public Transform GetValidSpawn(SpawnType forType)
{
photonView.RPC ("SetInvalid", PhotonTargets.Others);
if (bIsValid && (spawnType == SpawnType.Both || forType == spawnType || forType == SpawnType.Both) )
{
bIsValid = false;
return transform;
}
else
return null;
}
public Spawn(Point p,float rot,float scale,int i,SpawnType t)
{
//if (scale == null) scale = 1;
propertypanel = new SpawnProperty(this);
type = t;
head = new VertexMarker();
head.Colour = Brushes.Yellow;
head.setPosition(p);
source = new VertexMarker();
source.Colour = Brushes.Yellow;
p.Offset(-(int)(scale * arrowLength * Math.Cos(rot) / Geometry.Geometry.scaleFactor), -(int)(scale * arrowLength * Math.Sin(rot) / Geometry.Geometry.scaleFactor));
source.setPosition(p);
Name = string.Format("Spawn {0}", i);
setSelected(false);
}
public void CompileSettings()
{
ResetSettingValues();
try
{
for ( int i = 0; i < SettingsList.Count; i++ )
{
ArrayList setting = (ArrayList) SettingsList[i];
ArrayList List = new ArrayList();
int entryIndex = -1;
switch ( (Setting) setting[0] )
{
case Setting.OverrideIndividualEntries:
{
OverrideSpawnRange = (int) setting[1];
OverrideWalkRange = (int) setting[2];
OverrideAmount = (int) setting[3];
OverrideMinDelay = (int) setting[4];
OverrideMaxDelay = (int) setting[5];
OverrideGroupSpawn = (bool) setting[6];
OverrideEventAmbush = (bool) setting[7];
OverrideSpawnType = (SpawnType) setting[8];
OverrideEventKeyword = (string) setting[9];
OverrideCaseSensitive = (bool) setting[10];
OverrideEventRange = (int) setting[11];
OverrideBeginTimeBasedHour = (int) setting[12];
OverrideBeginTimeBasedMinute = (int) setting[13];
OverrideEndTimeBasedHour = (int) setting[14];
OverrideEndTimeBasedMinute = (int) setting[15];
OverrideMinDespawn = (int) setting[16];
OverrideMaxDespawn = (int) setting[17];
OverrideDespawn = (bool) setting[18];
OverrideDespawnGroup = (bool) setting[19];
OverrideDespawnTimeExpire = (bool) setting[20];
OverrideIndividualEntries = true;
OverrideBeginTimeBased = OverrideBeginTimeBasedHour * OverrideBeginTimeBasedMinute;
OverrideEndTimeBased = OverrideEndTimeBasedHour * OverrideEndTimeBasedMinute;
break;
}
case Setting.AddItem:{ entryIndex = (int) setting[2]; List = SetItemInfo( setting ); break; }
case Setting.AddContainer:
{
List = SetItemInfo( setting );
entryIndex = (int) setting[2];
for ( int j = 6; j < setting.Count; j++ )
{
ArrayList ItemsList = (ArrayList) setting[j];
List.Add( ItemsList );
}
break;
}
}
if ( entryIndex != -1 )
{
AddItemRefList.Add( entryIndex );
AddItemList.Add( List );
}
}
}
catch{}
}
public MapSpawn(int bx, int @by, SpawnType type)
{
BlockX = bx;
BlockY = @by;
Type = type;
}
private void GetArgsList()
{
Help = (bool) ArgsList[0];
DisplayMessages = (bool) ArgsList[1];
MessagesTitle = (string) ArgsList[2];
OldMessagesTitle = (string) ArgsList[3];
Messages = (string) ArgsList[4];
OldMessages = (string) ArgsList[5];
PageInfoList = (ArrayList) ArgsList[12];
MSEGCheckBoxesList = (ArrayList) ArgsList[14];
megaSpawner = (MegaSpawner) ArgsList[19];
ESGArgsList = (ArrayList) ArgsList[21];
PersonalConfigList = (ArrayList) ArgsList[28];
SEGArgsList = (ArrayList) ArgsList[32];
cpg = (int) PageInfoList[4];
pg = (int) PageInfoList[5];
AddToSpawner = (bool) ESGArgsList[0];
index = (int) ESGArgsList[1];
activatedSwitch = (bool) ESGArgsList[2];
spawnGroupSwitch = (bool) ESGArgsList[3];
eventAmbushSwitch = (bool) ESGArgsList[4];
spawnTypeSwitch = (SpawnType) ESGArgsList[5];
if ( !bEntryType )
entryType = (string) ESGArgsList[6];
if ( !bSpawnRange )
spawnRange = (int) ESGArgsList[7];
if ( !bWalkRange )
walkRange = (int) ESGArgsList[8];
if ( !bAmount )
amount = (int) ESGArgsList[9];
if ( !bMinDelayHour )
minDelayHour = (int) ESGArgsList[10];
if ( !bMinDelayMin )
minDelayMin = (int) ESGArgsList[11];
if ( !bMinDelaySec )
minDelaySec = (int) ESGArgsList[12];
if ( !bMaxDelayHour )
maxDelayHour = (int) ESGArgsList[13];
if ( !bMaxDelayMin )
maxDelayMin = (int) ESGArgsList[14];
if ( !bMaxDelaySec )
maxDelaySec = (int) ESGArgsList[15];
if ( !bEventRange )
eventRange = (int) ESGArgsList[16];
if ( !bBeginTimeBased )
{
beginTimeBasedHour = (int) ESGArgsList[17];
beginTimeBasedMinute = (int) ESGArgsList[18];
}
if ( !bEndTimeBased )
{
endTimeBasedHour = (int) ESGArgsList[19];
endTimeBasedMinute = (int) ESGArgsList[20];
}
keyword = (string) ESGArgsList[21];
caseSensitiveSwitch = (bool) ESGArgsList[22];
if ( !bMinStackAmount )
minStackAmount = (int) ESGArgsList[23];
if ( !bMaxStackAmount )
maxStackAmount = (int) ESGArgsList[24];
movableSwitch = (bool) ESGArgsList[25];
if ( !bMinDespawnHour )
minDespawnHour = (int) ESGArgsList[26];
if ( !bMinDespawnMin )
minDespawnMin = (int) ESGArgsList[27];
if ( !bMinDespawnSec )
minDespawnSec = (int) ESGArgsList[28];
if ( !bMaxDespawnHour )
maxDespawnHour = (int) ESGArgsList[29];
if ( !bMaxDespawnMin )
maxDespawnMin = (int) ESGArgsList[30];
if ( !bMaxDespawnSec )
maxDespawnSec = (int) ESGArgsList[31];
despawnSwitch = (bool) ESGArgsList[32];
despawnGroupSwitch = (bool) ESGArgsList[33];
despawnTimeExpireSwitch = (bool) ESGArgsList[34];
StyleTypeConfig = (StyleType) PersonalConfigList[0];
BackgroundTypeConfig = (BackgroundType) PersonalConfigList[1];
ActiveTEBGTypeConfig = (BackgroundType) PersonalConfigList[2];
InactiveTEBGTypeConfig = (BackgroundType) PersonalConfigList[3];
DefaultTextColor = (TextColor) PersonalConfigList[4];
TitleTextColor = (TextColor) PersonalConfigList[5];
MessagesTextColor = (TextColor) PersonalConfigList[6];
CommandButtonsTextColor = (TextColor) PersonalConfigList[7];
PageNumberTextColor = (int) PersonalConfigList[8];
ActiveTextEntryTextColor = (int) PersonalConfigList[9];
InactiveTextEntryTextColor = (int) PersonalConfigList[10];
FlagTextColor = (TextColor) PersonalConfigList[14];
}
public void SetSpawnType(SpawnType spawnType)
{
_spawnType = spawnType;
switch (_spawnType)
{
case SpawnType.LINEAR:
_curPool = 0;
_curPoolIdx = 0;
break;
case SpawnType.RANDOM:
EnemyIndex = Random.Range(0, _totalEnemies);
break;
case SpawnType.SHUFFLED:
BuildShuffle();
EnemyIndex = _shuffledOrder[0];
break;
}
}
public static bool EventSpawnAttempt( MegaSpawner megaSpawner, SpawnType st )
{
return ( megaSpawner.Active && megaSpawner.OverrideSpawnType == st && megaSpawner.OverrideTriggerEventNow );
}
private void CompileSettingInfo()
{
if ( setting.Count == 0 )
return;
theSetting = setting;
InsideItemList.Clear();
try
{
switch( (Setting) setting[0] )
{
case Setting.OverrideIndividualEntries:
{
spawnRange = (int) setting[1];
walkRange = (int) setting[2];
amount = (int) setting[3];
minDelay = (int) setting[4];
maxDelay = (int) setting[5];
spawnGroupSwitch = (bool) setting[6];
eventAmbushSwitch = (bool) setting[7];
spawnTypeSwitch = (SpawnType) setting[8];
keyword = (string) setting[9];
caseSensitiveSwitch = (bool) setting[10];
eventRange = (int) setting[11];
beginTimeBasedHour = (int) setting[12];
beginTimeBasedMinute = (int) setting[13];
endTimeBasedHour = (int) setting[14];
endTimeBasedMinute = (int) setting[15];
minDespawn = (int) setting[16];
maxDespawn = (int) setting[17];
despawnSwitch = (bool) setting[18];
despawnGroupSwitch = (bool) setting[19];
despawnTimeExpireSwitch = (bool) setting[20];
pg = 3;
OverrideIndividualEntriesClicked = true;
minDelayHour = (int) minDelay / 3600;
minDelayMin = ( (int) minDelay - ( minDelayHour * 3600 ) ) / 60;
minDelaySec = ( (int) minDelay - ( minDelayHour * 3600 ) - ( minDelayMin * 60 ) );
maxDelayHour = (int) maxDelay / 3600;
maxDelayMin = ( (int) maxDelay - ( maxDelayHour * 3600 ) ) / 60;
maxDelaySec = ( (int) maxDelay - ( maxDelayHour * 3600 ) - ( maxDelayMin * 60 ) );
minDespawnHour = (int) minDespawn / 3600;
minDespawnMin = ( (int) minDespawn - ( minDespawnHour * 3600 ) ) / 60;
minDespawnSec = ( (int) minDespawn - ( minDespawnHour * 3600 ) - ( minDespawnMin * 60 ) );
maxDespawnHour = (int) maxDespawn / 3600;
maxDespawnMin = ( (int) maxDespawn - ( maxDespawnHour * 3600 ) ) / 60;
maxDespawnSec = ( (int) maxDespawn - ( maxDespawnHour * 3600 ) - ( maxDespawnMin * 60 ) );
setting = new ArrayList();
break;
}
case Setting.AddItem:
{
SetItemInfo();
pg = 6;
AddItemClicked = true;
setting = new ArrayList();
break;
}
case Setting.AddContainer:
{
SetItemInfo();
for ( int i = 6; i < setting.Count; i++ )
{
ArrayList ItemsList = (ArrayList) setting[i];
InsideItemList.Add( ItemsList );
}
pg = 6;
AddItemClicked = true;
setting = new ArrayList();
break;
}
}
}
catch( Exception ex )
{
MessagesTitle = "Update Setting";
Messages = String.Format( "Error reading setting info:\n{0}", ex );
}
}
public void spawn(int amount, SpawnType spawnType)
{
float[] toSpawn = new float[amount];
BlockType[] types = new BlockType[amount];
//print(spawnType.ToString());
switch (spawnType)
{
case SpawnType.Centre:
for (int i = 0; i < toSpawn.Length; i++)
{
toSpawn[i] = 0;
types[i] = BlockType.Normal;
}
break;
case SpawnType.Random:
//add the max and min for random spawning
for (int i = 0; i < toSpawn.Length; i++)
{
toSpawn[i] = Random.Range(-randomRange, randomRange);
}
break;
case SpawnType.Snake:
for (int i = 0; i < toSpawn.Length; i++)
{
//print(player.position.x);
toSpawn[i] = prevSpawn + Random.Range(-0.3f, 0.3f);
toSpawn[i] = Mathf.Clamp(toSpawn[i], player.position.x / blockWidth - 0.75f, player.position.x / blockWidth + 0.75f);
// if (toSpawn[i] > 1.2f) toSpawn[i] = 1.2f;
// if (toSpawn[i] < -1.2f) toSpawn[i] = -1.2f;
}
break;
case SpawnType.Test1:
break;
case SpawnType.Test2:
break;
case SpawnType.Left:
for (int i = 0; i < toSpawn.Length; i++)
{
toSpawn[i] = prevSpawn;
types[i] = BlockType.LeftWedge;
}
break;
case SpawnType.Right:
for (int i = 0; i < toSpawn.Length; i++)
{
toSpawn[i] = prevSpawn;
types[i] = BlockType.RightWedge;
}
break;
default:
break;
}
spawnBlocks(toSpawn, types);
}
public List <Spawn> GetSpawns(SpawnType type)
{
return(Spawns.Select(x => x).Where(x => x.SpawnType == type).ToList());
}
/// <summary>
/// Function which finds spawnpoints for one or more troops
/// </summary>
/// <param name="playerNumber">Determines how many co-ordinates should be returned</param>
/// <param name="spawnType">Deterines how the co-ordinates should relate to each other and the map</param>
/// <returns></returns>
public List <Point> DeterminSpawnPoint(int playerNumber, SpawnType spawnType)
{
