public static void Lcd_Draw_Circles(ushort x0, ushort y0, ushort r, ushort color)
{
if (r <= x0 && r <= y0 && y0 + r <= Lcd.myapp.upapp.lcddev.height && x0 + r <= Lcd.myapp.upapp.lcddev.width)
{
int i = 0;
int num = (int)r;
int num2 = 3 - ((int)r << 1);
while (i <= num)
{
uint qyt = (uint)(i * 2 + 1);
Lcd.LCD_addset((int)((ushort)((int)x0 - num)), (int)((ushort)((int)y0 - i)), (int)((ushort)((int)x0 - num)), (int)((ushort)((int)y0 + i)), 1);
Lcd.Lcd_WR_POINT(qyt, color);
Lcd.LCD_addset((int)((ushort)((int)x0 + num)), (int)((ushort)((int)y0 - i)), (int)((ushort)((int)x0 + num)), (int)((ushort)((int)y0 + i)), 1);
Lcd.Lcd_WR_POINT(qyt, color);
qyt = (uint)(num * 2 + 1);
Lcd.LCD_addset((int)((ushort)((int)x0 - i)), (int)((ushort)((int)y0 - num)), (int)((ushort)((int)x0 - i)), (int)((ushort)((int)y0 + num)), 1);
Lcd.Lcd_WR_POINT(qyt, color);
Lcd.LCD_addset((int)((ushort)((int)x0 + i)), (int)((ushort)((int)y0 - num)), (int)((ushort)((int)x0 + i)), (int)((ushort)((int)y0 + num)), 1);
Lcd.Lcd_WR_POINT(qyt, color);
i++;
if (num2 < 0)
{
num2 += 4 * i + 6;
}
else
{
num2 += 10 + 4 * (i - num);
num--;
}
}
}
}
public unsafe static byte CurveRefBack(objxinxi *obj, byte ID)
{
byte[] array = new byte[0];
CURVE_PARAM *ptr;
if (GuiCurve.myapp.upapp.runapptype == runapptype.bianji)
{
GuiCurve.GuiCurvePageInit();
ptr = (CURVE_PARAM *)GuiCurve.myapp.mymerry;
}
else
{
ptr = (CURVE_PARAM *)(GuiCurve.myapp.mymerry + obj->attpos);
}
if (GuiCurve.myapp.upapp.runapptype == runapptype.bianji || GuiCurve.myapp.pageobjs[ID].vis == 1)
{
if (ptr->BackType == 0)
{
Showpic.Showpic_ShowXpic((int)obj->redian.x, (int)obj->redian.y, (ushort)(obj->redian.endx - obj->redian.x + 1), (ushort)(obj->redian.endy - obj->redian.y + 1), (int)obj->redian.x, (int)obj->redian.y, ptr->PicID);
}
else if (ptr->BackType == 2)
{
Showpic.Showpic_ShowPic((int)obj->redian.x, (int)obj->redian.y, ptr->PicID);
}
else
{
uint qyt = (uint)(ptr->objWid * ptr->objHig);
Lcd.LCD_addset((int)obj->redian.x, (int)obj->redian.y, (int)obj->redian.endx, (int)obj->redian.endy, 1);
Lcd.Lcd_WR_POINT(qyt, ptr->Bkclr);
if (ptr->GridX > 0)
{
for (short num = (short)obj->redian.x; num <= (short)obj->redian.endx; num += (short)ptr->GridX)
{
Lcd.LCD_addset((int)((ushort)num), (int)obj->redian.y, (int)((ushort)num), (int)obj->redian.endy, 1);
Lcd.Lcd_WR_POINT((uint)ptr->objHig, ptr->Griclr);
}
}
if (ptr->GridY > 0)
{
for (short num = (short)obj->redian.endy; num >= (short)obj->redian.y; num -= (short)ptr->GridY)
{
Lcd.LCD_addset((int)obj->redian.x, (int)((ushort)num), (int)obj->redian.endx, (int)((ushort)num), 1);
Lcd.Lcd_WR_POINT((uint)ptr->objWid, ptr->Griclr);
}
}
}
}
return(1);
}
public unsafe static byte GuiCurveRef(objxinxi *obj, byte ID)
{
byte qyt = 0;
byte[] buffer = new byte[4];
ushort[] numArray = new ushort[4];
ushort[] numArray2 = new ushort[4];
ushort[] numArray3 = new ushort[4];
ushort[] numArray4 = new ushort[4];
byte[] buffer2 = new byte[4];
int num9 = 0;
int num10 = 0;
Picturexinxi pic = new Picturexinxi();
CURVE_PARAM *curve_paramPtr = (CURVE_PARAM *)(myapp.mymerry + obj->attpos);
CURVE_CHANNEL_PARAM *[] curve_channel_paramPtrArray = new CURVE_CHANNEL_PARAM *[4];
short x = 0;
short num12 = 0;
short endy = 0;
short y = 0;
short num17 = 0;
