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Commit cc921a80 authored by Anna.Pavlova's avatar Anna.Pavlova Committed by Alexander.Trofimov
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Реализована отрисовка интегралов (по замкнутому контуру, поверхности, объему) для textArt 

git-svn-id: svn://192.168.3.15/activex/AVS/Sources/TeamlabOffice/trunk/OfficeWeb@66919 954022d7-b5bf-4e40-9824-e11837661b57
parent 37e63bb8
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Showing with 239 additions and 184 deletions
Word/Math/nary.js
View file @ cc921a80
...@@ -945,8 +945,9 @@ function CNaryOperator(flip) ...@@ -945,8 +945,9 @@ function CNaryOperator(flip)
{ {
this.size = new CMathSize(); this.size = new CMathSize();
this.pos = new CMathPosition(); this.pos = new CMathPosition();
this.ParaMath = null;
this.bFlip = (flip == -1); this.bFlip = (flip == -1);
this.Parent = null;
this.ParaMath = null;
this.sizeGlyph = null; this.sizeGlyph = null;
} }
CNaryOperator.prototype.Draw_Elements = function(PDSE) CNaryOperator.prototype.Draw_Elements = function(PDSE)
...@@ -1741,13 +1742,13 @@ function CDoubleIntegral() ...@@ -1741,13 +1742,13 @@ function CDoubleIntegral()
CIntegral.call(this); CIntegral.call(this);
} }
Asc.extendClass(CDoubleIntegral, CIntegral); Asc.extendClass(CDoubleIntegral, CIntegral);
CDoubleIntegral.prototype.drawPath = function(pGraphics, XX, YY) CDoubleIntegral.prototype.drawPath = function(pGraphics, XX, YY, Width)
{ {
// XX[9] - ширина
var XX2 = [], var XX2 = [],
YY2 = []; YY2 = [];
var w = (XX[9] - XX[29])*0.6;
// Width прийдрийдет для TextArt, смещение второго интеграла и для обводки, и для заливки должно быть одинаковым, чтобы корректно отрисовалась обводка
var w = Width == undefined ? (XX[9] - XX[29])*0.6 : Width*0.36;
for(var i = 0; i < XX.length; i++) for(var i = 0; i < XX.length; i++)
{ {
...@@ -1787,13 +1788,13 @@ function CTripleIntegral() ...@@ -1787,13 +1788,13 @@ function CTripleIntegral()
CIntegral.call(this); CIntegral.call(this);
} }
Asc.extendClass(CTripleIntegral, CIntegral); Asc.extendClass(CTripleIntegral, CIntegral);
CTripleIntegral.prototype.drawPath = function(pGraphics, XX, YY) CTripleIntegral.prototype.drawPath = function(pGraphics, XX, YY, Width)
{ {
// XX[9] - ширина
var XX2 = [], var XX2 = [],
YY2 = []; YY2 = [];
var w = (XX[9] - XX[29])*0.6;
// Width прийдрийдет для TextArt, смещения второго и третьего интегралов и для обводки, и для заливки должны быть одинаковыми, чтобы корректно отрисовалась обводка
var w = Width == undefined ? (XX[9] - XX[29])*0.6 : Width*0.26;
var XX3 = [], var XX3 = [],
YY3 = []; YY3 = [];
...@@ -1886,7 +1887,6 @@ CCircle.prototype.getCoord = function() ...@@ -1886,7 +1887,6 @@ CCircle.prototype.getCoord = function()
}; };
CCircle.prototype.drawPath = function(pGraphics, XX, YY) CCircle.prototype.drawPath = function(pGraphics, XX, YY)
{ {
pGraphics._s();
pGraphics._m(XX[0], YY[0]); pGraphics._m(XX[0], YY[0]);
pGraphics._c(XX[0], YY[0], XX[1], YY[1], XX[2], YY[2]); pGraphics._c(XX[0], YY[0], XX[1], YY[1], XX[2], YY[2]);
pGraphics._c(XX[2], YY[2], XX[3], YY[3], XX[4], YY[4]); pGraphics._c(XX[2], YY[2], XX[3], YY[3], XX[4], YY[4]);