List <Point> toReturn = new List <Point>();
switch (spawnType)
{
case SpawnType.road:
{
if (goals.Count <= 1)
{
for (int i = 0; i < playerNumber; i++)
{
int x;
int y;
int n = World.World.random.Next(4);
if (n == 0)
{
x = 0;
y = World.World.random.Next(map.GetUpperBound(1));
}
else if (n == 1)
{
x = World.World.random.Next(map.GetUpperBound(0));
y = 0;
}
else if (n == 2)
{
x = map.GetUpperBound(0);
y = World.World.random.Next(map.GetUpperBound(1));
}
else
{
x = World.World.random.Next(map.GetUpperBound(0));
y = map.GetUpperBound(1);
}
toReturn.Add(new Point(x, y));
}
break;
}
}
//Determin which road spawn point to start
List <MapTile> _goals = new List <MapTile>(goals);
while (_goals.Count != 0 && playerNumber != 0)
{
MapTile pathPoint = _goals[World.World.random.Next(_goals.Count)];
_goals.Remove(pathPoint);
toReturn.Add(pathPoint.position);
playerNumber--;
if (playerNumber == 0)
{
break;
}
foreach (MapTile possible in pathPoint.neighbours.rawMaptiles.Where(m => m.type.type == MapTileTypeEnum.road))
{
toReturn.Add(possible.position);
playerNumber--;
if (playerNumber == 0)
{
break;
}
}
}
break;
case SpawnType.random:
for (int i = 0; i < playerNumber; i++)
{
Point p = new Point();
while (true)
{
p = new Point(World.World.random.Next(map.GetUpperBound(0)),
World.World.random.Next(map.GetUpperBound(1)));
//Determine is viable
if (!troops.Exists(t => t.Position.X == p.X &&
t.Position.Y == p.Y) &&
!toReturn.Exists(c => c.X == p.X && c.Y == p.Y))
{
break;
}
}
toReturn.Add(p);
}
break;
case SpawnType.randomLand:
FindRandomLandTile(playerNumber, ref toReturn);
break;
case SpawnType.heighestField:
var ordered = from field in map.Cast <MapTile>()
orderby field.Height descending
select field;
toReturn = ordered.Take(playerNumber).ToList().ConvertAll(f => f.position);
break;
case SpawnType.centralRoad:
{
int x, y, count = 50;
for (int i = 0; i < playerNumber; i++)
{
do
{
x = World.World.random.Next((int)(0.2 * map.GetUpperBound(0)), (int)(0.8 * map.GetUpperBound(0)));
y = World.World.random.Next((int)(0.2 * map.GetUpperBound(1)), (int)(0.8 * map.GetUpperBound(1)));
count--;
if (count == 0)
{
count = 100;
do
{
x = World.World.random.Next(0, map.GetUpperBound(0));
y = World.World.random.Next(0, map.GetUpperBound(1));
count--;
} while (map[x, y].type.type != MapTileTypeEnum.road && count > 0 && toReturn.Contains(new Point(x, y)));
break;
}
} while (map[x, y].type.type != MapTileTypeEnum.road && toReturn.Contains(new Point(x, y)));
toReturn.Add(new Point(x, y));
}
break;
}
case SpawnType.randomRoughCircle:
{
int x, y;
x = World.World.random.Next((int)(0.2 * map.GetUpperBound(0)), (int)(0.8 * map.GetUpperBound(0)));
y = World.World.random.Next((int)(0.2 * map.GetUpperBound(1)), (int)(0.8 * map.GetUpperBound(1)));
for (int i = 0; i < playerNumber; i++)
{
int _x = 0, _y = 0, tempX, tempY, minDistance = 100;
for (int t = 0; t < 10; t++)
{
tempX = World.World.random.Next((int)(0.2 * map.GetUpperBound(0)), (int)(0.8 * map.GetUpperBound(0)));
tempY = World.World.random.Next((int)(0.2 * map.GetUpperBound(1)), (int)(0.8 * map.GetUpperBound(1)));
int distance = Math.Abs(tempX - x) + Math.Abs(tempY - y);
if (distance < minDistance && !toReturn.Contains(new Point(tempX, tempY)))
{
_x = tempX;
_y = tempY;
minDistance = distance;
}
}
toReturn.Add(new Point(_x, _y));
}
break;
}
case SpawnType.randomRoughRoadCircle:
{
int x, y, count = 100;
do
{
x = World.World.random.Next((int)(0.2 * map.GetUpperBound(0)), (int)(0.8 * map.GetUpperBound(0)));
y = World.World.random.Next((int)(0.2 * map.GetUpperBound(1)), (int)(0.8 * map.GetUpperBound(1)));
count--;
} while (map[x, y].type.type != MapTileTypeEnum.road && count > 0);
toReturn.Add(new Point(x, y));
for (int i = 0; i < playerNumber; i++)
{
int _x = 0, _y = 0, tempX, tempY, minDistance = 100;
for (int t = 0; t < 10; t++)
{
tempX = World.World.random.Next((int)(0.2 * map.GetUpperBound(0)), (int)(0.8 * map.GetUpperBound(0)));
tempY = World.World.random.Next((int)(0.2 * map.GetUpperBound(1)), (int)(0.8 * map.GetUpperBound(1)));
int distance = Math.Abs(tempX - x) + Math.Abs(tempY - y);
if (distance < minDistance && !toReturn.Contains(new Point(tempX, tempY)))
{
_x = tempX;
_y = tempY;
minDistance = distance;
}
}
toReturn.Add(new Point(_x, _y));
}
break;
}
default:
break;
}
return(toReturn);
}
public void Activate(SpawnType spawnTf, NpcTypes type)
{
base.Activate(transform, spawnTf);
// TODO set sprite based on NPC type
}
public int NumberSpawnsInWave(SpawnType type, int waveIndex)
{
waveIndex = Mathf.Clamp(waveIndex, 0, MaxWaveIndex);
return(WorkingLevelData.NumSpawns(type, waveIndex));
}
public int NumberSpawnsInCurrentWave(SpawnType type)
{
return(NumberSpawnsInWave(type, CurrentWaveIndex));
}
public void Activate(SpawnType spawnTf, bool bDropEnabled)
{
base.Activate(transform, spawnTf);
_web.SpecialWeb = bDropEnabled;
}
private void SubmitSetting( RelayInfo info, bool submit, int command )
{
int settingNum = 0;
string oldMessages = Messages;
if ( submit )
{
if ( AddSetting )
MessagesTitle = "Submit Setting";
else
MessagesTitle = "Update Setting";
Messages = null;
}
if ( OverrideIndividualEntriesClicked )
settingNum = 1;
if ( AddItemClicked )
settingNum = 2;
switch ( settingNum )
{
case 0:
{
Messages = "You must select a setting before submitting.";
UpdatePage( command );
break;
}
case 1: // Override Individual Entries
{
bool invalid = false;
bool fSpawnRange=false, fWalkRange=false, fAmount=false, fMinDelayHour=false, fMinDelayMin=false, fMinDelaySec=false, fMaxDelayHour=false, fMaxDelayMin=false, fMaxDelaySec=false, fEventRange=false, fBeginTimeBased=false, fEndTimeBased=false, fMinDespawnHour=false, fMinDespawnMin=false, fMinDespawnSec=false, fMaxDespawnHour=false, fMaxDespawnMin=false, fMaxDespawnSec=false;
string checkSpawnRange=null, checkWalkRange=null, checkAmount=null, checkMinDelayHour=null, checkMinDelayMin=null, checkMinDelaySec=null, checkMaxDelayHour=null, checkMaxDelayMin=null, checkMaxDelaySec=null, checkEventRange=null, checkBeginTimeBased=null, checkEndTimeBased=null, checkMinDespawnHour=null, checkMinDespawnMin=null, checkMinDespawnSec=null, checkMaxDespawnHour=null, checkMaxDespawnMin=null, checkMaxDespawnSec=null;
string stringBeginTimeBasedAMPM=null, stringEndTimeBasedAMPM=null;
int intSpawnRange=0, intWalkRange=0, intAmount=0, intMinDelayHour=0, intMinDelayMin=0, intMinDelaySec=0, intMaxDelayHour=0, intMaxDelayMin=0, intMaxDelaySec=0, intEventRange=0, intBeginTimeBasedHour=0, intBeginTimeBasedMinute=0, intEndTimeBasedHour=0, intEndTimeBasedMinute=0, intMinDespawnHour=0, intMinDespawnMin=0, intMinDespawnSec=0, intMaxDespawnHour=0, intMaxDespawnMin=0, intMaxDespawnSec=0;
if ( pg == 3 )
{
spawnGroupSwitch = info.IsSwitched( 1 );
eventAmbushSwitch = info.IsSwitched( 2 );
despawnSwitch = info.IsSwitched( 3 );
despawnGroupSwitch = info.IsSwitched( 4 );
checkSpawnRange = info.GetTextEntry( 2 ).Text;
checkWalkRange = info.GetTextEntry( 3 ).Text;
checkAmount = info.GetTextEntry( 4 ).Text;
checkMinDelayHour = info.GetTextEntry( 5 ).Text;
checkMinDelayMin = info.GetTextEntry( 6 ).Text;
checkMinDelaySec = info.GetTextEntry( 7 ).Text;
checkMaxDelayHour = info.GetTextEntry( 8 ).Text;
checkMaxDelayMin = info.GetTextEntry( 9 ).Text;
checkMaxDelaySec = info.GetTextEntry( 10 ).Text;
checkMinDespawnHour = info.GetTextEntry( 11 ).Text;
checkMinDespawnMin = info.GetTextEntry( 12 ).Text;
checkMinDespawnSec = info.GetTextEntry( 13 ).Text;
checkMaxDespawnHour = info.GetTextEntry( 14 ).Text;
checkMaxDespawnMin = info.GetTextEntry( 15 ).Text;
checkMaxDespawnSec = info.GetTextEntry( 16 ).Text;
}
else
{
checkSpawnRange = spawnRange.ToString();
checkWalkRange = walkRange.ToString();
checkAmount = amount.ToString();
checkMinDelayHour = minDelayHour.ToString();
checkMinDelayMin = minDelayMin.ToString();
checkMinDelaySec = minDelaySec.ToString();
checkMaxDelayHour = maxDelayHour.ToString();
checkMaxDelayMin = maxDelayMin.ToString();
checkMaxDelaySec = maxDelaySec.ToString();
checkMinDespawnHour = minDespawnHour.ToString();
checkMinDespawnMin = minDespawnMin.ToString();
checkMinDespawnSec = minDespawnSec.ToString();
checkMaxDespawnHour = maxDespawnHour.ToString();
checkMaxDespawnMin = maxDespawnMin.ToString();
checkMaxDespawnSec = maxDespawnSec.ToString();
}
if ( pg == 4 )
{
int switchNum = MC.GetSwitchNum( info, 1, 5 );
spawnTypeSwitch = (SpawnType) switchNum;
caseSensitiveSwitch = info.IsSwitched( 6 );
despawnTimeExpireSwitch = info.IsSwitched( 7 );
checkEventRange = info.GetTextEntry( 1 ).Text;
checkBeginTimeBased = info.GetTextEntry( 2 ).Text;
checkEndTimeBased = info.GetTextEntry( 3 ).Text;
keyword = info.GetTextEntry( 4 ).Text;
}
else
{
CalcTimeBased();
checkEventRange = eventRange.ToString();
checkBeginTimeBased = beginTimeBased.ToString();
checkEndTimeBased = endTimeBased.ToString();
}
// *************** First Check ***************
try{ intSpawnRange = Convert.ToInt32( checkSpawnRange ); }
catch
{
invalid = true;
bSpawnRange = false;
fSpawnRange = true;
Messages = String.Format( "{0}Invalid input for [Spawn Range]. You must specify an integer only.\n", Messages );
}
try{ intWalkRange = Convert.ToInt32( checkWalkRange ); }
catch
{
invalid = true;
bWalkRange = false;
fWalkRange = true;
Messages = String.Format( "{0}Invalid input for [Walk Range]. You must specify an integer only.\n", Messages );
}
try{ intAmount = Convert.ToInt32( checkAmount ); }
catch
{
invalid = true;
bAmount = false;
fAmount = true;
Messages = String.Format( "{0}Invalid input for [Amount To Spawn]. You must specify an integer only.\n", Messages );
}
try{ intMinDelayHour = Convert.ToInt32( checkMinDelayHour ); }
catch
{
invalid = true;
bMinDelayHour = false;
fMinDelayHour = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Hours]. You must specify an integer only.\n", Messages );
}
try{ intMinDelayMin = Convert.ToInt32( checkMinDelayMin ); }
catch
{
invalid = true;
bMinDelayMin = false;
fMinDelayMin = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Minutes]. You must specify an integer only.\n", Messages );
}
try{ intMinDelaySec = Convert.ToInt32( checkMinDelaySec ); }
catch
{
invalid = true;
bMinDelaySec = false;
fMinDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Seconds]. You must specify an integer only.\n", Messages );
}
