private static void DrawIcon(FF8String buffer, Vector2 zoom, float Fade, bool skipdraw, Point real, ref Point size, ref bool skipletter, ref int i, ref byte c)
{
if (i + 3 < buffer.Length)
{
c = buffer[++i];
short ic = c;
c = buffer[++i];
ic |= (short)(c << 8);
byte pal = buffer[++i];
Memory.Icons.Trim((Icons.ID)ic, pal);
EntryGroup icon = Memory.Icons[(Icons.ID)ic];
//Vector2 scale = Memory.Icons.GetTexture((Icons.ID)ic).ScaleFactor;
if (icon != null)
{
float adj = (12 / (float)(icon.Height));
Vector2 scale = new Vector2(adj * zoom.X);
size.X = (int)(icon.Width * scale.X);
size.Y = (int)(icon.Height * scale.X);
Rectangle destRect = new Rectangle(real, size);
//real.X += size.X;
//skipletter = true;
if (!skipdraw)
{
Memory.Icons.Draw((Icons.ID)ic, pal, destRect, Vector2.Zero, Fade);
}
}
}
}
protected override void InitEntries(ArchiveWorker aw = null)
{
if (Entries == null)
{
//read from icon.sp1
using (MemoryStream ms = new MemoryStream(ArchiveWorker.GetBinaryFile(ArchiveString,
aw.GetListOfFiles().First(x => x.IndexOf(IndexFilename, StringComparison.OrdinalIgnoreCase) >= 0))))
{
using (BinaryReader br = new BinaryReader(ms))
{
Loc[] locs = new Loc[br.ReadUInt32()];
for (int i = 0; i < locs.Length; i++)
{
locs[i].seek = br.ReadUInt16();
locs[i].length = br.ReadUInt16();
}
Entries = new Dictionary <ID, EntryGroup>(locs.Length + 10);
for (int i = 0; i < locs.Length; i++)
{
ms.Seek(locs[i].seek, SeekOrigin.Begin);
byte c = (byte)locs[i].length;
Entries[(ID)i] = new EntryGroup(c);
for (int e = 0; e < c; e++)
{
Entry tmp = new Entry();
tmp.LoadfromStreamSP1(br);
tmp.Part = (byte)e;
tmp.SetLoc(locs[i]);
Entries[(ID)i].Add(tmp);
}
}
}
}
}
}
static public new string ToString()
{
string output = "{Enum Name},{Enum ID}," + Memory.Icons.GetEntry(Icons.ID.Finger_Right).ToStringHeader;
for (uint i = 0; i < Memory.Icons.Count; i++)
{
EntryGroup eg = Memory.Icons.GetEntryGroup((Icons.ID)i);
foreach (Entry e in eg)
{
output += $"{((Icons.ID)i).ToString().Replace('_', ' ')},{i}," + e.ToString();
}
}
return(output);
}
private void GeneratePages(ID label, ID label_pg1, byte count, sbyte offset)
{
if (!Entries.ContainsKey(label_pg1) && !Entries.ContainsKey(label) && !Entries.ContainsKey(ID.Size_08x08_P_))
{
return;
}
count = (byte)MathHelper.Clamp(count, 1, 99);
var P_ = Entries[ID.Size_08x08_P_][0].Clone();
P_.Offset.X += Entries[label][0].Width + offset;
P_.CustomPalette = 2;
var _ = new Entry[10];
_[1] = Entries[ID.Num_8x8_1_1][0].Clone();
_[1].Offset.X += P_.Offset.X + P_.Width + 2;
_[1].CustomPalette = 7;
for (byte i = 2; i <= 9 && i <= count; i++)
{
_[i] = Entries[ID.Num_8x8_1_1 + i - 1][0].Clone();
_[i].Offset.X = _[1].Offset.X;
_[i].CustomPalette = _[1].CustomPalette;
}
Entry[] __ = null;
if (count > 9)
{
__ = new Entry[10];
__[0] = Entries[ID.Num_8x8_1_0][0].Clone();
__[0].Offset.X += P_.Offset.X + P_.Width + 2 + _[1].Width;
__[0].CustomPalette = 7;
for (byte i = 1; i <= 9; i++)
{
__[i] = _[i].Clone();
__[i].Offset.X = __[0].Offset.X;
}
}
for (byte i = 1; i <= count; i++)
{
if (i < 10)
{
Entries[label_pg1 + i - 1] = new EntryGroup(Entries[label][0], P_, _[i]);
}
else if (i >= 10 && __ != null)
{
Entries[label_pg1 + i - 1] = new EntryGroup(Entries[label][0], P_, _[i / 10], __[i % 10]);
}
}
}
/// <summary>
/// Add Manual hardcoded entries / settings here.
