def __vital_algorithm_register__():
"""
Note:
We may be able to refactor somethign like this
# In vital.py
def _register_algorithm(cls, name=None, desc=''):
if name is None:
name = cls.__name__
from kwiver.vital.algo import algorithm_factory
if not algorithm_factory.has_algorithm_impl_name(cls.static_type_name(), name):
algorithm_factory.add_algorithm(name, desc, cls)
algorithm_factory.mark_algorithm_as_loaded(name)
def register_algorithm(name=None, desc=''):
'''
POC refactor of __vital_algorithm_register__ into a decorator
'''
def _wrapper(cls):
_register_algorithm(cls, name, desc)
return cls
return _wrapper
def lazy_register(cls, name=None, desc=''):
''' Alternate Proof-of-Concept '''
def __vital_algorithm_register__():
return _register_algorithm(cls, name, desc)
return __vital_algorithm_register__
# Then in your class
import vital
@vial.register_algorithm(desc="PyTorch Netharn classification routine")
class MyAlgorithm(BaseAlgo):
...
# OR if the currenty lazy structure is important
import vital
class MyAlgorithm(BaseAlgo):
...
__vital_algorithm_register__ = vital.lazy_register(MyAlgorithm, desc="PyTorch Netharn classification routine")
# We could also play with adding class member variables for the lazy
# initialization. There is lots of room to make this better / easier.
"""
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "netharn"
if not algorithm_factory.has_algorithm_impl_name(
NetharnRefiner.static_type_name(), implementation_name):
algorithm_factory.add_algorithm(implementation_name,
"PyTorch Netharn refiner routine",
NetharnRefiner)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleEstimatePNP"
if algorithm_factory.has_algorithm_impl_name(
SimpleEstimatePNP.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(implementation_name,
"Test kwiver.vital.algo.EstimatePNP",
SimpleEstimatePNP)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "ResectionCamera"
if algorithm_factory.has_algorithm_impl_name(
SimpleResectionCamera.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(implementation_name,
"Test kwiver.vital.algo.ResectionCamera",
SimpleResectionCamera)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleBundleAdjust"
if algorithm_factory.has_algorithm_impl_name(
SimpleBundleAdjust.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(implementation_name,
"test simple bundle adjust",
SimpleBundleAdjust)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleDrawDetectedObjectSet"
if algorithm_factory.has_algorithm_impl_name(
SimpleDrawDetectedObjectSet.static_type_name(),
implementation_name):
return
algorithm_factory.add_algorithm( implementation_name,
"creates a bounding box around the every object in the detected object set",
SimpleDrawDetectedObjectSet )
algorithm_factory.mark_algorithm_as_loaded( implementation_name )
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "MetadataMapIO"
if algorithm_factory.has_algorithm_impl_name(
SimpleMetadataMapIO.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(implementation_name,
"Test kwiver.vital.algo.MetadataMapIO",
SimpleMetadataMapIO)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleDetectedObjectSetOutput"
if algorithm_factory.has_algorithm_impl_name(
SimpleDetectedObjectSetOutput.static_type_name(),
implementation_name):
return
algorithm_factory.add_algorithm( implementation_name,
"Test kwiver.vital.algo.DetectedObjectSetOutput",
SimpleDetectedObjectSetOutput )
algorithm_factory.mark_algorithm_as_loaded( implementation_name )
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleComputeStereoDepthMap"
if algorithm_factory.has_algorithm_impl_name(
SimpleComputeStereoDepthMap.static_type_name(),
implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name, "Test kwiver.vital.algo.ComputeStereoDepthMap",
SimpleComputeStereoDepthMap)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleOptimizeCameras"
if algorithm_factory.has_algorithm_impl_name(
SimpleOptimizeCameras.static_type_name(), implementation_name
):
return
algorithm_factory.add_algorithm(
implementation_name, "test simple optimize cameras", SimpleOptimizeCameras,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "npy_percentile_norm"
if algorithm_factory.has_algorithm_impl_name(
PercentileNorm16BitTo8Bit.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(implementation_name,
"Numpy percentile normalization",
PercentileNorm16BitTo8Bit)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "DetectedObjectSetOutputBinary"
if algorithm_factory.has_algorithm_impl_name(
DetectedObjectSetOutputBinary.static_type_name(),
implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"Output detected object sets using Python's pickle package",
DetectedObjectSetOutputBinary)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "tensorflow"
if algorithm_factory.has_algorithm_impl_name(TFDetector.static_type_name(),
