Unlimited Games. How should Red play 52?
pips Red=159 White=153
(CorrectAnswer= 0/0, ErrorScore= 0)
White has the start of a strong prime and so Red should advance to the edge of it with 24/22.
Given Red’s poor position he can’t leave too much lying around until he has made an anchor. The best five is 11/6. 13/8 is also OK but slightly weaker.
13/6 is weak and the wrong idea. Red must advance a rear checker. 23/18, 13/11 is another try but that move just invites a blitz attack. So for once the dull play, 24/22, 11/6, is correct.
Given Red’s poor position he can’t leave too much lying around until he has made an anchor. The best five is 11/6. 13/8 is also OK but slightly weaker.
13/6 is weak and the wrong idea. Red must advance a rear checker. 23/18, 13/11 is another try but that move just invites a blitz attack. So for once the dull play, 24/22, 11/6, is correct.
1. Cubeful 2-ply 24/22 11/6 Eq.: -0.332 0.363 0.095 0.005 - 0.637 0.271 0.010 2. Cubeful 2-ply 24/22 13/8 Eq.: -0.358 (-0.027) 0.360 0.096 0.005 - 0.640 0.285 0.017 3. Cubeful 2-ply 23/18 13/11 Eq.: -0.366 (-0.034) 0.364 0.088 0.004 - 0.636 0.297 0.012 4. Cubeful 2-ply 13/8 11/9 Eq.: -0.389 (-0.058) 0.347 0.091 0.005 - 0.653 0.280 0.017 5. Cubeful 2-ply 13/6 Eq.: -0.390 (-0.059) 0.345 0.094 0.005 - 0.655 0.281 0.017


|
App Engine PHP SDK
v1 rev.445
The PHP runtime is available as an experimental Preview feature.
|
Public Member Functions | |
| __construct ($url_path, $query_data=[], $options=[]) | |
| getUrl () | |
| getQueryData () | |
| getName () | |
| getDelaySeconds () | |
| getMethod () | |
| getHeaders () | |
| add ($queue_name= 'default') | |
Public Attributes | |
| const | MAX_DELAY_SECONDS = 2592000 |
| const | MAX_NAME_LENGTH = 500 |
| const | MAX_TASK_SIZE_BYTES = 102400 |
| const | MAX_URL_LENGTH = 2083 |
| const | NAME_PATTERN = '/^[a-zA-Z0-9_-]+$/' |
A PushTask encapsulates a unit of work that an application places onto a Push Queue for asnychronous execution. The queue executes that work by sending the task back to the application in the form of an HTTP request to one of the application's handlers. This class is immutable.
| google\appengine\api\taskqueue\PushTask::__construct | ( | $url_path, | |
$query_data = [] , |
|||
$options = [] |
|||
| ) |
Construct a PushTask.
| string | $url_path | The path of the URL handler for this task relative to your application's root directory. |
| array | $query_data | The data carried by task, typically in the form of a set of key value pairs. This data will be encoded using http_build_query() and will be either:
|
| array | $options | Additional options for the task. Valid options are:
|
| google\appengine\api\taskqueue\PushTask::add | ( | $queue_name = 'default' | ) |
Adds the task to a queue.
| string | $queue | The name of the queue to add to. Defaults to 'default'. |
| TaskAlreadyExistsException | if a task of the same name already exists in the queue. |
| TaskQueueException | if there was a problem using the service. |
| google\appengine\api\taskqueue\PushTask::getDelaySeconds | ( | ) |
Return the task's execution delay, in seconds.
| google\appengine\api\taskqueue\PushTask::getHeaders | ( | ) |
Return the task's headers.
| google\appengine\api\taskqueue\PushTask::getMethod | ( | ) |
Return the task's HTTP method.
| google\appengine\api\taskqueue\PushTask::getName | ( | ) |
Return the task's name if it was explicitly named.
| google\appengine\api\taskqueue\PushTask::getQueryData | ( | ) |
Return the task's query data.
| google\appengine\api\taskqueue\PushTask::getUrl | ( | ) |
Return the task's URL. This will be the task's URL path, plus any query parameters if the task's method is GET, HEAD, or DELETE.
| const google\appengine\api\taskqueue\PushTask::MAX_DELAY_SECONDS = 2592000 |
A task may be scheduled up to 30 days into the future.


{% if object.accepted %}
Your project was accepted{% if object.room %} and is assigned the room {{object.room}}{% endif %}.
{% elif object.createDate > reg_deadline_room %}
Your project was registered on the {{object.createDate|date:"d.m.Y"}}. This was after the registration deadline ({{reg_deadline_room|date:"d.m.Y"}}). Please note that we may not be able to accept you this year.
{% endif %}


Github Issue: #3767
Demonstrates a working "Select All" checkbox in the Multiselect list combined with Tags.


The Performance Hall's Code of Conduct
The Performance Hall is committed to providing a welcoming and harassment-
free environment for people of all races, sexual orientations, gender
statuses, physical dispositions, and beliefs. We believe in having an
archived and publicly available set of guidelines as a necessary and
important part of attaining this type of environment. Please take a moment
to read ours below.
Costumer Service
At the Logan Center, we maintain a high standard or client and patron
service (both are our customers). The following bullet points are basic
tips for interacting with patrons, talent, external crews, building staff,
and anyone else who may be in the Logan Center.
- Always greet the client and patrons warmly and maintain a pleasant
atmosphere
- Display sincere interest in helping the client and patrons
- Motivate other employees to be productive at all times, especially when
others are in the space
- If you do not know the answer to a question, state that you do not know
and that you will work on finding the answer. Bring the question to the
appropriate person or group of people, and proceed from there. Always follow
up to give an update on your efforts.
- ALWAYS BE POLITE to everyone, all the time, no matter what. This means
coworkers, external crew, talent, support staff, patrons, supervisors,
faculty, staff, strangers, etc.
Disability Sensitivity
When speaking to people with disabilities, always use people-first language.
Group designations are inappropriate because they do not reflect the
individuality, equality or dignity of the person.
- Address the person with a disability directly, not their companion or
caregiver. If they are using a wheelchair, kneel to speak with them at eye
level.
- Instead of asking the person about their disability (which is illegal),
ask “How may I assist you?”. Focus on their needs, not their disability.
- If for any reason a problem arises and the person with a disability cannot
easily access the facility, please attempt to serve them with personalized
service.
- Politely address and assist those with disabilities without being
patronizing or demeaning.
Indicators of quality performance include
- Timely arrival for shifts
- Articulating clearly and listening to clients
- Maintaining professional attitude with clients and patrons at all times
- Making appropriate decisions and accepting consequences of actions
- Accurate interpretation of Logan Center policies and procedures
Questions, concerns, or feedback?
We welcome your feedback on this and we thank you for working with us to
make it a safe, enjoyable, and friendly experience for everyone who visits
us. Contact us via phone<PHONE_NUMBER>) or email<EMAIL_ADDRESS>if you have any questions, concerns or feedback.


The xml2rfc parser module contains two classes for public use: XmlRfcParser and XmlRfc.
XmlRfcParser is a basic XML parser which uses the lxml library to parse an xml file into a tree structure. An instance of XmlRfc contains a reference to this parsed tree, along with some helper methods to provide useful additional formatting to the tree.
Accessing nodes in the tree is done through the standard lxml.etree interface. You can read more about that at the lxml documentation
Example – getting the title of an rfc document:
root = xmlrfc.getroot()
title = root.find('front/title').text
XML parser with callbacks to construct an RFC tree
Parses the source XML file and returns an XmlRfc instance
Internal representation of an RFC document
Contains an lxml.etree.ElementTree, with some additional helper methods to prepare the tree for output.
Accessing the rfc tree is done by getting the root node from getroot()
Returns a list of the XML processing instructions
Wrapper method to get the root of the XML tree
Add a processing instruction to the current state
Will also return the dictionary containing the added instructions for use in things like ?include instructions
Traverses the RFC tree and replaces unicode characters with the proper equivalents specified in rfc2629-xhtml.ent.
Writers should call this method if the entire RFC document needs to be ascii formatted
Validate the document with its default dtd, or an optional one
Return a success bool along with a list of any errors
Application XML errors with positional information
This class attempts to mirror the API of lxml’s error class


Hello and thank you for visiting! I'm Michael. Father, husband, friend, geek, and photographer. I love the Bears, Cubs, Bulls, am a Northern Illinois grad and just love new experiences.
My journey into photography began as a child. My father owns an old Minolta camera (it's older than I am) that was completely manual unlike today's high tech gadgets. I'm still trying to get him to let me have it ;)
Since those early days, my photography has evolved from simple snapshots, to landscape pictures such as this or this, to the photography I spend most of my time taking today, which is of families like yours. Capturing those special moments in memorable ways.
The type of photography I love is impromptu. I want to catch moments as they happen for real. That moment when you look into your loved one's eyes. That surprise laugh. Those are the moments that make life special. I just want to be there to capture them. I shoot 100% on location as to not only be able to have your family be comfortable in your surroundings, but also to be as natural as possible.
Again, thank you for visiting! Please feel free to contact me via my contact information below if you have any questions about my services.
Michael Minella Photography
Phone:<PHONE_NUMBER>
Email<EMAIL_ADDRESS>Naperville, IL