if (curve_paramPtr->CH_qyt <= 4)
{
byte num3;
for (num3 = 0; num3 < curve_paramPtr->CH_qyt; num3 = (byte)(num3 + 1))
{
curve_channel_paramPtrArray[num3] = (CURVE_CHANNEL_PARAM *)((((uint)curve_paramPtr) + sizeof(CURVE_PARAM)) + (sizeof(CURVE_CHANNEL_PARAM) * num3));
}
byte num2 = 0;
num3 = 0;
while (num3 < curve_paramPtr->CH_qyt)
{
buffer[num3] = 1;
numArray3[num3] = curve_channel_paramPtrArray[num3]->DotLen;
if (numArray3[num3] > 0)
{
num2 = (byte)(num2 + 1);
}
numArray4[num3] = obj->redian.x;
if (curve_paramPtr->DrawDir == 0)
{
numArray[num3] = (ushort)(curve_channel_paramPtrArray[num3]->BufNext - 1);
num17 = -1;
}
else
{
num17 = (short)(curve_channel_paramPtrArray[num3]->BufNext - curve_channel_paramPtrArray[num3]->BufPos.star);
if (num17 >= numArray3[num3])
{
numArray[num3] = (ushort)(curve_channel_paramPtrArray[num3]->BufNext - curve_channel_paramPtrArray[num3]->DotLen);
}
else
{
numArray[num3] = (ushort)((curve_channel_paramPtrArray[num3]->BufPos.end - (curve_channel_paramPtrArray[num3]->DotLen - num17)) + 1);
}
if (curve_paramPtr->DrawDir == 2)
{
num17 = (short)((obj->redian.endx - obj->redian.x) + 1);
if (numArray3[num3] < num17)
{
numArray4[num3] = (ushort)(numArray4[num3] + ((ushort)(num17 - numArray3[num3])));
}
}
num17 = 1;
}
num3 = (byte)(num3 + 1);
}
if (num2 == 0)
{
CurveRefBack(obj, ID);
}
else
{
if (curve_paramPtr->BackType == 0)
{
qyt = 5;
Readdata.Readdata_ReadPic(ref pic, curve_paramPtr->PicID);
num9 = (int)(pic.addbeg + myapp.app.picdataadd);
if (myapp.upapp.lcddev.guidire == 0)
{
num9 += ((obj->redian.y * pic.W) + obj->redian.x) << 1;
num10 = qyt << 1;
}
else if (myapp.upapp.lcddev.guidire == 1)
{
num9 += (((pic.H - obj->redian.endy) - 1) + (obj->redian.x * pic.H)) << 1;
num10 = (qyt * pic.H) << 1;
}
else if (myapp.upapp.lcddev.guidire == 2)
{
num9 += ((((pic.H - obj->redian.endy) * pic.W) - obj->redian.x) - qyt) << 1;
num10 = qyt * -2;
}
else if (myapp.upapp.lcddev.guidire == 3)
{
num9 += (obj->redian.y + (((pic.W - obj->redian.x) - qyt) * pic.H)) << 1;
num10 = (qyt * pic.H) * -2;
}
}
else if (curve_paramPtr->BackType == 2)
{
qyt = 5;
Readdata.Readdata_ReadPic(ref pic, curve_paramPtr->PicID);
num9 = (int)(pic.addbeg + myapp.app.picdataadd);
if (myapp.upapp.lcddev.guidire == 0)
{
num10 = qyt << 1;
}
else if (myapp.upapp.lcddev.guidire == 1)
{
num10 = (qyt * pic.H) << 1;
}
else if (myapp.upapp.lcddev.guidire == 2)
{
num9 += (pic.W - qyt) << 1;
num10 = qyt * -2;
}
else if (myapp.upapp.lcddev.guidire == 3)
{
num9 += ((pic.W - qyt) * pic.H) << 1;
num10 = (qyt * pic.H) * -2;
}
}
else
{
x = (short)obj->redian.x;
num12 = (short)(x + curve_paramPtr->GridX);
}
for (short i = (short)obj->redian.x; i <= obj->redian.endx; i = (short)(i + qyt))
{
short endx = (short)((i + 5) - 1);
if (endx > obj->redian.endx)
{
endx = (short)obj->redian.endx;
}
if (curve_paramPtr->BackType == 1)
{
if (curve_paramPtr->GridX > 0)
{
ushort num15;
ushort num16;
if (i == x)
{
Lcd.LCD_addset((ushort)i, obj->redian.y, (ushort)i, obj->redian.endy, 1);
Lcd.Lcd_WR_POINT(curve_paramPtr->objHig, curve_paramPtr->Griclr);
num15 = (ushort)(i + 1);
}
else
{
num15 = (ushort)i;
}
if ((num15 + 5) >= num12)
{
num16 = (ushort)(num12 - 1);
x = num12;
num12 = (short)(num12 + curve_paramPtr->GridX);
}
else
{