try{ intMaxDelayHour = Convert.ToInt32( checkMaxDelayHour ); }
catch
{
invalid = true;
bMaxDelayHour = false;
fMaxDelayHour = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Hours]. You must specify an integer only.\n", Messages );
}
try{ intMaxDelayMin = Convert.ToInt32( checkMaxDelayMin ); }
catch
{
invalid = true;
bMaxDelayMin = false;
fMaxDelayMin = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Minutes]. You must specify an integer only.\n", Messages );
}
try{ intMaxDelaySec = Convert.ToInt32( checkMaxDelaySec ); }
catch
{
invalid = true;
bMaxDelaySec = false;
fMaxDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Seconds]. You must specify an integer only.\n", Messages );
}
try{ intEventRange = Convert.ToInt32( checkEventRange ); }
catch
{
invalid = true;
bEventRange = false;
fEventRange = true;
Messages = String.Format( "{0}Invalid input for [Event Range]. You must specify an integer only.\n", Messages );
}
string[] begin = checkBeginTimeBased.Split(':');
string[] end = checkEndTimeBased.Split(':');
string[] beginAMPM = null;
string[] endAMPM = null;
if ( begin.Length != 2 )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid format for [Begin Time Based]. Example of the correct format is: 12:00 PM.\n", Messages );
}
else
{
beginAMPM = begin[1].Split(' ');
}
if ( end.Length != 2 )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid format for [End Time Based]. Example of the correct format is: 12:00 PM.\n", Messages );
}
else
{
endAMPM = end[1].Split(' ');
}
try{ intBeginTimeBasedHour = Convert.ToInt32( begin[0] ); }
catch
{
if ( !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [Hour]. You must specify an integer only.\n", Messages );
}
}
try{ intBeginTimeBasedMinute = Convert.ToInt32( beginAMPM[0] ); }
catch
{
if ( !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [Minute]. You must specify an integer only.\n", Messages );
}
}
try{ intEndTimeBasedHour = Convert.ToInt32( end[0] ); }
catch
{
if ( !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [Hour]. You must specify an integer only.\n", Messages );
}
}
try{ intEndTimeBasedMinute = Convert.ToInt32( endAMPM[0] ); }
catch
{
if ( !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [Minute]. You must specify an integer only.\n", Messages );
}
}
if ( ( beginAMPM == null || beginAMPM.Length != 2 ) && !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid format for [Begin Time Based]. Example of the correct format is: 12:00 PM.\n", Messages );
}
else
stringBeginTimeBasedAMPM = Convert.ToString( beginAMPM[1] ).ToUpper();
if ( ( endAMPM == null || endAMPM.Length != 2 ) && !fBeginTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid format for [End Time Based]. Example of the correct format is: 12:00 PM.\n", Messages );
}
else
stringEndTimeBasedAMPM = Convert.ToString( endAMPM[1] ).ToUpper();
try{ intMinDespawnHour = Convert.ToInt32( checkMinDespawnHour ); }
catch
{
invalid = true;
bMinDespawnHour = false;
fMinDespawnHour = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Hours]. You must specify an integer only.\n", Messages );
}
try{ intMinDespawnMin = Convert.ToInt32( checkMinDespawnMin ); }
catch
{
invalid = true;
bMinDespawnMin = false;
fMinDespawnMin = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Minutes]. You must specify an integer only.\n", Messages );
}
try{ intMinDespawnSec = Convert.ToInt32( checkMinDespawnSec ); }
catch
{
invalid = true;
bMinDespawnSec = false;
fMinDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Seconds]. You must specify an integer only.\n", Messages );
}
try{ intMaxDespawnHour = Convert.ToInt32( checkMaxDespawnHour ); }
catch
{
invalid = true;
bMaxDespawnHour = false;
fMaxDespawnHour = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Hours]. You must specify an integer only.\n", Messages );
}
try{ intMaxDespawnMin = Convert.ToInt32( checkMaxDespawnMin ); }
catch
{
invalid = true;
bMaxDespawnMin = false;
fMaxDespawnMin = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Minutes]. You must specify an integer only.\n", Messages );
}
try{ intMaxDespawnSec = Convert.ToInt32( checkMaxDespawnSec ); }
catch
{
invalid = true;
bMaxDespawnSec = false;
fMaxDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Seconds]. You must specify an integer only.\n", Messages );
}
// *************** Second Check ***************
if ( intSpawnRange < 0 && !fSpawnRange )
{
invalid = true;
bSpawnRange = false;
fSpawnRange = true;
Messages = String.Format( "{0}Invalid input for [Spawn Range]. Must be greater than or equal to 0.\n", Messages );
}
if ( intWalkRange < 0 && !fWalkRange )
{
invalid = true;
bWalkRange = false;
fWalkRange = true;
Messages = String.Format( "{0}Invalid input for [Walk Range]. Must be greater than or equal to 0.\n", Messages );
}
if ( intAmount <= 0 && !fAmount )
{
invalid = true;
bAmount = false;
fAmount = true;
Messages = String.Format( "{0}Invalid input for [Amount]. Must be greater than 0.\n", Messages );
}
if ( intMinDelayHour < 0 && !fMinDelayHour )
{
invalid = true;
bMinDelayHour = false;
fMinDelayHour = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Hours]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intMinDelayMin < 0 || intMinDelayMin > 59 ) && !fMinDelayMin )
{
invalid = true;
bMinDelayMin = false;
fMinDelayMin = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Minutes]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( ( intMinDelaySec < 0 || intMinDelaySec > 59 ) && !fMinDelaySec )
{
invalid = true;
bMinDelaySec = false;
fMinDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Seconds]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( intMaxDelayHour < 0 && !fMaxDelayHour )
{
invalid = true;
bMaxDelayHour = false;
fMaxDelayHour = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Hours]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intMaxDelayMin < 0 || intMaxDelayMin > 59 ) && !fMaxDelayMin )
{
invalid = true;
bMaxDelayMin = false;
fMaxDelayMin = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Minutes]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( ( intMaxDelaySec < 0 || intMaxDelaySec > 59 ) && !fMaxDelaySec )
{
invalid = true;
bMaxDelaySec = false;
fMaxDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Seconds]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
int calcMinDelay=0, calcMaxDelay=0, calcBeginTimeBased=0, calcEndTimeBased=0;
if ( !fMinDelayHour && !fMinDelayMin && !fMinDelaySec && !fMaxDelayHour && !fMaxDelayMin && !fMaxDelaySec )
{
calcMinDelay = intMinDelaySec + ( intMinDelayMin * 60 ) + ( intMinDelayHour * 3600 );
calcMaxDelay = intMaxDelaySec + ( intMaxDelayMin * 60 ) + ( intMaxDelayHour * 3600 );
}
if ( calcMinDelay > calcMaxDelay )
{
invalid = true;
bMinDelayHour = false;
bMinDelayMin = false;
bMinDelaySec = false;
bMaxDelayHour = false;
bMaxDelayMin = false;
bMaxDelaySec = false;
fMinDelayHour = true;
fMinDelayMin = true;
fMinDelaySec = true;
fMaxDelayHour = true;
fMaxDelayMin = true;
fMaxDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn]. Must be less than or equal to [Max Delay To Next Spawn].\n", Messages );
}
if ( intEventRange < 0 && !fEventRange )
{
invalid = true;
bEventRange = false;
fEventRange = true;
Messages = String.Format( "{0}Invalid input for [Event Range]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intBeginTimeBasedHour > 12 || intBeginTimeBasedHour < 1 ) && !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [Hour]. Must be between 1 and 12.\n", Messages );
}
if ( ( intBeginTimeBasedMinute > 59 || intBeginTimeBasedMinute < 0 ) && !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [Minute]. Must be between 00 and 59.\n", Messages );
}
if ( ( stringBeginTimeBasedAMPM != "AM" && stringBeginTimeBasedAMPM != "PM" ) && !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [AM/PM]. Must be AM or PM only.\n", Messages );
}
if ( ( intEndTimeBasedHour > 12 || intEndTimeBasedHour < 1 ) && !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [Hour]. Must be between 1 and 12.\n", Messages );
}
if ( ( intEndTimeBasedMinute > 59 || intEndTimeBasedMinute < 0 ) && !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [Minute]. Must be between 00 and 59.\n", Messages );
}
if ( ( stringEndTimeBasedAMPM != "AM" && stringEndTimeBasedAMPM != "PM" ) && !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [AM/PM]. Must be AM or PM only.\n", Messages );
}
if ( !fBeginTimeBased )
{
int hourCheck = intBeginTimeBasedHour;
if ( stringBeginTimeBasedAMPM == "PM" && hourCheck < 12 )
hourCheck += 12;
if ( stringBeginTimeBasedAMPM == "AM" && hourCheck == 12 )
hourCheck = 0;
calcBeginTimeBased = ( hourCheck * 60 ) + intBeginTimeBasedMinute;
}
if ( !fEndTimeBased )
{
int hourCheck = intEndTimeBasedHour;
if ( stringEndTimeBasedAMPM == "PM" && hourCheck < 12 )
hourCheck += 12;
if ( stringEndTimeBasedAMPM == "AM" && hourCheck == 12 )
hourCheck = 0;
calcEndTimeBased = ( hourCheck * 60 ) + intEndTimeBasedMinute;
}
if ( intMinDespawnHour < 0 && !fMinDespawnHour )
{
invalid = true;
bMinDespawnHour = false;
fMinDespawnHour = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Hours]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intMinDespawnMin < 0 || intMinDespawnMin > 59 ) && !fMinDespawnMin )
{
invalid = true;
bMinDespawnMin = false;
fMinDespawnMin = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Minutes]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( ( intMinDespawnSec < 0 || intMinDespawnSec > 59 ) && !fMinDespawnSec )
{
invalid = true;
bMinDespawnSec = false;
fMinDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Seconds]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( intMaxDespawnHour < 0 && !fMaxDespawnHour )
{
invalid = true;
bMaxDespawnHour = false;
fMaxDespawnHour = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Hours]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intMaxDespawnMin < 0 || intMaxDespawnMin > 59 ) && !fMaxDespawnMin )
{
invalid = true;
bMaxDespawnMin = false;
fMaxDespawnMin = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Minutes]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( ( intMaxDespawnSec < 0 || intMaxDespawnSec > 59 ) && !fMaxDespawnSec )
{
invalid = true;
bMaxDespawnSec = false;
fMaxDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Seconds]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
