public abstract class AbstractUtilitySpace extends java.lang.Object implements UtilitySpace
UtilitySpace
but does not
implement the details. Adds the discountFactor as a mechanism to implement
discount. A filename is remembered. Also adds default functionality to
support implementation of concrete utility spaces.
In the future this class may have to be split in more parts.| Modifier and Type | Field and Description |
|---|---|
protected java.lang.String |
fileName |
| Constructor and Description |
|---|
AbstractUtilitySpace(Domain dom)
sets domain and tries to load the file into XML root.
|
| Modifier and Type | Method and Description |
|---|---|
void |
checkReadyForNegotiation(Domain dom)
Check if this utility space is ready for negotiation.
|
java.lang.Double |
discount(double util,
double time)
Specific implementation for discount, based on a discount factor.
|
double |
getDiscountFactor() |
Domain |
getDomain() |
java.lang.String |
getFileName() |
Bid |
getMaxUtilityBid()
Returns the maximum bid in the utility space.
|
Bid |
getMinUtilityBid()
Returns the worst bid in the utility space.
|
java.lang.String |
getName() |
java.lang.Double |
getReservationValue()
The reservation value is the least favourable point at which one will
accept a negotiated agreement.
|
double |
getReservationValueUndiscounted()
Equivalent to
getReservationValue() , but always returns a double
value. |
double |
getReservationValueWithDiscount(double time)
The discounted version of
getReservationValue() . |
double |
getReservationValueWithDiscount(TimeLineInfo timeline)
The discounted version of
getReservationValue() . |
double |
getUtilityWithDiscount(Bid bid,
double time)
|
double |
getUtilityWithDiscount(Bid bid,
TimeLineInfo timeline)
Let d in (0, 1) be the discount factor.
|
boolean |
isDiscounted() |
void |
setDiscount(double newDiscount) |
void |
setReservationValue(double newRV) |
protected double |
validateDiscount(double df) |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
copy, equals, getUtility, isComplete, toXML
public Domain getDomain()
getDomain
in interface UtilitySpace
public void setReservationValue(double newRV)
newRV
- new reservation value.public void setDiscount(double newDiscount)
newDiscount
- new discount factor.public java.lang.Double getReservationValue()
This is value remains constant during the negotiation. However, by
default, the reservation value descreases with time. To obtain the
discounted version of the reservation value, use
getReservationValueWithDiscount(TimeLineInfo)
.
getReservationValue
in interface UtilitySpace
public double getReservationValueUndiscounted()
getReservationValue()
, but always returns a double
value. When the original reservation value is null it returns the
default value 0.getReservationValue()
public double getReservationValueWithDiscount(double time)
getReservationValue()
.time
- at which we want to know the utility of the reservation value.public double getReservationValueWithDiscount(TimeLineInfo timeline)
getReservationValue()
.timeline
- specifying the current time in the negotiation.public boolean isDiscounted()
public final double getDiscountFactor()
public java.lang.String getFileName()
public double getUtilityWithDiscount(Bid bid, TimeLineInfo timeline)
Timeline
. We compute the discounted utility
discountedUtility as follows:
discountedUtility = originalUtility * d^t.
For t = 0 the utility remains unchanged, and for t = 1 the original
utility is multiplied by the discount factor. The effect is almost linear
in between. Works with any utility space.bid
- of which we are interested in its utility.timeline
- indicating the time passed in the negotiation.public double getUtilityWithDiscount(Bid bid, double time)
bid
- of which we want to know the utility at the given time.time
- at which we want to know the utility of the bid.public java.lang.Double discount(double util, double time)
discount
in interface UtilitySpace
util
- the undiscounted utility as coming from
UtilitySpace.getUtility(Bid)
.time
- a real number in the range [0,1] where 0 is the start of the
negotiation and 1 the end. See also TimeLineInfo
.protected double validateDiscount(double df)
public final Bid getMaxUtilityBid() throws java.lang.Exception
java.lang.Exception
- if there is no bid at all in this util space.public Bid getMinUtilityBid() throws java.lang.Exception
java.lang.Exception
- if there is no bid at all in the util spacepublic void checkReadyForNegotiation(Domain dom) throws java.lang.Exception
dom
- is the domain in which nego is taking placejava.lang.Exception
- if utility space is incomplete (@see isComplete())public java.lang.String getName()
getName
in interface UtilitySpace


Left
Right
Jump
A game by Karol Swierczek | Controls: W, D / arrows and SPACE | Points: 0
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memusage - profile memory usage of a program
memusage [option]... program [programoption]...
