Unterschiede

Hier werden die Unterschiede zwischen zwei Versionen angezeigt.

--- gf2:projekte:2024:minecraft:2d2gruppe2 [2025/04/08 11:32] – bockm
+++ gf2:projekte:2024:minecraft:2d2gruppe2 [2025/04/12 20:17] (aktuell) – haennil
@@ Zeile 306: / Zeile 306: @@
-**Aquarium Noël:
+**Aquarium Noël:**
-Position:**
-<code python>
-start_pos = pos(0, -1, 0).to_world()
-sx, sy, sz = (start_pos.get_value(Axis.X), start_pos.get_value(Axis.Y), start_pos.get_value(Axis.Z))
-def position(x, y, z):
-return world(sx + x, sy + y, sz + z)
-</code>
-**Aquarium & Tiere:**
-<code python>
-def aquarium(x, y, z):
-    bottom = 0
-    tunnelY = 4
-    tunnelHeight = 5
-    blocks.fill(GLASS, position(1, -1, 1), position(x + 1, y - 1, z + 1), FillOperation.HOLLOW)
-    blocks.fill(WATER, position(1, -1, 1), position(x + 1, y - 1, z + 1), FillOperation.KEEP)
-    for i in range(2, x + 1):
-        for k in range(2, z + 1):
-            thickness = randint(1, 2)
-            top_sand = bottom + thickness - 1
-            if randint(0, 15) == 1:
-                blocks.fill(SEA_LANTERN, position(i, bottom, k), position(i, top_sand, k), FillOperation.REPLACE)
-                for f in range(2):
-                    mobs.spawn(TROPICAL_FISH, position(i, top_sand, k))
-                    if randint(0, 25) == 1:
-                        mobs.spawn(AXOLOTL, position(i, top_sand, k))
-                        if randint(0, 25) == 1:
-                            mobs.spawn(DROWNED, position(i, top_sand, k))
-            else:
-                if randint(0, 10) == 1:
-                    blocks.fill(GRAVEL, position(i, bottom, k), position(i, top_sand, k), FillOperation.REPLACE)
-                else:
-                    blocks.fill(SAND, position(i, bottom, k), position(i, top_sand, k), FillOperation.REPLACE)
-    blocks.fill(GLASS, position((1 + x / 2) - 2, tunnelY - 1, 1), position((1 + x / 2) + 2, tunnelHeight + 2, z + 1), FillOperation.REPLACE)
-    blocks.fill(GLASS, position(1, tunnelY - 1, (1 + x / 2) - 2), position(x + 1, tunnelHeight + 2, (1 + x / 2) + 2), FillOperation.REPLACE)
-    blocks.fill(AIR, position(1,  tunnelHeight + 2, (1 + x / 2)), position(x + 1, tunnelHeight + 2, (1 + x / 2)), FillOperation.REPLACE)
-    blocks.fill(AIR, position((1 + x / 2), tunnelHeight + 2, 1), position((1 + x / 2), tunnelHeight + 2, z + 1), FillOperation.REPLACE)
-    blocks.fill(SEA_LANTERN, position(1,  tunnelHeight + 3, (1 + x / 2)), position(x + 1, tunnelHeight + 3, (1 + x / 2)), FillOperation.REPLACE)
-    blocks.fill(SEA_LANTERN, position((1 + x / 2), tunnelHeight + 3, 1), position((1 + x / 2), tunnelHeight + 3, z + 1), FillOperation.REPLACE)
-    blocks.fill(AIR, position((1 + x / 2) - 1, tunnelY, 1), position((1 + x / 2) + 1, tunnelHeight + 1, z + 1), FillOperation.REPLACE)
-    blocks.fill(AIR, position(1, tunnelY, (1 + x / 2) - 1), position(x + 1, tunnelHeight + 1, (1 + x / 2) + 1), FillOperation.REPLACE)