public class InspectableFileCachedInputStream extends MeasurableInputStream implements RepositionableStream, java.nio.channels.WritableByteChannel
MeasurableInputStream
based on
cached data received by a WritableByteChannel
whose first bytes can be inspected directly.
An instance of this class acts as a buffer holding the bytes written through its
WritableByteChannel
interface (which can be easily turned into an OutputStream
using
Channels.newOutputStream(WritableByteChannel)
). The data can be discarded at any time using
clear()
. The first inspectable
bytes of buffer
contains the first
bytes written. When buffer
is full, the bytes are written to an overflow
file.
At any time, the stream of bytes written since creation (or since the last clear()
)
are available as a fully implemented MeasurableInputStream
which also implements
RepositionableStream
and supports marking.
Note that you must arbitrate carefully write and read accesses,
as it is always possible to call write(ByteBuffer)
and thus modify the length of the MeasurableInputStream
.
The method close()
makes the MeasurableInputStream
and WritableByteChannel
state-changing methods temporarily throw an IOException
, but
does not otherwise modify the state of the stream. You can reopen the stream
later, or clear it.
The method dispose()
can be used to release
the resources associated with the stream.
This class provides no form of buffering except for the memory buffer described above, both
when reading and when writing. Users should consider wrapping instances of this class with a
FastBufferedInputStream
, as reads after the buffer has been exhausted will be performed
directly on a RandomAccessFile
.
| Modifier and Type | Field and Description |
|---|---|
byte[] |
buffer
The inspection buffer.
|
static boolean |
DEBUG |
static int |
DEFAULT_BUFFER_SIZE
The default buffer size (64KiB).
|
int |
inspectable
The number of valid bytes currently in
buffer . |
| Constructor and Description |
|---|
InspectableFileCachedInputStream()
Creates a new instance with default buffer size and overflow-file directory.
|
InspectableFileCachedInputStream(int bufferSize)
Creates a new instance with specified buffer size and default overflow-file directory.
|
InspectableFileCachedInputStream(int bufferSize,
java.io.File overflowFile)
Creates a new instance with specified buffer size and overlow-file directory.
|
| Modifier and Type | Method and Description |
|---|---|
int |
available() |
void |
clear()
Clears the content of this
InspectableFileCachedInputStream , zeroing the length of the represented
stream. |
void |
close()
Makes the stream unreadable until the next
clear() . |
void |
dispose()
Disposes this stream, deleting the overflow file.
|
protected void |
finalize() |
boolean |
isOpen() |
long |
length()
Returns the overall length of this stream (optional operation).
|
void |
mark(int readlimit) |
boolean |
markSupported() |
long |
position()
Returns the current stream position.
|
void |
position(long position)
Positions the input stream.
|
int |
read() |
int |
read(byte[] b) |
int |
read(byte[] b,
int offset,
int length) |
void |
reopen()
Makes the stream readable again after a
close() . |
void |
reset() |
long |
skip(long n) |
void |
truncate(long size)
Truncates the overflow file to a given size if possible.
|
int |
write(java.nio.ByteBuffer byteBuffer)
Appends the content of a specified buffer to the end of the currently represented stream.
|
public static final boolean DEBUG
public static final int DEFAULT_BUFFER_SIZE
public final byte[] buffer
inspectable
bytes contain the first part of the input stream.
The buffer is available for inspection, but users should not modify its content.public int inspectable
buffer
.public InspectableFileCachedInputStream(int bufferSize, java.io.File overflowFile) throws java.io.IOException
bufferSize
- the buffer size, in bytes.overflowFile
- the directory where the overflow file should be created, or null
for the default temporary directory.java.io.IOException
public InspectableFileCachedInputStream(int bufferSize) throws java.io.IOException
bufferSize
- the buffer size, in bytes.java.io.IOException
public InspectableFileCachedInputStream() throws java.io.IOException
java.io.IOException
public void clear() throws java.io.IOException
InspectableFileCachedInputStream
, zeroing the length of the represented
stream.java.io.IOException
public int write(java.nio.ByteBuffer byteBuffer) throws java.io.IOException
write
in interface java.nio.channels.WritableByteChannel
byteBuffer
- a byte buffer.byteBuffer.remaining()
).java.io.IOException
public void truncate(long size) throws java.io.FileNotFoundException, java.io.IOException
size
- the new size; the final size is the maximum between the current write position (i.e., the length
of the represented stream minus the length of the inspection buffer) and this value.java.io.FileNotFoundException
java.io.IOException
public void close()
clear()
.close
in interface java.io.Closeable
close
in interface java.lang.AutoCloseable
close
in interface java.nio.channels.Channel
close
in class java.io.InputStream
reopen()
public void reopen() throws java.io.IOException
close()
.java.io.IOException
close()
public void dispose() throws java.io.IOException
java.io.IOException
protected void finalize() throws java.lang.Throwable
finalize
in class java.lang.Object
java.lang.Throwable
public int available() throws java.io.IOException
available
in class java.io.InputStream
java.io.IOException
public int read(byte[] b, int offset, int length) throws java.io.IOException
read
in class java.io.InputStream
java.io.IOException
public int read(byte[] b) throws java.io.IOException
read
in class java.io.InputStream
java.io.IOException
public long skip(long n) throws java.io.IOException
skip
in class java.io.InputStream
java.io.IOException
public int read() throws java.io.IOException
read
in class java.io.InputStream
java.io.IOException
public long length() throws java.io.IOException
MeasurableStream
length
in interface MeasurableStream
java.io.IOException
public long position() throws java.io.IOException
RepositionableStream
position
in interface MeasurableStream
position
in interface RepositionableStream
java.io.IOException
public void position(long position) throws java.io.IOException
position
in interface RepositionableStream
position
- the new position (will be minimized with length()
).java.io.IOException
public boolean isOpen()
isOpen
in interface java.nio.channels.Channel
public void mark(int readlimit)
mark
in class java.io.InputStream
public void reset() throws java.io.IOException
reset
in class java.io.InputStream
java.io.IOException
public boolean markSupported()
markSupported
in class java.io.InputStream
Copyright © 2019. All rights reserved.