/// </summary>
/// <remarks>Maybe one day we can export these to an xml file and read it in on launch.</remarks>
protected override void InsertCustomEntries()
{
if (Entries == null)
{
return;
}
Entry BG = new Entry
{
X = 0,
Y = 48,
Width = 256,
Height = 16,
CustomPalette = 1,
Fill = Vector2.UnitX,
Tile = Vector2.UnitY,
};
Entry Border_TopLeft = new Entry
{
X = 16,
Y = 0,
Width = 8,
Height = 8,
CustomPalette = 0,
};
Entry Border_Top = new Entry
{
X = 24,
Y = 0,
Width = 8,
Height = 8,
Tile = Vector2.UnitX,
Offset = new Vector2(8, 0),
End = new Vector2(-8, 0),
CustomPalette = 0
};
Entry Border_Bottom = new Entry
{
X = 24,
Y = 16,
Width = 8,
Height = 8,
Tile = Vector2.UnitX,
Snap_Bottom = true,
Offset = new Vector2(8, -8),
End = new Vector2(-8, 0),
CustomPalette = 0
};
Entry Border_TopRight = new Entry
{
X = 32,
Y = 0,
Width = 8,
Height = 8,
Snap_Right = true,
Offset = new Vector2(-8, 0),
CustomPalette = 0
};
Entry Border_Left = new Entry
{
X = 16,
Y = 8,
Width = 8,
Height = 8,
Tile = Vector2.UnitY,
Offset = new Vector2(0, 8),
End = new Vector2(0, -8),
CustomPalette = 0
};
Entry Border_Right = new Entry
{
X = 32,
Y = 8,
Width = 8,
Height = 8,
Tile = Vector2.UnitY,
Snap_Right = true,
Offset = new Vector2(-8, 8),
End = new Vector2(0, -8),
CustomPalette = 0
};
Entry Border_BottomLeft = new Entry
{
X = 16,
Y = 16,
Width = 8,
Height = 8,
Snap_Bottom = true,
Offset = new Vector2(0, -8),
CustomPalette = 0
};
Entry Border_BottomRight = new Entry
{
X = 32,
Y = 16,
Width = 8,
Height = 8,
Snap_Bottom = true,
Snap_Right = true,
Offset = new Vector2(-8, -8),
CustomPalette = 0
};
Entries[ID.Bar_BG] = new EntryGroup(new Entry
{
X = 16,
Y = 24,
Width = 8,
Height = 8,
Tile = Vector2.UnitX,
Fill = Vector2.UnitY,
CustomPalette = 2, // 2 in 2019, was set to 0 for 2013
});
Entries[ID.Bar_Fill] = new EntryGroup(new Entry
{
X = 0,
Y = 16,
Width = 8,
Height = 8,
Tile = Vector2.UnitX,
Fill = Vector2.UnitY,
//Offset = new Vector2(2, 2),
//End = new Vector2(-2, 0),
CustomPalette = 5
});
Entries[ID.MenuBorder] = new EntryGroup(Border_Top, Border_Left, Border_Right, Border_Bottom, Border_TopLeft, Border_TopRight, Border_BottomLeft, Border_BottomRight);
Entries[ID.Menu_BG_256] = new EntryGroup(BG, Border_Top, Border_Left, Border_Right, Border_Bottom, Border_TopLeft, Border_TopRight, Border_BottomLeft, Border_BottomRight);
Entries[ID.Menu_BG_368] = new EntryGroup(BG, new Entry
{
X = 0,
Y = 64,
Offset = new Vector2(256, 0), //offset should be 256 but i had issue with 1 pixel gap should be able to get away with losing one pixel.