...@@ -1905,8 +1905,6 @@ CCircle.prototype.drawPath = function(pGraphics, XX, YY) ...@@ -1905,8 +1905,6 @@ CCircle.prototype.drawPath = function(pGraphics, XX, YY)
pGraphics._c(XX[27], YY[27], XX[28], YY[28], XX[29], YY[29]); pGraphics._c(XX[27], YY[27], XX[28], YY[28], XX[29], YY[29]);
pGraphics._c(XX[29], YY[29], XX[30], YY[30], XX[31], YY[31]); pGraphics._c(XX[29], YY[29], XX[30], YY[30], XX[31], YY[31]);
pGraphics._c(XX[31], YY[31], XX[32], YY[32], XX[33], YY[33]); pGraphics._c(XX[31], YY[31], XX[32], YY[32], XX[33], YY[33]);
pGraphics.ds();
}; };
...@@ -1972,7 +1970,6 @@ CSurface.prototype.getCoord = function() ...@@ -1972,7 +1970,6 @@ CSurface.prototype.getCoord = function()
}; };
CSurface.prototype.drawPath = function(pGraphics, XX, YY) CSurface.prototype.drawPath = function(pGraphics, XX, YY)
{ {
pGraphics._s();
pGraphics._m(XX[0], YY[0]); pGraphics._m(XX[0], YY[0]);
pGraphics._l(XX[0], YY[0]); pGraphics._l(XX[0], YY[0]);
pGraphics._c(XX[0], YY[0], XX[1], YY[1], XX[2], YY[2] ); pGraphics._c(XX[0], YY[0], XX[1], YY[1], XX[2], YY[2] );
...@@ -1996,7 +1993,6 @@ CSurface.prototype.drawPath = function(pGraphics, XX, YY) ...@@ -1996,7 +1993,6 @@ CSurface.prototype.drawPath = function(pGraphics, XX, YY)
pGraphics._c(XX[36], YY[36], XX[37], YY[37], XX[38], YY[38] ); pGraphics._c(XX[36], YY[36], XX[37], YY[37], XX[38], YY[38] );
pGraphics._c(XX[38], YY[38], XX[39], YY[39], XX[40], YY[40] ); pGraphics._c(XX[38], YY[38], XX[39], YY[39], XX[40], YY[40] );
pGraphics._c(XX[40], YY[40], XX[41], YY[41], XX[42], YY[42] ); pGraphics._c(XX[40], YY[40], XX[41], YY[41], XX[42], YY[42] );
pGraphics.ds();
}; };
function CVolume() function CVolume()
...@@ -2068,7 +2064,6 @@ CVolume.prototype.getCoord = function() ...@@ -2068,7 +2064,6 @@ CVolume.prototype.getCoord = function()
}; };
CVolume.prototype.drawPath = function(pGraphics, XX, YY) CVolume.prototype.drawPath = function(pGraphics, XX, YY)
{ {
pGraphics._s();
pGraphics._m(XX[0], YY[0]); pGraphics._m(XX[0], YY[0]);
pGraphics._c(XX[0], YY[0], XX[1], YY[1], XX[2], YY[2] ); pGraphics._c(XX[0], YY[0], XX[1], YY[1], XX[2], YY[2] );
pGraphics._c(XX[2], YY[2], XX[3], YY[3], XX[4], YY[4] ); pGraphics._c(XX[2], YY[2], XX[3], YY[3], XX[4], YY[4] );
...@@ -2095,7 +2090,6 @@ CVolume.prototype.drawPath = function(pGraphics, XX, YY) ...@@ -2095,7 +2090,6 @@ CVolume.prototype.drawPath = function(pGraphics, XX, YY)
pGraphics._c(XX[44], YY[44], XX[45], YY[45], XX[46], YY[46] ); pGraphics._c(XX[44], YY[44], XX[45], YY[45], XX[46], YY[46] );
pGraphics._c(XX[46], YY[46], XX[47], YY[47], XX[48], YY[48] ); pGraphics._c(XX[46], YY[46], XX[47], YY[47], XX[48], YY[48] );
pGraphics._c(XX[48], YY[48], XX[49], YY[49], XX[50], YY[50] ); pGraphics._c(XX[48], YY[48], XX[49], YY[49], XX[50], YY[50] );
pGraphics.ds();
}; };
/** /**
...@@ -2103,78 +2097,240 @@ CVolume.prototype.drawPath = function(pGraphics, XX, YY) ...@@ -2103,78 +2097,240 @@ CVolume.prototype.drawPath = function(pGraphics, XX, YY)
* @constructor * @constructor
* @extends {CNaryOperator} * @extends {CNaryOperator}
*/ */
function CContourIntegral() function CClosedPathIntegral()
{ {
CNaryOperator.call(this); CNaryOperator.call(this);
} }
Asc.extendClass(CContourIntegral, CNaryOperator); Asc.extendClass(CClosedPathIntegral, CNaryOperator);
