14 August 2001
Disease Outbreak Reported
Detected through its early warning surveillance system, the Government of Orissa has reported 34 111 cases of diarrhoea including 33 deaths, in 24 districts in Orissa State since 7 July 2001, related to the floods that occurred at that time. Orissa has a population of 37 million people, of which 8 million were affected by the floods.
Among the cases of severe acute diarrhoea in a cluster of 121 samples (taken from 5 districts) positive for Vibrio cholerae, 46 % were positive for serogroup O139. This proportion of O139 is high compared to the rates found in neighbouring Bangladesh, where there were 24 % positive isolates for O139 in non-coastal areas and 7.2 %in coastal areas in 2000.
WHO is assisting the national health authorities in continuing surveillance.


{% extends "base.html" %} {% load i18n %} {% load crispy_forms_tags %} {% block head_title %}Profile form for {{ profile.user.username }}{% endblock %} {% block extra_head %} {% endblock %} {% block body %} {#
#} {# You don't have sufficient permissions to {{ action }}. It can be granted to you, by any user which already have it. To make decision easier, please fill as many fields in your profile as possible.#} {#
#} {# {% crispy form %}#}#} {# Your profile was partially filled in by contributors of SteemProjects.#} {#
#} {% for name, association in associations.items %} {% if association %} {% if association.confirmed %}{{ membership.role }} at {{ membership.project }} - or
{% endfor %}


FARMIA
# LISHE BORA MAZAO BORA
we are Farmia, a group of enthusiastic young ladies natured by Akiarachix into the world of technology.
The group is made up of JOyce Njeri, Farida Abdalla and, Lauren Sambu. Together we came up with
Farmia, a
solution for small-scale famers keeping either, chicken, pigs, or, cows as a part-time or full-time job.
Farmia is an application where farmers
can gain access to valid informatin on the type of feeds to give to
their animals.
we believe by giving such information to this farmers, will place them in
a level playing field as thier counterparts who farm in large scale.
Ths will in the long run increase their levels of income therefore improving thier starndads of living all together
Lorem ipsum dolor sit amet consectetur,
adipisicing elit. Laboriosam amet velit
ducimus dolorem nemo distinctio dicta. Cupiditate
iste Lorem ipsum dolor
sit amet consectetur adipisicing elit. Culpa nobis similique modi voluptatem nesciunt veniam beatae
obcaecati, minima eos, quaerat reprehenderit!
Laudantium commodi corporis sed illo, quasi aliquid minus. laboriosam illo ab
exercitationem. Cumque esse
ex doloribus molestias accusamus perferendis ad.
ex doloribus molestias accusamus perferendis ad.
sit amet
consectetur adipisicing elit. Culpa nobis similique modi voluptatem nesciunt veniam beatae
aut obcaecati, minima eos,
quaerat reprehenderit!
Laudantium commodi corporis sed illo, quasi aliquid minus. laboriosam illo ab
exercitationem. Cumque esse
ex doloribus molestias accusamus perferendis ad.
Relevant information on the go whereever you are.
How formulate the feeds that suit your animals according to their age.
ingridients you can use to make home made feeds


{{ define "main" }}
{{ range (where .Pages "Section" "episodes").GroupByParam "season" }}
{{ range .Pages -}}
{{ .Render "short" }}
{{- else -}}
No episodes published for this Season
{{- end }}
{{- else -}}
No episodes published yet, coming soon!
{{ end }}
{{ end }}


Education
I studied second and third semester,I´m studing fourth of informatic engineering.
I studied second and third semester,I´m studing fourth of informatic engineering.
Habilties:
*Reading comprehension
*Work in team
*Organization
Software you know and percent proficient:
*QT:
*Code::Blocks
*Sublime Text:35%
Languages:
Spanish
English
Work experience: Assistant.
Experience in projects: I did my own web page.
Professional Interests: I´m interesting in the IoT and artificial intelligence.


Settings
-
Wi-Fi
-
Brightness & Wallpaper
-
Picture Frame
-
General
-
Mail, Contacts, Calendars
-
Safari
-
iPod
-
Video
-
Photos
-
Store
-
Apps
-
News
-
Weather
-
Books
-
Business
-
Navigation
-
Sports
-
Social
-
Music
General
-
Network
-
Bluetooth
-
Location Services
-
Auto-Lock
-
Passcode Lock
-
Restrictions
-
Home
-
Date & Time
-
Keyboard
-
International
-
Accessibility
About
Generic Mobile Device
-
Network
-
Line
-
Songs
-
Videos
-
Photos
-
Applications
-
Capacity
-
Available
-
Version


#include <DataStream.h>
Public Member Functions | |
| DataStream (Endian stream) | |
| DataStream (const char *buffer, size_t length, Endian stream) | |
| ~DataStream () | |
| const char & | operator[] (unsigned int offset) const |
| void | SetStream (const char *buffer, size_t length, Endian order) |
| take ownership of the data buffer. | |
| DataStream & | operator<< (bool c) |
| DataStream & | operator<< (char c) |
| DataStream & | operator<< (unsigned char c) |
| DataStream & | operator<< (float c) |
| DataStream & | operator<< (double c) |
| DataStream & | operator<< (int c) |
| DataStream & | operator<< (unsigned int c) |
| DataStream & | operator<< (long c) |
| DataStream & | operator<< (unsigned long c) |
| DataStream & | operator<< (unsigned short c) |
| DataStream & | operator<< (short c) |
| DataStream & | operator>> (bool &c) |
| DataStream & | operator>> (char &c) |
| DataStream & | operator>> (unsigned char &c) |
| DataStream & | operator>> (float &c) |
| DataStream & | operator>> (double &c) |
| DataStream & | operator>> (int &c) |
| DataStream & | operator>> (unsigned int &c) |
| DataStream & | operator>> (long &c) |
| DataStream & | operator>> (unsigned long &c) |
| DataStream & | operator>> (unsigned short &c) |
| DataStream & | operator>> (short &c) |
| Endian | GetStreamEndian () const |
| Endian | GetMachineEndian () const |
| size_t | GetWritePos () const |
| size_t | GetReadPos () const |
| size_t | size () const |
| void | clear () |
| bool | empty () const |
| DataStream::DataStream | ( | Endian | stream | ) |
Setup the internal buffer's Endian type.
| stream | the Endian type to use for the internal buffer, which will be used for network socket writes. |
| DataStream::DataStream | ( | const char * | buffer, | |
| size_t | length, | |||
| Endian | stream | |||
| ) |
Setup the internal buffer.
| buffer | the data to copy and manage. | |
| length | the number of bytes in the buffer. | |
| stream | the Endian type to use for the internal buffer, |
| DataStream::~DataStream | ( | ) |
| void DataStream::clear | ( | ) |
| bool DataStream::empty | ( | ) | const |
| Endian DataStream::GetMachineEndian | ( | ) | const |
| size_t DataStream::GetReadPos | ( | ) | const |
| Endian DataStream::GetStreamEndian | ( | ) | const |
| size_t DataStream::GetWritePos | ( | ) | const |
| DataStream & DataStream::operator<< | ( | short | c | ) |
| DataStream & DataStream::operator<< | ( | unsigned short | c | ) |
| DataStream & DataStream::operator<< | ( | unsigned long | c | ) |
| DataStream & DataStream::operator<< | ( | long | c | ) |
| DataStream & DataStream::operator<< | ( | unsigned int | c | ) |
| DataStream & DataStream::operator<< | ( | int | c | ) |
| DataStream & DataStream::operator<< | ( | double | c | ) |
| DataStream & DataStream::operator<< | ( | float | c | ) |
| DataStream & DataStream::operator<< | ( | unsigned char | c | ) |
| DataStream & DataStream::operator<< | ( | char | c | ) |
| DataStream& DIS::DataStream::operator<< | ( | bool | c | ) |
| DataStream & DataStream::operator>> | ( | short & | c | ) |
| DataStream & DataStream::operator>> | ( | unsigned short & | c | ) |
| DataStream & DataStream::operator>> | ( | unsigned long & | c | ) |
| DataStream & DataStream::operator>> | ( | long & | c | ) |
| DataStream & DataStream::operator>> | ( | unsigned int & | c | ) |
| DataStream & DataStream::operator>> | ( | int & | c | ) |
| DataStream & DataStream::operator>> | ( | double & | c | ) |
| DataStream & DataStream::operator>> | ( | float & | c | ) |
| DataStream & DataStream::operator>> | ( | unsigned char & | c | ) |
| DataStream & DataStream::operator>> | ( | char & | c | ) |
| DataStream& DIS::DataStream::operator>> | ( | bool & | c | ) |
| const char & DataStream::operator[] | ( | unsigned int | offset | ) | const |
a method for reading the stored buffer data.
| offset | the index distance with respect to the current read point. |
| void DataStream::SetStream | ( | const char * | buffer, | |
| size_t | length, | |||
| Endian | order | |||
| ) |
take ownership of the data buffer.
| size_t DataStream::size | ( | ) | const |


Put in an awkward position
January 14, 2016
I have been coding for: 3 weeks
Starting off this week's post with a semi-offensive CSS pun:
Learning how to style things on a page with CSS for the first time was tough. I felt like I was drowning at times (see above). I spoke with a few DBC grads about learning CSS and they responded with a resounding "UGH, I'm horrible at CSS." This was a little demoralizing, but I decided to push through and frustrate myself until I learned a few of the nuances. One of my most valiant efforts was trying to figure out positioning. The position property determines how and where something is positioned on the page.
I learned there are four types of positioning: static, fixed, relative, and absolute. I started to differentiate these by figuring out which positions respond to changing the top, bottom, left, or right properties. Static does not respond, but the other three do. Static is the default. A static position is just where something is positioned naturally, or what the browser displays according to the HTML code. Relative differs from static in that you can adjust it with those top, bottom, left, and right properties. All of these adjustments move the item relative to its natural, or static, placement.
Absolute and fixed get trickier. Both of these are positions that are relative to other things on the page. Absolute relies on the closest non-static parent element. If there's no positioned parent, the item will just move relative to the entire document (just like normal relative positioning!). So, if you set a value for how much this will move to the left, it will move that far to the left relative to its parent element. Things that are absolutely positioned will still scroll with the page. Finally, fixed position is something set in a specific place relative to the browser window, called the viewport. When a user scrolls up and down on their broswer, this thing will not budge. Think of the search/menu bars at the top of the Facebook and Twitter websites: when you scroll, these bars remain in place at the top of the screen.
Wordy explanations like the ones above just simply won't make sense until you try it out for yourself. Experiment using DevTools to see how adjustments to an item's position affect it's placement. I promise you'll catch a glimmer of clarity on these concepts as you pop items in, out, and around your page!


