def create_instance(ins):
db_session = db.Session()
ins = Instance(ins.get('image_id'),\
ins.get('user_id'), ins.get('container_name'),\
ins.get('container_serial'), ins.get('host'), \
ins.get('port'), ins.get('status'), ins.get('jump_server'))
db_session.add(ins)
db_session.commit()
def create_instance(ins):
db_session = db.Session()
ins = Instance(ins.get('image_id'),\
ins.get('user_id'), ins.get('container_name'),\
ins.get('container_serial'), ins.get('host'), \
ins.get('port'), ins.get('status'), ins.get('jump_server'))
db_session.add(ins)
db_session.commit()
def put(self, id):
"""Update an instance."""
instance = Instance.query.filter_by(id=id).first_or_404()
app.logger.info('Update instance: %s' % id)
target = Instance.from_json(request.data)
instance.merge(target)
db.session.commit()
return instance.to_json()
def post(self, id):
"""Create an instance, expecting a json content."""
instance = Instance.from_json(request.data)
app.logger.info('Creating new instance: %s' % request.data)
db.session.add(instance)
try:
db.session.commit()
except IntegrityError, error:
app.logger.warning(error)
abort(409)
def getInstance(region):
ec2 = getResourceEc2(region)
list = []
try:
for instances in ec2.instances.all():
Instances = Instance.instance(
instances.image.name, instances.platform,
instances.instance_type, instances.public_dns_name,
instances.state.get("Name"), instances.private_ip_address,
instances.tags[0].get("Value"), instances.id,
instances.key_name)
list.append(Instances)
return jsonify([ob.__dict__ for ob in list])
except ClientError as e:
data = {"status": "fail", "message": "region not available"}
response = app.response_class(status=404,
response=json.dumps(data),
mimetype='application/json')
return response
def cmd_create(): """Creates (and starts) a new instance. """ instance = Instance() session.add(instance) session.commit() print "Creating new instance with id: %d" % instance.iid instance.setup() print "New instance created with id: %d" % instance.iid session.commit() instance.start() session.commit() print "Instance %s started on port %d" % (instance.iid, instance.port) return instance
man = pair[0]
woman = pair[1]
if worst_husband_list[woman.index].index == -1:
worst_husband_list[woman.index] = man
continue
if woman.prefers(worst_husband_list[woman.index], man):
worst_husband_list[woman.index] = man
worst_pair_list = [(man.index, woman_index) for woman_index, man in enumerate(worst_husband_list)]
worst_pair_list.sort()
return worst_pair_list
if __name__ == "__main__":
random.seed(0)
# GaleShapleyアルゴリズム実行
instance = Instance(7)
gs_output = Algorithm.GaleShapley(instance)
instance.show()
print("Gale-Shapley出力")
gs_output.show()
assert(SMUtil.is_stable(instance, gs_output))
# 全探索で男性最良ペア、女性最悪ペアを計算
man_best_pair_list = Algorithm.calc_man_best_wife_pair(instance)
print("男性最良ペア集合")
for pair in man_best_pair_list:
print("(" + str(pair[0]) + ", " + str(pair[1]) + ")", end=" ")
print()
woman_worst_pair_list = Algorithm.calc_woman_worst_husband_pair(instance)
print("女性最悪ペア集合")
for pair in woman_worst_pair_list:
for woman in instance.women:
# 男性側に駆け落ちするインセンティブが存在
man_dissatisfaction = man.prefers(woman, matching.search_wife(man))
# 女性側に駆け落ちするインセンティブが存在
woman_dissatisfaction = woman.prefers(man, matching.search_husband(woman))
if man_dissatisfaction and woman_dissatisfaction:
return False, (man, woman)
return True, (Person(0, -1), Person(0, -1))
if __name__ == "__main__":
random.seed(3)
# create_all_matching のテスト
instance_size = 8
instance = Instance(instance_size)
matching_list = SMUtil.create_all_matching(instance)
assert(len(matching_list) == math.factorial(instance_size))
print("show Matchings")
for i, matching in enumerate(matching_list):
matching.show()
if i > 10:
break
# is_stable のテスト
print("show Instance")
instance.show()
is_stable, blocking_pair = SMUtil.is_stable(instance, matching_list[0])
assert(is_stable is False)
print(str(blocking_pair[0].index) + ", " + str(blocking_pair[1].index)) # => 1, 2
stable_matching_count = 0