-aquarium(30, 30, 30)
-</code>
 **Kompletter Code: **
 <code python>
-start_pos = pos(0, -1, 0).to_world()
-sx, sy, sz = (start_pos.get_value(Axis.X), start_pos.get_value(Axis.Y), start_pos.get_value(Axis.Z))
-def position(x, y, z):
+# Startkoordinaten: -105, -60, 0
-    return world(sx + x, sy + y, sz + z)
+#NM
 def aquarium(x, y, z):
-    bottom = 0
+   y_base = 0
-    tunnelY = 4
+   bottom = 1
-    tunnelHeight = 5
+   tunnelY = 2
+   tunnelHeight = 5
-    blocks.fill(GLASS, position(1, -1, 1), position(x + 1, y - 1, z + 1), FillOperation.HOLLOW)
+   blocks.fill(GLASS, world(-104, -60, 1), world(-104 + x, -60 + y, 1 + z), FillOperation.HOLLOW)
-    blocks.fill(WATER, position(1, -1, 1), position(x + 1, y - 1, z + 1), FillOperation.KEEP)
+   blocks.fill(WATER, world(-104, -60, 1), world(-104 + x, -60 + y, 1 + z), FillOperation.KEEP)
-    for i in range(2, x + 1):
+   for i in range(2, x + 1):
-        for k in range(2, z + 1):
+       for k in range(2, z + 1):
-            thickness = randint(1, 2)
+           thickness = randint(1, 3)
-            top_sand = bottom + thickness - 1
+           top_sand = bottom + thickness - 1
-            if randint(0, 15) == 1:
+           if randint(0, 25) == 1:
-                blocks.fill(SEA_LANTERN, position(i, bottom, k), position(i, top_sand, k), FillOperation.REPLACE)
+               blocks.fill(SEA_LANTERN, world(-105 + i, -59, 0 + k), world(-105 + i, -59 + top_sand, 0 + k), FillOperation.REPLACE)
-                for f in range(2):
+               for f in range(2):
-                    mobs.spawn(TROPICAL_FISH, position(i, top_sand, k))
+                   mobs.spawn(TROPICAL_FISH, world(-105 + i, -59 + top_sand + 2, 0 + k))
-                    if randint(0, 25) == 1:
+                   if randint(0, 35) == 1:
-                        mobs.spawn(AXOLOTL, position(i, top_sand, k))
+                       mobs.spawn(AXOLOTL, world(-105 + i, -59 + top_sand + 2, 0 + k))
-                        if randint(0, 25) == 1:
+                       mobs.spawn(GLOW_SQUID, world(-105 + i, -59 + top_sand + 2, 0 + k))
-                            mobs.spawn(DROWNED, position(i, top_sand, k))
+                       if randint(0, 5) == 1:
-            else:
+                           mobs.spawn(DROWNED, world(-105 + i, -59 + top_sand + 2, 0 + k))
-                if randint(0, 10) == 1:
+           else:
-                    blocks.fill(GRAVEL, position(i, bottom, k), position(i, top_sand, k), FillOperation.REPLACE)
+               if randint(0, 10) == 1:
-                else:
+                   blocks.fill(GRAVEL, world(-105 + i, -59, 0 + k), world(-105 + i, -59 + top_sand, 0 + k), FillOperation.REPLACE)
-                    blocks.fill(SAND, position(i, bottom, k), position(i, top_sand, k), FillOperation.REPLACE)
+               else:
+                   blocks.fill(SAND, world(-105 + i, -59, 0 + k), world(-105 + i, -59 + top_sand, 0 + k), FillOperation.REPLACE)
