| public Add ( int address, byte value, string note = "" ) : void | ||
| address | int | |
| value | byte | |
| note | string | |
| Результат | void | |
public void Randomize(Patch patch, Random r)
{
// Create list of default teleporter position values
List<byte[]> coords = new List<byte[]>
{
new byte[]{ 0x20, 0x3B }, // Teleporter X, Y (top-left)
new byte[]{ 0x20, 0x7B },
new byte[]{ 0x20, 0xBB },
new byte[]{ 0x70, 0xBB },
new byte[]{ 0x90, 0xBB },
new byte[]{ 0xE0, 0x3B },
new byte[]{ 0xE0, 0x7B },
new byte[]{ 0xE0, 0xBB }
};
// Randomize them
coords.Shuffle(r);
// Write the new x-coordinates
for (int i = 0; i < coords.Count; i++)
{
byte[] location = coords[i];
patch.Add((int)(EMiscAddresses.WarpXCoordinateStartAddress + i), location[0], String.Format("Teleporter {0} X-Pos", i));
}
// Write the new y-coordinates
for (int i = 0; i < coords.Count; i++)
{
byte[] location = coords[i];
patch.Add((int)(EMiscAddresses.WarpYCoordinateStartAddress + i), location[1], String.Format("Teleporter {0} Y-Pos", i));
}
// These values will be copied over to $04b0 (y) and $0470 (x), which will be checked
// for in real time to determine where Mega will teleport to
}
/// <summary>
/// This method makes some preliminary modifications to the Mega Man 2 ROM to increase the enemy variety
/// by changing the sprite banks used by certain rooms.
/// </summary>
public void ChangeRoomSpriteBankSlots(Patch p)
{
p.Add(0x00b444, 0x90, "Custom Sprite Bank: Wood 9th room: slot 3->? (0x90 special slot)");
p.Add(0x00b445, 0xa2, "Custom Sprite Bank: Wood 10th room: slot 3->? (0xa2 special slot)");
p.Add(0x00b446, 0x00, "Custom Sprite Bank: Wood 11th room: slot 3->0");
p.Add(0x01743e, 0x24, "Custom Sprite Bank: Flash 3rd room: slot 0->2");
p.Add(0x01f43d, 0x48, "Custom Sprite Bank: Clash 2nd room: slot 2->7");
}
private static void ChangeW4FloorsSpikePit(Patch Patch, Random r)
{
// 5 tiles, but since two adjacent must construct a gap, 4 possible gaps. Choose 1 random gap.
int gap = r.Next(4);
for (int i = 0; i < 4; i++)
{
if (i == gap)
{
Patch.Add(0x00CB9A + i * 8, 0x9B, String.Format("Wily 4 Room 5 Tile {0} (gap on right)", i));
Patch.Add(0x00CB9A + i * 8 + 8, 0x9C, String.Format("Wily 4 Room 5 Tile {0} (gap on left)", i));
++i; // skip next tile since we just drew it
}
else
{
Patch.Add(0x00CB9A + i * 8, 0x9D, String.Format("Wily 4 Room 5 Tile {0} (solid)", i));
}
}
}
public void RandomizeAndWrite(Patch patch, Random rand, int setNumber)
{
Index = rand.Next(ColorBytes.Count);
for (int i = 0; i < addresses.Length; i++)
{
patch.Add(addresses[i], (byte)ColorBytes[Index][i], String.Format("Color Set {0} (Index Chosen: {1}) Value #{2}", setNumber, Index, i));
}
}
public void Randomize(Patch p, Random r)
{
List<EMusicID> newBGMOrder = new List<EMusicID>();
List<EMusicID> robos = new List<EMusicID>();
// Select 2 replacement tracks for the 2 extra instance of the boring W3/4/5 theme
robos.Add(EMusicID.Flash);
robos.Add(EMusicID.Heat);
robos.Add(EMusicID.Air);
robos.Add(EMusicID.Wood);
robos.Add(EMusicID.Quick);
robos.Add(EMusicID.Metal);
robos.Add(EMusicID.Clash);
robos.Add(EMusicID.Bubble);
robos.Shuffle(r);
newBGMOrder.Add(EMusicID.Flash);
newBGMOrder.Add(EMusicID.Heat);
newBGMOrder.Add(EMusicID.Air);
newBGMOrder.Add(EMusicID.Wood);
newBGMOrder.Add(EMusicID.Quick);
newBGMOrder.Add(EMusicID.Metal);
newBGMOrder.Add(EMusicID.Clash);
newBGMOrder.Add(EMusicID.Bubble);
newBGMOrder.Add(EMusicID.Wily12);
newBGMOrder.Add(EMusicID.Wily12); // Wily 1/2 track will play twice
newBGMOrder.Add(EMusicID.Wily345); // Wily 3/4/5 track only plays once
newBGMOrder.Add(robos[0]); // Add extra Robot Master tracks to the set
newBGMOrder.Add(robos[1]);
// Randomize tracks
newBGMOrder.Shuffle(r);
// Start writing at Heatman BGM ID, both J and U
// Loop through BGM addresses Heatman to Wily 5 (Wily 6 still silent)
for (int i = 0; i < newBGMOrder.Count; i++)
{
EMusicID bgm = newBGMOrder[i];
p.Add(0x0381E0 + i, (byte)bgm, String.Format("BGM Stage {0}", i));
}
// Finally, fix Wily 5 track when exiting a Teleporter to be the selected Wily 5 track instead of default
p.Add(0x038489, (byte)newBGMOrder.Last(), "BGM Wily 5 Teleporter Exit Fix");
}
private static void ChangeW4FloorsBeforeSpikes(Patch Patch, Random r)
{
// Choose 2 of the 5 32x32 tiles to be fake
int tileA = r.Next(5);
int tileB = r.Next(4);
// Make sure 2nd tile chosen is different
if (tileB == tileA) tileB++;
for (int i = 0; i < 5; i++)
{
if (i == tileA || i == tileB)
{
Patch.Add(0x00CB5C + i * 8, 0x94, String.Format("Wily 4 Room 4 Tile {0} (fake)", i));
}
else
{
Patch.Add(0x00CB5C + i * 8, 0x85, String.Format("Wily 4 Room 4 Tile {0} (solid)", i));
}
}
}
public static void DrawTitleScreenChanges(Patch p, int seed)
{
// Draw version number
System.Reflection.Assembly assembly = System.Reflection.Assembly.GetExecutingAssembly();
string version = assembly.GetName().Version.ToString();
for (int i = 0; i < version.Length; i++)
{
byte value = TitleChars.GetChar(version[i]).ID;
p.Add(0x0373C7 + i, value, String.Format("Title Screen Version Number"));
}
// Draw seed
string seedAlpha = SeedConvert.ConvertBase10To26(seed);
for (int i = 0; i < seedAlpha.Length; i++)
{
char ch = seedAlpha.ElementAt(i);
byte charIndex = (byte)(Convert.ToByte(ch) - Convert.ToByte('A'));
// 'A' starts at C1 in the pattern table
p.Add(0x037387 + i, (byte)(0xC1 + charIndex), String.Format("Title Screen Seed"));
}
}
/// <summary>
/// Enabling Random Weapons or Random Stages will cause the wrong Robot Master portrait to
/// be blacked out when a stage is completed. The game uses your acquired weapons to determine
/// which portrait to black-out. This function changes the lookup table for x and y positions
/// of portraits to black-out based on what was randomized.
/// </summary>
public static void FixPortraits(Patch Patch, bool is8StagesRandom, RStages randomStages, bool isWeaponGetRandom, RWeaponGet randomWeaponGet)
{
// Arrays of default values for X and Y of the black square that marks out each portrait
// Index of arrays are stage order, e.g. Heat, Air, etc.
byte[] portraitBG_y = new byte[] { 0x21, 0x20, 0x21, 0x20, 0x20, 0x22, 0x22, 0x22 };
byte[] portraitBG_x = new byte[] { 0x86, 0x8E, 0x96, 0x86, 0x96, 0x8E, 0x86, 0x96 };
// Adjusting the sprites is not necessary because the hacked portrait graphics ("?" images)
// only use the background, and the sprites have been blacked out. Left in for reference.
//byte[] portraitSprite_x = new byte[] { 0x3C, 0x0C, 0x4C, 0x00, 0x20, 0x84, 0x74, 0xA4 };
//byte[] portraitSprite_y = new byte[] { 0x10, 0x14, 0x28, 0x0C, 0x1C, 0x20, 0x10, 0x18 };
// Apply changes to portrait arrays based on shuffled stages
if (is8StagesRandom)
{
randomStages.FixPortraits(ref portraitBG_x, ref portraitBG_y);
}
// Apply changes to portrait arrays based on shuffled weapons. Only need a standard "if" with no "else",
// because the arrays must be permuted twice if both randomization settings are enabled.
if (isWeaponGetRandom)
{
randomWeaponGet.FixPortraits(ref portraitBG_x, ref portraitBG_y);
}
for (int i = 0; i < 8; i++)
{
Patch.Add(0x034541 + i, portraitBG_y[i], String.Format("Stage Select Portrait {0} Y-Pos Fix", i + 1));
Patch.Add(0x034549 + i, portraitBG_x[i], String.Format("Stage Select Portrait {0} X-Pos Fix", i + 1));
// Changing this sprite table misplaces their positions by default.
//stream.Position = 0x03460D + i;
//stream.WriteByte(portraitSprite_y[i]);
//stream.Position = 0x034615 + i;
//stream.WriteByte(portraitSprite_x[i]);
}
}
/// <summary>
/// Shuffle which Robot Master awards Items 1, 2, and 3.
/// </summary>
public void Randomize(Patch patch, Random r)
{
// 0x03C291 - Item # from Heat Man
// 0x03C292 - Item # from Air Man
// 0x03C293 - Item # from Wood Man
// 0x03C294 - Item # from Bubble Man
// 0x03C295 - Item # from Quick Man
// 0x03C296 - Item # from Flash Man
// 0x03C297 - Item # from Metal Man
// 0x03C298 - Item # from Crash Man
List<EItemNumber> newItemOrder = new List<EItemNumber>();
for (byte i = 0; i < 5; i++) newItemOrder.Add(EItemNumber.None);
newItemOrder.Add(EItemNumber.One);
newItemOrder.Add(EItemNumber.Two);
newItemOrder.Add(EItemNumber.Three);
newItemOrder.Shuffle(r);
for (int i = 0; i < 8; i++)
{
patch.Add((int)EItemStageAddress.HeatMan + i, (byte)newItemOrder[i], String.Format("{0}man Item Get", ((EDmgVsBoss.Offset)i).ToString()));
}
}
protected void ChangeClash(Patch Patch, Random r)
{
int rInt;
double rDbl;
// Unused addresses
//0x02CDAF - Jump velocity fraction? 0x44 double check
// Clashman AI
// Crash Man's routine for attack
//0x02CCf2 - Walk x-vel fraction 0x47
rInt = r.Next(256);
Patch.Add(0x02CCf2, (byte)rInt, "Clashman Walk X-Velocity Fraction");
//0x02CCF7 - Walk x-vel integer 0x01, do 0 to 3
rInt = r.Next(4);
Patch.Add(0x02CCF7, (byte)rInt, "Clashman Walk X-Velocity Integer");
//0x02CD07 - Jump behavior 0x27. 0x17 = always jumping, any other value = doesn't react with a jump.
