class Cell(dexml.Model):
x = fields.Float()
x_random = fields.Float()
y_random = fields.Float()
width = fields.Float()
height = fields.Integer()
#n_words = fields.Integer()
probability = fields.Float()
type_text = fields.Integer()
type_font = fields.Integer()
class Line(dexml.Model):
#id = fields.Integer(attrname="id")
height = fields.Integer()
text_min_height_prob = fields.Float()
y_space_step = fields.Integer()
cells = fields.List(Cell)
type = fields.String()
probability = fields.Float()
repeat = fields.Integer()
class Object(dexml.Model):
command = fields.String()
left = fields.Integer()
top = fields.Integer()
right = fields.Integer()
bottom = fields.Integer()
fill = fields.String()
probability = fields.Float()
class TextAndSeparatorLine(dexml.Model):
composite_line = fields.List(Line)
repeat_lines = fields.Integer()
def __init__(self, repeat_lines=None):
self.lines = []
self.repeat_lines = repeat_lines
class junk(dexml.Model):
class meta:
order_sensitive = True
name = fields.String(tagname=True)
notes = fields.List(fields.String(tagname="note"))
amount = fields.Integer(tagname=True)
class Frame(dexml.Model):
"""Store information about a frame to process: index in original stream, filename of extracted version, etc."""
class meta:
tagname = "frame"
index = fields.Integer(required=False)
time = fields.Float(required=False)
filename = fields.String() # can be relative to root given to a tool on command line
class nsc_decl(dexml.Model):
class meta:
tagname = "nsc"
namespace = "test:"
namespace_prefix = "t"
f1 = fields.Integer(tagname=("test:", "f1"))
class FrameSegResult(dexml.Model):
"""Tracker output for a given frame. Only 1 object can be detected for now."""
class meta:
tagname = "frame"
index = fields.Integer(required=False)
rejected = fields.Boolean()
points = fields.Dict(Pt, key='name', unique=True)
class Document(dexml.Model):
id = fields.String(attrname='id')
rotate = fields.Integer()
max_append_records = fields.Integer()
probability = fields.Float()
height = fields.Integer()
width = fields.Integer()
corpus_top = fields.Integer()
corpus_left = fields.Integer()
corpus_width = fields.Integer()
corpus_min_height = fields.Integer()
corpus_max_height = fields.Integer()
#record_type = fields.String()
header = fields.List(GroupTextLine, tagname='header')
record = fields.List(GroupTextLine, tagname='record')
background = fields.List(Object, tagname='background')
class Update(dexml.Model):
class meta:
tagname = "update"
order_sensitive = False
version = fields.Integer()
targetVersion = fields.String(tagname="targetVersion")
platform = fields.String(tagname="platform")
dependencies = fields.List(fields.String(tagname="file"),
tagname="dependencies")
pathprefix = fields.String(tagname="pathprefix", required=False)
install = fields.List(FileElement, tagname="install", required=False)
patches = fields.List(PatchElement, tagname="patches", required=False)
manifest = fields.List(FileElement, tagname="manifest")
packages = fields.List(PackageElement, tagname="packages")
def get_filemap(self):
return {a.name: a for a in self.manifest}
class Waypoint(dexml.Model):
class meta:
tagname = 'Waypoints'
name = fields.String(tagname="Name")
latitude = fields.Float(tagname='Latitude') # radians
longitude = fields.Float(tagname='Longitude') # radians
track_limit = fields.Float(tagname='TrackLimit', default=0)
course_limit = fields.Float(tagname='CourseLimit', default=0)
economy = fields.Float(tagname='Economy', default=0)
max_speed = fields.Float(tagname='MaximalSpeed', default=0)
controller_type = fields.String(tagname='ControllerType', default='')
notes = fields.String(tagname="Notes", default='')
is_parameter_point = fields.Boolean(tagname="IsParameterPoint",
default=False)
is_arrival_point = fields.Boolean(tagname="IsArrivalPoint", default=False)
# 0 great circle, 1 rhumb
# latter sailmode corresponds to leg's sailmode
sail_mode = fields.Integer(tagname="SailMode")
radius = fields.Float(tagname='Radius') # meters
class sr(dexml.Model):
rlsid = fields.String()
team = fields.String(tagname='team')
fmt = fields.String(tagname='fmt')
hits = fields.Integer(tagname='hits')
duration_string = fields.String(tagname='duration')
dur = None
def get_duration(self):
if self.dur is None:
try:
timet1 = datetime.strptime(self.duration_string, "%H:%M:%S")
except ValueError:
timet1 = datetime.strptime(self.duration_string, "%M:%S")
delta1 = timedelta(hours=timet1.time().hour,
minutes=timet1.time().minute,
seconds=timet1.time().second)
self.dur = delta1.total_seconds() * 1000
return self.dur
duration = property(get_duration)
class bacon(dexml.Model):
num_rashers = fields.Integer()
class SaneChoice(dexml.Model):
item = fields.Choice(fields.String(),fields.Integer())
class person(dexml.Model):
name = fields.String()
age = fields.Integer()
class person(petbase):
name = fields.String()
age = fields.Integer()
status = fields.String(tagname=("S:","status"),required=False)
class hello(dexml.Model):
recipient = fields.String()
sentby = fields.String(attrname="sender")
strength = fields.Integer(default=1)
message = fields.String(tagname="msg")
class course(dexml.Model):
#nazov = fields.String()
nazov = fields.String(tagname="name")
priorita = fields.Integer(tagname="priority")
termin = fields.Integer(tagname="date")
class Dictonary(dexml.Model):
path = fields.String()
number_words = fields.Integer()
class nsa(dexml.Model):
f1 = fields.Integer(attrname=("test:","f1"))
class folder_info(dexml.Model):
id = fields.String(tagname="id")
name = fields.String(tagname="name")
total_files = fields.Integer(tagname='total_files')
total_folders = fields.Integer(tagname='total_folders')
class nsc(dexml.Model):
f1 = fields.Integer(tagname=("test:","f1"))
class Person(dexml.Model):
name = fields.String()
age = fields.Integer(tagname='age')
class record(dexml.Model): name = fields.String() interval = fields.Float(tagname="interval") row_index = fields.Integer(tagname="row_index") col_index = fields.Integer(tagname="col_index")
class TextLine(dexml.Model):
text_line = fields.Integer()
separator_line = fields.Integer()
number_lines = fields.Integer()