memusage is a bash script which profiles memory usage of the program,
program. It preloads the libmemusage.so library into the
caller's environment (via the LD_PRELOAD environment variable; see
ld.so(8)). The libmemusage.so library traces memory allocation
by intercepting calls to malloc(3), calloc(3), free(3),
and realloc(3); optionally, calls to mmap(2), mremap(2),
and munmap(2) can also be intercepted.
memusage can output the collected data in textual form, or
it can use memusagestat(1) (see the -p option, below) to
create a PNG file containing graphical representation of the collected
data.
The "Memory usage summary" line output by memusage contains
three fields:
- heap total
- Sum of size arguments of all malloc(3) calls, products of
arguments (nmemb*size) of all calloc(3) calls, and
sum of length arguments of all mmap(2) calls. In the case of
realloc(3) and mremap(2), if the new size of an allocation
is larger than the previous size, the sum of all such differences (new
size minus old size) is added.
- heap peak
- Maximum of all size arguments of malloc(3), all products of
nmemb*size of calloc(3), all size arguments of
realloc(3), length arguments of mmap(2), and
new_size arguments of mremap(2).
- stack peak
- Before the first call to any monitored function, the stack pointer address
(base stack pointer) is saved. After each function call, the actual stack
pointer address is read and the difference from the base stack pointer
computed. The maximum of these differences is then the stack peak.
Immediately following this summary line, a table shows the number
calls, total memory allocated or deallocated, and number of failed calls for
each intercepted function. For realloc(3) and mremap(2), the
additional field "nomove" shows reallocations that changed the
address of a block, and the additional "dec" field shows
reallocations that decreased the size of the block. For realloc(3),
the additional field "free" shows reallocations that caused a
block to be freed (i.e., the reallocated size was 0).
The "realloc/total memory" of the table output by
memusage does not reflect cases where realloc(3) is used to
reallocate a block of memory to have a smaller size than previously. This
can cause sum of all "total memory" cells (excluding
"free") to be larger than the "free/total memory"
cell.
The "Histogram for block sizes" provides a breakdown of memory
allocations into various bucket sizes.
- -n name, --progname=name
- Name of the program file to profile.
- -p file, --png=file
- Generate PNG graphic and store it in file.
- -d file, --data=file
- Generate binary data file and store it in file.
- -u, --unbuffered
- Do not buffer output.
- -b size, --buffer=size
- Collect size entries before writing them out.
- --no-timer
- Disable timer-based (SIGPROF) sampling of stack pointer value.
- -m, --mmap
- Also trace mmap(2), mremap(2), and munmap(2).
- -?, --help
- Print help and exit.
- --usage
- Print a short usage message and exit.
- -V, --version
- Print version information and exit.
- The following options apply only when generating graphical output:
- -t, --time-based
- Use time (rather than number of function calls) as the scale for the X
axis.
- -T, --total
- Also draw a graph of total memory use.
- --title=name
- Use name as the title of the graph.
- -x size, --x-size=size
- Make the graph size pixels wide.
- -y size, --y-size=size
- Make the graph size pixels high.
Exit status is equal to the exit status of profiled program.
Below is a simple program that reallocates a block of memory in cycles that rise
to a peak before then cyclically reallocating the memory in smaller blocks
that return to zero. After compiling the program and running the following
commands, a graph of the memory usage of the program can be found in the file
memusage.png:
$ memusage --data=memusage.dat ./a.out
...
Memory usage summary: heap total: 45200, heap peak: 6440, stack peak: 224
total calls total memory failed calls
malloc| 1 400 0
realloc| 40 44800 0 (nomove:40, dec:19, free:0)
calloc| 0 0 0
free| 1 440
Histogram for block sizes:
192-207 1 2% ================
...