| Week | Topic | Summary | Homework | Reading |
|---|---|---|---|---|
| 1 | Hi week 1 lets make this longer to test | Heres an example of what we talked about today, lets just make this a long sentence so we can get a grasp of how the table will work
|
Homework 1, Lets make this a little longer so we can show what it looks like with more text
|
Reading list 1, Lets make this a little longer so we can show what it looks like with more text
|
| 2 | Hi week 2 | Heres an example of what we talked about today, lets just make this a long sentence so we can get a grasp of how the table will wor | Homework 2 | reading list 2 |
| 3 | Hi week 3 | Heres an example of what we talked about today, lets just make this a long sentence so we can get a grasp of how the table will wor | Homework 3 | reading list 3 |
| 4 |
We analyzed the hardware design for our parallel bubble sort, and here were some of those numbers.
|
|
Next time: We will be looking into the question, can you compile a program into a design like this
|
|
| 5 |
|
Heres an example of what we talked about today, lets just make this a long sentence so we can get a grasp of how the table will work |
Consider the equation below that describes the triangular computation of the bubble sort: X[i,j] = max(X[i-1, j], Y[i,j-1]) Y[i,j] = max(X[i-1, j], Y[i,j-1]) There are the usual special boundary conditions: at j=0, the bottom input is taken from the input array a_i, and on the diagonal boundary (i.e., where i=j+1) the “left” input is actually the Y value from the “southwest” point. The output of the whole computation is the X output of the rightmost column, plus the Y output of the top vertex [n-1,n-2]. Draw out the graph of this computation and then answer the following questions:
|
reading list 5 |
| 6 | Task 1: Kat Moore<EMAIL_ADDRESS>90 mins: [Hands On] With a partner of your choice, install the roofline toolkit, and gather the parameters and roofline plot for (i) one of the department machines in CSB 325 (named after fish, see http://www.cs.colostate.edu/~ |
We will talk about our project here
Kat Moore
Drew Boston
Luke Burford
Sean Thunquest
Susanna Kyler
Alexander Undy
Jess Cobb
Logan Relph
Shihao Huang
Thomas Sciano
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Vero odio fugiat voluptatem dolor, provident officiis, id iusto! Obcaecati incidunt, qui nihil beatae magnam et repudiandae ipsa exercitationem, in, quo totam.
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Vero odio fugiat voluptatem dolor, provident officiis, id iusto! Obcaecati incidunt, qui nihil beatae magnam et repudiandae ipsa exercitationem, in, quo totam.


Preparation time
less than 30 mins
Cooking time
over 2 hours
Serves
Makes 1 cake
Dietary
This cake takes time and concentration, but is well worth the effort!
Preheat the oven to 190C/375F/Gas 5. Grease and line a 20cm/8in square cake tin.
Beat together the butter and sugar in a bowl until light and fluffy. Beat in the eggs, a little at a time, until well combined. (If the mixture looks like it is curdling add a spoonful of the flour.) Fold in the flour. Gradually add a few drops of blue food colouring (don’t add too much or the cake will look green.)
Spoon the cake batter into the cake tin and level using the back of a spoon. Bake for 35-40 minutes, or until golden-brown and a skewer inserted into the middle comes out clean.
Remove the cake from the oven, set aside to cool for five minutes, then turn out and cool, upside down, on a wire rack.
For the buttercream filling, beat the butter in a bowl until soft and smooth, slowly beat in the icing sugar. Continue to beat until fluffy.
To assemble the cake, slice the cake in half lengthways, place one sponge half on top of the other and trim off the edges, ensuring that both cakes are the same size.
Cut the cakes in half again lengthways to make four long rectangles.
Slice each rectangle diagonally along the length to make two triangular cakes
Spread each cut side of the triangle with buttercream and jam and sandwich together with the other triangle to make four rectangular sections. Wrap each rectangular section in clingfilm and chill for at least an hour.
Stack the rectangular sections into a square, so that the cross-section resembles a Union Jack (use an image of the Union Jack as a guide).
Assemble the bottom half of the cake first by spreading each of the long inside edges with buttercream and jam and sandwiching together. Repeat with the top layer and chill both cakes for one hour.
Finally, sandwich the two cakes together by spreading the top of the bottom layer and the bottom of the top layer with buttercream icing. Spread the bottom layer with jam and sandwich together. Chill the cake for one hour.

Warm a little strawberry jam and use this to brush the outside of the chilled cake.
Turn the cake upside down on the marzipan and brush the underside of the sponges with the jam.
Wrap the marzipan around the cake, pressing it gently onto the surface of the sponges, and press the edges together to make a firm join.
Turn back over with the seam underneath, trim a thin slice off each end and place on a serving plate. Take a slice from each end of the cake to neaten the edge and it should reveal a cake version of the Union Jack.


DITA Open Toolkit 3.2.2 Release Notes
DITA Open Toolkit 3.2.2 is a maintenance release that fixes issues reported in DITA-OT 3.2, which includes new command-line options, support for RELAX NG parsing and validation, preliminary processing for the XDITA authoring format proposed for Lightweight DITA, and a plug-in registry that makes it easier to discover and install new plug-ins.
DITA-OT releases follow
Semantic Versioning 2.0.0 guidelines. Version numbers use the
major.minor.patch
syntax, where
major versions may include incompatible API changes, minor versions add
functionality in a backwards-compatible manner and patch versions are maintenance releases
that include backwards-compatible bug fixes.
Requirements
- You can download the Oracle JRE or JDK from oracle.com/technetwork/java.
- OpenJDK is an open-source implementation of Java available from adoptopenjdk.net.
- Amazon Corretto is an OpenJDK distribution with no-cost long-term support from aws.amazon.com/corretto.
DITA-OT 3.2.2
DITA Open Toolkit 3.2.2 is a maintenance release that includes a single change. The dita command now uses a secure connection to the plug-in registry when installing new plug-ins.
registry
key in the
config/configuration.properties file to switch the URI schema to
https://
, so the entry reads https://plugins.dita-ot.org/
.DITA-OT 3.2.1 released December 6, 2018
DITA Open Toolkit 3.2.1 is a maintenance release that includes the following bug fixes.
- In earlier releases, the base directory resolution treated input files as local resources. Input file handling has been extended to support non-local (HTTP and HTTPS) input URIs. #3140
- The parsing mechanism for Semantic Versioning 2.0.0 was extended to support pre-release versions and build metadata in plug-in repository version information. #3148
- In earlier releases, branch filtering using
<ditavalref>
elements failed when the map included references outside the scope of the map directory. This has been fixed and filtered topics are handled as expected. #3155 - To make XSLT import and include elements consistent, remaining relative URIs in the default
plug-ins were rewritten to use the absolute
plugin
URI scheme. This allows Saxon to detect duplicate imports more easily and makes it easier to copy import and include elements to other stylesheets. #3156, #3159, #3163 - The plugin registry UI at dita-ot.org/plugins was not working on certain older Windows browsers that do not support all of the necessary Javascript features. Polyfills were added to allow these browsers to correctly display the list of available plug-ins. #112, #113, #114
For additional information on the issues resolved since the previous release, see the 3.2 milestone and changelog on GitHub.
DITA-OT 3.2 released November 3, 2018
DITA Open Toolkit Release 3.2 includes new command-line options, support for RELAX NG parsing and validation, preliminary processing for the XDITA authoring format proposed for Lightweight DITA, and a plug-in registry that makes it easier to discover and install new plug-ins.
Feature Highlights
DITA Open Toolkit Release 3.2 includes the following new features:
-
The dita command has been extended with several new arguments and options to improve the usability of the plug-in installation and removal processes.
- The --plugins argument shows a list of the currently installed plug-ins
- The --transtypes argument shows the available output formats (transformation types)
- The --force option can be passed to dita --install to overwrite an existing plug-in with a new version.
When the plug-in integration process runs, the console now shows a list of plug-ins that were added or removed. #1960, #3037, #3070, #3120, #3109, #3110
-
RELAX NG schemas can now be used to parse and validate DITA topics and maps without installing additional plug-ins. #2019, #3106
To use a RELAX NG schema instead of a DTD or schema, add an
<?xml-model?>
processing instruction at the beginning of the file, immediately after the XML prolog, for example:<?xml-model href="urn:oasis:names:tc:dita:rng:topic.rng" schematypens="http://relaxng.org/ns/structure/1.0"?>
-
DITA-OT 3.2 adds preliminary processing for the XDITA authoring format proposed for Lightweight DITA in addition to the preview support for the MDITA and HDITA authoring formats provided in DITA-OT 3.0.
The
org.oasis-open.xdita
plug-in version 0.2.2 is now bundled with the default distribution. XDITA is a subset of DITA designed for users who want to write DITA content but who do not want (or need) the full power of DITA. #3108 #3136Tip: For examples of cross-format content sharing between topics in XDITA, HDITA, extended-profile MDITA, and DITA 1.3, see the LwDITA sample files in the DITA-OT installation directory under plugins/org.oasis-open.xdita.v0_2_2/samples. -
DITA-OT 3.2 supports a new plug-in registry that makes it easier to discover and install new plug-ins. The registry provides a searchable list of plug-ins at dita-ot.org/plugins.
For more information, see Adding plug-ins via the registry. #3028, #3101
-
A new parameter link-crawl has been added to control whether links within topics are followed.
By default, links within topics are followed, as are links in any found topics, so that a map with one topic can end up processing any number of topics. When link-crawl is set to
map
instead of the defaulttopic
, DITA-OT will only process topics that are actually referenced in the map. #3102
Enhancements and changes
DITA Open Toolkit Release 3.2 includes the following enhancements and changes to existing features:
- Text-only entries in relationship tables (with link text but no
@href
attribute) now create plain text entries in the related links section of relevant topics. This update also removes an unnecessary error message for<link>
or<xref>
elements that do not specify@href
. #1132, #3030 - XSL-FO output for for

