The box-direction
CSS property specifies whether a box lays out its contents normally (from the top or left edge), or in reverse (from the bottom or right edge).
Initial value: normal
The -moz-box-flex
and -webkit-box-flex
CSS properties specify how a -moz-box
or -webkit-box
grows to fill the box that contains it, in the direction of the containing box's layout.
Initial value: 0
The box-flex-group
CSS property assigns the flexbox's child elements to a flex group.
Initial value: 1
The box-lines
CSS property determines whether the box may have a single or multiple lines (rows for horizontally oriented boxes, columns for vertically oriented boxes).
Initial value: single
The box-ordinal-group
CSS property assigns the flexbox's child elements to an ordinal group.
Initial value: 1
The box-orient
CSS property specifies whether an element lays out its contents horizontally or vertically.
Initial value: inline-axis
(horizontal
in XUL)
The -moz-box-pack
and -webkit-box-pack
CSS properties specify how a -moz-box
or -webkit-box
packs its contents in the direction of its layout. The effect of this is only visible if there is extra space in the box.
Initial value: start
The line-break
CSS property sets how to break lines of Chinese, Japanese, or Korean (CJK) text when working with punctuation and symbols.
Initial value: auto
The opacity
CSS property sets the transparency of an element or the degree to which content behind an element is visible.
Initial value: 1.0
The **user-select**
CSS property controls whether the user can select text. This doesn't have any effect on content loaded as chrome, except in textboxes.
Initial value: auto
The background-clip
CSS property sets whether an element's background <color>
or <image>
extends underneath its border.
Initial value: border-box
The box-decoration-break
CSS property specifies how an element's fragments should be rendered when broken across multiple lines, columns, or pages.
Initial value: slice
The background-origin
CSS property sets the background positioning area. In other words, it sets the origin position of an image set with the background-image
property.
Initial value: padding-box
The background-size
CSS property sets the size of the element's background image. The image can be left to its natural size, stretched, or constrained to fit the available space.
Initial value: auto auto
The -moz-binding
CSS property is used by Mozilla-based applications to attach an XBL binding to a DOM element.
Initial value: none
In Mozilla applications like Firefox, the -moz-border-bottom-colors
CSS property sets a list of colors for the bottom border.
Initial value: none
In Mozilla applications like Firefox, the -moz-border-left-colors
CSS property sets a list of colors for the left border.
Initial value: none
The border-radius
CSS property rounds the corners of an element's outer border edge. You can set a single radius to make circular corners, or two radii to make elliptical corners.
The border-bottom-left-radius
CSS property rounds the bottom-left corner of an element.
Initial value: 0
The border-bottom-right-radius
CSS property rounds the bottom-right corner of an element.
Initial value: 0
The border-top-left-radius
CSS property rounds the top-left corner of an element.
Initial value: 0
The border-top-right-radius
CSS property rounds the top-right corner of an element.
Initial value: 0
In Mozilla applications like Firefox, the -moz-border-right-colors
CSS property sets a list of colors for the right border.
Initial value: none
In Mozilla applications like Firefox, the -moz-border-top-colors
CSS property sets a list of colors for the top border.
Initial value: none
The box-align
CSS property specifies how an element aligns its contents across its layout in a perpendicular direction. The effect of the property is only visible if there is extra space in the box.
Initial value: stretch
The box-direction
CSS property specifies whether a box lays out its contents normally (from the top or left edge), or in reverse (from the bottom or right edge).
Initial value: normal
The -moz-box-flex
and -webkit-box-flex
CSS properties specify how a -moz-box
or -webkit-box
grows to fill the box that contains it, in the direction of the containing box's layout.
Initial value: 0
The box-ordinal-group
CSS property assigns the flexbox's child elements to an ordinal group.
Initial value: 1
The box-orient
CSS property specifies whether an element lays out its contents horizontally or vertically.
Initial value: inline-axis
(horizontal
in XUL)
The -moz-box-pack
and -webkit-box-pack
CSS properties specify how a -moz-box
or -webkit-box
packs its contents in the direction of its layout. The effect of this is only visible if there is extra space in the box.
Initial value: start
The box-shadow
CSS property adds shadow effects around an element's frame. You can set multiple effects separated by commas. A box shadow is described by X and Y offsets relative to the element, blur and spread radii, and color.
Initial value: none
The opacity
CSS property sets the transparency of an element or the degree to which content behind an element is visible.
Initial value: 1.0
The outline
CSS property is a shorthand to set various outline properties in a single declaration: outline-style
, outline-width
, and outline-color
.
The outline-color
CSS property sets the color of an element's outline.
Initial value: invert
, for browsers supporting it, currentColor
for the other
In Mozilla applications like Firefox, the -moz-outline-radius
CSS property can be used to give an element's outline
rounded corners.
The outline-style
CSS property sets the style of an element's outline. An outline is a line that is drawn around an element, outside the border
.
Initial value: none
The outline-width
CSS property sets the thickness of an element's outline. An outline is a line that is drawn around an element, outside the border
.
Initial value: medium
The text-align-last
CSS property sets how the last line of a block or a line, right before a forced line break, is aligned.
Initial value: auto
The -moz-text-blink
non-standard Mozilla CSS extension specifies the blink mode.
Initial value: none
The text-decoration-color
CSS property sets the color of decorations added to text by text-decoration-line
.
Initial value: currentcolor
The text-decoration-line
CSS property sets the kind of decoration that is used on text in an element, such as an underline or overline.
Initial value: none
The text-decoration-style
CSS property sets the style of the lines specified by text-decoration-line
. The style applies to all lines that are set with text-decoration-line
.
Initial value: solid
In Mozilla applications, -moz-user-input
determines if an element will accept user input.
Initial value: auto
The -moz-window-shadow
CSS property specifies whether a window will have a shadow. It only works on Mac OS X.
Initial value: default
The animation
shorthand CSS property sets an animated transition between styles. It is a shorthand for animation-name
, animation-duration
, animation-timing-function
, animation-delay
, animation-iteration-count
, animation-direction
, animation-fill-mode
, and animation-play-state
.
The animation-delay
CSS property sets when an animation starts. The animation can start later, immediately from its beginning, or immediately and partway through the animation.
Initial value: 0s
The animation-direction
CSS property sets whether an animation should play forwards, backwards, or alternating back and forth.
Initial value: normal
The animation-duration
CSS property sets the length of time that an animation takes to complete one cycle.
Initial value: 0s
The animation-fill-mode
CSS property sets how a CSS animation applies styles to its target before and after its execution.
Initial value: none
The animation-iteration-count
CSS property sets the number of times an animation cycle should be played before stopping.
Initial value: 1
The animation-name
CSS property sets one or more animations to apply to an element. Each name is an @keyframes
at-rule that sets the property values for the animation sequence.
Initial value: none
The animation-play-state
CSS property sets whether an animation is running or paused.
Initial value: running
The **animation-timing-function**
CSS property sets how an animation progresses through the duration of each cycle.
Initial value: ease
The background-size
CSS property sets the size of the element's background image. The image can be left to its natural size, stretched, or constrained to fit the available space.
Initial value: auto auto
The border-image
CSS property draws an image in place of an element's border-style
.
The transform
CSS property lets you rotate, scale, skew, or translate an element. It modifies the coordinate space of the CSS visual formatting model.
Initial value: none
The transition
CSS property is a shorthand property for transition-property
, transition-duration
, transition-timing-function
, and transition-delay
.
The transition-delay
CSS property specifies the duration to wait before starting a property's transition effect when its value changes.
Initial value: 0s
The transition-duration
CSS property sets the length of time a transition animation should take to complete. By default, the value is 0s
, meaning that no animation will occur.
Initial value: 0s
The transition-property
CSS property sets the CSS properties to which a transition effect should be applied.
Initial value: all
The transition-timing-function
CSS property sets how intermediate values are calculated for CSS properties being affected by a transition effect.
Initial value: ease
The box-align
CSS property specifies how an element aligns its contents across its layout in a perpendicular direction. The effect of the property is only visible if there is extra space in the box.
Initial value: stretch
The box-direction
CSS property specifies whether a box lays out its contents normally (from the top or left edge), or in reverse (from the bottom or right edge).
Initial value: normal
The -moz-box-flex
and -webkit-box-flex
CSS properties specify how a -moz-box
or -webkit-box
grows to fill the box that contains it, in the direction of the containing box's layout.
Initial value: 0
The box-flex-group
CSS property assigns the flexbox's child elements to a flex group.
Initial value: 1
The box-lines
CSS property determines whether the box may have a single or multiple lines (rows for horizontally oriented boxes, columns for vertically oriented boxes).
Initial value: single
The box-ordinal-group
CSS property assigns the flexbox's child elements to an ordinal group.
Initial value: 1
The box-orient
CSS property specifies whether an element lays out its contents horizontally or vertically.
Initial value: inline-axis
(horizontal
in XUL)
The -moz-box-pack
and -webkit-box-pack
CSS properties specify how a -moz-box
or -webkit-box
packs its contents in the direction of its layout. The effect of this is only visible if there is extra space in the box.
Initial value: start
The scroll-snap-points-x
CSS property defines the horizontal positioning of snap points within the content of the scroll container they are applied to.
Initial value: none
The scroll-snap-points-y
CSS property defines the vertical positioning of snap points within the content of the scroll container they are applied to.
Initial value: none
The box-align
CSS property specifies how an element aligns its contents across its layout in a perpendicular direction. The effect of the property is only visible if there is extra space in the box.
Initial value: stretch
The box-direction
CSS property specifies whether a box lays out its contents normally (from the top or left edge), or in reverse (from the bottom or right edge).
Initial value: normal
The -moz-box-flex
and -webkit-box-flex
CSS properties specify how a -moz-box
or -webkit-box
grows to fill the box that contains it, in the direction of the containing box's layout.
Initial value: 0
The box-flex-group
CSS property assigns the flexbox's child elements to a flex group.
Initial value: 1
The box-lines
CSS property determines whether the box may have a single or multiple lines (rows for horizontally oriented boxes, columns for vertically oriented boxes).
Initial value: single
The box-ordinal-group
CSS property assigns the flexbox's child elements to an ordinal group.
Initial value: 1
The box-orient
CSS property specifies whether an element lays out its contents horizontally or vertically.
Initial value: inline-axis
(horizontal
in XUL)
The -moz-box-pack
and -webkit-box-pack
CSS properties specify how a -moz-box
or -webkit-box
packs its contents in the direction of its layout. The effect of this is only visible if there is extra space in the box.
Initial value: start
The clip
CSS property defines what portion of an element is visible. The clip
property applies only to absolutely positioned elements, that is elements with position:absolute
or position:fixed
.
Initial value: auto
The font-variant-alternates
CSS property controls the usage of alternate glyphs. These alternate glyphs may be referenced by alternative names defined in @font-feature-values
.
Initial value: normal
The column-gap
CSS property sets the size of the gap (gutter) between an element's columns.
Initial value: 0
The gap
CSS property sets the gaps (gutters) between rows and columns. It is a shorthand for row-gap
and column-gap
.
The row-gap
CSS property sets the size of the gap (gutter) between an element's grid rows.
Initial value: 0
The ime-mode
CSS property controls the state of the input method editor (IME) for text fields. This property is obsolete.
Initial value: auto
The ime-mode
CSS property controls the state of the input method editor (IME) for text fields. This property is obsolete.
Initial value: auto
The inset-block
CSS property defines the logical block start and end offsets of an element, which maps to physical offsets depending on the element's writing mode, directionality, and text orientation. It corresponds to the top
and bottom
, or right
and left
properties depending on the values defined for writing-mode
, direction
, and text-orientation
.
Initial value: auto
The inset-block-end
CSS property defines the logical block end offset of an element, which maps to a physical inset depending on the element's writing mode, directionality, and text orientation. It corresponds to the top
, right
, bottom
, or left
property depending on the values defined for writing-mode
, direction
, and text-orientation
.
Initial value: auto
The inset-block-start
CSS property defines the logical block start offset of an element, which maps to a physical inset depending on the element's writing mode, directionality, and text orientation. It corresponds to the top
, right
, bottom
, or left
property depending on the values defined for writing-mode
, direction
, and text-orientation
.
Initial value: auto
The inset-inline
CSS property defines the logical block start and end offsets of an element, which maps to physical offsets depending on the element's writing mode, directionality, and text orientation. It corresponds to the top
and bottom
, or right
and left
properties depending on the values defined for writing-mode
, direction
, and text-orientation
.
Initial value: auto
The inset-inline-end
CSS property defines the logical inline end inset of an element, which maps to a physical inset depending on the element's writing mode, directionality, and text orientation. It corresponds to the top
, right
, bottom
, or left
property depending on the values defined for writing-mode
, direction
, and text-orientation
.
Initial value: auto
The inset-inline-start
CSS property defines the logical inline start inset of an element, which maps to a physical offset depending on the element's writing mode, directionality, and text orientation. It corresponds to the top
, right
, bottom
, or left
property depending on the values defined for writing-mode
, direction
, and text-orientation
.
Initial value: auto
The scroll-snap-coordinate
CSS property defines the x and y coordinate positions within an element that will align with its nearest ancestor scroll container's scroll-snap-destination
for each respective axis.
Initial value: none
The scroll-snap-destination
CSS property defines the position in x and y coordinates within the scroll container's visual viewport which element snap points align with.
Initial value: 0px 0px
The scroll-snap-points-x
CSS property defines the horizontal positioning of snap points within the content of the scroll container they are applied to.
Initial value: none
The scroll-snap-points-y
CSS property defines the vertical positioning of snap points within the content of the scroll container they are applied to.
Initial value: none
The scroll-snap-type-x
CSS property defines how strictly snap points are enforced on the horizontal axis of the scroll container in case there is one.
Initial value: none
The scroll-snap-type-y
CSS property defines how strictly snap points are enforced on the vertical axis of the scroll container in case there is one.
Initial value: none
The text-combine-upright
CSS property sets the combination of characters into the space of a single character. If the combined text is wider than 1em, the user agent must fit the contents within 1em. The resulting composition is treated as a single upright glyph for layout and decoration. This property only has an effect in vertical writing modes.
Initial value: none
Generated using TypeDoc
The
box-align
CSS property specifies how an element aligns its contents across its layout in a perpendicular direction. The effect of the property is only visible if there is extra space in the box.Initial value:
stretch


