3D Frame Elements¶
Bar3D_2N¶
- class
feastruct.fea.elements.frame3d.
Bar3D_2N
(nodes, material, section)[source]¶Bases:
feastruct.fea.elements.frame3d.FrameElement3D
Two noded, three dimensional bar element that can resist an axial force only. The element is defined by its two end nodes and uses two linear shape functions to obtain analytical results.
Variables:
- nodes (list[
Node
]) – List of node objects defining the element- material (
Material
) – Material object for the element- efs (list[bool]) – Element freedom signature
- f_int (list[
ForceVector
]) – List of internal force vector results stored for each analysis case- section (
Section
) – Section object for the element
apply_nfa
()¶Applies the element freedom signature to all nodes in the element to generate a node freedom allocation.
get_afd
(n, analysis_case)[source]¶Returns the axial force diagram within the element for n stations for an analysis_case.
Parameters:
- n (int) – Number of stations to sample the axial force diagram
- analysis_case (
AnalysisCase
) – Analysis caseReturns: Station locations, xis, and axial force diagram, afd - (xis, afd)
Return type: tuple(
numpy.ndarray
,numpy.ndarray
)
get_bmd
(n, analysis_case)[source]¶Returns the bending moment diagram within the element for n stations for an analysis_case.
Parameters:
- n (int) – Number of stations to sample the bending moment diagram
- analysis_case (
AnalysisCase
) – Analysis caseReturns: Station locations, xis, and bending moment diagram, bmd - (xis, bmd)
Return type: tuple(
numpy.ndarray
,numpy.ndarray
)
get_buckling_results
(analysis_case, buckling_mode=0)¶Returns the eigenvalue corresponding to the buckling analysis defined by the analysis_case and the buckling_mode. Also returns an array of eigenvector values corresponding to each degree of freedom in the finite element.
Parameters:
- analysis_case (
AnalysisCase
) – Analysis case relating to the buckling analysis- buckling_mode (int) – Buckling mode number
Returns: Eigenvalue and eigenvectors (w, v). A tuple containing the eigenvalue w and an (n_nodes x n_dof) array of eigenvector values v.
Return type: tuple(float,
numpy.ndarray
)
get_displacements
(n, analysis_case)¶Placeholder for the get_displacements method.
Returns a list of the local displacements, (u, v, w, rx, ry, rz), along the element for the analysis case and a minimum of n subdivisions. A list of the stations, xi, is also included.
Parameters:
- analysis_case (
AnalysisCase
) – Analysis case relating to the displacement- n (int) – Minimum number of sampling points
Returns: 2D numpy array containing stations and local displacements. Each station contains an array of the following format: [xi, u, v, w, rx, ry, rz]
Return type:
numpy.ndarray
get_dofs
()¶Finds and returns a list of DoF objects corresponding to the degrees of freedom of the finite element.
Returns: A list of DoF objects, with a length of (n_nodes x n_dof) Return type: list[list[ DoF
]]
get_element_loads
(analysis_case)¶Returns a list of element loads on a FrameElement for an analyis case.
Parameters: analysis_case ( AnalysisCase
) – Analysis case relating to the displacement
get_fint
(analysis_case)¶Returns the internal force vector relating to an
AnalysisCase
.
Parameters: analysis_case ( AnalysisCase
) – Analysis case relating to the internal force vectorReturns: Internal force vector Return type: numpy.ndarray
Raises: Exception – If the force vector cannot be found for the analysis_case
get_frequency_results
(analysis_case, frequency_mode=0)¶Returns the eigenvalue corresponding to the frequency analysis defined by the analysis_case and the frequency_mode. Also returns an array of eigenvector values corresponding to each degree of freedom in the finite element.
Parameters:
- analysis_case (
AnalysisCase
) – Analysis case relating to the frequency analysis- frequency_mode (int) – Frequency mode number
Returns: Eigenvalue and eigenvectors (w, v). A tuple containing the eigenvalue w and an (n_nodes x n_dof) array of eigenvector values v.
Return type: tuple(float,
numpy.ndarray
)
get_gdof_nums
()¶Returns an array of global degree of freedom numbers corresponding to the degrees of freedom of the finite element.
Returns: A integer array of global degrees of freedom, with a length of (1 x n), where n is n_nodes x n_dof Return type: numpy.ndarray
get_geometric_properties
()¶Calculates geometric properties related to a frame element. Returns the following:
- node_coords: An (n x 3) array of node coordinates, where n is the number of nodes for the given finite element
- dx: A (1 x 3) array consisting of the x, y and z distances between the nodes
- l0: The original length of the frame element
- c: A (1 x 3) array consisting of the cosines with respect to the x, y and z axes
Returns: (node_coords, dx, l0, c) Return type: tuple( numpy.ndarray
,numpy.ndarray
, float,numpy.ndarray
)
get_geometric_stiff_matrix
(analysis_case)[source]¶Gets the geometric stiffness matrix for a two noded, 3D bar element. The stiffness matrix has been analytically integrated so numerical integration is not necessary. The geometric stiffness matrix requires an axial force so the analysis_case from a static analysis must be provided.
Parameters: analysis_case ( AnalysisCase
) – Analysis case from which to extract the axial forceReturns: 6 x 6 element geometric stiffness matrix Return type: numpy.ndarray
get_internal_actions
(analysis_case)[source]¶Returns the internal actions for a two noded 3D bar element.
Parameters: analysis_case ( AnalysisCase
) – Analysis caseReturns: An array containing the internal actions for the element (N1, N2) Return type: numpy.ndarray
get_mass_matrix
()[source]¶Gets the mass matrix for a for a two noded, 2D bar element. The mass matrix has been analytically integrated so numerical integration is not necessary.
Returns: 4 x 4 element mass matrix Return type: numpy.ndarray
get_ndof
()¶Returns the number of active degrees of freedom for the element.
Returns: Number of active degrees of freedom for the element Return type: int
get_nodal_displacements
(analysis_case)¶Returns an array of the nodal displacements for each degree of freedom in the finite element for the analysis_case.
Parameters: analysis_case ( AnalysisCase
) – Analysis case relating to the displacementReturns: An (n_nodes x n_dof) array of degree of freedom displacements Return type: numpy.ndarray
get_node_coords
()¶Returns a NumPy array of the cartesian coordinates defining the geometry of the finite element.
Returns: An (n x 3) array of node coordinates, where n is the number of nodes for the given finite element Return type: numpy.ndarray
get_sampling_points
(n, analysis_case, bm=False, defl=False)¶Returns a list of sampling points along a 2D frame element given a minimum n points and an analysis case.
Adds a sampling point at the following locations:
- Concentrated element load
- Point of zero shear force (if bm=True)
- Point of zero rotation (if defl=True)
Parameters:
- n (int) – Minimum number of sampling points
- analysis_case (
AnalysisCase
) – Analysis case relating to the displacement- bm (bool) – Whether or not the sampling points are for the bending moment (i.e. include sfd roots)
- defl (bool) – Whether or not the sampling points for transverse deflection (i.e. include rotation roots). N.B. the FrameElement must have a calculate_rotation method.
Returns: List of sampling points
Return type:
numpy.ndarray
get_sfd
(n, analysis_case)[source]¶Returns the shear force diagram within the element for n stations for an analysis_case.
Parameters:
- n (int) – Number of stations to sample the shear force diagram
- analysis_case (
AnalysisCase
) – Analysis caseReturns: Station locations, xis, and shear force diagram, sfd - (xis, sfd)
Return type: tuple(
numpy.ndarray
,numpy.ndarray
)
get_shape_function
(xi)[source]¶Returns the value of the shape functions N1 and N2 at xi.
Parameters: xi (float) – Position along the element Returns: Value of the shape functions (N1, N2) at xi Return type: numpy.ndarray
get_stiffness_matrix
()[source]¶Gets the stiffness matrix for a two noded, 3D bar element. The stiffness matrix has been analytically integrated so numerical integration is not necessary.
Returns: 6 x 6 element stiffness matrix Return type: numpy.ndarray
get_transformation_matrix
()¶Placeholder for the get_transformation_matrix method.
Returns the transformation matrix for a FrameElement.
Returns: Element transformation matrix Return type: numpy.ndarray
save_fint
(f, analysis_case)¶Adds an internal force vector result to the
FiniteElement
.
Parameters:
- f (
numpy.ndarray
) – Internal force vector- analysis_case (
AnalysisCase
) – Analysis case relating to the internal force vector
EulerBernoulli3D_2N¶
- class
feastruct.fea.elements.frame3d.
EulerBernoulli3D_2N
(nodes, material, section)[source]¶Bases:
feastruct.fea.elements.frame3d.FrameElement3D
Two noded, three dimensional frame element based on the Euler-Bernoulli beam formulation for relatively thin beams. The element is defined by its two end nodes and uses four cubic polynomial shape functions to obtain analytical results.
Variables:
- nodes (list[
Node
]) – List of node objects defining the element- material (
Material
) – Material object for the element- efs (list[bool]) – Element freedom signature
- f_int (list[
ForceVector
]) – List of internal force vector results stored for each analysis case- section (
Section
) – Section object for the element
apply_nfa
()¶Applies the element freedom signature to all nodes in the element to generate a node freedom allocation.
get_afd
(n, analysis_case)¶Returns the axial force diagram within the element for a minimum of n stations for an analysis_case.
Parameters:
- n (int) – Minimum number of stations to sample the axial force diagram
- analysis_case (
AnalysisCase
) – Analysis caseReturns: Station locations, xis, and axial force diagram, afd - (xis, afd)
Return type: tuple(
numpy.ndarray
,numpy.ndarray
)
get_bmd
(n, analysis_case)¶Returns the bending moment diagram within the element for a minimum of n stations for an analysis_case.An additional station is added at all locations where the shear force is zero to ensure that bending moment maxima/minima are captured.
Parameters:
- n (int) – Minimum number of stations to sample the bending moment diagram
- analysis_case (
AnalysisCase
) – Analysis caseReturns: Station locations, xis, and bending moment diagram, bmd - (xis, bmd)
Return type: tuple(
numpy.ndarray
,numpy.ndarray
)
get_buckling_results
(analysis_case, buckling_mode=0)¶Returns the eigenvalue corresponding to the buckling analysis defined by the analysis_case and the buckling_mode. Also returns an array of eigenvector values corresponding to each degree of freedom in the finite element.
Parameters:
- analysis_case (
AnalysisCase
) – Analysis case relating to the buckling analysis- buckling_mode (int) – Buckling mode number
Returns: Eigenvalue and eigenvectors (w, v). A tuple containing the eigenvalue w and an (n_nodes x n_dof) array of eigenvector values v.
Return type: tuple(float,
numpy.ndarray
)
get_displacements
(n, analysis_case)¶Placeholder for the get_displacements method.
Returns a list of the local displacements, (u, v, w, rx, ry, rz), along the element for the analysis case and a minimum of n subdivisions. A list of the stations, xi, is also included.
Parameters:
- analysis_case (
AnalysisCase
) – Analysis case relating to the displacement- n (int) – Minimum number of sampling points
Returns: 2D numpy array containing stations and local displacements. Each station contains an array of the following format: [xi, u, v, w, rx, ry, rz]
Return type:
numpy.ndarray
get_dofs
()¶Finds and returns a list of DoF objects corresponding to the degrees of freedom of the finite element.
Returns: A list of DoF objects, with a length of (n_nodes x n_dof) Return type: list[list[ DoF
]]
get_element_loads
(analysis_case)¶Returns a list of element loads on a FrameElement for an analyis case.
Parameters: analysis_case ( AnalysisCase
) – Analysis case relating to the displacement
get_fint
(analysis_case)¶Returns the internal force vector relating to an
AnalysisCase
.
Parameters: analysis_case ( AnalysisCase
) – Analysis case relating to the internal force vectorReturns: Internal force vector Return type: numpy.ndarray
Raises: Exception – If the force vector cannot be found for the analysis_case
get_frequency_results
(analysis_case, frequency_mode=0)¶Returns the eigenvalue corresponding to the frequency analysis defined by the analysis_case and the frequency_mode. Also returns an array of eigenvector values corresponding to each degree of freedom in the finite element.
Parameters:
- analysis_case (
AnalysisCase
) – Analysis case relating to the frequency analysis- frequency_mode (int) – Frequency mode number
Returns: Eigenvalue and eigenvectors (w, v). A tuple containing the eigenvalue w and an (n_nodes x n_dof) array of eigenvector values v.
Return type: tuple(float,
numpy.ndarray
)
get_gdof_nums
()¶Returns an array of global degree of freedom numbers corresponding to the degrees of freedom of the finite element.
Returns: A integer array of global degrees of freedom, with a length of (1 x n), where n is n_nodes x n_dof Return type: numpy.ndarray
get_geometric_properties
()¶Calculates geometric properties related to a frame element. Returns the following:
- node_coords: An (n x 3) array of node coordinates, where n is the number of nodes for the given finite element
- dx: A (1 x 3) array consisting of the x, y and z distances between the nodes
- l0: The original length of the frame element
- c: A (1 x 3) array consisting of the cosines with respect to the x, y and z axes
Returns: (node_coords, dx, l0, c) Return type: tuple( numpy.ndarray
,numpy.ndarray
, float,numpy.ndarray
)
get_geometric_stiff_matrix
(analysis_case)[source]¶Gets the geometric stiffness matrix for a two noded 3D Euler-Bernoulli frame element. The stiffness matrix has been analytically integrated so numerical integration is not necessary. The geometric stiffness matrix requires an axial force so the analysis_case from a static analysis must be provided.
Parameters: analysis_case ( AnalysisCase
) – Analysis case from which to extract the axial forceReturns: 12 x 12 element geometric stiffness matrix Return type: numpy.ndarray
get_internal_actions
(analysis_case)¶Returns the internal actions for a FiniteElement.
Parameters: analysis_case ( AnalysisCase
) – Analysis caseReturns: An array containing the internal actions for the element Return type: numpy.ndarray
get_mass_matrix
()¶Placeholder for the get_mass_matrix method.
Gets the mass matrix for a for a FiniteElement.
Returns: Element mass matrix Return type: numpy.ndarray
get_ndof
()¶Returns the number of active degrees of freedom for the element.
Returns: Number of active degrees of freedom for the element Return type: int
get_nodal_displacements
(analysis_case)¶Returns an array of the nodal displacements for each degree of freedom in the finite element for the analysis_case.
Parameters: analysis_case ( AnalysisCase
) – Analysis case relating to the displacementReturns: An (n_nodes x n_dof) array of degree of freedom displacements Return type: numpy.ndarray
get_node_coords
()¶Returns a NumPy array of the cartesian coordinates defining the geometry of the finite element.
Returns: An (n x 3) array of node coordinates, where n is the number of nodes for the given finite element Return type: numpy.ndarray
get_sampling_points
(n, analysis_case, bm=False, defl=False)¶Returns a list of sampling points along a 2D frame element given a minimum n points and an analysis case.
Adds a sampling point at the following locations:
- Concentrated element load
- Point of zero shear force (if bm=True)
- Point of zero rotation (if defl=True)
Parameters:
- n (int) – Minimum number of sampling points
- analysis_case (
AnalysisCase
) – Analysis case relating to the displacement- bm (bool) – Whether or not the sampling points are for the bending moment (i.e. include sfd roots)
- defl (bool) – Whether or not the sampling points for transverse deflection (i.e. include rotation roots). N.B. the FrameElement must have a calculate_rotation method.
Returns: List of sampling points
Return type:
numpy.ndarray
get_sfd
(n, analysis_case)¶Returns the shear force diagram within the element for a minimum of n stations for an analysis_case.
Parameters:
- n (int) – Minimum number of stations to sample the shear force diagram
- analysis_case (
AnalysisCase
) – Analysis caseReturns: Station locations, xis, and shear force diagram, sfd - (xis, sfd)
Return type: tuple(
numpy.ndarray
,numpy.ndarray
)
get_shape_function
(xi)[source]¶Returns the value of the shape functions Nu1, Nu2, Nv1 to Nv4 at xi.
Parameters: xi (float) – Position along the element Returns: Value of the shape functions ((Nu1, Nu2), (Nv1 to Nv4)) at xi Return type: numpy.ndarray
get_stiffness_matrix
(linear=True)[source]¶Gets the stiffness matrix for a two noded 3D Euler-Bernoulli frame element. The stiffness matrix has been analytically integrated so numerical integration is not necessary.
Returns: 12 x 12 element stiffness matrix Return type: numpy.ndarray
get_transformation_matrix
()[source]¶Returns the transformation matrix for an EulerBernoulli3D_2N element.
Returns: Element transformation matrix Return type: numpy.ndarray
save_fint
(f, analysis_case)¶Adds an internal force vector result to the
FiniteElement
.
Parameters:
- f (
numpy.ndarray
) – Internal force vector- analysis_case (
AnalysisCase
) – Analysis case relating to the internal force vector