and<example>
elements has been updated for consistency, ensuring that all default sections use the same blocks and attribute sets. #1248, #3057 - In earlier versions, PDF builds would finish with BUILD SUCCESSFUL even when the XSL-FO process failed. This behavior has been adjusted so the build fails if the XSL-FO processor cannot create the PDF file. #1414, #1831, #3137
- In earlier releases, when XHTML and HTML5 processing encountered an unknown element with no fallback processing, the result appeared in yellow. These output processes have been updated to generate a warning for this case, and to remove the yellow formatting. #2033, #3035
- The default TOC alignment of "justify" has been removed for PDF output with FOP. This was originally added to work around a defect in FOP; that defect is resolved, so the workaround can be removed. #2403, #3036
- When a grammar file (DTD, Schema, or RNG) cannot be found, DITA-OT previously issued a "file cannot be loaded" exception that only referred to the map or topic. A new message has been added to distinguish between topics that cannot be found and grammar files that are not available or not installed properly. #2461, #3124
- Most values for the
@chunk
attribute have no meaning for PDF processing, which always produces a single output file. Beginning with this release, chunk processing will be disabled by default in PDF. It can be re-enabled for@chunk
attribute edge cases by settingorg.dita.pdf2.chunk.enabled=true
. #2479, #3118 - The quote element
<q>
now generates an equivalent XHTML and HTML5<q>
element, rather than generating quote characters. This improves accessibility of the XHTML and HTML5 output, and defers any internationalization concerns to settings within the browser. #2481, #3032 - In PDF output, the long quote element
<lq>
is now indented by default, as with other output formats. #3009, #3031 - The previously deprecated
dost.jar.path
alias has been removed, and thedost.class.path
property to which it referred has been deprecated, as the classpath is now defined outside the Ant process. #3011 - HTML5 CSS configuration has been refactored to improve test coverage and simplify property declarations. #3020
- Legacy arguments for the old Java command-line interface that were deprecated in DITA-OT 2.3 have now been removed. #3025
- PDF output now provides generic hazard statement styling based on the ISO 3864 and ANSI Z535 standards, with an SVG icon and XSL variables for the corresponding ISO and ANSI color definitions. #3039
- The XSL import tree for PDF output has been flattened by moving topic-attr.xsl and concept-attr.xsl imports to the topic2fo.xsl shell. In earlier versions, overriding these files required additional modifications to commons-attr.xsl, from which they were imported. #3050
- In all earlier releases, links to topics or other elements with titles would automatically retrieve the title for use as link text, but links to the title would not. With the growing use of WYSIWYG editors, it is easy to set (and link to) IDs directly on titles rather than on the container. Accordingly, output transforms have been updated to pull the same link text when a reference points to a title as for a reference to a container. The same update is made for links to definition list terms and the containing definition list entries. #3056
- An alternative installation method can now be used to install DITA-OT on macOS via the Homebrew package manager. See Installing on macOS via Homebrew for details. #3059
- The
topicpull
step of DITA-OT preprocessing is used primarily to update link text. This step previously ran on all located topics in the build, but this processing was not useful forresource-only
topics that are not published. Accordingly, thetopicpull
step has been updated to only run on normal-role topics. #3079 - In earlier releases,
@conref
resolution would fail with an error when the referring document had a constraint that was not also specified on the target document (as when referencing DITA content from an XDITA topic, for example). Based on the DITA specification, this is an error condition but should only fail when the constraint is defined as "strict". Accordingly, the@conref
processor has been updated to allow resolution of@conref
with an error for ordinary constraints. #3084, #3097 - ARIA role attributes have been extracted from structural HTML5 elements into attribute sets to make it easier to override roles or add custom class attributes as required by popular web frameworks. #3090
- PDF output has been updated so that if change bars are used for revisions and an entire topic is revised, the change bar will also appear alongside the title in the table of contents and the full topic. Previously the bar only appeared alongside the topic body. #3100, #3111
- Unnecessary dependencies for common Java libraries have been removed. #3107
- The command-line help for the dita command has been updated to clarify the list of arguments and options. #3114
- A single NOTICES file is now generated with the license information for all third-party libraries included in the distribution package. #3121
Bugs
DITA Open Toolkit Release 3.2 provides fixes for the following bugs:
- When a
<shortdesc>
element is nested in<abstract>
along with other elements and PDF output is generated with the default chapter layout, earlier versions of DITA-OT indented the short description further than its siblings. Processing has been updated to ensure that the correct indentation from the parent is applied for both BASIC and MINITOC layouts. #3063, #3116 - In earlier releases, footnotes defined inside elements with extra styling (such as bold, italic, or centered text) erroneously applied the anchor style to the footnote body in PDF output. These footnotes are now rendered with the same formatting as other footnotes. #3091
- In PDF output generated with earlier releases,

elements were rendered with nothing more than a new line. This has been corrected to render logical division elements like other blocks, separated by a bit of space from the previous block (and pick up any standard overrides from thecommon.block
attribute set). #3115 - Default formatting for
<xmlpi>
elements has been added to all output types (including HTML-based formats, PDF, and troff) to ensure that XML processing instructions are wrapped in question marks and angle brackets. A processing instruction tagged as<xmlpi>test this</xmlpi>
is now rendered in the output as<?test this?>
. #3117 - In earlier releases, the conref push module did not properly handle namespaced debugging attributes. (It wrote out the attribute but removed the namespace declaration.) The namespaces are now preserved. #3119
- When the same document appeared more than once in a map, cascading metadata was added for every
instance of that document. For maps that reference individual topics in a large document (such as a document
with 500 small topics), this resulted in OutOfMemory errors from the
move-meta
preprocessing step. This has been fixed so metadata is handled properly for each reference to a document. #3127 - In earlier releases, input documents that included tables with the
@frame
attribute set to"none"
generated invalid HTML5 markup (border="0"
). Processing has been corrected to ensure that the@border
attribute is omitted for tables that have no border. #3128, #3139
Contributors
DITA Open Toolkit Release 3.2 includes code contributions by the following people:
- Jarno Elovirta
- Robert D Anderson
- Roger Sheen
- Stefan Gentz
- Radu Coravu
- Lief Erickson
- Stefan Eike
- Alexey Mironov
- Eero Helenius
- Sean Molenaar
For the complete list of changes since the previous release, see the changelog on GitHub.
Documentation updates
The documentation for DITA Open Toolkit Release 3.2 provides corrections and improvements to existing topics, along with new information in the following topics:
- Installing on macOS via Homebrew
- Preview support for Lightweight DITA
- Adding plug-ins via the registry
- Plug-in coding conventions
- Plug-in descriptor file
- Books
- Bundling CSS in a custom HTML plug-in
- Inserting JavaScript in generated HTML
- Embedding web fonts in HTML output
For additional information on documentation issues resolved in DITA Open Toolkit Release 3.2, see the 3.2 milestone in the documentation repository.
DITA Open Toolkit Release 3.2 includes documentation contributions by the following people:
- Roger Sheen
- Robert D Anderson
- Mark Giffin
- Jarno Elovirta
For the complete list of documentation changes since the previous release, see the changelog.


Options
Cube size
3
4
5
Cube difficulty
Easy
Medium
Hard
Cube style
Numbers
Playing cards
Pictures
Update
Help
Restart


When tragedy is about to strike, Satoru Fujinuma finds himself sent back several minutes before the accident occurs. The detached, 29-year-old manga artist has taken advantage of this powerful yet mysterious phenomenon, which he calls "Revival," to save many lives. However, when he is wrongfully accused of murdering someone close to him, Satoru is sent back to the past once again, but this time to 1988, 18 years in the past. Soon, he realizes that the murder may be connected to the abduction and killing of one of his classmates, the solitary and mysterious Kayo Hinazuki, that took place when he was a child. This is his chance to make things right. Boku dake ga Inai Machi follows Satoru in his mission to uncover what truly transpired 18 years ago and prevent the death of his classmate while protecting those he cares about in the present.
Go back HomeSatoru Fujinuma is a struggling manga author with a supernatural power that enables, or rather, forces him to prevent deaths and catastrophes that happen near him by sending him back in time when an accident occurs, repeating the scene until the accident is prevented.
More InfoKayo Hinazuki is a ten-year-old girl and the first victim of the serial killer/kidnapper. She went missing on the 2nd of March 1988. Her body was found a few days later once the snow had thawed.
More Info


Wallet
public class Wallet
A Model Class that represents a Wallet.
Used to represent a Crypto Wallet.
- privateKey : The private key for this wallet.
- address: The wallet address.
- network: The blockchain network name, ie: ETH, AION.
- netID: The netid of the Blockchain.
-
Undocumented
Declaration
Swift
public let address: String
-
Undocumented
Declaration
Swift
public let privateKey: String
-
Undocumented
Declaration
Swift
public let network: String
-
Undocumented
Declaration
Swift
public let netID: String
-
Encrypt and Store a Wallet locally
passphrase: The passphrase for this wallet.
Declaration
Swift
public func save(passphrase: String) throws -> Bool
Return Value
true if the
Wallet
was saved -
Delete a Wallet previously encrypted
passphrase: The passphrase for this wallet.
Throws
PocketError.walletPersistence
if there was an error storing the WalletDeclaration
Swift
public func delete() throws -> Bool
Return Value
true if the
Wallet
was deleted -
Undocumented
Declaration
Swift
public func isSaved() -> Bool
-
Undocumented
Declaration
Swift
public func equalsTo(wallet: Wallet) -> Bool
-
Undocumented
Declaration
Swift
public class func getWalletsRecordKeys() -> [String]
-
Decrypts a Wallet
- address: The wallet address.
- network: The blockchain network name, ie: ETH, AION.
- netID: The netid of the Blockchain.
passphrase: The passphrase for this wallet.
Throws
PocketError.walletPersistence
ifWallet
cannot be decryptedSee also
Wallet
Declaration
Swift
public class func retrieveWallet(network: String, netID: String, address: String, passphrase: String) throws -> Wallet
Return Value
a
Wallet
-
Undocumented
Declaration
Swift
public class func isSaved(network: String, netID: String, address: String) -> Bool
-
Retrieves all record keys for this Wallet.
Declaration
Swift
public func recordKey() -> String
Return Value
a valid record key


J. Random
`Prev <../J.html>`__
J
`Next `__
--------------
**J. Random**: /J rand´m/, n.
[common; generalized from `*J. Random
Hacker* `__] Arbitrary; ordinary; any one; any
old. ‘J. Random’ is often prefixed to a noun to make a name out of it.
It means roughly some particular or any specific one.  The most common uses are ‘J. Random
Hacker’, ‘J. Random Loser’, and ‘J. Random Nerd’ (“Should J. Random
Loser be allowed to kill other peoples' processes?”), but it can be used
simply as an elaborate version of `*random* <../R/random.html>`__ in any
sense.
--------------
+-------------------------+----------------------------+-------------------------------------+
| `Prev <../J.html>`__ | `Up <../J.html>`__ | `Next `__ |
+-------------------------+----------------------------+-------------------------------------+
| J | `Home <../index.html>`__ | J. Random Hacker |
+-------------------------+----------------------------+-------------------------------------+


| relig_income {tidyr} | R Documentation |
Pew religion and income survey
relig_income
A dataset with variables:
Name of religion
<$10k
-Don\'t know/refused
Number of respondees with income range in column name
Downloaded from https://www.pewforum.org/religious-landscape-study/ (downloaded November 2009)


{% block relations %}
{{ block.super }}
Relations
-
{% for related in related_objects %}
- {{ related.plural_name|capfirst }} {% endfor %} {% endblock relations %}


module Larimar
Overview
Larimar is a property file reader
since version 0.1.0 author : Mead
Defined in:
larimar/version.crlarimar/exception.cr
larimar/properties.cr
larimar.cr
Constant Summary
-
VERSION =
"0.1.1"
Larimar is a property file reader
since version 0.1.0 author : Mead
"0.1.1"


{% load i18n %} {% load bootstrap3 %} {% load comments %} {% get_comment_count for gloss as comment_count %}
Please log in to leave a comment.