CContourIntegral.prototype.drawGlyph = function(x, y, pGraphics, PDSE) CClosedPathIntegral.prototype.drawGlyph = function(parameters)
{ {
var circle = new CCircle(); var x = parameters.x,
var coord = circle.getCoord(); y = parameters.y,
Integral = parameters.Integral,
Circle = parameters.Circle,
CoeffWidth = parameters.CoeffWidth,
PDSE = parameters.PDSE;
var X = coord.X, var pGraphics = parameters.PDSE.Graphics;
Y = coord.Y,
W = coord.W,
H = coord.H; var oCompiledPr = this.Parent.Get_CompiledCtrPrp();
var integr = new CIntegral(), if(CoeffWidth == undefined)
coord2 = integr.getCoord(); CoeffWidth = 1;
var XX = coord2.X, var CoordCircle = Circle.getCoord(),
YY = coord2.Y, CoordIntegral = Integral.getCoord();
WW = coord2.W,
HH = coord2.H; var CircleX = CoordCircle.X,
CircleY = CoordCircle.Y,
CircleW = CoordCircle.W,
CircleH = CoordCircle.H;
var IntegralX = CoordIntegral.X,
IntegralY = CoordIntegral.Y,
IntegralW = CoeffWidth*CoordIntegral.W,
IntegralH = CoordIntegral.H;
//var textScale = this.getTxtPrp().FontSize/850;// 1000 pt
var FontSize = this.Get_TxtPrControlLetter().FontSize; var FontSize = this.Get_TxtPrControlLetter().FontSize;
var textScale = FontSize/850;// 1000 pt var textScale = FontSize/850;// 1000 pt
var alpha = textScale*25.4/96 /64; // коэффициент; используется для того чтобы перевести координаты в миллиметры var alpha = textScale*0.00413; // 25.4/96 /64;
var shX = (WW - W)*alpha/2, var shX = (IntegralW - CircleW)*alpha*0.5,
shY = (HH - H)*alpha*0.48; shY = (IntegralH - CircleH)*alpha*0.48;
var ExtX = [], ExtY = [],
InsideX = [], InsideY = [];
for(var i = 0; i < X.length; i++) for(var j = 0; j < IntegralX.length; j++)
{ {
X[i] = this.pos.x + x + shX + X[i]*alpha; IntegralX[j] = this.pos.x + x + IntegralX[j]*alpha;
Y[i] = this.pos.y + y + shY + Y[i]*alpha; IntegralY[j] = this.pos.y + y + IntegralY[j]*alpha;
} }
var CircleLng = CircleX.length;
for(var i = 0; i < XX.length; i++) var intGrid = pGraphics.GetIntegerGrid();
pGraphics.SetIntegerGrid(false);
this.Parent.Make_ShdColor(PDSE, this.Parent.Get_CompiledCtrPrp());
if(pGraphics.Start_Command)
{ {
XX[i] = this.pos.x + x + XX[i]*alpha; for(var i = 0; i < CircleLng; i++)
YY[i] = this.pos.y + y + YY[i]*alpha; {
ExtX[i] = this.pos.x + x + shX + CircleX[i]*alpha*1.1 - CircleW*alpha*0.04;
ExtY[i] = this.pos.y + y + shY + CircleY[i]*alpha*1.1;
InsideX[i] = this.pos.x + x + shX + CircleX[CircleLng - i - 1]*alpha*0.9 + CircleW*alpha*0.06;
InsideY[i] = this.pos.y + y + shY + CircleY[CircleLng - i - 1]*alpha*0.9 + CircleH*alpha*0.1;
} }
var penCircle = 750*FontSize/32; var oTextOutline = oCompiledPr.TextOutline;
var intGrid = pGraphics.GetIntegerGrid(); var oCompiledPr2 = oCompiledPr.Copy();
pGraphics.SetIntegerGrid(false); oCompiledPr2.TextFill = CreateNoFillUniFill();
oCompiledPr2.Unifill = null;
oCompiledPr2.Color = null;
pGraphics.SetTextPr(oCompiledPr2, PDSE.Theme);
pGraphics._s();
Circle.drawPath(pGraphics, ExtX, ExtY);
pGraphics._z();
Circle.drawPath(pGraphics, InsideX, InsideY);
pGraphics._z();
pGraphics.ds();
pGraphics.df();
pGraphics._s();
Integral.drawPath(pGraphics, IntegralX, IntegralY, IntegralW*alpha);
pGraphics.ds();
pGraphics.df();
// делаем заливку уже обводки