// Give 25% chance for each unique behavior, and 50% for default.
rDbl = r.NextDouble();
byte jumpType = 0x27;
if (rDbl > 0.75)
{
jumpType = 0x17;
}
else if (rDbl > 0.5)
{
jumpType = 0x26;
}
Patch.Add(0x02CD07, jumpType, "Clashman Special Jump Behavior");
//0x02CD2A - Jump y-vel intger, 0x06, do from 0x02 to 0x0A
rInt = r.Next(0x0A - 0x02 + 1) + 0x02;
Patch.Add(0x02CD2A, (byte)rInt, "Clashman Jump Y-Velocity Integer");
//0x02CDD3 - Shot behavior, 0x5E, change to have him always shoot when jumping, 20% chance
rDbl = r.NextDouble();
if (rDbl > 0.80)
Patch.Add(0x02CDD3, 0x50, "Clashman Disable Single Shot");
//0x02CDEE - Clash Bomber velocity, 0x06, do from 2 to 8
rInt = r.Next(7) + 2;
Patch.Add(0x02CD2A, (byte)rInt, "Clashman Clash Bomber X-Velocity");
}
protected void ChangeBubble(Patch Patch, Random r)
{
byte[] yVels;
int rInt;
// Bubbleman's AI
//0x02C70B - Falling speed integer, 0xFF.
yVels = new byte[] { 0xF0, 0xF4, 0xF8, 0xFC, 0xFF };
rInt = r.Next(yVels.Length);
Patch.Add(0x02C70B, yVels[rInt], "Bubbleman Y-Velocity Falling");
//0x02C6D3 - Rising speed integer, 0x01.
yVels = new byte[] { 0x01, 0x02, 0x03, 0x05 };
rInt = r.Next(yVels.Length);
Patch.Add(0x02C6D3, yVels[rInt], "Bubbleman Y-Velocity Rising");
}
/// <summary>
/// Shuffle the Robot Master stages. This shuffling will not be indicated by the Robot Master portraits.
/// </summary>
public void Randomize(Patch Patch, Random r)
{
// StageSelect Address Value
// -----------------------------
// Bubble Man 0x034670 3
// Air Man 0x034671 1
// Quick Man 0x034672 4
// Wood Man 0x034673 2
// Crash Man 0x034674 7
// Flash Man 0x034675 5
// Metal Man 0x034676 6
// Heat Man 0x034677 0
StageSelect = new List<StageFromSelect>();
StageSelect.Add(new StageFromSelect()
{
PortraitName = "Bubble Man",
PortraitAddress = ERMPortraitAddress.BubbleMan,
PortraitDestinationOriginal = 3,
PortraitDestinationNew = 3,
StageClearAddress = ERMStageClearAddress.BubbleMan,
StageClearDestinationOriginal = 8,
StageClearDestinationNew = 8
});
StageSelect.Add(new StageFromSelect()
{
PortraitName = "Air Man",
PortraitAddress = ERMPortraitAddress.AirMan,
PortraitDestinationOriginal = 1,
PortraitDestinationNew = 1,
StageClearAddress = ERMStageClearAddress.AirMan,
StageClearDestinationOriginal = 2,
StageClearDestinationNew = 2
});
StageSelect.Add(new StageFromSelect()
{
PortraitName = "Quick Man",
PortraitAddress = ERMPortraitAddress.QuickMan,
PortraitDestinationOriginal = 4,
PortraitDestinationNew = 4,
StageClearAddress = ERMStageClearAddress.QuickMan,
StageClearDestinationOriginal = 16,
StageClearDestinationNew = 16
});
StageSelect.Add(new StageFromSelect()
{
PortraitName = "Wood Man",
PortraitAddress = ERMPortraitAddress.WoodMan,
PortraitDestinationOriginal = 2,
PortraitDestinationNew = 2,
StageClearAddress = ERMStageClearAddress.WoodMan,
StageClearDestinationOriginal = 4,
StageClearDestinationNew = 4
});
StageSelect.Add(new StageFromSelect()
{
PortraitName = "Clash Man",
PortraitAddress = ERMPortraitAddress.CrashMan,
PortraitDestinationOriginal = 7,
PortraitDestinationNew = 7,
StageClearAddress = ERMStageClearAddress.CrashMan,
StageClearDestinationOriginal = 128,
StageClearDestinationNew = 128
});
StageSelect.Add(new StageFromSelect()
{
PortraitName = "Flash Man",
PortraitAddress = ERMPortraitAddress.FlashMan,
PortraitDestinationOriginal = 5,
PortraitDestinationNew = 5,
StageClearAddress = ERMStageClearAddress.FlashMan,
StageClearDestinationOriginal = 32,
StageClearDestinationNew = 32
});
StageSelect.Add(new StageFromSelect()
{
PortraitName = "Metal Man",
PortraitAddress = ERMPortraitAddress.MetalMan,
PortraitDestinationOriginal = 6,
PortraitDestinationNew = 6,
StageClearAddress = ERMStageClearAddress.MetalMan,
StageClearDestinationOriginal = 64,
StageClearDestinationNew = 64
});
StageSelect.Add(new StageFromSelect()
{
PortraitName = "Heat Man",
PortraitAddress = ERMPortraitAddress.HeatMan,
PortraitDestinationOriginal = 0,
PortraitDestinationNew = 0, // 4 = quick
StageClearAddress = ERMStageClearAddress.HeatMan,
StageClearDestinationOriginal = 1,
StageClearDestinationNew = 1
});
List<byte> newStageOrder = new List<byte>();
for (byte i = 0; i < 8; i++) newStageOrder.Add(i);
newStageOrder.Shuffle(r);
for (int i = 0; i < 8; i++)
{
string portrait = StageSelect[i].PortraitName;
StageSelect[i].PortraitDestinationNew = StageSelect[newStageOrder[i]].PortraitDestinationOriginal;
}
foreach (StageFromSelect stage in StageSelect)
{
Patch.Add((int)stage.PortraitAddress, (byte)stage.PortraitDestinationNew, String.Format("Stage Select {0} Destination", stage.PortraitName));
}
}
protected void ChangeAir(Patch Patch, Random r)
{
//0x03DAD6 - A num projectiles, default 0x04
// Values 0x02 and 0x03 work, but larger values behave strangely
int numProjectiles = 0x04;
double rTestNumProjectiles = r.NextDouble();
if (rTestNumProjectiles > 0.80)
numProjectiles = 0x03;
else if (rTestNumProjectiles > 0.60)
numProjectiles = 0x02;
Patch.Add(0x03DAD6, (byte)numProjectiles, "(A) | Number of Projectiles");
//0x03DADA - A projectile type, default 0x02
// Can use this to change behavior completely!Buggy though.
//0x03DAE6 - A sound effect (0x3F)
ESoundID sound = GetRandomSound(r);
Patch.Add(0x03DAE6, (byte)sound, "(A) | Sound");
//0x03DAEE - A ammo used(0x02)
int ammoUse = r.Next(0x02) + 0x01;
Patch.Add(0x03DAEE, (byte)ammoUse, "(A) | Ammo Use");
AmmoUsage.Add(ammoUse);
//0x03DE6E - A projectile y-acceleration fraction(10)
// Do 0x02 to 0x32, where values above 0x10 are less common
int yAccFrac = r.Next(0x17) + 0x02;
if (yAccFrac > 0x10)
{
// double the addition of any acceleration value chosen above 0x10
yAccFrac += (yAccFrac - 0x10) * 2;
}
Patch.Add(0x03DE6E, (byte)yAccFrac, "(A) | Y-Acceleration (fraction)");
//0x03DE76 - A projectile y-acceleration integer(00)
// 15% chance to be significantly faster
int yAccInt = 0x00;
double rYAcc = r.NextDouble();
if (rYAcc > 0.85)
yAccInt = 0x01;
Patch.Add(0x03DE76, (byte)yAccInt, "(A) | Y-Acceleration (integer)");
//0x03DE7E - A x - speed fraction projectile 1(19)
//0x03DE7F - A x - speed fraction projectile 2(99)
//0x03DE80 - A x - speed fraction projectile 3(33)
for (int i = 0; i < 3; i++)
{
int xFracSpeed = r.Next(0xFF) + 0x01;
Patch.Add(0x03DE7E + i, (byte)xFracSpeed, String.Format("(A) | Projectile {0} X-Velocity (fraction)", i + 1));
}
//0x03DE81 - A x - speed integer projectile 1(01)
//0x03DE82 - A x - speed integer projectile 2(01)
//0x03DE83 - A x - speed integer projectile 3(02)
int[] xIntSpeeds = new int[] {
0x00, 0x01, 0x02, 0x04, 0x06
};
int rIndex = 0;
int xIntSpeed = 0;
for (int i = 0; i < 3; i++)
{
rIndex = r.Next(xIntSpeeds.Length);
xIntSpeed = xIntSpeeds[rIndex];
Patch.Add(0x03DE81 + i, (byte)xIntSpeed, String.Format("(A) | Projectile {0} X-Velocity (integer)", i + 1));
}
}
protected void ChangeQuick(Patch Patch, Random r)
{
int rInt;
// Other addresses with potential:
//0x02C872 - Projectile type, 0x59
// Quickman's AI
//0x02C86E - Number of Boomerangs, 0x03, do from 1 - 0x0A
rInt = r.Next(0x0B) + 0x01;
Patch.Add(0x02C86E, (byte)rInt, "Quickman Number of Boomerangs");
//0x02C882 - Boomerang: delay before arc 0x25. 0 for no arc, or above like 0x35. do from 5 to 0x35.
rInt = r.Next(0x35 - 0x05 + 1) + 0x05;
Patch.Add(0x02C882, (byte)rInt, "Quickman Boomerang Delay 1");
//0x02C887 - Boomerang speed when appearing, 0x04, do from 0x01 to 0x07
rInt = r.Next(0x07 - 0x01 + 1) + 0x01;
Patch.Add(0x02C887, (byte)rInt, "Quickman Boomerang Velocity Integer 1");
//0x03B726 - Boomerang speed secondary, 0x04, does this affect anything else?
