private static void smethod_9(Hashtable A_0, WordAttrCollection A_1, SprmCode A_2, CellAlign A_3, Interface53 A_4)
{
int num = A_4.imethod_1(A_2, A_3);
object obj2 = A_1.method_31(num);
if ((A_1 is CellFormat) && (A_1 as CellFormat).SamePaddingsAsTable)
{
switch (num)
{
case 0xc12:
case 0xc1c:
case 0xbfe:
case 0xc08:
obj2 = null;
break;
}
}
if (obj2 != null)
{
if (A_0[obj2] != null)
{
A_3 |= (CellAlign)A_0[obj2];
}
A_0[obj2] = A_3;
}
}
internal Class127(int A_0, int A_1, CellAlign A_2, object A_3)
{
this.int_0 = A_0;
this.int_1 = A_1;
this.cellAlign_0 = A_2;
this.object_0 = A_3;
}
internal static void smethod_4(Class732 A_0, SprmCode A_1, Interface53 A_2, IComparer A_3)
{
ArrayList list = new ArrayList();
CellAlign none = CellAlign.None;
for (int i = 0; i < A_0.Count; i++)
{
Hashtable hashtable = smethod_8(A_0.method_0(i), A_1, A_2);
Class656 class2 = new Class656();
foreach (object obj2 in hashtable.Keys)
{
CellAlign align3 = (CellAlign)hashtable[obj2];
class2.method_5((int)align3, obj2);
none |= align3;
}
list.Add(class2);
}
ArrayList list2 = new ArrayList();
for (CellAlign align2 = CellAlign.None; align2 <= none; align2 += 1)
{
list2.AddRange(smethod_6(list, (int)align2));
}
smethod_5(list2, A_1, A_2, A_3);
}
internal void method_7()
{
int num = this.binaryReader_0.ReadByte();
int num2 = this.binaryReader_0.ReadByte();
CellAlign align = (CellAlign)this.binaryReader_0.ReadByte();
Class15 class2 = smethod_2(this.binaryReader_0);
if (class2.method_57())
{
num = Math.Min(num, this.class732_0.Count);
num2 = Math.Min(num2, this.class732_0.Count);
int num3 = (int)class2.method_49();
for (int i = num; i < num2; i++)
{
CellFormat format = this.class732_0.method_0(i);
format.SamePaddingsAsTable = false;
if ((align & CellAlign.Left) != CellAlign.None)
{
format.SetAttr(0xc12, ((float)num3) / 20f);
}
if ((align & CellAlign.Top) != CellAlign.None)
{
format.SetAttr(0xbfe, ((float)num3) / 20f);
}
if ((align & CellAlign.Bottom) != CellAlign.None)
{
format.SetAttr(0xc08, ((float)num3) / 20f);
}
if ((align & CellAlign.Right) != CellAlign.None)
{
format.SetAttr(0xc1c, ((float)num3) / 20f);
}
}
}
}
float CalcCellAlignOffset(bool isHorizontal, CellAlign align)
{
float offset = 0f, cellHold = 0f, contentHold = 0f;
if (isHorizontal)
{
cellHold = this.padding.top + this.cellSize.y * this.numPerRowOrCol + this.spacing.y * (this.numPerRowOrCol - 1) + this.padding.bottom;
contentHold = this.contentRT.rect.height;
}
else
{
cellHold = this.padding.left + this.cellSize.x * this.numPerRowOrCol + this.spacing.x * (this.numPerRowOrCol - 1) + this.padding.right;
contentHold = this.contentRT.rect.width;
}
if (this.cellAlign == CellAlign.LeftOrTop)
{
offset = 0;
}
else if (this.cellAlign == CellAlign.Center)
{
offset = (contentHold - cellHold) / 2f;
}
else
{
Debug.LogError("UITableView CellAlign wrong: " + this.cellAlign);
}
return(Mathf.Max(offset, 0f));
}
public void Init()
{
if (this.isInited)
{
return;
}