2192-2207 1 2% ================
2240-2255 2 4% =================================
2832-2847 2 4% =================================
3440-3455 2 4% =================================
4032-4047 2 4% =================================
4640-4655 2 4% =================================
5232-5247 2 4% =================================
5840-5855 2 4% =================================
6432-6447 1 2% ================
$ memusagestat memusage.dat memusage.png
#include <stdio.h>
#include <stdlib.h>
#define CYCLES 20
int
main(int argc, char *argv[])
{
int i, j;
int *p;
printf("malloc: %zd\n", sizeof(int) * 100);
p = malloc(sizeof(int) * 100);
for (i = 0; i < CYCLES; i++) {
if (i < CYCLES / 2)
j = i;
else
j--;
printf("realloc: %zd\n", sizeof(int) * (j * 50 + 110));
p = realloc(p, sizeof(int) * (j * 50 + 100));
printf("realloc: %zd\n", sizeof(int) * ((j+1) * 150 + 110));
p = realloc(p, sizeof(int) * ((j + 1) * 150 + 110));
}
free(p);
exit(EXIT_SUCCESS);
}
memusagestat(1), mtrace(1) ld.so(8)
This page is part of release 5.05 of the Linux man-pages project. A
description of the project, information about reporting bugs, and the latest
version of this page, can be found at https://www.kernel.org/doc/man-pages/.


HN's book suggestion threads are an invaluable resource to discover great reads. It has frequently been my goto option to find books related to a specific subject. This is a curated collection of threads pertaining to book recommendations.
Github Source


How CircleCI and Code Climate have given us the tools we need to better use our test results.
Over the past few years, we’ve spent a lot of time working to improve our testing tools. Lately, we’ve been using Jasmine to write tests for our JavaScript and have added additional metrics for greater visibility into our projects—but we were lacking code quality and test-coverage monitoring. That’s where CircleCI and Code Climate save the day. This post will show you what these services offer and how to use them within your Gulp and GitHub workflow.
CircleCI aims to help developers “ship better code, faster" with continuous integrations and deployments. I love that CircleCI integrates so nicely with GitHub. I can see right there in a pull request whether the tests for that code are passing, and the setup is pretty simple too.
CircleCI will watch for updates to your GitHub repo by default, so you simply need to include a circle.yml file in the root of your project, and you should be good to go:
test:
override:
- ./node_modules/.bin/gulp ci
Your gulpfile.coffee also gets a new task:
gulp.task("ci", ['build', 'test'])
Log in to CircleCI.com, click the “Add Projects" link in the left-hand nav. You should now see a list of your GitHub repos on the page, each with a button to tell CircleCI to follow that repo.
Now, whenever code gets pushed to the GitHub repo, CircleCI will run the test suite and insert a message on any pull requests to let us know if everything is passing.
Code Climate offers “hosted static analysis for Ruby, PHP, and JavaScript source code." I like Code Climate because it provides a quick, easy-to-read grade of our code and identifies areas that need more attention. Grades are assigned to code using a scale similar to a standard US grading system.
The first thing to do is to log into codeclimate.com and click the “Add a Repo" button in the top right.
Select your repo and then give it a minute to process.
Once it’s ready, click on the “Settings" link (gear icon) next to the repo name (#1) and then select Analysis (#2).
Select which languages you want to test (#3).
Under Analysis, you’ll also find the ability to exclude third-party libraries and code that should not be evaluated (#4). Something like this is probably appropriate to be ignored:
Exclude patterns
js/lib/*
specs/lib/*
Now you can click on Integrations and select GitHub Pull Requests. This will add a message from CodeClimate into your pull request. If you use Slack to communicate amongst your team, you can also turn on the Slack notification to drop messages into a project chat room.
Next, you can grab the code from the Badges section and drop a nifty little badge into your project’s README.md file.
You’re now grading our JavaScript. Bask in the glory of your good grades.
It’s nice to know how much of your code you are testing. To do this, we’re going to set up CircleCI to work with Code Climate.