Project goals
Software support for writing requirements and specifications documents
There shall exist free and lightweight yet capable software for writing requirements and specifications documents
The state of the art for many small companies working with requirements: using Excel for requirements management in the projects with hundreds or thousands of requirements.
-
Requirements management
StrictDoc shall enable requirements management.
-
-
Modeling capability
StrictDoc's Data Model shall accommodate for maximum possible standard requirement document formats.
Examples of standard requirements documents include but are not limited to:
- Non-nested requirement lists split by categories (e.g., Functional Requirements, Interface Requirements, Performance Requirements, etc.)
-
-
Primary text implementation
SDOC format shall support encoding the Strict Doc Data Model in a plain-text human readable form.
-
-
Reduce documentation hazards
There shall exist no (or less) opportunity for writing incorrect or inconsistent documentation.
Every serious engineering activity, such as safety engineering or systems engineering, starts with requirements. The more critical is a product the higher the importance of good documentation.
Technical documentation can be and often becomes a source of hazards. It is recognized that many failures stem from inadequate requirements engineering. While it is not possible to fix the problem of inadequate requirements engineering in general, it is definitely possible to improve software that supports engineers in activities such as requirements engineering and writing technical documentation.
No (or less) run-away documentation
Software shall support engineers in keeping documentation up-to-date.
Technical documentation easily becomes outdated. Many existing tools for documentation do not provide any measures for ensuring overall consistency of documents and documentation trees.
Change management
Software shall provide capabilities for change management and impact assessment.
Change management is difficult. The bigger the project is, the harder it is to maintain its documentation. If a change is introduced to a project, it usually requires a full revision of its requirements.
When the basic capabilities of StrictDoc are in place, it should be possible to do a more advanced analysis of requirements and requirement trees:
- Finding similar or relevant requirements.
- Enforce invariants that should be hold. Example: mass or power budget.
-
Fuzzy requirements search
StrictDoc shall support finding relevant requirements.
This feature can be implemented in the CLI as well as in the future GUI. A fuzzy requirements search can help to find existing requirements and also identify relevant requirements when creating new requirements.
High-level requirements
-
Software support for writing requirements and specifications documents
There shall exist free and lightweight yet capable software for writing requirements and specifications documents
Technical documentation is hard, it can be an extremely laborious process. Software shall support engineers in their work with documentation.
The state of the art for many small companies working with requirements: using Excel for requirements management in the projects with hundreds or thousands of requirements.
Requirements management
StrictDoc shall enable requirements management.
-
Modeling capability
StrictDoc's Data Model shall accommodate for maximum possible standard requirement document formats.
Examples of standard requirements documents include but are not limited to:
- Non-nested requirement lists split by categories (e.g., Functional Requirements, Interface Requirements, Performance Requirements, etc.)
-
-
Primary text implementation
SDOC format shall support encoding the Strict Doc Data Model in a plain-text human readable form.
-
Data model
StrictDoc shall be based on a well-defined data model.
StrictDoc is a result of several attempts to find a solution for working with text-based requirements:
- StrictDoc, first generation: Markdown-based C++ program. Custom requirements metadata in YAML.
- StrictDoc, second generation: RST/Sphinx-based Python program. Using Sphinx extensions to manage meta information.
The result of these efforts was the realization that a text-based requirements and specifications management tool could be built on top of a domain-specific language (DSL) created specifically for the purpose of writing requirements and specifications documents. Such a language allows an explicit definition of a document data model which is called "grammar".
-
Modeling capability
StrictDoc's Data Model shall accommodate for maximum possible standard requirement document formats.
Examples of standard requirements documents include but are not limited to:
- Non-nested requirement lists split by categories (e.g., Functional Requirements, Interface Requirements, Performance Requirements, etc.)
-
-
Primary text implementation
SDOC format shall support encoding the Strict Doc Data Model in a plain-text human readable form.
-
-
Grammar
SDOC format shall be based on a fixed grammar.
Command-line interface
StrictDoc shall provide a command-line interface.
Platform support
StrictDoc shall work on all major platforms.
macOS support
StrictDoc shall work on macOS systems.
Linux support
StrictDoc shall work on Linux systems.
Windows support
StrictDoc shall work on Windows systems.
Requirements validation
StrictDoc shall allow validation of requirement documents.
Requirements text format
StrictDoc shall allow storage of requirements in a plain-text human readable form.
Linking requirements
StrictDoc shall support linking requirements to each other.
Scalability
StrictDoc shall allow working with large documents and document trees containing at least 10000 requirement items.
Traceability
StrictDoc shall support traceability of requirements.
Visualization
StrictDoc shall provide means for visualization of requirement documents.
Open source software
StrictDoc shall always be free and open source software.
Implementation requirements
Parallelization
StrictDoc shall enable parallelization of the time-consuming parts of the code.
Incremental generation
StrictDoc shall enable incremental generation of the documents.
When exporting documentation tree, StrictDoc shall regenerate only changed documents and files.
Data model
-
Requirements management
StrictDoc shall enable requirements management.
-
-
Software support for writing requirements and specifications documents
There shall exist free and lightweight yet capable software for writing requirements and specifications documents
Technical documentation is hard, it can be an extremely laborious process. Software shall support engineers in their work with documentation.
The state of the art for many small companies working with requirements: using Excel for requirements management in the projects with hundreds or thousands of requirements.
-
-
Data model
StrictDoc shall be based on a well-defined data model.
StrictDoc is a result of several attempts to find a solution for working with text-based requirements:
- StrictDoc, first generation: Markdown-based C++ program. Custom requirements metadata in YAML.
- StrictDoc, second generation: RST/Sphinx-based Python program. Using Sphinx extensions to manage meta information.
The result of these efforts was the realization that a text-based requirements and specifications management tool could be built on top of a domain-specific language (DSL) created specifically for the purpose of writing requirements and specifications documents. Such a language allows an explicit definition of a document data model which is called "grammar".
Modeling capability
StrictDoc's Data Model shall accommodate for maximum possible standard requirement document formats.
Examples of standard requirements documents include but are not limited to:
- Non-nested requirement lists split by categories (e.g., Functional Requirements, Interface Requirements, Performance Requirements, etc.)
-
Primary text implementation
SDOC format shall support encoding the Strict Doc Data Model in a plain-text human readable form.
Requirement item
Statement
Requirement item shall have a statement.
Content body
Requirement item might have an content body.
UID identifier
Requirement item might have an UID identifier.
UID identifier format
StrictDoc shall not impose any restrictions on the UID field format.
Conventions used for requirement UIDs can be very different. And there seems to be no way to define a single rule.
Some examples:
- FUN-003
- cES1008, cTBL6000.1 (NASA cFS)
- Requirements without a number, e.g. SDOC-HIGH-DATA-MODEL (StrictDoc)
- SAVOIR.OBC.PM.80 (SAVOIR)
Title
Requirement item might have an title.
References
Requirement item might have one or more references.
Comments
Requirement item might have one or more comments.
Special fields
StrictDoc shall support customization of the default Requirement's grammar with special fields.
Examples:
- RAIT compliance fields (Review of design, analysis, inspection, testing)
- Automotive Safety Integrity Level level (ASIL).
Links
StrictDoc's data model shall support linking document content nodes to each other.
Parent links
StrictDoc's data model shall support linking a requirement to another requirement using PARENT link.
SDOC file format
-
Modeling capability
StrictDoc's Data Model shall accommodate for maximum possible standard requirement document formats.
Examples of standard requirements documents include but are not limited to:
- Non-nested requirement lists split by categories (e.g., Functional Requirements, Interface Requirements, Performance Requirements, etc.)
-
-
Requirements management
StrictDoc shall enable requirements management.
-
-
Software support for writing requirements and specifications documents
There shall exist free and lightweight yet capable software for writing requirements and specifications documents
Technical documentation is hard, it can be an extremely laborious process. Software shall support engineers in their work with documentation.
The state of the art for many small companies working with requirements: using Excel for requirements management in the projects with hundreds or thousands of requirements.
-
-
Data model
StrictDoc shall be based on a well-defined data model.
StrictDoc is a result of several attempts to find a solution for working with text-based requirements:
- StrictDoc, first generation: Markdown-based C++ program. Custom requirements metadata in YAML.
- StrictDoc, second generation: RST/Sphinx-based Python program. Using Sphinx extensions to manage meta information.
The result of these efforts was the realization that a text-based requirements and specifications management tool could be built on top of a domain-specific language (DSL) created specifically for the purpose of writing requirements and specifications documents. Such a language allows an explicit definition of a document data model which is called "grammar".
-
Primary text implementation
SDOC format shall support encoding the Strict Doc Data Model in a plain-text human readable form.
-
Data model
StrictDoc shall be based on a well-defined data model.
StrictDoc is a result of several attempts to find a solution for working with text-based requirements:
- StrictDoc, first generation: Markdown-based C++ program. Custom requirements metadata in YAML.
- StrictDoc, second generation: RST/Sphinx-based Python program. Using Sphinx extensions to manage meta information.
The result of these efforts was the realization that a text-based requirements and specifications management tool could be built on top of a domain-specific language (DSL) created specifically for the purpose of writing requirements and specifications documents. Such a language allows an explicit definition of a document data model which is called "grammar".
Grammar
SDOC format shall be based on a fixed grammar.
Type safety
SDOC format shall allow type-safe encoding of requirement documents.
Document Generators
HTML Export
Single document: Normal form
StrictDoc shall export single document pages in a normal document-like form.
Single document: Tabular form
StrictDoc shall export single document pages in a tabular form.
Single document: 1-level traceability
StrictDoc shall export 1-level traceability document.
Single document: Deep traceability
StrictDoc shall export deep traceability document.
Left panel: Table of contents
StrictDoc shall export all HTML pages with Table of Contents.
PDF Export
Sphinx documentation generator
StrictDoc shall support exporting documents to Sphinx/RST format.
Excel Export
StrictDoc shall support exporting documents to Excel format.
Validation requirements
Valid HTML markup
StrictDoc's HTML export tests shall validate the generated HTML markup.
First candidate: Table of contents and its nested <ul>/<li> items.
Design decisions
Building blocks
TextX
TextX shall be used for StrictDoc grammar definition and parsing of the sdoc files.
TextX is an easy-to-install Python tool. It is fast, works out of the box.
Jinja2
Jinja2 shall be used for rendering HTML templates.
Sphinx and Docutils
Sphinx and Docutils shall be used for the following capabilities:
- Support of Restructured Text (reST) format
- Generation of RST documents into HTML
- Generation of RST documents into PDF using LaTeX
- Generating documentation websites using Sphinx
SDoc grammar
No indentation
SDoc grammar's building blocks shall not allow any indentation.
Rationale: Adding indentation to any of the fields does not scale well when the documents have deeply nested section structure as well as when the size of the paragraphs becomes sufficiently large. Keeping every keyword like [REQUIREMENT] or [COMMENT] with no indentation ensures that one does not have to think about possible indentation issues.
Backlog
Generated file names
StrictDoc shall preserve original document file names when generating to all export formats.
StrictDoc used to create file names that were document names. This has been changed for HTML but not yet for RST.
Validation: Uniqueness of UID identifiers in a document tree
StrictDoc shall ensure that each UID used in a document tree is unique.
This is implemented but the error message shall be made more readable.
StrictDoc as library
StrictDoc shall support it use as a Python library.
Such a use allows a more fine-grained access to the StrictDoc's modules, such as Grammar, Import, Export classes, etc.
-
Change management
Software shall provide capabilities for change management and impact assessment.
Change management is difficult. The bigger the project is, the harder it is to maintain its documentation. If a change is introduced to a project, it usually requires a full revision of its requirements.
When the basic capabilities of StrictDoc are in place, it should be possible to do a more advanced analysis of requirements and requirement trees:
- Finding similar or relevant requirements.
- Enforce invariants that should be hold. Example: mass or power budget.
Fuzzy requirements search
StrictDoc shall support finding relevant requirements.
This feature can be implemented in the CLI as well as in the future GUI. A fuzzy requirements search can help to find existing requirements and also identify relevant requirements when creating new requirements.
Export capabilities
CSV import/export
StrictDoc shall support exporting documents to CSV format.
PlantUML export
StrictDoc shall support exporting documents to PlantUML format.
ReqIF import/export
StrictDoc shall support ReqIF format.
Confluence import/export
StrictDoc shall support importing/exporting documents from/to Confluence HTML storage format.
Tex export
StrictDoc shall support exporting documents to Tex format.
Doorstop import/export
StrictDoc shall support import and exporting documents from/to Doorstop format.
Markdown support for text and code blocks
StrictDoc shall support rendering text/code blocks into Markdown syntax.
Traceability and coverage
Linking with implementation artifacts
StrictDoc shall support linking requirements to files.
Requirement checksumming
StrictDoc shall support calculation of checksums for requirements.
Documentation coverage
StrictDoc shall generate requirements coverage information.
Filtering by tags
StrictDoc shall support filtering filtering by tags.
Advanced
Facts table. Invariants calculation.
StrictDoc shall support creation of fact tables and allow calculation of invariants for constraints enforcement.
FMEA/FMECA tables
StrictDoc shall support creation of FMEA/FMECA safety analysis documents.
Graphical User Interface (GUI)
StrictDoc shall provide a Graphical User Interface (GUI).
Web server and editable HTML pages
StrictDoc shall provide a web server that serves as a StrictDoc backend for reading and writing SDoc files.
Technical documentation is hard, it can be an extremely laborious process. Software shall support engineers in their work with documentation.


THe basic rules of chess
Here is a list of the rules that we are going to cover.
Scewers
Pins
Mysterious Attack
Chess is 100 percent > then anything else <
section 1
section 2
section 3
section 4
section 5
section 6
Harsh Sheth 2021 ©


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The values correspond to the mean and standard deviation of triplicates. Different letters indicate a significant difference (p <0.05).


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Anurag Jain
Advisor: Dr. Yashaswi Verma
Research Area: Applied Machine Learning and Computer Vision
Email<EMAIL_ADDRESS>About Me
I am pursuing my masters degree in Artificial Intelligence from the Department of Computer Science & Engineering, IIT Jodhpur. I joined here in July 2019.
I have 2+ years' of industrial experience in Research & Development. Prior to this I was working at Vehant Technologies, as Software Development Engineer.
I completed my B.Tech in Computer Science from
Jaypee University of Information Technology, Solan, H.P.
Experience
Vehant Technologies Private Limited, Noida, U.P.
Software Development Engineer (Jun 2017 - Jul 2019)
Research & Development in image processing and deep learning for various security surveillance and traffic monitoring projects.
Projects
Industrial Projects
- Automatic Number Plate Recognition System
- Helmet & Tripple Rider Violation Detection
- Seat Belt Violation Detection
- Vehicle Detection
B.Tech. Project
- Word Sense Disambiguation
Courses enrolled at IIT Jodhpur
Core Courses
MAL7020 Mathematics for Data Science
CSL7010 Artificial Intelligence - 1
CSL7020 Machine Learning - 1
CSL7040 Artificial Intelligence - 2
CSL7050 Machine Learning - 2
CSL7060 Real Time Autonomus System
CSP7010 Data Structures and Practices (Lab)
Elective Courses
CSL7080 Security and Applications
CSL7310 Vehicular Ad-hoc Networks
CSL7320 Digital Image Analysis
CSL7340 Natural Language Processing
CSL7360 Computer Vision
CSL7410 Graph Theory and Applications
CSL7420 Principles of Biological Vision
CSL7450 Computer Graphics
Teaching Assistantship at IIT Jodhpur
CSL7340 Natural Language Processing (Mar-Jun '21)
CSL2040 Maths for Computing (Mar-May '21)
CS321 Computer Networks (Dec-Feb '21)
CSL7050 Machine Learning - 2 (Sep-Feb '21)
CSL7010 Artificial Intelligence - 1 (Sep-Nov '20)
CSL7010 Artificial Intelligence - 1 (Feb-Jun '20)
CSL1010 Introduction to Computer Science (Jan-May '20)
CSL1010 Introduction to Computer Science (Jul-Dec '19)


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A wonderful serenity has taken possession of my entire soul, like these Sweet mornings of spr.
A wonderful serenity has taken possession of my entire soul, like these Sweet mornings of spr.
A wonderful serenity has taken possession of my entire soul, like these Sweet mornings of spr.
A wonderful serenity has taken possession of my entire soul, like these Sweet mornings of spr.
A wonderful serenity has taken possession of my entire soul, like these Sweet mornings of spr.
A wonderful serenity has taken possession of my entire soul, like these Sweet mornings of spr.
Alesso Year - Matthew...
Tujamo - Who
Dimitri-Vegas - MOGUAI
GJan-Tattoo - Dwin-Remix
Hardwell - Spaceman
Martin Garrix - Animals
Hardwell - Spaceman
Otto Knows - Million Voic...
Skrillex - Summit
Ses Vasile Daniel,
Bucharest
Nam mollis, elit quis dapibus ornare, elit justo eleifend urna, eu gravida elit orci qui
Donec id nisl sem. Mauris vulputate massa a tortor ultrices tincidunt. Suspendisse viverra facilisis dui eu suscipit.
Lorem ipsum ex vix illud nonummy, novum tation et his. At vix scriptaset patrioque scribentur, at pro fugit erts
Srterem molestiae, sed et vivendo ali Lorem ipsum ex vix illud nonummy, novum tation et his.


