ -36,10 +36,9 @@ public class GetMarkFunction implements Function<String> {
@Override
public String apply(ImplementationArguments implementationArguments, Map<String, Variable<?>> variableMap) {
TerraImplementationArguments arguments = (TerraImplementationArguments) implementationArguments;
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
RotationUtil.rotateVector(xz, arguments.getRotation());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
String mark = arguments.getMark(Vector3.of(FastMath.floorToInt(xz.getX()), FastMath.floorToInt(
y.apply(implementationArguments, variableMap).doubleValue()), FastMath.floorToInt(xz.getZ())).add(arguments.getOrigin()));
return mark == null ? "" : mark;

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@@ -58,11 +58,10 @@ public class LootFunction implements Function<Void> {
@Override
public Void apply(ImplementationArguments implementationArguments, Map<String, Variable<?>> variableMap) {
TerraImplementationArguments arguments = (TerraImplementationArguments) implementationArguments;
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
RotationUtil.rotateVector(xz, arguments.getRotation());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
String id = data.apply(implementationArguments, variableMap);

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@@ -45,10 +45,9 @@ public class PullFunction implements Function<Void> {
@Override
public Void apply(ImplementationArguments implementationArguments, Map<String, Variable<?>> variableMap) {
TerraImplementationArguments arguments = (TerraImplementationArguments) implementationArguments;
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
RotationUtil.rotateVector(xz, arguments.getRotation());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
BlockState rot = data.clone();
RotationUtil.rotateBlockData(rot, arguments.getRotation().inverse());

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@@ -38,11 +38,10 @@ public class SetMarkFunction implements Function<Void> {
@Override
public Void apply(ImplementationArguments implementationArguments, Map<String, Variable<?>> variableMap) {
TerraImplementationArguments arguments = (TerraImplementationArguments) implementationArguments;
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
RotationUtil.rotateVector(xz, arguments.getRotation());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
arguments.setMark(Vector3.of(FastMath.floorToInt(xz.getX()),
FastMath.floorToInt(
y.apply(implementationArguments, variableMap).doubleValue()),

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@@ -45,10 +45,10 @@ public class StateFunction implements Function<Void> {
@Override
public Void apply(ImplementationArguments implementationArguments, Map<String, Variable<?>> variableMap) {
TerraImplementationArguments arguments = (TerraImplementationArguments) implementationArguments;
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
RotationUtil.rotateVector(xz, arguments.getRotation());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
Vector3 origin = Vector3.of(FastMath.roundToInt(xz.getX()), y.apply(implementationArguments, variableMap).intValue(),
FastMath.roundToInt(xz.getZ())).add(arguments.getOrigin());
try {

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@@ -62,12 +62,11 @@ public class StructureFunction implements Function<Boolean> {
if(arguments.getRecursions() > platform.getTerraConfig().getMaxRecursion())
throw new RuntimeException("Structure recursion too deep: " + arguments.getRecursions());
Vector2 xz = Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue());
RotationUtil.rotateVector(xz, arguments.getRotation());
Vector2 xz = RotationUtil.rotateVector(Vector2.of(x.apply(implementationArguments, variableMap).doubleValue(),
z.apply(implementationArguments, variableMap).doubleValue()), arguments.getRotation());
String app = id.apply(implementationArguments, variableMap);
return registry.get(app).map(script -> {
Rotation rotation1;