-    blocks.fill(GLASS, position((1 + x / 2) - 2, tunnelY - 1, 1), position((1 + x / 2) + 2, tunnelHeight + 2, z + 1), FillOperation.REPLACE)
+   mid_x = (1 + x / 2)
-    blocks.fill(GLASS, position(1, tunnelY - 1, (1 + x / 2) - 2), position(x + 1, tunnelHeight + 2, (1 + x / 2) + 2), FillOperation.REPLACE)
+   blocks.fill(GLASS, world(-105 + mid_x - 2, -59 + tunnelY - 1, 1), world(-105 + mid_x + 2, -59 + tunnelHeight + 2, 1 + z), FillOperation.REPLACE)
-    blocks.fill(AIR, position(1,  tunnelHeight + 2, (1 + x / 2)), position(x + 1, tunnelHeight + 2, (1 + x / 2)), FillOperation.REPLACE)
+   blocks.fill(GLASS, world(-104, -59 + tunnelY - 1, 1 + mid_x - 2), world(-104 + x, -59 + tunnelHeight + 2, 1 + mid_x + 2), FillOperation.REPLACE)
-    blocks.fill(AIR, position((1 + x / 2), tunnelHeight + 2, 1), position((1 + x / 2), tunnelHeight + 2, z + 1), FillOperation.REPLACE)
+   blocks.fill(AIR, world(-104, -59 + tunnelHeight + 2, 1 + mid_x), world(-104 + x, -59 + tunnelHeight + 2, 1 + mid_x), FillOperation.REPLACE)
-    blocks.fill(SEA_LANTERN, position(1,  tunnelHeight + 3, (1 + x / 2)), position(x + 1, tunnelHeight + 3, (1 + x / 2)), FillOperation.REPLACE)
+   blocks.fill(AIR, world(-105 + mid_x, -59 + tunnelHeight + 2, 1), world(-105 + mid_x, -59 + tunnelHeight + 2, 1 + z), FillOperation.REPLACE)
-    blocks.fill(SEA_LANTERN, position((1 + x / 2), tunnelHeight + 3, 1), position((1 + x / 2), tunnelHeight + 3, z + 1), FillOperation.REPLACE)
+   blocks.fill(SEA_LANTERN, world(-104, -59 + tunnelHeight + 3, 1 + mid_x), world(-104 + x, -59 + tunnelHeight + 3, 1 + mid_x), FillOperation.REPLACE)
-    blocks.fill(AIR, position((1 + x / 2) - 1, tunnelY, 1), position((1 + x / 2) + 1, tunnelHeight + 1, z + 1), FillOperation.REPLACE)
+   blocks.fill(SEA_LANTERN, world(-105 + mid_x, -59 + tunnelHeight + 3, 1), world(-105 + mid_x, -59 + tunnelHeight + 3, 1 + z), FillOperation.REPLACE)
-    blocks.fill(AIR, position(1, tunnelY, (1 + x / 2) - 1), position(x + 1, tunnelHeight + 1, (1 + x / 2) + 1), FillOperation.REPLACE)
+   blocks.fill(AIR, world(-105 + mid_x - 1, -60 + tunnelY, 1), world(-105 + mid_x + 1, -59 + tunnelHeight + 1, 1 + z), FillOperation.REPLACE)
-aquarium(30, 30, 30)
+   blocks.fill(AIR, world(-104, -60 + tunnelY, 1 + mid_x - 1), world(-104 + x, -59 + tunnelHeight + 1, 1 + mid_x + 1), FillOperation.REPLACE)
+aquarium(12, 12, 12)
 </code>
@@ Zeile 495: / Zeile 454: @@
  </code>
+(Im endgültigen Code wurden bei def Funktionen die Initialen der verantwortlichen Person geschrieben.)
+**Anweisungen und der komplette Code für die Testspieler:**
-Im endgültigen Code wurden bei def Funktionen die Initialen der verantwortlichen Person geschrieben.
+**Bei Spieleinstellungen muss man:**
+-den Welttyp "flach" wählen
+-sich zu einem operator machen
+-"Kreaturen-spawn" ausschalten
+-wenn man will auf "immer tag" stellen
+**Kompletter Code um unsere Welt zu besuchen!**
+<code python>