pGraphics.p_width(penCircle); var WidthLine = (pGraphics.m_oTextPr.TextOutline.w/36000) *0.6; // сместим заливку на половину толщины линии , чтобы не было зазоров м/ду обводкой и заливкой
this.Parent.Make_ShdColor(PDSE, this.Parent.Get_CompiledCtrPrp()); // последняя точка совпадает в пути с первой, поэтому берем предпоследнюю
//pGraphics.b_color1(0,0,0, 255);
//pGraphics.p_color(0,0,0, 255);
circle.drawPath(pGraphics, X, Y); var PrevX = ExtX[CircleLng - 2],
PrevY = ExtY[CircleLng - 2];
pGraphics.p_width(1000); for(var i = 1; i < CircleLng; i++)
{
if(PrevY > ExtY[i])
{
ExtX[i] += WidthLine;
InsideX[CircleLng - i - 1] -= WidthLine;
}
else if(PrevY < ExtY[i])
{
ExtX[i] -= WidthLine;
InsideX[CircleLng - i - 1] += WidthLine;
}
if(PrevX > ExtX[i])
{
ExtY[i] -= WidthLine;
InsideY[CircleLng - i - 1] += WidthLine;
}
else if(PrevX < ExtX[i])
{
ExtY[i] += WidthLine;
InsideY[CircleLng - i - 1] -= WidthLine;
}
PrevX = ExtX[i];
PrevY = ExtY[i];
}
ExtX[0] = ExtX[CircleX.length - 1];
ExtY[0] = ExtY[CircleX.length - 1];
InsideY[CircleX.length - 1] = InsideY[0];
InsideY[CircleX.length - 1] = InsideY[0];
var IntegralLng = IntegralX.length;
PrevX = IntegralX[IntegralLng - 2];
PrevY = IntegralY[IntegralLng - 2];
for(var j = 0; j < IntegralLng; j++)
{
var CurrentX = IntegralX[j],
CurrentY = IntegralY[j];
if(PrevY > IntegralY[j])
IntegralX[j] += WidthLine;
else if(PrevY < IntegralY[j])
IntegralX[j] -= WidthLine;
if(PrevX > IntegralX[j])
IntegralY[j] -= WidthLine;
else if(PrevX < IntegralX[j])
IntegralY[j] += WidthLine;
PrevX = CurrentX;
PrevY = CurrentY;
}
IntegralX[0] = IntegralX[IntegralLng - 1];
IntegralY[0] = IntegralY[IntegralLng - 1];
// т.к. при отрисовке textArt сравниаются ссылки текстовых настроек и если они совпали, то текстовые настройки не меняются и отрисовка происходит с теми же текстовые настройками, к-ые выставлены ранее
oCompiledPr.TextOutline = null;
pGraphics.SetTextPr(oCompiledPr, PDSE.Theme);
pGraphics._s(); pGraphics._s();
Circle.drawPath(pGraphics, ExtX, ExtY);
pGraphics._z();
Circle.drawPath(pGraphics, InsideX, InsideY);
pGraphics._z();
pGraphics.ds();
pGraphics.df();
integr.drawPath(pGraphics, XX, YY); pGraphics._s();
Integral.drawPath(pGraphics, IntegralX, IntegralY, IntegralW*alpha);
pGraphics.ds();
pGraphics.df();
oCompiledPr.TextOutline = oTextOutline; // меняем обратно, чтобы не изменились скомпилированные текстовые настройки
}
else
{
for(var i = 0; i < CircleLng; i++)
{
CircleX[i] = this.pos.x + x + shX + CircleX[i]*alpha;
CircleY[i] = this.pos.y + y + shY + CircleY[i]*alpha;
}
var penCircle = 750*FontSize/32;
pGraphics.p_width(penCircle);
pGraphics._s();
Circle.drawPath(pGraphics, CircleX, CircleY);
pGraphics.ds();
pGraphics.p_width(0);
pGraphics._s();
Integral.drawPath(pGraphics, IntegralX, IntegralY);
pGraphics.df(); pGraphics.df();
}
pGraphics._s();
pGraphics.SetIntegerGrid(intGrid); pGraphics.SetIntegerGrid(intGrid);
};
/**
*
* @constructor
* @extends {CClosedPathIntegral}
*/
function CContourIntegral()
{
CClosedPathIntegral.call(this);
}
Asc.extendClass(CContourIntegral, CClosedPathIntegral);
CContourIntegral.prototype.drawGlyph = function(x, y, pGraphics, PDSE)
{
var parameters =
{
x: x,
y: y,
CoeffWidth: 1.0,
PDSE: PDSE,
Integral: new CIntegral(),