- peek() - Method in class de.mrapp.android.tabswitcher.iterator.AbstractItemIterator
-
Returns the next item.
- PeekAnimation - Class in de.mrapp.android.tabswitcher
-
A peek animation, which animates the size of a tab starting at a specific position in order to
show the tab for a short time at the end of a
TabSwitcher
.
- PeekAnimation.Builder - Class in de.mrapp.android.tabswitcher
-
A builder, which allows to configure and create instances of the class
PeekAnimation
.
- PhoneArithmetics - Class in de.mrapp.android.tabswitcher.layout.phone
-
Provides methods, which allow to calculate the position, size and rotation of a
TabSwitcher
's tabs, when using the smartphone layout.
- PhoneArithmetics(TabSwitcher) - Constructor for class de.mrapp.android.tabswitcher.layout.phone.PhoneArithmetics
-
Creates a new class, which provides methods, which allow to calculate the position, size and
rotation of a
TabSwitcher
's tabs, when using the smartphone layout.
- PhoneDragTabsEventHandler - Class in de.mrapp.android.tabswitcher.layout.phone
-
A drag handler, which allows to calculate the position and state of tabs on touch events, when
using the smartphone layout.
- PhoneDragTabsEventHandler(TabSwitcher, Arithmetics, AttachedViewRecycler<AbstractItem, ?>) - Constructor for class de.mrapp.android.tabswitcher.layout.phone.PhoneDragTabsEventHandler
-
Creates a new drag handler, which allows to calculate the position and state of tabs on touch
events, when using the smartphone layout.
- PhoneDragTabsEventHandler.Callback - Interface in de.mrapp.android.tabswitcher.layout.phone
-
Defines the interface, a class, which should be notified about the events of a drag handler,
must implement.
- PhoneTabRecyclerAdapter - Class in de.mrapp.android.tabswitcher.layout.phone
-
A view recycler adapter, which allows to inflate the views, which are used to visualize the tabs
of a
TabSwitcher
, when using the smartphone layout.
- PhoneTabRecyclerAdapter(TabSwitcher, TabSwitcherModel, TabSwitcherStyle, ViewRecycler<Tab, Void>) - Constructor for class de.mrapp.android.tabswitcher.layout.phone.PhoneTabRecyclerAdapter
-
Creates a new view recycler adapter, which allows to inflate the views, which are used to
visualize the tabs of a
TabSwitcher
.
- PhoneTabSwitcherLayout - Class in de.mrapp.android.tabswitcher.layout.phone
-
A layout, which implements the functionality of a
TabSwitcher
on smartphones.
- PhoneTabSwitcherLayout(TabSwitcher, TabSwitcherModel, PhoneArithmetics, TabSwitcherStyle, TouchEventDispatcher) - Constructor for class de.mrapp.android.tabswitcher.layout.phone.PhoneTabSwitcherLayout
-
Creates a new layout, which implements the functionality of a
TabSwitcher
on
smartphones.
- PhoneTabViewHolder - Class in de.mrapp.android.tabswitcher.layout.phone
-
A view holder, which allows to store references to the views, a tab of a
TabSwitcher
consists of, when using the smartphone layout.
- PhoneTabViewHolder() - Constructor for class de.mrapp.android.tabswitcher.layout.phone.PhoneTabViewHolder
-
- PreviewDataBinder - Class in de.mrapp.android.tabswitcher.layout.phone
-
A data binder, which allows to asynchronously render preview images of tabs and display them
afterwards.
- PreviewDataBinder(ViewGroup, ViewRecycler<Tab, Void>, Model) - Constructor for class de.mrapp.android.tabswitcher.layout.phone.PreviewDataBinder
-
Creates a new data binder, which allows to asynchronously render preview images of tabs and
display them afterwards.
- previewImageView - Variable in class de.mrapp.android.tabswitcher.layout.phone.PhoneTabViewHolder
-
The image view, which is used to display the preview of a tab.
- previous() - Method in class de.mrapp.android.tabswitcher.iterator.AbstractItemIterator
-
Returns the previous item.
- PRIMARY_TOOLBAR_INDEX - Static variable in class de.mrapp.android.tabswitcher.TabSwitcher
-
- progressBar - Variable in class de.mrapp.android.tabswitcher.layout.AbstractTabViewHolder
-
The progress bar of a tab.
- PullDownGesture - Class in de.mrapp.android.tabswitcher
-
A drag gesture, which can be used to show the tab switcher by pulling down the currently selected
tab, when using the smartphone layout.
- PullDownGesture.Builder - Class in de.mrapp.android.tabswitcher
-
A builder, which allows to configure and create instances of the class
PullDownGesture
.
- PullDownGestureEventHandler - Class in de.mrapp.android.tabswitcher.gesture
-
An event handler, which allows to handle pull down gestures, which can be used to show the tab
switcher by pulling down the currently selected tab, when using the smartphone layout.
- PullDownGestureEventHandler(TabSwitcher, int, RectF) - Constructor for class de.mrapp.android.tabswitcher.gesture.PullDownGestureEventHandler
-
Creates a new event handler, which allows to handle pull down gestures, which can be used to
show the tab switcher by pulling down the currently selected tab, when using the smartphone
layout.
- PullDownGestureEventHandler.Callback - Interface in de.mrapp.android.tabswitcher.gesture
-


Public Member Functions | |
| startup (Controller $controller) | |
| run () | |
| questionnaire ($qr, $pages) | |
| page ($page, $questions) | |
| question ($question) |
Copyright 2013 University of Washington, School of Nursing. http://opensource.org/licenses/BSD-3-Clause
Think of it like a SAX parser for our survey: you define functions that it should run every time it comes to an item.
Abstract the process of walking through the project tree and executing a function at each step. Lots of code (calculations, skipped questions, etc.) can be refactored into this pattern. TraverseSkippedComponent Uses the Traverse abstract class to walk through the survey session and return an array of data to show on the skipped questions page.
Rules: keep a question if it has no analysis value and isn't on a page that should be skipped. Returns: the array needed for the skipped Questions view: [ ["Questionnaire" => Title, "Questions" => ["text" => Question Text, "page_id" => ID of the question's page]]]
| TraverseSkippedComponent::run | ( | ) |
Note that the code in this fxn is not specific to traversing skipped, tho the fxns it calls are.


