[gecode-users] Enumerating assignments removed by other propagatorssince last propagate call
Peter Tiedemann
petert at itu.dk
Wed Mar 28 22:25:22 CEST 2007
> Aaargh!
:)
> Currently, you will have to maintain your own copy. In Gecode 2.0, support
> for being informed about removed values will be in place.
No problem, i just felt it was 'ugly' to re-implement domains if i
could use what was already there. Thank you for clarifying it for me.
> BTW: Gecode 2.0 goes steady and nicely, with already a substantial number of
> improvements and new functionality. However, we will only finish after CP as
> paper writing has preference for all of us.
Looking forward to it, but pardon me if i dont sit back and wait for
it, as you might have guessed im also targeting CP ;)
Regards,
Peter Tiedemann
More information about the gecode-users
mailing list


Installation¶
Robot support¶
Hardware Requirements¶
- An x86_64 computer running Ubuntu 18.04 or ADLink Neuron Board
- Intel® Movidius™ Neural Compute Stick 2
- Intel® RealSense™ D400 Series
Software Requirements¶
- We support Ubuntu Linux 18.04 (Bionic Beaver) on 64-bit. We do not support Mac OS X and Windows.
- Robot DevKit
Installation Steps¶
Automated installation¶
git clone https://github.com/intel/robot_devkit.git
cd robot_devkit
./demo/rdk_install.sh
Manual installation¶
# Build ROS2 packages
./rdk.sh config --default # select a target product, default option is turtlebot3
./rdk.sh install-deps # install system dependences
./rdk.sh sync-src --force # sync source code for selected packages
./rdk.sh build --cmake-args -DCMAKE_BUILD_TYPE=Release
# build all ROS2 packges
./rdk.sh install # install generated ros2 to /opt/robot_devkit folder.
# Remove ROS2 packages
./rdk.sh clean # remove build folders.
./rdk.sh uninstall # delete rdk_ws folder and uninstall generated ros2 from /opt/robot_devkit folder.
Note
The build workspace overlay will be like this:
└── rdk_ws
├── turtlebot3_ws # Turtlebot3 packages from ./packages/turtlebot3/repos.
│ ├── build
│ ├── install
│ └── src
└── perception_ws # Intel® packages from ./packages/perception/repos
├── build
├── install
└── src


WWE Survivor Series 2019 date, start time, matches, PPV cost, location, rumors
by Brian FritzNext up on the WWE calendar is Survivor Series,long considered one of its “big four” events of the year, taking place on Nov. 24 at the Allstate Arena in Rosemont, Ill., just outside of Chicago.
This year’s annual event has a new twist featuring matches between not just “RAW” and “SmackDown” but also NXT, making this the first time that the black and gold brand will be represented on the show.
This year’s event will feature two big matches — one with men and the other with women — each brand having a team of five in an elimination-style match. Plus, the WWE championship will be up for grabs in an emotional grudge match with Rey Mysterio challenging Brock Lesnar for the title.
Join DAZN and watch more than 100 fight nights a year
The card is coming together and should be solidified in the coming weeks. Until then, here’s all you need to know about WWE Survivor Series 2019.
What time does WWE Survivor Series 2019?
- Date: Sunday, November 24, 2019
- Time: 6 p.m. ET (preshow) | 7 p.m. ET (main card)
- Location: Allstate Arena in Rosemont, Ill.
- TV channel: WWE Network (PPV)
- Live stream: WWE.com/livestream+
WWE Survivor Series 2019 will air live on Sunday, Nov. 24. The preshow is scheduled to start at 6 p.m. ET and the main card will begin at 7 p.m. ET.
How to watch WWE Survivor Series 2019, PPV cost
WWE Survivor Series 2019 will be available for purchase on pay-per-view or via the WWE Network.
The WWE Network is available at WWE.com or by downloading the app on certain smart TVs - including Samsung, LG, Sony, and Panasonic - as well as Apple TV, Amazon Fire TV, Kindle Fire, Roku, Google Play, and Chromecast. You can also watch the network on your Xbox 360, Xbox One, PS3, and PS4 by downloading the app through its stores.
It costs $9.99 per month to sign up to watch the WWE Network online.
WWE Survivor Series 2019 match card
— Brock Lesnar vs. Rey Mysterio for the WWE championship
— Becky Lynch vs. Bayley vs. Shayna Baszler in a Triple Threat match
— The Viking Raiders vs. The New Day vs. Undisputed Era in a Triple Threat match
— Team Raw (Seth Rollins, Kevin Owens, Ricohet, Drew McIntyre, Randy Orton)vs. Team SmackDown (Roman Reigns,Mustafa Ali,Braun Strowman,King Corbin, andShorty G) vs. Team NXT (TBA) in a men’s 5-on-5-on-5 elimination match
— Team Raw (TBA) vs. Team SmackDown (Sasha Banks, Carmella, Dana Brooke, Lacey Evans) vs. Team NXT (TBA) in a women’s 5-on-5-on-5 elimination match
— AJ Styles vs. Shinsuke Nakamura vs. Roderick Strong
WWE Survivor Series 2019 rumored matches
— "The Fiend" Bray Wyatt vs. Daniel Bryan for the Universal championship