int calcMinDespawn=0, calcMaxDespawn=0;
if ( !fMinDespawnHour && !fMinDespawnMin && !fMinDespawnSec && !fMaxDespawnHour && !fMaxDespawnMin && !fMaxDespawnSec )
{
calcMinDespawn = intMinDespawnSec + ( intMinDespawnMin * 60 ) + ( intMinDespawnHour * 3600 );
calcMaxDespawn = intMaxDespawnSec + ( intMaxDespawnMin * 60 ) + ( intMaxDespawnHour * 3600 );
}
if ( calcMinDespawn > calcMaxDespawn )
{
invalid = true;
bMinDespawnHour = false;
bMinDespawnMin = false;
bMinDespawnSec = false;
bMaxDespawnHour = false;
bMaxDespawnMin = false;
bMaxDespawnSec = false;
fMinDespawnHour = true;
fMinDespawnMin = true;
fMinDespawnSec = true;
fMaxDespawnHour = true;
fMaxDespawnMin = true;
fMaxDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn]. Must be less than or equal to [Max Delay To Despawn].\n", Messages );
}
// *************** Final Check ***************
if ( invalid )
{
if ( !fSpawnRange )
{
bSpawnRange = true;
spawnRange = intSpawnRange;
}
if ( !fWalkRange )
{
bWalkRange = true;
walkRange = intWalkRange;
}
if ( !fAmount )
{
bAmount = true;
amount = intAmount;
}
if ( !fMinDelayHour )
{
bMinDelayHour = true;
minDelayHour = intMinDelayHour;
}
if ( !fMinDelayMin )
{
bMinDelayMin = true;
minDelayMin = intMinDelayMin;
}
if ( !fMinDelaySec )
{
bMinDelaySec = true;
minDelaySec = intMinDelaySec;
}
if ( !fMaxDelayHour )
{
bMaxDelayHour = true;
maxDelayHour = intMaxDelayHour;
}
if ( !fMaxDelayMin )
{
bMaxDelayMin = true;
maxDelayMin = intMaxDelayMin;
}
if ( !fMaxDelaySec )
{
bMaxDelaySec = true;
maxDelaySec = intMaxDelaySec;
}
if ( !fEventRange )
{
bEventRange = true;
eventRange = intEventRange;
}
if ( !fBeginTimeBased )
{
bBeginTimeBased = true;
if ( stringBeginTimeBasedAMPM == "PM" && intBeginTimeBasedHour < 12 )
intBeginTimeBasedHour += 12;
if ( stringBeginTimeBasedAMPM == "AM" && intBeginTimeBasedHour == 12 )
intBeginTimeBasedHour = 0;
beginTimeBasedHour = intBeginTimeBasedHour;
beginTimeBasedMinute = intBeginTimeBasedMinute;
}
if ( !fEndTimeBased )
{
bEndTimeBased = true;
if ( stringEndTimeBasedAMPM == "PM" && intEndTimeBasedHour < 12 )
intEndTimeBasedHour += 12;
if ( stringEndTimeBasedAMPM == "AM" && intEndTimeBasedHour == 12 )
intEndTimeBasedHour = 0;
endTimeBasedHour = intEndTimeBasedHour;
endTimeBasedMinute = intEndTimeBasedMinute;
}
if ( !fMinDespawnHour )
{
bMinDespawnHour = true;
minDespawnHour = intMinDespawnHour;
}
if ( !fMinDespawnMin )
{
bMinDespawnMin = true;
minDespawnMin = intMinDespawnMin;
}
if ( !fMinDespawnSec )
{
bMinDespawnSec = true;
minDespawnSec = intMinDespawnSec;
}
if ( !fMaxDespawnHour )
{
bMaxDespawnHour = true;
maxDespawnHour = intMaxDespawnHour;
}
if ( !fMaxDespawnMin )
{
bMaxDespawnMin = true;
maxDespawnMin = intMaxDespawnMin;
}
if ( !fMaxDespawnSec )
{
bMaxDespawnSec = true;
maxDespawnSec = intMaxDespawnSec;
}
if ( !submit )
Messages = oldMessages;
UpdatePage( command );
return;
}
// *************** Applying Settings ***************
spawnRange = intSpawnRange;
walkRange = intWalkRange;
amount = intAmount;
eventRange = intEventRange;
if ( stringBeginTimeBasedAMPM == "PM" && intBeginTimeBasedHour < 12 )
intBeginTimeBasedHour += 12;
if ( stringBeginTimeBasedAMPM == "AM" && intBeginTimeBasedHour == 12 )
intBeginTimeBasedHour = 0;
beginTimeBasedHour = intBeginTimeBasedHour;
beginTimeBasedMinute = intBeginTimeBasedMinute;
if ( stringEndTimeBasedAMPM == "PM" && intEndTimeBasedHour < 12 )
intEndTimeBasedHour += 12;
if ( stringEndTimeBasedAMPM == "AM" && intEndTimeBasedHour == 12 )
intEndTimeBasedHour = 0;
endTimeBasedHour = intEndTimeBasedHour;
endTimeBasedMinute = intEndTimeBasedMinute;
ArrayList settingList = new ArrayList();
settingList.Add( Setting.OverrideIndividualEntries );
settingList.Add( spawnRange );
settingList.Add( walkRange );
settingList.Add( amount );
settingList.Add( calcMinDelay );
settingList.Add( calcMaxDelay );
settingList.Add( spawnGroupSwitch );
settingList.Add( eventAmbushSwitch );
settingList.Add( spawnTypeSwitch );
settingList.Add( keyword );
settingList.Add( caseSensitiveSwitch );
settingList.Add( eventRange );
settingList.Add( beginTimeBasedHour );
settingList.Add( beginTimeBasedMinute );
settingList.Add( endTimeBasedHour );
settingList.Add( endTimeBasedMinute );
settingList.Add( calcMinDespawn );
settingList.Add( calcMaxDespawn );
settingList.Add( despawnSwitch );
settingList.Add( despawnGroupSwitch );
settingList.Add( despawnTimeExpireSwitch );
if ( AddSetting && submit )
{
megaSpawner.SettingsList.Add( settingList );
Messages = "Setting has been added.";
SettingsCheckBoxesList.Add( (bool) false );
}
else if ( submit )
{
megaSpawner.SettingsList[index] = settingList;
Messages = "Setting has been updated.";
}
if ( submit )
{
megaSpawner.DeleteEntries();
MegaSpawnerOverride.RemoveRespawnEntries( megaSpawner );
for ( int i = 0; i < amount; i++ )
{
megaSpawner.OverrideRespawnEntryList.Add( "" );
megaSpawner.OverrideRespawnTimeList.Add( 0 );
megaSpawner.OverrideSpawnCounterList.Add( DateTime.Now );
megaSpawner.OverrideSpawnTimeList.Add( 0 );
megaSpawner.OverrideDespawnTimeList.Add( 0 );
}
megaSpawner.OverrideSpawnedEntries.Clear();
megaSpawner.OverrideLastMovedList.Clear();
megaSpawner.CompileSettings();
megaSpawner.Respawn();
MegaSpawnerOverride.CheckDupedEntries( megaSpawner );
ArgsList[30] = 0; // FromWhere
SetArgsList();
gumpMobile.SendGump( new SettingsGump( gumpMobile, ArgsList ) );
break;
}
else
{
minDelayHour = intMinDelayHour;
minDelayMin = intMinDelayMin;
minDelaySec = intMinDelaySec;
maxDelayHour = intMaxDelayHour;
maxDelayMin = intMaxDelayMin;
maxDelaySec = intMaxDelaySec;
minDespawnHour = intMinDespawnHour;
minDespawnMin = intMinDespawnMin;
minDespawnSec = intMinDespawnSec;
maxDespawnHour = intMaxDespawnHour;
maxDespawnMin = intMaxDespawnMin;
maxDespawnSec = intMaxDespawnSec;
if ( stringBeginTimeBasedAMPM == "PM" && intBeginTimeBasedHour < 12 )
intBeginTimeBasedHour += 12;
if ( stringBeginTimeBasedAMPM == "AM" && intBeginTimeBasedHour == 12 )
intBeginTimeBasedHour = 0;
beginTimeBasedHour = intBeginTimeBasedHour;
beginTimeBasedMinute = intBeginTimeBasedMinute;
if ( stringEndTimeBasedAMPM == "PM" && intEndTimeBasedHour < 12 )
intEndTimeBasedHour += 12;
if ( stringEndTimeBasedAMPM == "AM" && intEndTimeBasedHour == 12 )
intEndTimeBasedHour = 0;
endTimeBasedHour = intEndTimeBasedHour;
endTimeBasedMinute = intEndTimeBasedMinute;
Messages = oldMessages;
UpdatePage( command );
}
break;
}
case 2: // Add Item To Spawn Entry
{
bool invalid = false;
bool fAddItem=false, fMinStackAmount=false, fMaxStackAmount=false;
string checkAddItem=null, checkMinStackAmount=null, checkMaxStackAmount=null;
int intMinStackAmount=0, intMaxStackAmount=0;
string stringAddItem=null;
TextRelay textInput;
if ( pg == 6 )
{
textInput = info.GetTextEntry( 1 );
checkAddItem = Convert.ToString( textInput.Text );
textInput = info.GetTextEntry( 2 );
checkMinStackAmount = Convert.ToString( textInput.Text );
textInput = info.GetTextEntry( 3 );
checkMaxStackAmount = Convert.ToString( textInput.Text );
}
else
{
checkMinStackAmount = minStackAmount.ToString();
checkMaxStackAmount = maxStackAmount.ToString();
}
// *************** First Check ***************
if ( entryName == "" )
{
invalid = true;
Messages = String.Format( "{0}Invalid input for [Entry Name]. You must choose an entry to add the item to.\n", Messages );
}
if ( pg == 6 )
{
Type type = ScriptCompiler.FindTypeByName( checkAddItem );
if ( type != null )
stringAddItem = type.Name;
if ( type == null || MC.IsBadEntryType( checkAddItem ) || MC.IsMobile( checkAddItem ) )
{
invalid = true;
bAddItem = false;
fAddItem = true;
Messages = String.Format( "{0}Invalid input for [Item To Add]. You must specify a valid type. Type must be an item only. Specifying a mobile will result in an error.\n", Messages );
}
}
try{ intMinStackAmount = Convert.ToInt32( checkMinStackAmount ); }
catch
{
invalid = true;
bMinStackAmount = false;
fMinStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount] [Minimum Amount]. You must specify an integer only.\n", Messages );
}
try{ intMaxStackAmount = Convert.ToInt32( checkMaxStackAmount ); }
catch
{
invalid = true;
bMaxStackAmount = false;
fMaxStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount] [Maximum Amount]. You must specify an integer only.\n", Messages );
}
// *************** Second Check ***************
if ( intMinStackAmount < 1 && !fMinStackAmount )
{
invalid = true;
bMinStackAmount = false;
fMinStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount] [Minimum Amount]. Must be greater than 0.\n", Messages );
}
if ( intMaxStackAmount < 1 && !fMaxStackAmount )
{
invalid = true;
bMaxStackAmount = false;
fMaxStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount] [Maximum Amount]. Must be greater than 0.\n", Messages );
}
if ( intMinStackAmount > intMaxStackAmount && !fMinStackAmount && !fMaxStackAmount )
{
invalid = true;
bMinStackAmount = false;
fMinStackAmount = true;
bMaxStackAmount = false;
fMaxStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount]. [Minimum Amount] must be less than or equal to [Maximum Amount].\n", Messages );
}
// *************** Final Check ***************
if ( invalid )
{
if ( !fAddItem || command == 7 )
{
bAddItem = true;
addItem = checkAddItem;
}
if ( !fMinStackAmount )
{
bMinStackAmount = true;
minStackAmount = intMinStackAmount;
}
if ( !fMaxStackAmount )
{
bMaxStackAmount = true;
maxStackAmount = intMaxStackAmount;
}
if ( !submit )
Messages = oldMessages;
UpdatePage( command );
return;
}
// *************** Applying Settings ***************
if ( stringAddItem != null )
addItem = stringAddItem;
else
addItem = checkAddItem;
minStackAmount = intMinStackAmount;
maxStackAmount = intMaxStackAmount;
bool notContainer = false;
ArrayList settingList = new ArrayList();
settingList.Add( Setting.AddItem );
settingList.Add( entryName );
settingList.Add( entryIndex );
settingList.Add( addItem );
settingList.Add( minStackAmount );
settingList.Add( maxStackAmount );
if ( MC.IsContainer( addItem ) )
settingList[0] = Setting.AddContainer;
else
settingList[0] = Setting.AddItem;
if ( !MC.IsContainer( addItem ) && InsideItemList.Count > 0 )
{
notContainer = true;
}
else
{
for ( int i = 0; i < InsideItemList.Count; i++ )
{
ArrayList List = (ArrayList) InsideItemList[i];
settingList.Add( List );
