def toROS( self ):
ros = ROSObjectDescription()
ros.id = self.id
ros.type = str( self.type )
if self.geometries:
for model in self.geometries:
if model.geometry_type == 'POINT2D':
ros.geometries.point2d_models.append( model.toROSPoint2DModel() )
elif model.geometry_type == 'POSE2D':
ros.geometries.pose2d_models.append( model.toROSPose2DModel() )
elif model.geometry_type == 'POLYGON2D':
ros.geometries.polygon2d_models.append( model.toROSPolygon2DModel() )
elif model.geometry_type == 'POINT3D':
ros.geometries.point3d_models.append( model.toROSPoint3DModel() )
elif model.geometry_type == 'POSE3D':
ros.geometries.pose3d_models.append( model.toROSPose3DModel() )
elif model.geometry_type == 'POLYGON3D':
ros.geometries.polygon3d_models.append( model.toROSPolygon3DModel() )
elif model.geometry_type == 'TRIANGLEMESH3D':
ros.geometries.trianglemesh3d_models.append( model.toROSTriangleMesh3DModel() )
elif model.geometry_type == 'POLYGONMESH3D':
ros.geometries.polygonmesh3d_models.append( model.toROSPolygonMesh3DModel() )
else:
print 'ERROR: found unknown geometry type:', model.geometry_type
if self.abstractions:
for model in self.abstractions:
if model.geometry_type == 'POINT2D':
ros.abstractions.point2d_models.append( model.toROSPoint2DModel() )
elif model.geometry_type == 'POSE2D':
ros.abstractions.pose2d_models.append( model.toROSPose2DModel() )
elif model.geometry_type == 'POLYGON2D':
ros.abstractions.polygon2d_models.append( model.toROSPolygon2DModel() )
elif model.geometry_type == 'POINT3D':
ros.abstractions.point3d_models.append( model.toROSPoint3DModel() )
elif model.geometry_type == 'POSE3D':
ros.abstractions.pose3d_models.append( model.toROSPose3DModel() )
elif model.geometry_type == 'POLYGON3D':
ros.abstractions.polygon3d_models.append( model.toROSPolygon3DModel() )
elif model.geometry_type == 'TRIANGLEMESH3D':
ros.abstractions.trianglemesh3d_models.append( model.toROSTriangleMesh3DModel() )
elif model.geometry_type == 'POLYGONMESH3D':
ros.abstractions.polygonmesh3d_models.append( model.toROSPolygonMesh3DModel() )
else:
print 'ERROR: found unknown geometry type:', model.geometry_type
return ros
def create_object_description(type, pose, path):
pose_ = ROSPose()
pose_.position.x = pose[0][0]
pose_.position.y = pose[0][1]
pose_.position.z = pose[0][2]
pose_.orientation.x = pose[1][0]
pose_.orientation.y = pose[1][1]
pose_.orientation.z = pose[1][2]
pose_.orientation.w = pose[1][3]
desc_ros = ROSObjectDescription()
desc_ros.type = type
mesh = importFromFileToMesh(path)
model = create_trianglemesh3d_model("Body", pose_, mesh)
desc_ros.trianglemesh3d_models.append(model)
return desc_ros
def get_object_descriptions_list( req ):
rospy.loginfo( "SEMAP DB SRVs: get_object_descriptions_list" )
res = GetObjectDescriptionsListResponse()
descriptions =[]
try:
ids = desc_ids_by_type(ObjectDescription, req.types).all()
descriptions = db().query(ObjectDescription.id, ObjectDescription.type).distinct().filter(ObjectDescription.id.in_( ids ), ~ObjectDescription.type.match('absolute_description_')).all()
for id, type in descriptions:
desc = ROSObjectDescription()
desc.id = id
desc.type = type
res.descriptions.append(desc)
rospy.loginfo( "return proper res" )
return res
except exc.SQLAlchemyError, e:
if len(descriptions) == 0:
rospy.loginfo( "no desc found" )
rospy.loginfo( "sql error %s" % e)
rospy.loginfo( "got %d descriptions" % len( descriptions ) )
def get_object_descriptions_list(req):
rospy.loginfo("SEMAP DB SRVs: get_object_descriptions_list")
res = GetObjectDescriptionsListResponse()
descriptions = []
try:
ids = desc_ids_by_type(ObjectDescription, req.types).all()
descriptions = db().query(
ObjectDescription.id, ObjectDescription.type).distinct().filter(
ObjectDescription.id.in_(ids),
~ObjectDescription.type.match('absolute_description_')).all()
for id, type in descriptions:
desc = ROSObjectDescription()
desc.id = id
desc.type = type
res.descriptions.append(desc)
rospy.loginfo("return proper res")