Component Specific Properties
The look, and to some degree the feel of Synth
can be customized by way of component specific properties.
These properties are accessed from SynthStyle#get. Refer to synth file format for examples
of how to specify these properties in a synth configuration file.
This file specifies the expected class type each of the values
are to take. The behavior of supplying the wrong type is
unspecified: typically a ClassCastException
is
thrown, but it is implementation specific.
ArrowButton
ArrowButton is a special type of JButton that renders an arrow.
ArrowButton is typically not created directly, rather some of the
Components will create it to render a button with an arrow. The
components that make use of ArrowButton are:
JComboBox, JScrollBar and JSplitPane (for the buttons on the divider).
In addition to the Button properties, ArrowButton supports
the following properties:
ArrowButton Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| ArrowButton.size |
Integer |
16 |
Preferred size of the arrow button. |
JButton paints text using the TEXT_FOREGROUND ColorType. In addition
to the Button properties, JButton
supports the following property:
JButton Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| Button.defaultButtonFollowsFocus |
Boolean |
true |
Whether or not the default JButton should change to the
button that is receiving focus. |
JCheckBox paints text using the TEXT_FOREGROUND ColorType. In
addition to the Button properties,
JCheckBox supports the following property:
JCheckBox Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| CheckBox.icon |
Icon |
null |
Icon used to render the check. |
JComboBox is a composite component that consists of the following
child Components:
JComboBox child components
| Name |
Type |
Description |
| ComboBox.arrowButton |
SynthArrowButton |
Renders the drop down indicator. |
| ComboBox.list |
JList |
JList used to render the values. |
| ComboBox.listRenderer |
Component |
The renderer used for the JComboBox's JList. |
| ComboBox.popup |
JPopupMenu |
JPopupMenu used to show the ComboBox.list of the JComboBox. |
| ComboBox.renderer |
Component |
The renderer used for the JComboBox. This is ONLY set if
the renderer is a UIResource. |
| ComboBox.scrollPane |
JScrollPane |
JScrollPane containing the JList. |
| ComboBox.textField |
JTextField |
The editor. |
JComboBox Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| ComboBox.showPopupOnNavigation |
Boolean |
false |
Whether or not the JPopupMenu should appear when navigating
with the keyboard. |
JFileChooser
JFileChooser Specific Properties
| Property |
Expected Type
|
Default Value
|
Description |
| FileChooser.cancelIcon
|
Icon
|
null
|
Icon displayed on cancel button
of the file chooser.
|
| FileChooser.okIcon
|
Icon
|
null
|
Icon displayed on the ok button
of the file chooser.
|
| FileView.directoryIcon
|
Icon
|
null
|
Icon used for directories.
|
| FileView.fileIcon
|
Icon
|
null
|
Icon used for files.
|
| FileView.computerIcon
|
Icon
|
null
|
Icon used for directories that
represent the computer. Not all platforms will make use
of this icon.
|
| FileView.hardDriveIcon
|
Icon
|
null
|
Icon used to represent the root
of a hard drive. For example, on Windows this would be
used when viewing the C drive.
|
| FileView.floppyDriveIcon
|
Icon
|
null
|
Icon used to represent a floppy
disk.
|
| FileChooser.newFolderIcon
|
Icon
|
null
|
Icon used by the button that creates a new
folder.
|
| FileChooser.upFolderIcon
|
Icon
|
null
|
Icon used by the button that navigates to the
parent folder.
|
| FileChooser.homeFolderIcon
|
Icon
|
null
|
Icon used by the button that navigates to the
current user's home directory.
|
| FileChooser.detailsViewIcon
|
Icon
|
null
|
Icon used by the button that toggles the
detailed files list view.
|
| FileChooser.listViewIcon
|
Icon
|
null
|
Icon used by the button that toggles the
regular files list view, showing only an icon and the name of each
file and directory.
|
| FileChooser.viewMenuIcon
|
Icon
|
null
|
Icon used by the button that shows popup menu
for selection of a view mode.
|
JInternalFrame
JInternalFrame Specific Properties
| Property
|
Expected Type
|
DefaultValue
|
Description
|
| InternalFrame.icon
|
Icon |
null
|
Icon drawn representing the
system
icon of the internal frame. If pressed
the system menu will be shown.
|
JInternalFrameTitlePane
JInternalFrameTitlePane is the control bar located at the top of the
internal frame similar to that found in a frame.
JInternalFrameTitlePane Specific Properties
| Property
|
Expected Type
|
Default Value
|
Description
|
| InternalFrameTitlePane.maximizeIcon
|
Icon |
null
|
Icon drawn to indicate the
ability to maximize the internal frame.
|
| InternalFrameTitlePane.minimizeIcon
|
Icon |
null
|
Icon drawn to indicate the
ability to restore the internal frame back to its previous state.
|
| InternalFrameTitlePane.iconifyIcon
|
Icon |
null
|
Icon drawn to indicate the
ability to minimize the internal frame.
|
| InternalFrameTitlePane.closeIcon
|
Icon |
null
|
Icon drawn to indicate the
abililty to close the internal frame.
|
| InternalFrameTitlePane.titleSpacing
|
Integer |
2 |
Space between the
buttons on the title pane and the title.
|
| InternalFrameTitlePane.buttonSpacing
|
Integer |
2 |
Space between the buttons on
the title pane.
|
| InternalFrameTitlePane.maxFrameIconSize
|
Dimension |
16x16 |
Maximum size of the frame
icon that will be rendered on the title pane. If the icon
is bigger than this size, it will be scaled down.
|
| InternalFrameTitlePane.titleAlignment
|
leading|trailing|center |
leading |
Alignment for the title.
With a left to right component orientation leading is left
and trailing right. With a right to left component
orientation leading is right and trailing left.
|
JList's sets the name of the renderer to List.renderer. JList
supports the following properties:
JList Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| List.rendererUseListColors |
Boolean |
true |
If true the renderers state is not updated, and the text
colors come from JList's getSelectionBackground and
getSelectionForeground methods. If false, the renderer's state is
updated and the colors will instead come from the Style. |
| List.rendererUseUIBorder |
Boolean |
true |
If true setBorder on the renderer will succeed regardless
of the border passed in, otherwise setBorder on the renderer will
only succeed if it is a Synth Border. |
| List.cellHeight |
Integer |
-1 |
Cell height of the JList. Is this is -1, setFixedCellHeight
is not invoked. |
The Menu classes (JCheckBoxMenuItem, JMenu, JMenuItem, and
JRadioButtonMenuItem) all support the same set of properties and behave
similarly. Each component consists of two Regions: the region
specific to the component and Region.MENU_ITEM_ACCELERATOR.
MENU_ITEM_ACCELERATOR is used for painting the accelerator. Both Regions
paint text using the TEXT_FOREGROUND ColorType. The following set of
properties are supported:
Menu classes common properties
| Property |
Expected Type |
Default Value |
Description |
| prefix.acceleratorDelimiter |
String |
+ |
String separator between the description of the modifiers
and the key, for example Ctrl <acceleratorDelimiter> X .
|
| prefix.arrowIcon |
Icon |
null |
Icon drawn to the right of the text (or left when the
ComponentOrientation is right to left) of the text. This is
typically only defined for JMenu. |
| prefix.checkIcon |
Icon |
null |
Icon drawn to the left of the text (or right when the
ComponentOrientation is right to left) of the text. This is
typically only defined for JCheckBoxMenuItem and JRadioButtonMenuItem
to provide the check or radio button. |
| prefix.margin |
Insets |
Empty Insets (0, 0, 0, 0) |
Margin for the JMenuItem. Refer to the javadoc of
javax.swing.AbstractButton#setMargin(java.awt.Insets) for details
of how the margin is used. |
| prefix.textIconGap |
Integer |
4 |
Padding between the icon and text. Refer to the javadoc for
javax.swing.AbstractButton#setIconTextGap(int) for details of how
this is used. |
Prefix
is one of: CheckBoxMenuItem, Menu, MenuItem, or
RadioButtonMenuItem.
JMenu also supports the following properties:
JMenu specific properties
| Property |
Expected Type |
Default Value |
Description |
| Menu.delay |
Integer |
200 |
Sets the delay before the menu appears. |
| Menu.shortcutKeys |
int[] |
KeyEvent.ALT_MASK |
Array of the KeyEvent modifiers to use for shortcut keys. |
JOptionPane is a composite component and may consist of numerous child
components, they are: OptionPane.button, OptionPane.label,
OptionPane.comboBox, OptionPane.scrollPane, OptionPane.list,
OptionPane.textField, OptionPane.iconLabel.
JOptionPane Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| OptionPane.buttonAreaBorder |
Border |
null |
Border around the button area. |
| OptionPane.buttonClickThreshhold |
Integer |
0 |
Passed to the created buttons setMultiClickThreshhold. |
| OptionPane.buttonOrientation |
Integer |
SwingConstants.CENTER |
How the buttons should be laid out, one of
SwingConstants.LEFT, SwingConstants.RIGHT or SwingConstants.CENTER
(this will be flipped when in a right to left locale). |
| OptionPane.buttonPadding |
Integer |
6 |
Amount of space between buttons. |
| OptionPane.cancelIcon |
Icon |
null |
Icon for the cancel button. |
| OptionPane.errorIcon |
Icon |
null |
Icon used for ERROR_MESSAGE. |
| OptionPane.informationIcon |
Icon |
null |
Icon used for INFORMATION_MESSAGE. |
| OptionPane.isYesLast |
Boolean |
false |
If true the 'yes' button leads other buttons, otherwise
it follows the other buttons. |
| OptionPane.questionIcon |
Icon |
null |
Icon used for error QUESTION_MESSAGE. |
| OptionPane.minimumSize |
Dimension |
262x90 |
Minimum size for the JOptionPane. |
| OptionPane.noIcon |
Icon |
null |
Icon for the no button. |
| OptionPane.okIcon |
Icon |
null |
Icon for the ok button. |
| OptionPane.sameSizeButtons |
Boolean |
true |
Whether or not all the buttons should be the same size. |
| OptionPane.separatorPadding |
Integer |
6 |
Amount of padding between the message area and separator. |
| OptionPane.yesIcon |
Icon |
null |
Icon for the yes button. |
| OptionPane.warningIcon |
Icon |
null |
Icon used for error WARNING_MESSAGE |
JProgressBar
JProgressBar Specific Properties
| Property |
Expected Type
|
Default Value
|
Description |
| ProgressBar.repaintInterval
|
Integer
|
50
|
Number of milliseconds between
repaints for indeterminate progress bars.
|
| ProgressBar.cycleTime
|
Integer
|
3000
|
Number of milliseconds used to
determine how far to move
the bouncing box per frame when the progress bar is indeterminate.
|
JRadioButton paints text using the TEXT_FOREGROUND ColorType. In
addition to the Button properties,
JRadioButton supports the following property:
JRadioButton Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| RadioButton.icon |
Icon |
null |
Icon used to render the radio indicator. |
JScrollBar is a composite component that consists of the following
child Components:
JScrollBar child components
| Name |
Type |
Description |
| ScrollBar.button |
SynthArrowButton |
Identifies the increment/decrement buttons. |
JScrollBar Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| ScrollBar.allowsAbsolutePositioning |
Boolean |
false |
If true, middle mouse click in the track will set the
position of the track to where the mouse is. |
| ScrollBar.maximumThumbSize |
Dimension |
4096x4096 |
Maximum thumb size. |
| ScrollBar.minimumThumbSize |
Dimension |
Derived from ScrollBar.thumbHeight |
The minimum thumb size. If this is not specified the
minimum thumb size is ScrollBar.thumbHeight plus the insets
of the scrollbar along the opposite axis of the scrollbar
and 7 along the other axis. For example, if you have not
specified Insets for a scrollbar, and the orientation of
the scrollbar is vertical, than the minimum thumb
size width is ScrollBar.thumbHeight with a height of 7. |
| ScrollBar.squareButtons |
Boolean |
false |
If true, the width and height of the scrollbar buttons
will be made equal. |
| ScrollBar.thumbHeight |
Integer |
14 |
The preferred height, when the orientation of the
scrollbar is horizontal, or preferred width when the
orientation of the scrollbar is vertical. |
All of the separator classes, JSeparator, JPopupMenu.Separator and
JToolBar.Separator use the same property:
Separator classes common properties
| Property |
Expected Type |
Default Value |
Description |
| Separator.thickness |
Integer |
2 |
Preferred width, for vertically aligned separators, or
preferred height for horizontally aligned separators. The resulting
preferred size will include the Insets. |
JToolBar.Separator also supports the following property:
JToolBar.Separator specific properties
| Property |
Expected Type |
Default Value |
Description |
| ToolBar.separatorSize |
Dimension |
null |
The value of this is passed to the
javax.swing.JToolBar$Separator#setSeparatorSize(java.awt.Dimension)
method. If unspecified setSeparatorSize is not invoked.
|
JScrollPane is unique in that it provides a method for setting
the Border around the JViewport with JViewport throwing an
IllegalArgumentException from setBorder
. To
accommodate this a special border is installed on the
JScrollPane
that uses the
insets from the key
ScrollPane.viewportBorderInsets
. The
SynthPainter
method
paintViewportBorder
is called to paint the
Viewport
s border.
JScrollPane Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| ScrollPane.viewportBorderInsets |
Insets |
null |
Insets for the viewport Border. |
JSplitPane is a composite component that will contain a divider and
potentially two buttons, if setOneTouchExpandable(true) has been
invoked. The two buttons will be named:
SplitPaneDivider.leftOneTouchButton and
SplitPaneDivider.rightOneTouchButton.
JSplitPane Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| SplitPane.centerOneTouchButtons |
Boolean |
true |
If true, the one touch buttons are centered on the divider. |
| SplitPane.oneTouchButtonOffset |
Integer |
2 |
Distance between the one touch buttons. |
| SplitPane.oneTouchButtonSize |
Integer |
6 |
Size to make the one touch buttons. |
| SplitPane.oneTouchExpandable |
Boolean |
null |
If non null, the value of this is passed to
setOneTouchExpandable. |
| SplitPane.size |
Integer |
6 |
Size of the divider |
JSlider
JSlider Specific Properties
| Property
|
Expected Type
|
Default Value
|
Description
|
| Slider.thumbWidth
|
Integer
|
30
|
Width of the slider thumb
|
| Slider.thumbHeight
|
Integer
|
14
|
Height of the slider thumb
|
| Slider.trackBorder
|
Integer
|
1
|
Width of the track border
|
| Slider.paintValue
|
Boolean
|
true
|
Whether or not to paint the
current value
of the slider.
|
JTabbedPane
JTabbedPane Specific Properties
| Property |
Expected Type
|
Default Value
|
Description |
| TabbedPane.tabRunOverlay
|
Integer
|
0
|
Number of pixels to overlap
tabs when there is more than one row.
|
| TabbedPane.textIconGap
|
Integer
|
0
|
Padding added between the icon
and text on a tab. If there is no text or icon this value
is not used.
|
| TabbedPane.selectedTabPadInsets
|
Insets
|
Empty Insets (0, 0, 0, 0)
|
Extra insets added to the
selected tab.
|
| TabbedPane.selectionFollowsFocus
|
Boolean
|
true
|
If true the selection of the
tabbed pane changes as the user navigates the tabs with a
mouse.
|
JTable sets the name of the renderer to Table.cellRenderer.
JTable supports the following properties:
JTable Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| Table.gridColor |
Color |
null |
Color used for the grid. If null the foreground from the
style is used. |
| Table.rendererUseTableColors |
Boolean |
true |
If true the renderers state is not updated, and the text
colors come from JTable's getSelectionBackground and
getSelectionForeground methods. If false, the renderer's state is
updated and the colors will instead come from the Style. |
| Table.rendererUseUIBorder |
Boolean |
true |
If true setBorder on the renderer will succeed
regardless of the border passed in, otherwise setBorder on the
renderer will only succeed if it is a Synth Border. |
| Table.rowHeight |
Integer |
-1 |
If not -1 setRowHeight is invoked on the JTable. |
JTree sets the name of the renderer to Tree.renderer, the name of
the editor is Tree.cellEditor.
JTree Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| Tree.collapsedIcon |
Icon |
null |
Icon to use when a node is collapsed. |
| Tree.drawHorizontalLines |
Boolean |
true |
If true nodes have a horizontal connecting them to the
leading edge of their parent. |
| Tree.drawVerticalLines |
Boolean |
true |
If true a vertical line is drawn down from expanded nodes. |
| Tree.expandedIcon |
Icon |
null |
Icon to use when a node has been expanded. |
| Tree.leftChildIndent |
Integer |
0 |
This plus Tree.rightChildIndent account for the total
space, along the y axis, to offset nodes from their parent. |
| Tree.rightChildIndent |
Integer |
0 |
This plus Tree.leftChildIndent account for the total
space, along the y axis, to offset nodes from their parent. |
| Tree.rowHeight |
Integer |
-1 |
Row height for the Tree. |
| Tree.scrollsHorizontallyAndVertically |
Boolean |
false |
If false and scrolling needs to happen to accommodate cells
it will only happen along the vertical axis, if true, scrolling
may happen along both the horizontal and vertical axis. |
| Tree.scrollsOnExpand |
Boolean |
true |
Whether or not the JTree should scroll when a node is
expanded. |
| Tree.linesStyle |
String |
|
The styles of the lines in the tree. Synth supports solid lines
(empty value) and dashed lines ("dashed" value). It is possible to add new
styles by creating a new SynthGraphicsUtils
and binding it to the tree. |
JToggleButton paints text using the TEXT_FOREGROUND ColorType. In
addition to the Button properties,
JToggleButton supports the following property:
JToggleButton Specific Properties
| Property |
Expected Type |
Default Value |
Description |
| ToggleButton.icon |
Icon |
null |
Icon used to render the radio indicator. |
Each of the Button classes (JButton, JCheckBox, JRadioButton,
JToggleButton and SynthArrowButton) support a similar set of properties.
These properties are:
Button classes common properties
| Property |
Expected Type |
Default Value |
Description |
| prefix.contentAreaFilled |
Integer |
true |
Refer to the javadoc of
javax.swing.AbstractButton#contentAreaFilled(boolean)
for details of how this is used. It is up to the Painter to properly honor
this property.
|
| prefix.iconTextGap |
Integer |
If unspecified, JButton.setIconTextGap is not invoked. |
Padding between the icon and text. Refer to the javadoc of
javax.swing.AbstractButton#setIconTextGap(int)
for details of how this is used.
|
| prefix.margin |
Insets |
Empty Insets (0, 0, 0, 0) |
Margin for the JButton. Refer to the javadoc of
javax.swing.AbstractButton#setMargin(java.awt.Insets) for
details of how the margin is used.
|
| prefix.textShiftOffset |
Integer |
0 |
Amount to shift the text and icon, along the x and y axis,
from where it would normally be laid out. This is only used when
the button is in a pressed state and does not have a pressed icon. |
Prefix
is one of: Button, CheckBox, RadioButton or
JToggleButton.
Text Properties
Text classes common properties
| Property |
Expected Type
|
Default Value
|
Description
|
| prefix.caretForeground
|
Color
|
#000000 |
Color of the caret.
|
| prefix.margin
|
Insets |
Empty Insets (0, 0, 0, 0),
EditorPane and TextPane (3, 3, 3, 3)
|
Margins of the text component.
|
| prefix.caretBlinkRate
|
Integer
|
500
|
Number of milliseconds defining
the blink rate fo the caret.
|
Prefix
is one of: EditorPane, FormattedTextField,
PasswordField, TextArea, TextField or TextPane.


