Collapses the facet.
Return the debug info about this component.
Deselects multiple values.
Does not trigger a query automatically.
Can be an array of FacetValue
or an array of strings.
Deselects a single value.
Does not trigger a query automatically.
Can be a FacetValue
or a string (e.g., deselectValue('foobar')
or
deselectValue(new FacetValue('foobar'))
).
Disable the component. Normally this means that the component will not execute handlers for the framework events (query events, for example). Component are enabled by default on creation.
Enable the component. Normally this means that the component will execute handlers for the framework events (query events, for example). Components are enabled by default on creation.
Excludes multiple values.
Does not trigger a query automatically.
Can be an array of FacetValue
or an array of strings.
Excludes a single value.
Does not trigger a query automatically.
Can be a FacetValue
or a string (e.g., excludeValue('foobar')
or
excludeValue(new FacetValue('foobar'))
).
Expands the facet.
Return the bindings, or environment, for the current component.
Returns the currently displayed values as an array of FacetValue
.
The currently displayed values.
Returns the currently displayed values as an array of strings.
The currently displayed values.
Returns the endpoint for the facet.
The endpoint for the facet.
Returns the currently excluded values as an array of strings.
The currently excluded values.
Returns the currently selected values as an array of strings.
The currently selected values.
Returns the configured caption for the given FacetValue
.
The FacetValue
whose caption the method should return.
Hides the waiting animation in the facet header.
Resets the facet by un-selecting all values, un-excluding all values, and redrawing the facet.
Selects multiple values.
Does not trigger a query automatically.
Can be an array of FacetValue
or an array of strings.
Selects a single value.
Does not trigger a query automatically.
Can be a FacetValue
or a string (e.g., selectValue('foobar')
or
selectValue(new FacetValue('foobar'))
).
Shows less elements in the Facet (up to the original number of values).
See the enableMoreLess
, and
numberOfValues
options.
Shows the next page of results in the facet.
See the enableMoreLess
, and pageSize
options.
Triggers a query if needed, or displays the already available values.
Shows a waiting animation in the facet header (a spinner).
Switches the facet to AND
mode.
See the useAnd
, and
enableTogglingOperator
options.
Switches the facet to OR
mode.
See the useAnd
, and
enableTogglingOperator
options.
Toggles the exclusion state of a single value (excludes the value if it is not already excluded; un-excludes the value if it is already excluded).
Does not trigger a query automatically.
Can be a FacetValue
or a string.
Toggles the selection state of a single value (selects the value if it is not already selected; un-selects the value if it is already selected).
Does not trigger a query automatically.
Can be a FacetValue
or a string.
Unexcludes multiple values.
Does not trigger a query automatically.
Can be an array of FacetValue
or an array of strings.
Unexcludes a single value.
Does not trigger a query automatically.
Can be a FacetValue
or a string.
Changes the sort parameter for the facet.
See Facet.options.availableSorts for the list of possible values.
Also triggers a new query.
The new sort parameter for the facet.
Get the bound component to the given HTMLElement. Throws an assert if the HTMLElement has no component bound, unless using the noThrow argument.
If there is multiple component bound to the current HTMLElement, you must specify the component class.
HTMLElement for which to get the bound component.
Optional component class. If the HTMLElement has multiple components bound, you must specify which one you are targeting.
Boolean option to tell the method to not throw on error.
Allows the component to bind events and execute them only when it is enabled.
Contains the state of options for different components. Mainly used by ResultLink.
Contains the state of different components (enabled vs disabled). Allows to get/set values. Triggers component state event when modified. Each component can listen to those events.
A disabled component will not participate in the query, or listen to ComponentEvents.
Renders and handles the facet Search part of the component.
Renders and handles the facet Settings part of the component
Allows component to log in the dev console.
Contains the singleton that allows to trigger queries.
Contains the state of the query. Allows to get/set values. Trigger query state event when modified. Each component can listen to those events.
A reference to the root HTMLElement (the SearchInterface).
A reference to the root of every component, the SearchInterface.
The static ID that each component need to be identified.
For example, SearchButton -> static ID : SearchButton -> className : CoveoSearchButton
A reference to the Analytics.client.
Specifies an additional query expression (query override) to add to each
GroupByRequest
that this facet performs.
Example: @date>=2014/01/01
data-additional-filter='foo'
Specifies an explicit list of allowedValues
in the
GroupByRequest
.
If you specify a list of values for this option, the facet uses only these values (if they are available in the current result set).
Example:
The following facet only uses the Contact
, Account
, and File
values of the @objecttype
field. Even if the
current result set contains other @objecttype
values, such as Message
, or Product
, the facet does not use
those other values.

Default value is undefined
, and the facet uses all available values for its
field
in the current result set.
If the enableSettings
option is true
, specifies the sort criteria
options to display in the facet Settings menu.
Possible values are:
"occurrences"
"score"
"alphaascending"
"alphadescending"
"computedfieldascending"
"computedfielddescending"
"custom"
See IGroupByRequest.sortCriteria for a description of each possible value.
Notes:
- The
FacetRange
component does not support this option.
- Using value captions will disable alphabetical sorts (see the valueCaption option).
Default value is occurrences,score,alphaascending,alphadescending
.
Specifies the name of a field on which to execute an aggregate operation for all distinct values of the facet
field
.
The facet displays the result of the operation along with the number of occurrences for each value.
You can use this option to compute the sum of a field (like a money amount) for each listed facet value.
Works in conjunction with the computedFieldOperation
,
computedFieldFormat
, and
computedFieldCaption
options.
data-computed-field='@foo'
Specifies what the caption of the computedField
should be in the facet
Settings menu for sorting.
For example, setting this option to "Money"
will display "Money Ascending"
for computed field ascending.
Note:
The
FacetRange
component does not support this option.
Default value is the localized string for ComputedField
.
data-computed-field-caption='foo'
Specifies how to format the values resulting from a
computedFieldOperation
.
The Globalize library defines all available formats (see Globalize).
The most commonly used formats are:
c0
- Formats the value as a currency.n0
- Formats the value as an integer.n2
- Formats the value as a floating point with 2 decimal digits.Default value is "c0"
.
Specifies the type of aggregate operation to perform on the computedField
.
The possible values are:
sum
- Computes the sum of the computed field values.average
- Computes the average of the computed field values.minimum
- Finds the minimum value of the computed field values.maximum
- Finds the maximum value of the computed field values.Default value is sum
.
Specifies a custom order by which to sort the facet values.
Example:
You could use this option to specify a logical order for support tickets, such as:

Note:
The
FacetRange
component does not support this option.
Specifies whether this facet only appears when a value is selected in its "parent" facet.
To specify the parent facet, use its id
.
Remember that by default, a facet id
value is the same as its field
option
value.
Examples:
First case: the "parent" facet has no custom id
:

Second case: the "parent" facet has a custom id
:

Default value is undefined
data-depends-on='foo'
If the enableSettings
option is true
, specifies whether the
Collapse \ Expand menu option is available in the facet Settings menu.
Note:
The
FacetRange
component does not support this option.
Default value is true
.
data-enable-collapse='true' data-enable-collapse='false'
Specifies whether to display a search box at the bottom of the facet for searching among the available facet
field
values.
See also the facetSearchDelay
,
facetSearchIgnoreAccents
, and
numberOfValuesInFacetSearch
options.
Note:
The
FacetRange
component does not support this option.
Default value is true
.
data-enable-facet-search='true' data-enable-facet-search='false'
Specifies whether to enable the More and Less buttons in the Facet.
See also the pageSize
option.
Note:
The
FacetRange
component does not support this option.
Default value is true
.
data-enable-more-less='true' data-enable-more-less='false'
Specifies whether to display the facet Settings menu.
See also the enableSettingsFacetState
,
availableSorts
, and
enableCollapse
options.
Note:
The
FacetRange
component does not support this option.
Default value is true
.
data-enable-settings='true' data-enable-settings='false'
If the enableSettings
option is true
, specifies whether the
Save state menu option is available in the facet Settings menu.
Note:
The
FacetRange
component does not support this option.
Default value is false
.
data-enable-settings-facet-state='true' data-enable-settings-facet-state='false'
Specifies whether to allow the user to toggle between the OR
and AND
modes in the facet.
Setting this option to true
displays an icon in the top right corner of the facet. The user can click this icon
to toggle between between the two modes.
Default value is false
.
data-enable-toggling-operator='true' data-enable-toggling-operator='false'
If the enableFacetSearch
option is true
, specifies the delay (in
milliseconds) before sending a search request to the server when the user starts typing in the facet search box.
Specifying a smaller value makes results appear faster. However, chances of having to cancel many requests sent to the server increase as the user keeps on typing new characters.
Note:
The
FacetRange
component does not support this option.
Default value is 100
. Minimum value is 0
.
data-facet-search-delay='10'
If the enableFacetSearch
option is true
, specifies whether to ignore
accents in the facet search box.
Note:
The
FacetRange
component does not support this option.
Default value is false
.
data-facet-search-ignore-accents='true' data-facet-search-ignore-accents='false'
Specifies the index field whose values the facet should use.
This requires the given field to be configured correctly in the index as a Facet field (see Add or Edit Fields).
Specifying a value for this option is required for the Facet
component to work.
data-field='@foo'
Specifies a unique identifier for the facet. Among other things, this identifier serves the purpose of saving the facet state in the URL hash.
If you have two facets with the same field on the same page, you should specify an id
value for at least one of
those two facets. This id
must be unique among the facets.
Non-word characters except - @ $ _ . + ! ' ( ) , , ( `^a-zA-Z0-9-@$_.+!'(),,]+) are automatically removed from the
id` value.
Default value is the field
option value.
data-id='foo'
Specifies whether the facet should push data to the Breadcrumb
component.
See also the numberOfValuesInBreadcrumb
option.
Default value is true
.
data-include-in-breadcrumb='true' data-include-in-breadcrumb='false'
Specifies whether the Facet should push data to the Omnibox component.
See also Facet.options.numberOfValuesInOmnibox.
Default value is false
.
data-include-in-omnibox='true' data-include-in-omnibox='false'
Specifies the injection depth to use for the GroupByRequest
operation.
The injection depth determines how many results to scan in the index to ensure that the facet lists all potential facet values. Increasing this value enhances the accuracy of the listed values at the cost of performance.
Default value is 1000
. Minimum value is 0
.
data-injection-depth='10'
Specifies whether the facet field
is configured in the index as a multi-value
field (semicolon separated values such as abc;def;ghi
).
Default value is false
.
data-is-multi-value-field='true' data-is-multi-value-field='false'
Specifies the field whose values the Facet should display.
data-lookup-field='@foo'
Specifies the maximum number of field values to display by default in the facet before the user clicks the arrow to show more.
See also the enableMoreLess
option.
data-number-of-values='10'
If the includeInBreadcrumb
option is true
, specifies the maximum
number of values that the facet should display in the Breadcrumb
before outputting a
more... button.
Default value is 5
on a desktop computer and 3
on a mobile device. Minimum value is 0
.
data-number-of-values-in-breadcrumb='10'
If the enableFacetSearch
option is true
, specifies the number of v
alues to display in the facet search results popup.
Note:
The
FacetRange
component does not support this option.
Default value is 15
. Minimum value is 1
.
data-number-of-values-in-facet-search='10'
When Facet.options.includeInOmnibox is true
, specifies the number of values to populate the
Breadcrumb with.
Default value is 5
on desktop computer and 3
on a mobile device. Minimum value is 0
.
data-number-of-values-in-omnibox='10'
Specifies the parent container of the facets.
Used by the preservePosition
option.
Default value is element.parentElement
.
If the enableMoreLess
option is true
, specifies the number of
additional results to fetch when clicking the More button.
Note:
The
FacetRange
component does not support this option.
Default value is 10
. Minimum value is 1
.
data-page-size='10'
Specifies whether the facet should remain stable in its current position in the viewport while the mouse cursor is over it.
Whenever the value selection changes in a facet, the search interface automatically performs a query. This new query might cause other elements in the page to resize themselves (typically, other facets above or below the one the user is interacting with).
This option is responsible for adding the