}
}
if ( AddSetting && submit )
{
megaSpawner.SettingsList.Add( settingList );
megaSpawner.CompileSettings();
Messages = String.Format( "Setting has been added.{0}", notContainer ? " The item being added is not a container, therefore, the items list was cleared." : "" );
SettingsCheckBoxesList.Add( (bool) false );
}
else if ( submit )
{
megaSpawner.SettingsList[index] = settingList;
megaSpawner.CompileSettings();
Messages = String.Format( "Setting has been updated.{0}", notContainer ? " The item being added is not a container, therefore, the items list was cleared." : "" );
}
if ( submit )
{
megaSpawner.SettingsList.Sort( new MC.SettingsSorter() );
if ( !MC.IsContainer( addItem ) )
InsideItemList.Clear();
ArgsList[30] = 0; // FromWhere
SetArgsList();
gumpMobile.SendGump( new SettingsGump( gumpMobile, ArgsList ) );
break;
}
else
{
Messages = oldMessages;
UpdatePage( command );
}
break;
}
}
}
public WayPoint(Vector2 position, SpawnType spawnType, Submarine submarine, Gap gap = null)
: this(new Rectangle((int)position.X - 3, (int)position.Y + 3, 6, 6), submarine)
{
this.spawnType = spawnType;
ConnectedGap = gap;
}
public static void CheckTimeExpire( MegaSpawner megaSpawner, SpawnType st )
{
if ( !megaSpawner.OverrideDespawnTimeExpire )
return;
switch ( st )
{
case SpawnType.GameTimeBased:
{
int UOHour, UOMinute, time;
Server.Items.Clock.GetTime( megaSpawner.Map, megaSpawner.X, megaSpawner.Y, out UOHour, out UOMinute );
if ( UOHour == 24 )
UOHour = 0;
time = ( UOHour * 60 ) + UOMinute;
CheckDespawnTime( megaSpawner, time );
break;
}
case SpawnType.RealTimeBased:
{
int time = ( DateTime.Now.Hour * 60 ) + DateTime.Now.Minute;
CheckDespawnTime( megaSpawner, time );
break;
}
}
}
public void AddWaveData(SpawnType spawnType, int count)
{
m_WaveData.Add(new WaveData(spawnType, count));
}
public Spawn(Point p,int i, SpawnType t)
: this(p,0,1f,i,t)
{
}
private void SpawnBoss(SpawnType spawnType)
{
switch (spawnType)
{
case SpawnType.Squid:
var controller = AddActorController<SquidController>(ActorFactory.Create<SquidBoss>(ResourceDictionary.GetResource("SquidData"), new Vector2(7f, 1.75f)));
controller.Zazumo = this._zazumo;
break;
}
}
public void Read(MpqFileStream stream)
{
this.SNOHandle = new SNOHandle(stream);
this.SpawnType = (SpawnType)stream.ReadValueS32();
this.I0 = stream.ReadValueS32();
this.I1 = stream.ReadValueS32();
this.I2 = stream.ReadValueS32();
this.I3 = stream.ReadValueS32();
}
public void Draw(SpriteBatch spriteBatch, Vector2 drawPos)
{
Color clr = currentHull == null ? Color.CadetBlue : GUI.Style.Green;
if (spawnType != SpawnType.Path)
{
clr = Color.Gray;
}
if (isObstructed)
{
clr = Color.Black;
}
if (IsHighlighted || IsHighlighted)
{
clr = Color.Lerp(clr, Color.White, 0.8f);
}
int iconSize = spawnType == SpawnType.Path ? WaypointSize : SpawnPointSize;
if (ConnectedGap != null || Ladders != null || Stairs != null || SpawnType != SpawnType.Path)
{
iconSize = (int)(iconSize * 1.5f);
}
if (IsSelected || IsHighlighted)
{
int glowSize = (int)(iconSize * 1.5f);
GUI.Style.UIGlowCircular.Draw(spriteBatch,
new Rectangle((int)(drawPos.X - glowSize / 2), (int)(drawPos.Y - glowSize / 2), glowSize, glowSize),
Color.White);
}
Sprite sprite = iconSprites[SpawnType.ToString()];
if (spawnType == SpawnType.Human && AssignedJob?.Icon != null)
{
sprite = iconSprites["Path"];
}
else if (ConnectedDoor != null)
{
sprite = iconSprites["Door"];
}
else if (Ladders != null)
{
sprite = iconSprites["Ladder"];
}
sprite.Draw(spriteBatch, drawPos, clr, scale: iconSize / (float)sprite.SourceRect.Width, depth: 0.001f);
sprite.RelativeOrigin = Vector2.One * 0.5f;
if (spawnType == SpawnType.Human && AssignedJob?.Icon != null)
{
AssignedJob.Icon.Draw(spriteBatch, drawPos, AssignedJob.UIColor, scale: iconSize / (float)AssignedJob.Icon.SourceRect.Width * 0.8f, depth: 0.0f);
}
foreach (MapEntity e in linkedTo)
{
GUI.DrawLine(spriteBatch,
drawPos,
new Vector2(e.DrawPosition.X, -e.DrawPosition.Y),
(isObstructed ? Color.Gray : GUI.Style.Green) * 0.7f, width: 5, depth: 0.002f);
}
GUI.SmallFont.DrawString(spriteBatch,
ID.ToString(),
new Vector2(DrawPosition.X - 10, -DrawPosition.Y - 30),
Color.WhiteSmoke);
}
private void SubmitEntry( RelayInfo info, bool submit, int command )
{
oldEntryType = entryType;
string oldMessages = Messages;
bool oldActivated = false;
if ( submit )
{
if ( AddToSpawner )
MessagesTitle = "Submit Entry";
else
MessagesTitle = "Update Entry";
Messages = null;
}
bool invalid = false;
bool fEntryType=false, fSpawnRange=false, fWalkRange=false, fAmount=false, fMinDelayHour=false, fMinDelayMin=false, fMinDelaySec=false, fMaxDelayHour=false, fMaxDelayMin=false, fMaxDelaySec=false, fEventRange=false, fBeginTimeBased=false, fEndTimeBased=false, fMinStackAmount=false, fMaxStackAmount=false, fMinDespawnHour=false, fMinDespawnMin=false, fMinDespawnSec=false, fMaxDespawnHour=false, fMaxDespawnMin=false, fMaxDespawnSec=false;
string checkEntryType=null, checkSpawnRange=null, checkWalkRange=null, checkAmount=null, checkMinDelayHour=null, checkMinDelayMin=null, checkMinDelaySec=null, checkMaxDelayHour=null, checkMaxDelayMin=null, checkMaxDelaySec=null, checkEventRange=null, checkBeginTimeBased=null, checkEndTimeBased=null, checkMinStackAmount=null, checkMaxStackAmount=null, checkMinDespawnHour=null, checkMinDespawnMin=null, checkMinDespawnSec=null, checkMaxDespawnHour=null, checkMaxDespawnMin=null, checkMaxDespawnSec=null;
string stringEntryType=null, stringBeginTimeBasedAMPM=null, stringEndTimeBasedAMPM=null;
int intSpawnRange=0, intWalkRange=0, intAmount=0, intMinDelayHour=0, intMinDelayMin=0, intMinDelaySec=0, intMaxDelayHour=0, intMaxDelayMin=0, intMaxDelaySec=0, intEventRange=0, intBeginTimeBasedHour=0, intBeginTimeBasedMinute=0, intEndTimeBasedHour=0, intEndTimeBasedMinute=0, intMinStackAmount=0, intMaxStackAmount=0, intMinDespawnHour=0, intMinDespawnMin=0, intMinDespawnSec=0, intMaxDespawnHour=0, intMaxDespawnMin=0, intMaxDespawnSec=0;
if ( pg == 1 )
{
checkEntryType = info.GetTextEntry( 1 ).Text;
checkMinStackAmount = info.GetTextEntry( 11 ).Text;
checkMaxStackAmount = info.GetTextEntry( 12 ).Text;
oldActivated = activatedSwitch;
activatedSwitch = info.IsSwitched( 1 );
movableSwitch = info.IsSwitched( 4 );
}
else
{
checkEntryType = entryType;
checkMinStackAmount = minStackAmount.ToString();
checkMaxStackAmount = maxStackAmount.ToString();
}
if ( !megaSpawner.OverrideIndividualEntries )
{
if ( pg == 1 )
{
spawnGroupSwitch = info.IsSwitched( 2 );
eventAmbushSwitch = info.IsSwitched( 3 );
despawnSwitch = info.IsSwitched( 5 );
despawnGroupSwitch = info.IsSwitched( 6 );
checkSpawnRange = info.GetTextEntry( 2 ).Text;
checkWalkRange = info.GetTextEntry( 3 ).Text;
checkAmount = info.GetTextEntry( 4 ).Text;
checkMinDelayHour = info.GetTextEntry( 5 ).Text;
checkMinDelayMin = info.GetTextEntry( 6 ).Text;
checkMinDelaySec = info.GetTextEntry( 7 ).Text;
checkMaxDelayHour = info.GetTextEntry( 8 ).Text;
checkMaxDelayMin = info.GetTextEntry( 9 ).Text;
checkMaxDelaySec = info.GetTextEntry( 10 ).Text;
checkMinDespawnHour = info.GetTextEntry( 13 ).Text;
checkMinDespawnMin = info.GetTextEntry( 14 ).Text;
checkMinDespawnSec = info.GetTextEntry( 15 ).Text;
checkMaxDespawnHour = info.GetTextEntry( 16 ).Text;
checkMaxDespawnMin = info.GetTextEntry( 17 ).Text;
checkMaxDespawnSec = info.GetTextEntry( 18 ).Text;
}
else
{
checkSpawnRange = spawnRange.ToString();
checkWalkRange = walkRange.ToString();
checkAmount = amount.ToString();
checkMinDelayHour = minDelayHour.ToString();
checkMinDelayMin = minDelayMin.ToString();
checkMinDelaySec = minDelaySec.ToString();
checkMaxDelayHour = maxDelayHour.ToString();
checkMaxDelayMin = maxDelayMin.ToString();
checkMaxDelaySec = maxDelaySec.ToString();
checkMinDespawnHour = minDespawnHour.ToString();
checkMinDespawnMin = minDespawnMin.ToString();
checkMinDespawnSec = minDespawnSec.ToString();
checkMaxDespawnHour = maxDespawnHour.ToString();
checkMaxDespawnMin = maxDespawnMin.ToString();
checkMaxDespawnSec = maxDespawnSec.ToString();
}
if ( pg == 2 )
{
int switchNum = MC.GetSwitchNum( info, 1, 5 );
spawnTypeSwitch = (SpawnType) switchNum;
caseSensitiveSwitch = info.IsSwitched( 6 );
despawnTimeExpireSwitch = info.IsSwitched( 7 );
checkEventRange = info.GetTextEntry( 1 ).Text;
checkBeginTimeBased = info.GetTextEntry( 2 ).Text;
checkEndTimeBased = info.GetTextEntry( 3 ).Text;
keyword = info.GetTextEntry( 4 ).Text;
}
else
{
CalcTimeBased();
checkEventRange = eventRange.ToString();
checkBeginTimeBased = beginTimeBased.ToString();
checkEndTimeBased = endTimeBased.ToString();
}
}
else
{
if ( pg == 1 )
{
checkAmount = info.GetTextEntry( 4 ).Text;
}
spawnTypeSwitch = SpawnType.Regular;
spawnGroupSwitch = false;
eventAmbushSwitch = true;
checkSpawnRange = "10";
checkWalkRange = "10";
checkMinDelayHour = "0";
checkMinDelayMin = "5";
checkMinDelaySec = "0";
checkMaxDelayHour = "0";
checkMaxDelayMin = "10";
checkMaxDelaySec = "0";
checkEventRange = "10";
checkBeginTimeBased = "12:00 AM";
checkEndTimeBased = "12:00 AM";
keyword = "";
checkMinDespawnHour = "0";
checkMinDespawnMin = "30";
checkMinDespawnSec = "0";
checkMaxDespawnHour = "1";
checkMaxDespawnMin = "0";
checkMaxDespawnSec = "0";
}
// *************** First Check ***************
Type type = ScriptCompiler.FindTypeByName( checkEntryType );
if ( type != null )
stringEntryType = type.Name;
if ( type == null || MC.IsBadEntryType( checkEntryType ) )
{
invalid = true;
bEntryType = false;
fEntryType = true;
Messages = String.Format( "{0}Invalid input for [Entry Type]. You must specify a valid type.\n", Messages );
}
if ( AddToSpawner && submit && megaSpawner.OverrideIndividualEntries )
{
for ( int i = 0; i < megaSpawner.EntryList.Count; i++ )
{
if ( checkEntryType.ToLower() == ( (string) megaSpawner.EntryList[i] ).ToLower() )
{
invalid = true;
bEntryType = false;
fEntryType = true;
Messages = String.Format( "{0}Invalid input for [Entry Type]. That entry already exists. You may not have duplicate entries when the Mega Spawner is overridden. Please choose another entry.\n", Messages );
}
}
}
try{ intSpawnRange = Convert.ToInt32( checkSpawnRange ); }
catch
{
invalid = true;
bSpawnRange = false;
fSpawnRange = true;
Messages = String.Format( "{0}Invalid input for [Spawn Range]. You must specify an integer only.\n", Messages );
