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# ./blender.bin --background -noaudio --python tests/python/bl_pyapi_units.py
import unittest
from test import support
from bpy.utils import units
class UnitsTesting(unittest.TestCase):
# From user typing to 'internal' Blender value.
INPUT_TESTS = (
# system, type, ref, input, value
##### LENGTH
('IMPERIAL', 'LENGTH', "", "1ft", 0.3048),
('IMPERIAL', 'LENGTH', "", "(1+1)ft", 0.3048 * 2),
('IMPERIAL', 'LENGTH', "", "1mi4\"", 1609.344 + 0.0254 * 4),
('METRIC', 'LENGTH', "", "0.005µm", 0.000001 * 0.005),
('METRIC', 'LENGTH', "", "1e6km", 1000.0 * 1e6),
('IMPERIAL', 'LENGTH', "", "1ft5cm", 0.3048 + 0.01 * 5),
('METRIC', 'LENGTH', "", "1ft5cm", 0.3048 + 0.01 * 5),
# Using reference string to find a unit when none is given.
('IMPERIAL', 'LENGTH', "33.3ft", "1", 0.3048),
('METRIC', 'LENGTH', "33.3dm", "1", 0.1),
('IMPERIAL', 'LENGTH', "33.3cm", "1", 0.3048), # ref unit is not in IMPERIAL system, default to feet...
('IMPERIAL', 'LENGTH', "33.3ft", "1\"", 0.0254), # unused ref unit, since one is given already!
#('IMPERIAL', 'LENGTH', "", "1+1ft", 0.3048 * 2), # Will fail with current code!
)
# From 'internal' Blender value to user-friendly printing
OUTPUT_TESTS = (
# system, type, prec, sep, compat, value, output
##### LENGTH
('IMPERIAL', 'LENGTH', 3, False, False, 0.3048, "1'"),
('IMPERIAL', 'LENGTH', 3, False, True, 0.3048, "1ft"),
('IMPERIAL', 'LENGTH', 3, True, False, 0.3048 * 2 + 0.0254 * 5.5, "2' 5.5\""),
# Those next two fail, here again because precision ignores order magnitude :/
#('IMPERIAL', 'LENGTH', 3, False, False, 1609.344 * 1e6, "1000000mi"), # == 1000000.004mi!!!
#('IMPERIAL', 'LENGTH', 6, False, False, 1609.344 * 1e6, "1000000mi"), # == 1000000.003641mi!!!
('METRIC', 'LENGTH', 3, True, False, 1000 * 2 + 0.001 * 15, "2km 1.5cm"),
('METRIC', 'LENGTH', 3, True, False, 1234.56789, "1km 234.6m"),
# Note: precision seems basically unused when using multi units!
('METRIC', 'LENGTH', 9, True, False, 1234.56789, "1km 234.6m"),
('METRIC', 'LENGTH', 9, False, False, 1234.56789, "1.23456789km"),
('METRIC', 'LENGTH', 9, True, False, 1000.000123456789, "1km 0.1mm"),
)
def test_units_inputs(self):
# Stolen from FBX addon!
def similar_values(v1, v2, e):
if v1 == v2:
return True
return ((abs(v1 - v2) / max(abs(v1), abs(v2))) <= e)
for usys, utype, ref, inpt, val in self.INPUT_TESTS:
opt_val = units.to_value(usys, utype, inpt, ref)
# Note: almostequal is not good here, precision is fixed on decimal digits, not variable with
# magnitude of numbers (i.e. 1609.4416 ~= 1609.4456 fails even at 5 of 'places'...).
self.assertTrue(similar_values(opt_val, val, 1e-7),
msg="%s, %s: \"%s\" (ref: \"%s\") => %f, expected %f"
"" % (usys, utype, inpt, ref, opt_val, val))
def test_units_outputs(self):
for usys, utype, prec, sep, compat, val, output in self.OUTPUT_TESTS:
opt_str = units.to_string(usys, utype, val, prec, sep, compat)
self.assertEqual(opt_str, output,
msg="%s, %s: %f (precision: %d, separate units: %d, compat units: %d) => "
"\"%s\", expected \"%s\"" % (usys, utype, val, prec, sep, compat, opt_str, output))
def test_main():
try:
support.run_unittest(UnitsTesting)
except:
import traceback
traceback.print_exc()
# alert CTest we failed
import sys
sys.exit(1)
if __name__ == '__main__':
test_main()
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