+player.execute("say Willkommen in unserer Welt! Finde den Eingang zum Zoo und dann viel Spass :D")
+#mauer
+def zoomauer(x,y,z):
+blocks.fill(STONE_BRICKS, world(x, y, z), world(x-68, y+2, z+101), FillOperation.HOLLOW)
+blocks.fill(AIR, world(x-1, y, z+1), world(x-67, y+2, z+100), FillOperation.HOLLOW)
+zoomauer(-54, -60, -66)
+#Eingangsbogen
+def bogen(x,y,z):
+blocks.fill(STONE_BRICKS, world(x, y, z), world(x-10, y+5, z), FillOperation.HOLLOW)
+blocks.fill(AIR, world(x-1, y, z), world(x-9, y+4, z), FillOperation.HOLLOW)
+blocks.fill(STONE_BRICKS, world(x-2, y+6, z), world(x-8, y+6, z), FillOperation.HOLLOW)
+blocks.fill(STONE_BRICKS, world(x-4, y+7, z), world(x-6, y+7, z), FillOperation.HOLLOW)
+bogen(-79, -60, -66)
+#weg
+def weg(x,y,z):
+blocks.fill(STONE_BRICKS, world(x, y, z), world(x-4, y, z+98), FillOperation.HOLLOW)
+weg(-82, -61, -66)
+##Gehege Pferde, Esel, Alpaka
+#Zaun
+def zaunL(x,y,z):
+blocks.fill(SPRUCE_FENCE, world(x, y, z), world(x-19, y+1, z-29), FillOperation.HOLLOW)
+blocks.fill(AIR, world(x-1, y, z-1), world(x-18, y+1, z-28), FillOperation.HOLLOW)
+zaunL(-60, -60, -33)
+#Unterstand
+def unterstandL(x,y,z):
+blocks.fill(MOSSY_STONE_BRICKS, world(x, y, z), world(x+6, y+2, z), FillOperation.HOLLOW)
+blocks.fill(MOSSY_STONE_BRICKS, world(x, y, z+9), world(x+6, y+2, z+9), FillOperation.HOLLOW)
+blocks.fill(MOSSY_STONE_BRICKS, world(x+6, y, z+8), world(x+6, y+2, z+1), FillOperation.HOLLOW)
+blocks.fill(PLANKS_SPRUCE, world(x, y+3, z), world(x+6, y+3, z+9), FillOperation.HOLLOW)
+unterstandL(-67, -60, -43)
+#Teich
+def teichL(x,y,z):
+blocks.fill(WATER, world(x, y, z), world(x+3, y, z-4), FillOperation.HOLLOW)
+teichL(-68, -61, -53)
+#Baum
+def baumL(x,y,z):
+blocks.fill(LEAVES_BIRCH, world(x, y, z), world(x+2, y+2, z-4), FillOperation.HOLLOW)
+blocks.fill(LOG_BIRCH, world(x+1, y-4, z-2), world(x+1, y+1, z-2), FillOperation.HOLLOW)
+baumL(-74, -56, -57)
+baumL(-77, -56, -40)
+baumL(-71, -56, -45)
+# Heu
+def heuL(x,y,z):
+blocks.fill(HAY_BLOCK, world(x, y, z), world(x, y, z), FillOperation.HOLLOW)
+heuL(-73, -60, -37)
+heuL(-73, -60, -36)
+heuL(-62, -60, -40)
+#Tiere
+def spawn_tiereL(x,y,z):
+My_list = [HORSE, DONKEY,LLAMA] # Erweiterungsmöglichkeit
+for i in range(2):
+mobs.spawn (My_list[0],world(x+3,y,z+3))
+mobs.spawn(My_list[1], world(x+2,y,z+2))
+mobs.spawn(My_list[2], world(x+2,y,z+2))
+spawn_tiereL(-74, -60, -52)
+#kuhgehege
+#Zaun
+def zaunIA(x, y, z):
+blocks.fill(BIRCH_FENCE, world(x, y, z), world(x + 25, y+1, z + 25), FillOperation.HOLLOW)
+blocks.fill(AIR, world(x + 1, y, z + 1), world(x + 24, y+1, z + 24), FillOperation.HOLLOW)
+zaunIA(-114, -60, -61)
+#Wasser
+def teichA(x,y,z):
+blocks.fill(WATER, world(x, y, z), world(x+6, y, z+5), FillOperation.HOLLOW)
+teichA(-97, -61, -44)
+#Baum
+def baumA(x,y,z):
+blocks.fill(LEAVES_SPRUCE, world(x, y, z), world(x+2, y+2, z-4), FillOperation.HOLLOW)
+blocks.fill(LOG_SPRUCE, world(x+1, y-4, z-2), world(x+1, y+1, z-2), FillOperation.HOLLOW)
