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// Copyright Submarine, Hugh Perkins 2006, 2009
// hughperkins@gmail.com http://manageddreams.com
//
// This program is free software; you can redistribute it and/or modify it
// under the terms of the GNU General Public License as published by the
// Free Software Foundation; either version 2 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful, but
// WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
// or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for
// more details.
//
// You should have received a copy of the GNU General Public License along
// with this program in the file licence.txt; if not, write to the
// Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-
// 1307 USA
// You can find the licence also on the web at:
// http://www.opensource.org/licenses/gpl-license.php
//
// ======================================================================================
//
package hughai.unitdata;
import java.util.*;
import java.io.*;
import com.springrts.ai.oo.clb.*;
import hughai.*;
import hughai.utils.*;
// collects all the unitdefs together, so can be accessed by name
// based initially on BuildTable.cpp/BuildTable.h by Submarine, though it's changed
// somewhat since then...
public class BuildTable
{
//int numOfUnitTypes = 0;
UnitDef[] availableunittypes;
private HashMap<String, UnitDef> UnitDefByName = new HashMap<String,UnitDef>();
private HashMap<Integer, UnitDef> UnitDefById = new HashMap<Integer, UnitDef>(); // yes, we could use array, but this is easier to read
private int largestUnitDefId = 0;
//PlayerObjects playerObjects;
CSAI CSAI;
OOAICallback aicallback;
LogFile logfile;
String modname;
public BuildTable(PlayerObjects playerObjects) // protected constructor to force Singleton instantiation
{
//this.playerObjects = playerObjects;
CSAI = playerObjects.getCSAI();
aicallback = CSAI.aicallback;
logfile = playerObjects.getLogFile();
modname = aicallback.getMod().getHumanName();
logfile.WriteLine( "calling GetUnitDefList... " );
List<UnitDef> unittypeslist = aicallback.getUnitDefs();
//new ArrayList<UnitDef>();
//int numunittypes = aicallback.GetNumUnitDefs();
//for (int i = 1; i <= numunittypes; i++)
//{
// unittypeslist.Add( aicallback.GetUnitDefByTypeId( i ) );
//}
availableunittypes = unittypeslist.toArray(new UnitDef[0]);
logfile.WriteLine( "... done" );
if( !LoadCache( modname ) )
{
CSAI.sendTextMessage( "Creating new cachefile for mod " + modname );
GenerateBuildTable( modname );
SaveCache( modname );
}
}
public UnitDef getUnitDefByName( String unitdefname ) {
UnitDef unitdef = UnitDefByName.get( unitdefname.toLowerCase() );
if( unitdef == null ) {
CSAI.sendTextMessage( "No unit named '" + unitdefname + "'. Please check the build table in the AI's directory for allowed unit names in this mod." );
// throw new RuntimeException( "No unit named '" + unitdefname + "'. Please check the build table in the AI's directory for allowed unit names in this mod.");
return null;
}
return unitdef;
}
public UnitDef getUnitDefByUnitDefId( int unitDefId ) {
return UnitDefById.get( unitDefId );
}
void GenerateBuildTable( String modname )
{
try {
logfile.WriteLine( "Generating indexes mod " + modname );
PrintWriter printWriter = new PrintWriter( CSAI.getAIDirectoryPath() + "buildtable_" + CSAI.Team + ".txt" );
for( UnitDef unitdef : availableunittypes )
{
String logline = unitdef.getUnitDefId() + " " + unitdef.getName() + " " + unitdef.getHumanName() + " size: " + unitdef.getXSize() + "," + unitdef.getZSize();
MoveData movedata = unitdef.getMoveData();
if( movedata != null )
{
logline += " maxSlope: " + movedata.getMaxSlope() + " depth " + movedata.getDepth() + " slopeMod " + movedata.getSlopeMod() +
" getDepthMod(-10): " + movedata.getDepthMod(-10) + " movefamily: " + movedata.getSpeedModClass();
}
printWriter.println( logline );
if (!UnitDefByName.containsKey(unitdef.getName().toLowerCase()))
{
int unitdefid = unitdef.getUnitDefId();
UnitDefByName.put( unitdef.getName().toLowerCase(), unitdef );
UnitDefById.put(unitdefid, unitdef);
if( unitdefid > largestUnitDefId ) {
largestUnitDefId = unitdefid;
}
}
else
{
logfile.WriteLine( "Warning: duplicate name: " + unitdef.getName().toLowerCase() );
printWriter.println( "Warning: duplicate name: " + unitdef.getName().toLowerCase() );
}
}
printWriter.close();
} catch( Exception e ) {
logfile.WriteLine( Formatting.exceptionToStackTrace( e ) );
throw new RuntimeException( e );
}
}
void SaveCache( String modname )
{
}
boolean LoadCache( String modname )
{
return false;
}
//int BiggestMexUnit = -1; // cache value to save time later
public UnitDef GetBiggestMexUnit()
{
//if( BiggestMexUnit != -1 )
//{
// return BiggestMexUnit;
//}
logfile.WriteLine( "Entering GetBiggestMexUnit()");
int biggest_mex_id = 0, biggest_area = 0;
logfile.WriteLine( "Scanning unitdef list...");
UnitDef biggestmexunit = null;
for( UnitDef unitdef : availableunittypes )
{
if( unitdef.getExtractsResource(aicallback.getResources().get(0)) > 0 )
{
int thisarea = unitdef.getXSize() * unitdef.getZSize();
if( thisarea > biggest_area )
{
biggest_mex_id = unitdef.getUnitDefId();
biggest_area = thisarea;
biggestmexunit = unitdef;
}
}
}
logfile.WriteLine( "Leaving GetBiggestMexUnit(), it's unittypeid is " + biggest_mex_id );
return biggestmexunit;
}
public int getLargestUnitDefId() {
return largestUnitDefId;
}
}
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