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SourceCode/PROMS/DotNetBar Source Code/InstrumentationControls/Gauges/GaugeIndicator/Seg16Element.cs

573 lines
19 KiB
C#
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using System;
using System.Drawing;
namespace DevComponents.Instrumentation
{
public class Seg16Element : DigitalElement
{
#region Private variables
private int _DiagSlant;
private int _DiagWidth;
#endregion
public Seg16Element(NumericIndicator numIndicator)
: base(numIndicator, 16, 6)
{
}
#region RecalcSegments
public override void RecalcSegments()
{
double d = (ElemWidth * NumIndicator.SegmentWidth) / 8;
_DiagWidth = (int)(Math.Sqrt((d * d) * 2));
_DiagWidth = Math.Max(1, _DiagWidth);
d = Math.Sqrt(ElemHeight * ElemHeight + ElemWidth * ElemWidth) / 2;
_DiagSlant = (int)((SegWidth * d) / ElemWidthHalf);
CalcSegment0();
CalcSegment1();
CalcSegment2();
CalcSegment3();
CalcSegment4();
CalcSegment5();
CalcSegment6();
CalcSegment7();
CalcSegment8();
CalcSegment9();
CalcSegment10();
CalcSegment11();
CalcSegment12();
CalcSegment13();
CalcSegment14();
CalcSegment15();
}
#region CalcSegment0
private void CalcSegment0()
{
Point[] pts = SegPoints[0];
pts[0].X = SegWidth + 1; pts[0].Y = 0;
pts[1].X = ElemWidthHalf - 1; pts[1].Y = 0;
pts[2].X = ElemWidthHalf - 1; pts[2].Y = SegStep;
pts[3].X = ElemWidthHalf - SegWidthHalf - 1; pts[3].Y = SegWidth;
pts[4].X = SegWidth + 1; pts[4].Y = SegWidth;
pts[5].X = SegWidthHalf + 1; pts[5].Y = SegWidthHalf;
}
#endregion
#region CalcSegment1
private void CalcSegment1()
{
Point[] pts = SegPoints[1];
pts[0].X = ElemWidthHalf + 1; pts[0].Y = 0;
pts[1].X = ElemWidth - SegWidth - 1; pts[1].Y = 0;
pts[2].X = ElemWidth - SegWidthHalf - 1; pts[2].Y = SegWidthHalf;
pts[3].X = ElemWidth - SegWidth - 1; pts[3].Y = SegWidth;
pts[4].X = ElemWidthHalf + SegWidthHalf + 1; pts[4].Y = SegWidth;
pts[5].X = ElemWidthHalf + 1; pts[5].Y = SegStep;
}
#endregion
#region CalcSegment2
private void CalcSegment2()
{
Point[] pts = SegPoints[2];
pts[0].X = 0; pts[0].Y = SegWidth + 1;
pts[1].X = SegWidthHalf; pts[1].Y = SegWidthHalf + 1;
pts[2].X = SegWidth; pts[2].Y = pts[0].Y;
pts[3].X = pts[2].X; pts[3].Y = ElemHeightHalf - SegWidthHalf - 1;
pts[4].X = SegStep; pts[4].Y = ElemHeightHalf - 1;
pts[5].X = 0; pts[5].Y = pts[4].Y;
}
#endregion
#region CalcSegment3
private void CalcSegment3()
{
Point[] pts = SegPoints[3];
pts[0].X = SegWidth + 1; pts[0].Y = pts[0].X;
pts[1].X = pts[0].X + _DiagWidth; pts[1].Y = pts[0].Y;
pts[2].X = ElemWidthHalf - SegWidthHalf - 1; pts[2].Y = ElemHeightHalf - SegWidthHalf - _DiagSlant;
pts[3].X = pts[2].X; pts[3].Y = pts[2].Y + _DiagSlant;
pts[4].X = pts[0].X; pts[4].Y = pts[0].Y + _DiagWidth;
pts[5].X = pts[0].X; pts[5].Y = pts[0].Y;
}
#endregion
#region CalcSegment4
private void CalcSegment4()
{
Point[] pts = SegPoints[4];
pts[0].X = ElemWidthHalf - SegWidthHalf; pts[0].Y = SegWidth + 1;