+baumA(-94, -56, -52)
+baumA(-101, -56, -43)
+baumA(-109, -56, -48)
+#Unterstand
+def wandA(x,y,z):
+blocks.fill(MOSSY_STONE_BRICKS, world(x, y, z), world(x, y+2, z-4), FillOperation.HOLLOW)
+wandA(-110, -60,-56)
+wandA(-102, -60, -56)
+def wand2A(x,y,z):
+blocks.fill(MOSSY_STONE_BRICKS, world(x, y, z), world(x-8, y+2, z), FillOperation.HOLLOW)
+wand2A(-102,-60,-60)
+def dachA(x,y,z):
+blocks.fill(MOSSY_STONE_BRICKS, world(x, y, z), world(x-8, y, z+4), FillOperation.HOLLOW)
+dachA(-102, -57, -60)
+def hayA(x,y,z):
+blocks.fill(HAY_BLOCK, world(x, y, z), world(x+2, y, z), FillOperation.HOLLOW)
+hayA(-106, -60, -59)
+hayA(-108, -60, -41)
+def spawn_tiereA(x,y,z):
+My_list = [MUSHROOM_COW]
+for i in range(4):
+mobs.spawn (My_list[0],world(x,y,z))
+spawn_tiereA(-102, -60, -52)
+#pandagehege
+def zaunV (x,y,z):
+blocks.fill(DARK_OAK_FENCE, world(x,y,z,), world(x+24,y,z+24), FillOperation.HOLLOW)
+blocks.fill (AIR, world(x+1,y,z+1),world(x+23,y,z+23), FillOperation.HOLLOW)
+zaunV(-79,-60,-17)
+def BambusV (x,y,z):
+blocks.fill(BAMBOO, world(x,y,z), world(x,y+4,z), FillOperation.REPLACE)
+blocks.fill(BAMBOO, world(x,y,z+1), world(x,y+3,z+1), FillOperation.REPLACE)
+blocks.fill(BAMBOO, world(x-1,y,z), world(x-1,y+2,z), FillOperation.REPLACE)
+BambusV (-76,-60,-13)
+BambusV (-76,-60,3)
+BambusV (-74,-60,5)
+BambusV (-60,-60,-11)
+BambusV (-65,-60,-15)
+BambusV (-71,-60,-3)
+BambusV (-60,-60,3)
+def BambushausV (x,y,z):
+for i in range (4):
+blocks.fill(BAMBOO_MOSAIC, world(x,y+i,z+i), world(x+6-i,y+i,z+i), FillOperation.HOLLOW)
+blocks.fill(BAMBOO_MOSAIC, world(x+6-i,y+i,z+i), world(x+6-i,y+i,z+7-i), FillOperation.HOLLOW)
+blocks.fill(BAMBOO_MOSAIC, world(x+6-i,y+i,z+7-i), world(x,y+i,z+7-i), FillOperation.HOLLOW)
+BambushausV (-69,-60,-11)
+def spawn_tiereV(x,y,z):
+My_list = [PANDA]
+for i in range(1):
+mobs.spawn (My_list[0], world(x,y,z))
+spawn_tiereV(-76,-60,-7)
+spawn_tiereV(-66,-60,-13)
+spawn_tiereV(-66,-60,-13)
+spawn_tiereV(-69,-60,0)
+spawn_tiereV(-66,-56,-8)
+#schweinegehege
+def zaunIM(x,y,z):
+blocks.fill(BIRCH_FENCE, world(x,y,z), world(x+25,y,z+25), FillOperation.HOLLOW)
+blocks.fill(AIR, world(x+1,y,z+1), world(x+24,y,z+24), FillOperation.HOLLOW)
+zaunIM(-113,-60,-29)
+def zaunIIM(x,y,z):
+blocks.fill(BIRCH_FENCE, world(x,y,z), world(x+25,y,z+25), FillOperation.HOLLOW)
+blocks.fill(AIR, world(x+1,y,z+1), world(x+24,y,z+24), FillOperation.HOLLOW)
+zaunIIM(-113,-59,-29)
+def spawn_tiereM(x,y,z):
+My_list = [PIG, SHEEP]
+for i in range(4):
+mobs.spawn(My_list[0],world(x+5,y,z+5))
+mobs.spawn(My_list[1], world(x+5,y,z+5))
+spawn_tiereM(-113,-60,-29)
+def spawn_blumenM(x_base,y_base,z_base):
+blumen = [OXEYE_DAISY, PINK_TULIP, LILY_OF_THE_VALLEY, CORNFLOWER, ALLIUM]
+for x in range(23):
+for z in range(23):
+if randint(0,5) == 0:
+blocks.place(blumen[randint(0,4)], world(x_base + 1 + x, y_base, z_base + 1 + z))
+spawn_blumenM(-113,-60,-29)
