def test_paper_space_scale_1_100(): psu = PaperSpaceUnits(DrawingUnits(1, 'm'), unit='mm', scale=100.) assert psu.from_msp(1, 'm') == 10, \ '1m in msp, should be 10 mm in paper space 1:100' assert psu.from_msp(500, 'cm') == 50 psu = PaperSpaceUnits(DrawingUnits(1, 'yd'), unit='in', scale=100.) assert round(psu.from_msp(1, 'yd'), 2) == .36, \ '1 yd in msp, should be .36 inch in paper space 1:100' assert round(psu.from_msp(1, 'ft'), 2) == .12, \ '1 ft in msp, should be .12 inch in paper space 1:100'
def test_paper_space_scale_1_1(): psu = PaperSpaceUnits(DrawingUnits(1, 'm'), unit='mm', scale=1.) assert psu.from_msp(1, 'm') == 1000, 'should be 1000 mm in paper space' assert psu.from_msp(10, 'cm') == 100 assert psu.from_msp(10, 'mm') == 10 psu = PaperSpaceUnits(DrawingUnits(1, 'yd'), unit='in', scale=1.) assert round(psu.from_msp(1, 'yd')) == 36, 'should be 36 inch in paper space' assert round(psu.from_msp(1, 'ft')) == 12, 'should be 12 inch in paper space'
def test_paper_space_scale_1_1(): psu = PaperSpaceUnits(DrawingUnits(1, "m"), unit="mm", scale=1.0) assert psu.from_msp(1, "m") == 1000, "should be 1000 mm in paper space" assert psu.from_msp(10, "cm") == 100 assert psu.from_msp(10, "mm") == 10 psu = PaperSpaceUnits(DrawingUnits(1, "yd"), unit="in", scale=1.0) assert (round(psu.from_msp( 1, "yd")) == 36), "should be 36 inch in paper space" assert (round(psu.from_msp( 1, "ft")) == 12), "should be 12 inch in paper space"
def test_paper_space_scale_1_100(): psu = PaperSpaceUnits(DrawingUnits(1, "m"), unit="mm", scale=100.0) assert (psu.from_msp( 1, "m") == 10), "1m in msp, should be 10 mm in paper space 1:100" assert psu.from_msp(500, "cm") == 50 psu = PaperSpaceUnits(DrawingUnits(1, "yd"), unit="in", scale=100.0) assert (round( psu.from_msp(1, "yd"), 2) == 0.36), "1 yd in msp, should be .36 inch in paper space 1:100" assert (round( psu.from_msp(1, "ft"), 2) == 0.12), "1 ft in msp, should be .12 inch in paper space 1:100"
def test_paper_space_to_model_space_metric(): psu = PaperSpaceUnits(msp=DrawingUnits(1, 'm'), scale=100) assert psu.to_msp( 10, 'mm' ) == 1, '1mm in PSP 1:100 => should be 1 drawing unit in model space' assert psu.to_msp( 5, 'cm' ) == 5, '5cm in PSP 1:100 => should be 5 drawing unit in model space'
def test_msp_2_m(): # 1 drawing unit = 2 m u = DrawingUnits(2, "m") assert 1 * u("m") == 2, "should be 2 drawing units" assert 7 * u("m") == 14, "should be 14 drawing units" assert 7 * u("cm") == 0.14, "should be 0.14 drawing units" assert 7 * u("mm") == 0.014, "should be 0.014 drawing units" assert 7 * u("km") == 14000, "should be 14000 drawing units"
def test_msp_2_m(): # 1 drawing unit = 2 m u = DrawingUnits(2, 'm') assert 1 * u('m') == 2, "should be 2 drawing units" assert 7 * u('m') == 14, "should be 14 drawing units" assert 7 * u('cm') == 0.14, "should be 0.14 drawing units" assert 7 * u('mm') == 0.014, "should be 0.014 drawing units" assert 7 * u('km') == 14000, "should be 14000 drawing units"
def test_msp_1_ft(): # 1 drawing unit = 1 ft u = DrawingUnits(1, 'ft') assert isclose(1 * u('ft'), 1), "should be 1 drawing unit" assert isclose(10 * u('yd'), 30), "should be 30 drawing unit" assert isclose(100 * u('in'), 8.3333333333), "should be 8.33333 drawing unit" assert round(u('mi')) == 5280, "should be 5280 drawing unit" assert isclose(100 * u('m'), 328.0839895), "should be 328.084 drawing unit" assert isclose(u('km'), 3280.839895), "should be 3280.8399 drawing unit"
