Also made each Script Delay be defined with an identifier so you can have multiple delays running at the same time!
* arg0 = Identifier
* arg1 = Script Path
* arg2 = Delay Type (Steps, ItemCount)
// Steps
* arg3 = Amount of steps
* arg4 = Whether to display the remaining steps in the start menu
//ItemCount
* arg3 = Item ID
* arg4 = Compare Type (Equal, Below, EqualOrBelow, Above, EqualOrAbove)
* arg5 = Item Amount
With the ItemCount type you can run a script when you do or do not have a certain amount of items
@Player.RemoveItemData(LevelPath,ItemIndex)
Makes the specified item index of the specified map spawn again after it has been found.
LevelPath (str) - Path to the map file (including .dat) relative to "Content\Maps\"
ItemIndex (int) - Index of the ItemObject on the map (first argument in the object's AdditionalValue)
@pokemon.select has an extra argument. If it is set to an attack ID, it will be visible which Pokémon can learn that move while selecting.
Added @Pokemon.CanLearnAttack(PartyIndex,AttackID)
Returns if the Pokémon can learn the specified move.
@Pokemon.NewRoaming(RoamerID,PokémonID,Level,regionID,startLevelFile,MusicLoop,[Shiny],[ScriptPath])
RoamerID & ScriptPath are new.
* RoamerID (int) = A required identifier for the roaming Pokémon, can be used in scripts.
* ScriptPath (str) = Path to a script file to execute after every encounter with any roaming Pokémon
Sets the Ride Type of the current map.
Possible values for "int": 0 = Depends on CanDig and CanFly tags, 1 = Can ride, 2 = Can not ride, 3 = Can't stop riding once started
@Pokemon.Ride([pokeIndex])
Makes a Pokémon in the player's party use the field move Ride. If the argument is left empty, the first Pokémon who knows Ride gets selected.
pokeIndex (int) [optional, defaults to -1] = the party index of a Pokémon
@Pokemon.SetStatus(index,status)
index = Index of the Pokémon in the player's party
status = the desired status to give the Pokémon (possible values: "brn", "frz", "prz", "psn", "bpsn", "slp", "fnt")
@Script.Delay(ScriptPath,DelayType,DelayValue)
Executes a script file after something happened (like having moved a certain amount of steps)
@Script.ClearDelay(ScriptPath,DelayType,DelayValue)
Clears the register created with @script.delay, preventing the script from being executed.
<script.delay(ReturnType)>
Returns a different thing depending on what you write for ReturnType:
"type" - returns what kind of trigger the script delay uses (only "steps" atm)
"script" - returns the script that will be executed after the delay ended
"value" - returns when the trigger ends, like how many steps are left for example
@Player.SetScriptSteps(stepAmount,scriptPath)
Executes a script file after having moved the given amount of steps.
@Player.ClearScriptSteps
Clears the register created with @Player.SetScriptSteps, preventing the script from being executed.
<Player.ScriptSteps>
Returns the amount of steps before the script as defined by @Player.SetScriptSteps is executed.
