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# -*- coding: utf-8 -*- | ||
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# *************************************************************************** | ||
# * * | ||
# * Copyright (c) 2016 sliptonic <shopinthewoods@gmail.com> * | ||
# * * | ||
# * This program is free software; you can redistribute it and/or modify * | ||
# * it under the terms of the GNU Lesser General Public License (LGPL) * | ||
# * as published by the Free Software Foundation; either version 2 of * | ||
# * the License, or (at your option) any later version. * | ||
# * for detail see the LICENCE text file. * | ||
# * * | ||
# * This program is distributed in the hope that it will be useful, * | ||
# * but WITHOUT ANY WARRANTY; without even the implied warranty of * | ||
# * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * | ||
# * GNU Library General Public License for more details. * | ||
# * * | ||
# * You should have received a copy of the GNU Library General Public * | ||
# * License along with this program; if not, write to the Free Software * | ||
# * Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 * | ||
# * USA * | ||
# * * | ||
# *************************************************************************** | ||
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import FreeCAD | ||
import Path | ||
from PathTests.PathTestUtils import PathTestBase | ||
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class TestPathCore(PathTestBase): | ||
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def test00(self): | ||
"""Test Path command core functionality""" | ||
#create empty command | ||
c=Path.Command() | ||
self.assertIsInstance(c, Path.Command) | ||
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#change name | ||
c.Name = "G1" | ||
self.assertEqual(c.Name, "G1") | ||
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#Assign Parameters | ||
c.Parameters= {"X":1,"Y":0} | ||
self.assertEqual(c.Parameters, {'Y': 0.0, 'X': 1.0}) | ||
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#change parameters | ||
c.Parameters= {"X":1,"Y":0.5} | ||
self.assertEqual(c.Parameters, {'Y': 0.5, 'X': 1}) | ||
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#output gcode | ||
self.assertEqual(c.toGCode(), 'G1 X1.000000 Y0.500000') | ||
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#create and assign name in one | ||
c2=Path.Command("G2") | ||
self.assertEqual(c2.Name, "G2") | ||
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#Create Path and parameters in one | ||
c3=Path.Command("G1",{"X":34,"Y":1.2}) | ||
self.assertEqual(str(c3), 'Command G1 [ X:34 Y:1.2 ]') | ||
c4 = Path.Command("G1X4Y5") | ||
self.assertEqual(str(c4), 'Command G1 [ X:4 Y:5 ]') | ||
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#use placement | ||
self.assertEqual( str(c3.Placement), 'Placement [Pos=(34,1.2,0), Yaw-Pitch-Roll=(0,0,0)]') | ||
self.assertEqual( c3.toGCode(), 'G1 X34.000000 Y1.200000') | ||
p1 = FreeCAD.Placement() | ||
p1.Base = FreeCAD.Vector(3,2,1) | ||
self.assertEqual(str(p1), 'Placement [Pos=(3,2,1), Yaw-Pitch-Roll=(0,0,0)]') | ||
c5=Path.Command("g1",p1) | ||
self.assertEqual(str(c5), 'Command G1 [ X:3 Y:2 Z:1 ]') | ||
p2=FreeCAD.Placement() | ||
p2.Base = FreeCAD.Vector(5,0,0) | ||
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#overwrite placement | ||
c5.Placement=p2 | ||
self.assertEqual(str(c5), 'Command G1 [ X:5 ]') | ||
self.assertEqual(c5.x, 5.0) | ||
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#overwrite individual parameters | ||
c5.x=10 | ||
self.assertEqual(c5.x, 10.0) | ||
c5.y=2 | ||
self.assertEqual (str(c5), 'Command G1 [ X:10 Y:2 ]') | ||
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#set from gcode | ||
c3.setFromGCode("G1X1Y0") | ||
self.assertEqual(str(c3), 'Command G1 [ X:1 Y:0 ]') | ||
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def test10(self): | ||
"""Test Path Object core functionality""" | ||
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c1=Path.Command("g1",{"x":1,"y":0}) | ||
c2=Path.Command("g1",{"x":0,"y":2}) | ||
p=Path.Path([c1,c2]) | ||
self.assertAlmostEqual(str(p), 'Path [ size:2 length:3.2361 ]', places=4) | ||
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self.assertEqual(str(p.Commands), '[Command G1 [ X:1 Y:0 ], Command G1 [ X:0 Y:2 ]]') | ||
self.assertAlmostEqual( p.Length, 3.2361, places=4) | ||
p.addCommands(c1) | ||
self.assertEqual(p.toGCode(), 'G1 X1.000000 Y0.000000\nG1 X0.000000 Y2.000000\nG1 X1.000000 Y0.000000\n') | ||
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lines = ''' | ||
G0X-0.5905Y-0.3937S3000M03 | ||
G0Z0.125 | ||
G1Z-0.004F3 | ||
G1X0.9842Y-0.3937F14.17 | ||
G1X0.9842Y0.433 | ||
G1X-0.5905Y0.433 | ||
G1X-0.5905Y-0.3937 | ||
G0Z0.5 | ||
''' | ||
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output = '''G0 S3000.000000 X-0.590500 Y-0.393700 | ||
M03 | ||
G0 Z0.125000 | ||
G1 F3.000000 Z-0.004000 | ||
G1 F14.170000 X0.984200 Y-0.393700 | ||
G1 X0.984200 Y0.433000 | ||
G1 X-0.590500 Y0.433000 | ||
G1 X-0.590500 Y-0.393700 | ||
G0 Z0.500000 | ||
''' | ||
#create a path directly form a piece of gcode. | ||
p = Path.Path() | ||
p.setFromGCode(lines) | ||
self.assertEqual (p.toGCode(), output) | ||
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def test20(self): | ||
"""Test Path Tool and ToolTable object core functionality""" | ||
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t1=Path.Tool() | ||
self.assertIsInstance(t1, Path.Tool) | ||
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t1.Name = "12.7mm Drill Bit" | ||
self.assertEqual(t1.Name, "12.7mm Drill Bit") | ||
self.assertEqual(t1.ToolType, "Undefined") | ||
t1.ToolType = "Drill" | ||
self.assertEqual(t1.ToolType, "Drill") | ||
t1.Diameter= 12.7 | ||
t1.LengthOffset = 127 | ||
t1.CuttingEdgeAngle = 59 | ||
t1.CuttingEdgeHeight = 50.8 | ||
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self.assertEqual(t1.Diameter, 12.7) | ||
self.assertEqual(t1.LengthOffset, 127) | ||
self.assertEqual(t1.CuttingEdgeAngle, 59) | ||
self.assertEqual(t1.CuttingEdgeHeight, 50.8) | ||
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t2 = Path.Tool("my other tool",tooltype="EndMill",diameter=10) | ||
table = Path.Tooltable() | ||
self.assertIsInstance(table, Path.Tooltable) | ||
table.addTools(t1) | ||
table.addTools(t2) | ||
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self.assertEqual(len(table.Tools), 2) | ||
self.assertEqual(str(table.Tools), '{1: Tool 12.7mm Drill Bit, 2: Tool my other tool}' ) |
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