}
try{ intWalkRange = Convert.ToInt32( checkWalkRange ); }
catch
{
invalid = true;
bWalkRange = false;
fWalkRange = true;
Messages = String.Format( "{0}Invalid input for [Walk Range]. You must specify an integer only.\n", Messages );
}
try{ intAmount = Convert.ToInt32( checkAmount ); }
catch
{
invalid = true;
bAmount = false;
fAmount = true;
Messages = String.Format( "{0}Invalid input for [Amount To Spawn]. You must specify an integer only.\n", Messages );
}
try{ intMinDelayHour = Convert.ToInt32( checkMinDelayHour ); }
catch
{
invalid = true;
bMinDelayHour = false;
fMinDelayHour = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Hours]. You must specify an integer only.\n", Messages );
}
try{ intMinDelayMin = Convert.ToInt32( checkMinDelayMin ); }
catch
{
invalid = true;
bMinDelayMin = false;
fMinDelayMin = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Minutes]. You must specify an integer only.\n", Messages );
}
try{ intMinDelaySec = Convert.ToInt32( checkMinDelaySec ); }
catch
{
invalid = true;
bMinDelaySec = false;
fMinDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Seconds]. You must specify an integer only.\n", Messages );
}
try{ intMaxDelayHour = Convert.ToInt32( checkMaxDelayHour ); }
catch
{
invalid = true;
bMaxDelayHour = false;
fMaxDelayHour = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Hours]. You must specify an integer only.\n", Messages );
}
try{ intMaxDelayMin = Convert.ToInt32( checkMaxDelayMin ); }
catch
{
invalid = true;
bMaxDelayMin = false;
fMaxDelayMin = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Minutes]. You must specify an integer only.\n", Messages );
}
try{ intMaxDelaySec = Convert.ToInt32( checkMaxDelaySec ); }
catch
{
invalid = true;
bMaxDelaySec = false;
fMaxDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Seconds]. You must specify an integer only.\n", Messages );
}
try{ intEventRange = Convert.ToInt32( checkEventRange ); }
catch
{
invalid = true;
bEventRange = false;
fEventRange = true;
Messages = String.Format( "{0}Invalid input for [Event Range]. You must specify an integer only.\n", Messages );
}
string[] begin = checkBeginTimeBased.Split(':');
string[] end = checkEndTimeBased.Split(':');
string[] beginAMPM = null;
string[] endAMPM = null;
if ( begin.Length != 2 )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid format for [Begin Time Based]. Example of the correct format is: 12:00 PM.\n", Messages );
}
else
{
beginAMPM = begin[1].Split(' ');
}
if ( end.Length != 2 )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid format for [End Time Based]. Example of the correct format is: 12:00 PM.\n", Messages );
}
else
{
endAMPM = end[1].Split(' ');
}
try{ intBeginTimeBasedHour = Convert.ToInt32( begin[0] ); }
catch
{
if ( !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [Hour]. You must specify an integer only.\n", Messages );
}
}
try{ intBeginTimeBasedMinute = Convert.ToInt32( beginAMPM[0] ); }
catch
{
if ( !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [Minute]. You must specify an integer only.\n", Messages );
}
}
try{ intEndTimeBasedHour = Convert.ToInt32( end[0] ); }
catch
{
if ( !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [Hour]. You must specify an integer only.\n", Messages );
}
}
try{ intEndTimeBasedMinute = Convert.ToInt32( endAMPM[0] ); }
catch
{
if ( !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [Minute]. You must specify an integer only.\n", Messages );
}
}
if ( ( beginAMPM == null || beginAMPM.Length != 2 ) && !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid format for [Begin Time Based]. Example of the correct format is: 12:00 PM.\n", Messages );
}
else
stringBeginTimeBasedAMPM = Convert.ToString( beginAMPM[1] ).ToUpper();
if ( ( endAMPM == null || endAMPM.Length != 2 ) && !fBeginTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid format for [End Time Based]. Example of the correct format is: 12:00 PM.\n", Messages );
}
else
stringEndTimeBasedAMPM = Convert.ToString( endAMPM[1] ).ToUpper();
try{ intMinStackAmount = Convert.ToInt32( checkMinStackAmount ); }
catch
{
invalid = true;
bMinStackAmount = false;
fMinStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount] [Minimum Amount]. You must specify an integer only.\n", Messages );
}
try{ intMaxStackAmount = Convert.ToInt32( checkMaxStackAmount ); }
catch
{
invalid = true;
bMaxStackAmount = false;
fMaxStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount] [Maximum Amount]. You must specify an integer only.\n", Messages );
}
try{ intMinDespawnHour = Convert.ToInt32( checkMinDespawnHour ); }
catch
{
invalid = true;
bMinDespawnHour = false;
fMinDespawnHour = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Hours]. You must specify an integer only.\n", Messages );
}
try{ intMinDespawnMin = Convert.ToInt32( checkMinDespawnMin ); }
catch
{
invalid = true;
bMinDespawnMin = false;
fMinDespawnMin = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Minutes]. You must specify an integer only.\n", Messages );
}
try{ intMinDespawnSec = Convert.ToInt32( checkMinDespawnSec ); }
catch
{
invalid = true;
bMinDespawnSec = false;
fMinDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Seconds]. You must specify an integer only.\n", Messages );
}
try{ intMaxDespawnHour = Convert.ToInt32( checkMaxDespawnHour ); }
catch
{
invalid = true;
bMaxDespawnHour = false;
fMaxDespawnHour = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Hours]. You must specify an integer only.\n", Messages );
}
try{ intMaxDespawnMin = Convert.ToInt32( checkMaxDespawnMin ); }
catch
{
invalid = true;
bMaxDespawnMin = false;
fMaxDespawnMin = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Minutes]. You must specify an integer only.\n", Messages );
}
try{ intMaxDespawnSec = Convert.ToInt32( checkMaxDespawnSec ); }
catch
{
invalid = true;
bMaxDespawnSec = false;
fMaxDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Seconds]. You must specify an integer only.\n", Messages );
}
// *************** Second Check ***************
if ( intSpawnRange < 0 && !fSpawnRange )
{
invalid = true;
bSpawnRange = false;
fSpawnRange = true;
Messages = String.Format( "{0}Invalid input for [Spawn Range]. Must be greater than or equal to 0.\n", Messages );
}
if ( intWalkRange < 0 && !fWalkRange )
{
invalid = true;
bWalkRange = false;
fWalkRange = true;
Messages = String.Format( "{0}Invalid input for [Walk Range]. Must be greater than or equal to 0.\n", Messages );
}
if ( intAmount <= 0 && !fAmount )
{
invalid = true;
bAmount = false;
fAmount = true;
Messages = String.Format( "{0}Invalid input for [Amount]. Must be greater than 0.\n", Messages );
}
if ( intMinDelayHour < 0 && !fMinDelayHour )
{
invalid = true;
bMinDelayHour = false;
fMinDelayHour = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Hours]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intMinDelayMin < 0 || intMinDelayMin > 59 ) && !fMinDelayMin )
{
invalid = true;
bMinDelayMin = false;
fMinDelayMin = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Minutes]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( ( intMinDelaySec < 0 || intMinDelaySec > 59 ) && !fMinDelaySec )
{
invalid = true;
bMinDelaySec = false;
fMinDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn] [Seconds]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( intMaxDelayHour < 0 && !fMaxDelayHour )
{
invalid = true;
bMaxDelayHour = false;
fMaxDelayHour = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Hours]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intMaxDelayMin < 0 || intMaxDelayMin > 59 ) && !fMaxDelayMin )
{
invalid = true;
bMaxDelayMin = false;
fMaxDelayMin = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Minutes]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( ( intMaxDelaySec < 0 || intMaxDelaySec > 59 ) && !fMaxDelaySec )
{
invalid = true;
bMaxDelaySec = false;
fMaxDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Next Spawn] [Seconds]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
int calcMinDelay=0, calcMaxDelay=0, calcBeginTimeBased=0, calcEndTimeBased=0;
if ( !fMinDelayHour && !fMinDelayMin && !fMinDelaySec && !fMaxDelayHour && !fMaxDelayMin && !fMaxDelaySec )
{
calcMinDelay = intMinDelaySec + ( intMinDelayMin * 60 ) + ( intMinDelayHour * 3600 );
calcMaxDelay = intMaxDelaySec + ( intMaxDelayMin * 60 ) + ( intMaxDelayHour * 3600 );
}
if ( calcMinDelay > calcMaxDelay )
{
invalid = true;
bMinDelayHour = false;
bMinDelayMin = false;
bMinDelaySec = false;
bMaxDelayHour = false;
bMaxDelayMin = false;
bMaxDelaySec = false;
fMinDelayHour = true;
fMinDelayMin = true;
fMinDelaySec = true;
fMaxDelayHour = true;
fMaxDelayMin = true;
fMaxDelaySec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Next Spawn]. Must be less than or equal to [Max Delay To Next Spawn].\n", Messages );
}
if ( intEventRange < 0 && !fEventRange )
{
invalid = true;
bEventRange = false;
fEventRange = true;
Messages = String.Format( "{0}Invalid input for [Event Range]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intBeginTimeBasedHour > 12 || intBeginTimeBasedHour < 1 ) && !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [Hour]. Must be between 1 and 12.\n", Messages );
}
if ( ( intBeginTimeBasedMinute > 59 || intBeginTimeBasedMinute < 0 ) && !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [Minute]. Must be between 00 and 59.\n", Messages );
}
if ( ( stringBeginTimeBasedAMPM != "AM" && stringBeginTimeBasedAMPM != "PM" ) && !fBeginTimeBased )
{
invalid = true;
bBeginTimeBased = false;
fBeginTimeBased = true;
Messages = String.Format( "{0}Invalid input for [Begin Time Based] [AM/PM]. Must be AM or PM only.\n", Messages );
}
if ( ( intEndTimeBasedHour > 12 || intEndTimeBasedHour < 1 ) && !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [Hour]. Must be between 1 and 12.\n", Messages );
}
if ( ( intEndTimeBasedMinute > 59 || intEndTimeBasedMinute < 0 ) && !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [Minute]. Must be between 00 and 59.\n", Messages );
}
if ( ( stringEndTimeBasedAMPM != "AM" && stringEndTimeBasedAMPM != "PM" ) && !fEndTimeBased )
{
invalid = true;
bEndTimeBased = false;
fEndTimeBased = true;
Messages = String.Format( "{0}Invalid input for [End Time Based] [AM/PM]. Must be AM or PM only.\n", Messages );