rInt = r.Next(0x07 - 0x01 + 1) + 0x01;
Patch.Add(0x03B726, (byte)rInt, "Quickman Boomerang Velocity Integer 2");
// For all jumps, choose randomly from 0x02 to 0x0A
//0x02C8A3 - Middle jump, 0x07
rInt = r.Next(0x0A - 0x02 + 1) + 0x02;
Patch.Add(0x02C8A3, (byte)rInt, "Quickman Jump Height 1 Integer");
//0x02C8A4 - High jump, 0x08
rInt = r.Next(0x0A - 0x02 + 1) + 0x02;
Patch.Add(0x02C8A4, (byte)rInt, "Quickman Jump Height 2 Integer");
//0x02C8A5 - Low jump, 0x04
rInt = r.Next(0x0A - 0x02 + 1) + 0x02;
Patch.Add(0x02C8A5, (byte)rInt, "Quickman Jump Height 3 Integer");
//0x02C8E4 - Running time, 0x3E, do from 0x18 to 0x50
rInt = r.Next(0x50 - 0x18 + 1) + 0x18;
Patch.Add(0x02C8E4, (byte)rInt, "Quickman Running Time");
//0x02C8DF - Running speed, 0x02, do from 0x05 to 0x01
rInt = r.Next(0x05 - 0x01 + 1) + 0x01;
Patch.Add(0x02C8DF, (byte)rInt, "Quickman Running Velocity Integer");
}
protected void ChangeMetal(Patch Patch, Random r)
{
int rInt;
double rDbl;
// Unused addresses
//0x02CC2D - Projectile type
//0x02CC29 - Metal Blade sound effect 0x20
// Metalman AI
//0x02CC3F - Speed of Metal blade 0x04, do 2 to 9
rInt = r.Next(8) + 2;
Patch.Add(0x02CC3F, (byte)rInt, "Metalman Projectile Velocity Integer");
//0x02CC1D - Odd change to attack behavior, 0x06, only if different than 6. Give 25% chance.
rDbl = r.NextDouble();
if (rDbl > 0.75)
Patch.Add(0x02CC1D, 0x05, "Metalman Alternate Attack Behavior");
//0x02CBB5 - Jump Height 1 0x06, do from 03 - 07 ? higher than 7 bonks ceiling
//0x02CBB6 - Jump Height 2 0x05
//0x02CBB7 - Jump Height 3 0x04
List<int> jumpHeight = new List<int>(){ 0x03, 0x04, 0x05, 0x06, 0x07 };
for (int i = 0; i < 3; i ++)
{
// Pick a height at random and remove from list to get 3 different heights
rInt = r.Next(jumpHeight.Count);
Patch.Add(0x02CBB5 + i, (byte)jumpHeight[rInt], String.Format("Metalman Jump {0} Y-Velocity Integer", i + 1));
jumpHeight.RemoveAt(rInt);
}
}
/// <summary>
/// Identical to RandomWeaknesses() but using Mega Man 2 (U).nes offsets
/// </summary>
private void RandomizeU(Patch Patch, Random r)
{
// Chaos Mode Weaknesses
if (IsChaos)
{
List<EDmgVsBoss> bossPrimaryWeaknessAddresses = EDmgVsBoss.GetTables(false, true);
List<EDmgVsBoss> bossWeaknessShuffled = new List<EDmgVsBoss>(bossPrimaryWeaknessAddresses);
bossWeaknessShuffled.Shuffle(r);
// Preparation: Disable redundant Atomic Fire healing code
// (Note that 0xFF in any weakness table is sufficient to heal a boss)
Patch.Add(0x02E66D, 0xFF, "Atomic Fire Boss To Heal" ); // Normally "00" to indicate Heatman.
// Select 2 robots to be weak against Buster
int busterI1 = r.Next(8);
int busterI2 = busterI1;
while (busterI2 == busterI1)
busterI2 = r.Next(8);
// Foreach boss
for (int i = 0; i < 8; i++)
{
// First, fill in special weapon tables with a 50% chance to block or do 1 damage
for (int j = 0; j < bossPrimaryWeaknessAddresses.Count; j++)
{
double rTestImmune = r.NextDouble();
byte damage = 0;
if (rTestImmune > 0.5)
{
if (bossPrimaryWeaknessAddresses[j] == EDmgVsBoss.U_DamageH)
{
// ...except for Atomic Fire, which will do some more damage
damage = (byte)(RWeaponBehavior.AmmoUsage[1] / 2);
}
else if (bossPrimaryWeaknessAddresses[j] == EDmgVsBoss.U_DamageF)
{
damage = 0x00;
}
else
{
damage = 0x01;
}
}
Patch.Add(bossPrimaryWeaknessAddresses[j] + i, damage, String.Format("{0} Damage to {1}", bossPrimaryWeaknessAddresses[j].WeaponName, (EDmgVsBoss.Offset)i));
BotWeaknesses[i, j + 1] = damage;
}
// Write the primary weakness for this boss
byte dmgPrimary = GetRoboDamagePrimary(r, bossWeaknessShuffled[i]);
Patch.Add(bossWeaknessShuffled[i] + i, dmgPrimary, String.Format("{0} Damage to {1} (Primary)", bossWeaknessShuffled[i].WeaponName, (EDmgVsBoss.Offset)i));
// Write the secondary weakness for this boss (next element in list)
// Secondary weakness will either do 2 damage or 4 if it is Atomic Fire
// Time Stopper cannot be a secondary weakness. Instead it will heal that boss.
// As a result, one Robot Master will not have a secondary weakness
int i2 = (i + 1 >= 8) ? 0 : i + 1;
EDmgVsBoss weakWeap2 = bossWeaknessShuffled[i2];
//stream.Position = weakWeap2 + i;
byte dmgSecondary = 0x02;
if (weakWeap2 == EDmgVsBoss.U_DamageH)
{
dmgSecondary = 0x04;
}
else if (weakWeap2 == EDmgVsBoss.U_DamageF)
{
dmgSecondary = 0x00;
//long prevStreamPos = stream.Position;
//stream.Position = 0x02C08F;
//stream.WriteByte((byte)i);
//stream.Position = prevStreamPos;
// Address in Time-Stopper code that normally heals Flashman, change to heal this boss instead
Patch.Add(0x02C08F, (byte)i, String.Format("Time-Stopper Heals {0} (Special Code)", (EDmgVsBoss.Offset)i));
}
Patch.Add(weakWeap2 + i, dmgSecondary, String.Format("{0} Damage to {1} (Secondary)", weakWeap2.WeaponName, (EDmgVsBoss.Offset)i));
//stream.WriteByte(dmgSecondary);
// Add buster damage
//stream.Position = EDmgVsBoss.U_DamageP + i;
if (i == busterI1 || i == busterI2)
{
Patch.Add(EDmgVsBoss.U_DamageP + i, 0x02, String.Format("Buster Damage to {0}", (EDmgVsBoss.Offset)i));
BotWeaknesses[i, 0] = 0x02;
}
else
{
Patch.Add(EDmgVsBoss.U_DamageP + i, 0x01, String.Format("Buster Damage to {0}", (EDmgVsBoss.Offset)i));
BotWeaknesses[i, 0] = 0x01;
}
// Save info
int weapIndexPrimary = GetWeaponIndexFromAddress(bossWeaknessShuffled[i]);
BotWeaknesses[i, weapIndexPrimary] = dmgPrimary;
int weapIndexSecondary = GetWeaponIndexFromAddress(weakWeap2);
BotWeaknesses[i, weapIndexSecondary] = dmgSecondary;
}
debug.AppendLine("Robot Master Weaknesses:");
debug.AppendLine("P\tH\tA\tW\tB\tQ\tF\tM\tC:");
debug.AppendLine("--------------------------------------------");
for (int i = 0; i < 8; i++)
{
for (int j = 0; j < 9; j++)
{
debug.Append(String.Format("{0}\t", BotWeaknesses[i, j]));
}
debug.AppendLine("< " + ((EDmgVsBoss.Offset)i).ToString());
}
debug.AppendLine();
}
// Easy Mode Weaknesses
else
{
List<WeaponTable> Weapons = new List<WeaponTable>();
Weapons.Add(new WeaponTable()
{
Name = "Buster",
ID = 0,
Address = EDmgVsBoss.U_DamageP,
RobotMasters = new int[8] { 2, 2, 1, 1, 2, 2, 1, 1 }
// Heat = 2,
// Air = 2,
// Wood = 1,
// Bubble = 1,
// Quick = 2,
// Flash = 2,
// Metal = 1,
// Clash = 1,
// Dragon = 1
// Byte Unused = 0
// Gutsdozer = 1
// Unused = 0
});
Weapons.Add(new WeaponTable()
{
Name = "Atomic Fire",
ID = 1,
Address = EDmgVsBoss.U_DamageH,
// Note: These values only affect a fully charged shot. Partially charged shots use the Buster table.
