public unsafe void SetVariable(GClass *type, void *var, GMeasures *measures)
{
this.PropTreeCore.SetVariable(type, var, measures);
this.PropTreeCore.SelectedIndex = 0;
this.PropTreeCore.EnsureSelectedVisible();
this.PropTreeCore.Refresh();
}
public unsafe void SetVariableNoReset(GClass *type, void *var, GMeasures *measures)
{
this.PropTreeCore.SetVariable(type, var, measures, false);
PropertyTreeCore propTreeCore = this.PropTreeCore;
if (propTreeCore.SelectedIndex >= this.PropTreeCore.Items.Count)
{
propTreeCore.SelectedIndex = 0;
}
this.PropTreeCore.EnsureSelectedVisible();
this.PropTreeCore.Refresh();
}
protected unsafe override void SetValue(long ival)
{
GArrayHeader *var = (GArrayHeader *)this.Var;
int num = *(int *)(var + 4 / sizeof(GArrayHeader));
long num2 = (long)num;
if (num2 != ival)
{
if (num2 < ival)
{
if ((long)(*(int *)(var + 8 / sizeof(GArrayHeader))) < ival)
{
void *ptr = < Module >.realloc(*(int *)var, (uint)((int)((long)(*(int *)(this.Type + 48 / sizeof(GClass))) * ival)));
*(int *)var = ptr;
int num3 = *(int *)(this.Type + 48 / sizeof(GClass));
int num4 = *(int *)(var + 8 / sizeof(GArrayHeader));
initblk(num3 * num4 + (byte *)ptr, 0, (int)((ival - (long)num4) * (long)num3));
*(int *)(var + 8 / sizeof(GArrayHeader)) = (int)ival;
}
*(int *)(var + 4 / sizeof(GArrayHeader)) = (int)ival;
}
else if (num2 > ival)
{
if (*(*(int *)(this.Type + 52 / sizeof(GClass)) + 40) != 0)
{
int num5 = num;
if ((long)num5 < ival)
{
do
{
GClass *type = this.Type;
calli(System.Void modopt(System.Runtime.CompilerServices.CallConvCdecl)(System.Void *), *(int *)(type + 48 / sizeof(GClass)) * num5 + *(int *)var, *(*(int *)(type + 52 / sizeof(GClass)) + 40));
num5++;
}while ((long)num5 < ival);
}
}
long num6 = (long)(*(int *)(this.Type + 48 / sizeof(GClass)));
initblk((int)(num6 * ival) + *(int *)var, 0, (int)(((long)(*(int *)(var + 4 / sizeof(GArrayHeader))) - ival) * num6));
*(int *)(var + 4 / sizeof(GArrayHeader)) = (int)ival;
}
this.Host.RegenerateSubtree(this.Index);
this.Host.RaiseItemChanged();
this.Host.InvalidateViewControl();
}
}
public unsafe override ArrayList Expand()
{
ArrayList arrayList = new ArrayList();
GArrayHeader *var = (GArrayHeader *)this.Var;
float default_value = 0f;
float min_value = -3.40282347E+38f;
float max_value = 3.40282347E+38f;
float step_value = 0.5f;
int num = 0;
int num2 = *(int *)(var + 4 / sizeof(GArrayHeader));
if (0 < num2)
{
do
{
if (num2 > 10)
{
GBaseString <char> gBaseString <char>;
GBaseString <char> *ptr = < Module >.Format(&gBaseString <char>, (sbyte *)(& < Module >.?? _C@_04OGKJMPGK@?$CF02d?$AA@), num);
try
{
uint num3 = (uint)(*(int *)ptr);
sbyte *value;
if (num3 != 0u)
{
value = num3;
}
else
{
value = < Module >.?EmptyString@?$GBaseString@D@@1PBDB;
}
GClass *type = this.Type;
arrayList.Add(PropertyItem.MakeProperty(new string((sbyte *)value), null, *(int *)(type + 52 / sizeof(GClass)), *(int *)(type + 48 / sizeof(GClass)) * num + *(int *)var, default_value, min_value, max_value, step_value));
}
catch
{
< Module >.___CxxCallUnwindDtor(ldftn(GBaseString <char> .{ dtor }), (void *)(&gBaseString <char>));