Nature
Creative
Food
Flowers
City
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Hi, my name is Fidel Boamah. I am currently a sophomore at Drexel University, pursuing a Bachelor's of Science degree in Interactive Digital Media.
I modelled this website after Sean Haplin's portfolio site. I wanted to focus on trendy minimalist designs and user experience.
The main tools I used to build this site are VScode, Adobe Illustrator and Adobe Photoshop.
In case you're wondering what I look like, that's me up there.
Aside my pursuit for higher education. I am an artist at heart.
I enjoy drawing and designing things that people love and crave to interact with.
My friends and I also started this company called Dream Big where we encourage people to jump out of their comfort zones and chase after their dreams. Here's a link to our instagram page. If you have any questions, don't hesitate to hit the button below ;)


$14
Buffalo mozarella, heirloom tomatoes, basil oil.
$15
Romaine lettuce, parmesan, anchovy, garlicky dressing.
$12
Braised beef, egg, parsley, romano cheese, breadcrumbs.
French bread, roma tomatoes, fresh garlic, basil, black pepper, EVOO.
ALl rights reserved. Designed by Ryan Paul, Taruna Mangar, and Evelina Iliescu-Nastasiu.


Designing a process for replacing a legacy software system with newer technology involves a combination of the Product Management Lifecycle and the Software Development Lifecycle (SDLC). Below is an outline that integrates both
lifecycles:
-
Initiation Phase (Product Management Lifecycle):
- Identify the need for replacing the legacy software system based on business requirements, technological advancements, and end-user feedback.
- Conduct a feasibility study to assess the viability of the replacement project, considering factors like cost, timeline, and potential risks.
-
Planning Phase (Product Management Lifecycle):
- Define clear project objectives, scope, and success criteria for the replacement initiative.
- Establish a project team comprising stakeholders from various departments, including product managers, software engineers, IT, and end-users.
- Create a high-level roadmap outlining the stages and timelines for the replacement project.
-
Requirements Gathering (Product Management Lifecycle):
- Collaborate with stakeholders to gather detailed functional and non-functional requirements for the new technology.
- Prioritize features and functionalities based on business value and user needs.
-
Software Development Lifecycle (SDLC) Commencement:
- At this point, the Software Development Lifecycle for the replacement technology will begin in parallel with the Product Management Lifecycle stages.
-
Design Phase (SDLC):
- Based on the gathered requirements, design the architecture and technical specifications for the new software system.
- Define integration points with existing systems and data migration strategies.
-
Development Phase (SDLC):
- Start the actual development of the new software system, following the design specifications.
- Adopt an iterative or Agile approach to development for flexibility and early feedback.
-
Testing Phase (SDLC):
- Perform comprehensive testing, including unit testing, integration testing, and user acceptance testing, to ensure the quality and functionality of the new system.
-
Deployment Phase (SDLC):
- Prepare for the rollout of the new technology by coordinating with IT and relevant teams.
- Plan for user training and change management to ease the transition.
-
Execution and Monitoring (Product Management Lifecycle):
- During the deployment, closely monitor the progress of the replacement project, ensuring it aligns with the set objectives and timelines.
- Address any issues or roadblocks promptly.
-
Closing Phase (Product Management Lifecycle):
- Evaluate the success of the replacement project against the predefined success criteria.
- Gather feedback from stakeholders and users for further improvement.
- Celebrate the successful replacement and retire the legacy system.
By integrating elements of both the Product Management Lifecycle and the Software Development Lifecycle, this process ensures a structured and efficient approach to replace the legacy software system with newer technology while
meeting business goals and user needs.


While parsing the document Trident (IE11) sets document.activeElement = null
,
after DOMContentLoaded
it is set to <html>
,
after document.activeElement.blur()
it is set to <body>
.
IE12, Gecko, Blink and WebKit have it set to <body>
during all stages.


In this sample is demonstrated how to display status bar in Custom element Grid.
Find Record
Find what:
Look in:
Find
Clear


{% extends 'zenofewords/base.html' %} {% load render_bundle from webpack_loader %} {% load zenofewords_tags %} {% block title %} {{ block.super }} - Home {% endblock title %} {% block scripts %} {% render_bundle 'home' 'css' %} {% endblock scripts %} {% block header %} {{ block.super }} {% endblock header %} {% block content %}
A software developer, an intermittent gamer, full-time geek.
I help small and medium sized clients build and utilise their digital infrastructure to grow their business. If you need a software solution, feel free to {% external_link_tag 'https://www.linkedin.com/in/zenofewords/' 'contact me on LinkedIn' '.' %}


5.6 Magnitude Earthquake Strikes Near Kuril Islands - Russian Geophysical Service
The so-called Kuril-Kamchatka Arc and extends some 2,100 km from Hokkaido, Japan along the Kuril Islands and the Pacific coast of Russia’s Kamchatka Peninsula, is one of the most seismically active regions in the world also known as the Ring of Fire.
The 5.6 magnitude earthquake was registered in the Sea of Okhotsk near Russia’s Kuril Islands, the regional branch of the Geophysical Survey of the Russian Academy of Sciences (GS RAS) said on Saturday.
“The 5.6 magnitude earthquake was registered at 23:58 local time [12:58 GMT] near the Kuril Islands. The epicentre of tremors was located … 124 kilometres [87 miles] east of Yuzhno-Kurilsk, at the depth of 51kilometres,” head of the seismological station Yelena Semenova said.
The head of the station added that residents of the Malokurilskoye village on the island of Shikotan had felt the 3.0 magnitude tremors.
The Kuril Islands are located in a seismically active zone known as the Ring of Fire, which is regularly affected by powerful earthquakes. On November 5, 1952, the 9.0 magnitude earthquake triggered a huge tsunami that devastated the town of Severo-Kurilsk, leaving more than 2,300 people killed.


Previously, I wrote up a short tutorial on how to use D3.js with Coffeescript. The examples were simple and in static form, which is what scientists are generally used to regarding figures that are found in papers and presentations. Today, we’ll go over the process of making visualization dynamic. If this is your first time on the blog, I would suggest to take a look at Coffeescript for scientists and D3.js for scientists for the background material.
Transitions
Visualizations can be dynamic in many ways, but here will focus on a set of simple topics for the beginning such as changes in shape, color, and position. In the previous D3.js example we learned how to make basic shapes with color properties and here will change those circles with some attribute and style definitions.
1 polygon = (sides, size, radius, center) ->
2 circle = 2 * Math.PI
3 angle = circle / sides
4 points = []
5
6 for i in [0..sides - 1]
7 x = (Math.cos(angle * i) * size) + center[0]
8 y = (Math.sin(angle * i) * size) + center[1]
9 points[i] = {"x": x, "y": y, "r": radius}
10
11 return points
12
13 polyData = polygon(6, 150, 20, [200, 200])
14
15 svg1 = d3.select("#experimental-circles-only")
16 .append("svg")
17 .attr("width", 400)
18 .attr("height", 400)
19
20 circles = svg1.selectAll("circle")
21 .data(polyData)
22 .enter()
23 .append("circle")
24 .style("fill", "gray")
25 .style("stroke", "none")
26 .style("stroke-width", 2)
27
28 circleAttributes = circles
29 .attr("cx", (d) -> (d.x))
30 .attr("cy", (d) -> (d.y))
31 .attr("r", (d) -> (d.r))
The part that we’re adding here is the following.
1 circlesTrans = circles
2 .transition()
3 .delay(1000)
4 .duration(2000)
5 .style("fill", "lightblue")
6 .attr("r", (d) -> (d.r * 3))
With just this simple addition we can add a new dimension to the graphic. If you hit reload you will see what happens below.
The circles transition from a light-gray color to light-blue. At the same time the size of the circles increase by three radii. We did this by calling the style()
and attr()
functions with new input values after the transition()
call. While this example is nice and straightforward, it’s limited. You obviously would not see the transition on this page at first due to the length of the document and the placement of the graphic. Let’s make it a bit interactive.
Below is the same code as above, but with a few additional lines. Here, we are using the on()
function which makes d3.js elements receptive to interactions. When you hover over the circles, they will fade to red. Upon leaving the circles, they will fade back gray and when you click on a circle it will turn blue and grow in size.
1 circleActions = circleAttributes
2 .on("mouseover", () -> (d3.select(this).transition().duration(500).style("fill", "red")))
3 .on("mouseout", () -> (d3.select(this).transition().duration(500).style("fill", "gray")))
4 .on("mousedown", () -> (d3.select(this).
5 transition().
6 duration(500).
7 style("fill", "lightblue").
8 attr("r", (d) -> (d.r * 3))))
Note that the transition()
function allows the changes to operate with controlled timing and and/or delays. Without the transition()
function the changes will be abrupt. Let’s simplify the code a bit by removing the "mouseover"
/"mouseout"
transitions and make the circles return to its original size after some given time.
1 circleActions = circleAttributes
2 .on("click", () ->
3 d3.select(this)
4 .transition()
5 .duration(500)
6 .style("fill", "lightblue")
7 .attr("r", (d) -> (d.r * 3))
8 .each("end", () ->
9 d3.select(this)
10 .transition()
11 .duration(500)
12 .style("fill", "gray")
13 .attr("r", (d) -> (d.r * 1))))
In the code, there’s a new component called each()
with the option of "end"
. This allows us to click on each of the circles and have them execute their transitions. The "end"
bit means that at the end of the prior transition execute the current transition separately. For those not too familiar with D3.js you’re likely questioning what d3.select(this)
does. It makes the operation refer back to the current DOM element. It’s an easy way of working with your code without having to make complex callings to elements all the time.
Last but not least, here’s another example with motion from point A to B. The transitions from the previous example where the circles grow and shrink with color fading is included.
1 circleActions = circleAttributes
2 .on("click", () ->
3 d3.select(this)
4 .transition()
5 .duration(500)
6 .attr("transform", (d) -> "translate(100,100)")
7 .attr("r", (d) -> (d.r * 3))
8 .style("fill", "lightblue")
9 .each("end", () ->
10 d3.select(this)
11 .transition()
12 .duration(300)
13 .style("fill", "gray")
14 .attr("r", (d) -> (d.r * 1))
15 .attr("transform", (d) -> "translate(0,0)")
16 .attr("r", (d) -> (d.r * 1))))
The translate()
function is the change in position relative to the element’s (circles) initial position. That’s why translate(0,0)
sends the circles back to their initial position.
From here there are many ways that you can expand on what’s possible with D3.js on transitions and interactivity. In the coming weeks I’ll focus more on scientific purposes for data visualization with dynamic options. If you’re starving for more and can’t wait, go check out (a little knowledge of JS is needed) this and that. You can download the Coffeescript, JS, and HTML code used for this post here.