and

around the Facet container. The Facet adjusts the scroll amount of the page to
ensure that it does not move relatively to the mouse when the results are updated.
In some cases, the facet also adds margins to the scrollContainer
, if scrolling alone is not enough to
preserve position.
See also the paddingContainer
, and
scrollContainer
options.
Default value is true
.
data-preserve-position='true' data-preserve-position='false'
Specifies the HTML element (through a CSS selector) whose scroll amount the facet should adjust to preserve its position when results are updated.
Used by the preservePosition
option.
Default value is document.body
.
Specifies the criteria to use to sort the facet values.
See IGroupByRequest.sortCriteria for the list and description of possible values.
Default value is the first sort criteria specified in the availableSorts
option, or occurrences
if no sort criteria is specified.
Specifies the title to display at the top of the facet.
Default value is the localized string for NoTitle
.
data-title='foo'
Specifies whether to use the AND
operator in the resulting filter when multiple values are selected in the
facet.
Setting this option to true
means that items must have all of the selected values to match the resulting
query.
Default value is false
, which means that the filter uses the OR
operator. Thus, by default, items must
have at least one of the selected values to match the query.
data-use-and='true' data-use-and='false'
Specifies whether [wildcards]{@link AllowedValuesPatternType.wildcards} are used as the allowedValuesPatternType in the groupBy for the facet search.
Enabling this option returns results that end with the entered value. For example, searching for veo
would match with Coveo
.
Note:
If you are experiencing slow facet search and/or timeouts when this option is set to
true
, consider enabling the Use cache for nested queries option on your facet field in the Coveo Cloud Admninistration Console (see Add or Edit Fields).
data-use-wildcards-in-facet-search='true' data-use-wildcards-in-facet-search='false'
Specifies a JSON object describing a mapping of facet values to their desired captions. See Normalizing Facet Value Captions.
Examples:
You can set the option in the 'init' call:
var myValueCaptions = {
"txt" : "Text files",
"html" : "Web page",
[ ... ]
};
Coveo.init(document.querySelector("#search"), {
Facet : {
valueCaption : myValueCaptions
}
});
Or before the init
call, using the 'options' top-level function:
Coveo.options(document.querySelector("#search"), {
Facet : {
valueCaption : myValueCaptions
}
});
Or directly in the markup:

Note:
Using value captions will disable alphabetical sorts (see the availableSorts option).
Creates a new Facet
component. Binds multiple query events as well.
The HTMLElement on which to instantiate the component.
The options for the Facet
component.
The bindings that the component requires to function normally. If not set, these will be automatically resolved (with a slower execution time).
The ID to use for this facet (as Facet
inherited from by other component
(e.g., FacetRange
). Default value is Facet
.
The
Facet
component displays a facet of the results for the current query. A facet is a list of values for a certain field occurring in the results, ordered using a configurable criteria (e.g., number of occurrences).The list of values is obtained using a
GroupByRequest
operation performed at the same time as the main query.The
Facet
component allows the end user to drill down inside a result set by restricting the result to certain field values. It also allows filtering out values from the facet itself, and can provide a search box to look for specific values inside larger sets.This is probably the most complex component in the Coveo JavaScript Search Framework and as such, it allows for many configuration options.
See also the
FacetRange
andTimespanFacet
components (which extend this component), and theFacetSlider
andCategoryFacet
components (which do not extend this component, but are very similar).


R/NMFSReports.R
buildReport.Rd
Build your intitial architecture for your new NOAA Tech Memo or Report
buildReport( sections = c("frontmatter", "abstract", "introduction", "methods", "results", "discussion", "endmatter", "presentation"), authors = "", title = "", styles_reference_pptx = "refppt_nmfs", styles_reference_docx = "refdoc_noaa_tech_memo", bibliography.bib = "bib_example", csl = "bulletin-of-marine-science" )
| sections | a string of the different sections of your report. Sections must be listed in order. Default = c("frontmatter", "abstract", "introduction", "methods", "results", "discussion", "endmatter"). Note that "frontmatter" and "endmatter" both have specific templates, and all others are from a blank template. "endmatter" will document all of your citations throughout the report, the R packages you used to create this report. I'm biased, but please give credit where credit is due! There are also spots here to list authors's ORCID and acknowlegelments. |
|---|---|
| authors | Default = "". Here, add all author's first and last name as it should appear in the report.You can change this later by editing this in the run.R file. |
| title | Default = "". Here, put the title of your report. You can change this later by editing this in the run.R file. |
| styles_reference_pptx | A style reference guide from a powerpoint document (.pptx). This pulls the styles from a powerpoint document where you have defined each style. Either use NULL to not have a presentation, a local document (insert full path to local document), or a pre-made templates ("refppt_nmfs"). Default = "refppt_nmfs". You can change this later by renaming the file in the code folder. |
| styles_reference_docx | A style reference guide from a word document (.docx). This pulls the styles from a word document where you have defined each style. Either use a local document (insert full path to local document) or some of the pre-made templates ("refdoc_noaa_tech_memo" or "refdoc_fisheries_economics_of_the_us"). Default = "refdoc_noaa_tech_memo". You can change this later by renaming the file in the code folder. |
| bibliography.bib | Either use a local document (.bib format; insert full "path") or the example file from the package ("bib_example"). Default = "bib_example". You can change this later by renaming the file in the cite folder. |
| csl | Citation style. Either use a local document (insert full path to local document) or some of the pre-made templates ("bulletin-of-marine-science"). A NOAA TM citation style needs to be created, but until then, the default = "bulletin-of-marine-science". You can change this later by renaming the file in the cite folder. Find citation styles at: https://github.com/citation-style-language/styles |
complete initial architecture for your R Markdown Report.
sections = c("frontmatter", "abstract", "introduction", "methods", "results", "discussion", "endmatter") authors = "Me, Myself, and I" title = "Awesome Report!" styles_reference_pptx = "refppt_nmfs" styles_reference_docx = "refdoc_noaa_tech_memo" bibliography.bib = "bib_example" csl = "bulletin-of-marine-science" # not run: # buildReport( # sections = sections, # authors = authors, # title = title, # styles_reference_pptx = styles_reference_pptx, # styles_reference_docx = styles_reference_docx, # bibliography.bib = bibliography.bib, # csl = csl # )


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SDH::cSDHSerial
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PDM
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canserial-peak.cpp
pid
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power
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{$noOfUsers$} users already added
You can upload users via .csv file. Download the sample csv template below, once you filled user details upload it here
Current: {$model.singleUser | json $} Final : {$model.newUserSpec | json $}


Bond Yield Calculator eSignal
Currency
BondType
Coupon Freq
Day Cnt Cnv
Coupon
Maturity
Issue date
Settlement Dt
First Cpn Dt
Last Cpn Dt
Accr. Interest
Key Rate Dur.
Call Price
Current Price
Low Bid
High Ask
Price
Current Yield
Yield To Mat.
Macaulay Dur.
Modified Dur.
Effective Dur.
Convexity
$ Convexity
Price Val. BP
Yield Val. PP
Ticker
Coupon
Maturity
OR Cusip
×
Ticker
Name
Coupon
Maturity
Cusip
Current Price
First CPN
Last CPN
Acc BeginDt
Acc Day Count
Favourites


Gradient options:
Blues
Reds
Red to Blue
Red to Green
Yellow to Red
Yellow to Green
By Column
Full table
None


Andagi Recipe
4 cups flour
4 teaspoons baking powder
2 cups sugar
1/2 teaspoon salt
1/3 cup evaporated milk
2 tablespoons vegetable oil
1 teaspoon vanilla
4 large eggs, slightly beaten
Vegetable oil, for deep frying
Combine flour, baking powder, sugar and salt. Make a well in center.
Combine milk, oil and vanilla in a measuring cup, then add enough water to make 1 cup of liquid. Add eggs. Pour into well in dry ingredients. Mix by hand until barely moist. Preheat oil to 350 degrees. (See note above.)
Drop dough by hand, or use a large spoon or ice cream scoop. Fry until golden, about 8 minutes. Andagi is done when a skewer poked into the center comes out clean. Drain on paper towels.


{{ content.webChatTitle | safe }}
{{ content.emailTitle | safe }}
{{ content.emailIfProblems | safe }}{{ content.responseTime }}
{{ content.phoneTitle | safe }}
{{ content.phoneToCallIfProblems | safe }}


{% extends "base.html" %} {% block title %}HealthDB{% endblock %} {% block content %}
Database for public health management.