DeVos Defeats Lawsuit Over Campus Sex Assault Policies
by NICHOLAS IOVINOSAN FRANCISCO (CN) – A federal judge on Friday struck down a lawsuit challenging Education Secretary Betsy DeVos’ revised guidelines for handling on campus sexual assault, which opponents say weaken protections for victims.
U.S. Magistrate Judge Jacqueline Scott Corley found DeVos’ 2017 guidance carries no legal ramifications for schools and therefore cannot be challenged in court.
“Defendants provide evidence that the 2017 guidance is not final agency action because it does not produce legal consequences, and plaintiffs fail to rebut defendants’ evidence,” Corley wrote in her 25-page ruling.
In September 2017, DeVos rescinded two Obama-era sexual assault policies because they “lacked basic elements of due process and failed to ensure fundamental fairness.” At the time, DeVos said the prior guidelines failed to give male students accused of sexual assault the proper presumption of innocence, which violated their due process rights.
In January 2018, three victims’ rights groups led by SurvJustice sued in federal court on claims the DeVos policy disproportionately burdened females and was motivated by sexist stereotypes that women frequently lie about sexual assault and harassment.
The groups also accused DeVos and her employees of bad faith, saying they met with advocates for men when crafting the policy while giving short shrift to victims and their advocates.
A former official at the Education Department’s Office of Civil Rights (OCR) signed a sworn declaration stating the Education Department could not bring enforcement actions against schools or deny funding based on their compliance with the 2017 guidance.
The plaintiffs disagreed, noting several schools had already changed their policies to align with the 2017 guidance. They also cited four letters the OCR penned to colleges from 2011 to 2014 alleging violations of the prior sexual assault guidance.
However, Corley found those documents involved “OCR’s compliance review and informal resolution process, not an administrative enforcement action.”
Because the Education Department cannot withhold funds or punish schools for violating the guidance, it is not considered a final agency action that can be challenged under the Administrative Procedure Act, Corley concluded.
For those reasons she denied the plaintiffs’ motion for summary judgment and issued final judgment in favor of the Education Department.
Plaintiffs included SurvJustice, Equal Rights Advocates and Victim Rights Law Center.
Jennifer Reisch, an attorney with Equal Rights Advocates in San Francisco, said although she and her clients are disappointed with the ruling, they are pleased the judge found groups representing victims such as her clients have standing to sue over policies that affect sexual assault victims.
Reisch added the decision also preserves her clients’ rights to bring future litigation over related policies.
“By dismissing the case on finality grounds, rather than reaching the merits of plaintiffs’ claims, the court leaves the door open to mount such a challenge in the future, when this administration issues its final rule on Title IX and sexual assault,” Reisch said.
The U.S. Education Department did not immediately respond to an email request for comment.
Copyright © 2019 courthousenews.com


The world is in danger. A secret government known as the cabal is plotting to take over the nation and infringe upon the your civil liberties and those of all Americans. They plan to kill democracy and turn the US into a complete aristocracy. You must join Barta now, to take action against the faction.
Please Note: First Name, Last Name, Password, and Email are required