RobotMasters = new int[8] { 0xFF, 6, 0x0E, 0, 0x0A, 6, 4, 6 }
// Dragon = 8
// Gutsdozer = 8
});
Weapons.Add(new WeaponTable()
{
Name = "Air Shooter",
ID = 2,
Address = EDmgVsBoss.U_DamageA,
RobotMasters = new int[8] { 2, 0, 4, 0, 2, 0, 0, 0x0A }
// Dragon = 0
// Gutsdozer = 0
});
Weapons.Add(new WeaponTable()
{
Name = "Leaf Shield",
ID = 3,
Address = EDmgVsBoss.U_DamageW,
RobotMasters = new int[8] { 0, 8, 0xFF, 0, 0, 0, 0, 0 }
// Dragon = 0
// Unused = 0
// Gutsdozer = 0
});
Weapons.Add(new WeaponTable()
{
Name = "Bubble Lead",
ID = 4,
Address = EDmgVsBoss.U_DamageB,
RobotMasters = new int[8] { 6, 0, 0, 0xFF, 0, 2, 0, 1 }
// Dragon = 0
// Unused = 0
// Gutsdozer = 1
});
Weapons.Add(new WeaponTable()
{
Name = "Quick Boomerang",
ID = 5,
Address = EDmgVsBoss.U_DamageQ,
RobotMasters = new int[8] { 2, 2, 0, 2, 0, 0, 4, 1 }
// Dragon = 1
// Unused = 0
// Gutsdozer = 2
});
Weapons.Add(new WeaponTable()
{
Name = "Time Stopper",
ID = 6,
Address = EDmgVsBoss.U_DamageF,
// NOTE: These values affect damage per tick
// NOTE: This table only has robot masters, no wily bosses
RobotMasters = new int[8] { 0, 0, 0, 0, 1, 0, 0, 0 }
});
Weapons.Add(new WeaponTable()
{
Name = "Metal Blade",
ID = 7,
Address = EDmgVsBoss.U_DamageM,
RobotMasters = new int[8] { 1, 0, 2, 4, 0, 4, 0x0E, 0 }
// Dragon = 0
// Unused = 0
// Gutsdozer = 0
});
Weapons.Add(new WeaponTable()
{
Name = "Clash Bomber",
ID = 8,
Address = EDmgVsBoss.U_DamageC,
RobotMasters = new int[8] { 0xFF, 0, 2, 2, 4, 3, 0, 0 }
// Dragon = 1
// Unused = 0
// Gutsdozer = 1
});
foreach (WeaponTable weapon in Weapons)
{
weapon.RobotMasters.Shuffle(r);
}
foreach (WeaponTable weapon in Weapons)
{
for (int i = 0; i < 8; i++)
{
Patch.Add(weapon.Address + i, (byte)weapon.RobotMasters[i], String.Format("Easy Weakness: {0} against {1}", weapon.Name, ((EDmgVsBoss.Offset)i).ToString() ));
}
}
}
}
/// <summary>
/// TODO
/// </summary>
public static void SetBurstChaser(Patch p, bool jVersion)
{
p.Add(0x038147, 0x60, String.Format("READY Text Delay"));
p.Add(0x038921, 0x03, String.Format("Mega Man Walk X-Velocity Integer"));
p.Add(0x03892C, 0x00, String.Format("Mega Man Walk X-Velocity Fraction"));
p.Add(0x038922, 0x03, String.Format("Mega Man Air X-Velocity Integer"));
p.Add(0x03892D, 0x00, String.Format("Mega Man Air X-Velocity Fraction"));
p.Add(0x0386EF, 0x01, String.Format("Mega Man Ladder Climb Up Integer"));
p.Add(0x03872E, 0xFE, String.Format("Mega Man Ladder Climb Down Integer"));
int address = (jVersion) ? 0x03D4A4 : 0x03D4A7;
p.Add(address, 0x08, String.Format("Buster Projectile X-Velocity Integer"));
}
public static void EnablePressDamage(Patch Patch)
{
Patch.Add(EDmgVsEnemy.DamageP + EDmgVsEnemy.Offset.Press, 0x01, "Buster Damage Against Press");
}
/// <summary>
/// TODO
/// </summary>
public static void SetFastText(Patch p, bool jVersion)
{
int address = (jVersion) ? 0x037C51 : 0x037D4A;
p.Add(address, 0x04, String.Format("Weapon Get Text Write Delay"));
}
protected void ChangeFlash(Patch Patch, Random r)
{
int rInt;
// Unused addresses
//0x02CA71 - Projectile type 0x35
//0x02CA52 - "Length of time stopper / projectile frequency ?"
// Flashman's AI
//0x02C982 - Walk velocity integer 0x01, do from 0 to 3
rInt = r.Next(0x04);
Patch.Add(0x02C982, (byte)rInt, "Flashman Walk Velocity Integer");
//0x02C97D - Walk velocity fraction 0x06, do 0x00-0xFF
rInt = r.Next(256);
Patch.Add(0x02C97D, (byte)rInt, "Flashman Walk Velocity Fraction");
//0x02C98B - Delay before time stopper 0xBB (187 frames). Do from 30 frames to 240 frames
rInt = r.Next(211) + 30;
Patch.Add(0x02C98B, (byte)rInt, "Flashman Delay Before Time Stopper");
//0x02CAC6 - Jump distance integer 0x00, do 0 to 3
// TODO do fraction also
rInt = r.Next(4);
Patch.Add(0x02CAC6, (byte)rInt, "Flashman Jump X-Velocity Integer");
//0x02CACE - Jump height 0x04, do 3 - 8
rInt = r.Next(6) + 3;
Patch.Add(0x02CACE, (byte)rInt, "Flashman Jump Y-Velocity Integer");
//0x02CA81 - Projectile speed 0x08, do 2 - 0A
rInt = r.Next(0x0A - 0x02 + 1) + 0x02;
Patch.Add(0x02CA81, (byte)rInt, "Flashman Projectile Velocity Integer");
//0x02CA09 - Number of projectiles to shoot 0x06, do 3 - 0x10
rInt = r.Next(0x10 - 0x03 + 1) + 0x03;
Patch.Add(0x02CA09, (byte)rInt, "Flashman Number of Projectiles");
}
protected void ChangeHeat(Patch Patch, Random r)
{
int rInt = 0;
// Heatman AI 0x02C16E - 0x02C1FE
// projectile y - distances
//0x02C207 default 07, good from 03 - 08
//0x02C208 default 05, good from 04 - 07
//0x02C209 default 03, good from 03 - 05
rInt = r.Next(6) + 0x03;
Patch.Add(0x02C207, (byte)rInt, "Heatman Projectile 1 Y-Distance");
rInt = r.Next(4) + 0x04;
Patch.Add(0x02C208, (byte)rInt, "Heatman Projectile 2 Y-Distance");
rInt = r.Next(3) + 0x03;
Patch.Add(0x02C209, (byte)rInt, "Heatman Projectile 3 Y-Distance");
// projectile x-distances, 0x3A 0x2E 0x1C
// - The lower value, the faster speed. Different for each fireball.
//0x02C20A - 1st value should be 0x47 to hit megaman, Or, from 0x30 to 0x80
//0x02C20B - 2nd value should be 0x2E to hit megaman. Or, from 0x22 to 0x40
//0x02C20C - 3rd value should be 0x17 to hit megaman, Or, from 0x10 to 0x30
rInt = r.Next(0x80 - 0x30 + 1) + 0x30;
Patch.Add(0x02C20A, (byte)rInt, "Heatman Projectile 1 X-Distance");
rInt = r.Next(0x40 - 0x22 + 1) + 0x22;
Patch.Add(0x02C20B, (byte)rInt, "Heatman Projectile 2 X-Distance");
rInt = r.Next(0x30 - 0x10 + 1) + 0x10;
Patch.Add(0x02C20C, (byte)rInt, "Heatman Projectile 3 X-Distance");
// 30/60/90 frame delay
//0x02C29D - Delay 1 0x1F
//0x02C29E - Delay 2 0x3E
//0x02C29F - Delay 3 0x5D
// Choose delay interval from 10-40 frames
rInt = r.Next(31) + 10;
Patch.Add(0x02C29D, (byte)rInt, "Heatman Invuln Delay 1");
Patch.Add(0x02C29E, (byte)(rInt * 2), "Heatman Invuln Delay 2");
Patch.Add(0x02C29F, (byte)(rInt * 3), "Heatman Invuln Delay 3");
//0x02C253 - Charge velocity(0x04, 0x08 or more usually puts him on side of screen)
rInt = r.Next(4) + 0x02;
Patch.Add(0x02C253, (byte)rInt, "Heatman Charge Velocity");
}
/// <summary>
/// TODO
/// </summary>
private void RandomizeWilyUJ(Patch Patch, Random r)
{
if (IsChaos)
{
// List of special weapon damage tables for enemies
List<EDmgVsEnemy> dmgPtrEnemies = EDmgVsEnemy.GetTables(false);
EDmgVsEnemy enemyWeak1;
EDmgVsEnemy enemyWeak2;
EDmgVsEnemy enemyWeak3;
// List of special weapon damage tables for bosses (no flash or buster)
List<EDmgVsBoss> dmgPtrBosses = EDmgVsBoss.GetTables(false, false);
EDmgVsBoss bossWeak1;
EDmgVsBoss bossWeak2;
EDmgVsBoss bossWeak3;
EDmgVsBoss bossWeak4;
#region Dragon
// Dragon
// 25% chance to have a buster vulnerability
double rBuster = r.NextDouble();
byte busterDmg = 0x00;
if (rBuster > 0.75)
busterDmg = 0x01;
Patch.Add(EDmgVsBoss.U_DamageP + EDmgVsBoss.Offset.Dragon, busterDmg, "Buster Damage to Dragon");
WilyWeaknesses[0, 0] = busterDmg;
// Choose 2 special weapon weaknesses
List<EDmgVsBoss> dragon = new List<EDmgVsBoss>(dmgPtrBosses);
int rInt = r.Next(dragon.Count);
bossWeak1 = dragon[rInt];
dragon.RemoveAt(rInt);
rInt = r.Next(dragon.Count);
bossWeak2 = dragon[rInt];
// For each weapon, apply the weaknesses and immunities
for (int i = 0; i < dmgPtrBosses.Count; i++)
{
EDmgVsBoss weapon = dmgPtrBosses[i];
// Dragon weak
if (weapon == bossWeak1 || weapon == bossWeak2)
{
// Deal 1 damage with weapons that cost 1 or less ammo
byte damage = 0x01;
// Deal damage = ammoUsage - 1, minimum 2 damage
if (RWeaponBehavior.AmmoUsage[i + 1] > 1)
{
int tryDamage = (int)RWeaponBehavior.AmmoUsage[i + 1] - 0x01;
damage = (tryDamage < 2) ? (byte)0x02 : (byte)tryDamage;
}