pts[1].X = ElemWidthHalf; pts[1].Y = SegStep + 1;
pts[2].X = ElemWidthHalf + SegWidthHalf; pts[2].Y = pts[0].Y;
pts[3].X = pts[2].X; pts[3].Y = ElemHeightHalf - SegWidthHalf - 1;
pts[4].X = pts[1].X; pts[4].Y = ElemHeightHalf - 1;
pts[5].X = pts[0].X; pts[5].Y = pts[3].Y;
}
#endregion
#region CalcSegment5
private void CalcSegment5()
{
Point[] pts = SegPoints[5];
pts[0].X = ElemWidth - SegWidth - _DiagWidth - 1; pts[0].Y = SegWidth + 1;
pts[1].X = pts[0].X + _DiagWidth; pts[1].Y = pts[0].Y;
pts[2].X = pts[1].X; pts[2].Y = pts[1].Y + _DiagWidth;
pts[3].X = ElemWidthHalf + SegWidthHalf + 1; pts[3].Y = ElemHeightHalf - SegWidthHalf;
pts[4].X = pts[3].X; pts[4].Y = pts[3].Y - _DiagSlant;
pts[5].X = pts[0].X; pts[5].Y = pts[0].Y;
}
#endregion
#region CalcSegment6
private void CalcSegment6()
{
Point[] pts = SegPoints[6];
pts[0].X = ElemWidth - SegWidth; pts[0].Y = SegWidth + 1;
pts[1].X = pts[0].X + SegWidthHalf; pts[1].Y = SegWidthHalf + 1;
pts[2].X = ElemWidth; pts[2].Y = pts[0].Y;
pts[3].X = pts[2].X; pts[3].Y = ElemHeightHalf - 1;
pts[4].X = pts[3].X - SegStep; pts[4].Y = pts[3].Y;
pts[5].X = ElemWidth - SegWidth; pts[5].Y = pts[3].Y - SegWidthHalf;
}
#endregion
#region CalcSegment7
private void CalcSegment7()
{
Point[] pts = SegPoints[7];
pts[0].X = SegWidth + 1; pts[0].Y = ElemHeightHalf - SegWidthHalf;
pts[1].X = ElemWidthHalf - SegWidthHalf - 1; pts[1].Y = pts[0].Y;
pts[2].X = ElemWidthHalf - 1; pts[2].Y = ElemHeightHalf;
pts[3].X = pts[1].X; pts[3].Y = ElemHeightHalf + SegWidthHalf;
pts[4].X = pts[0].X; pts[4].Y = pts[3].Y;
pts[5].X = SegStep + 1; pts[5].Y = pts[2].Y;
}
#endregion
#region CalcSegment8
private void CalcSegment8()
{
Point[] pts = SegPoints[8];
pts[0].X = ElemWidthHalf + SegWidthHalf + 1; pts[0].Y = ElemHeightHalf - SegWidthHalf;
pts[1].X = ElemWidth - SegWidth - 1; pts[1].Y = pts[0].Y;
pts[2].X = ElemWidth - SegStep - 1; pts[2].Y = ElemHeightHalf;
pts[3].X = pts[1].X; pts[3].Y = ElemHeightHalf + SegWidthHalf;
pts[4].X = pts[0].X; pts[4].Y = pts[3].Y;
pts[5].X = ElemWidthHalf + 1; pts[5].Y = pts[2].Y;
}
#endregion
#region CalcSegment9
private void CalcSegment9()
{
Point[] pts = SegPoints[9];
pts[0].X = 0; pts[0].Y = ElemHeightHalf + 1;
pts[1].X = SegStep; pts[1].Y = pts[0].Y;
pts[2].X = SegWidth; pts[2].Y = pts[1].Y + SegWidthHalf;
pts[3].X = pts[2].X; pts[3].Y = ElemHeight - SegWidth - 1;
pts[4].X = SegWidthHalf; pts[4].Y = ElemHeight - SegWidthHalf - 1;
pts[5].X = 0; pts[5].Y = pts[3].Y;
}
#endregion
#region CalcSegment10
private void CalcSegment10()
{
Point[] pts = SegPoints[10];
pts[0].X = ElemWidthHalf - SegWidthHalf - 1; pts[0].Y = ElemHeightHalf + SegWidthHalf;
pts[1].X = pts[0].X; pts[1].Y = pts[0].Y + _DiagSlant;
pts[2].X = SegWidth + _DiagWidth + 1; pts[2].Y = ElemHeight - SegWidth - 1;
pts[3].X = SegWidth + 1; pts[3].Y = ElemHeight - SegWidth - 1;
pts[4].X = pts[3].X; pts[4].Y = pts[3].Y - _DiagWidth;