Tear gas fired as Hong Kong marks first month of mask ban
Protesters set up barricades at Tseung Kwan O residential district where a student suffered serious injuries on Monday.
Hong Kong police fired tear gas at pro-democracy protesters in the early hours of Wednesday as demonstrators marked the one-month anniversary of the mask ban.
Protesters were seen setting up makeshift barricades in Tseung Kwan O, a residential area in the city, where early on Monday, a university student reportedly fell off an upper floor of a carpark building after police fired tear gas.
Hospital officials said on Tuesday the student was fighting for his life.
Police could not immediately provide details.
More:
Hong Kong Chief Executive Carrie Lam said investigations would be carried out to determine exactly what happened, and that the case drove home the government's message that violence must cease.
Late on Wednesday, China's Vice Premier Han Zheng said Beijing supports more aggressive measures to tackle the unrest that has roiled the city.
Han said the protests were damaging the "one country, two systems" formula under which the Asian financial hub has been governed since its handover from Britain to Beijing in 1997.
The demonstrations began in the autonomous Chinese city over a since-scrapped extradition bill and escalated in mid-June.
Protesters have kept up their calls for universal suffrage and an independent inquiry into police behaviour, among other demands.
While the number of people who take part in the mostly weekend rallies has dwindled from the millions who participated in June, the violence and vandalism have escalated.
Authorities have refused permits for many recent protests, making them illegal from the outset and activists liable to be arrested.
The past five months of anti-government protests in the former British colony represent the biggest popular challenge to Chinese President Xi Jinping's government since he took over leadership in late 2012.
Protesters are angry at China's perceived meddling with Hong Kong's freedoms, including its legal system, since the Asian financial hub returned to Chinese rule in 1997. China denies the accusation.


Contact
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Saul Lopez
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Required fields are marked with an asterisk *.


Class MultiSpatialMap<T>
See SpatialMap documentation -- similar in principle. However, this implementation allows multiple items to exist at one point in the SpatialMap, in exchange for the loss of the convenience functions like GetItem vs GetItems, as well as potential performance differences (although unless the number of objects at any given location is large, the performance is asymptotically the same).
Implements
Inherited Members
Namespace: GoRogue
Assembly: GoRogue.dll
Syntax
public class MultiSpatialMap<T> : AdvancedMultiSpatialMap<T>, ISpatialMap<T>, IReadOnlySpatialMap<T>, IEnumerable<ISpatialTuple<T>>, IEnumerable where T : class, IHasID
Type Parameters
| Name | Description |
|---|---|
| T | The type of items being stored. Must implement IHasID and be a reference-type. |
Remarks
Although SpatialMap should generally be preferred in cases where only one item is allowed at a location in the first place, this implementation may be particularly useful for situations such as inventory items, where multiple items may be desired at one location. If one is implementing something akin to "buckets", one may also subclass this implementation and provide handlers to the various events it exposes to keep track of the object on top, etc. The two implementations could also in many cases be used in combination as necessary, since they both implement the ISpatialMap interface.
Constructors
| Improve this Doc View SourceMultiSpatialMap(Int32)
Constructor. Creates an empty MultiSpatialMap.
Declaration
public MultiSpatialMap(int initialCapacity = 32)
Parameters
| Type | Name | Description |
|---|---|---|
| System.Int32 | initialCapacity | The initial maximum number of elements the SpatialMap can hold before it has to internally resize data structures. Defaults to 32. |


An article consumed from: News API
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Description: {{ description }}
Author: {{ author }}
Publisher: {{publisher}}
Published on: {{ date }}
Modified on: {{ dateModified }}
An article consumed from: News API
{{ title2 }}
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Modified on: {{ dateModified2 }}