Uses of Class
com.opengamma.strata.basics.schedule.Frequency
-
Packages that use Frequency Package Description com.opengamma.strata.basics.date Tools for working with dates.com.opengamma.strata.basics.index Entity objects describing common market indices, such as LIBOR and FED FUND.com.opengamma.strata.basics.schedule Basic financial tools for working with date-based schedules.com.opengamma.strata.basics.value Basic financial tools for working with values.com.opengamma.strata.loader Tools for loading data from files.com.opengamma.strata.loader.fpml Loader that can convert files to financial instruments.com.opengamma.strata.market.curve Definitions of curves.com.opengamma.strata.product.bond Entity objects describing bonds.com.opengamma.strata.product.credit Entity objects describing Credit Default Swap (CDS) and CDS index.com.opengamma.strata.product.credit.type Conventions and templates to aid the construction of credit instruments.com.opengamma.strata.product.swap Entity objects describing a swap.com.opengamma.strata.product.swap.type Conventions and templates to aid the construction of rate swaps.com.opengamma.strata.product.swaption Entity objects describing options on swaps, known as swaptions. -
-
Uses of Frequency in com.opengamma.strata.basics.date
Methods in com.opengamma.strata.basics.date that return Frequency Modifier and Type Method Description default Frequency
DayCount.ScheduleInfo. getFrequency()
Gets the periodic frequency of the schedule period. -
Uses of Frequency in com.opengamma.strata.basics.index
Methods in com.opengamma.strata.basics.index that return Frequency Modifier and Type Method Description Frequency
ImmutablePriceIndex. getPublicationFrequency()
Gets the publication frequency of the index.Frequency
PriceIndex. getPublicationFrequency()
Gets the frequency that the index is published.Methods in com.opengamma.strata.basics.index that return types with arguments of type Frequency Modifier and Type Method Description org.joda.beans.MetaProperty<Frequency>
ImmutablePriceIndex.Meta. publicationFrequency()
The meta-property for thepublicationFrequency
property.Methods in com.opengamma.strata.basics.index with parameters of type Frequency Modifier and Type Method Description ImmutablePriceIndex.Builder
ImmutablePriceIndex.Builder. publicationFrequency(Frequency publicationFrequency)
Sets the publication frequency of the index. -
Uses of Frequency in com.opengamma.strata.basics.schedule
Fields in com.opengamma.strata.basics.schedule declared as Frequency Modifier and Type Field Description static Frequency
Frequency. P12M
A periodic frequency of 12 months (1 year).static Frequency
Frequency. P13W
A periodic frequency of 13 weeks (91 days).static Frequency
Frequency. P1D
A periodic frequency of one day.static Frequency
Frequency. P1M
A periodic frequency of 1 month.static Frequency
Frequency. P1W
A periodic frequency of 1 week (7 days).static Frequency
Frequency. P26W
A periodic frequency of 26 weeks (182 days).static Frequency
Frequency. P2M
A periodic frequency of 2 months.static Frequency
Frequency. P2W
A periodic frequency of 2 weeks (14 days).static Frequency
Frequency. P3M
A periodic frequency of 3 months.static Frequency
Frequency. P4M
A periodic frequency of 4 months.static Frequency
Frequency. P4W
A periodic frequency of 4 weeks (28 days).static Frequency
Frequency. P52W
A periodic frequency of 52 weeks (364 days).static Frequency
Frequency. P6M
A periodic frequency of 6 months.static Frequency
Frequency. TERM
A periodic frequency matching the term.Methods in com.opengamma.strata.basics.schedule that return Frequency Modifier and Type Method Description Frequency
PeriodicSchedule. getFrequency()
Gets the regular periodic frequency to use.Frequency
Schedule. getFrequency()
Gets the periodic frequency used when building the schedule.Frequency
Frequency. normalized()
Normalizes the months and years of this tenor.static Frequency
Frequency. of(Period period)
Obtains an instance from aPeriod
.static Frequency
Frequency. ofDays(int days)
Obtains an instance backed by a period of days.static Frequency
Frequency. ofMonths(int months)
Obtains an instance backed by a period of months.static Frequency
Frequency. ofWeeks(int weeks)
Obtains an instance backed by a period of weeks.static Frequency
Frequency. ofYears(int years)
Obtains an instance backed by a period of years.static Frequency
Frequency. parse(String toParse)
Parses a formatted string representing the frequency.Methods in com.opengamma.strata.basics.schedule that return types with arguments of type Frequency Modifier and Type Method Description org.joda.beans.MetaProperty<Frequency>
PeriodicSchedule.Meta. frequency()
The meta-property for thefrequency
property.org.joda.beans.MetaProperty<Frequency>
Schedule.Meta. frequency()
The meta-property for thefrequency
property.Methods in com.opengamma.strata.basics.schedule with parameters of type Frequency Modifier and Type Method Description int
Frequency. exactDivide(Frequency other)
Exactly divides this frequency by another.PeriodicSchedule.Builder
PeriodicSchedule.Builder. frequency(Frequency frequency)
Sets the regular periodic frequency to use.Schedule.Builder
Schedule.Builder. frequency(Frequency frequency)
Sets the periodic frequency used when building the schedule.boolean
SchedulePeriod. isRegular(Frequency frequency, RollConvention rollConvention)
Checks if this period is regular according to the specified frequency and roll convention.default LocalDate
RollConvention. next(LocalDate date, Frequency periodicFrequency)
Calculates the next date in the sequence after the input date.static PeriodicSchedule
PeriodicSchedule. of(LocalDate unadjustedStartDate, LocalDate unadjustedEndDate, Frequency frequency, BusinessDayAdjustment businessDayAdjustment, StubConvention stubConvention, boolean preferEndOfMonth)
Obtains an instance based on a stub convention and end-of-month flag.static PeriodicSchedule
PeriodicSchedule. of(LocalDate unadjustedStartDate, LocalDate unadjustedEndDate, Frequency frequency, BusinessDayAdjustment businessDayAdjustment, StubConvention stubConvention, RollConvention rollConvention)
Obtains an instance based on roll and stub conventions.default LocalDate
RollConvention. previous(LocalDate date, Frequency periodicFrequency)
Calculates the previous date in the sequence after the input date.PeriodicSchedule
SchedulePeriod. subSchedule(Frequency frequency, RollConvention rollConvention, StubConvention stubConvention, BusinessDayAdjustment adjustment)
Creates a sub-schedule within this period.RollConvention
StubConvention. toRollConvention(LocalDate start, LocalDate end, Frequency frequency, boolean preferEndOfMonth)
Converts this stub convention to the appropriate roll convention. -
Uses of Frequency in com.opengamma.strata.basics.value
Methods in com.opengamma.strata.basics.value that return Frequency Modifier and Type Method Description Frequency
ValueStepSequence. getFrequency()
Gets the frequency of the sequence.Methods in com.opengamma.strata.basics.value that return types with arguments of type Frequency Modifier and Type Method Description org.joda.beans.MetaProperty<Frequency>
ValueStepSequence.Meta. frequency()
The meta-property for thefrequency
property.Methods in com.opengamma.strata.basics.value with parameters of type Frequency Modifier and Type Method Description static ValueStepSequence
ValueStepSequence. of(LocalDate firstStepDate, LocalDate lastStepDate, Frequency frequency, ValueAdjustment adjustment)
Obtains an instance from the dates, frequency and change. -
Uses of Frequency in com.opengamma.strata.loader
Methods in com.opengamma.strata.loader that return Frequency Modifier and Type Method Description static Frequency
LoaderUtils. parseFrequency(String str)
Parses a frequency from the input string.Methods in com.opengamma.strata.loader that return types with arguments of type Frequency Modifier and Type Method Description static Optional<Frequency>
LoaderUtils. tryParseFrequency(String str)
Tries to parse a frequency from the input string. -
Uses of Frequency in com.opengamma.strata.loader.fpml
Methods in com.opengamma.strata.loader.fpml that return Frequency Modifier and Type Method Description Frequency
FpmlDocument. convertFrequency(String multiplier, String unit)
Converts an FpML frequency string to aFrequency
.Frequency
FpmlDocument. parseFrequency(XmlElement baseEl)
Converts an FpML frequency to aFrequency
. -
Uses of Frequency in com.opengamma.strata.market.curve
Methods in com.opengamma.strata.market.curve that return Frequency Modifier and Type Method Description Frequency
SwapIsdaCreditCurveNode. getPaymentFrequency()
Gets the periodic frequency of payments, optional with defaulting getter.Methods in com.opengamma.strata.market.curve that return types with arguments of type Frequency Modifier and Type Method Description org.joda.beans.MetaProperty<Frequency>
SwapIsdaCreditCurveNode.Meta. paymentFrequency()
The meta-property for thepaymentFrequency
property.Methods in com.opengamma.strata.market.curve with parameters of type Frequency Modifier and Type Method Description static SwapIsdaCreditCurveNode
SwapIsdaCreditCurveNode. of(ObservableId observableId, DaysAdjustment spotDateOffset, BusinessDayAdjustment businessDayAdjustment, Tenor tenor, DayCount dayCount, Frequency paymentFrequency)
Returns a curve node for a standard fixed-Ibor swap.SwapIsdaCreditCurveNode.Builder
SwapIsdaCreditCurveNode.Builder. paymentFrequency(Frequency paymentFrequency)
Sets the periodic frequency of payments, optional with defaulting getter. -
Uses of Frequency in com.opengamma.strata.product.bond
Methods in com.opengamma.strata.product.bond that return Frequency Modifier and Type Method Description Frequency
ResolvedCapitalIndexedBond. getFrequency()
Gets the frequency of the bond payments.Frequency
ResolvedFixedCouponBond. getFrequency()
Gets the frequency of the bond payments.Methods in com.opengamma.strata.product.bond that return types with arguments of type Frequency Modifier and Type Method Description org.joda.beans.MetaProperty<Frequency>
ResolvedCapitalIndexedBond.Meta. frequency()
The meta-property for thefrequency
property.org.joda.beans.MetaProperty<Frequency>
ResolvedFixedCouponBond.Meta. frequency()
The meta-property for thefrequency
property.Methods in com.opengamma.strata.product.bond with parameters of type Frequency Modifier and Type Method Description ResolvedCapitalIndexedBond.Builder
ResolvedCapitalIndexedBond.Builder. frequency(Frequency frequency)
Sets the frequency of the bond payments.ResolvedFixedCouponBond.Builder
ResolvedFixedCouponBond.Builder. frequency(Frequency frequency)
Sets the frequency of the bond payments. -
Uses of Frequency in com.opengamma.strata.product.credit
Methods in com.opengamma.strata.product.credit with parameters of type Frequency Modifier and Type Method Description static Cds
Cds. of(BuySell buySell, StandardId legalEntityId, Currency currency, double notional, LocalDate startDate, LocalDate endDate, Frequency paymentFrequency, HolidayCalendarId calendar, double fixedRate)
Creates an instance of a standardized CDS.static CdsIndex
CdsIndex. of(BuySell buySell, StandardId cdsIndexId, List<StandardId> legalEntityIds, Currency currency, double notional, LocalDate startDate, LocalDate endDate, Frequency paymentFrequency, HolidayCalendarId calendar, double fixedRate)
Creates an instance of a standardized CDS index. -
Uses of Frequency in com.opengamma.strata.product.credit.type
Methods in com.opengamma.strata.product.credit.type that return Frequency Modifier and Type Method Description Frequency
ImmutableCdsConvention. getPaymentFrequency()
Gets the periodic frequency of payments.Methods in com.opengamma.strata.product.credit.type that return types with arguments of type Frequency Modifier and Type Method Description org.joda.beans.MetaProperty<Frequency>
ImmutableCdsConvention.Meta. paymentFrequency()
The meta-property for thepaymentFrequency
property.Methods in com.opengamma.strata.product.credit.type with parameters of type Frequency Modifier and Type Method Description static ImmutableCdsConvention
ImmutableCdsConvention. of(String name, Currency currency, DayCount dayCount, Frequency paymentFrequency, BusinessDayAdjustment businessDayAdjustment, DaysAdjustment settlementDateOffset)
Obtains a convention based on the specified parameters.ImmutableCdsConvention.Builder
ImmutableCdsConvention.Builder. paymentFrequency(Frequency paymentFrequency)
Sets the periodic frequency of payments. -
Uses of Frequency in com.opengamma.strata.product.swap
Methods in com.opengamma.strata.product.swap that return Frequency Modifier and Type Method Description Frequency
PaymentSchedule. getPaymentFrequency()
Gets the periodic frequency of payments.Frequency
ResetSchedule. getResetFrequency()
Gets the periodic frequency of reset dates.Methods in com.opengamma.strata.product.swap that return types with arguments of type Frequency Modifier and Type Method Description org.joda.beans.MetaProperty<Frequency>
PaymentSchedule.Meta. paymentFrequency()
The meta-property for thepaymentFrequency
property.org.joda.beans.MetaProperty<Frequency>
ResetSchedule.Meta. resetFrequency()
The meta-property for theresetFrequency
property.Methods in com.opengamma.strata.product.swap with parameters of type Frequency Modifier and Type Method Description PaymentSchedule.Builder
PaymentSchedule.Builder. paymentFrequency(Frequency paymentFrequency)
Sets the periodic frequency of payments.ResetSchedule.Builder
ResetSchedule.Builder. resetFrequency(Frequency resetFrequency)
Sets the periodic frequency of reset dates. -
Uses of Frequency in com.opengamma.strata.product.swap.type
Methods in com.opengamma.strata.product.swap.type that return Frequency Modifier and Type Method Description Frequency
FixedRateSwapLegConvention. getAccrualFrequency()
Gets the periodic frequency of accrual.Frequency
IborRateSwapLegConvention. getAccrualFrequency()
Gets the periodic frequency of accrual.Frequency
OvernightRateSwapLegConvention. getAccrualFrequency()
Gets the periodic frequency of accrual.Frequency
FixedRateSwapLegConvention. getPaymentFrequency()
Gets the periodic frequency of payments, providing a default result if no override specified.Frequency
IborRateSwapLegConvention. getPaymentFrequency()
Gets the periodic frequency of payments, providing a default result if no override specified.Frequency
OvernightRateSwapLegConvention. getPaymentFrequency()
Gets the periodic frequency of payments, providing a default result if no override specified.Methods in com.opengamma.strata.product.swap.type that return types with arguments of type Frequency Modifier and Type Method Description org.joda.beans.MetaProperty<Frequency>
FixedRateSwapLegConvention.Meta. accrualFrequency()
The meta-property for theaccrualFrequency
property.org.joda.beans.MetaProperty<Frequency>
IborRateSwapLegConvention.Meta. accrualFrequency()
The meta-property for theaccrualFrequency
property.org.joda.beans.MetaProperty<Frequency>
OvernightRateSwapLegConvention.Meta. accrualFrequency()
The meta-property for theaccrualFrequency
property.org.joda.beans.MetaProperty<Frequency>
FixedRateSwapLegConvention.Meta. paymentFrequency()
The meta-property for thepaymentFrequency
property.org.joda.beans.MetaProperty<Frequency>
IborRateSwapLegConvention.Meta. paymentFrequency()
The meta-property for thepaymentFrequency
property.org.joda.beans.MetaProperty<Frequency>
OvernightRateSwapLegConvention.Meta. paymentFrequency()
The meta-property for thepaymentFrequency
property.Methods in com.opengamma.strata.product.swap.type with parameters of type Frequency Modifier and Type Method Description FixedRateSwapLegConvention.Builder
FixedRateSwapLegConvention.Builder. accrualFrequency(Frequency accrualFrequency)
Sets the periodic frequency of accrual.IborRateSwapLegConvention.Builder
IborRateSwapLegConvention.Builder. accrualFrequency(Frequency accrualFrequency)
Sets the periodic frequency of accrual.OvernightRateSwapLegConvention.Builder
OvernightRateSwapLegConvention.Builder. accrualFrequency(Frequency accrualFrequency)
Sets the periodic frequency of accrual.static FixedRateSwapLegConvention
FixedRateSwapLegConvention. of(Currency currency, DayCount dayCount, Frequency accrualFrequency, BusinessDayAdjustment accrualBusinessDayAdjustment)
Obtains a convention based on the specified parameters.static OvernightRateSwapLegConvention
OvernightRateSwapLegConvention. of(OvernightIndex index, Frequency frequency, int paymentOffsetDays)
Obtains a convention based on the specified index, using the 'Compounded' accrual method.static OvernightRateSwapLegConvention
OvernightRateSwapLegConvention. of(OvernightIndex index, Frequency frequency, int paymentOffsetDays, OvernightAccrualMethod accrualMethod)
Creates a convention based on the specified index, specifying the accrual method.FixedRateSwapLegConvention.Builder
FixedRateSwapLegConvention.Builder. paymentFrequency(Frequency paymentFrequency)
Sets the periodic frequency of payments, optional with defaulting getter.IborRateSwapLegConvention.Builder
IborRateSwapLegConvention.Builder. paymentFrequency(Frequency paymentFrequency)
Sets the periodic frequency of payments, optional with defaulting getter.OvernightRateSwapLegConvention.Builder
OvernightRateSwapLegConvention.Builder. paymentFrequency(Frequency paymentFrequency)
Sets the periodic frequency of payments, optional with defaulting getter. -
Uses of Frequency in com.opengamma.strata.product.swaption
Methods in com.opengamma.strata.product.swaption that return types with arguments of type Frequency Modifier and Type Method Description org.joda.beans.MetaProperty<Frequency>
SwaptionExercise.Meta. frequency()
The meta-property for thefrequency
property.Optional<Frequency>
SwaptionExercise. getFrequency()
Gets the frequency of exercise between the earliest and latest dates.Methods in com.opengamma.strata.product.swaption with parameters of type Frequency Modifier and Type Method Description static SwaptionExercise
SwaptionExercise. ofBermudan(LocalDate earliestExerciseDate, LocalDate latestExerciseDate, BusinessDayAdjustment dateAdjustment, Frequency frequency, DaysAdjustment swapStartDateOffset)
Obtains an instance for a Bermudan swaption where the dates are calculated.
-


