public override void Read(R1TextParser parser)
{
// Create the dictionary
DESManifest = new Dictionary <string, string>();
string firstValue;
while ((firstValue = parser.ReadValue()) != null)
{
// Add the item
DESManifest.Add(firstValue, parser.ReadValue());
}
}
public override void Read(R1TextParser parser)
{
var tempList = new List <R1_Mapper_SaveEventInstance[]>();
var tempGroupList = new List <R1_Mapper_SaveEventInstance>();
parser.SupportsComments = false;
parser.SeparateAtPadding = true;
string value;
while ((value = parser.ReadValue()) != null)
{
// NOTE: There is data before the instances, but the game doesn't read it. It's auto-generated by the editor when saving based on memory offsets, probably for debugging and/or compiling on Jaguar.
// Check for event instances
if (value == "ev_ty1")
{
R1_Mapper_SaveEventInstance item = new R1_Mapper_SaveEventInstance();
item.IsValid = parser.ReadShortValue();
item.OffsetX = parser.ReadShortValue();
item.OffsetY = parser.ReadShortValue();
item.EventDefinitionKey = parser.ReadValue();
item.HitPoints = parser.ReadShortValue();
item.DisplayPrio = parser.ReadByteValue();
item.LinkID = parser.ReadShortValue();
tempGroupList.Add(item);
}
// Check for group end
else if (value == "ev_end")
{
tempList.Add(tempGroupList.ToArray());
tempGroupList.Clear();
}
}
SaveEventInstances = tempList.ToArray();
}
public override void Read(R1TextParser parser)
{
var tempStrings = new List <string>();
string value;
// Read values into a temporary list
while ((value = parser.ReadValue(true)) != null)
{
tempStrings.Add(value);
}
// Set strings
Strings = tempStrings.ToArray();
}
public override void Read(R1TextParser parser)
{
var ed = new List <R1_Mapper_EventDefinition>();
var aed = new List <R1_Mapper_AlwaysEventDefinition>();
while (true)
{
// Get the next value
var value = parser.ReadValue();
// Stop reading once we reached the end
if (value == null)
{
break;
}
// Only parse event definitions
if (value != "£def")
{
continue;
}
// Create a definition
R1_Mapper_BaseEventDefinition item;
// Get the name
var name = parser.ReadValue();
// Create the definition
if (name == "always")
{
var alwaysItem = new R1_Mapper_AlwaysEventDefinition();
aed.Add(alwaysItem);
item = alwaysItem;
}
else
{
var normalItem = new R1_Mapper_EventDefinition();
ed.Add(normalItem);
item = normalItem;
}
// Set the name
item.Name = name;
var nextValue = parser.ReadValue();
// Read the if values if it's an always object
if (item is R1_Mapper_AlwaysEventDefinition ae && nextValue == "£if")
{
var ifBuffer = new List <string>();
while (true)
{
nextValue = parser.ReadValue();
if (nextValue == "£endif")
{
break;
}
ifBuffer.Add(nextValue);
}
ae.IfCommand = ifBuffer.ToArray();
nextValue = parser.ReadValue();
}
item.DESFile = nextValue;
item.DisplayPrio = parser.ReadByteValue();
item.ETAFile = parser.ReadValue();
var cmdBuffer = new List <short>();
do
{
// Since command parameters can be both signed and unsigned bytes we read them as shorts
cmdBuffer.Add(parser.ReadShortValue());
} while (cmdBuffer.Last() != 0xFF);
item.EventCommands = cmdBuffer.Select(x => (byte)x).ToArray();
// Read values
item.XPosition = parser.ReadShortValue();
item.YPosition = parser.ReadShortValue();
item.Etat = parser.ReadByteValue();
item.SubEtat = parser.ReadByteValue();
item.OffsetBX = parser.ReadByteValue();
item.OffsetBY = parser.ReadByteValue();
item.OffsetHY = parser.ReadByteValue();
item.FollowEnabled = parser.ReadByteValue();
item.FollowSprite = parser.ReadByteValue();
item.HitPoints = parser.ReadUIntValue();
item.Type = (R1_EventType)parser.ReadShortValue();
item.HitSprite = parser.ReadByteValue();
// Read the group if it's not an always object
if (item is R1_Mapper_EventDefinition e)
{
e.DesignerGroup = parser.ReadByteValue();
}
}
// Set the parsed values
EventDefinitions = ed.ToArray();
AlwaysEventDefinitions = aed.ToArray();
}
public override void Read(R1TextParser parser)
{
// Get the xor keys to use based on version
KeyValuePair <uint, byte>[] values;
switch (parser.GameSettings.GameModeSelection)
{
// Same loc as 1.00