Introduction
A single test case follows a pattern. Setup the data, invoke the function or method with the arguments and assert the return data or the state changes. A function will have a minimum of one or more test cases for various success and failure cases.
Here is an example implementation of wc
command for a single file that returns number of words, lines, and characters
for an ASCII text file.
def wc_single(path, words=False, chars=False, lines=False):
"""Implement GNU/Linux `wc` command
behavior for a single file.
"""
res = {}
try:
with open(path, 'r') as fp:
# Consider, the file is a small file.
content = fp.read()
if words:
lines = content.split('\n')
res['words'] = sum([1
for line in lines
for word in line.split(' ')
if len(word.strip()) >= 1])
if chars:
res['chars'] = len(content)
if lines:
res['lines'] = len(content.strip().split('\n'))
return res
except FileNotFoundError as exc:
print(f'No such file {path}')
return res
For the scope of the blog post, consider the implementation as sufficient and not complete. I’m aware; for example, the code would return the number of lines as 1 for the empty file. For simplicity, consider the following six test cases for wc_single
function.
- A test case with the file missing.
- A test case with a file containing some data, with
words, chars, lines
set toTrue.
- A test case with a file containing some data, with
words
alone set toTrue.
- A test case with a file containing some data, with
lines
alone set toTrue.
- A test case with a file containing some data, with
chars
alone set toTrue.
- A test case with a file containing some data, with
words, chars, lines
alone set toTrue.
I’m skipping the combinatorics values for two of the three arguments to be True
for simplicity.
Test Code
The file.txt
content (don’t worry about the comma after knows
)
Welcome to the new normal.
No one knows, what is new normal.
Hang on!
wc
output for file.txt
$wc file.txt
5 14 72 file.txt
Here is the implementation of the six test cases.
class TestWCSingleWithoutParameterized(unittest.TestCase):
def test_with_missing_file(self):
with patch("sys.stdout", new=StringIO()) as output:
path = 'missing.txt'
res = wc_single(path)
assert f'No such file {path}' in output.getvalue().strip()
def test_for_all_three(self):
res = wc_single('file.txt', words=True, chars=True, lines=True)
assert res == {'words': 14, 'lines': 5, 'chars': 72}
def test_for_words(self):
res = wc_single('file.txt', words=True)
assert res == {'words': 14}
def test_for_chars(self):
res = wc_single('file.txt', chars=True)
assert res == {'chars': 72}
def test_for_lines(self):
res = wc_single('file.txt', lines=True)
assert res == {'lines': 5}
def test_default(self):
res = wc_single('file.txt')
assert res == {}
The test case follows the pattern, setup the data, invoke the function with arguments, and asserts the return or printed value. Most of the testing code is a copy-paste code from the previous test case.
Parameterize
It’s possible to reduce all six methods into a single test method with parameterized libray. Rather than having six methods, a decorator can inject the data for tests, expected value after the test. Here is how the code after parameterization.
def get_params():
"""Return a list of parameters for each test case."""
missing_file = 'missing.txt'
test_file = 'file.txt'
return [('missing_file',
{'path': missing_file},
f'No such file {missing_file}',
True),
('all_three',
{'path': test_file, 'words': True, 'lines': True, 'chars': True},
{'words': 14, 'lines': 5, 'chars': 72},
False),
('only_words',
{'path': test_file, 'words': True},
{'words': 14},
False),
('only_chars',
{'path': test_file, 'chars': True},
{'chars': 72}, False),
('only_lines',
{'path': test_file, 'lines': True},
{'lines': 5},
False),
('default',
{'path': test_file},
{},
False)
]
class TestWCSingleWithParameterized(unittest.TestCase):
@parameterized.expand(get_params())
def test_wc_single(self, _, kwargs, expected, stdout):
with patch("sys.stdout", new=StringIO()) as output:
res = wc_single(**kwargs)
if stdout:
assert expected in output.getvalue().strip()
else:
assert expected == res
The pytest runner output
pytest -s -v wc.py::TestWCSingleWithParameterized
============================================================================================================ test session starts =============================================================================================================
platform darwin -- Python 3.6.9, pytest-5.4.1, py-1.8.1, pluggy-0.13.1 -- /usr/local/Caskroom/miniconda/base/envs/hotbox/bin/python
cachedir: .pytest_cache
rootdir: /Users/user/code/snippets
plugins: kubetest-0.6.4, cov-2.8.1
plugins: kubetest-0.6.4, cov-2.8.1
collected 6 items
wc.py::TestWCSingleWithParameterized::test_wc_single_0_missing_file PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_1_all_three PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_2_only_words PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_3_only_chars PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_4_only_lines PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_5_default PASSED
What did @parameterized.expand
do?
The decorator collected all the arguments to pass the test method, test_wc_single.
When pytest runner ran the test class, the decorator injected a new function name following default rule, <func_name>_<param_number>_<first_argument_to_pass>
. Then each item in the list returned by get_params
to the test case, test_wc_single.
What did get_params
return?
get_params
returns a list(iterable). Each item in the list is a bunch of parameters for each test case.
('missing_file', {'path': missing_file}, f'No such file {missing_file}', True)
Each item in the list is a tuple containing the parameters for a test case. Let’s take the first tuple as an example.
First item in the tuple is a function suffix used while printing the function name('missing_file'
). The second value in the tuple is a dictionary containing the arguments to call the wc_single function({'path': missing_file}
). Each test case passes a different number of arguments to the wc_single.
Hence the second item in the first and second tuple has different keys in the dictionary. The third item in the tuple is the expected value to assert after calling the testing function(f'No such file {missing_file}'
). The fourth item in the tuple determines what to assert after the function call, the return value, or stdout(True
).
The principle is decorator will expand and pass each item in the iterable to the test method. Then how to receive the parameter and structure the code is up to the programmer.
Can I change the function name printed?
Yes, the parameterized.expand
accepts a function as a value to the argument name_func
, which can change each function name.
Here is the custom name function which suffixes the first argument for each test in the function name
def custom_name_func(testcase_func, param_num, param):
return f"{testcase_func.__name__}_{parameterized.to_safe_name(param.args[0])}"
class TestWCSingleWithParameterized(unittest.TestCase):
@parameterized.expand(get_params(),
name_func=custom_name_func)
def test_wc_single(self, _, kwargs, expected, stdout):
with patch("sys.stdout", new=StringIO()) as output:
res = wc_single(**kwargs)
if stdout:
assert expected in output.getvalue().strip()
else:
assert expected == res
Test runner output
$pytest -s -v wc.py::TestWCSingleWithParameterized
...
wc.py::TestWCSingleWithParameterized::test_wc_single_all_three PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_default PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_missing_file PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_only_chars PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_only_lines PASSED
wc.py::TestWCSingleWithParameterized::test_wc_single_only_words PASSED
Is it possible to run a single test after parameterization?
Yes. You should give the full generated name and rather than actual method name in the code.
$pytest -s -v "wc.py::TestWCSingleWithParameterized::test_wc_single_all_three"
...
wc.py::TestWCSingleWithParameterized::test_wc_single_all_three PASSED
Not like these
$pytest -s -v wc.py::TestWCSingleWithParameterized::test_wc_single
...
=========================================================================================================== no tests ran in 0.24s ============================================================================================================
ERROR: not found: /Users/user/code/snippets/wc.py::TestWCSingleWithParameterized::test_wc_single
(no name '/Users/user/code/snippets/wc.py::TestWCSingleWithParameterized::test_wc_single' in any of [<UnitTestCase TestWCSingleWithParameterized>])
$pytest -s -v "wc.py::TestWCSingleWithParameterized::test_wc_single_*"
...
=========================================================================================================== no tests ran in 0.22s ============================================================================================================
ERROR: not found: /Users/user/code/snippets/wc.py::TestWCSingleWithParameterized::test_wc_single_*
(no name '/Users/user/code/snippets/wc.py::TestWCSingleWithParameterized::test_wc_single_*' in any of [<UnitTestCase TestWCSingleWithParameterized>])
Does test failure give enough information to debug?
 You can mix and play with test functions, test classes, test methods. And pytest only supports UK spelling paramterize
whereas parameterize library supports American spelling parameterize
. Pytest refused to support both the spellings.
In recent PyCon 2020, there was a talk about pytest parametrize. It’s crisp and provides a sufficient quick introduction to parametrization.
Why parameterize tests?
- It follows DRY(Do not Repeat Yourself) principle.
- Changing and managing the tests are easier.
- In a lesser number of lines, you can test the code. At work, for a small sub-module, the unit tests took 660 LoC. After parameterization, tests cover only 440 LoC.
Happy parameterization!
Important links from the post:
- Parameterized - https://github.com/wolever/parameterized
- Pytest Parametrize - https://docs.pytest.org/en/latest/parametrize.html
- PyCon 2020 Talk on Pytest Parametrize - https://www.youtube.com/watch?v=2R1HELARjUk
- Complete code - https://gitlab.com/snippets/1977169
See also
- “Don’t touch your face” - Neural Network will warn you
- Capture all browser HTTP[s] calls to load a web page
- How long do Python Postgres tools take to load data?
- Debugging Python multiprocessing program with strace
- Book Review: Software Architecture with Python
This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.


jQuery objects vs strings
Object blocker!!
My pair was stuck for the longest time on the following code snip:
$(function(){
var new_square = '$(

)';
$('body').on('click','.square', function(){
// var my_square = $(this);
$(this).toggleClass('blue');
b = $(new_square)
.insertAfter(this);
a = $(new_square)
.insertBefore(this);
b.toggleClass('blue');
a.toggleClass('blue');
});
});
We expected out output to include three elements – the original square, one inserted after, and one inserted before. The output we were seeing included only two squares: the original one and the square inserted before. If we inverted the insert calls, we would see only one inserted after. We were totally stumped until we printed out the content of new_square:
$('

');
We were actually passing a reference to a jQuery OBJECT into the insert methods, so in essence, we were creating the object once and then passing it around to different locations. When we changed new_square from a jQuery object:
var new_square = '$(

)';
to a string
var new_square = '

';
We saw our third element appear no problem.