Patch.Add(weapon + EDmgVsBoss.Offset.Dragon, damage, String.Format("{0} Damage to Dragon", weapon.WeaponName));
WilyWeaknesses[0, i + 1] = damage;
}
// Dragon immune
else
{
Patch.Add(weapon + EDmgVsBoss.Offset.Dragon, 0x00, String.Format("{0} Damage to Dragon", weapon.WeaponName));
WilyWeaknesses[0, i + 1] = 0x00;
}
}
#endregion
#region Picopico-kun
// Picopico-kun
// 20 HP each
// 25% chance for buster to deal 3-7 damage
rBuster = r.NextDouble();
busterDmg = 0x00;
if (rBuster > 0.75)
{
busterDmg = (byte)(r.Next(5) + 3);
}
Patch.Add(EDmgVsEnemy.DamageP + EDmgVsEnemy.Offset.PicopicoKun, busterDmg, String.Format("Buster Damage to Picopico-Kun"));
WilyWeaknesses[1, 0] = busterDmg;
// Deal ammoUse x 6 for the main weakness
// Deal ammoUse x 2 for another
// Deal ammoUse x 1 for another
List<EDmgVsEnemy> pico = new List<EDmgVsEnemy>(dmgPtrEnemies);
rInt = r.Next(pico.Count);
enemyWeak1 = pico[rInt];
pico.RemoveAt(rInt);
rInt = r.Next(pico.Count);
enemyWeak2 = pico[rInt];
pico.RemoveAt(rInt);
rInt = r.Next(pico.Count);
enemyWeak3 = pico[rInt];
for (int i = 0; i < dmgPtrEnemies.Count; i++)
{
EDmgVsEnemy weapon = dmgPtrEnemies[i];
byte damage = 0x00;
char level = ' ';
// Pico weakness 1, deal ammoUse x8 damage
if (weapon == enemyWeak1)
{
damage = (byte)(RWeaponBehavior.AmmoUsage[i + 1] * 10);
if (damage < 2) damage = 3;
level = '^';
}
// weakness 2, deal ammoUse x5 damage
else if (weapon == enemyWeak2)
{
damage = (byte)(RWeaponBehavior.AmmoUsage[i + 1] * 5);
if (damage < 2) damage = 2;
level = '*';
}
// weakness 3, deal ammoUse x2 damage
else if (weapon == enemyWeak3)
{
damage = (byte)(RWeaponBehavior.AmmoUsage[i + 1] * 2);
if (damage < 2) damage = 2;
}
// If any weakness is Atomic Fire, deal 20 damage
if (weapon == EDmgVsEnemy.DamageH && (enemyWeak1 == weapon || enemyWeak2 == weapon || enemyWeak3 == weapon))
{
damage = 20;
}
// Bump up already high damage values to 20
if (damage >= 14)
{
damage = 20;
}
Patch.Add(weapon + EDmgVsEnemy.Offset.PicopicoKun, damage, String.Format("{0} Damage to Picopico-Kun{1}", weapon.WeaponName, level));
WilyWeaknesses[1, i + 1] = damage;
WilyWeaknessInfo[1, i + 1] = level;
}
#endregion
#region Guts
// Guts
// 25% chance to have a buster vulnerability
rBuster = r.NextDouble();
busterDmg = 0x00;
if (rBuster > 0.75)
busterDmg = 0x01;
Patch.Add(EDmgVsBoss.U_DamageP + EDmgVsBoss.Offset.Guts, busterDmg, String.Format("Buster Damage to Guts Tank"));
WilyWeaknesses[2, 0] = busterDmg;
// Choose 2 special weapon weaknesses
List<EDmgVsBoss> guts = new List<EDmgVsBoss>(dmgPtrBosses);
rInt = r.Next(guts.Count);
bossWeak1 = guts[rInt];
guts.RemoveAt(rInt);
rInt = r.Next(guts.Count);
bossWeak2 = guts[rInt];
for (int i = 0; i < dmgPtrBosses.Count; i++)
{
EDmgVsBoss weapon = dmgPtrBosses[i];
// Guts weak
if (weapon == bossWeak1 || weapon == bossWeak2)
{
// Deal 1 damage with weapons that cost 1 or less ammo
byte damage = 0x01;
// Deal damage = ammoUsage - 1, minimum 2 damage
if (RWeaponBehavior.AmmoUsage[i + 1] > 1)
{
int tryDamage = (int)RWeaponBehavior.AmmoUsage[i + 1] - 0x01;
damage = (tryDamage < 2) ? (byte)0x02 : (byte)tryDamage;
}
Patch.Add(weapon + EDmgVsBoss.Offset.Guts, damage, String.Format("{0} Damage to Guts Tank", weapon.WeaponName));
WilyWeaknesses[2, i + 1] = damage;
}
// Guts immune
else
{
Patch.Add(weapon + EDmgVsBoss.Offset.Guts, 0x00, String.Format("{0} Damage to Guts Tank", weapon.WeaponName));
WilyWeaknesses[2, i + 1] = 0x00;
}
}
#endregion
#region Buebeam Trap
// Buebeam
// 5 Orbs + 3 Required Barriers (5 total barriers, 4 in speedrun route)
// Choose a weakness for both Barriers and Orbs, scale damage to have plenty of energy
// If the same weakness for both, scale damage further
// If any weakness is Atomic Fire, ensure that there's enough ammo
// Randomize Crash Barrier weakness
List<EDmgVsEnemy> dmgBarrierList = EDmgVsEnemy.GetTables(true);
// Remove Heat as possibility if it costs too much ammo
if (RWeaponBehavior.AmmoUsage[1] > 5)
{
dmgBarrierList.RemoveAt(1);
WilyWeaknesses[3, 1] = 0;
}
// Get Barrier weakness
rInt = r.Next(dmgBarrierList.Count);
EDmgVsEnemy wpnBarrier = dmgBarrierList[rInt];
// Scale damage to be slightly more capable than killing 5 barriers at full ammo
int dmgW4 = 0x01;
if (wpnBarrier != EDmgVsEnemy.DamageP)
{
int totalShots = (int)(28 / RWeaponBehavior.GetAmmoUsage(wpnBarrier));
int numHitsPerBarrier = (int)(totalShots / 5);
if (numHitsPerBarrier > 1) numHitsPerBarrier--;
if (numHitsPerBarrier > 8) numHitsPerBarrier = 8;
dmgW4 = (int)Math.Ceiling(20d / numHitsPerBarrier);
}
for (int i = 0; i < dmgBarrierList.Count; i++)
{
// Deal damage with weakness, and 0 for everything else
byte damage = (byte)dmgW4;
EDmgVsEnemy wpn = dmgBarrierList[i];
if (wpn != wpnBarrier)
{
damage = 0;
}
Patch.Add(wpn.Address + EDmgVsEnemy.Offset.ClashBarrier_W4, damage, String.Format("{0} Damage to Clash Barrier 1", wpnBarrier.WeaponName));
Patch.Add(wpn.Address + EDmgVsEnemy.Offset.ClashBarrier_Other, damage, String.Format("{0} Damage to Clash Barrier 2", wpnBarrier.WeaponName));
}
// Remove Barrier weakness from list (therefore, different Buebeam weakness)
dmgBarrierList.Remove(wpnBarrier);
// Get Buebeam weakness
rInt = r.Next(dmgBarrierList.Count);
EDmgVsEnemy wpnBuebeam = dmgBarrierList[rInt];
// Scale damage to be slightly more capable than killing 5 buebeams at full ammo
dmgW4 = 0x01;
if (wpnBuebeam != EDmgVsEnemy.DamageP)
{
int totalShots = (int)(28 / RWeaponBehavior.GetAmmoUsage(wpnBuebeam));
int numHitsPerBuebeam = (int)(totalShots / 5);
if (numHitsPerBuebeam > 1) numHitsPerBuebeam--;
if (numHitsPerBuebeam > 8) numHitsPerBuebeam = 8;
dmgW4 = (int)Math.Ceiling(20d / numHitsPerBuebeam);
}
for (int i = 0; i < dmgBarrierList.Count; i++)
{
byte damage = (byte)dmgW4;
EDmgVsEnemy wpn = dmgBarrierList[i];
if (wpn != wpnBuebeam)
{
damage = 0;
}
Patch.Add(wpn.Address + EDmgVsEnemy.Offset.Buebeam, damage, String.Format("{0} Damage to Buebeam Trap", wpnBuebeam.WeaponName));
// Add to damage table (skipping heat if necessary)
if (RWeaponBehavior.AmmoUsage[1] > 5 && i >= 1)
{
WilyWeaknesses[3, i + 1] = damage;
}
else
{
WilyWeaknesses[3, i] = damage;
}
}
#endregion
#region Wily Machine
// Machine
// Will have 4 weaknesses and potentially a Buster weakness
// Phase 1 will disable 2 of the weaknesses, taking no damage
// Phase 2 will re-enable them, but disable 1 other weakness
// Mega Man 2 behaves in a similar fashion, disabling Q and A in phase 1, but only disabling H in phase 2
// 75% chance to have a buster vulnerability
rBuster = r.NextDouble();
busterDmg = 0x00;
if (rBuster > 0.25)
busterDmg = 0x01;
Patch.Add(EDmgVsBoss.U_DamageP + EDmgVsBoss.Offset.Machine, busterDmg, String.Format("Buster Damage to Wily Machine"));
WilyWeaknesses[4, 0] = busterDmg;
// Choose 4 special weapon weaknesses
List<EDmgVsBoss> machine = new List<EDmgVsBoss>(dmgPtrBosses);
rInt = r.Next(machine.Count);
bossWeak1 = machine[rInt];
machine.RemoveAt(rInt);
rInt = r.Next(machine.Count);
bossWeak2 = machine[rInt];
machine.RemoveAt(rInt);
rInt = r.Next(machine.Count);
bossWeak3 = machine[rInt];
machine.RemoveAt(rInt);
rInt = r.Next(machine.Count);
bossWeak4 = machine[rInt];
for (int i = 0; i < dmgPtrBosses.Count; i++)
{
EDmgVsBoss weapon = dmgPtrBosses[i];
// Machine weak
if (weapon == bossWeak1 || weapon == bossWeak2 || weapon == bossWeak3 || weapon == bossWeak4)
{
// Deal 1 damage with weapons that cost 1 or less ammo
byte damage = 0x01;
// Deal damage = ammoUsage
if (RWeaponBehavior.AmmoUsage[i + 1] > 1)
{
damage = (byte)RWeaponBehavior.AmmoUsage[i + 1];
}
Patch.Add(weapon + EDmgVsBoss.Offset.Machine, damage, String.Format("{0} Damage to Wily Machine", weapon.WeaponName));