Bug summary:
The app will crash after a series of operations
Observed Behavior (a description of what happened with the app):
The app crashes
Expected Behavior (a description of what you expected to happen):
The app should behave correctly instead of crashing.
Steps to Reproduce (the steps to reproduce the problem):
1. Click the app icon to start the app.
2. An introduction will shown on the screen, click the "OK" button to close this introduction.
3. Click the "Action overflow" button on the right-top corner, and then add a task.
4. Type the task name, such as "test", and click the "ADD TASK" button.
5. Now, we should be able to see a task named "test" that has been listed.
6. Perform a long click on this created task. Then, on the popped menu, select "Show Times", nothing happened.
7. Click the "Action overflow" button again to add a new time range. Now, the app will crash.
Additional information:
This bug should be assigned the highest priority to be fixed as it crashes after some operations.
Attachments:


Before Change
def test_set_invalid_log_location(self):
self.assertFalse(os.path.isdir("/does/not/exist"))
sink = self._gen_sink_subclass()
err_rx = re.escape(
"The provided exception sink path at "/does/not/exist" is not writable or could not be created: [Errno 13]")
with self.assertRaisesRegexp(ExceptionSink.ExceptionSinkError, err_rx):
sink.reset_log_location("/does/not/exist")
After Change
// creating a new directory with safe_mkdir(), Linux errors out trying to create the directory
// for its log files with safe_open(). This may be due to differences in the filesystems.
// TODO: figure out why we error out at different points here!
err_str = Platform.current.match({
Platform.darwin: "The provided exception sink path at "/" is not writable or could not be created: [Errno 21] Is a directory: "/".",
Platform.linux: "Error opening fatal error log streams for log location "/": [Errno 13] Permission denied: "/.pids""
})
with self.assertRaisesWithMessageContaining(ExceptionSink.ExceptionSinkError, err_str):
sink.reset_log_location("/")
def test_log_exception(self):


My first passion in life is creating beautiful music. I play an array of instruments, and have a vast understanding of music theory. I also enjoy reading, and keeping up on current events. I just recently dove into coding. My skills have been growing rapidly. I currently attend DevMountain, and have been learning the following languages in depth.
I enjoy writing front-end code. My skills have been growing rapidly. I currently attend DevMountain, and have been learning the following languages in depth.


FREE online interactive lessons based around unanswered questions in Earth and Space Science to help students craft cogent scientific arguments based on the evidence.
Highlights
- Interactive models & Real-world data
- Videos of scientists working to answer the questions
Register to get
- Teacher Guides and Answer Keys
- Classroom Progress Tracking
- Pre- and Post-tests


Rick and Morty's Awesome API Adventure!
Morty
Rick
Jerry
Search for a Giph!
Submit
says:
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'
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says:
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says:
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says:
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says:
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ModelSync.Multi Class
This is a class extension for Y.Module allowing multiple model sync implementations to be used by a single model. When a class is created extending Y.Model, this class extension must come after all other class extensions which implement sync. Model classes using this extension should have a static SYNCS property. The SYNCS property will be an object of key/value pairs. There should be a value for each other sync implementation extension. The keys can be any name you want to give that implementation. When calling the sync methods such as load or save, the options argument object should be given a sync property which matches the name of one of the SYNCS to use.


Created by Giscard Biamby / @giscardbiamby
You have an existing .NET or Classic ASP app (or PHP or Node), and want to:
Web Farm + SQL cluster, behind a load balancer, and some jobs servers.
“The system becomes a house of cards. You fear any change and you fear replacing it since you don’t know everything about how it works.”- Chad Fowler
If your process allows people to bypass version control...
Branching and merging are such as hassle we never use them.
(More like 99.99% NO testing)
Created a Powershell script to set up the site in IIS, install deps.
Speed up edit/save/refresh cycle => Efficiency.
(we'll re-use this script later, when we move to Azure)
Why: Cheap & fast branching/merging that work, flexible workflows.
Peer pressure: You alienate yourself from developer community by not using Git.
“- Joel Spoelsky on MercurialGitWhen you switch to MercurialGit, you may not even realize it, but branching becomes possible again, and you don’t have to be afraid.
That means you can have team repositories, where a small team of programmers collaborates on a new feature, and when they’re done, they merge it into the main development repository, and it works!!
”
sudo apt-get install subversion
sudo apt-get git
sudo apt-get install git-core git-svn
sudo apt-get install ruby rubygems
sudo gem install svn2git
svn log -q | awk -F '|' '/^r/ {sub("^ ", "", $2); sub(" $", "", $2) ; print $2" = "$2" <"$2">"}' | sort -u > authors-transform.txt
mkdir yourproj
cd yourproj
svn2git http://your.svn.repo.com/YourProj --nobranches --notags --username YOURUSERNAME --verbose
git filter-branch --commit-filter 'git_commit_non_empty_tree "$@"' HEAD
git remote add origin git@bitbucket.org:you/YourProj.git
git push -u origin --all
cd YourProj
svn2git --rebase
When we were ready, we did a final svn->git sync, and everyone started committing to Git. That's all.
Have re-used this process for dozens of projects since.
| Azr. Websites | Cloud Svc | Azr. VM's | |
|---|---|---|---|
| Classic ASP | Yes | Yes | Yes |
| Custom Dep's | NO | Yes | Yes |
| VPN | NO | Yes | Yes |
- Easier to automate, scale, and manage than VM's.
- Note: Storage on Cloud Services is ephemeral; you aren't guaranteed to ever have a particular instance be alive for any period of time (so you need at least 2 instances, and don't write anything critical to disk).
- Go with VM's if you need persistent instances, e.g., if you have to write to disk a lot
<Startup>
<Task commandLine="Startup/Startup.cmd" executionContext="elevated" taskType="simple" />
</Startup>
(demo)
REM This script executes from: ...WindowsAzure1csxDebugrolesInqWebapprootbin
REM Some debug output -- output environment vars:
PowerShell -Version 3.0 -NoProfile -ExecutionPolicy Unrestricted "gci env: | format-list" >> "%TEMP%StartupLog-EnvironmentVars.txt" 2>&1
REM Run PowerShell startup script:
IF "%ComputeEmulatorRunning%" == "false" (
PowerShell -Version 3.0 -noprofile -ExecutionPolicy Unrestricted .Startupstartup.ps1 -ComputeEmulatorRunning "false" -Environment %Environment% -roleRoot %RoleRoot% >> "%TEMP%StartupLog.txt" 2>&1
) ELSE (
PowerShell -Version 3.0 -noprofile -ExecutionPolicy Unrestricted .Startupstartup.ps1 -ComputeEmulatorRunning "true" -Environment %Environment% -roleRoot %RoleRoot% >> "%TEMP%StartupLog.txt" 2>&1
)
REM If an error occurred, return the errorlevel:
EXIT /B %errorlevel%
(demo)
<ConfigurationSettings>
section, put your config's thereSo we needed VPN to connect Cloud Services to our datacenter
{ Datacenter:
Containers: [
{ ContainerNo:1, Clusters:[{}, {},...] },
{ ContainerNo:2, Clusters:[{}, {},...] },
...
]
}
Pick the one that works for your project/team.
commit -> build -> test -> deploy (demo: Octopus diagram)
PSake - DSL on top of PowerShell
Other Options: Rake, or Albacore (both Ruby)
Created AzzySync, cmdline app to sync local folders to Azure blob storage
1-2 minutes to publish files, 2.8x faster download


GT Summer Session Campaign
MinionMe
Mom's Almost Home!
Obey Girl
Nostalgia
Pitch Perfect 3 Campaign
Kynplex Logo
Galaxy Girl
Desolate
Sheets
AKPsi Rush Marketing
China Beauty
Untitled
Lab Trap
Autumn Dance
Another World


Poison the Well celebrating ‘The Opposite of December’ 20th anniversary at first show since 2016
by Andrew SacherFlorida metalcore vets Poison the Well‘s classic 1999 debut The Opposite of December… A Season of Separation (which we recently named one of 15 ’90s metalcore albums that still resonate today) turns 20 this December, and the band will celebrate the anniversary by performing the album in full at LA’s El Rey Theater on January 18. Tickets go on sale Friday (11/22) at 10 AM Pacific.
It’ll be the band’s first show since 2016 and it’s currently their only scheduled date. Here’s to hoping it goes well and they play the album in other cities too!
Stream the 2012 Rise Records reissue of The Opposite of December, which came packaged with its 2002 followup Tear from the Red, below, alongside the poster for the LA show.


yum install epel-release Later you would be able install most of the softwares you wish directly: yum intall git yum install mysql yum install nodejs


Scientific Content Enrichment in the Text Retrieval Conference (TREC) Polar Dynamic Domain Dataset.
MetaData Score : MIME Scores
MetaData Score : MIME Scores
Top 20 OWL Ontologies: Word Cloud
Location: Location Visualization
Measurements: Measurements Visualization
You may the complete homework description @ Link


Greg Narajka
About me:
GitHub
|
Portfolio
|
Stack Overflow Careers
Live projects:
Reviewer
|
Airlift
|
2048 clone


Ethiopia
Ethiopia, historically also known as Abyssinia, is Africa's oldest independent country and its second largest in terms of population. It served as a symbol of African independence throughout the colonial period, and was a founder member of the United Nations and the African base for many international organizations.Ethiopia has as many as 80 ethnic groups, each with its own language.
Ethiopia is a federal state subdivided into ethno-linguistically based regional states (plural: kililoch; singular: kilil) and chartered cities (plural: astedader akababiwach; singular: astedader akabibi). This system of administrative regions replaced the provinces of Ethiopia in 1992 under the Transitional Government of Ethiopia and was formalised in 1995 when the current Constitution of Ethiopia came into force. The regions are each governed by a regional council whose members are directly elected to represent districts (woreda). Each council has a president, who is elected by the council. The regions also have an executive committee, whose members are selected by the president from among the councilors and approved by the council. Each region has a sector bureau, which implements the council mandate and reports to the executive committee


Island Resort
Accommodations
Activities
Travel Arrangments
Pictures
Contact Information
A week (or a month) in the lap of luxury.
Spend a week one of our premium quality live spaces.