case GameModeSelection.RaymanPC_Demo_1:
values = new KeyValuePair <uint, byte>[]
{
new KeyValuePair <uint, byte>(0, 0xE4)
};
break;
case GameModeSelection.RaymanPC_1_00:
values = new KeyValuePair <uint, byte>[]
{
new KeyValuePair <uint, byte>(0, 0x9A),
new KeyValuePair <uint, byte>(4175, 0x37),
new KeyValuePair <uint, byte>(8791, 0x46)
};
break;
case GameModeSelection.RaymanClassicMobile:
case GameModeSelection.RaymanPC_1_10:
values = new KeyValuePair <uint, byte>[]
{
new KeyValuePair <uint, byte>(0, 0xDC),
new KeyValuePair <uint, byte>(4176, 0xC4),
new KeyValuePair <uint, byte>(8796, 0xC0)
};
break;
case GameModeSelection.RaymanPC_Demo_2:
case GameModeSelection.RaymanPC_1_12:
values = new KeyValuePair <uint, byte>[]
{
new KeyValuePair <uint, byte>(0, 0x4B),
new KeyValuePair <uint, byte>(4175, 0x6F),
new KeyValuePair <uint, byte>(8795, 0xB2)
};
break;
case GameModeSelection.RaymanPC_1_21_JP:
values = new KeyValuePair <uint, byte>[]
{
new KeyValuePair <uint, byte>(0, 0xFC),
new KeyValuePair <uint, byte>(4234, 0x85),
new KeyValuePair <uint, byte>(8947, 0xD5),
new KeyValuePair <uint, byte>(13850, 0x59)
};
break;
case GameModeSelection.RaymanPocketPC:
values = new KeyValuePair <uint, byte>[]
{
new KeyValuePair <uint, byte>(0, 0x61),
new KeyValuePair <uint, byte>(4338, 0x82),
new KeyValuePair <uint, byte>(8637, 0x62),
new KeyValuePair <uint, byte>(12814, 0xE7),
new KeyValuePair <uint, byte>(17557, 0x1C)
};
break;
case GameModeSelection.RaymanPC_1_20:
case GameModeSelection.RaymanPC_1_21:
values = new KeyValuePair <uint, byte>[]
{
new KeyValuePair <uint, byte>(0, 0x30),
new KeyValuePair <uint, byte>(4234, 0x82),
new KeyValuePair <uint, byte>(8947, 0xCF),
new KeyValuePair <uint, byte>(13850, 0xD0),
new KeyValuePair <uint, byte>(16361, 0x95)
};
break;
default:
throw new ArgumentOutOfRangeException();
}
// Create the array
Strings = new string[values.Length][];
// Read each language block
for (int i = 0; i < Strings.Length; i++)
{
// Go to offset
parser.GoTo(values[i].Key);
// Begin xor
parser.BeginXOR(values[i].Value);
var tempStrings = new List <string>();
string value;
// Read values into a temporary list
while ((value = parser.ReadValue(true)) != null)
{
tempStrings.Add(value);
}
// Set strings
Strings[i] = tempStrings.ToArray();
// End xor
parser.EndXOR();
}
}
public override void Read(R1TextParser parser)
{
var ed = new List <R1_Mapper_EventCMDItem>();
var aed = new List <R1_Mapper_AlwaysEventCMDItem>();
while (true)
{
// Get the next value
var etaFile = parser.ReadValue();
// Stop reading once we reached the end
if (etaFile == null)
{
break;
}
// Create a definition
R1_Mapper_EventDefinition item;
// Get the name
var name = parser.ReadValue();
// Create the definition
if (name == "always")
{
var alwaysItem = new R1_Mapper_AlwaysEventCMDItem();
aed.Add(alwaysItem);
item = alwaysItem;
}
else
{
var normalItem = new R1_Mapper_EventCMDItem();
ed.Add(normalItem);
item = normalItem;
}
// Set the ETA file name
item.ETAFile = etaFile;
// Set the name
item.Name = name;
var cmdBuffer = new List <short>();
do
{
// Since command parameters can be both signed and unsigned bytes we read them as shorts
cmdBuffer.Add(parser.ReadShortValue());
} while (cmdBuffer.Last() != 0xFF);
item.EventCommands = cmdBuffer.Select(x => (byte)x).ToArray();
// Read values
item.XPosition = parser.ReadShortValue();
item.YPosition = parser.ReadShortValue();
if (item is R1_Mapper_EventCMDItem med)
{
med.DisplayPrio = parser.ReadByteValue();
med.LinkID = parser.ReadShortValue();
}
item.Etat = parser.ReadByteValue();
item.SubEtat = parser.ReadByteValue();
item.OffsetBX = parser.ReadByteValue();
item.OffsetBY = parser.ReadByteValue();
item.OffsetHY = parser.ReadByteValue();
item.FollowEnabled = parser.ReadByteValue();
item.FollowSprite = parser.ReadByteValue();
item.HitPoints = parser.ReadUIntValue();
item.Type = (R1_EventType)parser.ReadShortValue();
item.HitSprite = parser.ReadByteValue();
item.DesignerGroup = parser.ReadByteValue();
}
// Set the parsed values
Events = ed.ToArray();
AlwaysEvents = aed.ToArray();
}