CLASSIFICATION & UPLOADED IMAGE
Uploaded image: {{result}}
{%if pred == "Good"%}
Classification: {{pred}}
{% else %}
Classification: {{pred}}
{% endif %}


class RouteController
Public Instance Methods
delete()
click to toggle source
DELETE /routes/:route_id Delete a route owned by the authenticated user
# File app/controllers/route_controller.rb, line 201 def delete unless params[:route_id] render status: :bad_request, json: {error: 'route_id must be provided'} return end route = Route.where(id: params[:route_id]).first unless route.present? render status: :bad_request, json: {error: 'No route found with provided route_id'} return end unless route.user_id == current_user.id render status: :unauthorized, json: {error: 'Routes can only be deleted by the owner'} return end route.destroy render nothing:true end
find()
click to toggle source
GET /routes/:id
Returns route matching id parameter
Parameters¶ ↑
id
-
Required.
id
of the route to find
Returns¶ ↑
The route with id
{ details:[ { id: 12, total_distance: 30, safety_rating: 2, created_by: "chirsasur", name: "London Road to Hope Street", difficulty_rating: 5, created_at:<PHONE_NUMBER> } points: [ { lat: 55.5, long: -4.29, altitude: 150, time:<PHONE_NUMBER> } ] }
# File app/controllers/route_controller.rb, line 76 def find unless params[:id] render status: :bad_request, json: {} else route_id = params[:id] route = Route.where(id: route_id).first if route render json: { details: route.summary, points: route.points_data, } else render status: :bad_request, json: {error: "Route not found"} end end end
flag()
click to toggle source
PUT /routes/flag/:route_id Flag the specified route
# File app/controllers/route_controller.rb, line 181 def flag unless params[:route_id] render status: :bad_request, json: {error: 'route_id must be provided'} return end route = Route.where(id: params[:route_id]).first unless route.present? render status: :bad_request, json: {error: 'No route found with provided route_id'} return end route.flaggers << current_user route.save render nothing:true end
record()
click to toggle source
POST /routes
Records a route for the logged in user
Requires: logged in user (provide user_email
and user_token
parameters)
Parameters¶ ↑
points
-
Required. A JSON array containing points. Each point contains data for a point in the route.
Point example¶ ↑
Each element in the points parameter array should be constructed as follows
{ lat: 55.5, long: -4.29, altitude: 150, time:<PHONE_NUMBER> }
time
is the current unix timestamp and altitude
is in metres.
Returns¶ ↑
The ID of the route that was stored
{ route_id: 10 }
# File app/controllers/route_controller.rb, line 29 def record unless params[:points] render status: :bad_request, json: {errror: 'Route must contain points'} else route = Route.record(current_user, params[:points]) if route if route.valid? render json: {route_id: route.id} else render status: :unprocessable_entity, json: {error: 'Invalid route data provided'} end else render status: :unprocessable_entity, json: {error: 'Route must be at least 500m'} end end end
search()
click to toggle source
GET /search
Search routes by source, destination or with authorized user as the creator
###Params
- source_lat (float) - source_long (float) - dest_lat (float) - dest_long (float) - user_only (boolean) - per_page (integer) - page_num (integer)
# File app/controllers/route_controller.rb, line 106 def search Rails.logger.debug "Search got params: #{params}" # Pagination per_page = params[:per_page] || 10 per_page = per_page.to_i page_num = params[:page_num] || 1 page_num = page_num.to_i offset = page_num * per_page - per_page # Location if params[:start_maidenhead] start_maidenhead = params[:start_maidenhead] elsif params[:source_lat] and params[:source_long] start_maidenhead = Maidenhead.to_maidenhead(params[:source_lat].to_f, params[:source_long].to_f, 4) end if params[:end_maidenhead] end_maidenhead = params[:end_maidenhead] elsif params[:dest_lat] and params[:dest_long] end_maidenhead = Maidenhead.to_maidenhead(params[:dest_lat].to_f, params[:dest_long].to_f, 4) end # Where clause condition = {} condition[:start_maidenhead] = start_maidenhead if start_maidenhead.present? condition[:end_maidenhead] = end_maidenhead if end_maidenhead.present? condition[:user_id] = current_user.id if params[:user_only].present? # Group by Similarity rather than start/end points if both points provided if start_maidenhead and end_maidenhead # Get all uses and group into routes by similarity Rails.logger.debug "Searching for routes from #{start_maidenhead} to #{end_maidenhead}" all_uses = Route.where(condition).order('start_time DESC').limit(per_page).offset(offset) Rails.logger.debug "Search found #{all_uses.count} uses" routes = all_uses.inject([]) do |routes, use| if routes.blank? routes << use else use_found = routes.any? { |route| use.is_similar?(route) } routes << use unless use_found end routes end Rails.logger.debug "Refined uses to #{routes.count} routes" # Summarise routes summaries = routes.inject([]) do |all_summaries, route| all_summaries << route.summary end Rails.logger.debug "Got #{summaries.count} summaries" else routes = Route.where(condition).select('start_maidenhead, end_maidenhead, MAX(start_time) as start_time') .group(:start_maidenhead, :end_maidenhead).order('start_time DESC') .limit(per_page).offset(offset) if params[:user_only] summaries = routes.inject([]) do |all_summaries, route| all_summaries << Route.summarise_routes(route.start_maidenhead, route.end_maidenhead, current_user) end else summaries = routes.inject([]) do |all_summaries, route| all_summaries << Route.summarise_routes(route.start_maidenhead, route.end_maidenhead, nil) end end end render json: { routes: summaries } end