R2-D2 popcorn maker
by Rusty BlazenhoffIt's a little corny but William-Sonoma's R2-D2 Popcorn Maker will probably appeal to most fans of POP culture, even at its $100 price tag. Something fun: Its head doubles as a serving bowl.
Give snack time the intergalactic edge with this popcorn maker shaped like everyone's favorite Star Wars™ droid. Simply plug him in, add corn kernels and watch as R2-D2 makes quick work of air-popping a healthy snack for movie night.
(I'm still nostalgic for the Joe Namath "Butter-Up Popper" we had in the seventies!)
Previously: Wrap makes your Instant Pot look like R2-D2


Local startup raises $1.6 million funding from investors
by Tech DeskKARACHI: Pakistan’s own messaging platform, TelloTalk has raised $1.6 million from a combination of international and local investors.
International investors include a UAE-based venture as well as the USA and Hong Kong-based businesses along with local institutional investors including TPL eVentures and i2i Ventures. The money that the startup has raised will go towards more in-depth research, marketing and advertising and further product development to ensure that it faces minimum criticism.
“Pakistanis have a choice in messaging apps – TelloTalk is the single best local messaging app, customised for Pakistanis, fully committed to Pakistan, with all our technology and management infrastructure present in Pakistan,” said Shahbaz Jamote, Co-Founder and CEO of TelloTalk.
He further added that the app is available to corporations of all sizes to improve productivity and internal communication along with customer interactions via various multimedia chat channels. TelloTalk also complies with all the local regulations such as the digital payments ensuring that the user experience is not compromised at all.
“At TelloTalk, we aspire to digitize the economy of Pakistan and unleash the incredible creativity and talent of our nation’s youth,” added Arshad Ashraf, Chairman of TelloTalk.
TelloTalk is a well-defined app that is locally customised much like WeChat in China and KakaoTalk in Korea. Launched in 2017, the app has empowered businesses also to rid themselves of just the traditional means of communication and hop on the bandwagon of more modernised ways of communication internally as well as with their customers.
The app is available to download on the iOS App Store as well as the PlayStore on Android.


Male nurse Sean Farrow jailed for creepy videos
A creepy male nurse who secretly recorded colleagues and vulnerable patients at a Melbourne hospital has been jailed.
Sean Farrow, 52, pleaded guilty to five counts of installing a surveillance device to record and one count of sexual assault in Melbourne Magistrates Court on Thursday.
He was jailed for six months and placed on a community corrections order.


Text
Designing a new platform is an opportunity to unify our font choices around a modern set of typographic rules.
For GAIN CAPITAL trading platforms we should look at standardising on a more modern screen font. City Index has already been using Open Sans for their marketing collateral, and this is a good choice for platforms too.
96pt / 5em Abcdefghijklmnopqrstuvxyz
72pt / 4em Abcdefghijklmnopqrstuvxyz
48pt / 2.65em Abcdefghijklmnopqrstuvxyz
32pt / 1.8em Abcdefghijklmnopqrstuvxyz
28pt / 1.55em Abcdefghijklmnopqrstuvxyz
21pt / 1.15em Abcdefghijklmnopqrstuvxyz 300 Book
18pt / 1em Abcdefghijklmnopqrstuvxyz 400 Normal
16pt / 0.9em Abcdefghijklmnopqrstuvxyz 400 Normal
14pt / 0.8em Abcdefghijklmnopqrstuvxyz 600 Semi-Bold
12pt / 0.66em Abcdefghijklmnopqrstuvxyz 600 Semi-Bold
10pt / 0.55em Abcdefghijklmnopqrstuvxyz 700 Bold
Weights
Font-weight 300 Book
Font-weight 400 Normal
Font-weight 600 Semi-Bold
Font-weight 700 Bold
Font-weight 800 Extra Bold
300 Book looks great at larger sizes, at medium sizes 400 Normal looks better and is more readable. Similarly, at small sizes 14pt and lower 600 Semi-Bold is preferred.


See what people in your area are tweeting(Click on the profile pic of the user to see the contents of tweet)


This is my first photo of the feed. This is a multi line comment for testing purposes. I am learning to code with #BreatheCode


public interface StateFactory
The JNDI framework allows for object implementations to be loaded in dynamically via object factories. For example, when looking up a printer bound in the name space, if the print service binds printer names to References, the printer Reference could be used to create a printer object, so that the caller of lookup can directly operate on the printer object after the lookup.
An ObjectFactory is responsible for creating objects of a specific type. In the above example, you may have a PrinterObjectFactory for creating Printer objects.
For the reverse process, when an object is bound into the namespace, JNDI provides state factories. Continuing with the printer example, suppose the printer object is updated and rebound:
The service provider for ctx uses a state factory to obtain the state of printer for binding into its namespace. A state factory for the Printer type object might return a more compact object for storage in the naming system.ctx.rebind("inky", printer);
A state factory must implement the StateFactory interface. In addition, the factory class must be public and must have a public constructor that accepts no parameters.
The getStateToBind() method of a state factory may be invoked multiple times, possibly using different parameters. The implementation is thread-safe.
StateFactory is intended for use with service providers that implement only the Context interface. DirStateFactory is intended for use with service providers that implement the DirContext interface.
NamingManager.getStateToBind(java.lang.Object, javax.naming.Name, javax.naming.Context, java.util.Hashtable<?, ?>)
,
DirectoryManager.getStateToBind(java.lang.Object, javax.naming.Name, javax.naming.Context, java.util.Hashtable<?, ?>, javax.naming.directory.Attributes)
,
ObjectFactory
,
DirStateFactory
Object getStateToBind(Object obj, Name name, Context nameCtx, Hashtable<?,?> environment) throws NamingException
NamingManager.getStateToBind() successively loads in state factories and invokes this method on them until one produces a non-null answer. DirectoryManager.getStateToBind() successively loads in state factories. If a factory implements DirStateFactory, then DirectoryManager invokes DirStateFactory.getStateToBind(); otherwise it invokes StateFactory.getStateToBind().
When an exception is thrown by a factory, the exception is passed on to the caller of NamingManager.getStateToBind() and DirectoryManager.getStateToBind(). The search for other factories that may produce a non-null answer is halted. A factory should only throw an exception if it is sure that it is the only intended factory and that no other factories should be tried. If this factory cannot create an object using the arguments supplied, it should return null.
The name
and nameCtx
parameters may
optionally be used to specify the name of the object being created.
See the description of "Name and Context Parameters" in
ObjectFactory.getObjectInstance()
for details.
If a factory uses nameCtx
it should synchronize its use
against concurrent access, since context implementations are not
guaranteed to be thread-safe.
The name and environment parameters are owned by the caller. The implementation will not modify these objects or keep references to them, although it may keep references to clones or copies.
obj
- A non-null object whose state is to be retrieved.name
- The name of this object relative to nameCtx
,
or null if no name is specified.nameCtx
- The context relative to which the name
parameter is specified, or null if name
is
relative to the default initial context.environment
- The possibly null environment to
be used in the creation of the object's state.NamingException
- if this factory encountered an exception
while attempting to get the object's state, and no other factories are
to be tried.NamingManager.getStateToBind(java.lang.Object, javax.naming.Name, javax.naming.Context, java.util.Hashtable<?, ?>)
,
DirectoryManager.getStateToBind(java.lang.Object, javax.naming.Name, javax.naming.Context, java.util.Hashtable<?, ?>, javax.naming.directory.Attributes)
Submit a bug or feature
For further API reference and developer documentation, see Java SE Documentation. That documentation contains more detailed, developer-targeted descriptions, with conceptual overviews, definitions of terms, workarounds, and working code examples.
Copyright © 1993, 2015, Oracle and/or its affiliates. All rights reserved.


Demonstrations
- Demonstration of a simple widget pulling the latest resources curated by a group via the ALISS engine.
- Example HTML page using AJAX to power a search form.
- Living Well @ the Library HTML page using AJAX to power searches and map.
- Edinburgh Community Cafes example of how a group can use ALISS to present a directory.
- The NHS Social Prescribing for
people living with Long Term Conditions application by NHS Greater Glasgow and Clyde.
ALISS home page.


With the test circuit AmplifierWithOpAmpDetailed a time domain analysis of the example arrangement with a sinusoidal input voltage (12 V amplitude, frequency 1 kHz) using the operational amplifier model OpAmpDetailed is carried out. The working voltages are 15 V and -15 V.


Certain services need to open on startup - use:
$ systemctl enable <service>
to do this. To get currently enabled services use:
$ systemctl list-unit-files | grep enabled
Notable services to enable on startup:
ntpd.service
- Time synchronisationsnapd.socket
- Daemon to interact with snap - snaps packages up common software tools (i.e. Skype) for easy Linux deployments (don’t use much due to AUR).dhcpcd.service
- DHCP client, needed for internet connectivity.iwd.service
- WiFi daemon interacted with using iwctl
bluetooth.service
- Bluetooth daemon, interacted with using blutetoothctl
.Currently using fish with spacefish package. Issues:
Fish layout config can be found here
Using termite - see here for colour scheme. Opacity requires picom.
Using i3 (gaps) tiling window manager. Config file can be found here. Launched using .xinitrc
- see here.
Picom is a compositor (not sure what that is though) - allows for extra visual functionality such as opacity and shadows. Have this in i3 dotfile to launch it -
exec --no-startup-id picom -b
Need Pulseaudio and alsa-utils is handy for alsamixer
. Fixes for no audio -
Check if daemon is running
$ pulseaudio --check -v
# If response says 'Daemon not running' then start
$ pulseaudio --start
Restart Pulseaudio daemon
$ pulseaudio -k
$ pulseaudio --start
Check default sink and set to correct
$ pacmd list-sinks
# set desired device (using the index) as default
$ pacmd set-default-sink <index-of-sink>
Using maim. Keybinds defined in i3 config file -
bindsym $mod+shift+s exec maim -s | xclip -selection clipboard -t image/png
Bluetooth, WiFi, Wallpapers and ranger.