+def baumM(x,y,z):
+blocks.fill(LEAVES_BIRCH, world(x + 6, y + 4, z + 6), world(x, y + 7, z), FillOperation.REPLACE)
+blocks.fill(LOG_BIRCH, world(x + 3, y, z + 3), world(x + 3, y + 5, z + 3), FillOperation.REPLACE)
+baumM(-113,-60,-29)
+# Startkoordinaten: -105, -60, 0
+#NM
+def aquarium(x, y, z):
+y_base = 0
+bottom = 1
+tunnelY = 2
+tunnelHeight = 5
+blocks.fill(GLASS, world(-104, -60, 1), world(-104 + x, -60 + y, 1 + z), FillOperation.HOLLOW)
+blocks.fill(WATER, world(-104, -60, 1), world(-104 + x, -60 + y, 1 + z), FillOperation.KEEP)
+for i in range(2, x + 1):
+for k in range(2, z + 1):
+thickness = randint(1, 3)
+top_sand = bottom + thickness - 1
+if randint(0, 25) == 1:
+blocks.fill(SEA_LANTERN, world(-105 + i, -59, 0 + k), world(-105 + i, -59 + top_sand, 0 + k), FillOperation.REPLACE)
+for f in range(2):
+mobs.spawn(TROPICAL_FISH, world(-105 + i, -59 + top_sand + 2, 0 + k))
+if randint(0, 35) == 1:
+mobs.spawn(AXOLOTL, world(-105 + i, -59 + top_sand + 2, 0 + k))
+mobs.spawn(GLOW_SQUID, world(-105 + i, -59 + top_sand + 2, 0 + k))
+if randint(0, 5) == 1:
+mobs.spawn(DROWNED, world(-105 + i, -59 + top_sand + 2, 0 + k))
+else:
+if randint(0, 10) == 1:
+blocks.fill(GRAVEL, world(-105 + i, -59, 0 + k), world(-105 + i, -59 + top_sand, 0 + k), FillOperation.REPLACE)
+else:
+blocks.fill(SAND, world(-105 + i, -59, 0 + k), world(-105 + i, -59 + top_sand, 0 + k), FillOperation.REPLACE)
+mid_x = (1 + x / 2)
+blocks.fill(GLASS, world(-105 + mid_x - 2, -59 + tunnelY - 1, 1), world(-105 + mid_x + 2, -59 + tunnelHeight + 2, 1 + z), FillOperation.REPLACE)
+blocks.fill(GLASS, world(-104, -59 + tunnelY - 1, 1 + mid_x - 2), world(-104 + x, -59 + tunnelHeight + 2, 1 + mid_x + 2), FillOperation.REPLACE)
+blocks.fill(AIR, world(-104, -59 + tunnelHeight + 2, 1 + mid_x), world(-104 + x, -59 + tunnelHeight + 2, 1 + mid_x), FillOperation.REPLACE)
+blocks.fill(AIR, world(-105 + mid_x, -59 + tunnelHeight + 2, 1), world(-105 + mid_x, -59 + tunnelHeight + 2, 1 + z), FillOperation.REPLACE)
+blocks.fill(SEA_LANTERN, world(-104, -59 + tunnelHeight + 3, 1 + mid_x), world(-104 + x, -59 + tunnelHeight + 3, 1 + mid_x), FillOperation.REPLACE)
+blocks.fill(SEA_LANTERN, world(-105 + mid_x, -59 + tunnelHeight + 3, 1), world(-105 + mid_x, -59 + tunnelHeight + 3, 1 + z), FillOperation.REPLACE)
+blocks.fill(AIR, world(-105 + mid_x - 1, -60 + tunnelY, 1), world(-105 + mid_x + 1, -59 + tunnelHeight + 1, 1 + z), FillOperation.REPLACE)
+blocks.fill(AIR, world(-104, -60 + tunnelY, 1 + mid_x - 1), world(-104 + x, -59 + tunnelHeight + 1, 1 + mid_x + 1), FillOperation.REPLACE)
+aquarium(12, 12, 12)
+#restliche deko
+def dekobaum(x,y,z):
+blocks.fill(LEAVES_OAK, world(x, y, z), world(x+2, y+2, z-4), FillOperation.HOLLOW)
+blocks.fill(LOG_OAK, world(x+1, y-4, z-2), world(x+1, y+1, z-2), FillOperation.HOLLOW)
+dekobaum(-65, -56, 28)
+dekobaum(-74, -56, 21)
+dekobaum(-67, -56, 15)
+dekobaum(-111, -56, 27)
+dekobaum(-98, -56, 20)
+ </code>