def test_ui(self):
file = open(join(runs_dir, self.test_avl_case+'.avl'))
self.case = Case.case_from_input_file(file)
import sys
self.case.configure_traits()
#self.case.geometry.surfaces[0].write_to_file(sys.stdout)
#self.case.geometry.configure_traits()
#self.case.geometry.surfaces[0].configure_traits()
#self.case.geometry.write_to_file(sys.stdout)
from pyavl.ui.geometry_viewer import GeometryViewer
g = GeometryViewer(geometry=self.case.geometry)
g.configure_traits(scrollable=True)
def _geometry_view_default(self):
from pyavl.ui.geometry_viewer import GeometryViewer
geometry_view = TraitsUIView(
id='pyavl.geometry',
name='Geometry View',
obj=GeometryViewer(geometry=self.avl.case.geometry))
return geometry_view
filename = os.path.abspath(filename)
sectiondata.write_airfoil_file(filename, 'parafoil')
if self.number_of_cells%2==1:
le = numpy.zeros((3,))
sectionafile = SectionAFILEData(filename=filename)
sections.append(Section(leading_edge=le, chord=self.chord, type=sectionafile.type, data=sectionafile))
for i, theta in enumerate(anhedral_angle_r * y):
le = numpy.array([0, r * numpy.sin(theta), r * (numpy.cos(theta) - 1)])
sectionafile = SectionAFILEData(filename=filename)
sections.append(Section(leading_edge=le, chord=self.chord, type=sectionafile.type, data=sectionafile))
surface = Surface(name='Parafoil', yduplicate=0, sections=sections)
return surface
traits_view = View('span','chord','number_of_cells','anhedral_angle',
Item('object.sectiondata.filename',label='section data file'),
'inlet_height','cut_angle')
if __name__ == '__main__':
import sys
from pyavl.case import Case
from pyavl import runs_dir, join
file = open(join(runs_dir, 'bd.avl'))
case = Case.case_from_input_file(file)
pw = ParafoilWizard()
pw.configure_traits()
surface = pw.get_surface()
#surface.configure_traits()
geometry = Geometry(surfaces=[surface])
#geometry.configure_traits()
g = GeometryViewer(geometry=geometry)
g.configure_traits()
surface.write_to_file(sys.stdout)
CD_p = 0.0
geometry = Geometry.create_from_lines(lines, lineno, cwd=cwd)
case = Case(name=name,
mach_no=mach_no,
symmetry=symmetry,
ref_area=ref_area,
ref_chord=ref_chord,
ref_span=ref_span,
ref_cg=ref_cg,
CD_p=CD_p,
geometry=geometry,
cwd=cwd)
return case
if __name__ == '__main__':
from pyavl import runs_dir
file = open(join(runs_dir, 'allegro.avl'))
case = Case.case_from_input_file(file)
#import sys
case.configure_traits()
#self.case.geometry.surfaces[0].write_to_file(sys.stdout)
#self.case.geometry.configure_traits()
#self.case.geometry.surfaces[0].configure_traits()
#self.case.geometry.write_to_file(sys.stdout)
from pyavl.ui.geometry_viewer import GeometryViewer
print case.geometry, type(case.geometry)
g = GeometryViewer(geometry=case.geometry)
g.configure_traits(scrollable=True)
mach_no = float(lines[1].split()[0])
symmetry = lines[2].split()
symmetry = [int(symmetry[0]), int(symmetry[1]), float(symmetry[2])]
ref_area, ref_chord, ref_span = [float(value) for value in lines[3].split()[:3]]
ref_cg = [float(value) for value in lines[4].split()[:3]]
lineno = 5
try:
CD_p = float(lines[5].split()[0])
lineno = 6
except ValueError:
CD_p = 0.0
geometry = Geometry.create_from_lines(lines, lineno, cwd=cwd)
case = Case(name=name, mach_no=mach_no, symmetry=symmetry, ref_area=ref_area, ref_chord=ref_chord, ref_span=ref_span, ref_cg=ref_cg, CD_p=CD_p, geometry=geometry, cwd=cwd)
return case
if __name__ == '__main__':
from pyavl import runs_dir
file = open(join(runs_dir, 'allegro.avl'))
case = Case.case_from_input_file(file)
#import sys
case.configure_traits()
#self.case.geometry.surfaces[0].write_to_file(sys.stdout)
#self.case.geometry.configure_traits()
#self.case.geometry.surfaces[0].configure_traits()
#self.case.geometry.write_to_file(sys.stdout)
from pyavl.ui.geometry_viewer import GeometryViewer
print case.geometry, type(case.geometry)
g = GeometryViewer(geometry=case.geometry)
g.configure_traits(scrollable=True)