def create3d(name):
# log.info(f"Test {name}")
data = dataset(name)
data.load_anatations()
data.error_calulation(0.3)
# a = {'user':'******','label':'Rshoulder'}
# b = {'user':'******','label':'Rshoulder'}
# data.t_test()
a = {'filename':'093614.jpg','label':'Rshoulder','user':'******'}
data.plot3dstats(a)
a = {'filename':'093450.jpg','label':'Rshoulder','user':'******'}
data.plot3dstats(a, outputfp="../results/093450_H_Rshoulder.png")
a = {'filename':'093450.jpg','label':'Rshoulder','user':'******'}
data.plot3dstats(a, outputfp="../results/093450_O_Rshoulder.png")
def input_analysis(name: str, test: list):
"""
This function calulaces the input mean/variance
from both the provided human input and the
open pose input.
:param str name: Is the name of the set in dataset diretory.
:param list test: Test method if several is avaible.
"""
dataobj = dataset(name)
atlasobj = Atlas(dataobj.setconf)
dataobj.set_atlas(atlasobj)
print(f"Created dataset object {name} {dataobj} size = {dataobj.count}")
dataobj.create_views()
def report(name):
"""
Tests a set in the dataset directory.
:param str name: is the name of the dataset that is loaded with this function
"""
# conf = None
# with open('./readset.yaml','r') as f:
# conf = yaml.load(f,Loader=yaml.FullLoader)
print("start")
data = dataset(name)
data.load_anatations()
data.error_calulation(0.3)
data.error_t_test()
data.create_latex_img_table(3)
print("end")
def data_points():
"""data_points fitts a dataset image to a set of anotations.
@raise e: Description
"""
data = dataset("P2")
data.load_anatations()
f = features(data)
i = imgs_set(data)
w = window(i, window_scale=0.3)
w.connect_featuers(f)
w.angle = -30
w.pos = [20, 20]
w.shape_scale = 0.29
w.marker_scale = 3.5
w.start()
def test_set(name):
"""
Tests a set in the dataset directory.
:param str name: is the name of the dataset that is loaded with this function
"""
# conf = None
# with open('./readset.yaml','r') as f:
# conf = yaml.load(f,Loader=yaml.FullLoader)
print("test")
datap1 = dataset(name)
myatlas = Atlas(datap1.setconf)
datap1.set_atlas(myatlas)
print(f"Created dataset object {name} {datap1} size = {datap1.count}")
datap1.create_views()
print("Done. Loaded all images")
datap1.show_atlas()
print("builds the atlas")
datap1.build_atlas()
print('Sovle geometry')
# datap1.geometry_solver()
datap1.create_latex_img_table(4)
print("end")
def test_stats(name, sample_cut=0.3):
data = dataset(name)
data.load_anatations()
data.error_calulation(sample_cut)
data.error_t_test()