Home
Locations
Store
Sales
Contact
Pat's Salmon Cookies
Please feel free to conatct us at:
206-555-5555
pat@salmoncookies.com


The Hearing Centre
Dashboard
Patient
Accounts
Clinic
Feedback
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Overview
Invoices
01 CUSTOMER INFO
02 ITEM SELECTION
03 PAYMENT SELECTION
Customer Information
ITEM SELECTION
SUBMIT
PAYMENT SELECTION
SUBMIT


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This file is intended as a quick introduction on how to install and use the Projekktor <video> extension. To learn more about it please refer to:
Please check Projekktor License for detailed information about licensing.
Using Projekktor on your own websites is easy as 1-2-3:
Make sure your page loads the jQuery library V1.4.1 or higher. Version 1.4.2 is bundled with the distribution archive you got the file from you are currently reading. You may also want to check out jQuery´s home at jquery.com to learn more about it and what it does. To make jQuery available on your web page add the following HTML to your page´s HEAD section:
<script type="text/javascript" src="jquery.js"></script> <!-- Load jquery -->
Add the following HTML to your page´s HEAD section too. This will load the projekktor in its default configuration. Make sure you have uploaded projekktor.js, projekktor_theme_tll.css and playerMP4.swf to your webspace.
<script type="text/javascript" src="projekktor.js"></script> <!-- Load Projekktor player -->
<link rel="stylesheet" href="style/projekktor_theme_tll/style.css" type="text/css" media="screen" /> <!-- Load player theme -->
Alter the src path to projekktor.js as required or desired. If you want to put the above mentioned SWF to an other location alter the Projekktor configuration by hacking the following snippet into the HEAD of your HTML file(s):
<script type="text/javascript">
var PROJEKKTOR_CONFIG = {
playerFlashMP4: "<desired path here>/playerMP4.swf"
playerFlashMP3: "<desired path here>/playerMP3.swf"
};
</script>
Visit this page in order to learn more about available config params.
Use the HTML5 video tag as usual. E.g. for the above example use the following HTML:
<video class="projekktor" poster="poster.png" title="this is Projekktor" width="640" height="385" controls>
<source src="video.mp4" type="video/mp4" />
<source src="video.ogv" type="video/ogg" />
</video>
brought to you by spinning airwhale media - Free the Princess of Agentia!


Chefs'
Because anyone can be a chef!
What does Chefs' look like?
What is Chefs' ?

How much time do you spend going through all of this for a dinner idea?
We present an application that will make you say goodbye to these problems and make cooking even more fun for you.
 Never be afraid of losing them again - all recipes will be saved in the cloud on your personal account, so even when you change your phone, all your recipes will remain in your pocket.
Chefs' has been created with your convenience in mind. The minimalist design allows you to focus on what is important. When you need to cook something, easily browse and search your list of dishes. When you cook, check off the ingredients you added so you never add sugar twice again. Add recipes to your favorites to easily find what you like to prepare or you eat the most.
Now you can add a new recipe in just a few seconds. Enter the ingredients by hand or paste the entire list from the website and we will divide it accordingly. Add recipe steps, preparation time and number of servings. If you want to show off your recipe, add an interesting description and photo of your creation.
Browse community recipes for ideas and culinary inspiration. When you find something for yourself, start cooking right away or save the recipe for later. If you speak more than one language, you can also view recipes from abroad.
There are many cooking enthusiasts, so why not be able to share your dishes. You can send each recipe to your friends with a few clicks and a link generated in the application. Additionally, you can save the recipes made available to you instantly.
We know that the internet is not always available, so Chefs' works offline as well. Not only can you view all your own recipes, but you can also add new ones without accessing the web!


ng-jack
Magic happening...
Add player
Remove player
Play!
Start over
Dealer
Dealer busted!
Score: {{ game.state.dealer.score }}
Player {{ $index + 1 }}
Hit
Stand
Score: {{ player.score }}
You lose!
You win!
You bust!
Push!


There are a number of netref object types that require unambiguous identifiers in order for the protocol to function properly. These include metadata elements, constraints, diagnostics, and schemas.The syntax would thus be:
info:netref/<netref object type>/<sub-authority>/<id>
example:
info:netref/metadata/1/question-id
For information about this NISO activity see:
http://www.niso.org/committees/committee_az.html
(Temporary note: this is analogous to the SRW info namespace.)


2.3 Grouped Frequency
When counting by every unit of measure is too granular, we can create grouped frequency distribution. To do this, we need to decide on how many groups (\(n_{classes}\)) and the width of the group (class width or interval, \(i\)) that we will combine the original scores to.
\[\begin{equation*} n_{class} = \frac{range(X)}{i} \end{equation*}\]
Some rules/guideline
- if \(\frac{range(X)}{i}\) is a decimal, round up and use that rounded up number as \(n_{class}\)
- \(i\) should be odd
- The lowest limit of new class (aka interval, stated or apparent limit) should be divisible by \(i\)
(TODO: reasoning for #2, #3)
If you are starting from number of classes, same formula applies
\[\begin{equation} i = \frac{range(X)}{n_{class}} \end{equation}\] \tag{2.1}
To compute grouped frequency:
- Start with range of limits for smallest class \((class_{\ i,\ LL}, class_{\ i,\ UL}) = (min(x_{LL}),\ min(x_{LL}) + i)\)
- Increment \(i\) until \(max(x_{UL})\): \((class_{i,\ LL}, class_{i,\ UL}) = (class_{\ i-1,\ UL},\ class_{\ i-1,\ UL} + i)\)
- Stop at \((class_{i,\ LL}, class_{i,\ UL}) = (class_{\ i-1,\ UL},\ max(x_{UL})\)
Example with 4 classes
Using nClasses
as starting point using (2.1):
# number of classes
nClasses <- 5
# interval width, i
iWidth <- ceiling((max(x) - min(x) + 1) / nClasses)
class_LL <- seq(from = min(x) - chocochip_unit/2, to = max(x) - chocochip_unit/2, by = iWidth)
class_UL <- class_LL + iWidth
class_name = paste0(class_LL, " - ", class_UL)
# "8.5 - 13.5", # (min lower limit of x, .... )
# "13.5 - 18.5",
# "18.5 - 23.5",
# "23.5 - 28.5",
# "28.5 - 33.5" # (..., max upper limit of x)
# Pretty name of class name (without bounds)
# also in factor data type for plotting and grouping in R
chips_group = paste0(ceiling(class_LL), " - ", floor(class_UL))
df_freq_grouped <- tibble(x) %>%
rowwise() %>%
mutate(
# assumes correct (class_LL, class_UL)
which_group_index = which((x > class_LL & x < class_UL)),
`$(class_{LL} - class_{UL})$` = class_name[which_group_index],
`Chip Group (class)` = factor(chips_group[which_group_index], levels = chips_group)
) %>%
group_by(`$(class_{LL} - class_{UL})$`, `Chip Group (class)`) %>%
tally(name = "f") %>%
mutate(
cf = cumsum(f),
p = f / max(cf),
cp = cf / max(cf)
) %>%
arrange(desc(`Chip Group (class)`)) # display the table ordered, increasing from bottom to up
| \((class_{LL} - class_{UL})\) | Chip Group (class) | f | cf | p | cp |
|---|---|---|---|---|---|
| 28.5 - 33.5 | 29 - 33 | 4 | 4 | 1 | 1 |
| 23.5 - 28.5 | 24 - 28 | 5 | 5 | 1 | 1 |
| 18.5 - 23.5 | 19 - 23 | 5 | 5 | 1 | 1 |
| 13.5 - 18.5 | 14 - 18 | 5 | 5 | 1 | 1 |
| 8.5 - 13.5 | 9 - 13 | 5 | 5 | 1 | 1 |
library(ggplot2)
ungrouped_freq_plot <- ggplot(df_freq) +
geom_bar(aes(x, f), stat = "identity") +
ylim(0, 5) +
xlab("# of Chocolate Chips per Cookie") +
ylab("Frequency")
grouped_freq_plot <- ggplot(df_freq_grouped) +
geom_bar(aes(`Chip Group (class)`, f), stat = "identity") +
ylim(0, 5) +
xlab("# of Chocolate Chips per Cookie") +
ylab("Frequency")
gridExtra::grid.arrange(ungrouped_freq_plot, grouped_freq_plot, widths=c(0.55, 0.45), ncol=2)