Circle: new CCircle()
};
CContourIntegral.superclass.drawGlyph.call(this, parameters);
}; };
CContourIntegral.prototype.calculateSizeGlyph = function() CContourIntegral.prototype.calculateSizeGlyph = function()
{ {
//var betta = this.getTxtPrp().FontSize/36;
var betta = this.Get_TxtPrControlLetter().FontSize/36; var betta = this.Get_TxtPrControlLetter().FontSize/36;
var _width = 8.624*betta, var _width = 8.624*betta,
...@@ -2191,80 +2347,29 @@ CContourIntegral.prototype.calculateSizeGlyph = function() ...@@ -2191,80 +2347,29 @@ CContourIntegral.prototype.calculateSizeGlyph = function()
/** /**
* *
* @constructor * @constructor
* @extends {CNaryOperator} * @extends {CClosedPathIntegral}
*/ */
function CSurfaceIntegral() function CSurfaceIntegral()
{ {
CNaryOperator.call(this); CClosedPathIntegral.call(this);
} }
Asc.extendClass(CSurfaceIntegral, CNaryOperator); Asc.extendClass(CSurfaceIntegral, CClosedPathIntegral);
CSurfaceIntegral.prototype.drawGlyph = function(x, y, pGraphics, PDSE) CSurfaceIntegral.prototype.drawGlyph = function(x, y, pGraphics, PDSE)
{ {
var surf = new CSurface(); var parameters =
var coord = surf.getCoord();
var X = coord.X,
Y = coord.Y,
W = coord.W,
H = coord.H;
var integr = new CDoubleIntegral(),
coord2 = integr.getCoord();
var XX = coord2.X,
YY = coord2.Y,
WW = 1.6*coord2.W,
HH = coord2.H;
var FontSize = this.Get_TxtPrControlLetter().FontSize;
var textScale = FontSize/850; // 1000 pt
var alpha = textScale*25.4/96 /64; // коэффициент; используется для того чтобы перевести координаты в миллиметры
var shX = (WW - W)*alpha/2,
shY = (HH - H)*alpha*0.48;
for(var i = 0; i < X.length; i++)
{
X[i] = this.pos.x + x + shX + X[i]*alpha;
Y[i] = this.pos.y + y + shY + Y[i]*alpha;
}
for(var i = 0; i < XX.length; i++)
{ {
XX[i] = this.pos.x + x + XX[i]*alpha; x: x,
YY[i] = this.pos.y + y + YY[i]*alpha; y: y,
} CoeffWidth: 1.6,
PDSE: PDSE,
var penSurface = 750*FontSize/32; Integral: new CDoubleIntegral(),
Circle: new CSurface()
var intGrid = pGraphics.GetIntegerGrid(); };
pGraphics.SetIntegerGrid(false);
pGraphics.p_width(penSurface);
this.Parent.Make_ShdColor(PDSE, this.Parent.Get_CompiledCtrPrp());
//pGraphics.b_color1(0,0,0, 255);
//pGraphics.p_color(0,0,0, 255);
surf.drawPath(pGraphics, X, Y);
pGraphics.p_width(1000);
pGraphics._s();
integr.drawPath(pGraphics, XX, YY);
pGraphics.df();
pGraphics.SetIntegerGrid(intGrid);
CSurfaceIntegral.superclass.drawGlyph.call(this, parameters);
}; };
CSurfaceIntegral.prototype.calculateSizeGlyph = function() CSurfaceIntegral.prototype.calculateSizeGlyph = function()
{ {
//var betta = this.getTxtPrp().FontSize/36;
var betta = this.Get_TxtPrControlLetter().FontSize/36; var betta = this.Get_TxtPrControlLetter().FontSize/36;
var _width = 14.2296*betta, var _width = 14.2296*betta,
...@@ -2281,79 +2386,29 @@ CSurfaceIntegral.prototype.calculateSizeGlyph = function() ...@@ -2281,79 +2386,29 @@ CSurfaceIntegral.prototype.calculateSizeGlyph = function()
/** /**
* *
* @constructor * @constructor
* @extends {CNaryOperator} * @extends {CClosedPathIntegral}
*/ */
function CVolumeIntegral() function CVolumeIntegral()
{ {
CNaryOperator.call(this); CClosedPathIntegral.call(this);
} }