Javalanche report for class:
org.joda.time.convert.NullConverter
1: /*
2: * Copyright 2001-2009 Stephen Colebourne
3: *
4: * Licensed under the Apache License, Version 2.0 (the "License");
5: * you may not use this file except in compliance with the License.
6: * You may obtain a copy of the License at
7: *
8: * http://www.apache.org/licenses/LICENSE-2.0
9: *
10: * Unless required by applicable law or agreed to in writing, software
11: * distributed under the License is distributed on an "AS IS" BASIS,
12: * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
13: * See the License for the specific language governing permissions and
14: * limitations under the License.
15: */
16: package org.joda.time.convert;
17:
18: import org.joda.time.Chronology;
19: import org.joda.time.DateTimeUtils;
20: import org.joda.time.Period;
21: import org.joda.time.ReadWritableInterval;
22: import org.joda.time.ReadWritablePeriod;
23:
24: /**
25: * NullConverter converts null to an instant, partial, duration, period
26: * or interval. Null means now for instant/partial, zero for duration/period
27: * and from now to now for interval.
28: *
29: * @author Stephen Colebourne
30: * @author Brian S O'Neill
31: * @since 1.0
32: */
33: class NullConverter extends AbstractConverter
34: implements InstantConverter, PartialConverter, DurationConverter, PeriodConverter, IntervalConverter {
35:
36: /**
37: * Singleton instance.
38: */
39: static final NullConverter INSTANCE = new NullConverter();
40:
41: /**
42: * Restricted constructor.
43: */
44: protected NullConverter() {
45: super();
46: }
47:
48: //-----------------------------------------------------------------------
49: /**
50: * Gets the millisecond duration, which is zero.
51: *
52: * @param object the object to convert, which is null
53: * @return the millisecond duration
54: */
55: public long getDurationMillis(Object object) {
56: return 0L;
57: }
58:
59: //-----------------------------------------------------------------------
60: /**
61: * Sets the given ReadWritableDuration to zero milliseconds.
62: *
63: * @param duration duration to get modified
64: * @param object the object to convert, which is null
65: * @param chrono the chronology to use
66: * @throws NullPointerException if the duration is null
67: */
68: public void setInto(ReadWritablePeriod duration, Object object, Chronology chrono) {
69: duration.setPeriod((Period) null);
70: }
71:
72: //-----------------------------------------------------------------------
73: /**
74: * Extracts interval endpoint values from an object of this converter's
75: * type, and sets them into the given ReadWritableInterval.
76: *
77: * @param writableInterval interval to get modified, not null
78: * @param object the object to convert, which is null
79: * @param chrono the chronology to use, may be null
80: * @throws NullPointerException if the interval is null
81: */
82: public void setInto(ReadWritableInterval writableInterval, Object object, Chronology chrono) {
83: writableInterval.setChronology(chrono);
84: long now = DateTimeUtils.currentTimeMillis();
85: writableInterval.setInterval(now, now);
86: }
87:
88: //-----------------------------------------------------------------------
89: /**
90: * Returns null.
91: *
92: * @return null
93: */
94: public Class<?> getSupportedType() {
95: return null;
96: }
97:
98: }
| ID | Line | Type | Detected |
|---|
| 19634 | 56 | Replace a constant (Replace 0 with -1(LONG)) | |
| 19633 | 56 | Replace a constant (Replace 0 with 1(LONG)) | |
| 19635 | 69 | Remove method call | |
| 19636 | 83 | Remove method call | |
| 19637 | 84 | Remove method call | |
| 19638 | 85 | Remove method call | |


 He survives and decides to hunt the two down,and get his money back. His task is complicated by the fact that there are a lot of other parties interested in the money, not least the Chinese, but also a couple of bent cops and a whole syndicate of bad guys.
Director Brian Helgeland's career so far has ranged from the excellent L.A. Confidential to the God-awful Assassins. He has worked with Gibson before (on Conspiracy Theory). The film is intended to be a darkly humorous and slick thriller, along the lines of Get Shorty, but with more violence (The tagline is " Get ready to root for the Bad Guy").There are a few problems with this approach. The first is that this movie is rather violent, with plenty of killing. Since some of the film's punchlines involve somebody dying violently, it makes the average viewer a little uncomfortable about laughing at such moments. A subplot involving a female sadomasochist offers the audience the opportunity to laugh at her taking a beating; a dubious pleasure.
 Porter wants revenge and his share of the money from the Chinese heist. Unfortunately (both for him and almost everyone else he meets), Resnick has used to money to pay off a crime syndicate which is led by a smooth talking mobster called Carter (played as an oily smoothie by William Devane). Carter decides to have Porter killed to avoid any problems for his organisation. Porter also attracts the attention of a couple of crooked detectives, Hicks and Leary (played unsuccessfully for laughs by Bill Dukes and Jack Conly)who want the money, and the Chinese mobsters themselves are also hunting Porter (whose depiction would be racist except that everyone gets a raw deal in this movie).
Porter's various efforts to get his money back are both clever and stupid, sometimes both within the same scene. The film also relies too much on coincidence (never a good sign in a movie). Raymond Chandler (who scripted classics such as The Big Sleep and Double Indemnity) used to claim that, whenever he got stuck on a plot detail, he would 'invent a body', figuring that he could explain it away later in his story. Helgeland seems to have the same approach, but his script lacks the dry wit or style of Chandler.
The film lacks the courage of its own convictions, too.  Even his encounter with his former partner, Resnick, is more self-defence than cold-blooded revenge. Sure, Porter gets to kill a few defenceless people later in the film, but since they were really bad guys, the audience doesn't mind so much. Gibson seems unsure whether his character is supposed to be sympathetic or scary. The result is that he is neither.
I never though I would ever write this sentence but what this movie needs is Bruce Willis. Mel Gibson is just not convincing as a ruthless gangster obsessed with murder and revenge, and his ability to take constant beatings, gunshot wounds and torture recall his adventures as Detective Martin Riggs. Willis, for all his flaws, could have played this with more tongue-in-cheek.
If Helgeland has taken Point Blank (John Boorman's 1967 classic, with Lee Marvin) as his inspiration, the result is, unfortunately, Lethal Weapon 5. Not much of a tribute.
Directed by Brian Helgeland.
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{% extends "account/base.html" %} {% load account %} {% block title %} E-mail Address Confirmation {% endblock %} {% block content %}
Please confirm that {{ confirmation.email_address.email }} is an e-mail address for user {{ confirmation.email_address.user }}.
{% else %}This e-mail confirmation link expired or is invalid. Please request a new confirmation link.
{% endif %}


val functions: List<Function>
A function set made available to the trees generated.
functions - A function set made available to the trees generated.
functions


Started on October 18, 1998
@ St. Elizabeth of Portugal, Milpitas
We lead songs and prayer the second half of the month, most of the time.
Come and join us :-)
Started on October 18, 1998
@ St. Elizabeth of Portugal, Milpitas
We lead songs and prayer the second half of the month, most of the time.
Come and join us :-)


Simple Interface¶
-
seg1d.
segment_data
(r, t, w, minS, maxS, step)[source] Segmentation manager for interfacing with Segmenter class
Find segments of a reference dataset in a target dataset using a rolling correlation of n number of reference examples with a peak detection applied to the average of m reference features with weights applied to each feature.
Parameters: - rList[Dict[key,numpy.array]]
reference data of form
[ {(feature Key): [data array] }, {(feature Key): [data array] } ]
- tDict[key,numpy.array]
target data of form
{ (feature Key): [data array] }
- wDict[key,float] or None
Weights of form
{ (feature key):float,(feature key):float }
- minSint
Minimum scale to apply for reference data
- maxSint
Maximum scale to apply for reference data
- stepint
Size of step to use in rolling correlation
Returns: - 3 x n array
segments of form
[start of segment,end of segment,correlation score]
Examples
>>> import numpy as np
First we import sample data from the examples folder that has multiple features derived from motion capture data
>>> import seg1d >>> r,t,w = seg1d.sampleData()
Then we define some segmentation parameters such as the scaling percentage of the reference data and index stepping to use in rolling correlation
>>> minW = 70 # percent to scale down reference data >>> maxW = 150 # percent to scale up reference data >>> step = 1 #step to use for correlating reference to target data
Finally we call the segmentation algorithm
>>> np.around(seg1d.segment_data(r,t,w,minW,maxW,step),7) array([[207. , 240. , 0.9124224], [342. , 381. , 0.8801901], [ 72. , 112. , 0.8776795]])