Try out our Premium Member services: Virtual Legal Assistant, Query Alert Service and an ad-free experience. Free for one month and pay only if you like it.
W.P.No.52615/2018 -1- IN THE HIGH COURT OF KARNATAKA AT BENGALURU DATED THIS THE 10TH DAY OF DECEMBER, 2018 PRESENT HON'BLE MR.JUSTICE DINESH MAHESHWARI, CHIEF JUSTICE AND HON'BLE MRS.JUSTICE S. SUJATHA WRIT PETITION No.52615 OF 2018 (GM - MM - S) BETWEEN: M/s. SRINIVAS PRASAD STONE CRUSHER Sy.No.215/P5, NELLIKAR VILLAGE POST: HOSMAR, MOODABIDRI HOBLI MANGALURU TALUK, D.K., REP. BY ITS PARTNER Mr. RAVINDRA SHETTY S/O LATE SADHU SHETTY AGED ABOUT 44 YEARS SP GARDEN, BAJAGOLI-574122 KARKALA, UDUPI DISTRICT. ... PETITIONER (BY SRI K.CHANDRANATH ARIGA, ADV.) AND: 1. THE MEMBER SECRETARY KARNATAKA STATE POLLUTION CONTROL BOARD, PARISARA BHAVANA No.49, CHURCH STREET BENGALURU-560001. 2. THE DEPUTY COMMISSIONER CHAIRMAN, DISTRICT STONE CRUSHER LICENSING & REGULATION AUTHORITY DAKSHINA KANNADA DISTRICT MANGALURU-575001. 3. THE SENIOR ENVIRONMENTAL OFFICER KARNATAKA STATE POLLUTION CONTROL BOARD, PARISARA BHAVANA No.49, CHURCH STREET, BENGALURU-560001. W.P.No.52615/2018 -2- 4. THE DEPUTY DIRECTOR DEPARTMENT OF MINES & GEOLOGY DAKSHINA KANNADA DISTRICT JAGUL TOWERS, KADRI MANGALURU-575004. ... RESPONDENTS (BY SRI D.NAGARAJ, ADV. FOR R-1 & R-3; SRI V.G.BHANU PRAKASH, AGA FOR R-2 & R-4.) --- THIS WRIT PETITION IS FILED UNDER ARTICLES 226 AND 227 OF THE CONSTITUTION OF INDIA, PRAYING TO QUASH THE ORDER DATED 15.11.2018 ISSUED BY R-1 [ANNEXURE-E]; DIRECT THE R-1 TO OBTAIN A REPORT ABOUT THE CRUSHER OF THE PETITIONER AFTER NOTICE TO THE PETITIONER; AND ETC., THIS WRIT PETITION COMING ON FOR PRELIMINARY HEARING THIS DAY, CHIEF JUSTICE MADE THE FOLLOWING: ORDER
By way of this writ petition, the petitioner has questioned the order dated 15.11.2018, whereby the respondent-Karnataka State Pollution Control Board ('KSPCB') has purportedly withdrawn the consent issued under Section 21(4) of Air (Prevention and Control of Pollution) Act, 1981.
It is rather an admitted position that the said order has been passed by the KSPCB without extending any opportunity of hearing to the petitioner and only with reference to the recommendation made by the Hon'ble Upa Lokayuktha.
W.P.No.52615/2018 -3- With grant of the consent, specific civil rights came existing in favour of the petitioner; and it remains elementary that any order proposing to take away the existing rights cannot be passed without extending a reasonable opportunity of hearing to the petitioner. On this ground itself, this petition is required to be allowed.
In fact, learned counsel appearing for the KSPCB has also frankly submitted that the petitioner deserves an opportunity of hearing and that the KSPCB shall pass fresh order after extending an opportunity of hearing to the petitioner.
Taking note of the submissions so made, while the impugned order dated 15.11.2018 (Annexure-E) issued by respondent No.1 is set aside, in the interest of justice, it is provided that if any order adverse to the interest of the petitioner is proposed to be passed, it would be required of the KSPCB to serve a specific show cause notice to the petitioner with the specific ground, which the petitioner is required to meet.
The petitioner shall be required to submit his reply within three weeks of receipt of such notice and thereafter, it W.P.No.52615/2018 -4- would be open for the respondent to pass appropriate orders in accordance with law while dealing with the submissions of the petitioner.
The petition stands disposed of accordingly.
Sd/-
CHIEF JUSTICE Sd/-
JUDGE Dvr:


I have always had a keen interest in computers; mainly software. The best way for me to have a better grasp on software was for me to take a programming class.
Naturally after a lot of delibaration, Moringa, I figured was the best option for me to take my first steps as a programmer


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10.35 Constraint Logic Programming over Rationals or Reals—
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bokeh.models.formatters¶
Models for controlling the text and visual formatting of tick labels on Bokeh plot axes.
-
class
BasicTickFormatter
(**kwargs)[source]¶ Bases:
bokeh.models.formatters.TickFormatter
Display tick values from continuous ranges as “basic numbers”, using scientific notation when appropriate by default.
-
power_limit_high
¶ property type:
Int
Limit the use of scientific notation to when:
log(x) >= power_limit_high
-
power_limit_low
¶ property type:
Int
Limit the use of scientific notation to when:
log(x) <= power_limit_low
-
-
class
CategoricalTickFormatter
(**kwargs)[source]¶ Bases:
bokeh.models.formatters.TickFormatter
Display tick values from categorical ranges as string values.
-
class
DatetimeTickFormatter
(**kwargs)[source]¶ Bases:
bokeh.models.formatters.TickFormatter
A
TickFormatter
for displaying datetime values nicely across a range of scales.DatetimeTickFormatter
has the following properties (listed together with their default values) that can be used to control the formatting of axis ticks at different scales scales:microseconds = ['%fus'] milliseconds = ['%3Nms', '%S.%3Ns'] seconds = ['%Ss'] minsec = [':%M:%S'] minutes = [':%M', '%Mm'] hourmin = ['%H:%M'] hours = ['%Hh', '%H:%M'] days = ['%m/%d', '%a%d'] months = ['%m/%Y', '%b%y'] years = ['%Y']
Each scale property can be set to format or list of formats to use for formatting datetime tick values that fall in in that “time scale”. By default, only the first format string passed for each time scale will be used. By default, all leading zeros are stripped away from the formatted labels.
This list of supported strftime formats is reproduced below.
- %a
- The abbreviated name of the day of the week according to the current locale.
- %A
- The full name of the day of the week according to the current locale.
- %b
- The abbreviated month name according to the current locale.
- %B
- The full month name according to the current locale.
- %c
- The preferred date and time representation for the current locale.
- %C
- The century number (year/100) as a 2-digit integer.
- %d
- The day of the month as a decimal number (range 01 to 31).
- %D
- Equivalent to %m/%d/%y. (Americans should note that in many other countries %d/%m/%y is rather common. This means that in international context this format is ambiguous and should not be used.)
- %e
- Like %d, the day of the month as a decimal number, but a leading zero is replaced by a space.
- %f
- Microsecond as a decimal number, zero-padded on the left (range<PHONE_NUMBER>99). This is an extension to the set of directives available to timezone.
- %F
- Equivalent to %Y-%m-%d (the ISO 8601 date format).
- %G
- The ISO 8601 week-based year with century as a decimal number. The 4-digit year corresponding to the ISO week number (see %V). This has the same format and value as %Y, except that if the ISO week number belongs to the previous or next year, that year is used instead.
- %g
- Like %G, but without century, that is, with a 2-digit year (00-99).
- %h
- Equivalent to %b.
- %H
- The hour as a decimal number using a 24-hour clock (range 00 to 23).
- %I
- The hour as a decimal number using a 12-hour clock (range 01 to 12).
- %j
- The day of the year as a decimal number (range 001 to 366).
- %k
- The hour (24-hour clock) as a decimal number (range 0 to 23). Single digits are preceded by a blank. (See also %H.)
- %l
- The hour (12-hour clock) as a decimal number (range 1 to 12). Single digits are preceded by a blank. (See also %I.) (TZ)
- %m
- The month as a decimal number (range 01 to 12).
- %M
- The minute as a decimal number (range 00 to 59).
- %n
- A newline character. Bokeh text does not currently support newline characters.
- %N
- Nanosecond as a decimal number, zero-padded on the left (range 000000000-999999999). Supports a padding width specifier, i.e. %3N displays 3 leftmost digits. However, this is only accurate to the millisecond level of precision due to limitations of timezone.
- %p
- Either “AM” or “PM” according to the given time value, or the corresponding strings for the current locale. Noon is treated as “PM” and midnight as “AM”.
- %P
- Like %p but in lowercase: “am” or “pm” or a corresponding string for the current locale.
- %r
- The time in a.m. or p.m. notation. In the POSIX locale this is equivalent to %I:%M:%S %p.
- %R
- The time in 24-hour notation (%H:%M). For a version including the seconds, see %T below.
- %s
- The number of seconds since the Epoch, 1970-01-01 00:00:00 +0000 (UTC).
- %S
- The second as a decimal number (range 00 to 60). (The range is up to 60 to allow for occasional leap seconds.)
- %t
