def calc_total_line(self, points="all"):
"""
returns the distance between each point in the route
"""
rbs = self.routebase_set.order_by('sequence')
if points == "land":
rbs = rbs.exclude(land=False)
# convert to [(lat,lng), ...] while maintaining the same order
# skipping any routebase that has no location
points = [(rb.location.location.x, rb.location.location.y)
for rb in rbs if rb.location and rb.location.location]
dist = []
from utils import coord_dist
for i, po in enumerate(points):
try:
next = points[1 + i]
except IndexError:
pass
else:
from django.contrib.gis.geos import Point
dist.append(coord_dist(Point(po), Point(next)))
return sum(dist)
def calc_total_line(self, points="all"):
"""
returns the distance between each point in the route
"""
rbs = self.routebase_set.order_by('sequence')
if points == "land":
rbs = rbs.exclude(land=False)
# convert to [(lat,lng), ...] while maintaining the same order
# skipping any routebase that has no location
points = [(rb.location.location.x, rb.location.location.y)
for rb in rbs if rb.location and rb.location.location]
dist = []
from utils import coord_dist
for i,po in enumerate(points):
try:
next = points[1+i]
except IndexError:
pass
else:
from django.contrib.gis.geos import Point
dist.append(coord_dist(Point(po), Point(next)))
return sum(dist)
def calc_max_start(self, a=None):
"""
Returns the max distance between any point in the route and the
starting point. Used for ATP XC distance.
"""
if not a:
a = self._get_AllPoints()
mp = a.collect()
start = a[0].location
dist = []
from utils import coord_dist
for i,po in enumerate(mp):
dist.append(coord_dist(po, start))
return max(dist)
def calc_max_start(self, a=None):
"""
Returns the max distance between any point in the route and the
starting point. Used for ATP XC distance.
"""
if not a:
a = self._get_AllPoints()
mp = a.collect()
start = a[0].location
dist = []
from utils import coord_dist
for i, po in enumerate(mp):
dist.append(coord_dist(po, start))
return max(dist)
def calc_max_width(self, a=None):
"""
Returns the max distance between any two points in the route
"""
if not a:
a = self._get_AllPoints()
mp = a.collect()
dist = []
from utils import coord_dist
for i,point1 in enumerate(mp):
for j,point2 in enumerate(mp):
dist.append(coord_dist(point1, point2))
diameter = max(dist)
return diameter
def calc_max_width(self, a=None):
"""
Returns the max distance between any two points in the route
"""
if not a:
a = self._get_AllPoints()
mp = a.collect()
dist = []
from utils import coord_dist
for i, point1 in enumerate(mp):
for j, point2 in enumerate(mp):
dist.append(coord_dist(point1, point2))
diameter = max(dist)
return diameter
def calc_max_width(self, a=None):
"""
Returns the max distance between any two points in the route
"""
if not a:
a = self._get_AllPoints()
mp = a.collect()
centroid = mp.envelope.centroid
dist = []
from utils import coord_dist
for i,point in enumerate(mp):
dist.append(coord_dist(point, centroid))
#since we're measuring from the center, multiply by 2
diameter = max(dist) * 2
return diameter