For the theme 'The Winter Playground' a model of a playful winter forest was created. Children are meant to interact with the trees, and so the lights start to play.
For cold, dark and wet nordic winters. Encourage movement and social play.
'Anything interesting to share about your process for this project? Did you take a unique angle or notice some surprising insight? Do you have some early sketches we can see? Why did you choose that approach? Ask yourself WHY WHY WHY a thousand times, and then answer those questions.'.
By visual feedback of the lights together with tactile feedback through touching the pearl curtains and the fiber light users enjoyed the expeience of the forest. Children were more rough than adults which resulted in effective feedback.
People were positively surprised when they managed to trigger the 'rainbow effect'.
Did you feel proud of the result? Did it exceed your expectations? Did it increase the client’s sales by 2000%? Don’t get too technical or share some crazy analytics report (and definitely do not make anything up), just include a brief sentence or two that shares how the project was successful.'
UX Design
Interaction Design
Prototyping
Maker
Team:


How to use it?
The use of bright side remoting is straightforward :
package org.bsf.remoting;
import org.bsf.remoting.EJBDefinition;
import org.bsf.remoting.http.HttpServiceFactory;
/**
* Shows the use of the Http Invocation to communication with an EJB.
*
*/
public class SampleMain {
/**
* The factory
*/
private static HttpServiceFactory factory =
new HttpServiceFactory("localhost", 8080,"remoting");
//For a secured communication we would have use this constructor :
//new HttpServiceFactory("https","www.bs-factory.com", 443,"remoting");
/**
* Every access to a stateless EJB is defined through its EJBDefinition.
* All the used EJB should be placed in a constant interface to facilitate
* the view of all the services.
*/
private static final EJBDefinition TEST_SESSION = new EJBDefinition(
"ejb/TestSession","org.bsf.remoting.StatelessTestHome",
"org.bsf.remoting.StatelessTest"
);
public static void main(String[] args) {
//The retrieving of a stateless EJB is straightforward
StatelessTest myService = (StatelessTest)
factory.getService(TEST_SESSION);
try {
//Calls are made like any normal calls on an EJB.
String upperWord = myService.upper("word");
System.out.println("Result : " + upperWord);
//The pattern to retrieve a statefull bean : we use a stateless Bean to
//create it.
StatefulTest myStateful = myService.createStateful();
String name = myStateful.getEJBName();
System.out.println("Statefull EJB Name : " + name);
//We know want to know use the authentication
factory.setLogin("myLogin");
factory.setPassword("myPass");
//All the following calls will use HTTP basic authentication
if ("myLogin".equals(myService.getCallerPrincipal())){
System.out.println("That's me");
}
} catch (java.rmi.RemoteException e) {
e.printStackTrace();
}
}
}


OFECS
A statement that piques the curiosity of a reader . . .
ENGLISH
ESPAÑOL
GET IN TOUCH
Call us at
(919) 489 - 7564


Examples
Basic
explains how to do basic operations with iris.
Todo-list
is a port of the famous backbone todos example app.
Shopping-list
a completed sample application to manage the shopping list.


Item
Price
Quantity
Total
Coffee mug
$10.00
5
$50.00
Polo shirt
$20.00
5
$100.00
Red stapler
$9.00
4
$36.00
Subtotal
$186.00
Shipping
$12.00
Total Due
$198.00


| Interface | Description |
|---|---|
| Interceptor | |
| NoParameters |
Marker interface to indicate no auto setting of parameters.
|
| ParameterNameAware |
This interface is implemented by actions that want to declare acceptable parameters.
|
| PreResultListener |
PreResultListeners may be registered with an
ActionInvocation to get a callback after the
Action has been executed but before the Result
is executed. |
| ScopedModelDriven<T> |
Adds the ability to set a model, probably retrieved from a given state.
|
| ValidationAware |
ValidationAware classes can accept Action (class level) or field level error messages.
|
| ValidationErrorAware |
ValidationErrorAware classes can be notified about validation errors
before
DefaultWorkflowInterceptor will return 'inputResultName' result
to allow change or not the result name
This interface can be only applied to action which already implements ValidationAware interface! |
| ValidationWorkflowAware |
ValidationWorkflowAware classes can programmatically change result name when errors occurred
This interface can be only applied to action which already implements
ValidationAware interface! |
| WithLazyParams |
Interceptors marked with this interface won't be fully initialised during initialisation.
|
| Class | Description |
|---|---|
| AbstractInterceptor |
Provides default implementations of optional lifecycle methods
|
| AliasInterceptor |
The aim of this Interceptor is to alias a named parameter to a different named parameter.
|
| ChainingInterceptor | |
| ConversionErrorInterceptor |
ConversionErrorInterceptor adds conversion errors from the ActionContext to the Action's field errors.
|
| DefaultWorkflowInterceptor | |
| ExceptionHolder |
A simple wrapper around an exception, providing an easy way to print out the stack trace of the exception as well as
a way to get a handle on the exception itself.
|
| ExceptionMappingInterceptor | |
| LoggingInterceptor | |
| MethodFilterInterceptor | |
| MethodFilterInterceptorUtil |
Utility class contains common methods used by
MethodFilterInterceptor . |
| ModelDrivenInterceptor |
Watches for
ModelDriven actions and adds the action's model on to the value stack. |
| ModelDrivenInterceptor.RefreshModelBeforeResult |
Refreshes the model instance on the value stack, if it has changed
|
| ParameterFilterInterceptor |
The Parameter Filter Interceptor blocks parameters from getting
to the rest of the stack or your action.
|
| ParameterRemoverInterceptor |
This is a simple XWork interceptor that allows parameters (matching
one of the paramNames attribute csv value) to be
removed from the parameter map if they match a certain value
(matching one of the paramValues attribute csv value), before they
are set on the action.
|
| ParametersInterceptor |
This interceptor sets all parameters on the value stack.
|
| PrefixMethodInvocationUtil |
A utility class for invoking prefixed methods in action class.
|
| PrepareInterceptor |
This interceptor calls
prepare() on actions which implement
Preparable . |
| ScopedModelDrivenInterceptor |
An interceptor that enables scoped model-driven actions.
|
| StaticParametersInterceptor |
This interceptor populates the action with the static parameters defined in the action configuration.
|
| WithLazyParams.LazyParamInjector |
Copyright © 2000–2020 Apache Software Foundation. All rights reserved.


This tool does only one thing but it does it well: calculate probability to generate a POS Stronghands block. You can adjust:
- The amount of coins you sent in a transaction
- The number of days that have passed. The probability of minting is null before 30 days and reaches its maximum after 90 days and doesn't increase after that.
- The POS difficulty to get a readout. At launch, tool gets the last value for POS difficulty directly from the Stronghands blockchain.
| Minting POS block within |
10 min |
24 hours |
31 days |
90 days |
1 year |
| Probability |
|
|
|
|
|
| Reward
| |
|
|
|
|


SHUBHRA SINHA
FRONT-END DEVELOPER
Featured Work
HANGMAN PROJECT
shubhras.space/hangman
RESUME PROJECT
shubhras.space/resume
PORTFOLIO PROJECT
shubhras.space/portfolio


{% extends '_layouts/layout.html' %} {% block page_title %}{% endblock %} {% block body_css_classes %}nhs-redesign{% endblock %} {% block content %}
Enter a phone number
We think you might need urgent medical help. A nurse will phone you within 30 minutes and tell you what to do next.
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Next