HD Map Mesh Generation
Video top#
Introduction top#
SVL Simulator provides an option to automatically generate meshes for imported HD map data, allowing you to build and upload custom environments for your simulations. Depending on your needs this tool can prepare textured road meshes for rendering, mesh colliders, or both.
The mesh builder does not use HD map files directly, but instead operates on Simulator's unified internal data structure for map annotations. Some of the most popular file formats can be imported through HD Map Importer tool. After import is finished, you can use that data to generate meshes.
Accessing the mesh builder top#
To access the mesh builder window, open Simulator project in Unity editor, then navigate into Simulator/Build HD Map Mesh
on the menu bar. Mesh builder window will be opened.
Builder settings top#
Mesh builder window offers two non-exclusive options for mesh generation: colliders and renderers.
Selecting colliders will create MeshCollider
component for each of the roads. These colliders will be used by all entities in simulation, including agents and NPCs.
Selecting renderers will create MeshRenderer
component (along with MeshFilter
) for each of the roads. Meshes created this way will be visible in simulation, textured, and will include lane-lines.
Mesh Settings top#
Settings in this tab will affect general shape of the mesh, both for colliders and for rendering.
| Parameter Name | Description |
|---|---|
| Snap Lane Ends | If this option is enabled, end vertices from subsequent lanes will be snapped together within distance threshold to remove holes. |
| Snap Threshold | Maximum distance (in meters) within which lane ends can be snapped together. Only available if Snap Lane Ends is enabled. |
| Push Outer Verts | If this option is enabled, external lane boundaries will be pushed out to create roadside. |
| Separate Outer Mesh | If this option is enabled, pushed out boundaries will be split into separate mesh. Only available if Push Outer Verts is enabled. |
| Push Distance | Distance (in meters) to push external lane boundaries out. Only available if Push Outer Verts is enabled. |
Snap Lane Ends top#
Option for snapping lane ends can improve overall mesh quality if lanes in the original HD map file are not perfectly aligned. If you notice any holes like the one shown below, try enabling this option. If gaps are larger, you can try increasing snap threshold.
Push Outer Verts top#
This option is useful if you want to create additional roadside that was not defined in original HD map file. Lane-lines are not affected by this, and only outer lane boundaries are expanded. This can help prevent vehicles from falling off the road when even slightly crossing the side line.
Separate Outer Mesh top#
When this option is enabled, all roadsides created by using Push Outer Verts option will be split into separate meshes, instead of being an extension of the road. This will result in more complex geometry, but can be useful if you want to use different materials for roads and roadsides. Using separate meshes can also fix artifacts that rarely occur when tight corners are pushed out by a significant amount.
Rendering Settings top#
Settings in this tab will affect visuals of generated meshes. If Create Renderers
option is disabled, this tab will not be available.
| Parameter Name | Description |
|---|---|
| Road UV Unit | Distance (in meters) defining size of a single UV coordinates tile for roads. Increasing this value will stretch road texture over larger area. |
| Line UV Unit | Distance (in meters) defining size of a single UV coordinates tile for lane-lines. Increasing this value will stretch line texture over longer distance. |
| Line Width | Width (in meters) of a single lane-line. Double lines will be scaled proportionally. |
| Line Bump | Vertical distance (in meters) between road and lane-lines. This elevates lines slightly to avoid clipping. |
Material Settings top#
Materials used on generated meshes are not exposed in mesh builder window. Instead, they are defined in an asset that can be found under Assets/Resources/Editor/HDMapMaterials.asset
.
Please note that even though it's possible to replace default materials with your own, it's generally not advised to use different shaders. Custom materials and shaders will render properly, but some additional features, like weather effects, might not be compatible and will not show.
Building HD map environment top#
It's possible to prepare a simple, usable environment for simulation from HD map data only. To create environment bundle from HD map data, follow the steps below.
- Launch SVL Simulator from the Unity Editor (as described here).
- Create new scene through
File/New Scene
menu item (note: avoid creating scene through context menu - it will lack required components). - Access HD Map Importer tool and import your HD map data.
- Access HD Map Mesh Builder tool and generate both colliders and renderers.
- Locate
SpawnInfo
object in scene hierarchy and move it to the desired EGO vehicle spawn point. - Create new directory with your desired environment name under
Assets/External/Environments/
. - Save the scene under new directory. Final path of the newly created scene should be
Assets/External/Environments/SceneName/SceneName.unity
. - (optional) Create NavMesh to enable pedestrians. See NavMesh section for details.
- Your environment is now ready to be built. Follow the build instructions for assets.
Creating NavMesh for pedestrians top#
If you plan to use pedestrians on generated environment, you'll have to bake navigation meshes for pathfinding. After road meshes are created and the scene have been saved, follow the steps below to prepare NavMesh.
- Access Navigation window through
Window/AI/Navigation
menu item. - In the
Object
tab, selectMesh Renderers
filtering option. - Select all generated mesh renderers in scene hierarchy.
- Enable
Navigation Static
option for all selected mesh renderers and change their layer toRoad
.- Note: If you separate outer meshes, you can assign different layer to them, e.g.
Sidewalk
. All of these objects have_roadside
postfix.
- Note: If you separate outer meshes, you can assign different layer to them, e.g.
- In the
Bake
tab, clickBake
button to generate the NavMesh. - Save the scene.


It seems like the browser took you a long time to load the resources of PokeQuest.Wiki.
Of course you can continue to wait for the load to complete, but if you're sure your network speed is super fast, please press Ctrl+F5 or Ctrl+Shift+R to have your browser try again.
Or click here to clean up PokeQuest's cached local files.
If you're still having trouble, please contact us here.


(Options in this section will need a page reload to take effect)
NOTE FOR VIRAMATE USERS
Synchronizing skill cooldowns will NOT work if you do not enable the
'Synchronize status between raid windows' in Viramate settings under the Combat section.
Synchronizing character swapping does not work as intended with Viramate,
in particular the skill cooldowns aren't properly syncing.


We are honored to be the only ones entrusted to deliver Nagi Ramen hot & fresh to you!
How will you get your slurp on?
Original King Ramen ($12.99)
swap_vert add
swap_vert add
(BUTA-O)close
Award-winning tonkotsu pork-broth prepared in the traditional method. Mouth-wateringly rich, fresh and aromatic, special handmade noodles and classic Nagi pork chashu.
add
Black King Ramen ($13.99)
swap_vert add
swap_vert add
(KURO-O)close
With a tonkotsu broth with squid ink that’s black and incredibly dangerous, Ramen Nagi’s Black King is not for the faint of heart.
addHere's what Mr. Rivers will deliver:
| Ramen Ordered | Quantity | Price |
|---|---|---|


about me
I am currently pursuing my
Master's in Human-Computer Interaction at
Carnegie Mellon University. Previously, I obtained a
Bachelor's Degree in Neuroscience
at Wellesley College, and a second
Bachelor's in Integrated Computer Science from
the University of British Columbia.
My multidisciplinary background makes me naturally inquisitive of the interaction between
human behavior and technology. How can our understanding of human cognition drive design?
What new technological mediums can arise from this knowledge? These are only some of
the questions that I hope to get a chance to explore in the future.


CodeVille is one of the biggest communities which teach people how to code in different programing
languages and introduce them to the world of web-design. This community is one of the most friendly
communities I've ever been in and if you want to learn to code I'd say this is one of the best choices
you can make. This is a discord comunity in which the teachers and the mentors teach the people that
enter everything they need to know about web-desing and programming.


Adding An Image
There are several ways to add an image to the currently opened case:
- Go to "File" and select "Add Image..."
- Select the icon on the toolbar
After that, a "Add Image" wizard dialog will show up. Then follow these following steps:
- Select "Image Type", then enter the "Image Path" to the image that you want to analyze (you can also use the "Browse" button to browse the location of your image). Also specify the timezone that you want. When everything is completed, press "Next" button.
- Autopsy needs to analyze the image to populate its database with file system metadata. If you have configured hash databases, you will be given the option of looking up files in the hash database during the ingest. Press the "Create Database" button to create the database. When the database creation process is done, you can press the "Next" button.
- After the database is created, the image can be analyzed. You will be given the option to add another image or start the analysis.
Note that Autopsy will store the path to the image in its configuration file. If the image moves, then Autopsy will give an error because it can't find the image file.