- A tab character. Bokeh text does not currently support tab characters.
- %T
- The time in 24-hour notation (%H:%M:%S).
- %u
- The day of the week as a decimal, range 1 to 7, Monday being 1. See also %w.
- %U
- The week number of the current year as a decimal number, range 00 to 53, starting with the first Sunday as the first day of week 01. See also %V and %W.
- %V
- The ISO 8601 week number (see NOTES) of the current year as a decimal number, range 01 to 53, where week 1 is the first week that has at least 4 days in the new year. See also %U and %W.
- %w
- The day of the week as a decimal, range 0 to 6, Sunday being 0. See also %u.
- %W
- The week number of the current year as a decimal number, range 00 to 53, starting with the first Monday as the first day of week 01.
- %x
- The preferred date representation for the current locale without the time.
- %X
- The preferred time representation for the current locale without the date.
- %y
- The year as a decimal number without a century (range 00 to 99).
- %Y
- The year as a decimal number including the century.
- %z
- The +hhmm or -hhmm numeric timezone (that is, the hour and minute offset from UTC).
- %Z
- The timezone name or abbreviation.
- %%
- A literal ‘%’ character.
Warning
The client library BokehJS uses the timezone library to format datetimes. The inclusion of the list below is based on the claim that timezone makes to support “the full compliment of GNU date format specifiers.” However, this claim has not been tested exhaustively against this list. If you find formats that do not function as expected, please submit a github issue, so that the documentation can be updated appropriately.
-
days
¶ property type:
List
(String
)Formats for displaying datetime values in the
days
range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
hourmin
¶ property type:
List
(String
)Formats for displaying datetime values in the
hourmin
(for combined hours and minutes) range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
hours
¶ property type:
List
(String
)Formats for displaying datetime values in the
hours
range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
microseconds
¶ property type:
List
(String
)Formats for displaying datetime values in the
microseconds
range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
milliseconds
¶ property type:
List
(String
)Formats for displaying datetime values in the
milliseconds
range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
minsec
¶ property type:
List
(String
)Formats for displaying datetime values in the
minsec
(for combined minutes and seconds) range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
minutes
¶ property type:
List
(String
)Formats for displaying datetime values in the
minutes
range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
months
¶ property type:
List
(String
)Formats for displaying datetime values in the
months
range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
seconds
¶ property type:
List
(String
)Formats for displaying datetime values in the
seconds
range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
years
¶ property type:
List
(String
)Formats for displaying datetime values in the
years
range.See the
DatetimeTickFormatter
help for a list of all supported formats.
-
formats
¶ A dictionary containing formats for all scales.
THIS PROPERTY IS DEPRECTATED. Use individual DatetimeTickFormatter fields instead.
-
class
FuncTickFormatter
(**kwargs)[source]¶ Bases:
bokeh.models.formatters.TickFormatter
Display tick values that are formatted by a user-defined function.
-
args
¶ property type:
Dict
(String
,Instance
(Model
) )A mapping of names to Bokeh plot objects. These objects are made available to the formatter code snippet as the values of named parameters to the callback.
-
code
¶ property type:
String
A snippet of JavaScript code that reformats a single tick to the desired format. The variable
tick
will contain the unformatted tick value and can be expected to be present in the code snippet namespace at render time.Example:
code = ''' return Math.floor(tick) + " + " + (tick % 1).toFixed(2) '''
-
classmethod
from_coffeescript
(code, args={})[source]¶ Create a FuncTickFormatter instance from a CoffeeScript snippet. The function body is translated to JavaScript using node. The variable
tick
will contain the unformatted tick value and can be expected to be present in the code snippet namespace at render time.Example:
code = ''' return Math.floor(tick) + " + " + (tick % 1).toFixed(2) '''
-
classmethod
from_py_func
(func)[source]¶ Create a FuncTickFormatter instance from a Python function. The function is translated to JavaScript using PyScript. The variable
tick
will contain the unformatted tick value and can be expected to be present in the function namespace at render time.Example:
code = ''' def ticker(): return "{:.0f} + {:.2f}".format(tick, tick % 1) '''
The python function must have no positional arguments. It’s possible to pass Bokeh models (e.g. a ColumnDataSource) as keyword arguments to the function.
-
-
class
LogTickFormatter
(**kwargs)[source]¶ Bases:
bokeh.models.formatters.TickFormatter
Display tick values from continuous ranges as powers of some base.
Most often useful in conjunction with a
LogTicker
.
-
class
NumeralTickFormatter
(**kwargs)[source]¶ Bases:
bokeh.models.formatters.TickFormatter
Tick formatter based on a human-readable format string.
-
format
¶ property type:
String
The number format, as defined in the following tables:
NUMBERS:
Number Format String 10000 ‘0,0.0000’ 10,000.0000 10000.23 ‘0,0’ 10,000 10000.23 ‘+0,0’ +10,000 -10000 ‘0,0.0’ -10,000.0 10000.1234 ‘0.000’ 10000.123 10000.1234 ‘0[.]00000’ 10000.12340 -10000 ‘(0,0.0000)’ (10,000.0000) -0.23 ‘.00’ -.23 -0.23 ‘(.00)’ (.23) 0.23 ‘0.00000’ 0.23000 0.23 ‘0.0[0000]’ 0.23 1230974 ‘0.0a’ 1.2m 1460 ‘0 a’ 1 k -104000 ‘0a’ -104k 1 ‘0o’ 1st 52 ‘0o’ 52nd 23 ‘0o’ 23rd 100 ‘0o’ 100th CURRENCY:
Number Format String 1000.234 ‘$0,0.00’ $1,000.23 1000.2 ‘0,0[.]00 $’ 1,000.20 $ 1001 ‘$ 0,0[.]00’ $ 1,001 -1000.234 ‘($0,0)’ ($1,000) -1000.234 ‘$0.00’ -$1000.23 1230974 ‘($ 0.00 a)’ $ 1.23 m BYTES:
Number Format String 100 ‘0b’ 100B 2048 ‘0 b’ 2 KB<PHONE_NUMBER> ‘0.0b’ 7.3GB<PHONE_NUMBER>787 ‘0.000 b’ 3.154 TB PERCENTAGES:
Number Format String 1 ‘0%’ 100% 0.974878234 ‘0.000%’ 97.488% -0.43 ‘0 %’ -43 % 0.43 ‘(0.000 %)’ 43.000 % TIME:
Number Format String 25 ‘00:00:00’ 0:00:25 238 ‘00:00:00’ 0:03:58 63846 ‘00:00:00’ 17:44:06 For the complete specification, see http://numbrojs.com/format.html
-
language
¶ property type:
Enum
(NumeralLanguage
)The language to use for formatting language-specific features (e.g. thousands separator).
-
rounding
¶ property type:
Enum
(RoundingFunction
)Rounding functions (round, floor, ceil) and their synonyms (nearest, rounddown, roundup).
-
-
class
PrintfTickFormatter
(**kwargs)[source]¶ Bases:
bokeh.models.formatters.TickFormatter
Tick formatter based on a printf-style format string.
-
format
¶ property type:
String
The number format, as defined as follows: the placeholder in the format string is marked by % and is followed by one or more of these elements, in this order:
- An optional
+
sign Causes the result to be preceded with a plus or minus sign on numeric values. By default, only the
-
sign is used on negative numbers.
- An optional
- An optional padding specifier
Specifies what (if any) character to use for padding. Possible values are 0 or any other character preceded by a
'
(single quote). The default is to pad with spaces.
- An optional
-
sign Causes sprintf to left-align the result of this placeholder. The default is to right-align the result.
- An optional
- An optional number
Specifies how many characters the result should have. If the value to be returned is shorter than this number, the result will be padded.
- An optional precision modifier
Consists of a
.
(dot) followed by a number, specifies how many digits should be displayed for floating point numbers. When used on a string, it causes the result to be truncated.
- A type specifier
Can be any of:
%
— yields a literal%
characterb
— yields an integer as a binary numberc
— yields an integer as the character with that ASCII valued
ori
— yields an integer as a signed decimal numbere
— yields a float using scientific notationu
— yields an integer as an unsigned decimal numberf
— yields a float as iso
— yields an integer as an octal numbers
— yields a string as isx
— yields an integer as a hexadecimal number (lower-case)X
— yields an integer as a hexadecimal number (upper-case)
-
-
class
TickFormatter
(**kwargs)[source]¶ Bases:
bokeh.model.Model
A base class for all tick formatter types.
TickFormatter
is not generally useful to instantiate on its own.


