def to_Hash(self) -> Hash:
r = super(F32ArrayFlag, self).to_Hash()
array_one = Array()
array_one.append(Hash())
array_two = Array([F32(value) for value in self._init_value])
array_one[0]["Values"] = array_two
r["InitValue"] = array_one
r["MaxValue"] = F32(self._max_value)
r["MinValue"] = F32(self._min_value)
return r
def to_Hash(self) -> Hash:
r = super(String256ArrayFlag, self).to_Hash()
array_one = Array()
array_one.append(Hash())
# array_two = [FixedSafeString256(value) for value in self._init_value]
array_two = Array(self._init_value)
array_one[0]["Values"] = array_two
r["InitValue"] = array_one
# r["MaxValue"] = FixedSafeString256(self._max_value)
r["MaxValue"] = self._max_value
# r["MinValue"] = FixedSafeString256(self._min_value)
r["MinValue"] = self._min_value
return r
def to_Hash(self) -> Hash:
r = super(Vec2ArrayFlag, self).to_Hash()
vec_array = Array()
vec_array.append(Hash())
vec_array[0]["Values"] = Array()
for i in range(len(self._init_value)):
vector = self._init_value[i]
vec = Array()
vec.append(F32(vector[0]))
vec.append(F32(vector[1]))
vec_array[0]["Values"].append(Array())
vec_array[0]["Values"][i].append(vec)
r["InitValue"] = vec_array
vec_array = Array()
vec = Array()
vec.append(F32(self._max_value[0]))
vec.append(F32(self._max_value[1]))
vec_array.append(vec)
r["MaxValue"] = vec_array
vec_array = Array()
vec = Array()
vec.append(F32(self._min_value[0]))
vec.append(F32(self._min_value[1]))
vec_array.append(vec)
r["MinValue"] = vec_array
return r
def to_Hash(self) -> Hash:
r = super(Vec2Flag, self).to_Hash()
array = Array()
vec = Array()
vec.append(F32(self._init_value[0]))
vec.append(F32(self._init_value[1]))
array.append(vec)
r["InitValue"] = array
array = Array()
vec = Array()
vec.append(F32(self._max_value[0]))
vec.append(F32(self._max_value[1]))
array.append(vec)
r["MaxValue"] = array
array = Array()
vec = Array()
vec.append(F32(self._min_value[0]))
vec.append(F32(self._min_value[1]))
array.append(vec)
r["MinValue"] = array
return r