num16 = (ushort)((num15 + 5) - 1);
}
qyt = (byte)((num16 - i) + 1);
if ((i + qyt) > obj->redian.endx)
{
num16 = (ushort)endx;
qyt = (byte)((endx - i) + 1);
}
if (curve_paramPtr->GridY > 0)
{
endy = (short)obj->redian.endy;
while (endy >= obj->redian.y)
{
y = (short)((endy - curve_paramPtr->GridY) + 1);
if (y < obj->redian.y)
{
y = (short)obj->redian.y;
}
Lcd.LCD_addset(num15, (ushort)endy, num16, (ushort)endy, 1);
Lcd.Lcd_WR_POINT((ushort)((num16 - num15) + 1), curve_paramPtr->Griclr);
Lcd.LCD_addset(num15, (ushort)y, num16, (ushort)(endy - 1), 1);
Lcd.Lcd_WR_POINT((uint)(((num16 - num15) + 1) * (endy - y)), curve_paramPtr->Bkclr);
endy = (short)(endy - curve_paramPtr->GridY);
}
}
else
{
num9 = curve_paramPtr->objHig * ((num16 - num15) + 1);
Lcd.LCD_addset(num15, obj->redian.y, num16, obj->redian.endy, 1);
Lcd.Lcd_WR_POINT((uint)num9, curve_paramPtr->Bkclr);
}
}
else if (curve_paramPtr->GridY > 0)
{
for (endy = (short)obj->redian.endy; endy >= obj->redian.y; endy = (short)(endy - curve_paramPtr->GridY))
{
y = (short)((endy - curve_paramPtr->GridY) + 1);
if (y < obj->redian.y)
{
y = (short)obj->redian.y;
}
Lcd.LCD_addset((ushort)i, (ushort)y, (ushort)endx, (ushort)endy, 1);
qyt = (byte)((endx - i) + 1);
Lcd.Lcd_WR_POINT((uint)(qyt * (endy - y)), curve_paramPtr->Bkclr);
Lcd.Lcd_WR_POINT(qyt, curve_paramPtr->Griclr);
}
}
else
{
qyt = (byte)((endx - i) + 1);
num9 = curve_paramPtr->objHig * ((endx - i) + 1);
Lcd.LCD_addset((ushort)i, obj->redian.y, (ushort)endx, obj->redian.endy, 1);
Lcd.Lcd_WR_POINT((uint)num9, curve_paramPtr->Bkclr);
}
}
else
{
Lcd.LCD_addset((ushort)i, obj->redian.y, (ushort)endx, obj->redian.endy, 1);
if ((myapp.upapp.lcddev.guidire & 1) > 0)
{
Showpic.Showpic_SendDataOffset((uint)num9, (ushort)(pic.H << 1), (ushort)((endx - i) + 1), (byte)curve_paramPtr->objHig);
}
else
{
Showpic.Showpic_SendDataOffset((uint)num9, (ushort)(pic.W << 1), curve_paramPtr->objHig, (byte)((endx - i) + 1));
}
num9 += num10;
}
for (num3 = 0; num3 < curve_paramPtr->CH_qyt; num3 = (byte)(num3 + 1))
{
if ((numArray3[num3] > 0) && (i >= numArray4[num3]))
{
for (num2 = 0; num2 < qyt; num2 = (byte)(num2 + 1))
{
byte num6;
byte num5 = myapp.mymerry[numArray[num3]];
byte num4 = buffer2[num3];
if (buffer[num3] > 0)
{
num4 = num5;
buffer[num3] = 0;
}
if (num5 > num4)
{
num6 = (byte)((num5 - num4) + 1);
Lcd.LCD_addset((ushort)(i + num2), (ushort)(obj->redian.endy - num5), (ushort)(i + num2), (ushort)(obj->redian.endy - num4), 1);
Lcd.Lcd_WR_POINT(num6, curve_channel_paramPtrArray[num3]->Penclr);
}
else
{
num6 = (byte)((num4 - num5) + 1);
Lcd.LCD_addset((ushort)(i + num2), (ushort)(obj->redian.endy - num4), (ushort)(i + num2), (ushort)(obj->redian.endy - num5), 1);
Lcd.Lcd_WR_POINT(num6, curve_channel_paramPtrArray[num3]->Penclr);
}
buffer2[num3] = num5;
numArray[num3] = (ushort)(numArray[num3] + num17);
if (numArray[num3] > curve_channel_paramPtrArray[num3]->BufPos.end)
{
numArray[num3] = curve_channel_paramPtrArray[num3]->BufPos.star;
}
else if (numArray[num3] < curve_channel_paramPtrArray[num3]->BufPos.star)
{
numArray[num3] = curve_channel_paramPtrArray[num3]->BufPos.end;
}
numArray3[num3] = (ushort)(numArray3[num3] - 1);
if (numArray3[num3] == 0)
{
break;
}
}
}
}
}
}
myapp.pageobjs[ID].refFlag = 0;
}
return(0);
}
