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@@ -39,6 +39,9 @@ class Graph(tk.Canvas):
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begin = math.floor(self.scale[0] / step) * step
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end = math.ceil(self.scale[1] / step) * step
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halfStep = int(step / 2)
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+ # label x and y axis
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+ draw.text(self.pointToCoord(((end+begin)/2+25, -30)), "x in mm", font=self.font, align='center')
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+ draw.text(self.pointToCoord((-45, (end+begin)/2+25)), "y in mm", font=self.font, align='left')
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for p in range(begin, end, halfStep):
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tickPosX = self.pointToCoord((p, 0))
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tickPosY = self.pointToCoord((0, p))
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@@ -52,9 +55,9 @@ class Graph(tk.Canvas):
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draw.line([(tickPosX[0], tickPosX[1]+self.lineWidth*3), (tickPosX[0], tickPosX[1]-self.lineWidth*3)], (60,127,100), int(self.lineWidth/2))
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draw.line([(tickPosY[0]+self.lineWidth*3, tickPosY[1]), (tickPosY[0]-self.lineWidth*3, tickPosY[1])], (60,127,100), int(self.lineWidth/2))
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# draw tick labels
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- draw.text((tickPosX[0]+3, tickPosX[1]+self.lineWidth*4), str(p) + " mm", font=self.font)
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+ draw.text((tickPosX[0]+3, tickPosX[1]+self.lineWidth*1), str(p), font=self.font)
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if p != 0:
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- draw.text((tickPosY[0]-self.lineWidth*4-35, tickPosY[1]), str(p) + " mm", font=self.font)
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+ draw.text((tickPosY[0]+self.lineWidth*2, tickPosY[1]), str(p), font=self.font, align='right')
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def on_resize(self,event):
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self.width = max(100, event.width-4)
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