Welcome! Mr. Rogers' soul has come back as a robot, Mr. Robogers, and he is asking that you say hello. To do so, you must communicate in robot language, also known as numbers.
Mr.Robogers says:


5.3 Implementation and Analysis of
Linked Lists
Recall that each element of a linked list
consists of two parts: a data member and a pointer to the next
element in the list. The structure ListElmt
represents an individual element of a linked list (see Example
5.1). As
you would expect, this structure has two members that
correspond to those just mentioned. The structure
List is the linked list data structure (see Example
5.1). This structure consists of five members:
size is the number of elements in the list,
match is a member not used by linked lists but
by datatypes that will be derived later from linked lists,
destroy is the encapsulated destroy function
passed to list_init, head is a pointer to
the first of the linked elements, and tail is
a pointer to the tail element.
Example 5.1.
Header for the Linked List Abstract Datatype /*****************************************************************************
* *
* -------------------------------- list.h -------------------------------- *
* *
*****************************************************************************/
#ifndef LIST_H
#define LIST_H
#include <stdlib.h>
/*****************************************************************************
* *
* Define a structure for linked list elements. *
* *
*****************************************************************************/
typedef struct ListElmt_ {
void *data;
struct ListElmt_ *next;
} ListElmt;
/*****************************************************************************
* *
* Define a structure for linked lists. *
* *
*****************************************************************************/
typedef struct List_ {
int size;
int (*match)(const void *key1, const void *key2);
void (*destroy)(void *data);
ListElmt *head;
ListElmt *tail;
} List;
/*****************************************************************************
* *
* --------------------------- Public Interface --------------------------- *
* *
*****************************************************************************/
void list_init(List *list, void (*destroy)(void *data));
void list_destroy(List *list);
int list_ins_next(List *list, ListElmt *element, const void *data);
int list_rem_next(List *list, ListElmt *element, void **data);
#define list_size(list) ((list)->size)
#define list_head(list) ((list)->head)
#define list_tail(list) ((list)->tail)
#define list_is_head(list, element) ((element) == (list)->head ? 1 : 0)
#define list_is_tail(element) ((element)->next == NULL ? 1 : 0)
#define list_data(element) ((element)->data)
#define list_next(element) ((element)->next)
#endif
5.3.1 list_init
The list_init operation initializes a
linked list so that it can be used in other operations (see Example
5.2). Initializing a linked list is a simple operation in
which the size member of the list is set to 0,
the destroy member to destroy,
and the head and tail pointers
to NULL.
The runtime complexity of list_init is O (1) because all of the steps in
initializing a linked list run in a constant amount of
time.
5.3.2 list_destroy
The list_destroy operation destroys a
linked list (see Example
5.2). Primarily this means removing all elements from the
list. The function passed as destroy to list_init is called once for each
element as it is removed, provided destroy was
not set to NULL.
The runtime complexity of list_destroy is O (n),
where n is the number of
elements in the list. This is because the O (1) operation list_rem_next must be called once for each
element.
5.3.3 list_ins_next
The list_ins_next operation inserts an
element into a linked list just after a specified element (see
Example
5.2). The call sets the new element to point to the data
passed by the caller. The actual process of inserting the new
element into the list is a simple one, but it does require
some care. There are two cases to consider: insertion at the
head of the list and insertion elsewhere.
Generally, to insert an element into a linked
list, we set the next pointer of the new
element to point to the element it is going to precede, and we
set the next pointer of the element that will
precede the new element to point to the new element (see Figure
5.3). However, when inserting at the head of a list, there
is no element that will precede the new element. Thus, in this
case, we set the next pointer of the new
element to the current head of the list, then reset the head
of the list to point to the new element. Recall from the
interface design in the previous section that passing NULL for
element indicates that the new element should
be inserted at the head. In addition to these tasks, whenever
we insert an element at the tail of the list, we must update
the tail member of
the list data structure to point to the new tail. Last, we
update the size of the list by incrementing its
size member.
The runtime complexity of list_ins_next is O (1) because all of the steps in
inserting an element into a linked list run in a constant
amount of time.
5.3.4 list_rem_next
The list_rem_next operation removes from
a linked list the element just after a specified element (see
Example
5.2). The reasons for removing the element just after, as
opposed to the element itself, are discussed in the questions
and answers at the end of the chapter. As with inserting an
element, this call requires consideration of two cases:
removing an element from the head of the list and removing one
elsewhere.
The actual process of removing the element
from the list is a simple one, but it too requires some care
(see Figure
5.4). Generally, to remove an element from a linked list,
we set the next pointer of the element
preceding the one being removed to point to the element after
the element being removed. However, when removing an element
from the head of a list, there is no element that precedes the
element being removed. Thus, in this case, we set the head of
the list to point to the element after the one being removed.
As with insertion, NULL serves nicely as a sentinel passed in
element to indicate that the element at the
head of the list should be removed. In addition to these
tasks, whenever we remove the element at the tail of the list,
we must update the tail member of the list
data structure to point to the new tail, or to NULL if
removing the element has caused the list to become empty.
Last, we update the size of the list by decreasing the
size member by 1. Upon return,
data points to the data from the element
removed.
The runtime complexity of list_rem_next is O (1)
because all of the steps in removing an element from a linked
list run in a constant amount of time.
5.3.5 list_size, list_head,
list_tail, list_is_tail,list_data, and list_next
These macros
implement some of the simpler linked list operations (see Example
5.1). Generally, they provide an interface for accessing
and testing members of the List and
ListElmt structures.
The runtime complexity of these operations is
O (1) because accessing and
testing members of a structure are simple tasks that run in a
constant amount of time.
Example 5.2.
Implementation of the Linked List Abstract Datatype /*****************************************************************************
* *
* -------------------------------- list.c -------------------------------- *
* *
*****************************************************************************/
#include <stdlib.h>
#include <string.h>
#include "list.h"
/*****************************************************************************
* *
* ------------------------------- list_init ------------------------------ *
* *
*****************************************************************************/
void list_init(List *list, void (*destroy)(void *data)) {
/*****************************************************************************
* *
* Initialize the list. *
* *
*****************************************************************************/
list->size = 0;
list->destroy = destroy;
list->head = NULL;
list->tail = NULL;
return;
}
/*****************************************************************************
* *
* ----------------------------- list_destroy ----------------------------- *
* *
*****************************************************************************/
void list_destroy(List *list) {
void *data;
/*****************************************************************************
* *
* Remove each element. *
* *
*****************************************************************************/
while (list_size(list) > 0) {
if (list_rem_next(list, NULL, (void **)&data) == 0 && list->destroy !=
NULL) {
/***********************************************************************
* *
* Call a user-defined function to free dynamically allocated data. *
* *
***********************************************************************/
list->destroy(data);
}
}
/*****************************************************************************
* *
* No operations are allowed now, but clear the structure as a precaution. *
* *
*****************************************************************************/
memset(list, 0, sizeof(List));
return;
}
/*****************************************************************************
* *
* ----------------------------- list_ins_next ---------------------------- *
* *
*****************************************************************************/
int list_ins_next(List *list, ListElmt *element, const void *data) {
ListElmt *new_element;
/*****************************************************************************
* *
* Allocate storage for the element. *
* *
*****************************************************************************/
if ((new_element = (ListElmt *)malloc(sizeof(ListElmt))) == NULL)
return -1;
/*****************************************************************************
* *
* Insert the element into the list. *
* *
*****************************************************************************/
new_element->data = (void *)data;
if (element == NULL) {
/**************************************************************************
* *
* Handle insertion at the head of the list. *
* *
**************************************************************************/
if (list_size(list) == 0)
list->tail = new_element;
new_element->next = list->head;
list->head = new_element;
}
else {
/**************************************************************************
* *
* Handle insertion somewhere other than at the head. *
* *
**************************************************************************/
if (element->next == NULL)
list->tail = new_element;
new_element->next = element->next;
element->next = new_element;
}
/*****************************************************************************
* *
* Adjust the size of the list to account for the inserted element. *
* *
*****************************************************************************/
list->size++;
return 0;
}
/*****************************************************************************
* *
* ----------------------------- list_rem_next ---------------------------- *
* *
*****************************************************************************/
int list_rem_next(List *list, ListElmt *element, void **data) {
ListElmt *old_element;
/*****************************************************************************
* *
* Do not allow removal from an empty list. *
* *
*****************************************************************************/
if (list_size(list) == 0)
return -1;
/*****************************************************************************
* *
* Remove the element from the list. *
* *
*****************************************************************************/
if (element == NULL) {
/**************************************************************************
* *
* Handle removal from the head of the list. *
* *
**************************************************************************/
*data = list->head->data;
old_element = list->head;
list->head = list->head->next;
if (list_size(list) == 1)
list->tail = NULL;
}
else {
/**************************************************************************
* *
* Handle removal from somewhere other than the head. *
* *
**************************************************************************/
if (element->next == NULL)
return -1;
*data = element->next->data;
old_element = element->next;
element->next = element->next->next;
if (element->next == NULL)
list->tail = element;
}
/*****************************************************************************
* *
* Free the storage allocated by the abstract datatype. *
* *
*****************************************************************************/
free(old_element);
/*****************************************************************************
* *
* Adjust the size of the list to account for the removed element. *
* *
*****************************************************************************/
list->size--;
return 0;
}
|


Reports assignment to, or modification of for statement parameters inside the for loop body.
While occasionally intended, this construct can be extremely confusing, and is often the result of a typo.
Assignments in plain for loops without an update statement are not reported.


Glad you could make it. If you are wondering what this page is for, please see the github repo.
The rubico tour will cover:
You can expect each of the above sections to contain an editable and runnable code example.
You'll get a lot more out of this page if you play with the examples.
const {
pipe, fork, assign,
tap, tryCatch, switchCase,
map, filter, reduce, transform, flatMap,
any, all, and, or, not,
eq, gt, lt, gte, lte,
get, pick, omit,
} = rubico
// functional version of console.log
// put this in a pipe
const trace = tap(console.log)
👆 Additionally, these functions are globally available to you in all code areas.
You can pass rubico synchronous or asynchronous functions. When any functions are asynchronous, rubico handles
the promise resolution for you. That means you can stop worrying about explicitly calling .then
or Promise.all
.
We can concisely make five requests to an API in parallel.
rubico's pipe is the happy marriage between the expressiveness of a modern programming language
and the Unix philosophy. You can think about rubico's pipe as an analog to the Unix pipe; instead of command line utilities,
you're piping functions. Without rubico, pipelines of this nature are inconvenient because most of the functions you'd want to pipe
reside on the prototypes of the data, e.g. Array.prototype.map
. rubico inverts these prototype methods
so you can create pipelines with ease, for example, with map.
If we pipe the input array [1, 2, 3, 4, 5] through the pipeline squaredOdds
, we expect the output array [1, 9, 25]
There will be times when you'll want to control the shape of your data. For example, you may want to extend an object in your pipeline with new properties, or create a step whereby you construct a new object from an existing one. For times like these, use get in conjunction with fork or assign.
Here you can expect the object { original: 3, resultOfDouble: 6, resultOfSquare: 9 } from doingMaths
on 3.
With rubico, you can act on more collections than just arrays. For example, in addition to arrays, you can also map over asyncIterables, Strings, Sets, Maps, TypedArrays, Generated Iterables, and Objects.
We square multiple collections of 1, 2, 3, 4, 5 below.
You can fully express logic statements with switchCase and predicate composers and, or, and not.
We can use rubico's flow control expressions to functionally create stats for numbers.
WARNING: this section covers transducers. If you are not completely comfortable with the subject, I've written you a crash course.
"transform" is a word that sounds cool and is even cooler in practice. When we say "transform this data", we mean "take this data and convert it to something else". It's that general. The more powerful, less expressive, and perhaps more familiar version of transform is reduce. You can use either of these to create transformations of very large, even infinite collections of data.
Here is something familiar with a twist.
Here is a decimal number converted to notes of the alphabet song.
That's all folks, thanks for reading! If you found the tour helpful, please leave a 🌟 at the github repo.
This website was created with rubico. You can find the full source on github
(c) 2020 Richard Tong. MIT Licensed.