0.6.1
- Minor bugfix release (compatibility problems and deprecated API usages resolved)
0.6.0
- Added
- After 'Grav Create Theme' action completes, the project file explorer jumps to the freshly created theme
directory
- Tool window: Navigate directly to Grav's
system/config/system.yaml
file from the tool window
via a link
- Project settings page: Grav version is now shown for the current project
- Plugin is able to convert a previously created non-Grav project type to a Grav project
- Changed
- Now using
*.svg
icons
- Uniform icon usage for file explorer, tool window, project wizard, etc.
- Minor UI changes in Grav settings
- 'Grav Create Theme' Action can now be called when indexing
- Module type is set correctly now to
GRAV_TYPE
in PhpStorm. For IU this was set automatically.
- PhpStorm: Project icon is now visible (same as in IU)
- Internal Changes and Bugfixes
- Platform Update to branch number 203.*, requiring now Java 11
- Compatibility fixes (e.g., error reporting)
- Many bug fixes for the Grav Language Editor
- Fixed: Grav version in project wizard were not downloaded / processed correctly
- file type pattern
*.yaml
registration for blueprints/theme configuration fixed (no ambiguity
anymore)
0.5.3
- Bugfix
- Fixing issue that prevented opening of some file types (i.e., files without an extension)
0.5.2
- Bugfix
- Create theme dialog now working again (GitHub-ID field was added)
0.5.0/0.5.1
- Internal Changes
- Plugin availability for IDEA 2019.3.*
- Revised codebase because of upcoming breaking changes in IDEA 2019.3.* and above
0.4.2
- Added
- Automatic error reporting feature implemented. All plugin's exceptions
that are occurring within IntelliJ IDE can now be reported within the IDE.
The issues will be added to a specific repository
(https://github.com/Grav-IntelliJ-Plugin/GravSupport-Plugin-BugTracker)
dedicated for automatic error reports. Additional user requests can be still
submitted to the original issue tracker (https://github.com/PioBeat/GravSupport).
- Improved notifications: Warnings are shown when PHP version does not match the Grav requirements of the
current Grav installation
- Changed
- *Create New Grav Project* wizard updated. Layout is more clear now.
- Bugfix
- Fixed some bugs concerning the detection whether Grav's devtool plugin is being installed correctly or
not.
- "Create Theme" action should work now correctly again. Moreover, folder is refreshed afterwards. Prior to
that, the folder has to be manually synchronized.
- Bugfixes in the *Create New Grav Project* wizard
0.4.1
- Compatibility Fix
- Plugin works now for the latest IDEA platforms: 182-183.*
- Grav Tool Window is getting deactivated when plugin is disabled for the current project and vice versa
- Disabled the "create src and test directory" option in the project wizard: will be removed in the future
0.4.0
- New Features
- Latest Grav versions are now retrieved from Github directly.
- Minor user interface improvement in the Create Project wizard
- Plugin works now for the latest IDEA platforms
<IP_ADDRESS>
- Bugfix release
- New Grav versions 1.3.3 - 1.3.8 can now be downloaded in the new project wizard
- Fixed warning: ToolWindow icon size is now 13x13 as recommended in
openapi.wm.impl.ToolWindowImpl
.
- Language Editor will only be opened if the plugin is enabled in the Settings for the current
project.
- Last valid used Grav installation path is now saved in PhpStorm (like in the Community Edition) when
creating a new project.
- Bugfix for the Grav tool window: fixed a writing issue when changing to another project. Reason: the
old component listeners were still attached when the old project was disposed.
0.3.3
- New features for the language file editor
- Remove Key: delete a key for all languages
- Jump To Key: locate the key in the yaml file
- add new key dialog will use the current opened language as preset
0.3.2
-
Simply switch to the template from a content page. The filename of the
.md
file is
evaluated
as well as the template
variable in the header of the markdown file. You will find an Twig
icon
on the gutter and provides navigation to the related template files.
0.3.1
- bugfix: no duplicate Grav entries anymore in the New Project Wizard
0.3
- Twig intention: convert HTML ``src`` and ``href`` links into _theme_ resource links
*Example*
Before:
After:
- Tool window for displaying and configuring basic Grav system files. Currently supported is only
system/config/system.yaml
0.2
-
language file editor improvements
- view and add values for
languages.yaml
file inside theme directory
- view and add values for language files inside the system directory
- bugfixes and improvements
0.1-beta3
- language file editor improvements
-
PhpStorm support
- create new Grav project (File -> New Project ...)
- code refactoring
0.1-beta
- Create SDK for Grav
- Create a Grav module using IntelliJ Wizard
- Ability to download and install Grav from the Module Wizard
- Create specific configuration files for a theme in the theme directory (blueprints.yaml,
THEME_NAME.yaml)
- Recognition of basic Grav configuration files
- New icons
- Create new theme
- Settings menu (application and project)
- Special localization file editor


{% extends '../layouts/template.html' %} {% block title %}Check your State Pension - {{mvpversion}}{% endblock %} {% block serviceName %}Check your State Pension{% endblock %} {% block main %}
MWRRE message
If you would like to take part in research so we can find out what people in your situation would like to know, leave your contact details when you sign out.


__file__
= ''
¶
The path of the Tiltfile. Set as a local variable in each Tiltfile as it loads.
os.
environ
= typing.Dict[str, str]
¶
A dictionary of your environment variables.
For example,
os.environ['HOME']
is usually your home directory.
Captured each time the Tiltfile begins execution.
Tiltfile dictionaries support many of the same methods as Python dictionaries, including:
See the Starlark spec for more.
os.
name
= ''
¶
The name of the operating system. ‘posix’ (for Linux and MacOS) or ‘nt’ (for Windows).
Designed for consistency with os.name in Python .
config.
main_dir
= ''
¶
The absolute directory of the main Tiltfile.
Often used to determine the location of vendored code and caches.
config.
main_path
= ''
¶
The absolute path of the main Tiltfile.
config.
tilt_subcommand
= ''
¶
The sub-command with which tilt was invoked. Does not include extra args or options.
Examples:
sys.
argv
= []
¶
The list of command line arguments passed to Tilt on start.
argv[0] is the Tilt binary name.
sys.
executable
= ''
¶
A string giving the absolute path of the Tilt binary.
Based on how Tilt was originally invoked. There is no guarantee that the path is still pointing to a valid Tilt binary. If the path has a symlink, the behavior is operating system depdendent.


#c5-feedback.html
It has been fun to pair with others on challenges. More so I have found that pairing provides me with programming insight I never had before. When I pair, I learn how to bond with other programers and get inside their head and methodology. I am a much better programmer from pair programming.
Most of the time I feel good when I read my feedback a few times I felt bad. Those bad times though made me a better programmer, and much more professional durring pairing sessions.Sometimes I think there is too much feedback, but overall I think it is helpful.


This program will determine your compatibility with me. there are 5 statements, choose the level in which you agree with the statement from the selection box. Then, calculate your compatability using the button to get a final compatability level!


If you're embedding video from YouTube, Vimeo, or another site that uses iframe
, embed
or object
elements you can wrap your element in div.flex-object
to create an intrinsic ratio that will properly scale your element on any device.
4:3 is the default size for the .flex-object
element, and the assumption for .flex-object for chrome (controls) height is based on YouTube.
By adding a class of .widescreen
we change the ratio to 16:9, ideal for more recent video and most popular YouTube or Vimeo embeds.
Because Vimeo places their chrome on the player itself, adding a class of .vimeo
creates a container that is sized for the video only &emdash; no extra padding for the controls.


- parse() - Method in class parser.Parser
-
Parses statements in statementList until end of the token list has been reached.
- parseAdditive() - Method in class parser.Parser
-
Parse method that creates binary operation expression tree nodes involving addition, subtraction,
array appending, or array shrinking.
- parseArray() - Method in class parser.Parser
-
Parse method that creates array expression tree nodes
- parseAssignment() - Method in class parser.Parser
-
Parse method that creates assignment expression tree node
- parseBlockStmt() - Method in class parser.Parser
-
Parse method that creates a block statement tree node
- parseDeclareVar() - Method in class parser.Parser
-
Method that creates a variable declaration statement tree node
- parseEquality() - Method in class parser.Parser
-
Parse method that creates binary operation expression tree nodes involving checking for equality
- parseExpr() - Method in class parser.Parser
-
Parse method for parsing expressions
- parseExprStmt() - Method in class parser.Parser
-
Method that creates a statement expression Tree node
- parseIfStmt() - Method in class parser.Parser
-
Parse method that creates an if statement tree node
- parseLogicAnd() - Method in class parser.Parser
-
Parse method that creates binary operation expression tree nodes involving and
- parseLogicOr() - Method in class parser.Parser
-
Parse method that creates binary operation expression tree nodes involving or
- parseMultiplicative() - Method in class parser.Parser
-
Parse method that creates binary operation expression tree nodes involving multiplication, modulo, or division
- parsePrimitive() - Method in class parser.Parser
-
Parse method for parsing arrays and primitives
- parsePrintStmt() - Method in class parser.Parser
-
Parse method that creates a print statement tree node
- parser - package parser
-
- Parser - Class in parser
-
Recursive Descent Parser class that takes a list of tokens from lexer and parses them, converting them
into appropriate abstract syntax tree nodes.
- Parser(List<Token>) - Constructor for class parser.Parser
-
Constructor class that is fed a list of tokens from the lexer class
- parseRead() - Method in class parser.Parser
-
Parse method that creates read expression tree nodes
- parseRelational() - Method in class parser.Parser
-
Parse method that creates binary operation expression tree nodes involving comparing values of operands
- parseRepeatStmt() - Method in class parser.Parser
-
Parse method that creates a repeat statement tree node
- ParserError - Exception in parser
-
Custom error class for parsing errors
- ParserError(String) - Constructor for exception parser.ParserError
-
- parseStmt() - Method in class parser.Parser
-
Method that checks if a token is a statement token and and sends it to
the corresponding parse method if it is.
- parseSubscript() - Method in class parser.Parser
-
Parse method that creates subscript expression tree nodes
- parseUnary() - Method in class parser.Parser
-
Parse method that creates unary operation expression tree nodes
- parseWhileStmt() - Method in class parser.Parser
-
Parse method that creates a while statement tree node
- PERCENT - lexer.TokenType
-
- performArith(TokenType, Object, Object) - Method in class interpreter.TreeInterpreter
-
Method for performing arithmetic operations
- PLUS - lexer.TokenType
-
- popScope() - Method in class interpreter.Environment
-
When called removes a scope from a program
- PRINT - lexer.TokenType
-
- printedString - Variable in class ast.StmtPrint
-
- pushScope() - Method in class interpreter.Environment
-
When called adds a scope to a program


--- author: Rachel Nguyen title: 'Tóc mới' date: 2008-06-19T15:59:45+07:00 imagehr: images/1213891185-hr-804.jpg image: images/1213891185-sc-804.jpg --- Up to popular demand, especially Bé Tần. Received more bad comments than good ones.


- Developer guides: documentation on using Twisted Core to develop your own applications
- Examples: short code examples using Twisted Core
- Specifications: specification documents for elements of Twisted Core
- Development of Twisted: for people who want to work on Twisted itself
An API reference is available on the twistedmatrix web site.


@import utils.DateUtils @import views.html.fragments.heading @import org.joda.time.DateTime @(amiableUrl: String, instances: Seq[(Instance, Option[AMI])], owner: Owner, emptyChar: String = "-")
|
@{instances.size} instances running old AMIs
(AMIs built more than 30 days ago)
|
||||||||||||||
| Stack | Stage | App | Instance | AMI | AMI age | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| @instance.stack.getOrElse(emptyChar) | @instance.stage.getOrElse(emptyChar) | @instance.app | @instance.instanceName | @maybeAmi.map { ami => @ami.imageId } | @maybeAmi.flatMap(_.creationDate).map { i => @DateUtils.daysAgo(i) days } | |||||||||
You are receiving this email because you are listed as the Owner of the stacks listed below.
This is determined by the Owners in prism (see
GitHub).
|