Hello world!
Welcome *insert name here*
Classes are displayed here.
Assignments are displayed here.
Students can turn in grades here.
Description of assignment.
Due date (and time)
Write a short paper about ____.
Due 04/12/2016 18:00
Turn in your program here.
Due 04/23/2016 12:00
Grades are displayed here.
Students will (later) have panels that open the grades for that class up.
Instructors will be able to modify grades here.
Assignment Name
Status of assignment
Actual / Total points
Assignment 1
Pending
-/100
Assignment 2
Pending
-/200
Settings are displayed here.
Users can set what alert message they want and can change theme.


Emails¶
Note
Example files to look at:
tutorial_2_emails.rpy
email_template.rpy
A brief overview of the steps required (more detail below):
Open email_template.rpy and copy-paste
example_guest
into a new file.Rename the guest and follow the instructions to fill out the various fields.
Writing an Email Chain¶
Emails in this program have several additional features:
You may have a varying number of emails in a chain (limited only by how many email icons will fit comfortably on the email button)
You may have as as few as one or up to five responses available to answer
Emails can have “branching paths”; simply answering one email incorrectly does not necessarily mean the whole email chain is failed.
Guests are automatically added to the guestbook. Some information about them is unlocked when the player invites them to the party, and additional information is added after the guest has attended the party.
Viewing a guest’s information for the first time in the guestbook awards the player an hourglass.
The easiest way to get started writing an email is to copy the definition for example_guest
inside email_template.rpy and modify it to your needs. The various fields are explained with comments in the file itself so you understand what information to give it. The newest feature is the use of EmailReply
objects, which allow email chains a greater degree of flexibility. This is explained below.
EmailReply(choice_text, player_msg, guest_reply, continue_chain=None, email_success=None)
A class intended to facilitate writing email replies.
- choice_text
A string. The text of the choice to reply to the email.
- player_msg
A string. The message the player writes after the choice is made.
- guest_reply
A string. The guest’s reply to the player’s message.
- continue_chain
If this email chain will continue after the player selects this reply, this is a list of EmailReply objects that will be available the next time the player is given the opportunity to reply.
- email_success
If explicitly set to a boolean value, this indicates if it ends the email chain in a good (True) or bad (False) way.
Both the player_msg
and guest_reply
fields use a special helper function called filter_whitespace
, which removes leading and trailing whitespace (mostly the “space” character) from the string and turns a single newline into a space. Double newlines are preserved.
In practice, this means you can use line breaks to keep your email messages readable inside your code editing program, and can use indentation to better show a chain of emails.
If you want to preserve single newlines exactly as written, there is a variable in variables_editable.rpy
called email_newline_to_space
. By default, this value is True
(aka it will convert single newlines to a space), but you can set it to False
in order to have newlines remain exactly as written. Note that you’ll need to start a new game in order to see changes in email display.
In order to have “branching paths” for emails, you must use the continue_chain
field. The example below demonstrates how to write an email chain with three initial responses that each lead to a different second email:
default longcat = Guest(
"longcat",
"Long Cat",
"Email/Thumbnails/longcat.webp",
"Email/Guest Images/longcat.webp",
"Long Cat, the longest cat in the world.",
"Meow? Mrrrow... meow meow.",
"""To [name]:
Meow? Meow meow.
From, Long Cat""",
[ EmailReply(
"There will be fish at the party",
"""Dear Long Cat,
We will have fish at the party, meow!
From, [name]""",
"""To [name]:
Meow!!! Mew meowww. Mrow?
From, Long Cat""",
[ EmailReply(
"Tuna fish",
"""Dear Long Cat,
The fish will be tuna fish, meow!
From, [name]""",
"""To [name]:
Mrow... mew.
From, Long Cat""",
email_success=True
), EmailReply(
"Salmon",
"""Dear Long Cat,
We will have salmon available at the party, meow!
From, [name]""",
"""To [name]:
Meow!!! Mew meow mew.
From, Long Cat""",
email_success=True
)]
), EmailReply(
"Laser pointers",
"""Dear Long Cat,
We will be giving out laser pointers to the guests at the party! I
hope you find this a source of entertainment.
From, [name]""",
"""To [name]:
Hiss!!! Mrow... meow.
From, Long Cat""",
email_success=False,
continue_chain=[ EmailReply(
"No laser pointers",
"""Dear Long Cat,
My apologies for the misunderstanding; there will no longer be laser
pointers at the party. Hope to see you there!
From, [name]""",
"""To [name]:
Mew mew meow!
From, Long Cat""",
email_success=True
), EmailReply(
"Yarn",
"""Dear Long Cat,
Beside the laser pointers, we will also have plenty of yarn for your
enjoyment. Hope to see you there!
From, [name]""",
"""To [name]:
Hisssss! Hiss!!!
From, Long Cat""",
email_success=False
)]
), EmailReply(
"Meow meow meow!",
"""Dear Long Cat,
Meow! Mew mew mew, mrow, meow!
From, [name]""",
"""To [name]:
Purrrrrr.... meow.
From, Long Cat""",
email_success=True
)],
"Meow meow! Purr....",
s,
"Omg it's Long Cat!!! I need to find and pet them...",
"seven front party happy",
num_emails=2
)
Though the example above is long, it functions as follows:
First email:
"There will be fish at the party" (correct)
Second email:
"Tuna fish" (correct)
"Salmon" (correct)
"Laser pointers" (wrong)
Second email:
"No laser pointers" (correct)
"Yarn" (wrong)
"Meow meow meow!" (correct)
Incorrect answers decrease the guest’s odds of attending the party, while correct answers will increase the odds. A “perfect” email chain (one where num_emails
emails are replied to correctly) will guarantee the guest’s attendance at the party.
Calculating if a Guest Will Attend¶
The program follows its own set of logic for determining if a guest will attend the party. A guest is guaranteed to attend the party when:
The player has correctly answered
num_emails
with the guestThe player has read the guest’s final reply and the email is marked as Completed
A guest will never attend the party if:
The player has not read the most recent email
The email chain is not complete
The player did not get any emails correct
The email chain has timed out
If the player has read all the guest’s emails and reached the end of an email chain with them, then the odds of the guest attending depend on how many emails the player got correct with them. In the Long Cat example above, if the player answers “There will be fish at the party” -> “Tuna fish” or “There will be fish at the party” -> “Salmon”, then Long Cat is guaranteed to attend the party.
If the player answers “Laser pointers” -> “Yarn” then the email chain will be failed and Long Cat will not attend the party.
If the player answers “Laser pointers” -> “No laser pointers”, then Long Cat will have a 50% (1/2) chance of attending the party.
If the player answers “Meow meow meow!” then Long Cat will have a 50% chance of attending the party, even though there are no further emails, since num_emails
is 2 and the player only got 1 answer correct.
The odds of a guest attending the party are calculated after the email is answered. In other words, if a guest has a 50% chance of attending the party, reloading a save just before playing the party will not change whether they attend or not.
A guest will be unlocked in the guest book as soon as the player invites them to the party, but further information will only be unlocked if the guest actually attends the party.
Checking in-game if a Guest Will Attend¶
Once an email chain is completed, you can check whether or not a particular guest is attending via the attending
field e.g.
if rainbow.attending:
ja "It's so good to see Rainbow here!"
Inviting a Guest¶
After defining your guest, you can invite them to the party using the line:
invite your_guest
where your_guest
is the variable you made when defining the guest using
default your_guest = Guest(...)
Tip
You can also use call invite(your_guest)
to invite a guest.
After the player finishes the timeline item where the guest was invited, they will receive the first email from the guest.
How Emails are Sent¶
After the guest is invited to the party, the player will receive an initial email from them. From that point onwards, if the player does not reply to the email, after every timeline item a variable attached to every Email object called timeout
will decrease by 1. By default, timeout
begins at 25.
The timeout counter will reset to 25 as soon as the player replies to the email. However, if the timer reaches 0 (aka the player has gone through 25+ timeline items since they first received the email), the email will be considered timed out and can no longer be replied to.
Once the player replies to the email, the program calculates when it should send the guest’s reply based on how many timeline items remain in the route. For example, if there are 20 remaining timeline items on the route and 2 remaining emails in the chain, then the maximum number of timeline items the program will wait before delivering an email reply is 20 / 2 = 10
. The minimum number of timeline items it will wait is 1 or 10 - 7 = 3
, whichever is larger – in this case, 3.
The Guestbook¶
There are several fields when defining a Guest which correspond to text which will appear in the guestbook. These are:
- comment_who
The ChatCharacter object of the character who will talk about this guest in the guestbook.
e.g.
s
- comment_what
What the above character will say about the guest.
e.g. “I can’t believe I got to meet Long Cat!”
- comment_img
A string that corresponds to a defined image or layeredimage attributes to display the sprite of the character who is talking about the guest.
e.g. “seven front party happy”
The player will also receive 1 hourglass the first time they view a guest’s entry in the guestbook after successfully inviting them to the party. The short_desc
field’s contents are shown to the player in the guestbook after they first invite the guest, and the personal_info
field is revealed in the guestbook only after the guest has successfully attended the party.
Testing Emails¶
While you are writing a route, you might want to test email chains and party comments without going through the whole game just to invite the guest. To do that, load up a save file and then click the Developer button from the home screen. Next, click on Test Emails.
Here you will find a list of all the guests the game could find to invite. Simply click the guest’s name to invite them to the party. Some other buttons are available at the bottom of the screen:
- Force email replies
Causes all undelivered emails to be delivered at once. (For example, if you sent a reply to a guest, then clicking Force email replies would immediately deliver the guest’s response to your inbox).
- Invite all guests
Invites every possible guest. This includes guests which aren’t accessible to invite in-game but were declared as a Guest. All their emails will appear in your inbox. Note that it is possible to invite the same guest more than once with this method. Inviting the same guest multiple times can sometimes cause odd side effects.
- Start Party
Begins the guest showcase part of the party. Guests only attend if their email chains have been successfully completed as described in Calculating if a Guest Will Attend.
- Indicate correct answers
If turned on, the “correct” email answer will be have a checkmark in the corner when replying to emails.
Email Callbacks¶
You can also optionally specify a callback for a guest’s email chain. This callback will be called run each time the email is marked as “read”.
As an example, say you would like to set a variable to True in the specific case that the player has seen the guest’s second email reply (not including the initial “introductory” email).
First, you need to set up a Guest and specify that they have a callback. For this example, we’ll use the Long Cat guest from earlier. In particular, to keep this short, the EmailReply objects are omitted:
default longcat = Guest(
"longcat",
"Long Cat",
"Email/Thumbnails/longcat.webp",
"Email/Guest Images/longcat.webp",
"Long Cat, the longest cat in the world.",
"Meow? Mrrrow... meow meow.",
"""To [name]:
Meow? Meow meow.
From, Long Cat""",
## EMAIL REPLIES OMITTED FROM EARLIER EXAMPLE FOR BREVITY
[ EmailReply(...)],
"Meow meow! Purr....",
s,
"Omg it's Long Cat!!! I need to find and pet them...",
"seven front party happy",
num_emails=2,
callback=longcat_email_callback
)
Here you can see at the very end that the argument callback=longcat_email_callback
was added. This is the name of a function that must be defined. Typically it is a good idea to define it above your Guest definition.
An email callback takes one parameter, the email object associated with the callback. You can then access the various email fields to get information about the guest or email in progress. An example email callback for longcat might look like:
init python:
def longcat_email_callback(email):
global saw_longcat_email2
if email.msg_num >= 2:
saw_longcat_email2 = True
return
default saw_longcat_email2 = False
This sets the variable saw_longcat_email2
to True when the player reads Long Cat’s second reply (not counting Long Cat’s initial email message). There are many other email fields you can access to determine what the program should do.
Note
This callback will be triggered every time the player opens the email chain. Thus, the callback generally should not have what are called “side effects”, things that you wouldn’t want to happen every time the player opened the email. For example, if you want to increase a counter, you should have a flag to ensure you only increase the counter once, on the first viewing of an email e.g.
def longcat_email_callback(email):
global saw_longcat_email2, my_email_counter
if email.msg_num >= 2 and not saw_longcat_email2:
saw_longcat_email2 = True
my_email_counter += 1
The check and not saw_longcat_email2
ensures that the code my_email_counter += 1
only happens once, the first time the Long Cat email chain is marked as read. Without it, my_email_counter
will increase by 1 every time the player views the email (which is probably not what you intended).


iRASPA uses material types to distinguish between various behaviours. For example, crystals are periodic and hence have a unit cell. For atomic crystals, the most natural coordinate is the fractional position. In contrast, a molecule is nonperiodic, has no unit-cell, and therefore must be defined in Cartesian coordinates.
iRASPA therefore defines and uses the following material types:
A crystal uses fractional positions, is periodic, has a unit cell, a space group, and is viewed as a collection of individual atoms. Atoms are confined to the unit cell and bonds sticking out of the unit cell are cut at the unit cell interface.
A molecular crystal uses Cartesian positions, is periodic, has a unit cell, a space group, and is viewed as a collection of molecules.
A protein crystal uses Cartesian positions, is periodic, has a unit cell, a space group, and is viewed as a collection of atoms. More than 50% of all atoms belong to aminoacids. Atoms are not placed back in the unit ell by default.
A molecule uses Cartesian positions, is non-periodic, has no unit cell, no space group, and is viewed as a collection of atoms. Althought there is no unit cell, there is a bounding-box.
A protein uses Cartesian positions, is non-periodic, has no unit cell, no space group, and is viewed as a collection of atoms. Althought there is no unit cell, there is a bounding-box. More than 50% of all atoms belong to aminoacids.
|
Condition POSCAR/CONTCAR-file |
Material type |
|
POSCAR/CONTCAR-file |
Crystal |
|
Condition CIF-file |
Material type |
|
cif-file fractional positions |
Crystal |
|
cif-file Cartesian positions |
Molecular crystal |
|
Condition XYZ-file |
Material type |
|
xyz-file without Lattice="ax ay az bx by bz cx cy cz" |
Molecule |
|
xyz-file with Lattice="ax ay az bx by bz cx cy cz" |
Molecular crystal |
|
Condition mmCIF-file |
Material type |
|
mmCFI-file fractional positions, aminoacids < 50% |
Crystal |
|
mmCIF-file Cartesian positions, aminoacids < 50% |
Molecular Crystal |
|
mmCIF-file aminoacids > 50% |
Protein crystal |
|
Condition PDB-file |
Material type |
|
pdb-file without CRYST1, aminoacids < 50% |
Molecule |
|
pdb-file without CRYST1, aminoacids > 50% |
Protein |
|
pdb-file with CRYST1, aminoacids < 50% |
Crystal |
|
pdb-file with CRYST1, aminoacids > 50% |
Protein crystal |


New software separates vocals and instruments in recorded music
by Mark FrauenfelderOur pal Andy Baio has been experimenting with an audio separation library called spleeter "that uses machine learning to quickly and freely separate music into stems." It does a surprisingly good job, and he is using it to make funny mashups:


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