This is where you are:
Home/About
My name is Adewunmi Fayemiwo, I am currently a student in the University of Lagos in the department of Physics.
At the moment I'm learning web development. When I'm not coding, I love to do other things like:
I work well on my own and in teams. I am always ready to learn from others and from available resources.


The home of my Circle Theory of Life by : Harry McKinney
Ever wonder what the "big picture" for life is? I do too, this theory is backed by personal research and theories that I have collected over the years. My first year in college I was required to take a philosophy class, it started with the most basic of all questions..... "Is life a straight line or a circle?"; the assignmenet was to write an eight page paper explaining your "position" on the subject.
Seems like an easy exercise...right? If you are thinking that then I suggest you try it yourself. Prior to this assignment I had believed, (and believed firmly), that life was undoubtably a straight line, a series of events that occured due to happenstance, free will and opportunites based on external environment.
So I did what anyone would do, I started drafting this paper. Something happened along the way though... About five pages in , I realized that life wasn't a straight line afterall, I also relaized that it wasn't a circle either. Instead I had a "euruka moment", I realized that life can be proved as a series of cirlcles.
In each stage of our lives we are given obstacles to overcome, if we give up we are doomed to repeat that cycle and to "live in that circle" as a type of purgatory, but once we conquer that challenge we move to another adjacent circle, we get a brand new challenge and we grow as human beings.


START a pool!
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---
layout: study
title: Study (The Cherkewski View)
include_sidebar: true
sidebar_type: post-index
---
This is where I write, about my reading and more, where I cultivate ideas.
Rather than a neat list of articles, think of this as a scattered collection of notes.
This is public thinking via the best medium: writing.
Study
' | remove: '
' }}Hit and Miss #{{ post.number }}
{% else %}{{ post.subtitle | markdownify | remove: '
' | remove: '
' }} {% endif %}


Icecast Statistics
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Elektronica is the tech-wing of ECE, NSEC. We deal with bringing to you the most amazing and unique tech related content for all your tech needs. Check our our current event or the events page for other events we organize!
Year - 2nd
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本书pdf是文字版，书签良好。
Introduction to Philosophy of Complex Systems: A
Systems and Process Metaphysics
Metaphysical and Epistemological Issues in Complex Systems
Computing and Complexity—Networks, Nature and Virtual Worlds
Evolutionary Games and the Modeling of Complex Systems
General System Theory
Conceptualising Reduction, Emergence and Self-Organisation in Complex Dynamical Systems
Challenged by Instability and Complexity...
Complex Biologıcal Mechanisms: Cyclic, Oscillatory, and Autonomous
On Causality in Nonlinear Complex Systems: The Developmentalist Perspective
The Impact of the Paradigm of Complexity on the Foundational Frameworks of Biology and Cognitive Science
Complexity in Organismal Evolution
The Complexity of Cell-Biological Systems
Constructing Post-Classical Ecosystems Ecology
Complex Ecological Systems
Behavior and Cognition as a Complex Adaptive System: Insights from Robotic Experiments
The Complex Dyanmics of the Climate System: Constraints on our Knowledge, Policy Implications and The Necessity of Systems Thinking
Economic Systems
Econophysics and the Complexity of Financial Markets
Complexity and Anthropology
Dynamics of the Process of Development
Living in the Pink: Intentionality, Wellbeing, and Complexity
Chinese Medicine and Complex Systems Dynamics
Military Applıcations of Complex Systems
Complexity and Management
Complex Systems Dynamics and Sustainability: Conception, Method and Policy
Introduction to Philosophy of Complex Systems


Web page shows all data ofn latest event and only names of the rest of the events. Clicking event's name, will get event's data with ajax.
Windows Phone version shows all events in list and clicking event's name will switch to next view where event info is shown.
PHP Web Site sends data to clients in JSON.
Web page creates controls dynamically from JSON.
Data is stored in MySQL database.
Web site has checks that check request is made by human. (Should add CAPTCHA check)
Windows Phone application
Windows Phone application creates Domail Models from JSON data (Web requests run on separate threads).
Domain Models are converted to ViewModels. View Models use Commands, although Windows Phone doesn't support yet Command bindings.
For now commands are binded to Tags and are executed from code-behind (I read from internet that MVVM Police won't take my family away, so it's ok like that).


JSFrame.js examples
Desktop on the web with 'yosemite' preset
View source on GitHub
Icons from http://flat-icon-design.com , Photo by Tiago Fioreze License: CC-BY-SA 3.0


>> type `ping`, `time`, or `echo [message]`, then reload the page to see what's happened >> Download Saihubot


Latest Post Work as a freelance artist is rewarding. Read Latest Gallery Addition in MSX COLOURS View Contact For any questions or inquiries regarding the work found on this portfolio. Send an inquiry


Hello, Stranger!
Welcome to Runners Home™
Runners Home™ is dedicated to providing you with:
the most up-to-date information in running races.
the best resources for runners.
©Runners Home. All rigths reserved.


| Session # | Date, Time | Score | Features |
|---|---|---|---|
| 4 | 7/12/2020, 12:21 PM | 87% |
|
| 3 | 7/12/2020, 12:05 PM | 84% |
|
| 2 | 7/12/2020, 11:36 AM | 85% |
|
| 1 | 7/12/2020, 11:23 AM | 78% |
|


Invite your friend to open the same URL using Chrome >= 23 or open the same page from a new tab and call yourself, lonely :(
Your browser does not support websocket.
Your browser does not support PeerConnections.
Your browser does not support user media.


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Front-End Developer
Mark Elliot Zuckerberg
Front-end developer with several years of experience in development various applications. I have already created my own small project called Facebook. Reached the maximum level in its development, after which it became boring. Soon he became interested in the project of his friend - React and decided to study it.
Projects
- https://www.facebook.com/ ........................... [HTML5, CSS3, JavaScript, Rest API, JSON ]
Work Experience
Front-End Developer Chan Zuckerberg Initiative
December 2015 - up to now | Palo Alto- I am engaged in charity work.
- I run a fund for the development of various sciences, including javascript.
- Layout small pages for the company.
- Learning Kanban.
Actor The Simpsons
Jun 2016 - November 2017 | Palo Alto- Voiced his character in the cartoon of the same name
- Lorem ipsum dolor sit amet, consectetur adipiscing elit.
Ideological inspirer Facebook
December 2004 - up to now | White Plains- I wrote in Pascal comparing arrays through nested loops.
- Rules of the bugs of armless colleagues.
- I asked for money from fellow students to pay for hosting and buy a domain.
- Figured out how to set up an ssl certificate for a facebook domain.
- He made fun of Harvard students by posting pictures of them on his social network .


Affirmation Blues
What are we singing about?
January 16, 2015
In a tribute to Reverend Doctor Martin Luther King Jr. last night Cornel West asked us the following question. "I want to know what you are faithful to not what you are successful at". He also talked about the discouragement young people of color feel in public spaces. Stereotype threat is triggered by these subtle forms of discouragement. As an antidote to this negative effect on performance , Claude Steele suggests external signals of affirmation such as "I know you, and I know you can do this assignment." I elaborated on the antidote last week to suggest that meditation could be used to acknowledge the negative effects on the mental and physical state. When we start to become focused on the feeling of marginalization, we need to bring our attention back.
When considering a list of values to affirm, I was pleased to find that some of the words that resonate with the Four Immeasurables. These four terms are starting points in a traditional Buddhist mindfulness practice. One way of engaging in the practice is to focus on each affirmation and offer the benefits to all beings. May all beings be happy and enjoy the causes of happiness. May all beings be free from suffering and the causes of suffering. May all beings not be separated from perfect joy. May all beings rest in great equanimity. In her wonderful address on the Four Immeasurables, Khandro Rinpoche gives some very practical advice. She says that's it's essential to see that we can't impose these qualities on ourselves or others when we wish. She suggests that we contemplate these values just because .
Happiness, Freedom, Joy, Equanimity are especially effective top-level affirmations. They are immeasurable in the sense that they are unconditional. The don't depend on the cause and effect of perfomance. As I look for other affirmation terms, I realize that they cluster around athletic, intellectual and vocational pursuits or periods of my life. Enthusiasm, creativity, co-operation, self-reliance, courage have helped me through various jobs and adventures. Introspection, truth, wisdom, peace, freedom are trickier since they often function as a standard to which I compare real life. When one feels threatened with despair, it's easy to feel the absence of these higher values and solidify the decision to reject the situation.
Recently, I was discussing the human element in software development with a new friend. We descibed potential logistical problems and flawed responses to them. He was discussing this in the context of his own affirmation of learning. I've noticed that some people operate well in difficult situations when they view the experience as an opportunity to learn. I have a tendency to become hyper-aware of the negative effects of the problem. Sometimes this approach can foster extra motivation to discover the cause and effect. But other times, this type of diagnosis can upstage other positive affirmations such as patience, technique or just plain true-grit. Whatever happens, it's important to be hard on the issues but soft on the people.
In closing his interview with Cornel West, Van Jones (Yes We Code Founder) offered the following prognosis. He said that the very victims of stereotype threat are key to meeting the future catastrophe of a plutocratic society in decline. Because they have been stretched and disapointed, people on the margins have a developed an understanding of hope and unconditional love. They are the people who sing the blues.


