def from_json(self, d):
from datentyp.strecke import Strecke
pd = {}
for v in d.values():
for k1, v1 in v.items():
pd.update({k1: {}})
for k2, v2 in v1.items(): #Transformationen
if k2 == "coord":
c = {"coord": Punkt.init_json(v2)}
pd[k1].update(c)
elif k2 == "w":
pd[k1].update({"w": Punkt.init_json(v2)})
elif k2 == "beta":
pd[k1].update({"beta": Winkel.init_json(v2)})
elif k2 == "r":
pd[k1].update({"r": Winkel.init_json(v2)})
elif k2 == "s_vor":
pd[k1].update({"s_vor": Strecke.init_jsonKoor(v2)})
self.set_dic(pd)
def from_jsonPoly(self, d):
from datentyp.strecke import Strecke
pd = {}
for k, v in d.items():
pd.update({k: {}})
for k1, v1 in v.items():
if k1 == "coord":
c = {"coord": Punkt.init_json(v1)}
pd[k].update(c)
elif k1 == "w":
pd[k].update({"w": Punkt.init_json(v1)})
elif k1 == "beta":
pd[k].update({"beta": Winkel.init_json(v1)})
elif k1 == "t_n":
pd[k].update({"t_n": Winkel.init_json(v1)})
elif k1 == "t_0":
pd[k].update({"t_0": Winkel.init_json(v1)})
elif k1 == "r":
pd[k].update({"r": Winkel.init_json(v1)})
elif k1 == "s_vor":
pd[k].update({"s_vor": Strecke.init_jsonKoor(v1)})
self.set_dic(pd)
def set_polygon_json(self,s):
dic_j = json.loads(s)["parameter"]
self.__parameter = {"w_beta":Winkel.init_json(dic_j["w_beta"]), "w_y":dic_j["w_y"], "w_x":dic_j["w_x"]}
self.__polygon.set_json(s)