def get_cell_boundary_latlon(self, x, y):
#posisi sel dimulai dari 0
dx = ((self.w / 2) - x) * self.dx
dy = ((self.h / 2) - y) * self.dy
ll_x = self.x - dx
ll_y = self.y - dy
tr_x = self.x - dx + self.dx
tr_y = self.y - dy + self.dy
ll = utm.convert_to_latlon(ll_x, ll_y, self.zone, self.hem)
tr = utm.convert_to_latlon(tr_x, tr_y, self.zone, self.hem)
#[ [lat, lon], [lat, lon] ]
return ll, tr
def get_cell_boundary_latlon(self, x, y):
#posisi sel dimulai dari 0
dx = x * self.dx
dy = y * self.dy
ll_x = self.ll_x + dx
ll_y = self.ll_y + dy
tr_x = self.ll_x + dx + self.dx
tr_y = self.ll_y + dy + self.dy
ll = utm.convert_to_latlon(ll_x, ll_y, self.zone, self.hem)
tr = utm.convert_to_latlon(tr_x, tr_y, self.zone, self.hem)
#[ [lat, lon], [lat, lon] ]
return ll, tr
def get_cell_boundary_latlon(self, x, y):
#posisi sel dimulai dari 0
dx = ((self.w / 2) - x ) * self.dx
dy = ((self.h / 2) - y ) * self.dy
ll_x = self.x - dx
ll_y = self.y - dy
tr_x = self.x - dx + self.dx
tr_y = self.y - dy + self.dy
ll = utm.convert_to_latlon(ll_x, ll_y, self.zone, self.hem)
tr = utm.convert_to_latlon(tr_x, tr_y, self.zone, self.hem)
#[ [lat, lon], [lat, lon] ]
return ll, tr
def get_cell_boundary_latlon(self, x, y):
#posisi sel dimulai dari 0
dx = x * self.dx
dy = y * self.dy
ll_x = self.ll_x + dx
ll_y = self.ll_y + dy
tr_x = self.ll_x + dx + self.dx
tr_y = self.ll_y + dy + self.dy
ll = utm.convert_to_latlon(ll_x, ll_y, self.zone, self.hem)
tr = utm.convert_to_latlon(tr_x, tr_y, self.zone, self.hem)
#[ [lat, lon], [lat, lon] ]
return ll, tr
def process_boundary(self):
#menentukan boundary subdomain dari data domain induk
dx = self.w * self.dx
dy = self.h * self.dy
self.tr_x = self.ll_x + dx
self.tr_y = self.ll_y + dy
self.tr_lat, self.tr_lon = utm.convert_to_latlon(self.tr_x, self.tr_y, self.zone, self.hem)
#titik tengah domain
self.x = self.ll_x + self.dx * (self.w / 2)
self.y = self.ll_y + self.dy * (self.h / 2)
self.lat, self.lon = utm.convert_to_latlon(self.x, self.y, self.zone, self.hem)
def process_boundary(self):
#menentukan boundary subdomain dari data domain induk
dx = self.w * self.dx
dy = self.h * self.dy
self.tr_x = self.ll_x + dx
self.tr_y = self.ll_y + dy
self.tr_lat, self.tr_lon = utm.convert_to_latlon(
self.tr_x, self.tr_y, self.zone, self.hem)
#titik tengah domain
self.x = self.ll_x + self.dx * (self.w / 2)
self.y = self.ll_y + self.dy * (self.h / 2)
self.lat, self.lon = utm.convert_to_latlon(self.x, self.y, self.zone,
self.hem)
def process_boundary(self):
self.process_to_utm()
dx = (self.w / 2) * self.dx
dy = (self.h / 2) * self.dy
ll_x = self.x - dx
ll_y = self.y - dy
tr_x = self.x + dx
tr_y = self.y + dy
self.ll_x = ll_x
self.ll_y = ll_y
self.tr_x = tr_x
self.tr_y = tr_y
self.ll_lat, self.ll_lon = utm.convert_to_latlon(ll_x, ll_y, self.zone, self.hem)
self.tr_lat, self.tr_lon = utm.convert_to_latlon(tr_x, tr_y, self.zone, self.hem)
def process_boundary(self):
self.process_to_utm()
dx = (self.w / 2) * self.dx
dy = (self.h / 2) * self.dy
ll_x = self.x - dx
ll_y = self.y - dy
tr_x = self.x + dx
tr_y = self.y + dy
self.ll_x = ll_x
self.ll_y = ll_y
self.tr_x = tr_x
self.tr_y = tr_y
self.ll_lat, self.ll_lon = utm.convert_to_latlon(
ll_x, ll_y, self.zone, self.hem)
self.tr_lat, self.tr_lon = utm.convert_to_latlon(
tr_x, tr_y, self.zone, self.hem)