heat exchanger
Path: CARNOT/heat_source
Purpose
Calculates the output THV of the hot and cold fluid of a heat exchanger.
Description
The heat exchanger is characterised by the number of transfer units (NTU).
Input temperatures are delayed by the heat capacity of the exchanger. Parallel,
cross and counter flow are possible.
Thot_out = Thot_in - psi * (Thot_in - Tcold_in) (1)
Tcold_out = Tcold_in - Whot/Wcold * (Thot_in - Thot_out) (2)
ua = ua0 * ( (mdothot/mdot_nomhot)^ua_exphot * + (mdotcold/mdot_nomcold)^ua_expcold ) (3)
NTU = (ua)/Whot (4)
psi1 = exp(-NTU*(1 + min(w1,w2)/max(w1,w2)*(1 - 2*flow))) (5)
psi = (1-psi) / (1+min(w1,w2)/max(w1,w2)*(1-flow*(1+ psi)))(6)
The delay for the inlet temperature is:
(0.5*cap)*dT/dt = (Tin - T) - UAloss * (Tamb - T)
|
symbol |
used for |
units |
|
cap mass |
heat capacity |
[J/K] |
|
psi |
dimensionless temperature change |
|
|
T |
temperature |
[°C] |
|
t |
time |
[s] |
|
UAloss |
heat loss |
[W/K] |
|
W1 |
mass flow * capacity hot fluid |
[W/K] |
|
W2 |
mass flow * capacity hot fluid |
[W/K] |
flow (0=parallel,0.5=cross,1= counter)
NOTE: The equation is
not correct for crossflow heat exchanger, it is correct only for NTU <= 2
and for NTU = 4 the error is about 5%
Parameters and Dialog Box
Characteristics
Direct Feedthrough Yes
Sample
time
Inherited
from driving block
States
corresponding to the number of states
Vectorized
Yes


Bacon ipsum dolor amet cow turducken prosciutto meatball swine, ham rump capicola.  Landjaeger shankle chuck t-bone short loin pork frankfurter ham hock sirloin jerky drumstick flank doner. Pork chop swine ham, turkey boudin biltong leberkas. Meatball tail t-bone, tri-tip brisket pork chop doner rump. Drumstick frankfurter porchetta salami, bacon ham hock chuck fatback tongue short ribs picanha doner swine.


“Let us step into the night and pursue that flighty temptress, adventure.” -Albus Dumbledore to Harry Potter


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Pythagorean Theorem and its many proofs
98 proofs of the Pythagorean theorem: squares on the legs of a right triangle add up . Looking at the picture another way, this also can be computed as the sum of areas . (By J. Barry Sutton, The Math Gazette, v 86, n 505, March 2002, p72.) .
http://www.cut-the-knot.org/pythagoras/index.shtml
Treatment for Herniated or Bulging Discs
The Invent with Python Blog How much math do I need to know ...
Mar 18, 2012 . Know the Pythagorean theorem, and that it can be used to find the distance between two points on . The easiest way to show these number systems is with an odometer. . The skills that let a mathematician recognize a valid proof or derivation are the same . Posted by Dan Sutton on March 21st, 2012.
http://inventwithpython.com/blog/2012/03/18/how-much-math-do-i-need-to-know-to-program-not-that-much-actually/
Trade Books for Courses :: Trade Books For Courses ... - Macmillan
Trade Books for College and High School Courses. Home .
http://us.macmillan.com/academictrade/categories/AcademicTrade/MathematicsStatistics
pythagorean proofs sutton way Herniated or Bulging Discs
Tsitsiklis, J. N., & Roy, B. V. (1997). An analysis - CASTLE Lab ...
We present a proof of convergence (with probability one), a characterization of . Temporal-difference learning, originally proposed by Sutton. [2], is a method for . by the Babylo- nianPythagorean theorem we have . in a more general way.
http://castlelab.princeton.edu/ORF569papers/Tsitsiklis%20van%20Roy%20-%20Analysis%20of%20Temporal-Difference%20Learning%20with%20Function%20Approximations-IEEE%20TAC.pdf
Full text of "Cicero. De oratore"
. Sutton left at his death only the MS. and proof of his translation of De Oratore, . (in the third extract above) is very different from the apologetic way in which ten . 42 " For, to begin with, all the disciples of Pythagoras and Democritus would .
http://archive.org/stream/cicerodeoratore01ciceuoft/cicerodeoratore01ciceuoft_djvu.txt
Official Impairment Listing for Spinal Disorders
Presidents' Call | Making the Case for Liberal Education | Michael ...
. formative excitement--that accompanied my first taste of mathematical proof. . Not that I became a Prospero, ruling all in my way with a magic wand, but I did sense . A contrary tradition, harking back to Pythagoras and to the Republic of Plato, saw . For more information contact Bethany Zecher Sutton at 202-387- 3760.
http://www.aacu.org/CALL/testimonials/CALL-mooney.cfm
- buy new ranch gwinnett county ga (narrowing of the spine)
Scientific Symbols and Icons. Mathematical Symbols and Meanings ...
The end-of-proof box (or tombstone) is called a halmos symbol (QED). Two "del" symbols: ¶ for . Tetractys: Mystical Pythagorean symbol, "source of everflowing Nature". . Scientific Symbol Resources at symbols.net, by George F. Sutton (b. 1956). . Once the proper way to display most mathematical symbols on the Web.
http://www.numericana.com/answer/symbol.htmTell me a Story A way to Knowledge - CiteSeer
back to Pythagoras (Koestler 1959). In fact . Remenyi D (2005) Tell me a Story A way to Knowledge The Electronic Journal of Business. Research . proof is needed then try to write a few . Sutton and Staw, (1995) when they said .
http://citeseerx.ist.psu.edu/viewdoc/download?doi=<IP_ADDRESS>.5695&rep=rep1&type=pdf
Greatest Teams
Pythagoras was of course the great mathematician who lived around 530 BC, and . hits in key situations - he found his way into 99 games and drove in 57 runs. . in the league, save perhaps the Dodgers' Andy Messersmith and Don Sutton.
http://www.baseball-statistics.com/Greats/teams.htm
Browse all videos - Khan Academy
Great tutorial if you want to understand that expressions are just a way to express . Pythagorean Theorem Proof Average or Central Tendency: Arithmetic Mean, . Cathedral of St. Lazare, Autun Sutton Hoo Ship Burial Virgin from Ger Wise .
http://www.khanacademy.org/library
Medical-Vocational Allowance for Herniated Disc
The History of Pythagoras and his Theorem
Oct 30, 2008 . In this section you will learn about the life of Pythagoras and how it is that the . Pythagoras was born in the island of Samos in ancient Greece?.
http://www.docstoc.com/docs/2202427/The-History-of-Pythagoras-and-his-Theorem
Geometry Front - Annenberg Media
Session 5. Dissections and Proof ...................................................................................... ..........103. Tips. . Session 6. The Pythagorean Theorem ............................................ ............................................129 . Investigate nets and cross sections for solids as a way of establishing the relationships between two-dimensional . Vicky Sutton .
http://www.learner.org/courses/learningmath/geometry/support/lmafront.pdf
Appealing a Denial of Benefits
Postgame Shot Of Joe: Rays Bomb Their Way Out Of Texas | Rays ...
Aug 29, 2012 . Joe embraces the rollercoaster ride, so Joe's legitimately celebrating in a big way right now. Getting swept in Texas could have brought some .
http://www.raysindex.com/2012/08/postgame-shot-of-joe-rays-bomb-their-way-out-of-texas.html
How to Solve Pythagorean Theorem proofs and geometry problems ...
In this math lesson we will investigate easy Pythagorean Theorem proofs and problems. . How to Glitch Your Way to the Call of Duty: Black Ops 2 Hall of Fame .
http://math.wonderhowto.com/how-to/solve-pythagorean-theorem-proofs-and-geometry-problems-181522/


Accomplished is a small web-based application intended to help you keep track of your goals and projects from a little bit of a different perspective than a TODO application. Instead of checking off items or creating Gantt charts, Accomplished is about recording your ideas about a few long term goals and what projects you're working on now.
When you finish a project, you record that and some notes.  This will be useful for knowing what projects you'd like to include in a portfolio or what you'd like to make sure is part of staff evaluations at work.