|
areaDetector
3-12-1
EPICS areaDetector framework
|
Driver for Dectris merlin pixel array detectors using their Labview server over TCP/IP socket. More...
#include <merlinDetector.h>
Public Member Functions | |
| merlinDetector (const char *portName, const char *LabviewCmdPort, const char *LabviewDataPort, int maxSizeX, int maxSizeY, int detectorType, int maxBuffers, size_t maxMemory, int priority, int stackSize) | |
| Constructor for merlin driver; most parameters are simply passed to ADDriver::ADDriver. More... | |
| virtual asynStatus | writeInt32 (asynUser *pasynUser, epicsInt32 value) |
| Called when asyn clients call pasynInt32->write(). More... | |
| virtual asynStatus | writeFloat64 (asynUser *pasynUser, epicsFloat64 value) |
| Called when asyn clients call pasynFloat64->write(). More... | |
| void | report (FILE *fp, int details) |
| Report status of the driver. More... | |
| void | merlinTask () |
| This thread controls acquisition, reads image files to get the image data, and does the callbacks to send it to higher layers It is totally decoupled from the command thread and simply waits for data frames to be sent on the data channel (TCP) regardless of the state in the command thread and TCP channel. More... | |
| void | merlinStatus () |
| This thread periodically read the detector status (temperature, humidity, etc.) It does not run if we are acquiring data, to avoid polling Labview when taking data. More... | |
| void | fromLabViewStr (const char *str) |
| void | toLabViewStr (const char *str) |
| Public Member Functions inherited from ADDriver | |
| ADDriver (const char *portName, int maxAddr, int numParams, int maxBuffers, size_t maxMemory, int interfaceMask, int interruptMask, int asynFlags, int autoConnect, int priority, int stackSize) | |
| All of the arguments are simply passed to the constructor for the asynNDArrayDriver base class, except numParams. More... | |
| virtual asynStatus | connect (asynUser *pasynUser) |
| Connects driver to device; This method is called when the driver's pasynCommon->connect() function is called. More... | |
| virtual void | setShutter (int open) |
| Set the shutter position. More... | |
| Public Member Functions inherited from asynNDArrayDriver | |
| asynNDArrayDriver (const char *portName, int maxAddr, int maxBuffers, size_t maxMemory, int interfaceMask, int interruptMask, int asynFlags, int autoConnect, int priority, int stackSize) | |
| This is the constructor for the asynNDArrayDriver class. More... | |
| virtual | ~asynNDArrayDriver () |
| virtual asynStatus | writeOctet (asynUser *pasynUser, const char *value, size_t maxChars, size_t *nActual) |
| Called when asyn clients call pasynOctet->write(). More... | |
| virtual asynStatus | readGenericPointer (asynUser *pasynUser, void *genericPointer) |
| This method copies an NDArray object from the asynNDArrayDriver to an NDArray pointer passed in by the caller. More... | |
| virtual asynStatus | writeGenericPointer (asynUser *pasynUser, void *genericPointer) |
| This method currently does nothing, but it should be implemented in this base class. More... | |
| virtual asynStatus | setIntegerParam (int index, int value) |
| Sets the value for an integer in the parameter library. More... | |
| virtual asynStatus | setIntegerParam (int list, int index, int value) |
| Sets the value for an integer in the parameter library. More... | |
| virtual asynStatus | readInt32 (asynUser *pasynUser, epicsInt32 *value) |
| virtual asynStatus | readFloat64 (asynUser *pasynUser, epicsFloat64 *value) |
| virtual asynStatus | createFilePath (const char *path, int pathDepth) |
| Function to create a directory path for a file. More... | |
| virtual asynStatus | checkPath () |
| Checks whether the directory specified NDFilePath parameter exists. More... | |
| virtual bool | checkPath (std::string &filePath) |
| Checks whether the directory specified exists. More... | |
| virtual asynStatus | createFileName (int maxChars, char *fullFileName) |
| Build a file name from component parts. More... | |
| virtual asynStatus | createFileName (int maxChars, char *filePath, char *fileName) |
| Build a file name from component parts. More... | |
| virtual asynStatus | readNDAttributesFile () |
| Create this driver's NDAttributeList (pAttributeList) by reading an XML file This clears any existing attributes from this drivers' NDAttributeList and then creates a new list based on the XML file. More... | |
| virtual asynStatus | getAttributes (NDAttributeList *pAttributeList) |
| Get the current values of attributes from this driver and appends them to an output attribute list. More... | |
| asynStatus | incrementQueuedArrayCount () |
| asynStatus | decrementQueuedArrayCount () |
| int | getQueuedArrayCount () |
| void | updateQueuedArrayCount () |
Additional Inherited Members | |
| Public Attributes inherited from asynNDArrayDriver | |
| class NDArrayPool * | pNDArrayPool |
| An NDArrayPool pointer that is initialized to pNDArrayPoolPvt_ in the constructor. More... | |
Driver for Dectris merlin pixel array detectors using their Labview server over TCP/IP socket.
| merlinDetector::merlinDetector | ( | const char * | portName, |
| const char * | LabviewCommandPort, | ||
| const char * | LabviewDataPort, | ||
| int | maxSizeX, | ||
| int | maxSizeY, | ||
| int | detectorType, | ||
| int | maxBuffers, | ||
| size_t | maxMemory, | ||
| int | priority, | ||
| int | stackSize | ||
| ) |
Constructor for merlin driver; most parameters are simply passed to ADDriver::ADDriver.
After calling the base class constructor this method creates a thread to collect the detector data, and sets reasonable default values for the parameters defined in this class, asynNDArrayDriver, and ADDriver.
| [in] | portName | The name of the asyn port driver to be created. |
| [in] | LabviewCommandPort | The name of the asyn port previously created with drvAsynIPPortConfigure to communicate with Labview. |
| [in] | LabviewDataPort | The name of the asyn port previously created with drvAsynIPPortConfigure to communicate with Labview. |
| [in] | maxSizeX | The size of the merlin detector in the X direction. |
| [in] | maxSizeY | The size of the merlin detector in the Y direction. |
| [in] | detectorType | The detector type (Marlin, MerlinXBPM, etc.) |
| [in] | maxBuffers | The maximum number of NDArray buffers that the NDArrayPool for this driver is allowed to allocate. Set this to -1 to allow an unlimited number of buffers. |
| [in] | maxMemory | The maximum amount of memory that the NDArrayPool for this driver is allowed to allocate. Set this to -1 to allow an unlimited amount of memory. |
| [in] | priority | The thread priority for the asyn port driver thread if ASYN_CANBLOCK is set in asynFlags. |
| [in] | stackSize | The stack size for the asyn port driver thread if ASYN_CANBLOCK is set in asynFlags. |
| void merlinDetector::fromLabViewStr | ( | const char * | str | ) |
| void merlinDetector::merlinStatus | ( | ) |
This thread periodically read the detector status (temperature, humidity, etc.) It does not run if we are acquiring data, to avoid polling Labview when taking data.
| void merlinDetector::merlinTask | ( | ) |
This thread controls acquisition, reads image files to get the image data, and does the callbacks to send it to higher layers It is totally decoupled from the command thread and simply waits for data frames to be sent on the data channel (TCP) regardless of the state in the command thread and TCP channel.
|
virtual |
Report status of the driver.
Prints details about the driver if details>0. It then calls the ADDriver::report() method.
| [in] | fp | File pointed passed by caller where the output is written to. |
| [in] | details | If >0 then driver details are printed. |
Reimplemented from asynNDArrayDriver.
| void merlinDetector::toLabViewStr | ( | const char * | str | ) |
|
virtual |
Called when asyn clients call pasynFloat64->write().
This function performs actions for some parameters, including ADAcquireTime, ADGain, etc. For all parameters it sets the value in the parameter library and calls any registered callbacks..
| [in] | pasynUser | pasynUser structure that encodes the reason and address. |
| [in] | value | Value to write. |
|
virtual |
Called when asyn clients call pasynInt32->write().
This function performs actions for some parameters, including ADAcquire, ADTriggerMode, etc. For all parameters it sets the value in the parameter library and calls any registered callbacks..
| [in] | pasynUser | pasynUser structure that encodes the reason and address. |
| [in] | value | Value to write. |
Reimplemented from ADDriver.
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object android.support.v4.hardware.display.DisplayManagerCompat
public abstract class DisplayManagerCompat
Helper for accessing features in android.hardware.display.DisplayManager
introduced after API level 4 in a backwards compatible fashion.
| Field Summary | |
|---|---|
static java.lang.String |
DISPLAY_CATEGORY_PRESENTATION
Display category: Presentation displays. |
| Method Summary | |
|---|---|
abstract Display |
getDisplay(int displayId)
Gets information about a logical display. |
abstract Display[] |
getDisplays()
Gets all currently valid logical displays. |
abstract Display[] |
getDisplays(java.lang.String category)
Gets all currently valid logical displays of the specified category. |
static DisplayManagerCompat |
getInstance(Context context)
Gets an instance of the display manager given the context. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final java.lang.String DISPLAY_CATEGORY_PRESENTATION
This category can be used to identify secondary displays that are suitable for use as presentation displays.
for information about presenting content
on secondary displays.
,
getDisplays(String)
,
Constant Field Values| Method Detail |
|---|
public static DisplayManagerCompat getInstance(Context context)
public abstract Display getDisplay(int displayId)
displayId
- The logical display id.
public abstract Display[] getDisplays()
public abstract Display[] getDisplays(java.lang.String category)
When there are multiple displays in a category the returned displays are sorted
of preference. For example, if the requested category is
DISPLAY_CATEGORY_PRESENTATION
and there are multiple presentation displays
then the displays are sorted so that the first display in the returned array
is the most preferred presentation display. The application may simply
use the first display or allow the user to choose.
category
- The requested display category or null to return all displays.
DISPLAY_CATEGORY_PRESENTATION
|
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Association of m 5C regulator expression with clinicopathological parameters in GI cancer. Clinical parameter analysis includes stage of tumor differentiation (G1, G2, and G3), pathological stage, and cancer status, and gender was analyzed by one-way ANOVA.


{% extends 'layout.html' %} {% block content %}
Get and visualize some bicycle-sharing Open Data.
Developed and hosted by the Oslandia team!
See the project page on Github.
Visit also the data.oslanda.io website to learn more about data processing and machine learning Oslandia projects.
Available for the following cities
Examples:


JD-Table can be configured in many ways, below is a number of demos available to show variable layouts and use cases.