pts[5].X = pts[0].X; pts[5].Y = pts[0].Y;
}
#endregion
#region CalcSegment11
private void CalcSegment11()
{
Point[] pts = SegPoints[11];
pts[0].X = ElemWidthHalf - SegWidthHalf; pts[0].Y = ElemHeightHalf + SegWidthHalf + 1;
pts[1].X = ElemWidthHalf; pts[1].Y = ElemHeightHalf + 1;
pts[2].X = ElemWidthHalf + SegWidthHalf; pts[2].Y = pts[0].Y;
pts[3].X = pts[2].X; pts[3].Y = ElemHeight - SegWidth - 1;
pts[4].X = pts[1].X; pts[4].Y = ElemHeight - SegStep - 1;
pts[5].X = pts[0].X; pts[5].Y = pts[3].Y;
}
#endregion
#region CalcSegment12
private void CalcSegment12()
{
Point[] pts = SegPoints[12];
pts[0].X = ElemWidthHalf + SegWidthHalf + 1; pts[0].Y = ElemHeightHalf + SegWidthHalf;
pts[1].X = ElemWidth - SegWidth - 1; pts[1].Y = ElemHeight - SegWidth - _DiagWidth - 1;
pts[2].X = pts[1].X; pts[2].Y = pts[1].Y + _DiagWidth;
pts[3].X = pts[2].X - _DiagWidth; pts[3].Y = pts[2].Y;
pts[4].X = pts[0].X; pts[4].Y = pts[0].Y + _DiagSlant;
pts[5].X = pts[0].X; pts[5].Y = pts[0].Y;
}
#endregion
#region CalcSegment13
private void CalcSegment13()
{
Point[] pts = SegPoints[13];
pts[0].X = ElemWidth - SegStep; pts[0].Y = ElemHeightHalf + 1;
pts[1].X = ElemWidth; pts[1].Y = pts[0].Y;
pts[2].X = pts[1].X; pts[2].Y = ElemHeight - SegWidth - 1;
pts[3].X = ElemWidth - SegWidthHalf; pts[3].Y = ElemHeight - SegWidthHalf - 1;
pts[4].X = ElemWidth - SegWidth; pts[4].Y = pts[2].Y;
pts[5].X = pts[4].X; pts[5].Y = ElemHeightHalf + SegWidthHalf + 1;
}
#endregion
#region CalcSegment14
private void CalcSegment14()
{
Point[] pts = SegPoints[14];
pts[0].X = SegWidth + 1; pts[0].Y = ElemHeight - SegWidth;
pts[1].X = ElemWidthHalf - SegWidthHalf - 1; pts[1].Y = pts[0].Y;
pts[2].X = ElemWidthHalf - 1; pts[2].Y = ElemHeight - SegStep;
pts[3].X = pts[2].X; pts[3].Y = ElemHeight;
pts[4].X = pts[0].X; pts[4].Y = pts[3].Y;
pts[5].X = SegWidthHalf + 1; pts[5].Y = ElemHeight - SegWidthHalf;
}
#endregion
#region CalcSegment15
private void CalcSegment15()
{
Point[] pts = SegPoints[15];
pts[0].X = ElemWidthHalf + SegWidthHalf + 1; pts[0].Y = ElemHeight - SegWidth;
pts[1].X = ElemWidth - SegWidth - 1; pts[1].Y = pts[0].Y;
pts[2].X = ElemWidth - SegWidthHalf - 1; pts[2].Y = ElemHeight - SegWidthHalf;
pts[3].X = pts[1].X; pts[3].Y = ElemHeight;
pts[4].X = ElemWidthHalf + 1; pts[4].Y = ElemHeight;
pts[5].X = pts[4].X; pts[5].Y = ElemHeight - SegStep;
}
#endregion
#endregion
#region GetDigitSegments
public override int GetDigitSegments(char digit)
{
switch (digit)
{
#region Numeric
case '0': return ((int)Seg16Segments.Zero);
case '1': return ((int)Seg16Segments.One);
case '2': return ((int)Seg16Segments.Two);
case '3': return ((int)Seg16Segments.Three);
case '4': return ((int)Seg16Segments.Four);
case '5': return ((int)Seg16Segments.Five);
case '6': return ((int)Seg16Segments.Six);
case '7': return ((int)Seg16Segments.Seven);
case '8': return ((int)Seg16Segments.Eight);
