Package mindustry.input

Class Placement

java.lang.Object

mindustry.input.Placement

public class Placement
extends Object

Nested Class Summary

Nested Classes

Modifier and Type	Class	Description
static class	Placement.NormalizeDrawResult
static class	Placement.NormalizeResult

Constructor Summary

Constructors

Constructor	Description
Placement()

Method Summary

Modifier and Type	Method	Description
static void	calculateBridges(arc.struct.Seq<BuildPlan> plans, DirectionBridge bridge, boolean hasJunction, arc.func.Boolf<Block> avoid)
static void	calculateBridges(arc.struct.Seq<BuildPlan> plans, ItemBridge bridge)
static void	calculateBridges(arc.struct.Seq<BuildPlan> plans, ItemBridge bridge, boolean hasJunction, arc.func.Boolf<Block> avoid)
static void	calculateNodes(arc.struct.Seq<arc.math.geom.Point2> points, Block block, int rotation, arc.func.Boolf2<arc.math.geom.Point2,arc.math.geom.Point2> overlapper)	Calculates optimal node placement for nodes with spacing.
static boolean	isSidePlace(arc.struct.Seq<BuildPlan> plans)
static Placement.NormalizeResult	normalizeArea(int tilex, int tiley, int endx, int endy, int rotation, boolean snap, int maxLength)	Normalizes a placement area and returns the result.
static Placement.NormalizeDrawResult	normalizeDrawArea(Block block, int startx, int starty, int endx, int endy, boolean snap, int maxLength, float scaling)	Normalizes a placement area and returns the result, ready to be used for drawing a rectangle.
static arc.struct.Seq<arc.math.geom.Point2>	normalizeLine(int startX, int startY, int endX, int endY)	Normalize two points into one straight line, no diagonals.
static arc.struct.Seq<arc.math.geom.Point2>	normalizeRectangle(int startX, int startY, int endX, int endY, int blockSize)	Normalize two points into a rectangle.
static arc.struct.Seq<arc.math.geom.Point2>	pathfindLine(boolean conveyors, int startX, int startY, int endX, int endY)	Normalize a diagonal line into points.
static arc.struct.Seq<arc.math.geom.Point2>	upgradeLine(int startX, int startY, int endX, int endY)

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

Placement

public Placement()

Method Details

pathfindLine

public static arc.struct.Seq<arc.math.geom.Point2> pathfindLine(boolean conveyors,
 int startX,
 int startY,
 int endX,
 int endY)

Normalize a diagonal line into points.

normalizeLine

public static arc.struct.Seq<arc.math.geom.Point2> normalizeLine(int startX,
 int startY,
 int endX,
 int endY)

Normalize two points into one straight line, no diagonals.

normalizeRectangle

public static arc.struct.Seq<arc.math.geom.Point2> normalizeRectangle(int startX,
 int startY,
 int endX,
 int endY,
 int blockSize)

Normalize two points into a rectangle.

upgradeLine

public static arc.struct.Seq<arc.math.geom.Point2> upgradeLine(int startX,
 int startY,
 int endX,
 int endY)

calculateNodes

public static void calculateNodes(arc.struct.Seq<arc.math.geom.Point2> points,
 Block block,
 int rotation,
 arc.func.Boolf2<arc.math.geom.Point2,arc.math.geom.Point2> overlapper)

Calculates optimal node placement for nodes with spacing. Used for bridges and power nodes.

isSidePlace

public static boolean isSidePlace(arc.struct.Seq<BuildPlan> plans)

calculateBridges

public static void calculateBridges(arc.struct.Seq<BuildPlan> plans,
 ItemBridge bridge)

calculateBridges

public static void calculateBridges(arc.struct.Seq<BuildPlan> plans,
 ItemBridge bridge,
 boolean hasJunction,
 arc.func.Boolf<Block> avoid)

calculateBridges

public static void calculateBridges(arc.struct.Seq<BuildPlan> plans,
 DirectionBridge bridge,
 boolean hasJunction,
 arc.func.Boolf<Block> avoid)

normalizeDrawArea

public static Placement.NormalizeDrawResult normalizeDrawArea(Block block,
 int startx,
 int starty,
 int endx,
 int endy,
 boolean snap,
 int maxLength,
 float scaling)

Normalizes a placement area and returns the result, ready to be used for drawing a rectangle. Returned x2 and y2 will always be greater than x and y.

Parameters:

block - block that will be drawn

startx - starting X coordinate

starty - starting Y coordinate

endx - ending X coordinate

endy - ending Y coordinate

snap - whether to snap to a line

maxLength - maximum length of area

normalizeArea

public static Placement.NormalizeResult normalizeArea(int tilex,
 int tiley,
 int endx,
 int endy,
 int rotation,
 boolean snap,
 int maxLength)

Normalizes a placement area and returns the result. Returned x2 and y2 will always be greater than x and y.

Parameters:

tilex - starting X coordinate

tiley - starting Y coordinate

endx - ending X coordinate

endy - ending Y coordinate

snap - whether to snap to a line

rotation - placement rotation

maxLength - maximum length of area