}
if ( !fBeginTimeBased )
{
int hourCheck = intBeginTimeBasedHour;
if ( stringBeginTimeBasedAMPM == "PM" && hourCheck < 12 )
hourCheck += 12;
if ( stringBeginTimeBasedAMPM == "AM" && hourCheck == 12 )
hourCheck = 0;
calcBeginTimeBased = ( hourCheck * 60 ) + intBeginTimeBasedMinute;
}
if ( !fEndTimeBased )
{
int hourCheck = intEndTimeBasedHour;
if ( stringEndTimeBasedAMPM == "PM" && hourCheck < 12 )
hourCheck += 12;
if ( stringEndTimeBasedAMPM == "AM" && hourCheck == 12 )
hourCheck = 0;
calcEndTimeBased = ( hourCheck * 60 ) + intEndTimeBasedMinute;
}
if ( intMinStackAmount < 1 && !fMinStackAmount )
{
invalid = true;
bMinStackAmount = false;
fMinStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount] [Minimum Amount]. Must be greater than 0.\n", Messages );
}
if ( intMaxStackAmount < 1 && !fMaxStackAmount )
{
invalid = true;
bMaxStackAmount = false;
fMaxStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount] [Maximum Amount]. Must be greater than 0.\n", Messages );
}
if ( intMinStackAmount > intMaxStackAmount && !fMinStackAmount && !fMaxStackAmount )
{
invalid = true;
bMinStackAmount = false;
fMinStackAmount = true;
bMaxStackAmount = false;
fMaxStackAmount = true;
Messages = String.Format( "{0}Invalid input for [Stack Amount]. [Minimum Amount] must be less than or equal to [Maximum Amount].\n", Messages );
}
if ( intMinDespawnHour < 0 && !fMinDespawnHour )
{
invalid = true;
bMinDespawnHour = false;
fMinDespawnHour = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Hours]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intMinDespawnMin < 0 || intMinDespawnMin > 59 ) && !fMinDespawnMin )
{
invalid = true;
bMinDespawnMin = false;
fMinDespawnMin = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Minutes]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( ( intMinDespawnSec < 0 || intMinDespawnSec > 59 ) && !fMinDespawnSec )
{
invalid = true;
bMinDespawnSec = false;
fMinDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn] [Seconds]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( intMaxDespawnHour < 0 && !fMaxDespawnHour )
{
invalid = true;
bMaxDespawnHour = false;
fMaxDespawnHour = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Hours]. Must be greater than or equal to 0.\n", Messages );
}
if ( ( intMaxDespawnMin < 0 || intMaxDespawnMin > 59 ) && !fMaxDespawnMin )
{
invalid = true;
bMaxDespawnMin = false;
fMaxDespawnMin = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Minutes]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
if ( ( intMaxDespawnSec < 0 || intMaxDespawnSec > 59 ) && !fMaxDespawnSec )
{
invalid = true;
bMaxDespawnSec = false;
fMaxDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Max Delay To Despawn] [Seconds]. Must be greater than or equal to 0 and less than 60.\n", Messages );
}
int calcMinDespawn=0, calcMaxDespawn=0;
if ( !fMinDespawnHour && !fMinDespawnMin && !fMinDespawnSec && !fMaxDespawnHour && !fMaxDespawnMin && !fMaxDespawnSec )
{
calcMinDespawn = intMinDespawnSec + ( intMinDespawnMin * 60 ) + ( intMinDespawnHour * 3600 );
calcMaxDespawn = intMaxDespawnSec + ( intMaxDespawnMin * 60 ) + ( intMaxDespawnHour * 3600 );
}
if ( calcMinDespawn > calcMaxDespawn )
{
invalid = true;
bMinDespawnHour = false;
bMinDespawnMin = false;
bMinDespawnSec = false;
bMaxDespawnHour = false;
bMaxDespawnMin = false;
bMaxDespawnSec = false;
fMinDespawnHour = true;
fMinDespawnMin = true;
fMinDespawnSec = true;
fMaxDespawnHour = true;
fMaxDespawnMin = true;
fMaxDespawnSec = true;
Messages = String.Format( "{0}Invalid input for [Min Delay To Despawn]. Must be less than or equal to [Max Delay To Despawn].\n", Messages );
}
// *************** Final Check ***************
if ( invalid )
{
if ( !fEntryType || command == 6 )
{
bEntryType = true;
entryType = checkEntryType;
}
if ( !fSpawnRange )
{
bSpawnRange = true;
spawnRange = intSpawnRange;
}
if ( !fWalkRange )
{
bWalkRange = true;
walkRange = intWalkRange;
}
if ( !fAmount )
{
bAmount = true;
amount = intAmount;
}
if ( !fMinDelayHour )
{
bMinDelayHour = true;
minDelayHour = intMinDelayHour;
}
if ( !fMinDelayMin )
{
bMinDelayMin = true;
minDelayMin = intMinDelayMin;
}
if ( !fMinDelaySec )
{
bMinDelaySec = true;
minDelaySec = intMinDelaySec;
}
if ( !fMaxDelayHour )
{
bMaxDelayHour = true;
maxDelayHour = intMaxDelayHour;
}
if ( !fMaxDelayMin )
{
bMaxDelayMin = true;
maxDelayMin = intMaxDelayMin;
}
if ( !fMaxDelaySec )
{
bMaxDelaySec = true;
maxDelaySec = intMaxDelaySec;
}
if ( !fEventRange )
{
bEventRange = true;
eventRange = intEventRange;
}
if ( !fBeginTimeBased )
{
bBeginTimeBased = true;
if ( stringBeginTimeBasedAMPM == "PM" && intBeginTimeBasedHour < 12 )
intBeginTimeBasedHour += 12;
if ( stringBeginTimeBasedAMPM == "AM" && intBeginTimeBasedHour == 12 )
intBeginTimeBasedHour = 0;
beginTimeBasedHour = intBeginTimeBasedHour;
beginTimeBasedMinute = intBeginTimeBasedMinute;
}
if ( !fEndTimeBased )
{
bEndTimeBased = true;
if ( stringEndTimeBasedAMPM == "PM" && intEndTimeBasedHour < 12 )
intEndTimeBasedHour += 12;
if ( stringEndTimeBasedAMPM == "AM" && intEndTimeBasedHour == 12 )
intEndTimeBasedHour = 0;
endTimeBasedHour = intEndTimeBasedHour;
endTimeBasedMinute = intEndTimeBasedMinute;
}
if ( !fMinStackAmount )
{
bMinStackAmount = true;
minStackAmount = intMinStackAmount;
}
if ( !fMaxStackAmount )
{
bMaxStackAmount = true;
maxStackAmount = intMaxStackAmount;
}
if ( !fMinDespawnHour )
{
bMinDespawnHour = true;
minDespawnHour = intMinDespawnHour;
}
if ( !fMinDespawnMin )
{
bMinDespawnMin = true;
minDespawnMin = intMinDespawnMin;
}
if ( !fMinDespawnSec )
{
bMinDespawnSec = true;
minDespawnSec = intMinDespawnSec;
}
if ( !fMaxDespawnHour )
{
bMaxDespawnHour = true;
maxDespawnHour = intMaxDespawnHour;
}
if ( !fMaxDespawnMin )
{
bMaxDespawnMin = true;
maxDespawnMin = intMaxDespawnMin;
}
if ( !fMaxDespawnSec )
{
bMaxDespawnSec = true;
maxDespawnSec = intMaxDespawnSec;
}
if ( !submit )
Messages = oldMessages;
UpdatePage( command );
return;
}
// *************** Applying Settings ***************
if ( stringEntryType != null )
entryType = stringEntryType;
else
entryType = checkEntryType;
spawnRange = intSpawnRange;
walkRange = intWalkRange;
amount = intAmount;
eventRange = intEventRange;
minStackAmount = intMinStackAmount;
maxStackAmount = intMaxStackAmount;
if ( AddToSpawner && submit )
{
megaSpawner.EntryList.Add( entryType );
megaSpawner.SpawnRangeList.Add( spawnRange );
megaSpawner.WalkRangeList.Add( walkRange );
megaSpawner.AmountList.Add( amount );
megaSpawner.MinDelayList.Add( calcMinDelay );
megaSpawner.MaxDelayList.Add( calcMaxDelay );
megaSpawner.SpawnTypeList.Add( spawnTypeSwitch );
megaSpawner.ActivatedList.Add( activatedSwitch );
megaSpawner.EventRangeList.Add( eventRange );
megaSpawner.EventKeywordList.Add( keyword );
megaSpawner.KeywordCaseSensitiveList.Add( caseSensitiveSwitch );
megaSpawner.TriggerEventNowList.Add( (bool) true );
megaSpawner.EventAmbushList.Add( eventAmbushSwitch );
megaSpawner.BeginTimeBasedList.Add( calcBeginTimeBased );
megaSpawner.EndTimeBasedList.Add( calcEndTimeBased );
megaSpawner.GroupSpawnList.Add( spawnGroupSwitch );
megaSpawner.MinStackAmountList.Add( minStackAmount );
megaSpawner.MaxStackAmountList.Add( maxStackAmount );
megaSpawner.MovableList.Add( movableSwitch );
megaSpawner.MinDespawnList.Add( calcMinDespawn );
megaSpawner.MaxDespawnList.Add( calcMaxDespawn );
megaSpawner.DespawnList.Add( despawnSwitch );
megaSpawner.DespawnGroupList.Add( despawnGroupSwitch );
megaSpawner.DespawnTimeExpireList.Add( despawnTimeExpireSwitch );
megaSpawner.SpawnedEntries.Add( new ArrayList() );
megaSpawner.LastMovedList.Add( new ArrayList() );
MSEGCheckBoxesList.Add( (bool) false );
Messages = String.Format( "\"{0}\" entry has been added.", entryType );
}
else if ( submit )
{
if ( oldEntryType != entryType )
megaSpawner.DeleteEntries( index );
megaSpawner.EntryList[index] = entryType;
megaSpawner.SpawnRangeList[index] = spawnRange;
megaSpawner.WalkRangeList[index] = walkRange;
megaSpawner.AmountList[index] = amount;
megaSpawner.MinDelayList[index] = calcMinDelay;
megaSpawner.MaxDelayList[index] = calcMaxDelay;
megaSpawner.SpawnTypeList[index] = spawnTypeSwitch;
megaSpawner.ActivatedList[index] = activatedSwitch;
megaSpawner.EventRangeList[index] = eventRange;
megaSpawner.EventKeywordList[index] = keyword;
megaSpawner.KeywordCaseSensitiveList[index] = caseSensitiveSwitch;
megaSpawner.TriggerEventNowList[index] = (bool) true;
megaSpawner.EventAmbushList[index] = eventAmbushSwitch;
megaSpawner.BeginTimeBasedList[index] = calcBeginTimeBased;
megaSpawner.EndTimeBasedList[index] = calcEndTimeBased;
megaSpawner.GroupSpawnList[index] = spawnGroupSwitch;
megaSpawner.MinStackAmountList[index] = minStackAmount;
megaSpawner.MaxStackAmountList[index] = maxStackAmount;
megaSpawner.MovableList[index] = movableSwitch;
megaSpawner.MinDespawnList[index] = calcMinDespawn;
megaSpawner.MaxDespawnList[index] = calcMaxDespawn;
megaSpawner.DespawnList[index] = despawnSwitch;
megaSpawner.DespawnGroupList[index] = despawnGroupSwitch;
megaSpawner.DespawnTimeExpireList[index] = despawnTimeExpireSwitch;
if ( !megaSpawner.OverrideIndividualEntries )
{
megaSpawner.RemoveRespawnEntries( index );
megaSpawner.RecompileSettings( index );
}
if ( entryType == oldEntryType )
Messages = String.Format( "\"{0}\" entry has been updated.", oldEntryType );
else
Messages = String.Format( "\"{0}\" entry has been updated and changed to \"{1}\" entry.", oldEntryType, entryType );
}
if ( submit )
{
if ( megaSpawner.OverrideIndividualEntries )
{
MegaSpawnerOverride.DeleteEntries( megaSpawner );
MegaSpawnerOverride.RemoveRespawnEntries( megaSpawner );
megaSpawner.OverrideSpawnedEntries.Clear();
megaSpawner.OverrideLastMovedList.Clear();
for ( int i = 0; i < megaSpawner.OverrideAmount; i++ )
{
megaSpawner.OverrideRespawnEntryList.Add( "" );
megaSpawner.OverrideRespawnTimeList.Add( 0 );
megaSpawner.OverrideSpawnCounterList.Add( DateTime.Now );
megaSpawner.OverrideSpawnTimeList.Add( 0 );
megaSpawner.OverrideDespawnTimeList.Add( 0 );
}
}
else
{
ArrayList respawnEntryList = new ArrayList();
ArrayList respawnTimeList = new ArrayList();
ArrayList spawnCounterList = new ArrayList();
ArrayList spawnTimeList = new ArrayList();
ArrayList respawnOnSaveList = new ArrayList();