I H M Result ------------------------------------------------------- 0 nothing nothing nothing (does not happen) 1 nothing nothing exists use M 2 nothing exists nothing remove path from index 3 nothing exists exists, use M if "initial checkout", H == M keep index otherwise exists, fail H != M
git-read-tree(1) Manual Page
NAME
git-read-tree - Reads tree information into the index
SYNOPSIS
git read-tree [[-m [--trivial] [--aggressive] | --reset | --prefix=<prefix>] [-u [--exclude-per-directory=<gitignore>] | -i]] [--index-output=<file>] [--no-sparse-checkout] (--empty | <tree-ish1> [<tree-ish2> [<tree-ish3>]])
DESCRIPTION
Reads the tree information given by <tree-ish> into the index, but does not actually update any of the files it "caches". (see: git-checkout-index(1))
Optionally, it can merge a tree into the index, perform a fast-forward (i.e. 2-way) merge, or a 3-way merge, with the -m flag. When used with -m, the -u flag causes it to also update the files in the work tree with the result of the merge.
Trivial merges are done by git read-tree itself. Only conflicting paths will be in unmerged state when git read-tree returns.
OPTIONS
- -m
Perform a merge, not just a read. The command will refuse to run if your index file has unmerged entries, indicating that you have not finished previous merge you started.
- --reset
Same as -m, except that unmerged entries are discarded instead of failing.
- -u
After a successful merge, update the files in the work tree with the result of the merge.
- -i
Usually a merge requires the index file as well as the files in the working tree to be up to date with the current head commit, in order not to lose local changes. This flag disables the check with the working tree and is meant to be used when creating a merge of trees that are not directly related to the current working tree status into a temporary index file.
- -n
- --dry-run
Check if the command would error out, without updating the index nor the files in the working tree for real.
- -v
Show the progress of checking files out.
- --trivial
Restrict three-way merge by git read-tree to happen only if there is no file-level merging required, instead of resolving merge for trivial cases and leaving conflicting files unresolved in the index.
- --aggressive
Usually a three-way merge by git read-tree resolves the merge for really trivial cases and leaves other cases unresolved in the index, so that porcelains can implement different merge policies. This flag makes the command resolve a few more cases internally:
when one side removes a path and the other side leaves the path unmodified. The resolution is to remove that path.
when both sides remove a path. The resolution is to remove that path.
when both sides add a path identically. The resolution is to add that path.
- --prefix=<prefix>/
Keep the current index contents, and read the contents of the named tree-ish under the directory at <prefix>. The command will refuse to overwrite entries that already existed in the original index file. Note that the <prefix>/ value must end with a slash.
- --exclude-per-directory=<gitignore>
When running the command with -u and -m options, the merge result may need to overwrite paths that are not tracked in the current branch. The command usually refuses to proceed with the merge to avoid losing such a path. However this safety valve sometimes gets in the way. For example, it often happens that the other branch added a file that used to be a generated file in your branch, and the safety valve triggers when you try to switch to that branch after you ran make but before running make clean to remove the generated file. This option tells the command to read per-directory exclude file (usually .gitignore) and allows such an untracked but explicitly ignored file to be overwritten.
- --index-output=<file>
Instead of writing the results out to $GIT_INDEX_FILE, write the resulting index in the named file. While the command is operating, the original index file is locked with the same mechanism as usual. The file must allow to be rename(2)ed into from a temporary file that is created next to the usual index file; typically this means it needs to be on the same filesystem as the index file itself, and you need write permission to the directories the index file and index output file are located in.
- --no-sparse-checkout
Disable sparse checkout support even if core.sparseCheckout is true.
- --empty
Instead of reading tree object(s) into the index, just empty it.
- <tree-ish#>
The id of the tree object(s) to be read/merged.
Merging
If -m is specified, git read-tree can perform 3 kinds of merge, a single tree merge if only 1 tree is given, a fast-forward merge with 2 trees, or a 3-way merge if 3 trees are provided.
Single Tree Merge
If only 1 tree is specified, git read-tree operates as if the user did not specify -m, except that if the original index has an entry for a given pathname, and the contents of the path match with the tree being read, the stat info from the index is used. (In other words, the index's stat()s take precedence over the merged tree's).
That means that if you do a git read-tree -m <newtree> followed by a git checkout-index -f -u -a, the git checkout-index only checks out the stuff that really changed.
This is used to avoid unnecessary false hits when git diff-files is run after git read-tree.
Two Tree Merge
Typically, this is invoked as git read-tree -m $H $M, where $H is the head commit of the current repository, and $M is the head of a foreign tree, which is simply ahead of $H (i.e. we are in a fast-forward situation).
When two trees are specified, the user is telling git read-tree the following:
The current index and work tree is derived from $H, but the user may have local changes in them since $H.
The user wants to fast-forward to $M.
In this case, the git read-tree -m $H $M command makes sure that no local change is lost as the result of this "merge". Here are the "carry forward" rules, where "I" denotes the index, "clean" means that index and work tree coincide, and "exists"/"nothing" refer to the presence of a path in the specified commit:
clean I==H I==M ------------------ 4 yes N/A N/A nothing nothing keep index 5 no N/A N/A nothing nothing keep index
6 yes N/A yes nothing exists keep index 7 no N/A yes nothing exists keep index 8 yes N/A no nothing exists fail 9 no N/A no nothing exists fail
10 yes yes N/A exists nothing remove path from index 11 no yes N/A exists nothing fail 12 yes no N/A exists nothing fail 13 no no N/A exists nothing fail
clean (H==M) ------ 14 yes exists exists keep index 15 no exists exists keep index
clean I==H I==M (H!=M) ------------------ 16 yes no no exists exists fail 17 no no no exists exists fail 18 yes no yes exists exists keep index 19 no no yes exists exists keep index 20 yes yes no exists exists use M 21 no yes no exists exists fail
In all "keep index" cases, the index entry stays as in the original index file. If the entry is not up to date, git read-tree keeps the copy in the work tree intact when operating under the -u flag.
When this form of git read-tree returns successfully, you can see which of the "local changes" that you made were carried forward by running git diff-index --cached $M. Note that this does not necessarily match what git diff-index --cached $H would have produced before such a two tree merge. This is because of cases 18 and 19 --- if you already had the changes in $M (e.g. maybe you picked it up via e-mail in a patch form), git diff-index --cached $H would have told you about the change before this merge, but it would not show in git diff-index --cached $M output after the two-tree merge.
Case 3 is slightly tricky and needs explanation. The result from this rule logically should be to remove the path if the user staged the removal of the path and then switching to a new branch. That however will prevent the initial checkout from happening, so the rule is modified to use M (new tree) only when the content of the index is empty. Otherwise the removal of the path is kept as long as $H and $M are the same.
3-Way Merge ~~~~~~~~~~~ Each "index" entry has two bits worth of "stage" state. stage 0 is the normal one, and is the only one you'd see in any kind of normal use.
However, when you do git read-tree with three trees, the "stage" starts out at 1.
This means that you can do
$ git read-tree -m <tree1> <tree2> <tree3>
and you will end up with an index with all of the <tree1> entries in "stage1", all of the <tree2> entries in "stage2" and all of the <tree3> entries in "stage3". When performing a merge of another branch into the current branch, we use the common ancestor tree as <tree1>, the current branch head as <tree2>, and the other branch head as <tree3>.
Furthermore, git read-tree has special-case logic that says: if you see a file that matches in all respects in the following states, it "collapses" back to "stage0":
stage 2 and 3 are the same; take one or the other (it makes no difference - the same work has been done on our branch in stage 2 and their branch in stage 3)
stage 1 and stage 2 are the same and stage 3 is different; take stage 3 (our branch in stage 2 did not do anything since the ancestor in stage 1 while their branch in stage 3 worked on it)
stage 1 and stage 3 are the same and stage 2 is different take stage 2 (we did something while they did nothing)
The git write-tree command refuses to write a nonsensical tree, and it will complain about unmerged entries if it sees a single entry that is not stage 0.
OK, this all sounds like a collection of totally nonsensical rules, but it's actually exactly what you want in order to do a fast merge. The different stages represent the "result tree" (stage 0, aka "merged"), the original tree (stage 1, aka "orig"), and the two trees you are trying to merge (stage 2 and 3 respectively).
The order of stages 1, 2 and 3 (hence the order of three <tree-ish> command line arguments) are significant when you start a 3-way merge with an index file that is already populated. Here is an outline of how the algorithm works:
if a file exists in identical format in all three trees, it will automatically collapse to "merged" state by git read-tree.
a file that has any difference what-so-ever in the three trees will stay as separate entries in the index. It's up to "porcelain policy" to determine how to remove the non-0 stages, and insert a merged version.
the index file saves and restores with all this information, so you can merge things incrementally, but as long as it has entries in stages 1/2/3 (i.e., "unmerged entries") you can't write the result. So now the merge algorithm ends up being really simple:
you walk the index in order, and ignore all entries of stage 0, since they've already been done.
if you find a "stage1", but no matching "stage2" or "stage3", you know it's been removed from both trees (it only existed in the original tree), and you remove that entry.
if you find a matching "stage2" and "stage3" tree, you remove one of them, and turn the other into a "stage0" entry. Remove any matching "stage1" entry if it exists too. .. all the normal trivial rules ..
You would normally use git merge-index with supplied git merge-one-file to do this last step. The script updates the files in the working tree as it merges each path and at the end of a successful merge.
When you start a 3-way merge with an index file that is already populated, it is assumed that it represents the state of the files in your work tree, and you can even have files with changes unrecorded in the index file. It is further assumed that this state is "derived" from the stage 2 tree. The 3-way merge refuses to run if it finds an entry in the original index file that does not match stage 2.
This is done to prevent you from losing your work-in-progress changes, and mixing your random changes in an unrelated merge commit. To illustrate, suppose you start from what has been committed last to your repository:
$ JC=`git rev-parse --verify "HEAD^0"` $ git checkout-index -f -u -a $JC
You do random edits, without running git update-index. And then you notice that the tip of your "upstream" tree has advanced since you pulled from him:
$ git fetch git://.... linus $ LT=`git rev-parse FETCH_HEAD`
Your work tree is still based on your HEAD ($JC), but you have some edits since. Three-way merge makes sure that you have not added or modified index entries since $JC, and if you haven't, then does the right thing. So with the following sequence:
$ git read-tree -m -u `git merge-base $JC $LT` $JC $LT $ git merge-index git-merge-one-file -a $ echo "Merge with Linus" | \ git commit-tree `git write-tree` -p $JC -p $LT
what you would commit is a pure merge between $JC and $LT without your work-in-progress changes, and your work tree would be updated to the result of the merge.
However, if you have local changes in the working tree that would be overwritten by this merge, git read-tree will refuse to run to prevent your changes from being lost.
In other words, there is no need to worry about what exists only in the working tree. When you have local changes in a part of the project that is not involved in the merge, your changes do not interfere with the merge, and are kept intact. When they do interfere, the merge does not even start (git read-tree complains loudly and fails without modifying anything). In such a case, you can simply continue doing what you were in the middle of doing, and when your working tree is ready (i.e. you have finished your work-in-progress), attempt the merge again.
Sparse checkout
"Sparse checkout" allows populating the working directory sparsely. It uses the skip-worktree bit (see git-update-index(1)) to tell Git whether a file in the working directory is worth looking at.
git read-tree and other merge-based commands (git merge, git checkout...) can help maintaining the skip-worktree bitmap and working directory update. $GIT_DIR/info/sparse-checkout is used to define the skip-worktree reference bitmap. When git read-tree needs to update the working directory, it resets the skip-worktree bit in the index based on this file, which uses the same syntax as .gitignore files. If an entry matches a pattern in this file, skip-worktree will not be set on that entry. Otherwise, skip-worktree will be set.
Then it compares the new skip-worktree value with the previous one. If skip-worktree turns from set to unset, it will add the corresponding file back. If it turns from unset to set, that file will be removed.
While $GIT_DIR/info/sparse-checkout is usually used to specify what files are in, you can also specify what files are not in, using negate patterns. For example, to remove the file unwanted:
/* !unwanted
Another tricky thing is fully repopulating the working directory when you no longer want sparse checkout. You cannot just disable "sparse checkout" because skip-worktree bits are still in the index and your working directory is still sparsely populated. You should re-populate the working directory with the $GIT_DIR/info/sparse-checkout file content as follows:
/*
Then you can disable sparse checkout. Sparse checkout support in git read-tree and similar commands is disabled by default. You need to turn core.sparseCheckout on in order to have sparse checkout support.
SEE ALSO
GIT
Part of the git(1) suite