This HIT will involve 3 short tasks, all involving pictures of flowers. It should take approximately 12-15 minutes to do all 3 tasks.
During the first task, you will see one flower at a time and have to determine whether or not it is an avlonia. Avlonias are a particular species of flower. They are different from all other flowers in one simple way -- and your job is to find out what that is. For example, it could be that avlonias all have 4 petals, but no other flowers do. Or avlonias could be the only flowers that have a pink center; or the only ones with a round center; or they could be the only ones with 2 sepals (black ovals) between each petal.
As you can see from these examples, the flowers in this experiment will differ in a number of ways: (1) the number of petals, (2) the color of the petals, (3) the shape of their center, (4) the color of their center, (5) the number of sepals between each petal (the black ovals). One of these features will determine what is and is not an avlonia.
In the first task, you'll be shown a single flower, and then be asked if it is or not an avlonia (press 'y' if yes, 'n' if no). At first, you'll have to guess. Eventually, though, you'll figure out what makes something an avlonia. You will have 60 flowers to judge. Do your best to determine what makes something an avlonia.
By answering the following questions, you are participating in a study being performed by psychologists in the Harvard Department of Psychology. If you have questions about this research, please contact Timothy Brady at<EMAIL_ADDRESS>Your participation in this research is voluntary. You may decline to answer any or all of the following questions. You may decline further participation, at any time, without adverse consequences. Your anonymity is assured; the researchers who have requested your participation will not receive any personal information about you.
Great job!
During the second task, you will have to remember flowers. You'll be shown 20 flowers, one at a time, for just a few seconds each. Do your best to remember these flowers as well as you can. If you remember a large number of them successfully, you'll likely get bonus pay.
Some of the flowers you have to remember might be avlonias and some might not.
Great job!
During the third and final task, you will have to say which flowers you saw in the previous part and which you didn't. You'll be shown 50 flowers, one at a time. Some you will have seen before, and some you won't have seen. For each flower, you have to say whether you saw it before. If you did see it, press the 'y' key. If you didn't, press the 'n' key. Please do your best!


--- title: Meeting Observable keywords: fastai sidebar: home_sidebar summary: "Jupyter is jealous" description: "Jupyter is jealous" nb_path: "notebooks/11_Observable_HW.ipynb" ---
display(HTML("""

"""))
display(HTML("""

"""))
Such good fun!


Merge Requirements: (click to expand)
All GitHub statuses on a Pull Request must be passing / green for automatic merge ✓
Prow test results are ignored if they do not test the Pull Request against the most recent commit on the branch.
Your Pull Request must also match one of these GitHub search queries (you can click them to check):


{{/* gotype:github.com/JustaPenguin/assetto-server-manager.raceWeekendManageEntryListTemplateVars */}} {{ define "partial" }}
This Race Weekend is linked to a Multi-Class Championship. Sorting will apply in-class, with the classes ordered by the fastest lap for the class (So hopefully, LMP1 cars would be put on the grid ahead of GTE cars - for example)
{{ end }} {{ end }}Sort the combined drivers in the {{ $.Session.Name }} Entry List by:
| # | Driver |
|---|
A combined starting grid preview for the {{ $.Session.Name }} session will be available when all parent sessions have been completed.
{{ end }}


Ocean [ak79], ocean, in Crystal Sea
Last updated Turn #111
Ocean [ak79], ocean, in Crystal Sea
------------------------------------------------------------------------
7: Pleasure Sloop [v5n], ship, 30 hulls, 1 rowing port, 90 sails,
7: 10% damaged, arrived from Ocean [al79], owner:
7: Dorothy [v1b], Pen, with one worker, 28 soldiers, 94 sailors,
7: accompanied by:
7: Cindy [z1c], Pen, with 14 peasants, 42 soldiers
12: Dorothy [v1b] caught 50 fish.
13: Pleasure Sloop [v5n], ship, 30 hulls, 1 rowing port, 90 sails,
13: 10% damaged, departed for Ocean [aj79].
30: It has stopped raining.
Routes leaving Ocean:
North, to Ocean [aj79], 6 days
East, to Ocean [ak80], 6 days
South, to Ocean [al79], The Outer Sea, 6 days
West, to Ocean [ak78], 6 days


2021 Guild Hall, East Hampton, NY - Artist Members Exhibition
2021 Guild Hall, East Hampton, NY - Clothesline Art Sale
2020 The Art Students League of New York, New York, NY
2020 The White Room Gallery, Bridgehampton, NY
2019 The Art Students League of New York, New York, NY
2019 Guild Hall, East Hampton, NY - Artist Members Exhibition
2018 The White Room Gallery, Bridgehampton, NY
2018 Guild Hall, East Hampton, NY – Artist Members Exhibition
2018 Guild Hall, East Hampton, NY – Clothesline Art Sale
2017 Guild Hall, East Hampton, NY – Artist Members Exhibition
2017 Guild Hall, East Hampton, NY – Clothesline Art Sale
2016 Guild Hall, East Hampton, NY – Clothesline Art Sale


Public Member Functions | |
| NegativeOp (Operation< T > *x, bool copy, bool needs_grad) | |
| std::string | to_string () |
| Public Member Functions inherited from magmadnn::op::Operation< T > | |
| Operation () | |
| Operation (std::vector< Operation< T > *> inputs, bool needs_grad=true) | |
| virtual std::vector< unsigned int > | get_output_shape () const |
| virtual unsigned int | get_output_shape (unsigned int idx) const |
| virtual unsigned int | get_output_size () const |
| virtual memory_t | get_memory_type () const |
| virtual Tensor< T > * | eval (bool recompute=true) |
| virtual void | reset () |
| virtual Tensor< T > * | grad (Operation< T > *consumer, Operation< T > *var, Tensor< T > *grad, bool recompute=true) |
| virtual void | add_consumer (Operation< T > *consumer) |
| virtual std::vector< Operation< T > * > | get_consumers () |
| virtual std::vector< Operation< T > * > | get_inputs () |
| virtual Tensor< T > * | get_output_tensor () |
| virtual Tensor< T > * | get_grad_tensor (Operation< T > *wrt) |
| virtual std::string | get_name () |
Protected Member Functions | |
| Tensor< T > * | _eval (bool recompute=true) |
| Tensor< T > * | _grad (Operation< T > *consumer, Operation< T > *var, Tensor< T > *grad) |
Protected Attributes | |
| Operation< T > * | x |
| Tensor< T > * | x_tensor |
| bool | copy |
| Protected Attributes inherited from magmadnn::op::Operation< T > | |
| std::vector< Operation< T > * > | inputs |
| std::vector< Operation< T > * > | consumers |
| std::vector< unsigned int > | output_shape |
| memory_t | mem_type |
| std::map< uintptr_t, Tensor< T > * > | _grad_cache |
| std::string | name = "DefaultOpName" |
| Tensor< T > * | output_tensor |
| bool | needs_grad |
| bool | has_been_computed |
| bool | has_grad_been_computed |
|
protectedvirtual |
Sets this->output_tensor to the value of this operation
Implements magmadnn::op::Operation< T >.
|
protectedvirtual |
Computes the gradient of this operation wrt the output of consumer.
| consumer | |
| var | |
| grad | |
| recompute |
Implements magmadnn::op::Operation< T >.
|
inlinevirtual |
string form of the given operation. Expands on input.
Implements magmadnn::op::Operation< T >.


Sed feugiat lorem
Lorem ipsum dolor sit amet, consectetur adipiscing vehicula id nulla dignissim dapibus ultrices.
Learn moreWe provide a supportive and positive learning experience in which members are empowered to develop communication and leadership skills, resulting in greater self-confidence and personal growth.
Learn moreThe success of a club meeting depends on the participants. At each meeting, there are many roles to fill and they play an important part in making the club experience enjoyable.
Learn moreA club officer has a very important role within Toastmasters International. The success of a club and its members depend on how well you and your fellow club officers execute your responsibilities. By providing leadership and support, you can foster a positive environment that’s conducive to members’ personal and professional growth, allowing them to achieve their Toastmasters education program goals.
Learn moreCras mattis ante fermentum, malesuada neque vitae, eleifend erat. Phasellus non pulvinar erat. Fusce tincidunt, nisl eget mattis egestas, purus ipsum consequat orci, sit amet lobortis lorem lacus in tellus. Sed ac elementum arcu. Quisque placerat auctor laoreet.
Lorem ipsum dolor sit amet, consectetur adipiscing vehicula id nulla dignissim dapibus ultrices.
Learn moreLorem ipsum dolor sit amet, consectetur adipiscing vehicula id nulla dignissim dapibus ultrices.
Learn moreLorem ipsum dolor sit amet, consectetur adipiscing vehicula id nulla dignissim dapibus ultrices.
Learn moreLorem ipsum dolor sit amet, consectetur adipiscing vehicula id nulla dignissim dapibus ultrices.
Learn more


Aaron Connolly off injured for Brighton before big week for Republic of Ireland
by By Digital Desk staffAaron Connolly was taken off with a groin injury on club duty ahead of a big week for the Republic of Ireland.
Connolly was replaced by Glenn Murray at the interval of their 3-1 defeat to Manchester United at Old Trafford and national boss Mick McCarthy has said that the talented youngster is a doubt for Thursday's clash against New Zealand.
That friendly comes just three days before a crucial Euro 2020 qualifier against Denmark.
“Aaron will have a scan on Monday morning,” said McCarthy.
“Our medical team have been in contact with Brighton and when we have the results on Monday, we will know more.”
READ MORE
Solskjaer hails ‘best performance of the season’ as Man Utd see off Brighton


JS Loading Overlay
Click any button below to show the loading overlay.
List Of Spinner Icons
ball-8bits
ball-atom
ball-beat
ball-circus
ball-climbing-dot
ball-clip-rotate
ball-clip-rotate-multiple
ball-clip-rotate-pulse
ball-elastic-dots
ball-fall
ball-fussion
ball-grid-beat
ball-grid-pulse
ball-newton-cradle
ball-pulse
ball-pulse-rise
ball-pulse-sync
ball-rotate
ball-running-dots
ball-scale
ball-scale-multiple
ball-scale-pulse
ball-scale-ripple
ball-scale-ripple-multiple
ball-spin
ball-spin-clockwise
ball-spin-clockwise-fade
ball-spin-clockwise-fade-rotating
ball-spin-fade
ball-spin-fade-rotating
ball-spin-rotate
ball-square-clockwise-spin
ball-square-spin
ball-triangle-path
ball-zig-zag
ball-zig-zag-deflect
cog
cube-transition
fire
line-scale
line-scale-party
line-scale-pulse-out
line-scale-pulse-out-rapid
line-spin-clockwise-fade
line-spin-clockwise-fade-rotating
line-spin-fade
cog
line-spin-fade-rotating
pacman
square-jelly-box
square-loader
square-spin
timer
triangle-skew-spin
Custom Overlay Background Color
Green Color
Red Color
Blue Color
Yellow Color
Orange Color
Pink Color
Custom Spinner Color
Green Color
Red Color
Blue Color
Yellow Color
Orange Color
Pink Color
Custom Spinner Size
Small Size
2x size
3x size
Offset Spinner Position
Offset X
Offset Y
Custom Overlay Z-Index
Custom Spinner Z-Index
Show loading overlay within the container
Sample Table
Company
Contact
Country
Company 1
Muhammad
Malaysia
Company 2
Faiz
Thailand
Company 3
Halim
Indonesia
Inside the table
Card title
Some quick example text to build on the card title and make up the bulk of the card's content.
Go somewhere
Inside Card