return res
except exc.SQLAlchemyError, e:
if len(descriptions) == 0:
rospy.loginfo("no desc found")
rospy.loginfo("sql error %s" % e)
rospy.loginfo("got %d descriptions" % len(descriptions))
def createObjectCb(self, pose):
print 'Create Object from RViz pose'
app = QApplication(sys.argv)
widget = ChooseObjectDescriptionWidget(0)
widget.show()
app.exec_()
desc_name, desc_id = widget.getChoice()
del app, widget
if(desc_id == -1):
new_desc = ROSObjectDescription()
new_desc.type = desc_name
res = call_add_object_descriptions( [ new_desc ] )
print res
desc_id = res.ids[0]
obj = ROSObjectInstance()
obj.description.id = desc_id
obj.pose = pose
res = call_add_object_instances( [obj] )
call_activate_objects( res.ids )
def get_object_descriptions_list(req):
rospy.loginfo("SpatialDB SRVs: get_object_descriptions_list")
res = GetObjectDescriptionsListResponse()
rospy.loginfo("before SpatialDB SRVs: get_object_descriptions_list")
descriptions =[]
#import logging
try:
descriptions = db().query(ObjectDescription.id, ObjectDescription.type).all()
for id, type in descriptions:
desc = ROSObjectDescription()
desc.id = id
desc.type = type
res.descriptions.append(desc)
rospy.loginfo("return proper res")
return res
except exc.SQLAlchemyError, e:
if len(descriptions) == 0:
rospy.loginfo("no desc found")
rospy.loginfo("sql error %s" % e)
rospy.loginfo('got %d descriptions' % len(descriptions))
def toROS(self):
ros = ROSObjectDescription()
ros.id = self.id
ros.type = str(self.type)
if self.geometries:
for model in self.geometries:
if model.geometry_type == 'POINT2D':
ros.geometries.point2d_models.append(
model.toROSPoint2DModel())
elif model.geometry_type == 'POSE2D':
ros.geometries.pose2d_models.append(
model.toROSPose2DModel())
elif model.geometry_type == 'POLYGON2D':
ros.geometries.polygon2d_models.append(
model.toROSPolygon2DModel())
elif model.geometry_type == 'POINT3D':
ros.geometries.point3d_models.append(
model.toROSPoint3DModel())
elif model.geometry_type == 'POSE3D':
ros.geometries.pose3d_models.append(
model.toROSPose3DModel())
elif model.geometry_type == 'POLYGON3D':
ros.geometries.polygon3d_models.append(
model.toROSPolygon3DModel())
elif model.geometry_type == 'TRIANGLEMESH3D':
ros.geometries.trianglemesh3d_models.append(
model.toROSTriangleMesh3DModel())
elif model.geometry_type == 'POLYGONMESH3D':
ros.geometries.polygonmesh3d_models.append(
model.toROSPolygonMesh3DModel())
else:
print 'ERROR: found unknown geometry type:', model.geometry_type
if self.abstractions:
for model in self.abstractions:
if model.geometry_type == 'POINT2D':
ros.abstractions.point2d_models.append(
model.toROSPoint2DModel())
elif model.geometry_type == 'POSE2D':
ros.abstractions.pose2d_models.append(
model.toROSPose2DModel())
elif model.geometry_type == 'POLYGON2D':
ros.abstractions.polygon2d_models.append(
model.toROSPolygon2DModel())
elif model.geometry_type == 'POINT3D':
ros.abstractions.point3d_models.append(
model.toROSPoint3DModel())
elif model.geometry_type == 'POSE3D':
ros.abstractions.pose3d_models.append(
model.toROSPose3DModel())
elif model.geometry_type == 'POLYGON3D':
ros.abstractions.polygon3d_models.append(
model.toROSPolygon3DModel())
elif model.geometry_type == 'TRIANGLEMESH3D':
ros.abstractions.trianglemesh3d_models.append(
model.toROSTriangleMesh3DModel())
elif model.geometry_type == 'POLYGONMESH3D':
ros.abstractions.polygonmesh3d_models.append(
model.toROSPolygonMesh3DModel())
else:
print 'ERROR: found unknown geometry type:', model.geometry_type
return ros