Asc.extendClass(CVolumeIntegral, CNaryOperator); Asc.extendClass(CVolumeIntegral, CClosedPathIntegral);
CVolumeIntegral.prototype.drawGlyph = function(x, y, pGraphics, PDSE) CVolumeIntegral.prototype.drawGlyph = function(x, y, pGraphics, PDSE)
{ {
var volume = new CVolume(); var parameters =
var coord = volume.getCoord();
var X = coord.X,
Y = coord.Y,
W = coord.W,
H = coord.H;
var integr = new CTripleIntegral(),
coord2 = integr.getCoord();
var XX = coord2.X,
YY = coord2.Y,
WW = 2.1*coord2.W,
HH = coord2.H;
var FontSize = this.Get_TxtPrControlLetter().FontSize;
var textScale = FontSize/850; // 1000 pt
var alpha = textScale*25.4/96 /64; // коэффициент; используется для того чтобы перевести координаты в миллиметры
var shX = (WW - W)*alpha/2,
shY = (HH - H)*alpha*0.47;
for(var i = 0; i < X.length; i++)
{
X[i] = this.pos.x + x + shX + X[i]*alpha;
Y[i] = this.pos.y + y + shY + Y[i]*alpha;
}
for(var i = 0; i < XX.length; i++)
{ {
XX[i] = this.pos.x + x + XX[i]*alpha; x: x,
YY[i] = this.pos.y + y + YY[i]*alpha; y: y,
} CoeffWidth: 2.1,
PDSE: PDSE,
var penVolume = 750*FontSize/32; Integral: new CTripleIntegral(),
Circle: new CVolume()
var intGrid = pGraphics.GetIntegerGrid(); };
pGraphics.SetIntegerGrid(false);
pGraphics.p_width(penVolume);
this.Parent.Make_ShdColor(PDSE, this.Parent.Get_CompiledCtrPrp());
//pGraphics.b_color1(0,0,0, 255);
//pGraphics.p_color(0,0,0, 255);
volume.drawPath(pGraphics, X, Y);
pGraphics.p_width(1000);
pGraphics._s();
integr.drawPath(pGraphics, XX, YY);
pGraphics.df();
pGraphics.SetIntegerGrid(intGrid);
CVolumeIntegral.superclass.drawGlyph.call(this, parameters);
}; };
CVolumeIntegral.prototype.calculateSizeGlyph = function() CVolumeIntegral.prototype.calculateSizeGlyph = function()
{ {
//var betta = this.getTxtPrp().FontSize/36;
var betta = this.Get_TxtPrControlLetter().FontSize/36; var betta = this.Get_TxtPrControlLetter().FontSize/36;
var _width = 18.925368*betta, var _width = 18.925368*betta,
......
Word/Math/radical.js
View file @ cc921a80
...@@ -131,10 +131,10 @@ CSignRadical.prototype.draw = function(x, y, pGraphics, PDSE) ...@@ -131,10 +131,10 @@ CSignRadical.prototype.draw = function(x, y, pGraphics, PDSE)
} }
else // чтобы линии были четкие не в WordArt, рисуем знак радикала по заданному пути линиями нужной толщины else // чтобы линии были четкие не в WordArt, рисуем знак радикала по заданному пути линиями нужной толщины
{ {
var intGrid = pGraphics.GetIntegerGrid(); var intGrid = PDSE.Graphics.GetIntegerGrid();
pGraphics.SetIntegerGrid(true); // для того чтобы линии были отрисованы четко (неразмыто) PDSE.Graphics.SetIntegerGrid(true); // для того чтобы линии были отрисованы четко (неразмыто)
pGraphics.p_width(penW3*1000); PDSE.Graphics.p_width(penW3*1000);
PDSE.Graphics._m(xx2, yy2); PDSE.Graphics._m(xx2, yy2);
PDSE.Graphics._l(xx3, yy3); PDSE.Graphics._l(xx3, yy3);
...@@ -145,7 +145,7 @@ CSignRadical.prototype.draw = function(x, y, pGraphics, PDSE) ...@@ -145,7 +145,7 @@ CSignRadical.prototype.draw = function(x, y, pGraphics, PDSE)
PDSE.Graphics.ds(); PDSE.Graphics.ds();
pGraphics.SetIntegerGrid(intGrid); PDSE.Graphics.SetIntegerGrid(intGrid);
} }
PDSE.Graphics._s(); PDSE.Graphics._s();
......
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