Proposal DECLARATION-SCOPE:NO-HOISTING was accepted at the January 1989 meeting.
Issue: DECLARATION-SCOPE
References: Declaration Syntax (CLtL, Section 9.1, pp. 153-157)
LAMBDA-Expressions (CLtL, Section 5.2.2, pp. 59-66)
Cleanup issue FLET-DECLARATIONS (accepted)
Cleanup issue DECLARE-TYPE-FREE (accepted)
Category: CHANGE/CLARIFICATION
Edit history: V1<EMAIL_ADDRESS>-- 5 January 1988
Version 2, Moon, 2-Feb-1988 (edits based on discussion)
Version 3, Moon, 18-Sep-88, for private discussion between JonL and Moon
Version 4, JonL, 15-Nov-88 add 2nd proposal; major rewrite.
Problem description:
The description of the scope of declarations made with DECLARE is
unclear (although unambiguous) and arguably a mistake. At issue is
whether the scope of some or all of the declarations at the head of
a special form includes code appearing in any non-body part of that
special form. CLtL p.155 attempts to address the issue by classifying
declarations into two classes -- "pervasive" and "non-pervasive" -- but
it does not succeed very well.
A particular question of interest is whether the initial value forms for
LET, LET*, FLET, LABELS, DO, PROG etc. are included. The rules of CLtL,
on some cases, are clear enough to see that a declaration inside the
special form is "hoisted" up and around the whole form, so as to include
all the "initial value" forms (and "stepper" forms and "result" forms for
those constructs that have them). This means that lexical argument
variable X in the following function is inaccessible inside the initial
value forms of the LET:
(defun bar (x y) ;[1] 1st instance of x
(let ((old-x x) ;[2] 2nd instance of x -- same as 1st instance?
(x y)) ;[3] 3rd instance
(list old-x x)))
The declaration intended for the binding of X[3] also alters the
scoping of the reference of X[2]; likely, this was not an intended
consequence. [This is a simplification of the example on CLtL p.155].
In this discussion, the term "body" will include any "stepper" or
"result" forms, such as might be found in a DO or DO-mumble-SYMBOLS
construct. The reasoning for this is that such forms are always
included in the scope of all name bindings (if any) being established
by the special form. They form an extended part of the "body".
Proposal (DECLARATION-SCOPE:NO-HOISTING)
Specify that the scope of a declaration located at the head of a special
form or lambda expression is as follows:
(1) it always includes the body forms [as well as any "stepper" or
"result" forms]
(2) it also includes the scope of the name binding, if any, to which
it applies [LET, LAMBDA, FLET, DO, etc. introduce "name bindings";
LOCALLY doesn't.];
This very straightforward prescription depends on one rather subtle
point, namely that the scope of name bindings is an already solved
question. Whether or not a particular declaration affects an initial
value form (such as for LET or LET*) depends _solely_ on whether it is
applied to a variable or function (name) being bound whose scope
includes such forms. In this sense, the above specification limits the
scope of declarations for name bindings to be exactly the scope of the
name binding itself -- i.e. "like variable". Thus there would be no
"hoisting" of the special declarations in the example cited in the
problem description. [See the Discussion section for a review of the
CL rules on variable/function-name scoping in special forms.]
Those declarations not correlated with any name binding do not cover any
of the initial-value forms; their scope simply includes the body (as well
as any "stepper" or "result" forms). In a sense, the above specification
limits the scope of these kinds of declarations to be the same as an
arbitrary name binding in a LET or FLET construct -- i.e. "like variable".
[See also the issue DECLARE-TYPE-FREE.]
Thus there is to be no "hoisting" for declarations in special forms or
lambda expressions; the only initial value forms affected by a declaration
will be those included indirectly, by the effect, if any, that a
declaration has on a name binding.
A question may arise as to what it means for a declaration to "apply to",
or "be correlated to" a name binding. As stated above about variable
scoping, this is an already solved question in Common Lisp; it is not
the purpose of this proposal to alter, clarify or in any other way bear
upon the basic _applicability_ rules of declarations in Common Lisp.
However, a few reminders about these rules will help one understand the
above specification:
-- SPECIAL and TYPE declarations never apply to function bindings;
-- INLINE and FTYPE declarations never apply to variable bindings;
-- OPTIMIZE never applies to either kind of binding;
-- (<declaration> X) never applies to a binding of Y.
The specific rules are for the most part distributed throughout the
individual declaration definitions. The name-applicibility issue for
bindings must be specified independently of how the declaration scoping
issue is decided, and should not be confused with that scoping issue.
Proposal (DECLARATION-SCOPE:LIMITED-HOISTING)
Specify that the scope of a declaration located at the head of a special
form or lambda expression is as follows:
(1) it always includes the body forms [as well as any "stepper" or
"result" forms]
(2) if the declaration is applicable to a name binding in that form,
then it is limited to exactly the scope of that name binding [LET,
LAMBDA, FLET, etc. introduce "name bindings"; LOCALLY doesn't.];
(3) if the declaration is not applicable to a name binding in that form,
then it includes all the initial value forms, in addition to the
body forms.
This very straightforward prescription depends on one rather subtle
point, namely that the scope of name bindings is an already solved
question. This applies not only to LET and LET* variables, but to the
&optional, &key and &aux variables of LAMBDA-Expressions. In this sense,
the above specification limits the scope of declarations for name bindings
to be exactly the scope of the name binding itself. Thus there would be
no "hoisting" of the special declarations in the example cited in the
problem description.
Those declarations not correlated with any name binding act as if they
were included in a new LOCALLY construct wrapped around the entire
special form. Thus they are not scoped like an arbitrary variable
(or, "name binding") in that special form, but rather are "hoisted" up.
Whether or not a declaration is "hoisted" up around the special form in
which it occurs depends on whether or not it is "captured en passant" by
a correlated name binding.
A question may arise as to what it means for a declaration to "apply to",
or "be correlated to" a name binding. As stated above about variable
scoping, this is an already solved question in Common Lisp; it is not
the purpose of this proposal to alter, clarify or in any other way bear
upon the basic _applicability_ rules of declarations in Common Lisp.
However, a few reminders about these rules will help one understand the
above specification:
-- SPECIAL and TYPE declarations never apply to function bindings;
-- INLINE and FTYPE declarations never apply to variable bindings;
-- OPTIMIZE never applies to either kind of binding;
-- (<declaration> X) never applies to a binding of Y.
The specific rules are for the most part distributed throughout the
individual declaration definitions. The name-applicibility issue for
bindings must be specified independently of how the declaration scoping
issue is decided, and should not be confused with that scoping issue.
Examples:
;;; The following example is from a common-lisp mailing list discussion
;;; (from code suggested by Pavel Curtis). The question is whether or
;;; not the special declaration in FOO applies to the (1+ x) form.
(setf (symbol-value 'x) 6)
(defun foo (x) ;a lexical binding of X
(print x)
(let ((x (1+ x))) ;is the second X special or not?
(declare (special x)) ;`normal' declaration
(bar))
(1+ x))
(defun bar () (print (locally (declare (special x)) x)))
(foo 10) will printout of 10 and 11 by either proposal herein
(foo 10) will printout of 10 and 7 by CLtL style "hoisting"
;;; The following example is due to Jim Boyce, of Lucid Inc. It shows how
;;; the "hoisting" of the declaration inadvertently causes it to act more
;;; like a proclamation than a declaration; namely, the declaration is
;;; applied to two different variables (which happen to have the same
;;; name) -- the first variable is the lexical one bound on line [1] and
;;; the second variables is bound on line [3]. Whereas lexical scoping
;;; rules would say that the reference in line [2] is to the variable
;;; bound on line [1], the effect of the "hoisted" declaration is to
;;; make the line [1]'s variable inaccessible in the initial value forms.
(setf (symbol-value 'x) 6)
(defun bar (x y) ;[1] 1st instance of x
(let ((old-x x) ;[2] 2nd instance of x -- same as 1st instance?
(x y)) ;[3] 3rd instance
(list old-x x)))
(bar 'first 'second) ==> (first second) ;by either proposal herein
(bar 'first 'second) ==> (6 second) ;by "hoisting", a la CLtL.
Rationale:
These semantics are simpler to understand. Almost everyone feels that
the example of CLtL p.155 is very unnatural. LIMITED-HOISTING is less
of a change to CLtL semantics; but NO-HOISTING seems more natural to
most people since it restores a closer equivalence between LET forms
and LAMBDA-expressions. Also, several vendors report that customers
frequently seem to assume the semantics of NO-HOISTING.
Current practice:
Most implementations implement the rules in CLtL, as exemplified by
the example on p.155. Symbolics currently implements rules based on
Zetalisp which are different from both this proposal and Common Lisp.
Symbolics plans to change to Common Lisp rules in the future.
Cost to Implementors:
Modest; some minor fixes will be necessary to to compilers, interpreters
and "code walkers" that parse declarations.
Cost to Users:
Modest. It is mostly moot since users tend to avoid the "hoisting"
situations on special declarations.
It is possible to mechanically examine a program to determine whether
its behavior would change under the new rules. This permits an
implementation to provide a transition tool to ease conversion to the
new definition.
Cost of non-adoption:
Serious non-portability of code, since not every implementor seems to
agree on how to read the disputed rules of CLtL pp. 153-157; continuing
confusion in the user community.
Performance impact:
None.
Benefits:
Elimination of confusion; increase of portability between implementations.
Esthetics:
Simplifies the scoping issue; eliminates special-case scoping rules for
SPECIAL declarations.
Discussion:
Only the SPECIAL declaration has semantic import for CL; both
proposals specify an incompatible change for this case, to "retract"
the expansive scope stated or implied in CLtL. All other declarations
are considered "advice" to an optimizing compiler, and should have
no semantic effect on correct programs. However, programmers making
use of such declarations may notice a larger difference in the
NO-HOISTING proposal, since some of their INLINE, OPTIMIZE, TYPE,
etc. declarations will no longer apply to the initial-value forms.
One idiom which will be adversely affected by both of these proposals is:
(let ((*a* *a*))
;; rebind *a* to it's "old" value
...)
where *a* has not been proclaimed special. This idiom would likely
have to be written as:
(let ((*a* (locally (declare (special *a*)) *a*)))
;; rebind *a* to it's "old" value
...)
or [preferably!] *a* should be proclaimed special. Similar idiots
like this may be in use for LAMBDA-Expressions, or DEFUNs etc.
On the other hand, the inadvertent "shadowing" which prevents the
following LET's initial value forms from referencing the input argument
is handily solved by either proposal herein. If neither of these
proposals is not adopted, then the intent of the code for BAR:
(defun bar (x y) ;[1] 1st instance of x
(let ((old-x x) ;[2] 2nd instance of x -- same as 1st instance?
(x y)) ;[3] 3rd instance
(list old-x x)))
would likely have to be expressed by introducing new LET contours:
(defun bar (x y) ;[1] 1st instance of x
(let ((old-x x)) ;[2] 2nd instance of x -- same as 1st instance?
(let ((x y)) ;[3] 3rd instance
(list old-x x))))
The source of additional confusion has long been that TYPE declarations
had to be treated differently from all other declarations; this was because
of the prohibition found on p158 of CLtL. Given the acceptance of the
DECLARE-TYPE-FREE proposal, it no longer is necessary to make an exception
for it, nor to categorize declarations into "pervasive" and "non-pervasive",
or "free" and "bound".
It is not the purpose of this proposal to alter, clarify or in any
other way bear upon the scoping rules of variables in Common Lisp.
However, a few reminders about these rules will help one understand
the above prescription. Except LET*, PROG*, DO*, LABELS, and MACROLET,
all the other special forms of CLtL p154 which admit declarations have
the property that the scope of the name binding does not include any
initial value form. As a review of these scopes, note:
-- for LET, FLET, MULTIPLE-VALUE-BIND, none of the initial value
forms are included in the variables' (or functions') scope;
-- for DO-<mumble>-SYMBOLS, the initial value forms are not included,
but the optional result forms are included;
-- for DO, DOLIST, and DOTIMES, the initial value forms are not
included, but the stepper forms and the optional result forms
are included;
-- for LET*, PROG*, and DO*, a variable's scope also includes the
remaining initial value forms, for subsequent variable bindings;
-- for LABELS and MACROLET, a function name's scope includes all the
code forms for the functions being defined by the special form
[a compiler writer must know how not to get into an infinite loop
of substitutions when there are 'in-line' declarations on these
mutually recursive names];
-- for a LAMBDA application, none of the explicit value forms are
included in the bound variable scoping; however, the 'initform'
code (if any) for &optional, &key, and &aux bindings are included
in the same way as LET* does;
-- for DEFUN, DEFMACRO, DEFTYPE and DEFSETF follow the rules for
LAMBDA-Expressions (CLtL, Section 5.2.2, pp. 59-66).
Remember also that new name bindings "shadow" (after a fashion) any
higher level binding or declarations. E.g., presuming that no
proclamations are in effect, consider the inner let bindings of:
(locally (declare (special x) (float y))
(let ((x 5) (y 10))
(print (+ x y))))
then x is bound as local (not special); and y is bound with no particular
type information [because the 'y' being bound is a different variable
than the 'y' declared float in the outer scope].
It has been suggested that compilers could be a bit more helpful in
detecting anomalous bindings, such as in the LET* following:
(defun bar (x y)
(let* ((old-x x)
(x y)
(new-x x))
(list old-x x new-x)))
The collection of variables named X in the LET* binding and initial
forms includes both local (lexical) and special ones.


