def Update(self, this):
if self.x >= 4.0:
self.direction = -1
elif self.x < -4.0:
self.direction = 1
self.x += .2 * self.direction * (unity.Time.deltaTime * 100)
this.transform.position = unity.Vector3(self.x,
this.transform.position.y,
this.transform.position.z)
import UnityEngine as ue
iamPlacing = False
xAllCells = gameObject.Cell(0, 0, "Normal", True, True, ue.Vector2D(0,0), "") #Manully Done in editor
selectedStone = ue.GameObject() //Empty
DM = ue.MonoBehaviour("DuelManager")
SD = ue.MonoBehaviour("StoneDatabase")
class MovementManager():
def __init__(self, xAllCells, selectedStone, DM, SD, iamPlacing):
self.xAllCells = xAllCells
self.selectedStone = selectedStone
self.DM = DM
self.iamPlacing
def Awake():
SetTrig()
SD = GameObject.FindGameObjectWithTag("Db").GetComponent("StoneDatabase")
#Making Player B's Base Non-Walkable for A in the first turn only lol
CantEnterEnemyBase()
def SetTrig():
#Setting Trigger on every Cell
for a_cell in xAllCells:
EventTrigger trigger = a_cell.GetComponen("EventTrigger")
EventTrigger.Entry entry = EventTrigger.Entry()
entry.eventID = EventTriggerType.PointerDown
if entry.callback.AddListener == True:
OnPointerDownDelegate(a_cell)
trigger.triggers.Add(entry)
def OnPointerDownDelegate(a_cell):
from UnityEngine import Vector3, Color, Renderer import PythonBehaviour import UnityEngine Time = UnityEngine.Time() Mathf = UnityEngine.Mathf() lastT = int(Time.time*10) Debug = UnityEngine.Debug def Awake(): global copied copied = False global iterations iterations = 20 def OnEnable(): pass #transform.position += Vector3.up def OnDisable(): pass #transform.position -= Vector3.up def Update(): global lastT global copied global iterations currentT = int(Time.time*10) if currentT > 20: transform.Rotate(0, UnityEngine.Mathf.Sin((Time.time*10-21)/100)*18*Time.deltaTime*1,0) rot = transform.localEulerAngles rot[2] = 0
import UnityEngine as ue
LoreSlot = ""
InstructionSlot = ""
IndexSlot = ""
TitleSlot = ""
StoneImageSlot = ue.Image(None)
currentIndex = 1
backButton = ue.Button() #manual selection
nextButton = ue.Button() #manual selection
StoneDataButton = ue.Button() #manual selection
class StoneLearnData:
def __init__(self, xName, xLore, xInstruction, xStoneImage):
self.xName = xName
self.xLore = xLore
self.xInstruction = xInstruction
self.xStoneImage = xStoneImage
stonedb = gameObject.StoneLearnData("defaultName", "defaultLoreText", "defaultGuideText", ue.Image()) #Manully placed in editor
class LearnManager():
def __init__(self, LoreSlot, InstructionSlot, IndexSlot, TitleSlot, StoneImageSlot, currentIndex, backButton, nextButton, StoneDataButton):
self.LoreSlot = LoreSlot
self.InstructionSlot = InstructionSlot
self.IndexSlot = IndexSlot
self.TitleSlot = TitleSlot
self.StoneImageSlot = StoneImageSlot
self.currentIndex = currentIndex
self.backButton = backButton
import UnityEngine
objName = "Alice"
obj = UnityEngine.GameObject()
obj.name = objName
def Update(self, this):
if (u.Input.GetKeyDown(u.KeyCode.Space)):
self.rigid.velocity = u.Vector3(0, 5, 0)
def Update(self, this):
this.transform.Rotate(u.Vector3(20, 20, 10))
this.transform.position = u.Vector3(u.Mathf.Sin(u.Time.time), 0,
u.Mathf.Cos(u.Time.time))
#Python initialize file
#Find main camera and change position.
import UnityEngine
camera = UnityEngine.Camera() #Created a null camera type object
#Find all gameobjects on scene
allGameObjects = UnityEngine.GameObject.FindObjectsOfType(
UnityEngine.GameObject)
#Find main camera
for go in allGameObjects:
#Write all game objects name
UnityEngine.Debug.Log(go.ToString())
if go.tag == "MainCamera":
camera = go
#If we found an object tag is "MainCamera" , change position to (10,10,10) and name to "Changed the name of main camera"
if camera != None:
camera.transform.position = UnityEngine.Vector3(10, 10, 10)
camera.name = "Changed the name of main camera"
def Update(self, this):
this.transform.Rotate(u.Vector3(2, 2, 1))
import UnityEngine as ue
StoneData = {
"xRow" : 0, "xCol" : 0, "xIsA" : False, "xIsAlive" : True, "xIsPlaced" : False, "xIsActive" : True, "xStoneImage" : ue.Image(),
"xBoosted" : False, "xBlocked" : False, "xName" : "defaultName",
"xTypeCell" : "Standard", "xHealth" : 1, "xAttackPower" : 0, "xScorePerTurn" : 0, "xMovementHorizontal" : 0,
"xMovementVertical" : 0, "xMovementDiagonal" : 0, "xCanMoveOnlyForward" : False, "xCanMoveFromThrone" : True, "xScoreExponentialGrowth" : False,
"xSimpleMergePossible" : False, "xMergeMultiplier" : 0, "xThroneExplosion" : False, "xThroneExplosionSteal" : 0
}
'''
1. Class used for defining every stone by certain properties.
2. This will also be used to manipulate stone's properties
'''
class stone():
def __init__(self, StoneData):
self.StoneDat["xRow"] = StoneData["xRow"]
self.StoneData["xCol"] = StoneData["xCol"]
self.StoneData["xIsA"] = StoneData["xIsA"]
self.StoneData["xIsAlive"] = StoneData["xIsAlive"]
self.StoneData["xIsPlaced"] = StoneData["xIsPlaced"
self.StoneData["xIsPlaced"] = StoneData["xIsPlaced"]
self.StoneData["xStoneImage"] = StoneData["xStoneImage"]
self.StoneData["xBoosted"] = StoneData["xBoosted"]
self.StoneData["xBlocked"] = StoneData["xBlocked"]
self.StoneData["xName"] = StoneData["xName"]
self.StoneData["xTypeCell"] = StoneData["xTypeCell"]
self.StoneData["xHealth"] = StoneData["xHealth"]
self.StoneData["xAttackPower"] = StoneData["xAttackPower"]
self.StoneData["xScorePerTurn"] = StoneData["xScorePerTurn"]
self.StoneData["xMovementHorizontal"] = StoneData["xMovementHorizontal"]
self.StoneData["xMovementVertical"] = StoneData["xMovementVertical"]
#Python initialize file
#Create a GameObject name is "Created" on Scene
import UnityEngine
gObject = UnityEngine.GameObject("Created")
UnityEngine.Debug.Log("Created a Gameobject!")