ArrayList despawnTimeList = new ArrayList();
for ( int i = 0; i < amount; i++ )
{
respawnEntryList.Add( entryType );
respawnTimeList.Add( 0 );
spawnCounterList.Add( DateTime.Now );
spawnTimeList.Add( 0 );
respawnOnSaveList.Add( (bool) false );
despawnTimeList.Add( 0 );
}
if ( AddToSpawner )
{
megaSpawner.RespawnEntryList.Add( respawnEntryList );
megaSpawner.RespawnTimeList.Add( respawnTimeList );
megaSpawner.SpawnCounterList.Add( spawnCounterList );
megaSpawner.SpawnTimeList.Add( spawnTimeList );
megaSpawner.RespawnOnSaveList.Add( respawnOnSaveList );
megaSpawner.DespawnTimeList.Add( despawnTimeList );
}
else
{
megaSpawner.RespawnEntryList[index] = respawnEntryList;
megaSpawner.RespawnTimeList[index] = respawnTimeList;
megaSpawner.SpawnCounterList[index] = spawnCounterList;
megaSpawner.SpawnTimeList[index] = spawnTimeList;
megaSpawner.RespawnOnSaveList[index] = respawnOnSaveList;
megaSpawner.DespawnTimeList[index] = despawnTimeList;
}
}
if ( megaSpawner.Active )
{
if ( oldActivated && !activatedSwitch )
megaSpawner.DeleteEntries( index );
if ( !megaSpawner.OverrideIndividualEntries )
{
if ( !AddToSpawner )
megaSpawner.Respawn( index );
else
megaSpawner.Respawn( megaSpawner.EntryList.Count - 1 );
}
else
{
megaSpawner.Respawn();
}
megaSpawner.CheckProximityType();
megaSpawner.CheckSpeechType();
}
SetArgsList();
gumpMobile.SendGump( new MegaSpawnerEditGump( gumpMobile, ArgsList ) );
}
else
{
minDelayHour = intMinDelayHour;
minDelayMin = intMinDelayMin;
minDelaySec = intMinDelaySec;
maxDelayHour = intMaxDelayHour;
maxDelayMin = intMaxDelayMin;
maxDelaySec = intMaxDelaySec;
minDespawnHour = intMinDespawnHour;
minDespawnMin = intMinDespawnMin;
minDespawnSec = intMinDespawnSec;
maxDespawnHour = intMaxDespawnHour;
maxDespawnMin = intMaxDespawnMin;
maxDespawnSec = intMaxDespawnSec;
if ( stringBeginTimeBasedAMPM == "PM" && intBeginTimeBasedHour < 12 )
intBeginTimeBasedHour += 12;
if ( stringBeginTimeBasedAMPM == "AM" && intBeginTimeBasedHour == 12 )
intBeginTimeBasedHour = 0;
beginTimeBasedHour = intBeginTimeBasedHour;
beginTimeBasedMinute = intBeginTimeBasedMinute;
if ( stringEndTimeBasedAMPM == "PM" && intEndTimeBasedHour < 12 )
intEndTimeBasedHour += 12;
if ( stringEndTimeBasedAMPM == "AM" && intEndTimeBasedHour == 12 )
intEndTimeBasedHour = 0;
endTimeBasedHour = intEndTimeBasedHour;
endTimeBasedMinute = intEndTimeBasedMinute;
Messages = oldMessages;
UpdatePage( command );
}
}
public Spawn(Point p, int i, SpawnType t) : this(p, 0, 1f, i, t)
{
}
/// <summary>
/// Initializes the particle System.
/// The Particle will spawn at the specified POINT with the defined SpawnType,
/// with the specified Directions, speed and the specified Gravity
/// </summary>
/// <param name="fontaine">Determines the spawnType:
/// Fontain: The particles will spawn continously at the specified Point
/// Explosion: The particles will spawn all at once at the specified Point</param>
/// <param name="pnumParticles">Maximum particle number</param>
/// <param name="particle_s">Spawntype:
/// Fontain: The Particle per second (must be >= 60 to spawn any particles), also controls the particle lifetime = numParticles/particle_s
/// Explosion: The particles Lifetime</param>
/// <param name="Size">The Size of the Particles</param>
/// <param name="pStdColor">The Color of the Particles</param>
/// <param name="src">The Point where the particles are going to spawn</param>
/// <param name="pdirections">Determines the Directions in which the particles are going to go</param>
/// <param name="maxSpeed">The Maxmimum x and y speed</param>
/// <param name="tex">The Texture of the particles</param>
/// <param name="Gravity">The Gravity Type.
/// OverallForce: all particles will be forced in that direction
/// Point: All particles are going to move to that direction
/// Newton: All particles are going to have planetary Gravity, Masses can be defined with the AddNewtonMass() method</param>
/// <param name="gravAim">
/// Gravity Type:
/// Overall Force: The force which will be applied.
/// Point: The Point, the particles are heading to.
/// Newton: No affect
/// </param>
/// <param name="pfriction">Particles speed will bei divided by this when they collided with sth.</param>
/// <param name="collison">Defines if the particles can collide or not</param>
public void Initialize(bool bla, SpawnType fontaine, int pnumParticles, float particle_s, int Size, Color pStdColor, Vector2 src,
SpawnDirections pdirections, Vector2 maxSpeed, Texture2D tex, GravityType Gravity, Vector2 gravAim,
float pfriction, CollisionType collison)
{
Initialize(false,
fontaine,
pnumParticles,
particle_s,
Size,
pStdColor,
src,
src,
pdirections,
maxSpeed,
tex,
Gravity,
gravAim,
pfriction,
collison);
}
/// <summary>
/// Initializes a Default Particle System with <c>numParticles</c> Particles and no Startspeed or Gravity
/// </summary>
/// <param name="numParticles">The Number of Particles</param>
/// <param name="lifeTime"><c>type</c>=Explosion: LifeTime in seconds
/// <c>type</c> =Fontaine: Particle spawning per second</param>
/// <param name="type"></param>
/// <param name="Size"></param>
/// <param name="tex"></param>
/// <param name="src"></param>
public void Initialize(bool bla, int numParticles, float lifeTime, SpawnType type, int Size, Texture2D tex, Vector2 src)
{
Initialize(false,
type,
numParticles,
lifeTime,
Size,
Color.White,
src,
SpawnDirections.Normal,
Vector2.Zero,
tex,
GravityType.OverallForce,
Vector2.Zero,
1,
CollisionType.None);
}
public void CheckTimeExpire( int index, SpawnType st )
{
if ( !(bool) DespawnTimeExpireList[index] )
return;
switch ( st )
{
case SpawnType.GameTimeBased:
{
int UOHour, UOMinute, time;
Server.Items.Clock.GetTime( Map, X, Y, out UOHour, out UOMinute );
if ( UOHour == 24 )
UOHour = 0;
time = ( UOHour * 60 ) + UOMinute;
CheckDespawnTime( index, time );
break;
}
case SpawnType.RealTimeBased:
{
int time = ( DateTime.Now.Hour * 60 ) + DateTime.Now.Minute;
CheckDespawnTime( index, time );
break;
}
}
}
/// <summary>
/// Initializes the particle System.
/// The Particle will spawn at the specified RECTANGLE with the defined SpawnType,
/// with the specified Directions, speed and the specified Gravity
/// </summary>
/// <param name="fontaine">Determines the spawnType:
/// Fontain: The particles will spawn continously at the specified Point
/// Explosion: The particles will spawn all at once at the specified Point</param>
/// <param name="pnumParticles">Maximum particle number</param>
/// <param name="particle_s">Spawntype:
/// Fontain: The Particle per second (must be >= 60 to spawn any particles), also controls the particle lifetime = numParticles/particle_s
/// Explosion: The particles Lifetime</param>
/// <param name="Size">The Size of the Particles</param>
/// <param name="pStdColor">The Color of the Particles</param>
/// <param name="startpos">The Startpoint of the Rectangle where the particles are going to spawn</param>
/// <param name="endpos">The Endpos of the Rectangle where the particles are going to spawn</param>
/// <param name="pdirections">Determines the Directions in which the particles are going to go</param>
/// <param name="maxSpeed">The Maxmimum x and y speed</param>
/// <param name="tex">The Texture of the particles</param>
/// <param name="Gravity">The Gravity Type.
/// OverallForce: all particles will be forced in that direction
/// Point: All particles are going to move to that direction
/// Newton: All particles are going to have planetary Gravity, Masses can be defined with the AddNewtonMass() method</param>
/// <param name="gravAim">
/// Gravity Type:
/// Overall Force: The force which will be applied.
/// Point: The Point, the particles are heading to.
/// Newton: No affect
/// </param>
/// <param name="pfriction">Particles speed will bei divided by this when they collided with sth.</param>
/// <param name="collison">Defines if the particles can collide or not</param>
public void Initialize(bool bla, SpawnType fontaine, int pnumParticles, float particle_s, int Size, Color pStdColor, Vector2 startpos, Vector2 endpos,
SpawnDirections pdirections, Vector2 maxSpeed, Texture2D tex, GravityType Gravity, Vector2 gravAim,
float pfriction, CollisionType collison)
{
if (startpos != endpos)
spawnsource = SpawnSource.Rectangle;
else
spawnsource = SpawnSource.Point;
masses = new List<NewtonMass>();
collisiontype = collison;
spawntype = fontaine;
gravtype = Gravity;
spawndirections = pdirections;
size = Size;
rand = new Random((int)DateTime.Now.Ticks);
stdcolor = pStdColor;
spawn = startpos;
spawnend = endpos;
maxspeed = maxSpeed;
spawnperS = particle_s;
numParticles = pnumParticles;
positions = new Vector2[numParticles];
velocities = new Vector2[numParticles];
lifetimes = new float[numParticles];
rects = new Rectangle[numParticles];
Rotations = new float[numParticles];
alphas = new byte[numParticles];
floatalphas = new float[numParticles];
collisionrectangles = new List<Rectangle>();
collisionrectangles.Add(new Rectangle(-500000000, 0, 0, 0));
particletex = tex;
gravtype = Gravity;
friction = MathHelper.Clamp(pfriction, float.Epsilon, float.MaxValue);
gravity = gravAim;
duration = new TimeSpan[numThreads];
if (fontaine == SpawnType.Fontaine)
{
totallifetime = pnumParticles / particle_s;
}
else
{
totallifetime = particle_s;
}
for (int i = 0; i < pnumParticles; i++)
{
ResetParticle(i);
lifetimes[i] = totallifetime + 1;
}
running = true;
updatethread = new Thread[numThreads];
newframe = new bool[numThreads];
for (int i = 0; i < numThreads; i++)
{
updatethread[i] = new Thread((new ParameterizedThreadStart(UpdateThread)));
updatethread[i].Name = "ParticleThread#" + i.ToString();
}
initialized = true;
airFriction = 1;
newSpawners = 0;
InitalizeCUDA();
}
public bool EventSpawnAttempt( int index, SpawnType st )
{
return ( Active && (SpawnType) SpawnTypeList[index] == st && (bool) TriggerEventNowList[index] );
}
/// <summary>
/// Initializes a new instance of <see cref="SpawnPoint"/>.
/// </summary>
/// <param name="in_position">The location of this point.</param>
/// <param name="in_whatToSpawn">The entity that spawns in this location.</param>
public SpawnPoint(Point in_position, SpawnType in_whatToSpawn) : base(in_position)
=> WhatToSpawn = in_whatToSpawn;