We generalize this process below: Suppose an argument consists of the premises \(p_1,~p_2,\dots,p_n\) and the conclusion \(c\text{.}\) The corresponding symbolic form of this argument is:
Once an argument has been turned into its symbolic form, we can determine if the argument is valid and/or sound. These concepts are addressed in the next two sections.
in-context


Coming Soon
Days
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Phone:
(+123) 123 4567 890
Address:
AENEAN VULPUTATE PORTTITOR
Email Us:
<EMAIL_ADDRESS>Send


- BadRequestException - Exception in com.intuit.ipp.exception
-
Exception class to handle bad request in HTTP Status code
- BadRequestException(List<Error>) - Constructor for exception com.intuit.ipp.exception.BadRequestException
-
Constructor BasRequestException
- BadRequestException(String) - Constructor for exception com.intuit.ipp.exception.BadRequestException
-
Constructor BasRequestException
- BadRequestException(Throwable) - Constructor for exception com.intuit.ipp.exception.BadRequestException
-
Constructor BasRequestException
- BadRequestException(String, Throwable) - Constructor for exception com.intuit.ipp.exception.BadRequestException
-
Constructor BasRequestException
- badRequestExceptionTest() - Method in class com.intuit.ipp.exception.ExceptionTest
-
- BASE_URL_PLATFORMSERVICE - Static variable in class com.intuit.ipp.util.Config
-
variable BASE_URL_PLATFORMSERVICE
- BASE_URL_QB_API - Static variable in class com.intuit.ipp.util.Config
-
end point key name in the configuration for Intuit API
- BASE_URL_QBD - Static variable in class com.intuit.ipp.util.Config
-
variable BASE_URL_QBD
- BASE_URL_QBO - Static variable in class com.intuit.ipp.util.Config
-
variable BASE_URL_QBO
- BatchItemRequest - Class in com.intuit.ipp.data
-
QueryResponse entity describing the response of query
- BatchItemRequest() - Constructor for class com.intuit.ipp.data.BatchItemRequest
-
- BatchItemRequestSerializer - Class in com.intuit.ipp.serialization
-
Custom Json serializer class to handle BatchItemRequest while marshalling
- BatchItemRequestSerializer() - Constructor for class com.intuit.ipp.serialization.BatchItemRequestSerializer
-
- BatchItemResponse - Class in com.intuit.ipp.data
-
QueryResponse entity describing the response of query
- BatchItemResponse() - Constructor for class com.intuit.ipp.data.BatchItemResponse
-
- BatchItemResponseDeserializer - Class in com.intuit.ipp.serialization
-
Custom deserializer class to handle BatchItemResponse while unmarshall
- BatchItemResponseDeserializer() - Constructor for class com.intuit.ipp.serialization.BatchItemResponseDeserializer
-
- BatchOperation - Class in com.intuit.ipp.services
-
Class to prepare the BatchItemrequets and get the responses for the corresponding bIds.
- BatchOperation() - Constructor for class com.intuit.ipp.services.BatchOperation
-
- between(Calendar, Calendar) - Method in class com.intuit.ipp.query.expr.CalendarPath
-
Method to construct the between expression for calendar
- between(Date, Date) - Method in class com.intuit.ipp.query.expr.CalendarPath
-
Method to construct the between expression for date
- between(Date, Date) - Method in class com.intuit.ipp.query.expr.CalendarPath
-
Method to construct the between expression for date
- between(Byte, Byte) - Method in class com.intuit.ipp.query.expr.NumberPath
-
Method to construct the between expression for byte
- between(Short, Short) - Method in class com.intuit.ipp.query.expr.NumberPath
-
Method to construct the between expression for short
- between(Integer, Integer) - Method in class com.intuit.ipp.query.expr.NumberPath
-
Method to construct the between expression for integer
- between(Long, Long) - Method in class com.intuit.ipp.query.expr.NumberPath
-
Method to construct the between expression for long
- between(Float, Float) - Method in class com.intuit.ipp.query.expr.NumberPath
-
Method to construct the between expression for float
- between(Double, Double) - Method in class com.intuit.ipp.query.expr.NumberPath
-
Method to construct the between expression for double
- between(String, String) - Method in class com.intuit.ipp.query.expr.StringPath
-
Method to construct the between expression for string
- BIGDECIMAL_SCALE_SHIFT - Static variable in class com.intuit.ipp.util.Config
-
- Bill - Class in com.intuit.ipp.data
-
Bill is an AP transaction representing a request-for-payment from a third party for goods/services rendered and/or received
- Bill() - Constructor for class com.intuit.ipp.data.Bill
-
- BillableStatusEnum - Enum in com.intuit.ipp.data
-
Java class for BillableStatusEnum.
- BillableStatusEnumJsonSerializer - Class in com.intuit.ipp.serialization.custom
-
Custom JsonSerializer for reading BillableStatusEnum values
- BillableStatusEnumJsonSerializer() - Constructor for class com.intuit.ipp.serialization.custom.BillableStatusEnumJsonSerializer
-
- billId - Static variable in class com.intuit.ipp.util.EntityCreator
-
- BillPayment - Class in com.intuit.ipp.data
-
Financial transaction representing a Payment by check issued to pay one or more bills received from 3rd party (vendor) for purchased goods or services.
- BillPayment() - Constructor for class com.intuit.ipp.data.BillPayment
-
- BillPaymentCheck - Class in com.intuit.ipp.data
-
Java class for BillPaymentCheck complex type.
- BillPaymentCheck() - Constructor for class com.intuit.ipp.data.BillPaymentCheck
-
- BillPaymentCreditCard - Class in com.intuit.ipp.data
-
Java class for BillPaymentCreditCard complex type.
- BillPaymentCreditCard() - Constructor for class com.intuit.ipp.data.BillPaymentCreditCard
-
- BillPaymentTypeEnum - Enum in com.intuit.ipp.data
-
Java class for BillPaymentTypeEnum.
- BillPaymentTypeEnumJsonSerializer - Class in com.intuit.ipp.serialization.custom
-
Custom JsonSerializer for reading BillPaymentTypeEnum values
- BillPaymentTypeEnumJsonSerializer() - Constructor for class com.intuit.ipp.serialization.custom.BillPaymentTypeEnumJsonSerializer
-
- BooleanPath - Class in com.intuit.ipp.query.expr
-
Class to generate the query string for boolean value
- BooleanPath(String, String) - Constructor for class com.intuit.ipp.query.expr.BooleanPath
-
Constructor BooleanPath
- BooleanTypeCustomFieldDefinition - Class in com.intuit.ipp.data
-
Product: ALL
Description: Provides for strong-typing of the BooleanType CustomField.
- BooleanTypeCustomFieldDefinition() - Constructor for class com.intuit.ipp.data.BooleanTypeCustomFieldDefinition
-
- Budget - Class in com.intuit.ipp.data
-
Describes Budget specifications
- Budget() - Constructor for class com.intuit.ipp.data.Budget
-
- BudgetDetail - Class in com.intuit.ipp.data
-
Describes budget details for each budget
- BudgetDetail() - Constructor for class com.intuit.ipp.data.BudgetDetail
-
- BudgetEntryTypeEnum - Enum in com.intuit.ipp.data
-
Java class for BudgetEntryTypeEnum.
- BudgetTypeEnum - Enum in com.intuit.ipp.data
-
Java class for BudgetTypeEnum.


Alien life will be found 'within the next few decades', Nasa study claims
Humanity could be on the verge of answering the biggest question in the universe.
A Nasa-backed study has claimed that alien life could be found on an ‘exoplanet’ outside our own system within a few decades.
Researchers have just published a proposal paper calling for an observatory to be placed on the dark side of the moon.
The proposed FARSIDE instrument (Farside Array for Radio Science Investigations of the Dark ages and Exoplanets) would scan the sky and look for habitable planets capable of sustaining extraterrestrial organisms.
It would also search for Planet 9, a mysterious and as-yet-undiscovered world believed to be lurking in the furthest reaches of the solar system, as well as trying to find dark matter, a substance believed to make up a large proportion of all the matter in the universe.
As well as these impressive ambitions, the overachieving instrument would ‘explore how the universe began and evolved’ and look for ‘coronal mass ejections’ – outbursts from the surface of stars.
Advertisement Advertisement
But the goal which is likely to get the most attention is the search for exoplanets capable of sustaining life.
To do this, FARSIDE would scour the sky for evidence of planets which have a magnetic field like our own, which is considered ‘a key ingredient for planetary habitability’, as well as looking for gases and other ‘biosignatures’ indicating the presence of alien organisms.
Authors of the paper include scientists from Nasa as well as academics from various American universities.
They wrote: ‘The discovery of life on a planet outside our solar system is at the heart of Nasa’s Science Mission Directorate.
‘Such a discovery may arrive within the next few decades and is the focus of a number of planned and concept Nasa missions.
‘The most likely avenue involves spectral observations of biosignature gases… on an Earth-like planet orbiting a nearby star.’
Nasa has not committed to building FARSIDE, which would consist of 128 antennae spread across the dark side of the moon – a location which would shield the observatory from radio frequencies produced by Earthbound human civilisation as well as ‘noise’ created by the sun’s solar wind.


