document = k3d.new_document()
source = k3d.plugin.create("FrozenMesh", document)
mesh = source.create_mesh()
primitive_type.create(mesh)
primitive = mesh.primitives()[0]
article.write("""<tr>""")
article.write("""<td>[[""" + primitive_name + """ Primitive]]</td>""")
article.write("""<td>""" + ", ".join(primitive.structure().keys()) +
"""</td>""")
article.write("""<td>""" + ", ".join(primitive.attributes().keys()) +
"""</td>""")
article.write("""</tr>\n""")
k3d.close_document(document)
article.write("""</table>\n""")
article.write("""<!-- Machine-generated file, do not edit by hand! -->\n""")
# Create the main article for each primitive type ...
for primitive_name in primitive_names:
print """Creating main article for """ + primitive_name + """ Primitive ..."""
article = file(
"@CMAKE_CURRENT_BINARY_DIR@/wikitext/articles/" + primitive_name +
" Primitive", "w")
article.write("""{{""" + primitive_name + """ Primitive}}\n""")
# Create the reference material for each primitive type ...
for i in range(len(primitive_types)):
primitive_type = primitive_types[i]
def bitmap_modifier_benchmark(BitmapModifier):
sys.stdout.write(
"""<DartMeasurement name="Timing" type="text/html"><![CDATA[\n""")
sys.stdout.write("""<table>\n""")
sizes = [(640, 480), (800, 600), (1024, 768), (1280, 1024), (1600, 1200)]
runs = 3
first_row = True
for size in sizes:
for run in range(runs):
document = k3d.new_document()
profiler = k3d.plugin.create("PipelineProfiler", document)
image = k3d.plugin.create("BitmapSolid", document)
image.width = size[0]
image.height = size[1]
modifier = k3d.plugin.create(BitmapModifier, document)
k3d.property.connect(document, image.get_property("output_bitmap"),
modifier.get_property("input_bitmap"))
modifier.output_bitmap
if first_row:
first_row = False
sys.stdout.write("""<tr>""")
sys.stdout.write("""<th>Width</th>""")
sys.stdout.write("""<th>Height</th>""")
sys.stdout.write("""<th>Run</th>""")
records = profiler.records
for node in records:
if node != modifier:
continue
measurements = records[node]
for measurement in measurements:
sys.stdout.write("""<th>""")
sys.stdout.write(measurement)
sys.stdout.write("""</th>""")
sys.stdout.write("""</tr>\n""")
sys.stdout.write("""<tr>""")
sys.stdout.write("""<td>""" + str(size[0]) + """</td>""")
sys.stdout.write("""<td>""" + str(size[1]) + """</td>""")
sys.stdout.write("""<td>""" + str(run) + """</td>""")
records = profiler.records
for node in records:
if node != modifier:
continue
measurements = records[node]
for measurement in measurements:
sys.stdout.write("""<td>""")
sys.stdout.write(str(measurements[measurement]))
sys.stdout.write("""</td>""")
sys.stdout.write("""</tr>\n""")
k3d.close_document(document)
sys.stdout.write("""</table>\n""")
sys.stdout.write("""]]></DartMeasurement>\n""")
# python
import testing
import k3d
factories = k3d.plugin.factory.lookup()
for factory in factories:
if factory.is_application_plugin() and ("DocumentImporter" in factory.name()):
print "\n\nTesting " + factory.name() + " with a file containing all zeroes ..."
path = k3d.filesystem.generic_path(testing.source_path() + "/meshes/" + "zero_bytes")
document = k3d.new_document()
document_importer = k3d.plugin.create(factory.name())
document_importer.read_file(path, document)
k3d.close_document(document)
print "\n\nTesting " + factory.name() + " with a file containing random data ..."
path = k3d.filesystem.generic_path(testing.source_path() + "/meshes/" + "random_bytes")
document = k3d.new_document()
document_importer = k3d.plugin.create(factory.name())
document_importer.read_file(path, document)
k3d.close_document(document)
def bitmap_modifier_benchmark(BitmapModifier):
sys.stdout.write("""<DartMeasurement name="Timing" type="text/html"><![CDATA[\n""")
sys.stdout.write("""<table>\n""")
sizes = [(640,480), (800,600), (1024,768), (1280,1024), (1600, 1200)]
runs = 3
first_row = True
for size in sizes:
for run in range(runs):
document = k3d.new_document()
profiler = k3d.plugin.create("PipelineProfiler", document)
image = k3d.plugin.create("BitmapSolid", document)
image.width = size[0];
image.height = size[1];
modifier = k3d.plugin.create(BitmapModifier, document)
k3d.property.connect(document, image.get_property("output_bitmap"), modifier.get_property("input_bitmap"))
modifier.output_bitmap
if first_row:
first_row = False
sys.stdout.write("""<tr>""")
sys.stdout.write("""<th>Width</th>""")
sys.stdout.write("""<th>Height</th>""")
sys.stdout.write("""<th>Run</th>""")
records = profiler.records
for node in records:
if node != modifier:
continue
measurements = records[node]
for measurement in measurements:
sys.stdout.write("""<th>""")
sys.stdout.write(measurement)
sys.stdout.write("""</th>""")
sys.stdout.write("""</tr>\n""")
sys.stdout.write("""<tr>""")
sys.stdout.write("""<td>""" + str(size[0]) + """</td>""")
sys.stdout.write("""<td>""" + str(size[1]) + """</td>""")
sys.stdout.write("""<td>""" + str(run) + """</td>""")
records = profiler.records
for node in records:
if node != modifier:
continue
measurements = records[node]
for measurement in measurements:
sys.stdout.write("""<td>""")
sys.stdout.write(str(measurements[measurement]))
sys.stdout.write("""</td>""")
sys.stdout.write("""</tr>\n""")
k3d.close_document(document)
sys.stdout.write("""</table>\n""")
sys.stdout.write("""]]></DartMeasurement>\n""")