def get_dimension_product():
instancia_opel_corsa = Instance("Opel Corsa", 2200)
instancia_opel_adam = Instance("Opel Adam", 300)
instancia_opel_astra = Instance("Opel Astra", 4000)
instancia_opel_vectra = Instance("Opel Vectra", 2500)
instancia_opel_vivaro = Instance("Opel Vivaro", 3500)
instancia_mercedes_clasea = Instance("Mercedes Clase A", 2000)
instancia_mercedes_claseb = Instance("Mercedes Clase B", 500)
instancia_mercedes_clasee = Instance("Mercedes Clase E", 3000)
instancia_mercedes_clases = Instance("Mercedes Clase S", 500)
instancia_mercedes_vito = Instance("Mercedes Vito", 1500)
instancia_bmw_serie1 = Instance("BMW Serie 1", 11000)
instancia_bmw_serie2 = Instance("BMW Serie 2", 9000)
instancia_bmw_serie3 = Instance("BMW Serie 3", 15000)
instancia_bmw_serie5 = Instance("BMW Serie 5", 5000)
jerarquia_producto = Hierarchy("Producto especifico", [
instancia_opel_corsa, instancia_opel_adam, instancia_opel_astra,
instancia_opel_vectra, instancia_opel_vivaro,
instancia_mercedes_clasea, instancia_mercedes_claseb,
instancia_mercedes_clasee, instancia_mercedes_clases,
instancia_mercedes_vito, instancia_bmw_serie1, instancia_bmw_serie2,
instancia_bmw_serie3, instancia_bmw_serie5
])
instancia_utilitario = Instance("Utilitario", 25000)
instancia_compacto = Instance("Compacto", 30000)
jerarquia_segmento = Hierarchy("Segmento",
[instancia_utilitario, instancia_compacto])
instancia_industrial = Instance("Industrial", 5000)
instancia_personal = Instance("Personal", 55000)
jerarquia_tipo = Hierarchy("Tipo",
[instancia_industrial, instancia_personal])
instancia_opel = Instance("Opel", 12500)
instancia_mercedes = Instance("Mercedes", 7500)
instancia_bmw = Instance("BMW", 40000)
jerarquia_marca = Hierarchy(
"Marca", [instancia_opel, instancia_mercedes, instancia_bmw])
grafo = GraphDAG()
grafo.add_hierarchy(jerarquia_marca)
grafo.add_hierarchy(jerarquia_tipo)
grafo.add_hierarchy(jerarquia_segmento)
grafo.add_hierarchy(jerarquia_producto)
grafo.add_edge(jerarquia_marca, jerarquia_segmento)
grafo.add_edge(jerarquia_marca, jerarquia_tipo)
grafo.add_edge(jerarquia_tipo, jerarquia_producto)
grafo.add_edge(jerarquia_segmento, jerarquia_producto)
return Dimension("Producto", grafo)
def load(self):
#Open file Dialog
dialog = QFileDialog(None)
dialog.setOption(QFileDialog.DontUseNativeDialog, True)
content = ""
if dialog.exec_():
fileName = dialog.selectedFiles()[0]
f = open(fileName, "r+")
content = f.read()
f.close()
#loads data from json-formated data
data = json.loads(content)
d = {
"Wall": list(),
"Tower": list(),
"MainBody": list(),
"Roof": list()
}
#Removes the current content in scene
node = self.scene.find("test")
try:
node.detachNode()
except:
print("A generation result does not exist yet")
# clears UI
Model.clearLayout(self.window.modelLstLayout)
Model.clearLayout(self.window.modelLstLayout2)
#Creates a new model cluster
dummy = NodePath("test")
typeToInstances = dict()
for key in d:
parent = dummy.attachNewNode("Bodies")
path = data.get(key).get("model")
color = data.get(key).get("color")
model = self.loader.loadModel(path)
material = Material()
material.setShininess(0.0)
material.setAmbient((0.2, 0, 0, 1))
material.setDiffuse((color[0], color[1], color[2], color[3]))
model.setMaterial(material)
modelObj = Model(path, model, self)
Model.showBase = self
Model.allModels.append(modelObj)
self.window.addModelUI(modelObj)
locations = data.get(key).get("locations")
scales = data.get(key).get("scale")
rotations = data.get(key).get("rotation")
for i in range(len(locations)):
location = (locations[i][0], locations[i][1], locations[i][2])
scale = (scales[i][0], scales[i][1], scales[i][2])
rotation = (rotations[i][0], rotations[i][1], rotations[i][2])
instance = Instance(model, parent, location, rotation,
scale=scale)
instance.instantiate()
instancies = typeToInstances.get(key, list())
instancies.append(instance)
typeToInstances["Wall"] = instancies
castle = Castle(typeToInstances, dummy, self.scene)
self.castle = castle
castle.instantiate()
