void drawchildxlright(Graphics g, xl xl, Point offset, int width, int height) {
int drawcount = 0;
foreach (gtNode node in xl.nodes) {
if (node.NeedDraw) drawcount++;
}
gtNode node0 = xl.nodes[xl.nodes.Count - 1];
if (!node0.NeedDraw)
drawcount += 1;
float step = width / drawcount;
if (drawcount == 1) step /= 2;
step = Math.Min(mMinDJ, step);
step = Math.Max(1, step);
while (step < 30) step *= 2;
width = (int)(step * drawcount);
step *= offset.X;
int left = xl.parentNode.Location.X;
int bottom = xl.parentNode.Location.Y;
int right = left + offset.X * width;
int offx = xl.getOffx() * offset.X;
right += offx;
g.DrawLine(Pens.BlueViolet, left, bottom, right, bottom);
//if (!xl.nodes[0].NeedDraw) {
// xl.nodes[0].Location = new Point(left,(int)step);
// xl.nodes[0].render(g);
//}
if (!node0.NeedDraw) {
node0.Location = new Point(right, bottom);
node0.render(g);
}
int j = -1;
int i = 0;
//Point offset = new Point(0, 50 * j);
int nlines = 0;
foreach (gtNode node in xl.nodes) {
if (!node.NeedDraw) continue;
i++;
if (node.lines.Count > 0) {
nlines++;
}
node.Location = new Point(offx+ left + (int)(i * step),bottom);
node.render(g);
foreach (xl xl0 in node.lines) {
if (strList.Contains(xl0.xlValue.LineCode)) continue;
xl0.index = nlines;
strList.Add(xl0.xlValue.LineCode);
drawchildxltop(g, xl0, offset, (int)step * 3/2, height);
}
offset.Y *= -1;
}
}
void drawchildxltop(Graphics g,xl xl, Point offset, int width,int height) {
int drawcount = 0;
foreach (gtNode node in xl.nodes) {
if (node.NeedDraw) drawcount++;
}
gtNode node0 = xl.nodes[xl.nodes.Count - 1];
if (!node0.NeedDraw)
drawcount += 1;
float step = height / drawcount;
if (drawcount == 1) step /= 2;
step = Math.Min(mMinDJ, step);
height =(int) (step * drawcount);
step *= offset.Y;
int left = xl.parentNode.Location.X;
int bottom = xl.parentNode.Location.Y;
int top = bottom + offset.Y* height;
int offx = xl.getOffx()*offset.Y;
top += offx;
g.DrawLine(Pens.BlueViolet, left, bottom, left, top);
//if (!xl.nodes[0].NeedDraw) {
// xl.nodes[0].Location = new Point(left,(int)step);
// xl.nodes[0].render(g);
//}
if (!node0.NeedDraw) {
node0.Location = new Point(left, top);
node0.render(g);
}
int j = -1;
int i = 0;
int nlines = 0;
//Point offset = new Point(0, 50 * j);
foreach (gtNode node in xl.nodes) {
if (!node.NeedDraw) continue;
i++;
if (node.lines.Count > 0) {
nlines++;
}
node.Location = new Point(left, offx+bottom + (int)(i * step));
node.render(g);
foreach (xl xl0 in node.lines) {
if (strList.Contains(xl0.xlValue.LineCode)) continue;
xl0.index = nlines;
xl0.isV = true;
strList.Add(xl0.xlValue.LineCode);
drawchildxlright(g, xl0, offset, width,(int)Math.Abs(step)*3/2);
offset.X *= -1;
}
}
}
