def generateSvg(self, c_x, c_y, radialLine_x=None, radialLine_y=None, tail_x=None, tail_y=None, angleText='90°',
arrowL1=3,arrowL2=1,arrowW=2, strokeWidth=0.5, lineColor='blue', textRenderer=None):
self.svg_lineColor = lineColor
self.svg_strokeWidth = strokeWidth
XML_body = []
if radialLine_x <> None and radialLine_y <> None:
XML_body.append( self.svgLine(radialLine_x, radialLine_y, c_x, c_y) )
d = directionVector(
numpy.array([ c_x, c_y]),
numpy.array([radialLine_x, radialLine_y]),
)
XML_body.append( arrowHeadSVG( numpy.array([c_x, c_y]), d, arrowL1, arrowL2, arrowW, lineColor ) )
if tail_x <> None and tail_y <> None:
XML_body.append( self.svgLine( radialLine_x, radialLine_y, tail_x, radialLine_y) )
#getting scale factor
svgText = SvgTextParser( textRenderer(0,0,"0") )
f = svgText.width()
box_w = f * 1.6
rect_w = f * 3
x, y = tail_x, radialLine_y-box_w/2
#rects
XML_body.append( self.svgLine( x, y, x , y+box_w) )
XML_body.append( self.svgLine( x + box_w, y, x + box_w, y+box_w) )
xe = x + box_w + rect_w
XML_body.append( self.svgLine( x, y, xe, y) )
XML_body.append( self.svgLine( x, y+box_w, xe, y+box_w) )
XML_body.append( self.svgLine( xe, y, xe, y+box_w) )
#bend symbol
XML_body.append( self.svgLine( x + 0.2*box_w, y + 0.8*box_w, x + 0.8*box_w , y + 0.8*box_w, textRenderer.fill) )
XML_body.append( self.svgLine( x + 0.2*box_w, y + 0.8*box_w, x + 0.8*box_w , y + 0.2*box_w, textRenderer.fill) )
#text
XML_body.append( textRenderer(x + box_w*1.2, y+box_w*0.8, angleText) )
return '<g> %s </g> ''' % "\n".join(XML_body)
def ArrowWithTail_SVG(c_x,
c_y,
radialLine_x=None,
radialLine_y=None,
tail_x=None,
tail_y=None,
arrowL1=3,
arrowL2=1,
arrowW=2,
svgTag='g',
svgParms='',
strokeWidth=0.5,
lineColor='blue'):
XML_body = []
if radialLine_x <> None and radialLine_y <> None:
XML_body.append(
'<line x1="%f" y1="%f" x2="%f" y2="%f" style="stroke:%s;stroke-width:%1.2f" />'
% (radialLine_x, radialLine_y, c_x, c_y, lineColor, strokeWidth))
d = directionVector(
numpy.array([c_x, c_y]),
numpy.array([radialLine_x, radialLine_y]),
)
XML_body.append(
arrowHeadSVG(numpy.array([c_x, c_y]), d, arrowL1, arrowL2, arrowW,
lineColor))
if tail_x <> None and tail_y <> None:
XML_body.append(
'<line x1="%f" y1="%f" x2="%f" y2="%f" style="stroke:%s;stroke-width:%1.2f" />'
% (radialLine_x, radialLine_y, tail_x, radialLine_y, lineColor,
strokeWidth))
return '''<%s %s >
%s
</%s> ''' % (svgTag, svgParms, "\n".join(XML_body), svgTag)
def generateSvg(self,
c_x,
c_y,
radialLine_x=None,
radialLine_y=None,
tail_x=None,
tail_y=None,
angleText='90°',
arrowL1=3,
arrowL2=1,
arrowW=2,
strokeWidth=0.5,
lineColor='blue',
textRenderer=None):
self.svg_lineColor = lineColor
self.svg_strokeWidth = strokeWidth
XML_body = []
if radialLine_x <> None and radialLine_y <> None:
XML_body.append(self.svgLine(radialLine_x, radialLine_y, c_x, c_y))
d = directionVector(
numpy.array([c_x, c_y]),
numpy.array([radialLine_x, radialLine_y]),
)
XML_body.append(
arrowHeadSVG(numpy.array([c_x, c_y]), d, arrowL1, arrowL2,
arrowW, lineColor))
if tail_x <> None and tail_y <> None:
XML_body.append(
self.svgLine(radialLine_x, radialLine_y, tail_x,
radialLine_y))
#getting scale factor
svgText = SvgTextParser(textRenderer(0, 0, "0"))
f = svgText.width()
box_w = f * 1.6
rect_w = f * 3
x, y = tail_x, radialLine_y - box_w / 2
#rects
XML_body.append(self.svgLine(x, y, x, y + box_w))
XML_body.append(
self.svgLine(x + box_w, y, x + box_w, y + box_w))
xe = x + box_w + rect_w
XML_body.append(self.svgLine(x, y, xe, y))
XML_body.append(self.svgLine(x, y + box_w, xe, y + box_w))
XML_body.append(self.svgLine(xe, y, xe, y + box_w))
