def addInserter(name, itemSprite, worldSprite, handSprite, armSprite,
rotationSpeed, tileReach):
(j.Inserter(name).rotationSpeed(rotationSpeed).rotatable(True).tileReach(
tileReach).sprite(j.Sprite().load(worldSprite).sets(4).frames(
1).invertSetFrame(True)).handSprite(
j.Sprite().load(handSprite)).armSprite(
j.Sprite().load(armSprite)).item(
j.Item(name + "-item").sprite(
j.Sprite().load(itemSprite))))
def addResourceEntity(noiseLayer, endRange, name, tileSpritePath,
itemSpritePath):
# Item for resource
product = (j.Item(name + "-item").sprite(
j.Sprite().load(itemSpritePath).group(
[j.spriteGroup.Terrain, j.spriteGroup.Gui])))
resourceTile = (j.ResourceEntity().sprite(
j.Sprite().load(tileSpritePath).group([j.spriteGroup.Terrain
])).item(product))
# Add resource tile to NoiseLayer
noiseLayer.add(endRange, resourceTile)
def createDrill(name, icon, spriteN, spriteE, spriteS, spriteW):
(j.MiningDrill(name)
.rotatable(True)
.miningSpeed(1)
.item(
j.Item(name + "-item")
.sprite(
j.Sprite()
.load(icon)
)
)
.sprite(addSprite(spriteN))
.spriteE(addSprite(spriteE))
.spriteS(addSprite(spriteS))
.spriteW(addSprite(spriteW))
.tileWidth(3)
.tileHeight(3)
# resource output: up, right, down left
# <U>
# [0] [ ] [ ]
# <L> [ ] [ ] [ ] <R>
# [ ] [ ] [ ]
# <D>
.resourceOutput(j._OutputTile4Way(
(
(1, -1),
(3, 1),
(1, 3),
(-1, 1)
)
))
)
def addItem(name, path):
(j.Item(name)
.sprite(j.Sprite()
.load(path)
.group([j.spriteGroup.Gui])
)
)
def addBelt(name, iconSpritePath, worldSpritePath):
(j.TransportBelt(name)
.item(
j.Item(name + "-item")
.sprite(
j.Sprite()
.load(iconSpritePath)
)
)
.sprite(
j.Sprite()
.load(worldSpritePath)
.frames(16)
.sets(20)
.trim(16)
)
.speed(0.05)
.rotatable(True)
)
def addContainer(name, invSize, health, worldSprite, itemSprite):
(j.ContainerEntity(name)
.tileWidth(1)
.tileHeight(1)
.maxHealth(health)
.inventorySize(invSize)
.pickupTime(0.1)
.sprite(
j.Sprite()
.load(worldSprite)
)
.item(
j.Item(name + "-item")
.sprite(
j.Sprite()
.load(itemSprite)
)
)
)
def addAssemblyMachine(name, iconSpritePath, worldSpritePath):
(j.AssemblyMachine(name)
.item(
j.Item(name + "-item")
.sprite(
j.Sprite()
.load(iconSpritePath)
)
)
.sprite(
j.Sprite()
.load(worldSpritePath)
.frames(8)
.sets(4)
.trim(2)
)
.tileWidth(3)
.tileHeight(3)
.pickupTime(0.1)
.assemblySpeed(1)
.rotatable(True)
)
def addSprite(name, spritePath):
return (j.Sprite(name).load(spritePath).group([j.spriteGroup.Terrain]))
def addSprite(spritePath):
return (j.Sprite()
.load(spritePath)
.frames(8)
.sets(8)
)
def createSplitter(name, icon, spriteN, spriteE, spriteS, spriteW):
(j.Splitter(name).rotatable(True).item(
j.Item(name + "-item").sprite(j.Sprite().load(icon))).sprite(
addSprite(spriteN)).spriteE(addSprite(spriteE)).spriteS(
addSprite(spriteS)).spriteW(
addSprite(spriteW)).tileWidth(2).tileHeight(1))
def addTile(noiseLayer, endRange, name, spritePath, isWater=False):
tile = (j.Tile(name).sprite(j.Sprite().load(spritePath).group(
[j.spriteGroup.Terrain])).isWater(isWater))
noiseLayer.add(endRange, tile)
def addProto(name, sprite_path):
(j.Sprite(name).load(sprite_path).group([j.spriteGroup.Terrain]))