Width = 112,
Height = 16,
CustomPalette = 1,
Fill = Vector2.UnitX,
Tile = Vector2.UnitY
}, Border_Top, Border_Left, Border_Right, Border_Bottom, Border_TopLeft, Border_TopRight, Border_BottomLeft, Border_BottomRight);
Entries[ID.DEBUG] = new EntryGroup(
new Entry {
X = 128, Y = 24, Width = 7, Height = 8, Offset = new Vector2(4, 0)
},
new Entry {
X = 65, Y = 8, Width = 6, Height = 8, Offset = new Vector2(7 + 4, 0)
},
new Entry {
X = 147, Y = 24, Width = 6, Height = 8, Offset = new Vector2(13 + 4, 0)
},
new Entry {
X = 141, Y = 24, Width = 6, Height = 8, Offset = new Vector2(19 + 4, 0)
},
new Entry {
X = 104, Y = 16, Width = 6, Height = 8, Offset = new Vector2(25 + 4, 0)
}
);
//2 pages
GeneratePages(ID.COMMAND, ID.COMMAND_PG1, 4, 4);
//4 pages
GeneratePages(ID.ABILITY, ID.ABILITY_PG1, 4, 8);
//4 pages for 16 gfs
GeneratePages(ID.GF, ID.GF_PG1, 4, 8);
//13 pages for 50 spells
GeneratePages(ID.MAGIC, ID.MAGIC_PG1, 13, 8);
//18 pages for 198 Items
//50 pages if squashed to 4 items per page.
GeneratePages(ID.ITEM, ID.ITEM_PG1, 50, -4);
//16 spells 4 pages for blue magic
GeneratePages(ID.SPECIAL, ID.SPECIAL_PG1, 4, 8);
//revese order of rewind so arrows draw correctly
if (Entries.ContainsKey(ID.Rewind_Fast))
{
Entry _RR_0 = Entries[ID.Rewind_Fast][0].Clone();
Entry _RR_1 = Entries[ID.Rewind_Fast][1].Clone();
Entries[ID.Rewind_Fast] = new EntryGroup(_RR_1, _RR_0);
}
//override this entry to make it tile instead of have set number of elements.
if (Entries.ContainsKey(ID.Size_08x64_Bar))
{
EntryGroup b = Entries[ID.Size_08x64_Bar];
Entry Left = b[0].Clone();
Entry Center = b[1].Clone();
Entry Right = b[7].Clone();
Left.Offset = Vector2.Zero;
Center.Offset = Vector2.Zero;
Right.Offset = new Vector2(-8f, 0);
Center.Tile = Vector2.UnitX;
Right.Snap_Right = true;
Entries[ID.Size_08x64_Bar] = new EntryGroup(Center, Left, Right);
ID tmp = ID.D_Pad_Up;
Entries[tmp] = new EntryGroup(Entries[tmp][0], Entries[tmp][2], Entries[tmp][1], Entries[tmp][3]);
tmp = ID.D_Pad_Down;
Entries[tmp] = new EntryGroup(Entries[tmp][0], Entries[tmp][2], Entries[tmp][1], Entries[tmp][3]);
tmp = ID.D_Pad_Left;
Entries[tmp] = new EntryGroup(Entries[tmp][0], Entries[tmp][2], Entries[tmp][1], Entries[tmp][3]);
tmp = ID.D_Pad_Right;
Entries[tmp] = new EntryGroup(Entries[tmp][0], Entries[tmp][2], Entries[tmp][1], Entries[tmp][3]);
}
}
protected override void Init()
{
Texture2D pixel = new Texture2D(Memory.graphics.GraphicsDevice, 1, 1);
pixel.SetData(new Color[] { Color.White });
Memory.Icons[Icons.ID.Text_Cursor][0].Offset = Vector2.Zero;
Memory.Icons.Trim(Icons.ID.Text_Cursor, 6);
EntryGroup split = Memory.Icons[Icons.ID.Text_Cursor];
EntryGroup e = Memory.Icons[Icons.ID.Text_Cursor];
Rectangle r = CONTAINER.Pos; //new Rectangle(40, 524, 880, 84);
r.Inflate(-16, -20);
r.X += r.X % 4;
r.Y += r.Y % 4;
r.Width += r.Width % 4;
