def testBoolConverter(self):
"""
Test for Sdf.ValueTypeNames.Bool
"""
#
value1 = Vt.Bool(True)
value2 = Vt.Bool(False)
sdfValueType = Sdf.ValueTypeNames.Bool
errSdfValueType = Sdf.ValueTypeNames.String
#
self.runTypeChecks(sdfValueType, value1, value2)
self.runErrorHandlingChecks(sdfValueType, value1, errSdfValueType)
def test_ValueTypeName(self):
self.assertEqual(Vt._test_ValueTypeName(True), 'bool')
self.assertEqual(Vt._test_ValueTypeName(False), 'bool')
self.assertEqual(Vt._test_ValueTypeName(0), 'int')
self.assertEqual(Vt._test_ValueTypeName(1), 'int')
self.assertEqual(Vt._test_ValueTypeName(Vt.Bool(True)), 'bool')
self.assertEqual(Vt._test_ValueTypeName(Vt.UChar(100)),
'unsigned char')
self.assertEqual(Vt._test_ValueTypeName(Vt.Short(1234)), 'short')
self.assertEqual(Vt._test_ValueTypeName(Vt.UShort(1234)),
'unsigned short')
self.assertEqual(Vt._test_ValueTypeName(Vt.Int(12345)), 'int')
self.assertEqual(Vt._test_ValueTypeName(Vt.UInt(12345)),
'unsigned int')
self.assertEqual(Vt._test_ValueTypeName(Vt.Long(1234)), 'long')
self.assertEqual(Vt._test_ValueTypeName(Vt.ULong(100)),
'unsigned long')
self.assertEqual(Vt._test_ValueTypeName(Vt.Half(1.234)),
'pxr_half::half')
self.assertEqual(Vt._test_ValueTypeName(Vt.Float(1.234)), 'float')
self.assertEqual(Vt._test_ValueTypeName(Vt.Double(1.234)), 'double')
# Make sure that Python strings end up as strings, unless they're
# coerced via Vt.Token
self.assertEqual(Vt._test_ValueTypeName('hello'), 'string')
self.assertEqual(Vt._test_ValueTypeName(u'hello'), 'string')
self.assertEqual(Vt._test_ValueTypeName(Vt.Token('hello')), 'TfToken')
def test_ValueTypeName(self):
self.assertEqual(Vt._test_ValueTypeName(True), 'bool')
self.assertEqual(Vt._test_ValueTypeName(False), 'bool')
self.assertEqual(Vt._test_ValueTypeName(0), 'int')
self.assertEqual(Vt._test_ValueTypeName(1), 'int')
self.assertEqual(Vt._test_ValueTypeName(Vt.Bool(True)), 'bool')
self.assertEqual(Vt._test_ValueTypeName(Vt.UChar(100)), 'unsigned char')
self.assertEqual(Vt._test_ValueTypeName(Vt.Short(1234)), 'short')
self.assertEqual(Vt._test_ValueTypeName(Vt.UShort(1234)), 'unsigned short')
self.assertEqual(Vt._test_ValueTypeName(Vt.Int(12345)), 'int')
self.assertEqual(Vt._test_ValueTypeName(Vt.UInt(12345)), 'unsigned int')
self.assertEqual(Vt._test_ValueTypeName(Vt.Long(1234)), 'long')
self.assertEqual(Vt._test_ValueTypeName(Vt.ULong(100)), 'unsigned long')
self.assertEqual(Vt._test_ValueTypeName(Vt.Half(1.234)), 'half')
self.assertEqual(Vt._test_ValueTypeName(Vt.Float(1.234)), 'float')
self.assertEqual(Vt._test_ValueTypeName(Vt.Double(1.234)), 'double')
import os
from pxr import Usd, UsdGeom, Tf, Sdf, Vt, Gf
# Helper script to generate a USD file with a single sphere primitive with all the primvar types on it
# both array and scalar
# just for reference in case we need to generate ./data/primVars.usda again
usdTypes = {
"Bool": [Vt.Bool(False), Vt.BoolArray([False, True])],
"UChar": [Vt.UChar(0), Vt.UCharArray([0, 1, 2])],
"Int": [Vt.Int(-1), Vt.IntArray([0, -1, -2])],
"UInt":
[Vt.UInt(4294967295),
Vt.UIntArray([4294967293, 4294967294, 4294967295])],
"UInt64": [
Vt.UInt64(18446744073709551615),
Vt.UInt64Array(
[18446744073709551613, 18446744073709551614, 18446744073709551615])
],
"Int64": [
Vt.Int64(-9223372036854775808),
Vt.Int64Array(
[9223372036854775805, 9223372036854775806, 9223372036854775807])
],
"Half": [Vt.Half(0.5), Vt.HalfArray([0.1, 0.2, 0.3])],
"Float": [Vt.Float(0.6), Vt.FloatArray([0.7, 0.8, 0.9])],
"Double": [Vt.Double(1.1), Vt.DoubleArray([1.2, 1.3, 1.4])],
"String": ["this", ["is", "a", "test"]],
"Token": ["t-this", ["t-is", "t-a", "t-test"]],
"Int2": [Gf.Vec2i(1, 2), [Gf.Vec2i(3, 4),
Gf.Vec2i(5, 6),
def make_m_doublesided(self, define, data):
doublesided = define.CreateDoubleSidedAttr()
doublesided_value = Vt.Bool(data)
doublesided.Set(doublesided_value)