{% extends sitebase.html %} {% block head %} {% end %} {%block content %}
Qiita (canonically pronounced cheetah) is an entirely open-source microbiome storage and analysis resource that can run on everything from your laptop to a supercomputer. It is built on top of the widely used QIIME package, and enables the exploration of -omics data.
This resource powers the Earth Microbiome Project and the Inflammatory Bowel Disease Multi'omics Database.
Qiita is built on top of the following open-source technologies:


CrankyCritic® movie reviews: Bowfinger Rated [PG-13], 97 minutes Starring Eddie Murphy and Steve Martin; Heather Graham, Christine Baranski, Terrence Stamp Screenplay by Steve Martin Directed by Frank Oz website: http://www.bowfinger.com
IN SHORT: A delirious and insanely funny Eddie Murphy-Steve Martin flick.
Cranky wishes he had bought popcorn futures when he had the chance 'cuz we're on such a run of fast paced fun flicks that I'm having serious trouble maintaining this Cranky veneer. What makes it even worse is that, very close to the beginning of Bowfinger which, unlike Holy Man, is an Eddie Murphy movie, the number one action star in the entire BF-Universe, Kit Ramsey turns full figure to the camera and proclaims "We're trying to make a movie here, not a film!"
And how many Fall Oscar wannabe Seasons have come and gone with poor old Cranky trying to explain the difference? For once, we get a movie that sets out purely to entertain strictly on the simplest level. By whacking the funnybone with all the strength it can muster. And not a single vomit joke or instance of gratuitous nudity in any of the whacks. Good old fashioned funny stuff.
This may be one of those times when I get more than my fair share of the jokes, having worked both sides of the film production fence. Simply, anyone who sees enough movies to have a general image of what "Hollywood" is like won't have any trouble following this saber-sharp satire of what the have-nots in Hollywood will do to become part of the in-crowd, that crowd being the respected (however temporary) A-list producers.
Let's begin with Robert "Bobby" Bowfinger (Steve Martin), sole proprietor of Bowfinger International, a run down hacienda somewhere in the lesser neighborhoods of LA. Bowfinger, known for his commercial work and extraordinary documentary "The Yugo Story" is down to his last nickel when he discovers the script that he thinks will turn his dregs of a life into gold. It's called Chubby Rain, featuring an invasion of aliens so tiny they ride raindrops. Thus, chubby. The problem is, the only way to get it made is to have a heavy duty producer behind you. Someone like Jerry Renfro (Robert Downey Jr.) who will support the project only if a name-brand star signs for the title role.  My lawyers say I should say that so I don't get sued) whose upper member wear standard grey suits (n.l.s.a.a.) and who use a brain-meter to monitor their members actions and emotions (n.l.s.a.a.). Bowfinger comes up with the idea that, as long as they get it in one take and shoot covertly, they can walk up to the star and do their stuff and bingo! A film.
Let's talk about the cast, 'cuz to say much more about the story would mean revealing the jokes and though there are many, many of them, they just build up upon each other until entrepreneur comes into conflict with the grey suited ruler of Mind Head, Terry Stricter (Terence Stamp). I won't spoil it. There's Carol (Christine Baranski), who passes up a small way-Off-Broadway part to do her finest work, a la Norma Desmond. Daisy (Heather Graham), fresh off the bus from Ohio, but a sexual manipulator par excellence. Scream star Jamie Kennedy is Bowfinger's right hand cameraman and newcomer Adam Alexi-Malle is the accountant turned screenwriter, who gets to show off all the top-dollar (well, maybe top half-dollar) special effects. Finally, there's Jiff (also Eddie Murphy) a soft-brained lookalike who does all the hard parts and makes runs to the local Starbucks. With stolen equipment and the cheapest crew possible, Bowfinger manages to undercut the legendary Troma Films by producing his epic on a staggering budget of $2814.
Eddie Murphy does his best work when he plays more than one character. Here, doing only a pair he delivers his sharpest work since Dr. Dolittle 1. Steve Martin, also responsible for the script, continues to prove that the less crazy he gets, the funnier he gets.
On average, a first run movie ticket will run you Eight Bucks.  It could have been exploited for a big "Aw" but it wasn't. Thanks, Frank. All the characters fit some kind of stereotype; all are 2 1/2 dimensional, but that's more than fine for a killer popcorn flick.
Cranky Critic® is a Registered Trademark and Copyright © 1999 by Chuck Schwartz. All Rights Reserved. On the web at http://www.crankycritic.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


ReactMeetup #39 at Microsoft, Bangalore
Demo by Tanay Pratap
React Issue filed by Microsoft Teams
React Stack Demo Pre-16
Simplified Demo to Understand Fiber
React Fiber Demo Post-16


| CLC1990 |
CLC2000 |
CLC2006 |
CLC2012 |
CLC2018 |
|
|---|---|---|---|---|---|
| Satellite data |
Landsat-5 MSS/TM single date |
Landsat-7 ETM single date |
SPOT-4/5 and IRS P6 LISS III dual date |
IRS P6 LISS III and RapidEye dual date |
Sentinel-2 and Landsat-8 for gap filling |
| Time consistency |
1986-1998 |
2000 +/- 1 year |
2006+/- 1 year |
2011-2012 |
2017-2018 |
| Geometric accuracy, satellite data |
≤ 50 m |
≤ 25 m |
≤ 25 m |
≤ 25 m |
≤ 10 m (Sentinel-2) |
| Min. mapping unit/width |
25 ha / 100m |
25 ha / 100m |
25 ha / 100m |
25 ha / 100m |
25 ha / 100 m |
| Geometric accuracy, CLC |
100 m |
better than 100 m |
better than 100 m |
better than 100 m |
better than 100 m |
| Geometric accuracy, CLCThematic accuracy, CLC |
≥ 85% (probably not achieved) |
≥ 85% (achieved) [13] |
≥ 85% |
≥ 85% (probably achieved) |
≥ 85% |
| Change mapping (CHA) |
not implemented |
boundary displacement min. 100 m; change area for existing polygons ≥ 5 ha; for isolated changes ≥ 25 ha |
boundary displacement min.100 m; all changes ≥ 5 ha are to be mapped |
boundary displacement min.100 m; all changes ≥ 5 ha are to be mapped |
boundary displacement min.100 m; all changes ≥ 5 ha are to be mapped |
| Thematic accuracy, CHA |
- |
not checked |
≥ 85% (achieved) |
≥ 85% |
≥ 85% |
| Production time |
10 years |
4 years |
3 years |
2 years |
1.5 years |
| Documentation |
incomplete metadata |
standard metadata |
standard metadata |
standard metadata |
standard metadata |
| Access to the data (CLC, CHA) |
unclear dissemination policy |
dissemination policy agreed from the start |
free access for all users |
free access for all users |
free access for all users |
| Number of countries involved |
26 (27 with late implementation) |
30 (35 with late implementation) |
38 |
39 |
39 |
| Value | Color | Color Code | Label |
|---|---|---|---|
| 1 | #e6004d | 111 - Continuous urban fabric | |
| 2 | #ff0000 | 112 - Discontinuous urban fabric | |
| 3 | #cc4df2 | 121 - Industrial or commercial units | |
| 4 | #cc0000 | 122 - Road and rail networks and associated land | |
| 5 | #e6cccc | 123 - Port areas | |
| 6 | #e6cce6 | 124 - Airports | |
| 7 | #a600cc | 131 - Mineral extraction sites | |
| 8 | #a64d00 | 132 - Dump sites | |
| 9 | #ff4dff | 133 - Construction sites | |
| 10 | #ffa6ff | 141 - Green urban areas | |
| 11 | #ffe6ff | 142 - Sport and leisure facilities | |
| 12 | #ffffa8 | 211 - Non-irrigated arable land | |
| 13 | #ffff00 | 212 - Permanently irrigated land | |
| 14 | #e6e600 | 213 - Rice fields | |
| 15 | #e68000 | 221 - Vineyards | |
| 16 | #f2a64d | 222 - Fruit trees and berry plantations | |
| 17 | #e6a600 | 223 - Olive groves | |
| 18 | #e6e64d | 231 - Pastures | |
| 19 | #ffe6a6 | 241 - Annual crops associated with permanent crops | |
| 20 | #ffe64d | 242 - Complex cultivation patterns | |
| 21 | #e6cc4d | 243 - Land principally occupied by agriculture with significant areas of natural vegetation | |
| 22 | #f2cca6 | 244 - Agro-forestry areas | |
| 23 | #80ff00 | 311 - Broad-leaved forest | |
| 24 | #00a600 | 312 - Coniferous forest | |
| 25 | #4dff00 | 313 - Mixed forest | |
| 26 | #ccf24d | 321 - Natural grasslands | |
| 27 | #a6ff80 | 322 - Moors and heathland | |
| 28 | #a6e64d | 323 - Sclerophyllous vegetation | |
| 29 | #a6f200 | 324 - Transitional woodland-shrub | |
| 30 | #e6e6e6 | 331 - Beaches - dunes - sands | |
| 31 | #cccccc | 332 - Bare rocks | |
| 32 | #ccffcc | 333 - Sparsely vegetated areas | |
| 33 | #000000 | 334 - Burnt areas | |
| 34 | #a6e6cc | 335 - Glaciers and perpetual snow | |
| 35 | #a6a6ff | 411 - Inland marshes | |
| 36 | #4d4dff | 412 - Peat bogs | |
| 37 | #ccccff | 421 - Salt marshes | |
| 38 | #e6e6ff | 422 - Salines | |
| 39 | #a6a6e6 | 423 - Intertidal flats | |
| 40 | #00ccf2 | 511 - Water courses | |
| 41 | #80f2e6 | 512 - Water bodies | |
| 42 | #00ffa6 | 521 - Coastal lagoons | |
| 43 | #a6ffe6 | 522 - Estuaries | |
| 44 | #e6f2ff | 523 - Sea and ocean | |
| 48 | #ffffff | 999 - NODATA |


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A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit movie. Trappe has invested $170,000 into his Atlantic dream, for which he's been training his whole career, and now he's launching a site
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A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit movie. Trappe has invested $170,000 into his Atlantic dream, for which he's been training his whole career, and now he's launching a site
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A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit movie. Trappe has invested $170,000 into his Atlantic dream, for which he's been training his whole career, and now he's launching a site
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Example of tag (h5)
Example of tag (h6)
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A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit movie. Trappe has invested $170,000 into his Atlantic dream, for which he's been training his whole career, and now he's launching a site
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's.A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit movie. Trappe has invested $170,000 into his Atlantic dream, for which he's been training his whole career, and now he's launching a site so ordinary people can play.
A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit movie.
Intro Text
A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit
A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit movie.
A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit movie. Trappe has invested
A cluster-balloonist who became the first person to fly the English Channel has launched a house into the sky just like in the Disney movie 'Up'. Intrepid Jonathan Trappe, 38, took off just like the 78-year-old character Carl Frederickson in the hit movie.


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