r.Height += r.Height % 4;
rc = Memory.Icons.MostSaturated(Icons.ID.Text_Cursor, 6);
rcdim = Memory.Icons.MostSaturated(Icons.ID.Text_Cursor, 2);
ITEM[0, 0] = new IGMDataItem.Texture(pixel, r, rcdim);
r.Inflate(-4, -4);
ITEM[1, 0] = new IGMDataItem.Texture(pixel, r, Color.Black);
float scale = (float)r.Height / e.Height;
int w = (int)(e.Width * scale);
ITEM[Count - 3, 0] = new IGMDataItem.Icon(Icons.ID.Text_Cursor, new Rectangle(r.X + 80, r.Y, w, r.Height), 2, scale: new Vector2(scale));
ITEM[Count - 2, 0] = new IGMDataItem.Icon(Icons.ID.Text_Cursor, new Rectangle(r.X + 208, r.Y, w, r.Height), 2, scale: new Vector2(scale));
Rectangle hotspot = new Rectangle(r.X + 80 + (w / 2), r.Y + 4, 208 - 80, r.Height - 8);
ITEM[Count - 4, 0] = new IGMDataItem.Texture(pixel, hotspot, Color.TransparentBlack);
//Rectangle hotspotbox = hotspot;
hotspot.Width += (int)(hotspot.Width * .50f);
Rectangle tr = new Rectangle(r.X + 208 + (w / 2), r.Y + 4, 0, r.Height - 4);
Memory.Icons[Icons.ID.Trigger_][0].Offset = Vector2.Zero;
Memory.Icons.Trim(Icons.ID.Trigger_, 2);
e = Memory.Icons[Icons.ID.Trigger_];
scale = ((float)r.Height - 8) / e.Height;
w = (int)(e.Width * scale);
int trigwidtharea = (r.Right - tr.Left);
int xbak = tr.X;
tr.X += trigwidtharea / 2 - w / 2;
ITEM[Count - 1, 0] = new IGMDataItem.Icon(Icons.ID.Trigger_, tr, 6, scale: new Vector2(scale));// { Color = rc};
newattack = new Color(104, 80, 255);
int delay = 500;
const int Time = 2000;
Rectangle pos = new Rectangle(r.X, r.Y + 4, 0, r.Height - 8);
r.Inflate(-4, -4);
for (int x = 0; x <= _hits && x <= 7; x++)
{
ITEM[2 + x, 0] = new IGMDataItem.Gradient.Renzokeken(pos, newattack, rc, 1f, hotspot, r, time: Time, delay * (x));
}
float totalx = 0;
for (byte i = 0; i <= 7; i++)
{
Memory.Icons.Trim(Icons.ID._0_Hit_ + i, 2);
e = Memory.Icons[Icons.ID._0_Hit_ + i];
totalx += e[0].Offset.X;
}
float avgx = (float)Math.Round(totalx / 8);
for (byte i = 0; i <= 7; i++)
{
Memory.Icons[Icons.ID._0_Hit_ + i][0].Offset.X = avgx;
}
e = Memory.Icons[Icons.ID._0_Hit_];
scale = ((float)r.Height) / e.Height;
w = (int)(e.Width * scale);
tr.X = xbak + trigwidtharea / 2 - w / 2;
ITEM[Count - 5, 0] = new IGMDataItem.Icon(Icons.ID._0_Hit_, tr, 2, scale: new Vector2(scale));
Memory.Icons.Trim(Icons.ID.Perfect__, 2);
e = Memory.Icons[Icons.ID.Perfect__];
scale = ((float)r.Height) / e.Height;
w = (int)(e.Width * scale);
tr.X = xbak + trigwidtharea / 2 - w / 2;
ITEM[Count - 6, 0] = new IGMDataItem.Icon(Icons.ID.Perfect__, tr, 8, scale: new Vector2(scale));
base.Init();
Reset();
Cursor_Status = Cursor_Status.Enabled | Cursor_Status.Static | Cursor_Status.Hidden;
}
public new void Trim(Enum ic, byte pal)
{
EntryGroup eg = this[(ID)ic];
eg.Trim(Textures[pal]);
}
public Color MostSaturated(Enum ic, byte pal)
{
EntryGroup eg = this[(ID)ic];
return(eg.MostSaturated(Textures[pal], pal));
}