WilyWeaknesses[4, i + 1] = damage;
}
// Machine immune
else
{
Patch.Add(weapon + EDmgVsBoss.Offset.Machine, 0x00, String.Format("{0} Damage to Wily Machine", weapon.WeaponName));
WilyWeaknesses[4, i + 1] = 0x00;
}
// Get index of this weapon out of all weapons 0-8;
byte wIndex = (byte)(i + 1);
if (weapon == EDmgVsBoss.ClashBomber || weapon == EDmgVsBoss.MetalBlade)
wIndex++;
// Disable weakness 1 and 2 on Wily Machine Phase 1
if (weapon == bossWeak1)
{
Patch.Add(0x02DA2E, wIndex, String.Format("Wily Machine Phase 1 Resistance 1 ({0})", weapon.WeaponName));
}
if (weapon == bossWeak2)
{
Patch.Add(0x02DA32, wIndex, String.Format("Wily Machine Phase 1 Resistance 2 ({0})", weapon.WeaponName));
}
// Disable weakness 3 on Wily Machine Phase 2
if (weapon == bossWeak3)
{
Patch.Add(0x02DA3A, wIndex, String.Format("Wily Machine Phase 2 Resistance ({0})", weapon.WeaponName));
}
}
#endregion
#region Alien
// Alien
// Buster Heat Air Wood Bubble Quick Clash Metal
byte alienDamage = 1;
List<EDmgVsBoss> alienWeapons = EDmgVsBoss.GetTables(true, false);
int rWeaponIndex = r.Next(alienWeapons.Count);
// Deal two damage for 1-ammo weapons (or buster)
if (RWeaponBehavior.AmmoUsage[rWeaponIndex] == 1)
{
alienDamage = 2;
}
// For 2+ ammo use weapons, deal 20% more than that in damage, rounded up
else if (RWeaponBehavior.AmmoUsage[rWeaponIndex] > 1)
{
alienDamage = (byte)Math.Ceiling(RWeaponBehavior.AmmoUsage[rWeaponIndex] * 1.2);
}
// Apply weakness and erase others (flash will remain 0xFF)
for (int i = 0; i < alienWeapons.Count; i++)
{
EDmgVsBoss weapon = alienWeapons[i];
if (i == rWeaponIndex)
{
Patch.Add(weapon + EDmgVsBoss.Offset.Alien, alienDamage, String.Format("{0} Damage to Alien", weapon.WeaponName));
WilyWeaknesses[5, i] = alienDamage;
}
else
{
Patch.Add(weapon + EDmgVsBoss.Offset.Alien, 0xFF, String.Format("{0} Damage to Alien", weapon.WeaponName));
WilyWeaknesses[5, i] = 0xFF;
}
}
#endregion
debug.AppendLine("Wily Boss Weaknesses:");
debug.AppendLine("P\tH\tA\tW\tB\tQ\tF\tM\tC:");
debug.AppendLine("--------------------------------------------");
for (int i = 0; i < WilyWeaknesses.GetLength(0); i++)
{
for (int j = 0; j < WilyWeaknesses.GetLength(1); j++)
{
debug.Append(String.Format("{0}\t", WilyWeaknesses[i, j]));
if (j == 5) debug.Append("X\t"); // skip flash
}
string bossName = "";
switch (i)
{
case 0:
bossName = "dragon";
break;
case 1:
bossName = "picopico-kun";
break;
case 2:
bossName = "guts";
break;
case 3:
bossName = "boobeam";
break;
case 4:
bossName = "machine";
break;
case 5:
bossName = "alien";
break;
default: break;
}
debug.AppendLine("< " + bossName);
}
debug.AppendLine();
} // end if
#region Easy Weakness
else
{
// First address for damage (buster v heatman)
int address = (RandomMM2.Settings.IsJapanese) ? (int)EDmgVsBoss.Buster : (int)EDmgVsBoss.U_DamageP;
// Skip Time Stopper
// Buster Air Wood Bubble Quick Clash Metal
byte[] dragon = new byte[] { 1, 0, 0, 0, 1, 0, 1 };
byte[] guts = new byte[] { 1, 0, 0, 1, 2, 0, 1 };
byte[] machine = new byte[] { 1, 1, 0, 0, 1, 1, 4 };
byte[] alien = new byte[] { 0xff, 0xff, 0xff, 1, 0xff, 0xff, 0xff };
// TODO: Scale damage based on ammo count w/ weapon class instead of this hard-coded table
// Buster Air Wood Bubble Quick Clash Metal
//double[] ammoUsed = new double[] { 0, 2, 3, 0.5, 0.25, 4, 0.25 };
dragon.Shuffle(r);
guts.Shuffle(r);
machine.Shuffle(r);
alien.Shuffle(r);
int j = 0;
for (int i = 0; i < 8; i++) // i = Buster plus 7 weapons, Time Stopper damage is located in another table (going to ignore it anyways)
{
//// Skip Atomic Fire
//if (i == 1) continue;
int posDragon = address + 14 * i + 8;
Patch.Add(posDragon, dragon[j], String.Format("Easy Weakness: ? against Dragon"));
Patch.Add(posDragon+2, guts[j], String.Format("Easy Weakness: ? against Guts"));
Patch.Add(posDragon+4, machine[j], String.Format("Easy Weakness: ? against Wily Machine"));
// Scale damage against alien if using a high ammo usage weapon
if (alien[j] == 1)
{
if (RWeaponBehavior.AmmoUsage[j] >= 1)
{
alien[j] = (byte)((double)RWeaponBehavior.AmmoUsage[j] * 1.3);
}
}
Patch.Add(posDragon+5, alien[j], String.Format("Easy Weakness: ? against Alien"));
j++;
}
}
#endregion
}
protected void ChangeAir(Patch Patch, Random r)
{
int rInt = 0;
double rDbl = 0;
// Airman AI 0x02C2F3 - 0x02C50A
// Create random Air Shooter patterns
//0x02C393 - Tornado 0 Pattern 0 y-vel fraction
//0x02C395 - Tornado 1 Pattern 0 y-vel frac
//...
//0x02C39A - Tornado 0 Pattern 1 y-vel frac
//... ...
//0x02C3B1 - Tornado 0 Pattern 0 y-vel integer
//0x02C3CF - Tornado 0 Pattern 0 x-vel fraction
//0x02C3ED - Tornado 0 Pattern 0 x-vel integer
//0x02C40B - Tornado 0 Pattern 0 delay before stop
const int A_tornadoTableLength = 0x1E;
// Write y-vel fractions: 00-FF
for (int i = 0; i < A_tornadoTableLength; i++)
{
rInt = r.Next(256);
Patch.Add(0x02C393 + i, (byte)rInt, String.Format("Airman Tornado {0} Y-Vel Frac", i));
}
// Write y-vel integers: FF-03, rare 04
for (int i = 0; i < A_tornadoTableLength; i++)
{
byte A_yVelInt = 0;
byte[] A_yVelInts = new byte[] { 0xFF, 0x00, 0x01, 0x02, 0x03 };
rDbl = r.NextDouble();
if (rDbl > 0.9)
{
A_yVelInt = 0x04;
}
else
{
rInt = r.Next(A_yVelInts.Length);
A_yVelInt = A_yVelInts[rInt];
}
Patch.Add(0x02C3B1 + i, A_yVelInt, String.Format("Airman Tornado {0} Y-Vel Int", i));
}
// Write x-vel fractions: 00-FF
for (int i = 0; i < A_tornadoTableLength; i++)
{
rInt = r.Next(256);
Patch.Add(0x02C3CF + i, (byte)rInt, String.Format("Airman Tornado {0} X-Vel Frac", i));
}
// Write x-vel integers: 00-04, rare 04, common 03
for (int i = 0; i < A_tornadoTableLength; i++)
{
byte A_xVelInt = 0;
byte[] A_xVelInts = new byte[] { 0x00, 0x01, 0x02 };
rDbl = r.NextDouble();
if (rDbl > 0.9)
{
A_xVelInt = 0x04;
}
else if (rDbl > 0.6)
{
A_xVelInt = 0x03;
}
else
{
rInt = r.Next(A_xVelInts.Length);
A_xVelInt = A_xVelInts[rInt];
}
Patch.Add(0x02C3ED + i, A_xVelInt, String.Format("Airman Tornado {0} X-Vel Int", i));
}
// Write delays: 05-2A
for (int i = 0; i < A_tornadoTableLength; i++)
{
rInt = r.Next(0x25) + 0x05;
Patch.Add(0x02C40B + i, (byte)rInt, String.Format("Airman Tornado {0} Delay Time", i));
}
// 0x02C30C - Num patterns before jumping 0x03 (do 1-4)
rInt = r.Next(4) + 1;
Patch.Add(0x02C30C, (byte)rInt, "Airman Patterns Before Jump");
//0x02C4DD - First Jump y-vel frac, 0xE6
//0x02C4DE - Second Jump y-vel frac, 0x76
//0x02C4E0 - First Jump y-vel int, 0x04
//0x02C4E1 - Second Jump y-vel int 0x07
//0x02C4E3 - First Jump x-vel frac, 0x39
//0x02C4E4 - Second Jump x-vel frac 0x9a
//0x02C4E6 - First Jump x-vel int, 0x01
//0x02C4E7 - Second Jump x-vel int 0x01
// Pick x-vel integers for both jumps first. Must add up to 2 or 3.
int rSum = r.Next(2) + 2;
int jump1x = r.Next(rSum + 1);
int jump2x = rSum - jump1x;
Patch.Add(0x02C4E6, (byte)jump1x, "Airman X-Velocity Integer Jump 1");
Patch.Add(0x02C4E7, (byte)jump2x, "Airman X-Velocity Integer Jump 2");
// If a jump's x-int is 0, its corresponding y-int must be 6-7
// If a jump's x-int is 1, its corresponding y-int must be 4-7
// If a jump's x-int is 2, its corresponding y-int must be 3-5
// If a jump's x-int is 3, its corresponding y-int must be 2-4
int jump1y = AirmanGetJumpYVelocity(jump1x, r);
int jump2y = AirmanGetJumpYVelocity(jump2x, r);
Patch.Add(0x02C4E0, (byte)jump1y, "Airman Y-Velocity Integer Jump 1");
Patch.Add(0x02C4E1, (byte)jump2y, "Airman Y-Velocity Integer Jump 2");
// Random x and y-vel fractions for both jumps
//stream.Position = 0x02C4DD; // 1st jump y-vel frac
rInt = r.Next(0xF1); // If jump is 7 and fraction is > 0xF0, Airman gets stuck!