I like using Karma and karma-coverage for a really easy way to get a code coverage report.
module.exports = (gulp, cfg, env) ->
karma = require('karma').server
gulp.task 'karma', (done) ->
karma.start
configFile: cfg.karmaConfig
singleRun: true
, done
You’ll also need to update the ci
task in gulpfile.coffee
to use Karma:
gulp.task("ci", ['build', 'karma'])
Updating the circle.yml file to also send the lcov file to Code Climate.
test:
override:
- ./node_modules/.bin/gulp ci
- CODECLIMATE_REPO_TOKEN=$CodeClimateToken ./node_modules/.bin/codeclimate < reports/coverage/lcov.info
You probably noticed the $CodeClimateToken
in circle.yml. We don’t want to store our token in plain text, or check it into GitHub. So, CircleCI gives us the ability to store environment variables that we can access from our tasks—+1 for security.
CircleCI will now send our code coverage numbers to Code Climate, so we can see our coverage numbers on the dashboard.
Click on the Code tab at the top, and then find a file that has a coverage number listed on the right. Click on the file name, then Source, and finally select Coverage at the top right.
Now you can see what parts of your code aren’t being hit by your tests.
Adding these services has given us greater visibility into the quality of the code that we are creating. It has also given our project managers and other stakeholders greater confidence in what we are producing using proven tools to track code quality. I don’t know about you, but I consider helping us stay on top of writing the best possible code a major win.
I’m really excited about the direction that these services are moving in. If you’re looking for more ways to up your build process game, check out this article from Adam about some other tools that we have added to our toolchain.


If you're new to Waves LPoS (Leased Proof of Stake), you can read more about it here and here.
We collect funds in Waves, Ether and Bitcoin through Anote. These funds will be used for crowdfunding our projects and making them profitable, but most of them will be used for stabilizing our stable coins which means they will never be spent completely so we can use these Waves for staking with our node.
Pledge - Sponsored Leased Staking
We will lease all Waves we raise in our crowdfunding campaign to our node address for staking. If you lease your Waves to us too, you will receive your your share in prize.
As a growth hacking (marketing) technique, we pledge here that we will exclude all our addresses when sharing the staking prize thus theoretically making our node the most profitable Waves node for everybody else - meaning you. Our goal is to become the biggest node in a short amount of time.
Leasing to Anonutopia Node
Please lease to this address to start staking with Anonutopia:
3PLJQASFXtiohqbirYwSswjjbYGLfaGDEQy


Closes the SimpleFilter
valueContainer
.
Return the debug info about this component.
Un-selects the specified value.
The value whose state the method should reset.
Disable the component. Normally this means that the component will not execute handlers for the framework events (query events, for example). Component are enabled by default on creation.
Enable the component. Normally this means that the component will execute handlers for the framework events (query events, for example). Components are enabled by default on creation.
Return the bindings, or environment, for the current component.
Gets the captions of the currently selected field values in the SimpleFilter
.
An array containing the selected captions.
Gets the caption of a specific field value.
The field value whose caption the method should attempt to get.
The value caption, if available; the original value otherwise.
Gets the SimpleFilter
valueContainer
.
The SimpleFilter
valueContainer.
Opens the SimpleFilter
valueContainer
.
Resets the component to its original state.
Selects the specified value. Also triggers a query, by default.
The value to select.
true
by default. If set to false
, the method triggers no query.
Opens or closes the SimpleFilter
valueContainer
, depending on its current state.
Selects or un-selects the specified value, depending on its current state.
The value whose state the method should toggle.
Get the bound component to the given HTMLElement. Throws an assert if the HTMLElement has no component bound, unless using the noThrow argument.
If there is multiple component bound to the current HTMLElement, you must specify the component class.
HTMLElement for which to get the bound component.
Optional component class. If the HTMLElement has multiple components bound, you must specify which one you are targeting.
Boolean option to tell the method to not throw on error.
Allows the component to bind events and execute them only when it is enabled.
Contains the state of options for different components. Mainly used by ResultLink.
Contains the state of different components (enabled vs disabled). Allows to get/set values. Triggers component state event when modified. Each component can listen to those events.
A disabled component will not participate in the query, or listen to ComponentEvents.
Allows component to log in the dev console.
Contains the singleton that allows to trigger queries.
Contains the state of the query. Allows to get/set values. Trigger query state event when modified. Each component can listen to those events.
A reference to the root HTMLElement (the SearchInterface).
A reference to the root of every component, the SearchInterface.
The static ID that each component need to be identified.
For example, SearchButton -> static ID : SearchButton -> className : CoveoSearchButton
A reference to the Analytics.client.