case '9': return ((int)Seg16Segments.Nine);
#endregion
#region Lowercase Alpha
case 'a': return ((int)Seg16Segments.a);
case 'b': return ((int)Seg16Segments.b);
case 'c': return ((int)Seg16Segments.c);
case 'd': return ((int)Seg16Segments.d);
case 'e': return ((int)Seg16Segments.e);
case 'f': return ((int)Seg16Segments.f);
case 'g': return ((int)Seg16Segments.g);
case 'h': return ((int)Seg16Segments.h);
case 'i': return ((int)Seg16Segments.i);
case 'j': return ((int)Seg16Segments.j);
case 'k': return ((int)Seg16Segments.k);
case 'l': return ((int)Seg16Segments.l);
case 'm': return ((int)Seg16Segments.m);
case 'n': return ((int)Seg16Segments.n);
case 'o': return ((int)Seg16Segments.o);
case 'p': return ((int)Seg16Segments.p);
case 'q': return ((int)Seg16Segments.q);
case 'r': return ((int)Seg16Segments.r);
case 's': return ((int)Seg16Segments.s);
case 't': return ((int)Seg16Segments.t);
case 'u': return ((int)Seg16Segments.u);
case 'v': return ((int)Seg16Segments.v);
case 'w': return ((int)Seg16Segments.w);
case 'x': return ((int)Seg16Segments.x);
case 'y': return ((int)Seg16Segments.y);
case 'z': return ((int)Seg16Segments.z);
#endregion
#region Uppercase alpha
case 'A': return ((int)Seg16Segments.A);
case 'B': return ((int)Seg16Segments.B);
case 'C': return ((int)Seg16Segments.C);
case 'D': return ((int)Seg16Segments.D);
case 'E': return ((int)Seg16Segments.E);
case 'F': return ((int)Seg16Segments.F);
case 'G': return ((int)Seg16Segments.G);
case 'H': return ((int)Seg16Segments.H);
case 'I': return ((int)Seg16Segments.I);
case 'J': return ((int)Seg16Segments.J);
case 'K': return ((int)Seg16Segments.K);
case 'L': return ((int)Seg16Segments.L);
case 'M': return ((int)Seg16Segments.M);
case 'N': return ((int)Seg16Segments.N);
case 'O': return ((int)Seg16Segments.O);
case 'P': return ((int)Seg16Segments.P);
case 'Q': return ((int)Seg16Segments.Q);
case 'R': return ((int)Seg16Segments.R);
case 'S': return ((int)Seg16Segments.S);
case 'T': return ((int)Seg16Segments.T);
case 'U': return ((int)Seg16Segments.U);
case 'V': return ((int)Seg16Segments.V);
case 'W': return ((int)Seg16Segments.W);
case 'X': return ((int)Seg16Segments.X);
case 'Y': return ((int)Seg16Segments.Y);
case 'Z': return ((int)Seg16Segments.Z);
#endregion
#region Extended chars
case ' ': return ((int)Seg16Segments.Space);
case '!': return ((int)Seg16Segments.ExPoint);
case '"': return ((int)Seg16Segments.DQuote);
case '#': return ((int)Seg16Segments.PoundSign);
case '$': return ((int)Seg16Segments.DollarSign);
case '%': return ((int)Seg16Segments.PercentSign);
case '&': return ((int)Seg16Segments.Ampersand);
case '\'': return ((int)Seg16Segments.SQuote);
case '(': return ((int)Seg16Segments.LParen);
case ')': return ((int)Seg16Segments.RParen);
case '*': return ((int)Seg16Segments.Asterisk);
case '+': return ((int)Seg16Segments.PlusSign);
case ',': return ((int)Seg16Segments.Comma);