When improving PMD over time, some rules might become obsolete. This could be because the underlying technology a specific rule is checking (such as a specific JVM version) is not relevant anymore or a rule has been replaced by a better implementation.
In order to remove the requirement to maintain such rules forever, these rules can be marked as deprecated. This means, that such rules can entirely be removed in the future. However, the rules must not be removed immediately, since that would break any (custom) ruleset, that references this rule.
This policy tries to establish some ground rules about how and when rules are deprecated and removed. The main goal is, to maintain compatibility of custom rulesets throughout the deprecation process.
Renaming rules
If a rule is enhanced, it might make sense to also rename the rule, to reflect that enhancement. However, simply renaming the rule would break existing (custom) ruleset. Therefore the following procedure should be used:
- Rename the rule to the new name (and also the rule tests and resources)
-
Add a deprecated rule reference with the old name, that points to the new rule name:
<rule name="OldRuleName" ref="NewRuleName" deprecated="true" />
Note: When referencing the complete rulesets or categories, these deprecated rule references are ignored, so that the rule is not used twice.
Moving rules between categories
Every rule is in one category. It might happen, that the focus of the rule shifts and it makes more sense, if it would be in a different, better fitting category.
- Move the rule to the new category (and also the rule tests and resources)
-
Add a deprecated rule reference in the old category, that points to the rule in the new category:
<rule name="MyRule" ref="category/java/errorprone.xml/MyRule" deprecated="true" />
Note: When referencing the complete rulesets or categories, these deprecated rule references are ignored, so that the rule is not used twice, if both categories are used.
Deprecating rules
Before a rule can be removed, it must have been marked as deprecated:
<rule name="MyRule" class="...." deprecated="true">
...
</rule>
This has the effect, that it is automatically disabled if the complete ruleset or category is referenced. The rule can still be used, if it is referenced directly.
The reasons for the deprecation should be explained in the rule description. If there is a replacement rule available, then this rule should be mentioned in the description as well.
Removing rules
Removing rules completely can only be done
- if the rules have been deprecated before
- for a new major release.
Removing a rule from a ruleset or category will break any custom ruleset, that references this rule directly. Therefore rules can only be removed with the next major release of PMD.
Rule property compatibility
Renaming or removing rule properties is not backwards compatible and can only be done with a major release of PMD.
In order to prepare for the change, properties can be deprecated as well: If the property description
starts with the magic string deprecated!
, then this property is rendered in the rule documentation
as deprecated. However, there is no automatic check done if such a property is used and no
deprecation warning is issued with the log.
Therefore, the process for renaming a property looks like this:
- Create a new property with the same type and new name
- Prefix the description of the old property with
deprecated!
and also add a explanation either in the property description or in the rule description, which property should be used instead of the deprecated property. - Adjust the rule implementation to first check the old property. If it has a value other than the default value, then the old (deprecated) property has been used and a deprecation warning should be logged. If the new property is used (it has a value other than the default), then it takes preference, but the deprecation warning for the old property should still be issued.
- The deprecated property can be removed with the next major release of PMD.
Changing the default value of a property might have some results, that make the rule behavioral incompatible: E.g. it could find many more violations with a different default configuration and therefore lead to a sudden increase of violations after a PMD upgrade. It should be judged per case, whether the new default can be considered compatible or not. If it is not compatible, then the new default value should be configured only with the next major release of PMD.


Link to Codecrunch is here!
Creating a task for CodeCrunch involves the following steps:
You first need to decide on the statement of the problem.
This could be in the form of testing a particular concept taught in class, or solving a full-fledged problem. You will also need to decide on how the program is to be tested, either
using jshell, by running the program via input/output, or both.
Let's use the following as the solution of a task. You may create as many class files as you like, but do note that if you wish to test program input/output via a main method, this method must reside in the Main class.
import java.util.Scanner;
class Main {
static String read() {
System.out.print("What's your name? ");
return new Scanner(System.in).next();
}
static String hello(String name) {
return "Hello " + name;
}
public static void main(String[] args) {
System.out.println(hello(read()));
}
}
After a successful compilation,
javac Main.java
think of what you want to set as tests. In the above, you can either
$ jshell Main.java
jshell> Main.hello("Mickey")
$.. ==> "Hello Mickey"
jshell> /exit
| Goodbye
$ java Main
What's your names? Mickey
Hello Mickey
Before proceeding, compile your solution, test and run your program to make sure that you have a working solution.
In order to make your program available for your peers to practise, you need to also provide input/output files. Let's use the same two test examples above.
The input file is simply the input that a human user will type during testing. For jshell testing, name your input file ending with a .jsh extension. On the other hand for input/output testing, name your input file ending with a .in extension.
Main.hello("Mickey")
/exit
Mickey
Using the input files, you can redirect the output of the test to the corresponding output file. These files should end with .out extension.
jshell -q Main.java < test1.jsh | dos2unix > test1.out
java Main < test2.in | dos2unix > test2.out
Mickey
Take note of the following:
You may also create as many tests as you like. To maintain some ordering to your tests, it is advisable to keep to the same naming convention, but add a running suffix, e.g. test1..., test2..., test3..., etc.
jshell -q Main.java < test1.jsh | dos2unix | sed s/^.*==\>/==\>/g > test1.out
You should now have the java source files, input and output files. You will need to create three directories:
The file directory structure will look something like this:
$ ls *
Main.class
input:
test1.jsh test2.in
output:
test1.out test2.out
solution:
Main.java
Now zip the three directories using your favourite zip utility. For example, using zip in unix/linux:
$ zip -r hello.zip input output solution
adding: input/ (stored 0%)
adding: input/test1.jsh (stored 0%)
adding: input/test2.in (stored 0%)
adding: output/ (stored 0%)
adding: output/test1.out (deflated 21%)
adding: output/test2.out (stored 0%)
adding: solution/ (stored 0%)
adding: solution/Main.java (deflated 45%)
$ ls *
hello.zip Main.class
input:
test1.jsh test2.in
output:
test1.out test2.out
solution:
Main.java
Now, log in to CodeCrunch. You have been given superuser access to the course CS2030P in order to create tasks.
Notice that your task is now listed in the task list under Manage Tasks
Before making the task available for your peers, you should test it at least once.
Now click on the Tasks tab again, and click View. Upload your solutions the usual way, and view you submission to see if everything works.
When you are ready to release your task in the course CS2030, edit your task again, and click the Categories tab. Select Peer Learning and click Link.
CodeCrunch has been set to periodically look for new tasks with the Peer Learning category and link them to the main CS2030 course. Once linked, you are still allowed to update your task, if deemed necessary.


Viability Factors
This is the login page for accessing the Organ Exchange Resolution Application.
General Guidelines:
1) The eligibility criteria for applying for a donor-patient match are:
(a) At the time of death, the potential donor's organs are to be evaluated to determine
their suitability for donation.
(b) The patient must complete prescribed course of drugs and blood tests.
(c) The donor must not be suffering from HIV, Leukemia, Hepatitis or any other
disease posing a risk of transmission.
(d) Children can join the organ donor registry, but their parents must give consent after they die
or reach the legal age of 18.
(e) A donor can be no more than 80 years of age for cornea donation and 60 years of age for heart valves
and tendons donation. Additionally, a donor cannot donate blood if he has had a recent blood transfusion.
2) Before beginning the allocation, the donor records will be branched into different categories on the basis
of the organ donated by them.
3) An eligible patient’s request for a transfer will be considered valid if any one of the following criteria
are satisfied:
i) The patient is a potential match for receiving the organs.
ii) There is no patient with stabler match who is currently being denied a transplant due to the above rule.
iii) In case of a tie, the age of the patients would be taken into consideration.