This will permenantly delete the user's account, her/his forum posts, requests, events--EVERYTHING! This cannot be undone.
This user owns the following items, all of which will be deleted:
- 0 %} class="danger_li"{% endif %}>{{ thread_count }}
thread{{ thread_count|pluralize }}
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message{{ message_count|pluralize }}
- 0 %} class="danger_li"{% endif %}>{{ request_count }}
request{{ request_count|pluralize }}
- 0 %} class="danger_li"{% endif %}>{{ response_count }}
response{{ response_count|pluralize }}
- 0 %} class="danger_li"{% endif %}>{{ announcement_count }}
announcement{{ thread_count|pluralize }}
- 0 %} class="danger_li"{% endif %}>{{ event_count }}
event{{ event_count|pluralize }}
{% if message_count > thread_count %}
Thread messages will automatically be recounted if you decide to delete this user.
{% endif %}
{% if response_count > 0 %}
Request responses will automatically be recounted if you decide to delete this user.
{% endif %}


NINE MONTHS A film review by Jer Fairall Copyright 1996 Jer Fairall
(1995) *** (out of *****) Starring Hugh Grant, Julianne Moore, tom Arnold, Joan Cussak, Robin Williams, Jeff Goldblum Directed By Chris Columbus
"Nine Months" is one of those movies that isn't worth going to the touble of paying a babysitter, getting cleaned up and going out to the theater to see but is just fine when viewed on a small screen with smaller expectations. Hugh Grant playes the polite, somewhat snotty boyfriend of Julianne Moore who at the beginning of the film is starting to think about having a child. Grant objects, of course, and then flips out when he later finds out that his girlfriend is pregnant. During this strife, Grant and Moore are befriended by another expecting couple played by Tom Arnold and Joan Cusak. Arnold is an overbearing boor who manages to make life even more miserable for the distraught Grant. Grant is incredibly nervous about his impending fatherhood which leads to complications in his relationship with Moore. Things are made even more hectic when their doctor turns up sick and and they end up with his new assistant, who is working on his first human pregnancy after being a vetrenarian in Russia. The doctor is played with usual energy by Robin Williams whose mispronunciation of the word "thesarus" provides the movies single biggest laugh. "Nine Months" was directed by Chris Columbus whose previous credits include "Home Alone" "Mrs. Doubtfire" and "Adventures in Babysitting." He doesn't take very many chances in this film particularly with the casting. Everyone in the film is playing their usual type of character. Grant is really doing the same thing here that he did in the overrated "Four Weddings and a Funeral" and even in a much darker film like Roman Polanski's "Bitter Moon" which is that he is always both nervous and charming. Tom Arnold is also doing pretty much here what he did in 1994's "True Lies" and on television as Arnie in "Roseanne" and in his own funny but short lived sitcom "The Jackie Thomas Show." And the rest of the cast, including Joan Cussak and Jeff Goldblum, also give us just what we would expect from them as well. "Nine Months" fails when it goes for scenes of really broad slapstick like the overplayed scene in the delivery room when both Moore and Cussak just happen to both end up in the same room. And I could have really done without the extended sequence in a toy store where Arnold gets into a fight with an insipid Barney the dinosaur clone. Yet "Nine Months" is not without it's charms especially when seen from your sofa.
Review By Jer Fairall<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


_Requiem_for_a_Dream_ **** (out of ****)
Darren Aronofsky's _Requiem_for_a_Dream_ is less a film than a journey, a torturously exhausting one at that--and in this case, that's the highest compliment that can be paid. In his visionary adaptation of Hubert Selby, Jr.'s novel, Aronofsky doesn't merely make one bear witness to four characters' harrowing descents into drug addiction; he forces one to experience their euphoric highs and, above else, their shattering lows. This is, as Aronofsky himself calls it, a horror film--one that not only shocks, but scars.
Set in New York, _Requiem_ follows two parallel storylines whose foundations are different but ultimately become more or less the same. One follows a trio of young people: Harry Goldfarb (Jared Leto), his girlfriend Marion Silver (Jennifer Connelly), and his best friend Tyrone (Marlon Wayans). Marion's goal in life is to become a fashion designer, and in order to finance the opening of a boutique, Harry and Tyrone become drug dealers--which intensifies their already strong habit. Meanwhile, Harry's mother Sara (Ellen Burstyn), after receiving a notice that she could appear on a TV game show, goes to dangerous lengths to lose weight, namely a steadily increasing intake of diet pills.
The narrative line is obvious as the film passes through the seasons: a sunny summer, an aptly named fall, and an even bleaker winter. But this isn't a film about the story so much it is about feeling. Aronofsky proved he can effectively unsettle viewers with his award-winning debut _pi_, and he takes his ability to the next level in _Requiem_. Much has been made about the vast number of cuts in the film, but these are no superficial exercises in style; they immerse the viewer in the perspective and mindset of the characters. The hyperactive early stages of their addictions are especially captured well, and a split screen device that could've come off as overkill reinforces the subjective point of the view of the film. The sensory barrage also slyly sidesteps the explicit while ironically intensifying the feeling. For all the shooting up, snorting, and pill popping that occurs in the film, rarely are the acts ever graphically shown; Aronofsky instead employs the same quick-cut montages of heroin being cooked, straws taking in lines of coke, pill bottles being opened, and pupils dilating. Jarring and visually exciting at first, these images become rather boring through their incessant repetition--much like how the initial euphoria of drug use evolves into mundane routine.
When I say _Requiem_ is about feeling, it should be noted that I mean that in terms of sensation and not emotion. The only character with much depth is that of the lonely Sara (superbly played by Burstyn), and even so she's still kept at the same arm's length emotionally as are the other three. This initially struck me as a flaw (especially in terms of the Harry/Marion romance), but it reflects the greater ideas that Aronofsky is trying to evoke. The film being told from the point of view of the addicts, the detachment is all but appropriate since they're not really concerned about others or even themselves, just the fix. Additionally, the distance also reflects the way outsiders generally look at drug addicts--as in, they don't, choosing to safely turn a blind eye. _Requiem_ doesn't give the audience the option of complacency; as its last 30 minutes brutally detail everyone's raw ruin, the film seems to dare the viewers to look away. And it's a testament to Aronofsky that as difficult as it is, it is impossible not to watch.
There may not be a profound emotional connection to any of these characters, but the actors make them into convincing human beings, the destruction of whose lives we witness before our eyes. The resulting feeling with which one walks away from _Requiem_for_a_Dream_ is not sadness, but a heavier, emptier sense of loss--one that's even harder to shake.
©2000 Michael Dequina
Michael Dequina<EMAIL_ADDRESS>|<EMAIL_ADDRESS>|<EMAIL_ADDRESS>Mr. Brown's Movie Site: http://www.mrbrownmovies.com CinemaReview Magazine: http://www.CinemaReview.com on ICQ: #25289934 | on AOL Instant Messenger: MrBrown23
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


|
Earthquakemodels
Here is the official documentation for generating Earthquake Risk Models using Genetic Algorithms.
|
Functions | |
| def | loadModel (type, year, region, depth, i) |
| def | saveModel (modelL, type, year, region, depth, i, minMag, maxMag) |
| def | loadModelSC (type, year, region, depth, i) |
| def | saveModelSC (modelL, type, year, region, depth, i, minMag, maxMag) |
| def | calcLogLikelihoodMagInterval (region, year, year_end, modelL) |
| def | filterMag (modelo, minMag, maxMag) |
| def | converter2leastBest (type, region, depth, minMag, maxMag, year_begin, year_end) |
| def | main () |
| def code.magStudy.calcLogLikelihoodMagInterval | ( | region, | |
| year, | |||
| year_end, | |||
| modelL | |||
| ) |
Definition at line 206 of file magStudy.py.
| def code.magStudy.converter2leastBest | ( | type, | |
| region, | |||
| depth, | |||
| minMag, | |||
| maxMag, | |||
| year_begin, | |||
| year_end | |||
| ) |
| def code.magStudy.filterMag | ( | modelo, | |
| minMag, | |||
| maxMag | |||
| ) |
| def code.magStudy.loadModel | ( | type, | |
| year, | |||
| region, | |||
| depth, | |||
| i | |||
| ) |
Definition at line 11 of file magStudy.py.
| def code.magStudy.loadModelSC | ( | type, | |
| year, | |||
| region, | |||
| depth, | |||
| i | |||
| ) |
Definition at line 140 of file magStudy.py.
| def code.magStudy.main | ( | ) |
| def code.magStudy.saveModel | ( | modelL, | |
| type, | |||
| year, | |||
| region, | |||
| depth, | |||
| i, | |||
| minMag, | |||
| maxMag | |||
| ) |
Definition at line 45 of file magStudy.py.
| def code.magStudy.saveModelSC | ( | modelL, | |
| type, | |||
| year, | |||
| region, | |||
| depth, | |||
| i, | |||
| minMag, | |||
| maxMag | |||
| ) |
Definition at line 169 of file magStudy.py.