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public interface AnalogInput
A pin used for analog input.
An analog input pin can be used to measure voltage. AnalogInput instances are obtained by calling
IOIO.openAnalogInput(int)
.
Floating-point values scaled from 0 to 1 can be obtained by calling read()
. Absolute
voltage levels can be obtained by calling getVoltage()
.
The instance is alive since its creation. The first read()
call block for a few
milliseconds until the initial value is updated. If the connection with the IOIO drops at any
point, the instance transitions to a disconnected state, in which every attempt to use the pin
(except Closeable.close()
) will throw a ConnectionLostException
. Whenever Closeable.close()
is invoked the instance may no longer be used. Any resources associated with it are freed and can
be reused.
Typical usage:
AnalogInput potentiometer = ioio.openAnalogInput(40);
float value = potentiometer.read();
...
potentiometer.close(); // pin 40 can now be used for something else.
An alternate usage allows reading periodically sampled data without missing samples. The
setBuffer(int)
method must first be called, for setting up an internal buffer for
queuing samples. Then, samples can be obtained by calling readBuffered()
or
getVoltageBuffered()
. These methods will block until a sample is available. If this is
undesirable, the available()
method can be called first to check how many samples are
ready in the buffer. In case the buffer overflows, as result of the client not reading fast
enough, old samples will be dropped, and the client can check getOverflowCount()
to
determine how many samples have been lost. The sample rate used for capturing samples can be
obtained by calling getSampleRate()
.
The non-buffered versions of the read methods will still behave normally when buffering is
enabled. The read()
and getVoltage()
methods will always return the most recent
value, regardless of the buffer state.
Typical usage:
AnalogInput potentiometer = ioio.openAnalogInput(40); potentiometer.setBuffer(256); for (int i = 0; i < 1024; ++i) { // next line will block until at least one sample is available float sample = potentiometer.readBuffered(); ... } ... potentiometer.close(); // pin 40 can now be used for something else.
IOIO.openAnalogInput(int)
| Method Summary | |
|---|---|
int |
available()
Gets the number of samples currently in the buffer. |
int |
getOverflowCount()
Gets the number of samples that have been dropped as result of overflow, since setBuffer(int) has been called. |
float |
getReference()
Gets the maximum value against which read() values are scaled. |
float |
getSampleRate()
Gets the sample rate used for obtaining buffered samples. |
float |
getVoltage()
Gets the analog input reading, as an absolute voltage in Volt units. |
float |
getVoltageBuffered()
Read a sample from the internal buffer. |
float |
getVoltageSync()
This is very similar to getVoltage() , but will wait for a new sample to arrive
before returning. |
float |
read()
Gets the analog input reading, as a scaled real value between 0 and 1. |
float |
readBuffered()
Read a sample from the internal buffer. |
float |
readSync()
This is very similar to read() , but will wait for a new sample to arrive before
returning. |
void |
setBuffer(int capacity)
Initializes or destroys an internal buffer, used for queuing sampled data. |
| Methods inherited from interface ioio.lib.api.Closeable |
|---|
close |
| Method Detail |
|---|
float getVoltage() throws java.lang.InterruptedException, ConnectionLostException
It typically takes a few milliseconds between when the instance is created and until the first value can be read. In this case, the method may block shortly. If this is a problem, the calling thread can be interrupted.
If a scaled value is desired, consider using read()
.
java.lang.InterruptedException
- The calling thread has been interrupted.
ConnectionLostException
- The connection with the IOIO is lost.read()
float getVoltageSync() throws java.lang.InterruptedException, ConnectionLostException
getVoltage()
, but will wait for a new sample to arrive
before returning. This is useful in conjunction with IOIO.sync()
, in cases when we
want to guarantee the we are looking at a sample that has been captured strictly after
certain other commands have been executed.
java.lang.InterruptedException
- The calling thread has been interrupted.
ConnectionLostException
- The connection with the IOIO is lost.getVoltage()
,
readSync()
float getReference()
read()
values are scaled.
float read() throws java.lang.InterruptedException, ConnectionLostException
It typically takes a few milliseconds between when the instance is created and until the first value can be read. In this case, the method may block shortly. If this is a problem, the calling thread can be interrupted.
If an absolute value is desired, consider using getVoltage()
.
java.lang.InterruptedException
- The calling thread has been interrupted.
ConnectionLostException
- The connection with the IOIO is lost.getVoltage()
float readSync() throws java.lang.InterruptedException, ConnectionLostException
read()
, but will wait for a new sample to arrive before
returning. This is useful in conjunction with IOIO.sync()
, in cases when we want to
guarantee the we are looking at a sample that has been captured strictly after certain other
commands have been executed.
java.lang.InterruptedException
- The calling thread has been interrupted.
ConnectionLostException
- The connection with the IOIO is lost.read()
,
getVoltageSync()
void setBuffer(int capacity) throws ConnectionLostException
readBuffered()
or getVoltageBuffered()
for obtaining
buffered samples.
When called with argument of 0, the internal buffer is destroyed.
capacity
- The maximum number of unread samples that can be buffered before overflow occurs.
ConnectionLostException
- The connection with the IOIO is lost.int getOverflowCount() throws ConnectionLostException
setBuffer(int)
has been called.
ConnectionLostException
- The connection with the IOIO is lost.int available() throws ConnectionLostException
ConnectionLostException
- The connection with the IOIO is lost.float readBuffered() throws java.lang.InterruptedException, ConnectionLostException
Closeable.close()
), the thread is interrupted (via
Thread.interrupt()
or connection is lost. setBuffer(int)
must be called
prior to this method for setting up an internal buffer for storing samples.
java.lang.InterruptedException
- The calling thread has been interrupted.
ConnectionLostException
- The connection with the IOIO is lost.getVoltageBuffered()
float getVoltageBuffered() throws java.lang.InterruptedException, ConnectionLostException
Closeable.close()
), the thread is interrupted (via
Thread.interrupt()
or connection is lost. setBuffer(int)
must be called
prior to this method for setting up an internal buffer for storing samples.
java.lang.InterruptedException
- The calling thread has been interrupted.
ConnectionLostException
- The connection with the IOIO is lost.readBuffered()
float getSampleRate() throws ConnectionLostException
ConnectionLostException
- The connection with the IOIO is lost.
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A uncountable number of things and people are amazing around you.Open your eyes and see them!!
Learn to appriciate them


WITNESS LIST County Affairs Committee April 20, 2005-8:00A HB 1092 Registering, but not testifying: For: Jones, Amanda (Harris County) HB 1598 For: Gerey, Glen (Texas Restaurant Assn.) Registering, but not testifying: For: Lane, Lee (Texas Association of Local Health Officials) Mendez, Mark (Tarrant County) Newton, Chris (Texas Petroleum Marketers & Convenience Store Assoc.) Williams, Joe (Texas Retailers Association) On: Sowards, Dan (TX Dept. of State Health Services) HB 2164 For: Allison, Jim (County Judges & Commissioners Assn. of TX) Against: Pietsch, Rose (Self and County & District Clerk's Association) Registering, but not testifying: For: Lee, Donald (Texas Conference of Urban Counties) Mendez, Mark (Tarrant County) HB 2235 For: DeFoy, Russell (IAFF L4147) Eden, Michael (IAFF L4147) Registering, but not testifying: Against: Blackmore, George (Austin Fire Dept) Gonzalez, Antonio (Austin Fire Department) HB 2235 - Committee Substitute (CSHB 2235) For: Carlton, John (Texas State Association of Fire and Emergency Districts, Travis County Emergency Services Dist. 2) Katz, Howard (Harris County ESD No. 9) Smith, Don (Travis County ESD # 4) HB 2458 For: Lee, Donald (Texas Conference of Urban Counties) Pardue, Craig (Dallas County) Smaardyk, Sarah (Dallas County) Registering, but not testifying: For: Mendez, Mark (Tarrant County) HB 2560 For: Beaty, Bruce (Rockwall Commissioners Court) Sumrow, Ray (County of Rockwall) Wimpee, Jerry (Rockwall County) Registering, but not testifying: For: Allison, Jim (County Judges and Commissioners Assn. of Texas) HB 2694 For: Pardue, Craig (Dallas County) Registering, but not testifying: For: Grimes, Cyd (Texas County Purchasing Association) Smaardyk, Sarah (Dallas County) HB 2695 For: Pardue, Craig (Dallas County) Smaardyk, Sarah (Dallas County) Registering, but not testifying: For: Lee, Donald (Texas Conference of Urban Counties) Mendez, Mark (Tarrant County) HB 2710 For: Katz, Howard (Harris - Ft. Bend ESD No. 100) Registering, but not testifying: For: Carlton, John (Texas State Association of Fire and Emergency Districts) Smith, Don (Travis County ESD # 4) Windisch, Fred (Ponderosa VFD - ESD #28) HB 2827 For: Katz, Howard (Harris County ESD No. 9) Registering, but not testifying: For: Carlton, John (Texas State Association of Fire and Emergency Districts) Hastings, Glenn (Spring Volunteer Fire Dept.) Smith, Don (Travis County ESD # 4) Windisch, Fred (Pondorosa VFD ESD # 28) HB 2848 For: Brady, Kenneth (Fort Bend Sheriff's Office) Lee, Donald (Texas Conference of Urban Counties) Presley, Charles (Collin County Deputy Sheriff's Association) Riendeau, Larry (Self and Fort Bend County Sheriff Deputy Association) Schultz, David (Self and Fort Bend County Deputy Sheriff's Association) Travis, Russell (Williamson County Sheriffs Association) Registering, but not testifying: For: Gaylor, Tom (Texas Municipal Police Association) Jones, Chris (Combined Law Enforcement Associations of Texas) HB 3028 For: Anderson, Michael (Self and Pflugerville Professional FF Local 4137) Carlson, Eric (Hudson Bend Fire Fighters Association) Higgins, Mike (Texas State Association of Fire Fighters) Against: Carlton, John (Texas State Association of Fire and Emergency Districts, Travis County Emergency Services Dist. 2) Katz, Howard (Harris County ESD No. 9) Smith, Don (Travis County ESD # 4) Registering, but not testifying: For: Bresnen, Steve (Texas State Association of Fire Fighters) DeLanghe, Wayne (San Antonio Fire Dept. Local 624) Harrell, Ronald (IAFF Local 624 San Antonio Fire Dept.) Perkins, Nicholas (Self and Pflugerville Professional Fire Fighter's Association) Perry, Peter (Pflugerville Professional FF Association Local 4137) Seale, Mark (Tx State Association of Firefighters) Thorp Jr., Thomas (Self and Pflugerville Professional Firefighters Local 4137) Villarreal, Johnny (Houston Fire Fighters Local 341) Against: Hastings, Glenn (Spring Volunteer Fire Dept. ESD #7 Harris County) Igo, Shanna (Texas Municipal League) Windisch, Fred (Ponderosa Volunteer Fire Assn Inc.) HB 3080 For: Richie, Carl (Travis County Hospital District) Young Brown, Patricia (Travis County Hospital District) Registering, but not testifying: For: Brewer, Sister Helen (Seton Healthcare Network) Heidrich, Clarke (Board of Managers Travis County Hospital District) Hentges, Sandra (Greater Austin Chamber of Commerce) Patrick, Donald (Travis County Hospital District Board of Managers) Watson, Kirk (Greater Austin Chamber of Commerce) On: Wilson, Stacy (County Atty's Office) HB 3397 Registering, but not testifying: For: Mendez, Mark (Tarrant County) HB 3514 Registering, but not testifying: For: Barnwell, Robert (Southwest Montgomery County Improvement District) Egan, B. Patrick (Regency Centers Corp.) Storil, Donald G. "Greg" (Self) HB 3516 Registering, but not testifying: For: Crocker, Maureen (City of Houston) HB 3517 Registering, but not testifying: For: Crocker, Maureen (City of Houston) HB 3518 Registering, but not testifying: For: Crocker, Maureen (City of Houston)


Screaming Nicole Scherzinger told to 'calm down' after bizarre 'naked' comment on X Factor
X Factor: Celebrity judge Nicole Scherzinger had to be restrained by co-stars Louis Walsh and Simon Cowell after watching Try Star's steamy performance
by Brogan-Leigh HurstNicole Scherzinger was restrained by fellow judges Louis Walsh and Simon Cowell after announcing she wants to "get naked" following Try Star's racy act.
The 41-year-old singer and talent show judge couldn't help herself as she blurted it out to the audience.
Trio Try Star danced in the rain as they showcased their toned six-pack abs in tight leather trousers.
Nicole, who enjoyed their performance, began to touch her own body before she gushed: "That song was crazy and rain never looked better in London," before she gasped: "Uh!"
Louis admitted he'd never seen Nicole look so excited as she got the crowd hyped.
Viewers of the show were also left cringing over Try Star's Levi as he got stuck in a vest during a sexy wet scene.
The hunky rugby player, 21, performed the saucy stunt in front of the judges and a large audience - which went terribly wrong.
Performing with band mates Thom Evans and Ben Foden , the star stripped down to just his trousers.
But as he prepared to make the move, his vest got tangled around both legs which turned into total embarrassment.
Fans took to Twitter to discuss the funny moment as it happened.
One fan admitted: "I'm actually embarrassed for Try Star like that was so cringey #CelebrityXFactor", as another responded: "It was like 3 drunk dads at a wedding".
Another confessed: "Well Try Star were trying too hard #XFactorCelebrity".
Others seemed to enjoy the not-so-sexy performance, with one saying: "Try Star definitely know how to please the Female population".
A second wrote: "Okay tonight's performance just made me love Try Star even more".
The group sang X Ambassadors' hit Boom in hope to set pulses racing and gain votes.
During last week's performance, Thom hit out at Louis after he called the star a "backing singer".
Louis claimed Levi was the star and his co-members were just "backing singers".
Offered the microphone by host Dermot O'Leary, Thom decided to hit back offering his own dig.
He told him: "Well to be fair Louis, you've been a backing singer to Simon for most of your life."
Simon immediately stood up and applauded the comment, as Nicole looked on in shock.
Do you have a story to sell? Get in touch with us at<EMAIL_ADDRESS>or call us direct 0207 29 33033


Select the pizza size: Big Medium Small
Select the crust type: Deep Dish Hand-Tossed Thin & Crispy
Select the filler: Sausages Pepper Mushrooms
Quantity:
Name: Phone: Message:


My senior year of high school, I served as the Publicity Head for the University of Toronto Schools' (UTS) Music Department. Here are some posters I made for the Music Department's concerts and events.