Patch.Add(0x02C4DD, (byte)rInt, "Airman Y-Velocity Fraction Jump 1");
rInt = r.Next(0xF1);
Patch.Add(0x02C4DE, (byte)rInt, "Airman Y-Velocity Fraction Jump 2");
rInt = r.Next(256);
Patch.Add(0x02C4E3, (byte)rInt, "Airman X-Velocity Fraction Jump 1");
rInt = r.Next(256);
Patch.Add(0x02C4E4, (byte)rInt, "Airman X-Velocity Fraction Jump 2");
}
private void RandomizeWeaponColors(Patch p, Random r)
{
// Create lists of possible colors to choose from and shuffle them
List<byte> PossibleDarkColors = new List<byte>();
List<byte> PossibleLightColors = new List<byte>();
for (byte i = 0x01; i <= 0x0C; i++)
{
// Add first two rows of colors to dark list (except black/white/gray)
PossibleDarkColors.Add(i);
PossibleDarkColors.Add((byte)(i + 0x10));
// Add third and fourth rows to light list (except black/white/gray)
PossibleLightColors.Add((byte)(i + 0x20));
PossibleLightColors.Add((byte)(i + 0x30));
}
// Add black and dark-gray to dark list, white and light-gray to light list
PossibleDarkColors.Add(0x0F);
PossibleDarkColors.Add(0x00);
PossibleLightColors.Add(0x10);
PossibleLightColors.Add(0x20);
// Randomize lists, and pick the first 9 and 8 elements to use as new colors
PossibleDarkColors.Shuffle(r);
PossibleLightColors.Shuffle(r);
Queue<byte> DarkColors = new Queue<byte>(PossibleDarkColors.GetRange(0, 9));
Queue<byte> LightColors = new Queue<byte>(PossibleLightColors.GetRange(0, 8));
// Get starting address depending on game version
int startAddress = (RandomMM2.Settings.IsJapanese) ? MegaManColorAddressJ : MegaManColorAddressU;
// Change 8 robot master weapon colors
for (int i = 0; i < 8; i++)
{
byte dark = DarkColors.Dequeue();
byte light = LightColors.Dequeue();
int pos = startAddress + 0x04 + i * 0x04;
p.Add(pos, light, String.Format("{0} Weapon Color Light", ((EDmgVsBoss.Offset)i).ToString()));
p.Add(pos+1, dark, String.Format("{0} Weapon Color Dark", ((EDmgVsBoss.Offset)i).ToString()));
if (i == 0)
{
//0x03DE49 - H charge colors
// 0F 15 - flash neutral color (15 = weapon color)
// 31 15 - flash lv 1(outline only; keep 15 from weapon color)
// 35 2C - flash lv 2
// 30 30 - flash lv 3
p.Add(0x03DE4A, dark, "Heat Weapon Charge Color 1");
p.Add(0x03DE4C, dark, "Heat Weapon Charge Color 2");
}
}
// Change 3 Item colors
byte itemColor = DarkColors.Dequeue();
for (int i = 0; i < 3; i++)
{
p.Add(startAddress + 0x25 + i * 0x04, itemColor, String.Format("Item {0} Dark Color", i+1));
}
}
protected void ChangeWood(Patch Patch, Random r)
{
int rInt = 0;
double rDbl = 0.0;
byte[] xVels;
// Woodman AI
// Some unused addresses for later:
//0x02C567 - Falling leaf y-pos start, 0x20
//0x03DA34 - Leaf shield y-velocity while it's attached to woodman, lol.
//0x02C537 - Delay between leaves 0x12. Do 0x06 to 0x20.
rInt = r.Next(0x20 - 0x06 + 1) + 0x06;
Patch.Add(0x02C537, (byte)rInt, "Woodman Leaf Spacing Delay");
//0x02C5DD - Jump height, 0x04. Do 0x03 to 0x08.
rInt = r.Next(0x08 - 0x03 + 1) + 0x03;
Patch.Add(0x02C5DD, (byte)rInt, "Woodman Jump Y-Velocity");
//0x02C5E2 - Jump distance, 0x01. Do 0x01 to 0x04.
rInt = r.Next(0x04 - 0x01 + 1) + 0x01;
Patch.Add(0x02C5E2, (byte)rInt, "Woodman Jump X-Velocity");
//0x02C5A9 - Shield launch speed, 0x04. Do 0x01 to 0x08.
rInt = r.Next(0x08 - 0x01 + 1) + 0x01;
Patch.Add(0x02C5A9, (byte)rInt, "Woodman Shield Launch X-Velocity");
//0x02C553 - Number of falling leaves, 0x03. Do 0x02 20% of the time.
rDbl = r.NextDouble();
if (rDbl > 0.8)
Patch.Add(0x02C553, 0x02, "Woodman Falling Leaf Quantity");
//0x02C576 - Falling leaf x-vel, 0x02. Do 0x01 or 0x02, but with a 10% chance for 0x00 and 10% for 0x03
xVels = new byte[] {
0x00,
0x03,
0x01,0x01,0x01,0x01,
0x02,0x02,0x02,0x02,
};
rInt = r.Next(xVels.Length);
Patch.Add(0x02C576, xVels[rInt], "Woodman Falling Leaf X-Velocity");
//0x03D8F6 - 0x02, change to 0x06 for an interesting leaf shield pattern 25% of the time
rDbl = r.NextDouble();
if (rDbl > 0.66)
{
Patch.Add(0x03D8F6, 0x06, "Woodman Leaf Shield Pattern");
}
//0x03B855 - Leaf fall speed(sort of ?) 0x20.
// Decrease value to increase speed. At 0x40, it doesn't fall.
// 20% of the time, change to a high number to instantly despawn leaves for a fast pattern.
// Do from 0x00 to 0x24. Make less than 0x1A a lower chance.
int yVel;
rDbl = r.NextDouble();
if (rDbl > 0.8)
{
yVel = 0xA0; // Leaves go upwards
}
else
{
xVels = new byte[]
{
0x00, 0x04, 0x08, 0x0C, 0x10, 0x14, 0x18, 0x1C, // Fall faster
0x1D, 0x1E, 0x20, 0x21, 0x22, 0x23, 0x24 // Fall slower
};
rInt = r.Next(xVels.Length);
yVel = xVels[rInt];
}
Patch.Add(0x03B855, (byte)yVel, "Woodman Falling Leaf Y-Velocity");
}
protected void ChangeQuick(Patch Patch, Random r)
{
// Q autofire delay, default 0x0B
// Do from 0x05 to 0x12
int autoFireDelay = r.Next(0x0D) + 0x05;
Patch.Add(0x03DB54, (byte)autoFireDelay, "(Q) | Autofire Delay");
// Q max shots, default 0x05
// Do from 0x03 to 0x07(2 to 6 shots)
int maxShots = r.Next(0x04) + 0x03;
Patch.Add(0x03DB5C, (byte)maxShots, "(Q) | Max Shots");
// 0x03DB6F - Q sound effect
ESoundID sound = GetRandomSound(r);
Patch.Add(0x03DB6F, (byte)sound, "(Q) | Sound");
// Q shots per ammo tick, default 0x08
// Do from 0x04 to 0x0A ?
int magSize = r.Next(0x06) + 0x04;
Patch.Add(0x03DB78, (byte)magSize, "(Q) | Shots Per Ammo Tick");
AmmoUsage.Add(1d / (double)magSize);
// Q behavior, distance, default 0x12
// Do from 0x0A to 0x20 ?
int distance = r.Next(0x16) + 0x0A;
Patch.Add(0x03DFE2, (byte)distance, "(Q) | Travel Distance");
// Q behavior, initial angle, default 0x4B
// Do from 0x00 to 0x60 ?
int angle1 = r.Next(0x60);
Patch.Add(0x03DFEA, (byte)angle1, "(Q) | Initial Angle");
//0x03DFF2 - Q behavior, weird, default 0x00
// Don't use, but change to 0x01 for dumb effect
// Q behavior, angle, default 0x40
// 0x40 - (GOOD)Normal
// 0x80 - (GOOD / HARD) Disappears(doesn't return)
// 0x00 - (GOOD)Sine wave
// 0x03 - (GOOD)Float downwards(interesting behavior when changing other byte)
// 0x04, 05 - Float downwards(short, not different enough from 03)
// 0x06 - Float downwards(faster)
int[] angle2s = new int[] { 0x40, 0x80, 0x00, 0x03 };
int rIndex = r.Next(angle2s.Length);
int angle2 = angle2s[rIndex];
Patch.Add(0x03DFFF, (byte)angle2, "(Q) | Secondary Angle");
// Q behavior, time before disappearing on return, default 0x23
// Do from 0x1E to 0x30
int despawnDelay = r.Next(0x12) + 0x1E;
Patch.Add(0x03E007, (byte)despawnDelay, "(Q) | Despawn Delay");
// Q behavior, return angle, default 0x4B
// Do from 0x00 to 0x90
int angle3 = r.Next(0x90);
Patch.Add(0x03E013, (byte)angle3, "(Q) | Return Angle");
//0x03E01B - Q behavior, weird, default 0x00
// Change to 0x01 for interesting effects
}
public void Randomize(Patch p, Random r)
{
// Write in new weapon names
for (int i = 0; i < 8; i++)
{
int offset = offsetAtomicFire + i * 0x10;
string name = GetRandomName(r);
char[] chars = name.ToCharArray();
for (int j = 0; j < MAX_CHARS; j++)
{
if (j < chars.Length)
{
byte b = Convert.ToByte(chars[j]);
p.Add(offset + j, b, String.Format("Weapon Name {0} Char #{1}: {2}", ((EDmgVsBoss.Offset)i).Name, j, chars[j].ToString()));
}
else
{
p.Add(offset + j, Convert.ToByte('@'), String.Format("Weapon Name {0} Char #{1}: @", ((EDmgVsBoss.Offset)i).Name, j));
}
}
}
// Erase "Boomerang" for now
for (int i = 0; i < 10; i++)
{
p.Add(0x037f5e + i, Convert.ToByte('@'), String.Format("Quick Boomerang Name Erase Char #{0}: @", i));
}
// Write in new weapon letters
for (int i = 0; i < 8; i++)
{
int randLetter = 0x41 + r.Next(26);
p.Add(offsetLetters + i, (byte)randLetter, String.Format("Weapon Get {0} Letter: {1}", ((EDmgVsBoss.Offset)i).Name, Convert.ToChar(randLetter).ToString()));
}
}
protected void ChangeWood(Patch Patch, Random r)
{
//0x03DEDA - W deploy time (0C)
// Can change from 06 to 12
// Note: Shield glitches on odd numbers. Use evens only.