def test_msp_1_ft(): # 1 drawing unit = 1 ft u = DrawingUnits(1, "ft") assert isclose(1 * u("ft"), 1), "should be 1 drawing unit" assert isclose(10 * u("yd"), 30), "should be 30 drawing unit" assert isclose(100 * u("in"), 8.3333333333), "should be 8.33333 drawing unit" assert round(u("mi")) == 5280, "should be 5280 drawing unit" assert isclose(100 * u("m"), 328.0839895), "should be 328.084 drawing unit" assert isclose(u("km"), 3280.839895), "should be 3280.8399 drawing unit"
def test_msp_1_m(): # 1 drawing unit = 1 m u = DrawingUnits(1, 'm') assert 7 * u('m') == 7, "should be 7 drawing units" # rounding errors! assert isclose(7 * u('dm'), .7), "should be 0.7 drawing units" assert 7 * u('cm') == .07, "should be 0.07 drawing units" assert 7 * u('mm') == .007, "should be 0.007 drawing units" assert 7 * u('km') == 7000, "should be 7000 drawing units" assert isclose(7 * u('ft'), 2.1336), "should be 2.1336 drawing units" assert isclose(70 * u('in'), 1.778), "should be 1.778 drawing units" assert isclose(7 * u('yd'), 6.4008), "should be 6.4008 drawing units"
def test_msp_1_m(): # 1 drawing unit = 1 m u = DrawingUnits(1, "m") assert 7 * u("m") == 7, "should be 7 drawing units" # rounding errors! assert isclose(7 * u("dm"), 0.7), "should be 0.7 drawing units" assert 7 * u("cm") == 0.07, "should be 0.07 drawing units" assert 7 * u("mm") == 0.007, "should be 0.007 drawing units" assert 7 * u("km") == 7000, "should be 7000 drawing units" assert isclose(7 * u("ft"), 2.1336), "should be 2.1336 drawing units" assert isclose(70 * u("in"), 1.778), "should be 1.778 drawing units" assert isclose(7 * u("yd"), 6.4008), "should be 6.4008 drawing units"
def test_msp_1_in(): # 1 drawing unit = 1 in u = DrawingUnits(1, 'in') assert isclose(1 * u('ft'), 12), "should be 12 drawing units" assert isclose(1 * u('yd'), 36), "should be 36 drawing units" assert round(u('mi')) == 63360, "should be 63360 drawing units" assert isclose(100 * u('m'), 3937.007874), "should be 3937.0079 drawing units" assert isclose(u('km'), 39370.07874) assert isclose(100 * u('dm'), 393.7007874) assert isclose(100 * u('cm'), 39.37007874) assert isclose(100 * u('mm'), 3.937007874) assert isclose(100 * u('µm'), 0.003937007874)
def test_msp_1_in(): # 1 drawing unit = 1 in u = DrawingUnits(1, "in") assert isclose(1 * u("ft"), 12), "should be 12 drawing units" assert isclose(1 * u("yd"), 36), "should be 36 drawing units" assert round(u("mi")) == 63360, "should be 63360 drawing units" assert isclose(100 * u("m"), 3937.007874), "should be 3937.0079 drawing units" assert isclose(u("km"), 39370.07874) assert isclose(100 * u("dm"), 393.7007874) assert isclose(100 * u("cm"), 39.37007874) assert isclose(100 * u("mm"), 3.937007874) assert isclose(100 * u("µm"), 0.003937007874)
def test_paper_space_to_model_space_metric(): psu = PaperSpaceUnits(msp=DrawingUnits(1, "m"), scale=100) assert (psu.to_msp(10, "mm") == 1 ), "1mm in PSP 1:100 => should be 1 drawing unit in model space" assert (psu.to_msp(5, "cm") == 5 ), "5cm in PSP 1:100 => should be 5 drawing unit in model space"
def test_msp_2_ft(): # 1 drawing unit = 2 ft u = DrawingUnits(2, 'ft') assert isclose(1 * u('ft'), 2), "should be 2 drawing unit" assert isclose(10 * u('yd'), 60), "should be 60 drawing unit"
def test_msp_easy_usage(): u = DrawingUnits(1, 'm') cm = u('cm') assert 100 * cm == 1
def test_paper_space_to_model_space_us(): psu = PaperSpaceUnits(msp=DrawingUnits(1, 'yd'), scale=100) assert isclose( psu.to_msp(1, 'in'), 2.77777777777 ), '1 inch in PSP 1:100 => should be 2.777 drawing unit in model space'
def test_msp_easy_usage(): u = DrawingUnits(1, "m") cm = u("cm") assert 100 * cm == 1
def test_msp_2_ft(): # 1 drawing unit = 2 ft u = DrawingUnits(2, "ft") assert isclose(1 * u("ft"), 2), "should be 2 drawing unit" assert isclose(10 * u("yd"), 60), "should be 60 drawing unit"