{% extends "webapp/_layout.html" %} {% block breadcrumb %}
You can use shift key when clicking on the checkbox in order to select multiple submissions at once.
shift


Input [dataSource]
has this type
type FdMultiComboboxAcceptableDataSource<T> = FdMultiComboBoxDataSource<T> |
Observable<T[]> | T[];
To open suggestions dropdown with keyboard, use combination of alt key + arrow down key
when
focusing input field.
MultiComboboxMobileModule
[mobile]
property to true[mobileConfig]
with MobileModeConfig
configuration object to customize the
look of the control
MOBILE_MODE_CONFIG
token. Check
Global Configuration page for more
information.
group
and groupKey
is required
secondaryKey
and
showSecondaryText
is required
[state]
property to: 'success' | 'error' | 'warning' | 'information'
dataRequested
and dataReceived
outputs, that can be used to implement
external loading logic. These events are tied to the querying process through dataSource.
If tokens have been selected, and the multi-combo box is not in focus, the input field displays as many tokens as possible in the available space. If more tokens have been selected, an [n] More label indicates the number of hidden tokens. The tokens in the input field appear in the order in which they were selected.
Clicking the [n] More label opens a popover below the input field, in which all selected items are shown. The user can deselect an item by clicking its checkbox or label.
If there is only one token in the input field and its length exceeds the width of the input field, the text is truncated. Clicking the token opens a popover below the input field, in which the full text of the token is shown.


Flashcards - German Version: Die Lernkartei
The offspring and SWMBO had an argument about the need for Chinese tuition when attending Singapore's oldest school. You can guess who had what position. Disecting the positions and looking at interest (you remember your basic negotiation skills , do you?) it boiled down to the wish of self directed learning vs. fear of failure.
Having gone through both (I remember my Latin tuition teacher well. I loathed him and in return he pushed me within 6 month from F to A), I concluded: self direction needs skills. So one task to complete is Learning how to learn. To be very clear: no technique can replace the I want to learn, but once the want is established, being skilful helps (and reinforces the want). Cousera even has a Learn how to learn class online.
One tool, well established for learning facts (like vocabulary), are flash cards (there are others). Interestingly the Germans put some rigor into the general idea of sets of flash cards using a Lernkartei. The Lernkartei uses a spaced repetition approach proposed as early as 1885 and made popular by Sebastian Leitner.
In a nutshell:
At stage 1 the learner adds new learning topics (vocables, phrases, facts) in bundles of 6-10 with up to 30 cards a day. These cards are reviewed and learned until they are memorised for the session. They then go into stage 2. When reviewing stage 2 cards, successful memorised cards go to stack 3 and failed cards back to stack 1. A successful review on stack 3 promotes the cards to stack 4, while a failure demotes it to stack 1. Stack 5 cards are considered retired and are archived after one successful review.
The key of the system is the ever increasing interval between the reviews: stage 1 is reviewed daily, stage 2 every 3 days, stage 3 every 5, stage 4 every 7 and stage 5 just occasionally. There are other interval suggestions available too.
You might have guessed: that system has been put into software, more than once. One popular application is Anki (which uses the SuperMemo algorithm). Others add a social component.
All application I glanced at made one basic assumption: there is one question with one answer (which might be reversible). However reality for vocabulary is a little more complex:
\* only limited suitability as answer
So what to do? Write a multi-facetted flash card app? A flashy diamond perhaps?Some reference links to (some in German) learning resources:
Having gone through both (I remember my Latin tuition teacher well. I loathed him and in return he pushed me within 6 month from F to A), I concluded: self direction needs skills. So one task to complete is Learning how to learn. To be very clear: no technique can replace the I want to learn, but once the want is established, being skilful helps (and reinforces the want). Cousera even has a Learn how to learn class online.
One tool, well established for learning facts (like vocabulary), are flash cards (there are others). Interestingly the Germans put some rigor into the general idea of sets of flash cards using a Lernkartei. The Lernkartei uses a spaced repetition approach proposed as early as 1885 and made popular by Sebastian Leitner.
In a nutshell:
At stage 1 the learner adds new learning topics (vocables, phrases, facts) in bundles of 6-10 with up to 30 cards a day. These cards are reviewed and learned until they are memorised for the session. They then go into stage 2. When reviewing stage 2 cards, successful memorised cards go to stack 3 and failed cards back to stack 1. A successful review on stack 3 promotes the cards to stack 4, while a failure demotes it to stack 1. Stack 5 cards are considered retired and are archived after one successful review.
The key of the system is the ever increasing interval between the reviews: stage 1 is reviewed daily, stage 2 every 3 days, stage 3 every 5, stage 4 every 7 and stage 5 just occasionally. There are other interval suggestions available too.
You might have guessed: that system has been put into software, more than once. One popular application is Anki (which uses the SuperMemo algorithm). Others add a social component.
All application I glanced at made one basic assumption: there is one question with one answer (which might be reversible). However reality for vocabulary is a little more complex:
\* only limited suitability as answer
So what to do? Write a multi-facetted flash card app? A flashy diamond perhaps?Some reference links to (some in German) learning resources:
- Das ZUM-Wiki ist eine offene Plattform für Lehrinhalte und Lernprozesse
- Lerntechniken (Learning methodologies)
- How to study and learn (Critical thinking community)
- Repetico Online social flashcards
- Examtime More online flash cards
Posted by Stephan H Wissel on 23 November 2014 | Comments (1) | categories: Learning


All notable changes to this project will be documented in this file.
This project adheres to Semantic Versioning.
acorn/dist/walk
acorn-node/walk
allowHashBang
allowReturnOutsideFunction


flask-dynamo makes using Amazon DynamoDB incredibly simple. You are currently looking at the latest version of this documentation.


Box 1
Box 2
Box 3
Box 4
Some content goes here.
Some more content will be here.
This will be pictures or content or something.
This is the right column.
We are an awesome company.
We are an awesome company.
We are an awesome company.
We are the best.


Password Hasher [Modified Defaults]
Site Tag
Master Key
Glyph
Hash Word
Unmask
Requirements
Digit
Punctuation
Mixed Case
Restrictions
No Special
Digits Only
Size
4
16
6
18
8
20
10
22
12
24
14
26
Generates hash words when the
Password Hasher
extension is unavailable.
Backs up and uses saved site options.
For security, does not know your master key(s).
Completely self-contained.
Runs in any browser.
Works from a USB key.
Layout works well in a sidebar.
Smart [Enter] key moves to next empty field, makes a hashword, or starts over.
Use copy/paste to apply the hash word to a password field.


Placing logic in a service or a factory, rather than directly in the controller, can lead to better reuse across multiple controllers. It is also easier to isolate in a unit test and allows the calling logic in the controller to be easily mocked.
data-
prefix to a custom attributengShow
over ngIf
, ngIf
creates a new scope and is in the most cases slower than ngShow
.Use ng-bind
or ng-cloak
instead of simple {{ }} to prevent flashing content.
Avoid writing complex expressions in the templates.
When you need to set the src of an image dynamically use ng-src
instead of src with {{ }} template.
When you need to set the href of an anchor tag dynamically use ng-href
instead of href with {{ }} template.
Use angularJs built-in injections.
$timeout
instead of setTimeout
$interval
instead of setInterval
$window
instead of window
$document
instead of document
$http
instead of $.ajax
Use promises ($q)
instead of callbacks. It will make your code look more elegant and clean.
Placing bindable members at the top of the controller in alphabetical order makes it easy to read and helps you instantly identify which members of the controller can be bound and used in the View.


The contract is for the production of general purpose safety boots for the U.S. Navy, according to a press release issued by Rocky Brands on May 23, 2019. Those boots are produced in a factory in Puerto Rico, in spite of Rocky Brands’ corporate office being located in Nelsonville.
The company expects about $27 million worth of boots to be purchased through May 2022, according to the Rocky Brands press release.
The initial contract was for one year with two one-year extensions attached.
CEO of Rocky Brands Jason Brooks said the contract was extended in the spring. This leaves one extension left on the contract with the possibility of a new contract being bid upon in 2023.
Rocky Brands went up against five other companies when bidding on the contract, Brooks said.
Because of the number of military contracts Rocky Brands holds and has previously held, the company has a division focused on winning and working with military contracts. In addition to the current contract for Navy boots, the company also holds a contract with the U.S. Marine Corps for boot production.
Brooks said this division of Rocky Brands will continue to go after contracts, but it has not seen a new contract for large businesses up for bids since 2019. This is in large part due to a contract stipulation by the U.S. government that requires small businesses have the opportunity to acquire a contract before it can be put out for bigger businesses to bid on.
In 2019 and 2020, nine out of 11 contracts were awarded to small businesses, Mikia Muhammad, public affairs specialist at the Defense Logistics Agency, said. However, another contract for Navy Flight Deck Boots is scheduled to be solicited by the end of the year and awarded in April 2021.
“We are very pleased to have been awarded this contract to produce safety boots for the U.S. Navy,” Brooks said in a Rocky Brands press release. “This order is on top of our existing agreements and will add approximately $2 million in incremental military segment sales this calendar year. Importantly, with the increased operating efficiencies in our company-operated manufacturing facility from the growth in our commercial military business, we expect gross margins for this most recent contract to be in-line with recent segment trends.”
These military contracts are not just important for the company itself, but also for the community it is headquartered in.
As of June 2016, Rocky Brands employed approximately 350 Athens County citizens, according to the Athens County Economic Development Council website. These employees work at the Rocky Brands corporate headquarters in Nelsonville at 39 E. Canal St.
Rocky Brands has been located in Nelsonville since 1932. Brooks said it has been very impactful on the community in a positive manner.