implementation_name):
return
algorithm_factory.add_algorithm(implementation_name,
"Tensorflow detector testing routine",
TFDetector)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleTrainDetector"
if algorithm_factory.has_algorithm_impl_name(
SimpleTrainDetector.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple train detector",
SimpleTrainDetector,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleUVUnwrapMesh"
if algorithm_factory.has_algorithm_impl_name(
SimpleUVUnwrapMesh.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple uv unwrap mesh",
SimpleUVUnwrapMesh,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleInterpolateTrack"
if algorithm_factory.has_algorithm_impl_name(
SimpleInterpolateTrack.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple interpolate track",
SimpleInterpolateTrack,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleSplitImage"
if algorithm_factory.has_algorithm_impl_name(
SimpleSplitImage.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple split image",
SimpleSplitImage,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleAssociateDetectionsToTracks"
if algorithm_factory.has_algorithm_impl_name(
SimpleAssociateDetectionsToTracks.static_type_name(),
implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple associate detections to tracks",
SimpleAssociateDetectionsToTracks,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "netharn"
if algorithm_factory.has_algorithm_impl_name(
NetharnDetector.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name, "PyTorch Netharn detection routine",
NetharnDetector)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleKeyframeSelection"
if algorithm_factory.has_algorithm_impl_name(
SimpleKeyframeSelection.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple keyframe selection",
SimpleKeyframeSelection,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleFeatureDescriptorIO"
if algorithm_factory.has_algorithm_impl_name(
SimpleFeatureDescriptorIO.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"Test kwiver.vital.algo.FeatureDescriptorIO",
SimpleFeatureDescriptorIO,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleVideoInput"
if algorithm_factory.has_algorithm_impl_name(
SimpleVideoInput.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple video input",
SimpleVideoInput,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleReadObjectTrackSet"
if algorithm_factory.has_algorithm_impl_name(
SimpleReadObjectTrackSet.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple read object track set",
SimpleReadObjectTrackSet,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "smqtk"
if algorithm_factory.has_algorithm_impl_name(
SMQTKTrainer.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name, "PyTorch SMQTK detection training routine",
SMQTKTrainer)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "mmdet"
if algorithm_factory.has_algorithm_impl_name(
MMDetDetector.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(implementation_name,
"PyTorch MMDetection inference routine",
MMDetDetector)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "nms_fusion"
if algorithm_factory.has_algorithm_impl_name(
MergeDetectionsNMSFusion.static_type_name(), implementation_name):
return
algorithm_factory.add_algorithm(implementation_name,
"Fusion of multiple different detections",
MergeDetectionsNMSFusion)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleWriteTrackDescriptorSet"
if algorithm_factory.has_algorithm_impl_name(
SimpleWriteTrackDescriptorSet.static_type_name(),
implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple write track descriptor set",
SimpleWriteTrackDescriptorSet,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleIntegrateDepthMaps"
if algorithm_factory.has_algorithm_impl_name(
SimpleIntegrateDepthMaps.static_type_name(), implementation_name
):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple integrate depth maps",
SimpleIntegrateDepthMaps,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleTriangulateLandmarks"
if algorithm_factory.has_algorithm_impl_name(
SimpleTriangulateLandmarks.static_type_name(),
implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple triangulate landmarks",
SimpleTriangulateLandmarks,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
def __vital_algorithm_register__():
from kwiver.vital.algo import algorithm_factory
# Register Algorithm
implementation_name = "SimpleInitializeObjectTracks"
if algorithm_factory.has_algorithm_impl_name(
SimpleInitializeObjectTracks.static_type_name(),
implementation_name):
return
algorithm_factory.add_algorithm(
implementation_name,
"test simple initialize object tracks",
SimpleInitializeObjectTracks,
)
algorithm_factory.mark_algorithm_as_loaded(implementation_name)