class: center, middle ### W4995 Applied Machine Learning # Dimensionality Reduction ## PCA, Discriminants, Manifold Learning 03/19/18 Andreas C. Müller ??? FIXME: switch LDA and T-SNE animations for T-SNE? --- class: centre,middle # Principal Component Analysis ??? --- .center[ ![:scale 70%](images/pca-intuition.png) ] ??? --- # PCA objective(s) `$$\large\min_{X', \text{rank}(X') = r}\|X-X'\|$$` .center[ ![:scale 45%](images/pca-intuition.png) ] ??? Restricted rank reconstruction --- class:split-40 # PCA objective(s) .left-column[ `$$\large\max\limits_{u_1 \in R^p, \| u_1 \| = 1} \text{var}(Xu_1)$$` `$$\large\max\limits_{u_1 \in R^p, \| u_1 \| = 1} u_1^T \text{cov} (X) u_1$$` ] .smaller.right-column[ .center[ ![:scale 90%](images/pca-intuition.png) ] ] ??? Find directions of maximum variance. (Find projection (onto one vector) that maximizes the variance observed in the data.) Subtract projection onto u1, iterate to find more components. Only well-defined up to sign / direction of arrow! --- # PCA Computation - Center X (subtract mean). - In practice: Also scale to unit variance. - Compute singular value decomposition: ![:scale 100%](images/pca-computation.png) ??? --- class: center # Whitening ![:scale 100%](images/whitening.png) ??? Same as using PCA without whitening, then doing StandardScaler. --- class: split-40 # PCA for Visualization .tiny-code.left-column[```python from sklearn.decomposition import PCA print(cancer.data.shape) pca = PCA(n_components=2) X_pca = pca.fit_transform(cancer.data) print(X_pca.shape) plt.scatter(X_pca[:, 0], X_pca[:, 1], c=cancer.target) plt.xlabel("first principal component") plt.ylabel("second principal component") components = pca.components_ plt.imshow(components.T) plt.yticks(range(len(cancer.feature_names)), cancer.feature_names) plt.colorbar() ``` ![:scale 80%](images/pca-for-visualization-cancer-data.png) ] .right-column[ ![:scale 90%](images/pca-for-visualization-components-color-bar.png)] ??? --- class:spacious # Scaling! .tiny-code[```python pca_scaled = make_pipeline(StandardScaler(), PCA(n_components=2)) X_pca_scaled = pca_scaled.fit_transform(cancer.data) plt.scatter(X_pca_scaled[:, 0], X_pca_scaled[:, 1], c=cancer.target, alpha=.9) plt.xlabel("first principal component") plt.ylabel("second principal component") ```] .center[![:scale 45%](images/scaled-pca-for-visualization-cancer-data.png)] ??? Imagine one feature with very large scale. Without scaling, it’s guaranteed to be the first principal component! --- class:split-40 # Inspecting components .tiny-code[```python components = pca_scaled.named_steps['pca'].components_ plt.imshow(components.T) plt.yticks(range(len(cancer.feature_names)), cancer.feature_names) plt.colorbar() ```] .smaller.left-column[ ![:scale 70%](images/inspecting-pca-scaled-components.png) ] .right-column[ ![:scale 100%](images/inspecting-pca-scaled-components-2.png)] ??? Direction (sign) of component is meaningless! --- # PCA for regularization .tiny-code[ ```python from sklearn.linear_model import LogisticRegression X_train, X_test, y_train, y_test = train_test_split(cancer.data, cancer.target, stratify=cancer.target, random_state=0) lr = LogisticRegression(C=10000).fit(X_train, y_train) print(lr.score(X_train, y_train)) print(lr.score(X_test, y_test)) ``` ``` 0.993 0.944 ``` ```python pca_lr = make_pipeline(StandardScaler(), PCA(n_components=2), LogisticRegression(C=10000)) pca_lr.fit(X_train, y_train) print(pca_lr.score(X_train, y_train)) print(pca_lr.score(X_test, y_test)) ``` ``` 0.961 0.923 ``` ] ??? --- # Variance covered .center[ ![:scale 55%](images/variance-covered.png) ] .tiny-code[```python pca_lr = make_pipeline(StandardScaler(), PCA(n_components=6), LogisticRegression(C=10000)) pca_lr.fit(X_train, y_train) print(pca_lr.score(X_train, y_train)) print(pca_lr.score(X_test, y_test)) ``` ``` 0.981 0.958 ```] ??? Could obviously also do cross-validation + grid-search --- class:split-40 # Interpreting coefficients .tiny-code[```python pca = pca_lr.named_steps['pca'] lr = pca_lr.named_steps['logisticregression'] coef_pca = pca.inverse_transform(lr.coef_)```] .center[Comparing PCA + Logreg vs plain Logreg:]
.left-column[ ![:scale 100%](images/PCA+logreg.png) ] .right-column[ ![:scale 100%](images/logreg+noPCA.png) ] ??? Rotating coefficients back into input space. Makes sense because model is linear! Otherwise more tricky. --- class:split-40 # PCA is Unsupervised! .left-column[ ![:scale 100%](images/pca-is-unsupervised-1.png) ] -- .right-column[ ![:scale 100%](images/pca-is-unsupervised-2.png) ] ??? Dropping the first two principal components will result in random model! All information is in the smallest principal component! --- # PCA for feature extraction .center[ ![:scale 85%](images/pca-for-feature-extraction.png) ] ??? --- # 1-NN and Eigenfaces .tiny-code[ ```python from sklearn.neighbors import KNeighborsClassifier # split the data into training and test sets X_train, X_test, y_train, y_test = train_test_split( X_people, y_people, stratify=y_people, random_state=0) print(X_train.shape) # build a KNeighborsClassifier using one neighbor knn = KNeighborsClassifier(n_neighbors=1) knn.fit(X_train, y_train) knn.score(X_test, y_test) ``` ``` (1547, 5655) 0.23 ``` ] -- .tiny-code[ ```python pca = PCA(n_components=100, whiten=True, random_state=0).fit(X_train) X_train_pca = pca.transform(X_train) X_test_pca = pca.transform(X_test) X_train_pca.shape ``` ``` (1547, 100) ``` ```python knn = KNeighborsClassifier(n_neighbors=1) knn.fit(X_train_pca, y_train) knn.score(X_test_pca, y_test)) ``` ``` 0.31 ``` ] ??? --- # Reconstruction .center[ ![:scale 70%](images/reconstruction.png) ] ??? --- class:split-40 # PCA for outlier detection .tiny-code[```python pca = PCA(n_components=100).fit(X_train) reconstruction_errors = np.sum((X_test - pca.inverse_transform(pca.transform(X_test))) ** 2, axis=1) ``` ] .left-column[ ![:scale 90%](images/best-reconstructions.png)
Best reconstructions ] .right-column[ ![:scale 90%](images/worst-reconstructions.png)
Worst reconstructions ] ??? --- class: centre,middle # Manifold Learning ??? --- ![:scale 90%](images/manifold-learning-structure.png) ??? Learn underlying “manifold” structure, use for dimensionality reduction. # FIXME white padding on image?! --- # Pros and Cons - For visualization only - Axes don’t correspond to anything in the input space. - Often can’t transform new data. - Pretty pictures! ??? --- # Algorithms in sklearn - KernelPCA – does PCA, but with kernels!
Eigenvalues of kernel-matrix - Spectral embedding (Laplacian Eigenmaps)
Uses eigenvalues of graph laplacian - Locally Linear Embedding - Isomap “kernel PCA on manifold” - t-SNE (t-distributed stochastic neighbor embedding) ??? --- # t-SNE `$$p_{j\mid i} = \frac{\exp(-\lVert\mathbf{x}_i - \mathbf{x}_j\rVert^2 / 2\sigma_i^2)}{\sum_{k \neq i} \exp(-\lVert\mathbf{x}_i - \mathbf{x}_k\rVert^2 / 2\sigma_i^2)}$$` -- `$$p_{ij} = \frac{p_{j\mid i} + p_{i\mid j}}{2N}$$` -- `$$q_{ij} = \frac{(1 + \lVert \mathbf{y}_i - \mathbf{y}_j\rVert^2)^{-1}}{\sum_{k \neq i} (1 + \lVert \mathbf{y}_i - \mathbf{y}_k\rVert^2)^{-1}}$$` -- `$$KL(P||Q) = \sum_{i \neq j} p_{ij} \log \frac{p_{ij}}{q_{ij}}$$` ??? - Starts with a random embedding - Iteratively updates points to make “close” points close. - Global distances are less important, neighborhood counts. - Good for getting coarse view of topology. - Can be good for nding interesting data point - t distribution heavy-tailed so no overcrowding. - (low perplexity: only close neighbors) --- class:center ![:scale 63%](images/tsne-embeddings-digits.png) ??? --- class:split-40 .smaller[```python from sklearn.manifold import TSNE from sklearn.datasets import load_digits digits = load_digits() X = digits.data / 16. X_tsne = TSNE().fit_transform(X) X_pca = PCA(n_components=2).fit_transform(X) ```] .left-column[![:scale 95%](images/pca-digits.png)] -- .right-column[![:scale 95%](images/tsne-digits.png)] ??? --- class:split-40 # Tuning t-SNE perplexity .left-column[ ![:scale 70%](images/tsne-tuning-2.png) ![:scale 70%](images/tsne-tuning-5.png)] .right-column[ ![:scale 70%](images/tsne-tuning-30.png) ![:scale 70%](images/tsne-tuning-300.png)] ??? - Important parameter: perplexity - Intuitively: bandwidth of neighbors to consider - (low perplexity: only close neighbors) - smaller datasets try lower perplexity - authors say 30 always works well. --- class:spacious ![:scale 25%](images/tsne-moons.png) ![:scale 55%](images/tsne-perplexity.png) ??? --- class: center, middle, spacious # Play around online http://distill.pub/2016/misread-tsne/ ??? interactive javascript un --- class: middle # Discriminant Analysis ??? --- class: spacious # Linear Discriminant Analysis aka Fisher Discriminant `$$ P(y=k | X) = \frac{P(X | y=k) P(y=k)}{P(X)} = \frac{P(X | y=k) P(y = k)}{ \sum_{l} P(X | y=l) \cdot P(y=l)}$$` ??? - Generative model: assumes each class has Gaussian distribution - Covariances are the same for all classes. - Very fast: only compute means and invert covariance matrix (works well if n_features << n_samples) - Leads to linear decision boundary. - Imagine: transform space by covariance matrix, then nearest centroid. - No parameters to tune! - Don’t confuse with Latent Dirichlet Allocation (LDA) -- `$$ p(X | y=k) = \frac{1}{(2\pi)^n |\Sigma|^{1/2}}\exp\left(-\frac{1}{2} (X-\mu_k)^t \Sigma^{-1} (X-\mu_k)\right) $$` -- `$$ \log\left(\frac{P(y=k|X)}{P(y=l | X)}\right) = 0 \Leftrightarrow (\mu_k-\mu_l)\Sigma^{-1} X = \frac{1}{2} (\mu_k^t \Sigma^{-1} \mu_k - \mu_l^t \Sigma^{-1} \mu_l) $$` --- class: spacious # Quadratic Discriminant Analysis .padding-top[ `$$ p(X | y=k) = \frac{1}{(2\pi)^n |\Sigma_k|^{1/2}}\exp\left(-\frac{1}{2} (X-\mu_k)^t \Sigma_k^{-1} (X-\mu_k)\right) $$` ] ??? - Each class is Gaussian, but separate covariance matrices! - More flexible (quadratic decision boundary), but less robust: have less points per covariance matrix. - Can’t think of it as transformation of the space. ??? --- class:center ![:scale 55%](images/linear-vs-quadratic-discriminant-analysis.png) ??? --- # Discriminants and PCA - Both fit Gaussian model - PCA for the whole data - LDA multiple Gaussians with shared covariance - Can use LDA to transform space! - At most as many components as there are classes (needs between class variance) ??? --- class:center # PCA vs Linear Discriminants ![:scale 100%](images/pca-lda.png) ??? --- class:center # Data where PCA failed ![:scale 100%](images/pca-fail.png) ??? --- # Summary - PCA good for visualization, exploring correlations - PCA can sometimes help with classification as regularization or for feature extraction. - Manifold learning makes nice pictures. - LDA is a supervised alternative to PCA. ??? LDA also also yields a rotation of the input spacA --- class: center, middle # Questions ?