if (this.scroll == null)
{
this.scroll = GetComponent <ScrollRect>();
}
this.scroll.onValueChanged.AddListener(OnScrolling);
this.isHorizontal = this.scroll.horizontal;
this.scaleFactor = this.scroll.content.localScale;
this.gridConfig = this.scroll.content.transform.GetComponent <GridLayoutGroup>();
this.padding = gridConfig.padding;
this.cellSize = gridConfig.cellSize;
this.spacing = gridConfig.spacing;
this.numPerRowOrCol = gridConfig.constraintCount;
gridConfig.enabled = false;
this.contentRT = this.scroll.content;
this.viewRT = this.scroll.viewport;
this.cellAlign = gridConfig.childAlignment == 0 ? CellAlign.LeftOrTop : CellAlign.Center;
this.cellTotal = 0;
this.curVisibleRange = new VisibleRange()
{
from = 0, to = -1
};
this.newVisibleRange = new VisibleRange()
{
from = 0, to = -1
};
this.isInited = true;
}
internal static void smethod_2(WordAttrCollection A_0, SprmCode A_1, Interface53 A_2, IComparer A_3)
{
Hashtable hashtable = smethod_8(A_0, A_1, A_2);
ArrayList list = new ArrayList();
foreach (object obj2 in hashtable.Keys)
{
CellAlign align = (CellAlign)hashtable[obj2];
list.Add(new Class127(0, 0, align, obj2));
}
smethod_5(list, A_1, A_2, A_3);
}
private void method_72()
{
base.binaryReader_0.ReadByte();
base.binaryReader_0.ReadByte();
CellAlign align = (CellAlign)base.binaryReader_0.ReadByte();
Class15 class2 = this.method_74();
if ((align == CellAlign.Box) && class2.method_57())
{
base.wordAttrCollection_0.SetAttr(0x10c2, class2.method_49() / 20f);
}
}
private void method_27(int A_0, int A_1, Border A_2, CellAlign A_3, SprmCode A_4)
{
if ((A_2 != null) && !A_2.IsDefault)
{
this.class345_0.method_5(A_4);
int num = 3 + Class355.smethod_7(A_4 == SprmCode.TSetBrc);
this.class345_0.Write((byte)num);
this.class345_0.Write((byte)A_0);
this.class345_0.Write((byte)A_1);
this.class345_0.Write((byte)A_3);
Class355.smethod_6(A_2.Equals(new Border()) ? null : A_2, this.class345_0, false, A_4 == SprmCode.TSetBrc);
}
}
internal static void smethod_5(Class345 A_0, SprmCode A_1, int A_2, int A_3, CellAlign A_4, object A_5)
{
if ((A_5 != null) && (float.Parse(A_5.ToString()) >= 0f))
{
A_0.method_5(A_1);
A_0.Write((byte)6);
A_0.Write((byte)A_2);
A_0.Write((byte)A_3);
A_0.Write((byte)A_4);
A_0.Write((byte)3);
int num2 = (int)Math.Round((double)(float.Parse(A_5.ToString()) * 20f));
A_0.Write((short)num2);
}
}
private int imethod_1(SprmCode A_0, CellAlign A_1)
{
int num = 0x12;
SprmCode code = A_0;
if (code == SprmCode.TSetBrc)
{
return(smethod_4(A_1));
}
if (code != SprmCode.TCellPadding)
{
throw new InvalidOperationException(string.Format(BookmarkStart.b("瘷唹䠻ḽ⤿⽁㑃⩅ⵇ❉⥋⁍㝑こ癕㹗㕙⹛繝᭟剡ᥣ䙥ṧ୩k᭭ᕯ山", num), A_0));
}
return(smethod_5(A_1));
}
private int imethod_1(SprmCode A_0, CellAlign A_1)
{
switch (A_1)
{
case CellAlign.Top:
return(0x10cc);
case CellAlign.Left:
return(0xfb4);
case CellAlign.Bottom:
return(0x10d6);
case CellAlign.Right:
return(0x10e0);
}
return(0);
}
private void method_73()
{