In 2020, 1844 fires were extinguished in Burgas
About our team
Our amazing frontend, with his help we achieved the astonishing looks of our site.
With his skills in photoshop and html, he was capable of designing the whole style of the website and our brand
The backend, his knowledge of Javascript helped him build from the ground up the entire backend.
Without his leadiership and guidance we would never be able to reach our end goal.


Rigging Now
Building a ROD experience for gamers
Thanks for showing interest. We will contact you soon!
Back to home


ItemService SOAP API Sample
This test client invokes the getInventory operation from the SOAP service.
SOAP request:
Loading...
SOAP response:
HTTP status code
Loading...


WITNESS LIST Teacher Health Insurance, Select Committee April 2, 2001-2:00P Teacher Health Insurance For: Dickerson, Art (Mercer) Guy, Jerry (Guy Benefits Consulting) Hartman, Eric (Texas Fed. of Teachers) On: Berndt, Trey (CHIP/ Health and Human Services) Cooke, Jason (Texas Health and Human Services Commission) Dial, Philip (Self) Farnsley, John (Texas Assoc of Preferred Provider Organization) Hillyer, Dick (Self) Jung, Ronnie (Teacher Retirement System) Moak, Lynn (Self) Reim, Bob (Self) Scarborough, Steve (Self) Wisnoski, Joe (Texas Education Agency)


This is Paragraph
This is header section
This is header section
This is header section
This is header section
This is header section
This is header section
This is a link
Company Details
| Company |
Contact |
Country |
| Capgemini |
123456789 |
USA |
| Capgemini |
123456789 |
India |
| Capgemini |
123456789 |
France |
| Capgemini |
123456789 |
Japan |


首页
本部概况
部门动态
通知公告
课程建设
教研科研
教育专题
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- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege
- this is a massege


Please remember to take all of these numbers with a grain of salt! They are a rough estimate at best.
{{user.username}}'s Games
See any that have inaccurate or weird values? Check the box to the left of the game name, and then hit the submit button at the bottom of the page to report them.
Click the hours below to link to their respective HowLongToBeat pages.
Any entry marked with * does not have an entry on HowLongToBeat, and we have used the current average for that calculation.
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president doc
Moderator
Registered: Oct 2001
Location: London.
Posts: 6137 |
Got a 233 P2 32 megs edo RAM, 3.2 gig hard drive, 33.6 modem.
Win 95 OS2.
266 p2 64 megs sd RAM, connected to some old modem working at 28.8, again, 3.2 gig HD.
Win ME.
733 P3, 128 megs SD RAM, 576KB DL 288 UL ADSL modem. Win ME.
I want to get a new computer next year.... It will be the phattest thing ever built by mankind.. yes, my sister asked me on what to buy and what was the best system out there, she then talked of many gigabytes of RAM, of many chips running @ many gigahertz with many bits and many drives with many hundreds of gigs.
I will have it.
Then Ill go to gaters on it.
__________________
God, Ive become such a fatty
Last edited by president doc on 12-18-2002 at 08:58 PM
Report this post to a moderator | ? + *
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{%extends "base.html"%} {% block title %}Editing Publisher {{publisher.name}}{% endblock %} {%block operation%}


Provides an HTML component based on xhtmlrenderer's
{@link org.xhtmlrenderer.swing.XHTMLPanel}. Several features are added, as described in
{@link nl.nikhef.xhtmlrenderer.swing.TemplatePanel}, which is
the most important class; the others are mostly helpers.
If you are just looking for simple template functionality based on {@link org.w3c.dom.Document},
you might find {@link nl.nikhef.xhtmlrenderer.swing.TemplateDocument} interesting as well.


Abilities
{{ character.ability_str_mod }}
{{ character.ability_str_score }}
=
{{ character.ability_str_base }}
+
{{ character.ability_str_misc_total }}
{{ character.ability_dex_mod }}
{{ character.ability_dex_score }}
=
{{ character.ability_dex_base }}
+
{{ character.ability_dex_misc_total }}
{{ character.ability_con_mod }}
{{ character.ability_con_score }}
=
{{ character.ability_con_base }}
+
{{ character.ability_con_misc_total }}
{{ character.ability_int_mod }}
{{ character.ability_int_score }}
=
{{ character.ability_int_base }}
+
{{ character.ability_int_misc_total }}
{{ character.ability_wis_mod }}
{{ character.ability_wis_score }}
=
{{ character.ability_wis_base }}
+
{{ character.ability_wis_misc_total }}
{{ character.ability_cha_mod }}
{{ character.ability_cha_score }}
=
{{ character.ability_cha_base }}
+
{{ character.ability_cha_misc_total }}
Classes
{% if base_classes %}
{% for base_class in base_classes %}
{{ base_class.class_name }} - {{ base_class.class_levels }}
{% endfor %}
{% elif user == character.play %}
You have no base classes
{% else %}
{{ character.name }} has no classes
{% endif %}
{% if user == character.player %}
Add a Base Class
{% endif %}


RQL Help
query-items
add-item
remove-item
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An Exam P Study Guide
2020-03-08
Chapter 1 An Introduction to Set Theory
1.1 Defining Sets
Sets are collections of objects. Usually objects are placed inside curly braces and separated by commas. Here is the set with the numbers 1 and 2. We often give sets a name. This set is named “A”. \[A=\{1,2\}\]
Objects inside the curly braces are called elements of the set. There is a special character that means “is an element of”. Using our notation we can say that 1 is an element of A. \[1 \in A\]
We can also say that 3 is not an element of A by drawing a slash through our symbol. \[3 \not\in A\] We can define sets in a something called set-builder notation. Set builder notation is useful for infinite sets or sets that are hard to enumerate. Below are some examples.
We can define the even numbers as \(\{x | x \ is \ an \ even \ number\}\)
We can define hands of cards as \(\{x | x \ is \ a \ 5 \ element \ subset \ of \ a \ deck \ of \ cards\}\)
To read set builder notation we translate the “|” as “where”. So the real numbers are “the set of x where x is a real number”.
1.2 Set Equality and Subsets
Sets are equal when they have the same elements. This means order doesn’t matter in sets, \(\{1,2\} = \{2,1\}\) because they have the same elements. Also, \(\{1,1,2\} = \{1,2\}\) and we say that sets don’t have duplicate elements because duplicate elements have no purpose.
A set is a subset of another set when it fits inside of it. There is a symbol that looks like \(\leq\) that means “is a subset of”. For example \(\{1,2\} \subseteq \{1,2,3\}\). It is also true that any set is a subset of itself, so \(\{1,2\} \subseteq \{1,2\}\). In more precise terms \(A \subseteq B\) if and only if every element of A is also an element of B.
A common technique to prove that two sets are equal is to show that \(A \subseteq B\) and \(B \subseteq A\). This means there is no element in either set that does not belong to the other and the sets are equal.
1.3 Set Operations and Venn Diagrams
Just like you can add numbers together to make a new number, you can combine sets and make a new set. Let’s define some sets.
\[S = \{1,2,3,4,5,6,7,8,9,10\} \\ A = \{1,3,5,7\} \\ B = \{2,3,4,5\}\]
1.3.1 Venn Diagram
There is a visual representation of sets called a Venn Diagram. In a Venn Diagram each set is represented by a circle. The sample space is usually represented by a large box that the circles are inside of.
1.3.2 Union
An element is in the union of A and B if it is in A, B, or A and B. The notation for this operation is \(A \cup B\) and it is pronounced “A union B”. Here is the set that results from this union: \(A \cup B = \{1,2,3,4,5,7\}\)
1.3.3 Intersection
An element is in the intersection of A and B if it is in A and B. The notation for this operation is \(A \cap B\) and it is pronounced “A intersect B”. Here is the set that results from this intersection: \(A \cap B = \{3,5\}\)
1.3.4 Complement
An element is in the complement of A if it is not in A, but is in the sample space. The notation for the complement of A is \(A^C\) and is pronounced “A complement” or “the complement of A”. Here is the result of taking the complement of A: \(A^C = \{2,4,6,8,9,10\}\). Note that in general \((A^C)^C = A\).
1.3.5 Set Difference
The set difference of A and B elements that are in A but not in B. The notation is either \(A \backslash B\) or \(A - B\) and is pronounced “A minus B”. Here is the result of this set difference: \(A - B = \{7,1\}\). It is worth noting that \(A-B=A \cap B^C\) because the elements are in A and they are not in B.
1.4 Special Sets and Identities
1.4.1 Sample Space and Empty Set
The sample space is a type of special set because all other sets are subset of it. This leads to some commonsensical identities like \(A \cup S = S\) and \(A \cap S = A\). There is another special set called the empty set. This set has no elements. We could write it as \(\{\}\) but the common way to write this is \(\emptyset\). Some properties of the empty set are \(A \cup \emptyset = A\) and \(A \cap \emptyset = \emptyset\). It is also true that \(\emptyset^C = S\) and \(S^C = \emptyset\).
1.4.2 De Morgan’s Laws
De Morgan’s laws are formulas for the complement of a union or intersection of sets. \[(A \cap B)^C = A^C \cup B^C \\ (A \cup B)^C = A^C \cap B^C\] One way of memorizing these formulas is that you bring the complement inside the parentheses to both sets and flip the union or intersection upside down.
Let’s see if these laws make any sense. Let \(T\) be the set of tennis players and \(H\) be the set of hockey players. \((T \cap H)^C\) is the set of people that don’t play both tennis and hockey. \(T^C \cup H^C\) is people that don’t play tennis or they don’t play hockey.If I don’t play both sports then I either don’t play tennis or I don’t play hockey, so \((T \cap H)^C \subseteq T^C \cup H^C\). If I don’t play tennis or I don’t play hockey then it is true that I don’t play both sports, so \(T^C \cup H^C \subseteq (T \cap H)^C\). This means that the sets are equal, ponder this for some time. A similar argument can be made for the complement of the union. If this is not convincing spend some time with a Venn diagram and see if you can get it to make sense.
1.4.3 3 or More Sets
<IP_ADDRESS> Associativity
Just like you can add more than two numbers together you can take the intersection or union of more than two sets. For example \(\{1,2\} \cap \{2,3\} \cap \{3,4\} = \emptyset\). There are no elements in the intersection of these three sets because no number appears in all three sets, so this is the empty set. Intersections are associative, meaning \((A \cap B) \cap C= A \cap (B \cap C)\), so it doesn’t matter what order you take a group of intersections in. Unions are also associative, \((A \cup B) \cup C= A \cup (B \cup C)\).
<IP_ADDRESS> Distributive Property
If you mix together unions and intersections in an expression it isn’t associative. Can you think of an example? \[A \cap (B \cup C) \not= (A \cap B) \cup C\] There are distributive formulas for situations like this. \[A \cap (B \cup C) = (A \cap B) \cup (A \cap C) \\ A \cup (B \cap C) = (A \cup B) \cap (A \cup C)\] Because of this it is said that intersection distributes over unions, and that unions distribute across intersections. It is easier to remember these distributive formulas by comparing them to the way multiplication distributes over addition. \(a(b+c)=ab+ac\). Just pretend that the multiplication is an intersection and the addition is a union.
<IP_ADDRESS> Messy Venn Diagrams
You can draw a Venn diagram for three sets with three circles. It gets a little complicated. I wouldn’t bother drawing a Venn diagram for 4 sets.