Before Change
// this is here because if ferc wasn"t ingested in the same session, there
// will not be a defined metadata object to use to find and grab the tables
// from the ferc1 mirror db
if len(ferc1_meta.tables) == 0:
define_db(max(pc.working_years["ferc1"]),
pc.ferc1_default_tables,
ferc1_meta,
basedir=SETTINGS["ferc1_data_dir"])
for table in ferc1_extract_functions:
if ferc1_tables:
if table in ferc1_tables:
logger.info(
After Change
f"{" ".join(pc.working_years["ferc1"])}."
)
for table in ferc1_tables:
if table not in pc.ferc1_pudl_tables:
raise ValueError(
f"FERC Form 1 table {table} was requested but it has not yet "
f"been integreated into PUDL. Heck, it might not even exist! "
f"If you"d like to contribute the necessary cleaning "
f"functions, come find us on GitHub: "
f"{pudl.__downloadurl__}"
f"For now, the tables which PUDL has integrated are: "
f"{" ".join(pc.ferc1_pudl_tables)}"
)
// Connect to the local SQLite DB and read its structure.
ferc1_engine = connect_db(testing=testing)
ferc1_meta = sa.MetaData(bind=ferc1_engine)
ferc1_meta.reflect()
if not ferc1_meta.tables:


--:--:--
Counter Mode
Count Up
Count Down
Race Duration (minutes)
Clear All Laps/Times
Delete All Racers


Dear Friend, My name is Dr Willison Van, am the branch and computer management department here confidential business proposition for you. On october 6, 2002, an American Geologist/Contractor with the Economic Community Of West African States (ECOWAS), Dr. George W.Brumley From Atlanta,U.S.A Deposited the sum of US$15,500,000.00 ( Fiften million Five hundred thousand Dollars only) in my bank. Upon maturity,I sent aroutine notification to his forwarding address but got no reply. After a month,we sent a reminder and finally we discovered from his contract employers,the Economic Community Of West Africa States (ECOWAS) that Dr George W.Brumley died in a plane crash with his intire family in Kenya,East Africa in the year 2003. I want you to visit the website below for more information about the PlaneCrash: <http://www.wral.com/news/2345844/detail.html> <http://www.cnn.com/2003/WORLD/africa/07/20/kenya.crash/index.html> I therefore made further investigation and discovered that In the bank form for next of kin, George W.Brumley Before his death filled his wife JEAN BRUMLEY as his next of kin but unfortunately, the wife died with him along others and therefore, there is nobody left behind to claim the fund of Dr. George Brumley as his next of kin that was why I contacted you and proposed it as a deal between us. Meanwhile, Official documents, including his Bank Deposit paperwork in my Bank as the next of kin was in the name of his wife. Based on that, No one will ever come forward to claim itI will like to seek foryour permission as a foreigner to stand as the next of kin to Dr.George W.Brumley so that the fruits of this old man's labor will not be use for financing weapons which will further enhance the courses of war in the world in general. The money will be paid into your account for us to share in the ratio of 55% for me and 40% for you and 5% for Expenses Incurred in the course of the transaction.There is no risk at all as all the paperwork for this transaction will be done accordingly and with my position as the bill the exchange guarantees the successful execution of this transaction. if you are interested, please reply immediately address: by indicating your address, Account number, phone and fax number for easy communication. Upon your response, I shall then provideyou with more details and that will help you understand the transaction Finally, You should observe utmost confidentiality, and rest assured that this transaction would be most profitable for both of us because I shall require your assistance to invest my share in your country. Anxiously Awaiting for your urgent response. Thanks and best regards to your family. FROM Dr Willison Van


todays is the 1 day - Monday
todays is the 2 day - Tuesday
todays is the 3 day - Wednesday
todays is the 4 day - Thursday
todays is the 5 day - Friday
todays is the 6 day - Saturday
todays is the 7 day - Sunday


filmcritic.com presents a review from staff member Max Messier. You can find the review with full credits at http://www.filmcritic.com/misc/emporium.nsf/2a460f93626cd4678625624c007f2b46/3cfb7dbc874650df882568930009921c?OpenDocument
Rules of Engagement
by Max Messier copyright 2000 filmcritic.com
The best thing about being a critic is getting to see unreleased films weeks and sometimes months before the general audience does.
Rules of Engagement is one of these waste products: pulling together a great cast, a great story idea, and a great director, then letting it all fall apart into a mess of things I wouldn't even blame Joel Schumacher for.
The movie revolves around the trial of an accused Army officer (Samuel Jackson) trying to subdue an attack on the US Embassy in Yemen, but who ends up quelling the dispute by having his men fire into the crowd of demonstrators. All evidence that would justify his actions becomes MIA, and he calls upon his friend and fellow comrade-in-arms, Tommy Lee Jones, to defend him.  Soon, everything turns against Jackson and his defense team, and then the movie runs through about three or four different plot twists stolen from such films as The Verdict, The Rainmaker, A Few Good Men, and Courage Under Fire. In the end, I was clawing at my seat, wanting to run home and watch a decent film to remind myself why I like movies in the first place.
Strangely, all the elements of the film were there. It starts with a great cast of Tommy Lee Jones, Sam Jackson, Guy Pearce (doing his best De Niro impression), Philip Baker Hall, Ben Kingsley, Anne Archer, and Kim Delaney. Running the show is the great William Friedkin, of such films as The Exorcist, French Connection, and To Live and Die in L.A. There's a compelling story of a man's defense of his honor and the comrades compelled the stand by him to defend said honor. A background littered with the conflict of war and the regrets of past defeats. How can you screw that up?
Well, you just can. The film is flawed on many fronts: The horrible miscasting of Guy Pearce as a Brooklyn Navy lawyer "just trying to get to the truth of things."  Choppy direction, which feels like Friedkin was running the show at first but then an assistant director took the helm. The underdeveloped characters of Jones and Jackson. Any semblance of "acting." And a really, really bad ending that tells us sickly that the brutality of war is justifiable.
The shoulders that carry most of the blame are the screenwriters, who failed to piece together anything resembling a cohesive plot. To wit, two rules should be followed in the future whenever a studio is considering to greenlighting a film. 1) Do not hire a former Secretary of the U.S. Navy to write the screenplay. 2) Shy away from accepting scripts from one of the uncredited screenwriters of I Still Know What You Did Last Summer.
Director: William Friedkin Writers: James Webb, Stephen Gaghan Producers: Scott Rudin, Richard Zanuck Starring: Tommy Lee Jones, Samuel Jackson, Guy Pearce, Ben Kingsley, Anne Archer
1 star [LOWEST RATING]
-- Christopher Null -<EMAIL_ADDRESS>- http://www.filmcritic.com
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


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Consultation Hours
Monday to Friday 9:00am to 6:30pm
Saturday 9am to 1:00pm
Sunday and Public Holiday Closed
By appointment
開診時間
星期一至五：上午9時至下午6時30分
星期六 ：上午9時至中午1時
星期日及公眾假期休息
敬請預約
Monday to Friday 9:00am to 6:30pm
Saturday 9am to 1:00pm
Sunday and Public Holiday Closed
By appointment
開診時間
星期一至五：上午9時至下午6時30分
星期六 ：上午9時至中午1時
星期日及公眾假期休息
敬請預約
We are located in the Mission District, just after the main intersection


Share a time you’ve experienced prejudice due to your gender, what is your take on sexism in America.
Should Marijuana Be Legal?
Do Photoshopped Images Make You Feel Bad About Your Own Looks?


--- ---
Department of Mathematics
Indian Institute of Science
Bangalore 560 012
SEMINAR
|
Speaker |
: |
Dr. Ritabrata Munshi |
| Affiliation | : | Rutgers University, USA |
|
Subject Area |
: |
Mathematics
|
|
Venue |
: |
Lecture Hall - I, Dept of Mathematics
|
|
Time |
: |
2.00 pm
|
|
Date |
: |
August 1,2007 (wednesday) |
|
Title |
: |
The arithmetic of elliptic surfaces |
| Abstract | : |
A family of elliptic curves (or an elliptic
surface) is given by a Weierstrass equation
E_t : y^2= x^3+ A(t)x + B(t), where A(t) and B(t) are polynomials. Little is known about the rational points on such families. However there are interesting predictions. For example, a conjecture of Mazur states that if one fiber E_t has infinite number of rational points, then there is a dense set of fibers with infinite number of rational points. In the special case when deg A<= 4 and deg B<= 6, there is a more precise conjecture of Manin about the number of rational points of a fixed height. In this talk I will describe recent results towards these conjectures. I will also discuss other open problems regarding distribution of Mordell-Weil ranks. |


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Which shape
doesn't belong?
Which shape
doesn't belong?
How did
you know?
How did
no
yes
you know?
How did
no
yes
you know?
Answer: you
no
yes
learned.
Answer: you
no
yes
learned.


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by Architectural DigestA new book examines the striking works of Zaha Hadid, Steven Holl, Thomas Heatherwick, and Kengo Kuma, all luminaries who have changed China's skyline in their own way
Originally Appeared on Architectural Digest


Preparation time
overnight
Cooking time
30 mins to 1 hour
Serves
Serves 4
For the cod, place the saké and mirin into a saucepan and bring to the boil. Boil for 30 seconds to burn off the alcohol, then reduce the heat.
 Turn the heat back up and add the sugar, stirring once more to dissolve. Remove from the heat, transfer to a large bowl and allow to cool.
Place the cod fillets into the cold miso mixture, cover and place in the fridge for at least 24 hours, preferably 48 hours.
When you're ready to cook the cod, preheat the grill to high and the oven to 200C/400F/Gas 6.
Remove the cod from the miso mixture and wipe off any excess, then place onto a baking sheet. Place under the grill for 2-3 minutes until golden, then remove and place in the oven for ten minutes until cooked through.
For the deep-fried cabbage, place the vegetable oil into a deep, heavy-bottomed saucepan and heat until a small cube of bread sizzles and turns golden when dropped into it. (CAUTION: hot oil can be dangerous. Do not leave unattended.)
Place the shredded savoy cabbage into the hot oil and fry for 30-45 seconds, or until crisp. Remove from the oil with a slotted spoon and drain on kitchen paper. Sprinkle over the sugar and salt.
Meanwhile, for the pink peppercorn dressed cabbage, place the shredded pointed cabbage and coriander into a bowl.
Place all the remaining ingredients into a pestle and mortar and pound together to make a light dressing. Pour over the cabbage and stir to combine.
To serve, divide the deep-fried cabbage equally among four serving plates.


CHAPTER 537
UNIFORM TESTAMENTARY ADDITIONS TO TRUSTS ACT
REPEALED. L 1976, c 200, pt of §1.
Cross References
For present provision, see §560:2-511.


COUNT_DISTINCT(anyArray) → number
Get the number of distinct elements in an array.
Examples
RETURN COUNT_DISTINCT([ 1, 2, 3 ])
RETURN COUNT_DISTINCT([ "yes", "no", "yes", "sauron", "no", "yes" ])