def create_complete_object_description(): point2dmodel = Point2DModel() point2dmodel.type = '2dpoint' point2dmodel.geometry.x = -0.5 point2dmodel.geometry.y = 0.0 point2dmodel.geometry.z = 0.0 pose2dmodel = Pose2DModel() pose2dmodel.type = '2dpose' pose2dmodel.pose = ROSPose2D() pose2dmodel.pose.x = 0.5 pose2dmodel.pose.y = 1.5 pose2dmodel.pose.theta = 1.5 point0 = ROSPoint32(0, 0, 0) point1 = ROSPoint32(1, 0, 0) point2 = ROSPoint32(1, 1, 0) point3 = ROSPoint32(0, 1, 0) point4 = ROSPoint32(-1, 0, 0.5) point5 = ROSPoint32(-1, 1, 0.5) point6 = ROSPoint32(1, 1, 0) point7 = ROSPoint32(2, 1, 0) point8 = ROSPoint32(2, 2, 0) point9 = ROSPoint32(1, 2, 0) point10 = ROSPoint32(-2, 1, 0) point11 = ROSPoint32(-2, 2, 0) polygon0 = ROSPolygon() polygon0.points.append(point0) polygon0.points.append(point1) polygon0.points.append(point2) polygon0.points.append(point3) polygon1 = ROSPolygon() polygon1.points.append(point4) polygon1.points.append(point0) polygon1.points.append(point3) polygon1.points.append(point5) polygon2 = ROSPolygon() polygon2.points.append(point6) polygon2.points.append(point7) polygon2.points.append(point8) polygon2.points.append(point9) polygon3 = ROSPolygon() polygon3.points.append(point10) polygon3.points.append(point6) polygon3.points.append(point9) polygon3.points.append(point11) polygon2dmodel = Polygon2DModel() polygon2dmodel.type = '2dpolygon' polygon2dmodel.pose = ROSPose() polygon2dmodel.geometry = polygon0 point3dmodel = Point3DModel() point3dmodel.type = '3dpoint' point3dmodel.geometry.x = 2.0 point3dmodel.geometry.y = 2.0 point3dmodel.geometry.z = 1.0 pose3dmodel = Pose3DModel() pose3dmodel.type = '3dpose' pose3dmodel.pose = ROSPose() pose3dmodel.pose.position.x = -0.5 pose3dmodel.pose.position.y = -0.5 pose3dmodel.pose.position.z = 0.5 rand_quat = random_quaternion() pose3dmodel.pose.orientation.x = rand_quat[0] pose3dmodel.pose.orientation.y = rand_quat[1] pose3dmodel.pose.orientation.z = rand_quat[2] pose3dmodel.pose.orientation.w = rand_quat[3] polygon3dmodel = Polygon3DModel() polygon3dmodel.type = '3dpolygon' polygon3dmodel.pose = ROSPose() polygon3dmodel.pose.position.x = 2.0 polygon3dmodel.geometry = polygon1 tri0 = ROSMeshTriangle() tri1 = ROSMeshTriangle() tri0.vertex_indices[0] = 0 tri0.vertex_indices[1] = 1 tri0.vertex_indices[2] = 2 tri1.vertex_indices[0] = 0 tri1.vertex_indices[1] = 2 tri1.vertex_indices[2] = 3 tpoint0 = ROSPoint( 0.0, 0.0, 0.0) tpoint1 = ROSPoint( 1.0, 0.0, 1.0) tpoint2 = ROSPoint( 1.0, 1.0, 0.0) tpoint3 = ROSPoint( 0.0, 1.0, 1.0) tpoint4 = ROSPoint(-1.0, 0.0, 0.0) tpoint5 = ROSPoint(-1.0, 1.0, 1.0) trianglemesh3dmodel = TriangleMesh3DModel() trianglemesh3dmodel.type = '3dtrianglemesh' trianglemesh3dmodel.pose = ROSPose() rand_quat = random_quaternion() trianglemesh3dmodel.pose.position.x = 1.0 trianglemesh3dmodel.pose.position.y = -2.0 trianglemesh3dmodel.pose.position.z = 0.25 trianglemesh3dmodel.pose.orientation.x = 0.0 trianglemesh3dmodel.pose.orientation.y = 0.0 trianglemesh3dmodel.pose.orientation.z = 0.0 trianglemesh3dmodel.pose.orientation.w = 0.0 trianglemesh3dmodel.geometry.vertices.append(tpoint0) trianglemesh3dmodel.geometry.vertices.append(tpoint1) trianglemesh3dmodel.geometry.vertices.append(tpoint2) trianglemesh3dmodel.geometry.vertices.append(tpoint3) trianglemesh3dmodel.geometry.triangles.append(tri0) trianglemesh3dmodel.geometry.triangles.append(tri1) polygonmesh3dmodel = PolygonMesh3DModel() polygonmesh3dmodel.type = '3dpolygonmesh' polygonmesh3dmodel.pose = ROSPose() rand_quat = random_quaternion() polygonmesh3dmodel.pose.position.x = 0.5 polygonmesh3dmodel.pose.position.y = 1.0 polygonmesh3dmodel.pose.position.z = 0.0 polygonmesh3dmodel.pose.orientation.x = 0.0 polygonmesh3dmodel.pose.orientation.y = 0.0 polygonmesh3dmodel.pose.orientation.z = 0.0 polygonmesh3dmodel.pose.orientation.w = 0.0 polygonmesh3dmodel.geometry.polygons.append(polygon2) polygonmesh3dmodel.geometry.polygons.append(polygon3) desc_ros = ROSObjectDescription() desc_ros.type = "Geometry" desc_ros.point2d_models.append(point2dmodel) desc_ros.pose2d_models.append(pose2dmodel) desc_ros.polygon2d_models.append(polygon2dmodel) desc_ros.point3d_models.append(point3dmodel) desc_ros.pose3d_models.append(pose3dmodel) desc_ros.polygon3d_models.append(polygon3dmodel) desc_ros.trianglemesh3d_models.append(trianglemesh3dmodel) desc_ros.polygonmesh3d_models.append(polygonmesh3dmodel) return desc_ros