int num;
base.binaryReader_0.ReadByte();
base.binaryReader_0.ReadByte();
CellAlign align = (CellAlign)base.binaryReader_0.ReadByte();
Class15 class2 = this.method_74();
if (class2.method_57())
{
num = (int)class2.method_49();
}
else
{
align &= CellAlign.Right | CellAlign.Left;
num = 0;
}
if (base.method_54())
{
(base.wordAttrCollection_0 as CellFormat).Paddings.IsDefault = false;
}
else
{
(base.wordAttrCollection_0 as RowFormat).Paddings.IsDefault = false;
}
if ((align & CellAlign.Left) != CellAlign.None)
{
base.wordAttrCollection_0.SetAttr(base.method_54() ? 0xc12 : 0xfb4, ((float)num) / 20f);
}
if ((align & CellAlign.Top) != CellAlign.None)
{
base.wordAttrCollection_0.SetAttr(base.method_54() ? 0xbfe : 0x10cc, ((float)num) / 20f);
}
if ((align & CellAlign.Bottom) != CellAlign.None)
{
base.wordAttrCollection_0.SetAttr(base.method_54() ? 0xc08 : 0x10d6, ((float)num) / 20f);
}
if ((align & CellAlign.Right) != CellAlign.None)
{
base.wordAttrCollection_0.SetAttr(base.method_54() ? 0xc1c : 0x10e0, ((float)num) / 20f);
}
}
private static int smethod_5(CellAlign A_0)
{
switch (A_0)
{
case CellAlign.Top:
return(0xbfe);
case CellAlign.Left:
return(0xc12);
case CellAlign.Bottom:
return(0xc08);
case CellAlign.Right:
return(0xc1c);
case CellAlign.DiagonalDown:
case CellAlign.DiagonalUp:
return(0);
}
throw new InvalidOperationException();
}
internal void method_10(SprmCode A_0)
{
int num = this.binaryReader_0.ReadByte();
int num2 = this.binaryReader_0.ReadByte();
CellAlign align = (CellAlign)this.binaryReader_0.ReadByte();
Border border = (A_0 == SprmCode.TSetBrc) ? Class355.smethod_1(this.binaryReader_0, null) : Class355.smethod_0(this.binaryReader_0, null);
num = Math.Min(num, this.class732_0.Count);
num2 = Math.Min(num2, this.class732_0.Count);
for (int i = num; i < num2; i++)
{
CellFormat format = this.class732_0.method_0(i);
if ((align & CellAlign.Left) != CellAlign.None)
{
this.method_28(format, 0xc30, border);
}
if ((align & CellAlign.Top) != CellAlign.None)
{
this.method_28(format, 0xc26, border);
}
if ((align & CellAlign.Bottom) != CellAlign.None)
{
this.method_28(format, 0xc3a, border);
}
if ((align & CellAlign.Right) != CellAlign.None)
{
this.method_28(format, 0xc44, border);
}
if ((align & CellAlign.DiagonalDown) != CellAlign.None)
{
this.method_28(format, 0xc4e, border);
}
if ((align & CellAlign.DiagonalUp) != CellAlign.None)
{
this.method_28(format, 0xc58, border);
}
}
}
private static int smethod_4(CellAlign A_0)
{
switch (A_0)
{
case CellAlign.Top:
return(0xc26);
case CellAlign.Left:
return(0xc30);
case CellAlign.Bottom:
return(0xc3a);
case CellAlign.Right:
return(0xc44);
case CellAlign.DiagonalDown:
return(0xc4e);
case CellAlign.DiagonalUp:
return(0xc58);
}
throw new InvalidOperationException();
}
private void imethod_2(SprmCode A_0, int A_1, int A_2, CellAlign A_3, object A_4)
{
int num = 0x10;
SprmCode code = A_0;
if (code <= SprmCode.TSetBrc)
{
if (code > SprmCode.TTextFlow)