int[] deployDelays = new int[] {
0x00, 0x02, 0x04, 0x06, 0x08, 0x0A, 0x0C, 0x10, 0x14, 0x1C, 0x22
};
int rIndex = r.Next(deployDelays.Length);
int deployDelay = deployDelays[rIndex];
Patch.Add(0x03DEDA, (byte)deployDelay, "(W) | Deploy Delay");
//0x03DF0D - W spin animation? (01)
//0x03DF1B - W delay between sounds(07)
// TODO
//0x03DF1F - W deploy sound effect
ESoundID sound = GetRandomSound(r);
Patch.Add(0x03DF1F, (byte)sound, "(W) | Deploy Sound");
//0x03DF41 - W which directions the shield is allowed to launch in (F0)
// Can prevent launching left / right, up / down, etc
//0x03DF4D - W launch directions (C0)
// Don't use this one
//0x03DF50 - W launch x - direction subroutine
// 50% chance to have inverted x controls
// Change "LSR AND #40" (4A 29 40) to simply "AND #40" to implement
double rTestReverseX = r.NextDouble();
if (rTestReverseX > 0.5)
{
Patch.Add(0x03DF50, 0x29, "(W) | Reverse X-Direction Code AND");
Patch.Add(0x03DF51, 0x40, "(W) | Reverse X-Direction Code #$40");
Patch.Add(0x03DF52, 0xEA, "(W) | Reverse X-Direction Code NOP"); // (best thing i could find to simply "skip" a line)
}
//0x03DF59 - W x - speed(04) (do 0x02-0x08)
int launchVel = r.Next(0x06) + 0x02;
Patch.Add(0x03DF59, (byte)launchVel, "(W) | Launch X-Velocity Integer");
//0x03DF64 - W launch y - direction(10)
// Change to 0x20 to reverse, 50% chance
int reverseY = 0x10;
double rTestReverseY = r.NextDouble();
if (rTestReverseY > 0.5)
reverseY = 0x20;
Patch.Add(0x03DF64, (byte)reverseY, "(W) | Launch Y-Direction");
//0x03DF72 - W ammo usage (3) (do from 1 to 3)
int ammoUse = r.Next(0x03) + 0x01;
Patch.Add(0x03DF72, (byte)ammoUse, "(W) | Ammo Usage");
AmmoUsage.Add(ammoUse);
//0x03DF7D - W y - speed(04)
Patch.Add(0x03DF7D, (byte)launchVel, "(W) | Launch Y-Velocity Integer");
}
private void RandomizeBossColors(Patch p, Random r)
{
//// Robot Master Color Palettes
List<int> SolidColorSolo = new List<int>
{
0x00B4EA, // Wood leaf color 0x29
0x01B4A1, // Metal blade color 0x30
};
List<int> SolidColorPair1Main = new List<int> {
0x01F4ED, // Clash red color 0x16
0x0174B7, // Flash blue color 0x12
0x0074B4, // Air projectile blue color 0x11
0x00B4ED, // Wood orange color 0x17
};
List<int> SolidColorPair1White = new List<int> {
0x01F4EC, // Clash white color 0x30
0x0174B6, // Flash white color 0x30
0x0074B3, // Air projectile white color 0x30
0x00B4EC, // Wood white color 0x36
};
List<int> SolidColorPair2Dark = new List<int> {
0x0034B4, // Heat projectile red color 0x15
0x0034B7, // Heat red color 0x15
0x0074B7, // Air blue color 0x11
0x0134C6, // Quick intro color 2 0x28
0x0134C9, // Quick red color 0x15
0x01B4A5, // Metal red color 0x15
0x00F4B7, // Bubble green color 0x19
};
List<int> SolidColorPair2Light = new List<int> {
0x0034B3, // Heat projectile yellow color 0x28
0x0034B6, // Heat yellow color 0x28
0x0074B6, // Air yellow color 0x28
0x0134C5, // Quick intro color 1 0x30
0x0134C8, // Quick yellow color 0x28
0x01B4A4, // Metal yellow color 0x28
0x00F4B6, // Bubble white & projectile color 0x30
};
// Colors for bosses with 1 solid color and 1 white
List<byte> goodSolidColors = new List<byte>()
{
0x0F,0x20,0x31,0x22,0x03,0x23,0x14,0x05,0x15,0x16,0x07,0x27,0x28,0x09,0x1A,0x2A,0x0B,0x2B,0x0C,0x1C,
};
// Colors for bosses with a dark and a light color
List<byte> goodDarkColors = new List<byte>()
{
0x01,0x12,0x03,0x04,0x05,0x16,0x07,0x18,0x09,0x1A,0x0B,0x0C,0x0F,0x00,
};
List<byte> goodLightColors = new List<byte>()
{
0x21,0x32,0x23,0x34,0x15,0x26,0x27,0x28,0x29,0x3A,0x1B,0x2C,0x10,0x20,
};
// Dark colors only
List<byte> darkOnly = new List<byte>()
{
0x0F,0x01,0x02,0x03,0x04,0x05,0x06,0x07,0x08,0x09,0x0A,0x0B,0x0C
};
// Medium colors only
List<byte> mediumOnly = new List<byte>()
{
0x11,0x12,0x13,0x14,0x15,0x16,0x17,0x18,0x19,0x1A,0x1B,0x1C
};
// Light colors only
List<byte> lightOnly = new List<byte>()
{
0x21,0x22,0x23,0x24,0x25,0x26,0x27,0x28,0x29,0x2A,0x2B,0x2C
};
int rColor = 0;
for (int i = 0; i < SolidColorSolo.Count; i++)
{
rColor = r.Next(goodSolidColors.Count);
p.Add(SolidColorSolo[i], goodSolidColors[rColor], String.Format("Robot Master Color"));
}
for (int i = 0; i < SolidColorPair1Main.Count; i++)
{
p.Add(SolidColorPair1Main[i], goodSolidColors[rColor], String.Format("Robot Master Color"));
// Make 2nd color brighter. If already bright, make white.
rColor = r.Next(goodSolidColors.Count);
int lightColor = goodSolidColors[rColor] + 0x10;
if (lightColor > 0x3C)
{
lightColor = 0x30;
}
p.Add(SolidColorPair1White[i], (byte)lightColor, String.Format("Robot Master Color"));
}
for (int i = 0; i < SolidColorPair2Dark.Count; i++)
{
rColor = r.Next(SolidColorPair2Dark.Count);
p.Add(SolidColorPair2Dark[i], goodDarkColors[rColor], String.Format("Robot Master Color"));
rColor = r.Next(SolidColorPair2Light.Count);
p.Add(SolidColorPair2Light[i], goodLightColors[rColor], String.Format("Robot Master Color"));
}
// Wily Machine
// choose main body color
rColor = r.Next(darkOnly.Count);
byte shade0 = darkOnly[rColor];
byte shade1 = (byte)(shade0 + 0x10);
if (shade0 == 0x0F)
shade1 = 0x00; // Dark gray up from black
byte shade2 = (byte)(shade1 + 0x10);
p.Add(0x02D7D5, shade2, String.Format("Wily Machine Light-Gold Color")); // 0x27
p.Add(0x02D7D2, shade1, String.Format("Wily Machine Gold 1 Color")); // 0x17
p.Add(0x02D7D6, shade1, String.Format("Wily Machine Gold 2 Color")); // 0x17
p.Add(0x02D7DA, shade1, String.Format("Wily Machine Gold 3 Color")); // 0x17
p.Add(0x02D7D7, shade0, String.Format("Wily Machine Dark Gold 1 Color")); // 0x07
p.Add(0x02D7DB, shade0, String.Format("Wily Machine Dark Gold 2 Color")); // 0x07
// choose front color
rColor = r.Next(mediumOnly.Count);
shade0 = mediumOnly[rColor];
shade1 = (byte)(shade0 + 0x20);
p.Add(0x02D7D1, shade0, String.Format("Wily Machine Red 1 Color")); // 0x15
p.Add(0x02D7D9, shade0, String.Format("Wily Machine Red 2 Color")); // 0x15
p.Add(0x02D7D3, shade1, String.Format("Wily Machine Light Red 1 Color")); // 0x15
// Alien
//0x02DC74(3 bytes) Alien Body, static 0x16 0x29 0x19
//0x02DC78(3 bytes) Alien Head, static 0x16 0x29 0x19
// Looks good as 4 separate color groups, should be easy. Save the animations for later.
List<byte> mediumAndLight = new List<byte>(mediumOnly);
mediumAndLight.AddRange(lightOnly);
rColor = r.Next(mediumAndLight.Count);
shade0 = mediumAndLight[rColor];
p.Add(0x02DC74, shade0, String.Format("Alien Body Solid Color"));
rColor = r.Next(mediumAndLight.Count);
shade1 = mediumAndLight[rColor];
p.Add(0x02DC78, shade1, String.Format("Alien Head Solid Color"));
rColor = r.Next(mediumOnly.Count);
shade0 = mediumOnly[rColor];
p.Add(0x02DC76, shade0, String.Format("Alien Body Dark Color"));
shade1 = (byte)(shade0 + 0x10);
p.Add(0x02DC75, shade1, String.Format("Alien Body Light Color"));
rColor = r.Next(mediumOnly.Count);
shade0 = mediumOnly[rColor];
p.Add(0x02DC7A, shade0, String.Format("Alien Body Dark Color"));
shade1 = (byte)(shade0 + 0x10);
p.Add(0x02DC79, shade1, String.Format("Alien Head Light Color"));
}
/// <summary>
/// Shuffle which Robot Master awards which weapon.
/// </summary>
public void Randomize(Patch Patch, Random r)
{
// StageBeat Address Value
// -----------------------------
// Heat Man 0x03C289 1
// Air Man 0x03C28A 2
// Wood Man 0x03C28B 4
// Bubble Man 0x03C28C 8
// Quick Man 0x03C28D 16
// Flash Man 0x03C28E 32
// Metal Man 0x03C28F 64
// Crash Man 0x03C290 128
NewWeaponOrder.Shuffle(r);
// Create table for which weapon is awarded by which robot master
// This also affects which portrait is blacked out on the stage select
// This also affects which teleporter deactivates after defeating a Wily 5 refight boss
for (int i = 0; i < 8; i++)
{
Patch.Add((int)(ERMStageWeaponAddress.HeatMan + i), (byte)NewWeaponOrder[i], String.Format("{0}man Weapon Get", ((EDmgVsBoss.Offset)i).ToString()));
}
// Create a copy of the default weapon order table to be used by teleporter function
// This is needed to fix teleporters breaking from the new weapon order.
// Unused space at end of bank
Patch.Add(0x03f310, (byte)ERMWeaponValueBit.HeatMan, "Custom Array of Default Weapon Order");
Patch.Add(0x03f311, (byte)ERMWeaponValueBit.AirMan, "Custom Array of Default Weapon Order");
Patch.Add(0x03f312, (byte)ERMWeaponValueBit.WoodMan, "Custom Array of Default Weapon Order");
Patch.Add(0x03f313, (byte)ERMWeaponValueBit.BubbleMan, "Custom Array of Default Weapon Order");
Patch.Add(0x03f314, (byte)ERMWeaponValueBit.QuickMan, "Custom Array of Default Weapon Order");
Patch.Add(0x03f315, (byte)ERMWeaponValueBit.FlashMan, "Custom Array of Default Weapon Order");
Patch.Add(0x03f316, (byte)ERMWeaponValueBit.MetalMan, "Custom Array of Default Weapon Order");
Patch.Add(0x03f317, (byte)ERMWeaponValueBit.CrashMan, "Custom Array of Default Weapon Order");
// Change function to call $f300 instead of $c279 when looking up defeated refight boss to
// get our default weapon table, fixing the teleporter softlock
Patch.Add(0x03843b, 0x00, "Teleporter Fix Custom Function Call Byte 1");
Patch.Add(0x03843c, 0xf3, "Teleporter Fix Custom Function Call Byte 2");
// Create table for which stage is selectable on the stage select screen (independent of it being blacked out)
for (int i = 0; i < 8; i++)
{
Patch.Add((int)(ERMStageSelect.FirstStageInMemory + i), (byte)NewWeaponOrder[i], "Selectable Stage Fix for Random Weapon Get");
}
}