protected override bool DarkTorvusKeys(int index)
{
if (CPlayerState == 0)
{
return(false);
}
if (index < 0)
{
throw new Exception("Index can't be negative");
}
switch (index)
{
case 0:
return(GCMem.ReadUInt32(CPlayerState + OFF_DARK_TORVUS_KEY_1_OBTAINED) > 0);
case 1:
return(GCMem.ReadUInt32(CPlayerState + OFF_DARK_TORVUS_KEY_2_OBTAINED) > 0);
case 2:
return(GCMem.ReadUInt32(CPlayerState + OFF_DARK_TORVUS_KEY_3_OBTAINED) > 0);
default:
throw new Exception("There are no 4th Dark Torvus key");
}
}
protected override bool IngHiveKeys(int index)
{
int offset = -4;
if (CPlayerState == 0)
{
return(false);
}
if (index < 0)
{
throw new Exception("Index can't be negative");
}
switch (index)
{
case 0:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_ING_HIVE_KEY_1_OBTAINED) > 0);
case 1:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_ING_HIVE_KEY_2_OBTAINED) > 0);
case 2:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_ING_HIVE_KEY_3_OBTAINED) > 0);
default:
throw new Exception("There are no 4th Ing Hive key");
}
}
protected override bool Artifacts(int index)
{
var offset = default(long);
if (CPlayerState == 0)
{
return(false);
}
if (index < 0)
{
throw new Exception("Index can't be negative");
}
offset = CPlayerState + 4;
switch (index)
{
case 0:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_TRUTH_OBTAINED) > 0);
case 1:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_STRENGTH_OBTAINED) > 0);
case 2:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_ELDER_OBTAINED) > 0);
case 3:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_WILD_OBTAINED) > 0);
case 4:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_LIFEGIVER_OBTAINED) > 0);
case 5:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_WARRIOR_OBTAINED) > 0);
case 6:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_CHOZO_OBTAINED) > 0);
case 7:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_NATURE_OBTAINED) > 0);
case 8:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_SUN_OBTAINED) > 0);
case 9:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_WORLD_OBTAINED) > 0);
case 10:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_SPIRIT_OBTAINED) > 0);
case 11:
return(GCMem.ReadInt32(offset + OFF_ARTIFACT_OF_NEWBORN_OBTAINED) > 0);
default:
throw new Exception("There are no artifacts past the 12th artifact");
}
}
protected override bool SkyTempleKeys(int index)
{
int offset = -4;
if (CPlayerState == 0)
{
return(false);
}
if (index < 0)
{
throw new Exception("Index can't be negative");
}
switch (index)
{
case 0:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_SKY_TEMPLE_KEY_1_OBTAINED) > 0);
case 1:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_SKY_TEMPLE_KEY_2_OBTAINED) > 0);
case 2:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_SKY_TEMPLE_KEY_3_OBTAINED) > 0);
case 3:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_SKY_TEMPLE_KEY_4_OBTAINED) > 0);
case 4:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_SKY_TEMPLE_KEY_5_OBTAINED) > 0);
case 5:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_SKY_TEMPLE_KEY_6_OBTAINED) > 0);
case 6:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_SKY_TEMPLE_KEY_7_OBTAINED) > 0);
case 7:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_SKY_TEMPLE_KEY_8_OBTAINED) > 0);
case 8:
return(GCMem.ReadUInt32(CPlayerState + offset + OFF_SKY_TEMPLE_KEY_9_OBTAINED) > 0);
default:
throw new Exception("There are no 10th Sky Temple key");
}
}
protected override bool EnergyCells(int index)
{
if (CPlayerState == 0)
{
return(false);
}
if (index < 0)
{
throw new Exception("Index can't be negative");
}
switch (index)
{
case 0:
return(GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_1_OBTAINED) > 0 || GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_1_USED) > 0);
case 1:
return(GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_2_OBTAINED) > 0 || GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_2_USED) > 0);
case 2:
return(GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_3_OBTAINED) > 0 || GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_3_USED) > 0);
case 3:
return(GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_4_OBTAINED) > 0 || GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_4_USED) > 0);
case 4:
return(GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_5_OBTAINED) > 0 || GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_5_USED) > 0);
case 5:
return(GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_6_OBTAINED) > 0 || GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_6_USED) > 0);
case 6:
return(GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_7_OBTAINED) > 0 || GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_7_USED) > 0);
case 7:
return(GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_8_OBTAINED) > 0 || GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_8_USED) > 0);
case 8:
return(GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_9_OBTAINED) > 0 || GCMem.ReadUInt32(CPlayerState + OFF_ENERGY_CELL_9_USED) > 0);
default:
throw new Exception("There are no 10th Energy Cell");
}
}