Faction Status: Resources Page
This tab page of the Faction Status dialog shows information on the selected faction’s resources.
- The Resource List shows the resources owned by the selected faction.
- Column Value shows the current stockpile of each resource, followed by its default modifier in parentheses. Either value may be missing.
- Each resource may be affected by additional modifiers, as detailed in the Modifier List.
- Double-click on a resource to show its Variables dialog.
- The Modifier List shows a breakdown of all modifiers that affect the selected resource.
- Units sums up the modifiers of all units owned by selected faction that are currently placed on the map. The Units value is usually negative, representing maintenance costs.
- Terrains and Effects sum up the modifiers of all terrains and effects, respectively, that are present on any map site owned by the selected faction.
- Upgrades sums up the modifiers of all upgrades that the selected faction has obtained.
- Other shows the default modifier from the Resource List, plus or minus any additional adjustment defined by the rule script.
- Total shows the sum of all other values. This is the value that will be added to or subtracted from the selected resource at the end of the selected faction’s turn.
All rows show dashes if no resource is selected.
- See Faction Status for a description of other controls in this dialog.
Remarks
1. The Resource List and Modifier List are both empty if the selected faction has already been eliminated from the game.
2. The values in the Resource List are usually calculated at the beginning of a faction’s turn, whereas the values in the Modifier List may change at any time. You must wait until the beginning of the faction’s next turn before its current modifiers will be reflected in its resource stockpiles.


The generated passwords are only as secure as the main password, so take
care to have a strong one.
The developer of this app gives no warranty and is not responsible for any faults or missuses.
PassApp
The new way to have unlimited different passwords and remember only one.
Why this app?
Nowadays one needs to remember dozens of passwords, each of it has to be unique and
meet some strength requirements. But that's not always possible.
So there are some ways to master this challenge. One only has a few passwords
and uses them multiple times, maybe with some small changes. But if one password is leaked,
others are also.
The other possibility is to use a password manager, but it is much work to set it up and
if it gets hacked, all passwords are leaked.
How does this app work?
This app generates unlimited unique and strong passwords
out of one password.
So one only has to remember the main password.
This app uses a one direction algorithm to generate the unique passwords.
Each time the main password is added to the use case (e.g. Facebook, Mail) and
given to this algorithmus. Just having the output it is impossible to calculate
the input data.
All the generated passwords are different and strong, also it is not really possible
to guess the password for Facebook if you know the one for Twitter.
The generated passwords always have the same quality, also if your main password is just
"test".
But a weak main password can be brute forced if one knows one generated password.
(If you know the Twitter password, you can test all main passwords until the generated
matches the known.)
How to use the app?
Just take one good password, it should be unique and strong. And you will have
to remember that main password.
To get the password for a service you just have to type your main password in
the "Main password" field. Also, you have to specify the use case for which the
password should be generated (type your own or choose from dropdown).
Afterwards the password for the chosen destination can be copied.
Every time you need the password for the use case, you just need your main password
and the web app will generate your password again.


Toggle navigation
MicroTail
Home
History
Create Shopping List
Product Type
Quantity
Add Row
Submit
Reset
History
Smart Shop List
Apples
Vegetables
Pulses
Grains
Fruit Juices
Edible Oils
Recommend


AP Research Music-Politics Correspondence
Consent
Purpose of this study:
The purpose of this study is to collect data in order to compare one's political views with their preferred music taste in order to discover if there are any correlations between politics and their preffered music taste.
Anonymity:
All responses will remain anonymous and cannot be traced back to the participant. Responses can only be seen by the researched and will only be used within this research paper.
Participation Requirements:
To participate in this survey, you must be a high school student in the United States, have a Spotify Account, and agree to all conditions within the consent form.
Instructions
Participants will log into their Spotify account using the button below. This will give the researcher their top 50 tracks and artists of all time. The user will then be given a number to write down/remember. The user will also then be given a link to a Microsoft Forms survey. The first question will ask the participant to submit the number given to them. This survey will be used to assess the participant's political views, grade level, and collect any other non-required data such as sex and race/ethnicity.


With our application,legal professionals can
Standarlize day to day operations making your workday smoother.
Launch workflows quickly to improve staff productivity.
Ease their workflow to keeptrack their clients.
Communicate with your client with the help of web-based interaction


"KIRJATHAIM "two cities; a double city. (1.) A city of refuge in Naphtali(1 Chronicles 6:76). (2.) A town on the east of Jordan (Genesis 14:5; Deuteronomy 2:9, 10). It was assigned to the tribe of Reuben (Numbers 32:37). In the time of Ezekiel (25:9) it was one of the four cities which formed the “glory of Moab” (comp. Jeremiah 48:1, 23). It has been identified with el-Kureiyat, 11 miles south-west of Medeba, on the south slope of Jebel Attarus, the ancient Ataroth.
"KIRJATHAIM "two cities; a double city. (1.) A city of refuge in Naphtali(1 Chronicles 6:76).
(2.) A town on the east of Jordan (Genesis 14:5; Deuteronomy 2:9, 10). It was assigned to the tribe of Reuben (Numbers 32:37). In the time of Ezekiel (25:9) it was one of the four cities which formed the “glory of Moab” (comp. Jeremiah 48:1, 23). It has been identified with el-Kureiyat, 11 miles south-west of Medeba, on the south slope of Jebel Attarus, the ancient Ataroth.


Git Paid, the programmer’s time tracker
As part of an effort to learn hands-on about DevStructure’s potential customers, I’ve started working with small companies helping with their Puppet infrastructure and general operational polish. It became quickly clear to me that tracking my time in TextMate was a losing proposition so I took a late evening to whip up Git Paid.
Git Paid includes three programs. gpbegin
(1) and gpend
(1) mark the beginning and end of a work session by making commits to a Git repository. By default, this repository is ~/.gitpaid
but it can be overridden by the GITPAID_REPO
environment variable or the -r
option. Likewise the default branch is master
but it can be overridden by the GITPAID_BRANCH
environment variable or the -b
option.
gpinvoice
(1) tabulates the time spent in all work sessions and generates a nice work summary, which includes all the commit messages given to gpbegin
(1) and gpend
(1) with the -m
option. It respects that not all hours are billable so the -t
option to gpend
(1) will cause gpinvoice
(1) to count an arbitrary amount of time for that session. For example:
$ gpbegin -b client-name $ ... $ gpend -b client-name -m "Shaved the yak." $ gpbegin -b client-name $ gpend -b client-name -t 1:45 -m "Faked the time." $ gpinvoice -b client-name # Invoice Thu Jan 6 18:27:32 UTC 2011 from client-name branch of /home/vagrant/.gitpaid ## Work log Began: Thu, 6 Jan 2011 16:17:29 +0000 > Shaved the yak. Ended: Thu, 6 Jan 2011 17:47:42 +0000 Billed time: 1:30 Began: Thu, 6 Jan 2011 18:27:23 +0000 > Faked the time. Ended: Thu, 6 Jan 2011 18:27:25 +0000 Billed time (adjusted): 1:45 ## Summary Total billed time: 3:15


Meet your ragtag, powerhouse, most OP Dream Programming Team. We started with 10members ended with 5 real quick. We all thought of an idea at the same time. We thought what if I could store my personal recipes from my grandma into an app!! And voila we came up with Secret Family Recipes!
Secret Family Recipes is your one stop shop for Cooking!! You can store your personal recipes make it private or public! You can also store public recipes into your recipe list so not only will it consist of your nana’s recipes but also everyone else’s recipe you deem worthy to be stored with your grandma’s most delicious dishes!


추천 R패키지 속도 및 성능 비교 연구 결과입니다.
- 데이터셋 : MovieLense (100만행)
- 컴퓨터 사양 : 7i, 32Gb RAM
패키지 목록
| package name |
package description |
| Myrrix |
Real-Time, Scalable Clustering and Recommender System, Evolved from Apache Mahout |
| recommenderlab |
Lab for Developing and Testing Recommender Algorithms |
| recosystem |
Recommender System using Matrix Factorization |
| rrecsys |
Environment for Evaluating Recommender Systems |
| slimrec |
Sparse Linear Method to Predict Ratings and Top-N Recommendations |
패키지 성능 비교
| package name |
algorithm |
time(min) |
RMSE |
| recommenderlab |
Most Popular |
4.27 |
0.9725 |
| |
User-Based CF |
5.03 |
1.0464 |
| |
Item-based CF |
7.11 |
1.5074 |
| |
SVD |
5.52 |
1.0204 |
| |
Funk SVD |
13.91 |
0.9106 |
| |
Random |
3.49 |
1.3832 |
| |
ALS |
13.14 |
0.9032 |
| rrecsys |
itemAverage |
7.37 |
0.9614 |
| |
userAverage |
6.95 |
1.0140 |
| |
globalAverage |
6.22 |
1.0913 |
| |
IBKNN |
7.53 |
1.0853 |
| |
UBKNN |
37.49 |
1.0196 |
| |
FunkSVD |
31.36 |
1.0811 |
| |
SlopeOne |
15.48 |
0.9028 |
| recosystem |
Matrix Factorization |
0.68 |
0.8529 |
| slimrec |
Sparse Linear Method |
25.52 |
2.2196 |
| SVDApproximation |
SVDApproximation |
4.92 |
0.9313 |
| SmartCat-labs’s Git R code |
ibcf |
1.76 |
0.8859 |
| |
ubcf |
1.74 |
0.8564 |
전체 분석 코드


TEAMS
list of different teams
| # | Team | Description | Created By | Created At | Updated At | Action |
|---|---|---|---|---|---|---|
| {{i+1}} | {{team.name | uppercase}} | {{team.description}} | {{team.created_by.full_name}} | {{team.created_at | date : 'fullDate'}} | {{team.updated_at | date: 'fullDate'}} |


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Japan 'probably the greatest' tournament, says World Rugby chief Beaumont – video
World Rugby chairman Sir Bill Beaumont believes the Japan tournament will ‘probably be remembered as the greatest Rugby World Cup’.
“We’ve broken records at every level,” said Beaumont a day after South Africa sealed Rugby World Cup glory in Yokohama. “Attendances, fan zones, broadcast, digital and social media.”
Beaumont also revealed the World Rugby Council has approved the implementation of a dual-host selection process for the tournaments in 2027 and 2031, beginning next year.


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If you notice a mistake, please email me at<EMAIL_ADDRESS>Last updated: Class of 2021