{
if (code == SprmCode.TVertAlign)
{
VerticalAlignment alignment = (VerticalAlignment)A_4;
if (alignment != VerticalAlignment.Top)
{
this.class345_0.method_5(SprmCode.TVertAlign);
this.class345_0.Write((byte)3);
this.class345_0.Write((byte)A_1);
this.class345_0.Write((byte)A_2);
this.class345_0.Write((byte)alignment);
return;
}
return;
}
if (code == SprmCode.TSetBrc)
{
this.method_27(A_1, A_2, (Border)A_4, A_3, SprmCode.TSetBrc);
return;
}
}
else
{
if (code == SprmCode.TDxaCol)
{
int num2 = (int)Math.Round((double)(float.Parse(A_4.ToString()) * 20f));
this.class345_0.method_5(SprmCode.TDxaCol);
this.class345_0.Write((byte)A_1);
this.class345_0.Write((byte)A_2);
this.class345_0.Write((short)num2);
return;
}
if (code == SprmCode.TTextFlow)
{
TextDirection direction = (TextDirection)A_4;
if (direction != TextDirection.TopToBottom)
{
this.class345_0.method_5(SprmCode.TTextFlow);
this.class345_0.Write((byte)A_1);
this.class345_0.Write((byte)A_2);
this.class345_0.Write((ushort)direction);
return;
}
return;
}
}
}
else if (code > SprmCode.TCellWidth)
{
switch (code)
{
case SprmCode.TFCellNoWrap:
if (!((bool)A_4))
{
this.class345_0.method_5(SprmCode.TFCellNoWrap);
this.class345_0.Write((byte)3);
this.class345_0.Write((byte)A_1);
this.class345_0.Write((byte)A_2);
this.class345_0.Write((byte)1);
return;
}
return;
case SprmCode.TCellHideMark:
if ((bool)A_4)
{
this.class345_0.method_5(SprmCode.TCellHideMark);
this.class345_0.Write((byte)3);
this.class345_0.Write((byte)A_1);
this.class345_0.Write((byte)A_2);
this.class345_0.Write((byte)1);
}
return;
case SprmCode.TFitText:
if ((bool)A_4)
{
this.class345_0.method_5(SprmCode.TFitText);
this.class345_0.Write((byte)A_1);
this.class345_0.Write((byte)A_2);
this.class345_0.Write((byte)1);
}
return;
}
}
else
{
if (code == SprmCode.TCellPadding)
{
Class354.smethod_5(this.class345_0, SprmCode.TCellPadding, A_1, A_2, A_3, A_4);
return;
}
if (code == SprmCode.TCellWidth)
{
Class15 class2 = new Class15(FtsWidth.None, 0);
switch (this.class732_0.method_0(A_1).WidthUnit)
{
case FtsWidth.Auto:
class2 = new Class15(FtsWidth.Auto, 0);
break;
case FtsWidth.Percentage:
class2 = new Class15(FtsWidth.Percentage, (short)Math.Round((double)(this.class732_0.method_0(A_1).CellWidth * 50f)));
break;
case FtsWidth.Point:
class2 = new Class15(FtsWidth.Point, (short)Math.Round((double)(this.class732_0.method_0(A_1).CellWidth * 20f)));
break;
}
this.method_23(A_1, A_2, (int)class2.method_51(), (int)class2.method_49());
class2.Close();
class2 = null;
return;
}
}
throw new InvalidOperationException(string.Format(BookmarkStart.b("砵圷丹᰻圽ⴿ㉁⡃⍅╇⽉≋㩍㕏㙑瑓さ㝗⡙籛╝偟ὡ䑣ၥ१٩ᥫ୭幯", num), A_0));
}
internal static void smethod_4(Class345 A_0, SprmCode A_1, CellAlign A_2, object A_3)
{
smethod_5(A_0, A_1, 0, 1, A_2, A_3);
}
private void imethod_2(SprmCode A_0, int A_1, int A_2, CellAlign A_3, object A_4)
{
Class354.smethod_5(base.class345_0, SprmCode.TCellPaddingDefault, 0, 1, A_3, A_4);
}