//Declaration of the drawSierpinski function. The coordinates are the 3 outer corners of the Sierpinski Triangle.
void drawSierpinski(float x1, float y1, float x2, float y2, float x3, float y3);
//Declaration of the subTriangle function, the coordinates are the 3 corners, and n is the number of recursions.
void subTriangle(int n, float x1, float y1, float x2, float y2, float x3, float y3);
//depth is the number of recursive steps
int depth = 7;
//The main function sets up the screen and then calls the drawSierpinski function
int main(int argc, char *argv[])
{
screen(640, 480, 0, "Sierpinski Triangle");
cls(RGB_White); //Make the background white
drawSierpinski(10, h - 10, w - 10, h - 10, w / 2, 10); //Call the sierpinski function (works with any corners inside the screen)
//After drawing the whole thing, redraw the screen and wait until the any key is pressed
redraw();
sleep();
return(0);
}
//This function will draw only one triangle, the outer triangle (the only not upside down one), and then start the recursive function
void drawSierpinski(float x1, float y1, float x2, float y2, float x3, float y3)
{
//Draw the 3 sides of the triangle as black lines
drawLine(int(x1), int(y1), int(x2), int(y2), RGB_Black);
drawLine(int(x1), int(y1), int(x3), int(y3), RGB_Black);
drawLine(int(x2), int(y2), int(x3), int(y3), RGB_Black);
//Call the recursive function that'll draw all the rest. The 3 corners of it are always the centers of sides, so they're averages
subTriangle
(
1, //This represents the first recursion
(x1 + x2) / 2, //x coordinate of first corner
(y1 + y2) / 2, //y coordinate of first corner
(x1 + x3) / 2, //x coordinate of second corner
(y1 + y3) / 2, //y coordinate of second corner
(x2 + x3) / 2, //x coordinate of third corner
(y2 + y3) / 2 //y coordinate of third corner
);
}
//The recursive function that'll draw all the upside down triangles
void subTriangle(int n, float x1, float y1, float x2, float y2, float x3, float y3)
{
//Draw the 3 sides as black lines
drawLine(int(x1), int(y1), int(x2), int(y2), RGB_Black);
drawLine(int(x1), int(y1), int(x3), int(y3), RGB_Black);
drawLine(int(x2), int(y2), int(x3), int(y3), RGB_Black);
//Calls itself 3 times with new corners, but only if the current number of recursions is smaller than the maximum depth
if(n < depth)
{
//Smaller triangle 1
subTriangle
(
n+1, //Number of recursions for the next call increased with 1
(x1 + x2) / 2 + (x2 - x3) / 2, //x coordinate of first corner
(y1 + y2) / 2 + (y2 - y3) / 2, //y coordinate of first corner
(x1 + x2) / 2 + (x1 - x3) / 2, //x coordinate of second corner
(y1 + y2) / 2 + (y1 - y3) / 2, //y coordinate of second corner
(x1 + x2) / 2, //x coordinate of third corner
(y1 + y2) / 2 //y coordinate of third corner
);
//Smaller triangle 2
subTriangle
(
n+1, //Number of recursions for the next call increased with 1
(x3 + x2) / 2 + (x2 - x1) / 2, //x coordinate of first corner
(y3 + y2) / 2 + (y2 - y1) / 2, //y coordinate of first corner
(x3 + x2) / 2 + (x3 - x1) / 2, //x coordinate of second corner
(y3 + y2) / 2 + (y3 - y1) / 2, //y coordinate of second corner
(x3 + x2) / 2, //x coordinate of third corner
(y3 + y2) / 2 //y coordinate of third corner
);
//Smaller triangle 3
subTriangle
(
n+1, //Number of recursions for the next call increased with 1
(x1 + x3) / 2 + (x3 - x2) / 2, //x coordinate of first corner
(y1 + y3) / 2 + (y3 - y2) / 2, //y coordinate of first corner
(x1 + x3) / 2 + (x1 - x2) / 2, //x coordinate of second corner
(y1 + y3) / 2 + (y1 - y2) / 2, //y coordinate of second corner
(x1 + x3) / 2, //x coordinate of third corner
(y1 + y3) / 2 //y coordinate of third corner
);
}
}
|
| Operation |
Result |
| 0 AND 0 |
0 |
| 0 AND 1 |
0 |
| 1 AND 0 |
0 |
| 1 AND 1 |
1 |
int main(int argc, char *argv[])
{
screen(256, 256, 0, "AND");
for(int x = 0; x < w; x++)
for(int y = 0; y < h; y++)
{
if(x & y) pset(x, y, RGB_White);
}
redraw();
sleep();
return 0;
}
|
//How much pixels should be randomly chosen and drawn
#define numSteps 10000
int main(int argc, char *argv[])
{
//create the screen and make it white
screen(256, 256, 0, "Sierpinski Triangle");
cls(RGB_White);
//the 3 corners of the outer triangle
float ax = 10;
float ay = h - 10;
float bx = w - 10;
float by = h - 10;
float cx = w / 2;
float cy = 10;
//initial coordinates for the point px
float px = ax;
float py = ay;
//do the process numSteps times
for(int n = 0; n < numSteps; n++)
{
//draw the pixel
pset(int(px), int(py), RGB_Black);
//pick a random number 0, 1 or 2
switch(abs(rand() % 3))
{
//depending on the number, choose another new coordinate for point p
case 0:
px = (px + ax) / 2.0;
py = (py + ay) / 2.0;
break;
case 1:
px = (px + bx) / 2.0;
py = (py + by) / 2.0;
break;
case 2:
px = (px + cx) / 2.0;
py = (py + cy) / 2.0;
break;
}
}
//redraw, sleep and end the program
redraw();
sleep();
return(0);
}
|
//the coordinates are 2 corners of the rectangle, n is the current recursion step
void drawSierpinski(int n, int x1, int y1, int x2, int y2);
//how much recursions maximum (after log_2(screenWidth) recursions the rectangles are smaller than a pixel)
#define maxRecursions 8
int main(int argc, char *argv[])
{
//create the screen and make it white
screen(256, 256, 0, "Sierpinski Triangle");
//start the recursive function
drawSierpinski(1, 0, 0, w - 1, h - 1);
//redraw, sleep, etc...
redraw();
sleep();
return(0);
}
void drawSierpinski(int n, int x1, int y1, int x2, int y2)
{
//draw white rectangle in the upper right part, thereby making a black L
drawRect((x1 + x2) / 2, y1, x2 - 1, (y1 + y2) / 2 - 1, RGB_White);
//call itself 3 times again, now for the 3 new rectangles in the L shape
if(n < maxRecursions)
{
drawSierpinski(n + 1, x1, y1, (x1 + x2) / 2, (y1 + y2) / 2);
drawSierpinski(n + 1, x1, (y1 + y2) / 2, (x1 + x2) / 2, y2);
drawSierpinski(n + 1, (x1 + x2) / 2, (y1 + y2) / 2, x2, y2);
}
}
|
//the coordinates are 2 corners of the rectangle, n is the current recursion step
void drawCarpet(int n, float x1, float y1, float x2, float y2);
//how much recursions maximum
#define maxRecursions 6
int main(int argc, char *argv[])
{
//create the screen and make it white, use powers of 3 for the screen size for best result
screen(243, 243, 0, "Sierpinski Carpet");
cls(RGB_White);
//start the recursive function
drawCarpet(1, 0, 0, w - 1, h - 1);
//redraw, sleep, etc...
redraw();
sleep();
return(0);
}
void drawCarpet(int n, float x1, float y1, float x2, float y2)
{
//draw black rectangle with 1/3th the size in the center of the given coordinates
drawRect(int((2 * x1 + x2) / 3.0), int((2 * y1 + y2) / 3.0), int((x1 + 2 * x2) / 3.0) - 1, int((y1 + 2 * y2) / 3.0) - 1, RGB_Black);
//call itself 8 times again, now for the 8 new rectangles around the one that was just drawn
if(n < maxRecursions)
{
drawCarpet(n + 1, x1 , y1 , (2 * x1 + x2) / 3.0, (2 * y1 + y2) / 3.0);
drawCarpet(n + 1, (2 * x1 + x2) / 3.0, y1 , (x1 + 2 * x2) / 3.0, (2 * y1 + y2) / 3.0);
drawCarpet(n + 1, (x1 + 2 * x2) / 3.0, y1 , x2 , (2 * y1 + y2) / 3.0);
drawCarpet(n + 1, x1 , (2 * y1 + y2) / 3.0, (2 * x1 + x2) / 3.0, (y1 + 2 * y2) / 3.0);
drawCarpet(n + 1, (x1 + 2 * x2) / 3.0, (2 * y1 + y2) / 3.0, x2 , (y1 + 2 * y2) / 3.0);
drawCarpet(n + 1, x1 , (y1 + 2 * y2) / 3.0, (2 * x1 + x2) / 3.0, y2 );
drawCarpet(n + 1, (2 * x1 + x2) / 3.0, (y1 + 2 * y2) / 3.0, (x1 + 2 * x2) / 3.0, y2 );
drawCarpet(n + 1, (x1 + 2 * x2) / 3.0, (y1 + 2 * y2) / 3.0, x2 , y2 );
}
}
|
int main(int argc, char *argv[])
{
screen(243, 243, 0, "Sierpinski Carpet");
for(int x = 0; x < w; x++)
for(int y = 0; y < h; y++)
{
if
(
//Not both the first (rightmost) digits are '1' in base 3
!(
(x / 1) % 3 == 1
&& (y / 1) % 3 == 1
)
&&
//Not both the second digits are '1' in base 3
!(
(x / 3) % 3 == 1
&& (y / 3) % 3 == 1
)
&&
//Not both the third digits are '1' in base 3
!(
(x / 9) % 3 == 1
&& (y / 9) % 3 == 1
)
&&
//Not both the fourth digits are '1' in base 3
!(
(x / 27) % 3 == 1
&& (y / 27) % 3 == 1
)
&&
//Not both the fifth digits are '1' in base 3
!(
(x / 81) % 3 == 1
&& (y / 81) % 3 == 1
)
)
pset(x, y, RGB_White);
}
redraw();
sleep();
return(0);
}
|


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