case '-': return ((int)Seg16Segments.Dash);
case '/': return ((int)Seg16Segments.FSlash);
case ':': return ((int)Seg16Segments.Colon);
case ';': return ((int)Seg16Segments.Semicolon);
case '<': return ((int)Seg16Segments.LessThan);
case '=': return ((int)Seg16Segments.Equals);
case '>': return ((int)Seg16Segments.GreaterThan);
case '?': return ((int)Seg16Segments.QuestionMark);
case '@': return ((int)Seg16Segments.Atsign);
case '[': return ((int)Seg16Segments.LBracket);
case '\\': return ((int)Seg16Segments.BackSlash);
case ']': return ((int)Seg16Segments.RBracket);
case '^': return ((int)Seg16Segments.Caret);
case '_': return ((int)Seg16Segments.Underline);
case '`': return ((int)Seg16Segments.Apostrophe);
case '{': return ((int)Seg16Segments.LBrace);
case '|': return ((int)Seg16Segments.Pipe);
case '}': return ((int)Seg16Segments.RBrace);
case '~': return ((int)Seg16Segments.Tilde);
case '¤': return ((int)Seg16Segments.Pound);
case '°': return ((int)Seg16Segments.Degree);
case '±': return ((int)Seg16Segments.PlusMinus);
#endregion
default: return ((int)Seg16Segments.None);
}
}
#endregion
}
#region Enums
#region Seg16Segments
// ReSharper disable InconsistentNaming
public enum Seg16Segments : int
{
None = 0,
#region Numeric
Zero = 0xE667,
One = 0x810,
Two = 0xC3C3,
Three = 0xE1C3,
Four = 0x21C4,
Five = 0xE187,
Six = 0xE387,
Seven = 0x2043,
Eight = 0xE3C7,
Nine = 0xE1C7,
#endregion
#region Lowercase alpha
a = 0xCA80,
b = 0xA910,
c = 0x8900,
d = 0xA940,
e = 0x4680,
f = 0x912,
g = 0xB100,
h = 0x2910,
i = 0x8820,
j = 0xA840,
k = 0x1830,
l = 0x8810,
m = 0x2B80,
n = 0x2900,
o = 0xA900,
p = 0x28C,
q = 0x8895,
r = 0x900,
s = 0x9100,
t = 0x8990,
u = 0xA800,
v = 0x3000,
w = 0x3600,
x = 0x1580,
y = 0xB000,
z = 0x4480,
#endregion
#region Uppercase alpha
A = 0x23C7,
B = 0xE953,
C = 0xC207,
D = 0xE853,
E = 0xC387,
F = 0x387,
G = 0xE307,
H = 0x23C4,
I = 0xC813,
J = 0xE240,
K = 0x12A4,
L = 0xC204,
M = 0x226C,
N = 0x324C,
O = 0xE247,
P = 0x3C7,
Q = 0xF247,
R = 0x13C7,
S = 0xE187,
T = 0x813,
U = 0xE244,
V = 0x3048,
W = 0xEA44,
X = 0x1428,
Y = 0x828,
Z = 0xC423,
#endregion
#region Extended chars
Space = 0x00,
ExPoint = 0x8152,
DQuote = 0x50,
PoundSign = 0xE9D0,
DollarSign = 0xE997,
PercentSign = 0xADB5,
Ampersand = 0xD299,
SQuote = 0x10,
LParen = 0x4205,
RParen = 0xA042,
Asterisk = 0x1DB8,
PlusSign = 0x990,
Comma = 0x400,
Dash = 0x180,
FSlash = 0x420,
Colon = 0x810,
Semicolon = 0x410,
LessThan = 0x1020,
Equals = 0xC180,
GreaterThan = 0x408,
QuestionMark = 0x943,
Atsign = 0xAB47,
LBracket = 0x4205,
BackSlash = 0x1008,
RBracket = 0xA042,
Caret = 0x1400,
Underline = 0xC000,
Apostrophe = 0x8,
LBrace = 0x8892,
Pipe = 0x810,
RBrace = 0x4911,
Tilde = 0x2C,
Pound = 0xAB14,
Degree = 0x152,
PlusMinus = 0xC990,
#endregion
}
// ReSharper restore InconsistentNaming
#endregion
#endregion
}
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