Sleep and MythTV
As we speak, my MythTV box is turned off. Probably the first time since it was installed. The trick is, I upgraded the version of nvram-wakeup on it, and in 10 minutes, it is supposed to wake itself up so it can record the next show.
You might think I would have done that a while ago, but the P4P800 wasn't supported by them until sometime 'recently'. I'm not going to bother checking how recently, except it wasn't in the R5B7 release of Knoppmyth. (Although, maybe Knoppmyth's nvram-wakeup hadn't been upgraded since, '10-19-05, Release 5 Alpha 22″).
If it wasn't for the fact I added a whole bunch of Star Trek recording programs, as we're running out of episodial candidates of shows we are already recording, the duty cycle of the MythTV machine would be mostly idle. So I'm hoping this will cut down on heat output as well as energy consumption.
Fingers crossed that the machine comes up in about 5 minutes.
Oh, well. I downloaded the correct conf file for the P4P800 - I had originally assumed that ALL configurations were included and it would just use the correct one (that seems obvious, doesn't it?) but apparently not.
Have to wait until the machine is idle in order to check it again.
Aug 5, 7:36am:
There's a Shutdown/Wakeup HOWTO on the Mythtv Wiki that looks very good. But it does point out that the machine won't shutdown if the frontend is still connected. Argh. What I want, of course, is for the the machine to shutdown if the UI has been idle and not playing for fixed period. Sigh.
About this entry
You"re currently reading "Sleep and MythTV," an entry on a crick in the net
- Published:
- 08.04.06 / 7pm
- Category:
- Enviroh-oh-Oh!, MythTV


stk.calculators.energy.energy_calculators module¶
Defines energy calculators.
Energy calculators are objects which calculate the energy of molecules.
Each EnergyCalculator
is initialized with some settings and
calculates the energy of a molecule with
energy()
.
# Energy calculators work with any Molecule objects, such as
# StructUnit, Polymer, Cage, etc.
mol1 = StructUnit(...)
mol2 = Cage(...)
mol3 = Polymer(...)
# Create the energy calculator.
mmff = MMFFEnergy()
# Calculate energies of various molecules.
mol1_energy = mmff.energy(mol1)
# We can optionally specify a conformer.
mol2_energy = mmff.energy(mol2, conformer=1)
mol3_energy = mmff.energy(mol3)
By default, calling energy()
twice on the
will calculate the energy a second time. However, we can use the
use_cache
option to prevent recalculations
when the same molecule and conformer are given to the same energy
calculator a second time.
caching_mmff = MMFFEnergy(use_cache=True)
# Calculate the energy the first time.
energy1 = caching_mmff.energy(mol1)
# The second time, the enegy is returned directly from memory, a
# second calculation is not run.
energy2 = caching_mmff.enegy(mol2)
Extending stk: Making new energy calculators.¶
New energy calculators can be made by simply making a class which
inherits the EnergyCalculator
class. In addition to this,
the new class must define a energy()
method.
The method must take 2 arguments, a mandatory mol argument and an
optional conformer argument. The method will then calculate and
return the energy. There are no requirements regarding how it should
go about calculating the energy.
-
class
stk.calculators.energy.energy_calculators.
EnergyCalculator
(use_cache=False)¶ Bases:
object
Calculate the energy of molecules.
-
cache
¶ A
dict
hodling calculated energy values of the formcache = { (mol1, conformer1): 12.2, (mol1, conformer2): 2.0, (mol2, conformer2): 321.12 }
which holds every
Molecule
and conformer whose energy was calculated by theEnergyCalculator
. Heremol1
andmol2
areMolecule
objects andconformer1
andconformer2
are of typeint
, and are the ids of the conformers passed toenergy()
.Type: dict
-
-
exception
stk.calculators.energy.energy_calculators.
EnergyError
¶ Bases:
Exception
Indicates a failed energy calculation.
-
args
¶
-
with_traceback
()¶ Exception.with_traceback(tb) – set self.__traceback__ to tb and return self.
-
-
class
stk.calculators.energy.energy_calculators.
FormationEnergy
(energy_calculator, reactants, products, reactant_conformers=None, product_conformers=None, use_cache=False)¶ Bases:
stk.calculators.energy.energy_calculators.EnergyCalculator
Calculates the formation energy of a molecule.
-
energy_calculator
¶ The
EnergyCalculator
used to calculate the energy of all reactant and product molecules.Type: EnergyCalculator
-
reactants
¶ The reactants. If there are multiples of the same reactant then it must appear multiple times in this
list
.Type: list
ofMolecule
-
products
¶ The molecules which are produced as a result of the formation reaction. This
list
must omit theMolecule
passed toenergy()
. If there are multiples of the same product, it must appear multiple times in thislist
.Type: list
ofMolecule
Examples
# Make the molecules needed to calculate formation energy. water = StructUnit.smiles_init('[H]O[H]') bb1 = StructUnit2(...) bb2 = StructUnit3(...) cage = Cage([bb1, bb2], FourPlusSix()) # Make the energy calculator used to calculate energies. uff_energy = UFFEnergy() # Make the formation energy calculator. formation = FormationEnergy( energy_calculator=uff_energy, reactants=[bb1]*6 + [bb2]*4, products=[water]*cage.topology.bonds_made ) # Calculate the formation energy. formation_energy = formation.energy(cage)
-
-
class
stk.calculators.energy.energy_calculators.
MMFFEnergy
(use_cache=False)¶ Bases:
stk.calculators.energy.energy_calculators.EnergyCalculator
Uses the MMFF force field to calculate energies.
Examples
# Create a molecules whose energy we want to know. mol1 = StructUnit.smiles_init('CCCNCCCN') mol2 = Polymer(...) mol3 = Cage(...) # Create the energy calculator. mmff = MMFFEnergy() # Calculate the energies. energy1 = mmff.energy(mol1) energy2 = mmff.energy(mol2) energy3 = mmff.energy(mol3)
-
class
stk.calculators.energy.energy_calculators.
UFFEnergy
(use_cache=False)¶ Bases:
stk.calculators.energy.energy_calculators.EnergyCalculator
Uses the UFF force field to calculate energies.
Examples
# Create a molecules whose energy we want to know. mol1 = StructUnit.smiles_init('CCCNCCCN') mol2 = Polymer(...) mol3 = Cage(...) # Create the energy calculator. uff = UFFEnergy() # Calculate the energies. energy1 = uff.energy(mol1) energy2 = uff.energy(mol2) energy3 = uff.energy(mol3)
-
stk.calculators.energy.energy_calculators.
_add_cache_use
(energy)¶ Makes
energy()
use the cache.Decorates energy so that before running it checks if the
Molecule
and conformer have already had their energy calculated. If so, anduse_cache
isTrue
, then the energy value in thecache
is returned.Parameters: energy ( function
) – A function which is to have cache use added to it.Returns: The decorated function. Return type: function


--- layout: documentation title: GenericTestMechanismType ---
The GenericTestMechanismType specifies an instantial extension from the abstract TestMechanismType intended to support the generic inclusion of any test mechanism content.
| Field Name | Type | Description |
|---|---|---|
| @idoptional | QName |
Specifies a unique ID for this Test Mechanism. |
| @idrefoptional | QName |
Specifies a reference to the ID of a Test Mechanism specified elsewhere. When idref is specified, the id attribute must not be specified, and any instance of this Test Mechanism should not hold content. |
| Efficacy0..1 | StatementType |
The Efficacy field provides an assertion of likely effectiveness of this TestMechanism to detect the targeted cyber Observables. The field includes a description of the asserted efficacy of this TestMechanism and a confidence held in the asserted efficacy of this TestMechanism to detect the targeted cyber Observables. |
| Producer0..1 | InformationSourceType |
The Producer field details the source of this entry. |
| @reference_locationoptional | anyURI |
Specifies a reference URL for the location of the Generic Test Mechanism. |
| Description0..1 | StructuredTextType |
A structured Description of this Generic Test Mechanism. |
| Type0..1 | ControlledVocabularyStringType |
Specifies the type of Generic Test Mechanism. |
| Specification0..1 | EncodedCDATAType |
The Specification field encapsulates any test mechnism specification in its native format within a string field. The specification should be within a CDATA construct within the string field. |


Corona Showdown
Coronavirus News
World-Wide Statistics
Select A State
Alabama
Alaska
Arizona
Arkansas
California
Colorado
Connecticut
Delaware
District Of Columbia
Florida
Georgia
Hawaii
Idaho
Illinois
Indiana
Iowa
Kansas
Kentucky
Louisiana
Maine
Maryland
Massachusetts
Michigan
Minnesota
Mississippi
Missouri
Montana
Nebraska
Nevada
New Hampshire
New Jersey
New Mexico
New York
North Carolina
North Dakota
Ohio
Oklahoma
Oregon
Pennsylvania
Rhode Island
South Carolina
South Dakota
Tennessee
Texas
Utah
Vermont
Virginia
Washington
West Virginia
Wisconsin
Wyoming
TEXT
×
B a t t l e
Select A State
Alabama
Alaska
Arizona
Arkansas
California
Colorado
Connecticut
Delaware
District Of Columbia
Florida
Georgia
Hawaii
Idaho
Illinois
Indiana
Iowa
Kansas
Kentucky
Louisiana
Maine
Maryland
Massachusetts
Michigan
Minnesota
Mississippi
Missouri
Montana
Nebraska
Nevada
New Hampshire
New Jersey
New Mexico
New York
North Carolina
North Dakota
Ohio
Oklahoma
Oregon
Pennsylvania
Rhode Island
South Carolina
South Dakota
Tennessee
Texas
Utah
Vermont
Virginia
Washington
West Virginia
Wisconsin
Wyoming


Input Form
Use any of the ggf-text-color classes to color your labels.
First Name
Last Name
Register


The house of fire
GOOD FOOD, HOT RECIPES
naturally
fast
undeniably
fresh
temptingly
fiery
CHICKEN CHOW MEIN
One of the famous noodle dish around the globe. A vibrant, fresh and delicious classic. Box a true taste of Asia to your day with this naturally fast and healthy dish.