#bend symbol
XML_body.append(
self.svgLine(x + 0.2 * box_w, y + 0.8 * box_w,
x + 0.8 * box_w, y + 0.8 * box_w,
textRenderer.fill))
XML_body.append(
self.svgLine(x + 0.2 * box_w, y + 0.8 * box_w,
x + 0.8 * box_w, y + 0.2 * box_w,
textRenderer.fill))
#text
XML_body.append(
textRenderer(x + box_w * 1.2, y + box_w * 0.8, angleText))
return '<g> %s </g> ' '' % "\n".join(XML_body)
def ArrowWithTail_SVG( c_x, c_y, radialLine_x=None, radialLine_y=None, tail_x=None, tail_y=None, arrowL1=3,arrowL2=1,arrowW=2, svgTag='g', svgParms='', strokeWidth=0.5, lineColor='blue'):
XML_body = []
if radialLine_x <> None and radialLine_y <> None:
XML_body.append( '<line x1="%f" y1="%f" x2="%f" y2="%f" style="stroke:%s;stroke-width:%1.2f" />' % (radialLine_x, radialLine_y, c_x, c_y, lineColor, strokeWidth) )
d = directionVector(
numpy.array([ c_x, c_y]),
numpy.array([radialLine_x, radialLine_y]),
)
XML_body.append( arrowHeadSVG( numpy.array([c_x, c_y]), d, arrowL1, arrowL2, arrowW, lineColor ) )
if tail_x <> None and tail_y <> None:
XML_body.append( '<line x1="%f" y1="%f" x2="%f" y2="%f" style="stroke:%s;stroke-width:%1.2f" />' % (radialLine_x, radialLine_y, tail_x, radialLine_y, lineColor, strokeWidth) )
return '''<%s %s >
%s
</%s> ''' % ( svgTag, svgParms, "\n".join(XML_body), svgTag )
def generateSvg(self,
c_x,
c_y,
radialLine_x=None,
radialLine_y=None,
tail_x=None,
tail_y=None,
weldingMarker_x=None,
weldingMarker_y=None,
arrowL1=3,
arrowL2=1,
arrowW=2,
svgTag='g',
svgParms='',
strokeWidth=0.5,
lineColor='blue',
textRenderer=None):
self.svg_lineColor = lineColor
self.svg_strokeWidth = strokeWidth
XML_body = []
if radialLine_x <> None and radialLine_y <> None:
XML_body.append(self.svgLine(radialLine_x, radialLine_y, c_x, c_y))
d = directionVector(
numpy.array([c_x, c_y]),
numpy.array([radialLine_x, radialLine_y]),
)
XML_body.append(
arrowHeadSVG(numpy.array([c_x, c_y]), d, arrowL1, arrowL2,
arrowW, lineColor))
if tail_x <> None and tail_y <> None:
XML_body.append(
self.svgLine(radialLine_x, radialLine_y, tail_x,
radialLine_y))
if weldingMarker_x <> None:
self.radialLine_x = radialLine_x #storing values incase self.weldingMarkerSvg needs them
self.radialLine_y = radialLine_y
self.tail_x = tail_x
self.tail_y = tail_y
XML_body.append(
self.weldingMarkerSvg(weldingMarker_x, radialLine_y,
lineColor, strokeWidth,
textRenderer))
return '''<%s %s >
%s
</%s> ''' % (svgTag, svgParms, "\n".join(XML_body), svgTag)
def generateSvg(self, c_x, c_y, radialLine_x=None, radialLine_y=None, tail_x=None, tail_y=None, weldingMarker_x=None, weldingMarker_y=None,
arrowL1=3,arrowL2=1,arrowW=2, svgTag='g', svgParms='', strokeWidth=0.5, lineColor='blue', textRenderer=None):
self.svg_lineColor = lineColor
self.svg_strokeWidth = strokeWidth
XML_body = []
if radialLine_x <> None and radialLine_y <> None:
XML_body.append( self.svgLine(radialLine_x, radialLine_y, c_x, c_y) )
d = directionVector(
numpy.array([ c_x, c_y]),
numpy.array([radialLine_x, radialLine_y]),
)
XML_body.append( arrowHeadSVG( numpy.array([c_x, c_y]), d, arrowL1, arrowL2, arrowW, lineColor ) )
if tail_x <> None and tail_y <> None:
XML_body.append( self.svgLine( radialLine_x, radialLine_y, tail_x, radialLine_y) )
if weldingMarker_x <> None:
self.radialLine_x = radialLine_x #storing values incase self.weldingMarkerSvg needs them
self.radialLine_y = radialLine_y
self.tail_x = tail_x
self.tail_y = tail_y
XML_body.append( self.weldingMarkerSvg( weldingMarker_x, radialLine_y, lineColor, strokeWidth, textRenderer) )
return '''<%s %s >
%s
</%s> ''' % ( svgTag, svgParms, "\n".join(XML_body), svgTag )