Specifies the field whose values the SimpleFilter
should output result filters from.
Specifying a value for this option is required for the SimpleFilter
component to work.
data-field='@foo'
Specifies the maximum number of field values to display in the SimpleFilter
dropdown menu.
Default value is 5
. Minimum value is 0
.
data-maximum-number-of-values='10'
string? The sort criteria to use.
Default: score
Allowed values:
score
: sort using the score value which is computed from the number of occurrences of a field value, as well as from the position
where query result items having this field value appear in the ranked query result set. When using this sort criterion, a field value
with 100 occurrences might appear after one with only 10 occurrences, if the occurrences of the latter field value tend to appear higher
in the ranked query result set.
occurrences
: sort by number of occurrences, with field values having the highest number of occurrences appearing first.
alphaascending/alphadescending
: sort alphabetically on the field values.
chisquare
: sort based on the relative frequency of field values in the query result set compared to their frequency in the entire index. This means that a field value that does
not appear often in the index, but does appear often in the query result set will tend to appear higher.
Specifies the title to display for the SimpleFilter
.
Default value is the localized string for NoTitle
.
data-title='foo'
Specifies a JSON object describing a mapping of SimpleFilter
values to their desired captions.
Examples:
`
javascript
var myValueCaptions = {
"txt" : "Text files",
"html" : "Web page",
[ ... ]
};Coveo.init(document.querySelector("#search"), { SimpleFilter : { valueCaption : myValueCaptions } });
* Or before the `init` call, using the 'options' top-level function:
```javascript
Coveo.options(document.querySelector("#search"), {
SimpleFilter : {
valueCaption : myValueCaptions
}
});

Specifies a static list of field values to display in the SimpleFilter
dropdown menu.
This option is undefined by default, which means that the component generates a dynamic list of field values
by performing a GroupByRequest
operation at the same time as the main query.
Creates a new SimpleFilter
component. Binds multiple query events as well.
the HTMLElement on which to instantiate the component.
The options for the SimpleFilter
component.
The bindings that the component requires to function normally.
The
SimpleFilter
component displays a dropdown menu containing field values which the end user can select to filter the query results.The list of available field values in the dropdown menu can either be static (defined through the
values
option), or dynamic (automatically obtained through aGroupByRequest
operation performed at the same time as the main query).


--- layout: page title: Yan Wang (王妍) subtitle: Google Scholar Page use-site-title: true ---
I am now a Postdoc Researcher with Computer Cognition, Vision, and Learning Research (CCVL) Group, John Hopkins University, advised by Prof. Alan Yuille. Before joining CCVL group, I was a Research Scholar with the Computational Biology and Cognitive Science (CBCS) Laboratory, The Ohio State University, advised by Prof. Aleix Martinez.
I received the Ph.D. degree in Electrical and Electronic Engineering from Nanyang Technological University, Singapore, in 2017, advised by Prof. Alex Kot.Computer Vision, Medical Image Analysis, Pattern Recognition, Object Search
Email: wyanny.9 AT gmail DOT com, ywang372 AT jhu DOT edu


Testing results for the VICINITY WoT ontology.
The following table lists the VICINITY WoT ontology requirements and the VICINITY WoT ontology satisfies them.
There are four possible results for each requirement:
| Identifier | Category | Competency Question | Result |
|---|---|---|---|
| WoT1 | Thing | What is a thing in the web thing context? | |
| WoT15 | Property | What is a property? | |
| WoT16 | Action | What is an action? | |
| WoT17 | Event | What is an event? | |
| WoT21 | Thing | A thing interaction can be available over different or multiple protocols | |
| WoT22 | Protocol | What is a protocol? | |
| WoT24 | Thing | Each thing has at least an interaction pattern | |
| WoT25 | Interaction pattern | An interaction pattern can have different endpoints | |
| WoT26 | Interaction pattern | Each interaction pattern has its own attributes | |
| WoT27 | Interaction pattern | Each interaction pattern has an endpoint | |
| WoT28 | Interaction pattern | Each endpoints has minimun two attributes URI and mediatype | |
| WoT29 | Security | Security is associated with things | |
| WoT31 | Link | An endpoint can be associated with a thing without determine the interaction patterns | |
| WoT32 | Link | Each interaction pattern has a name and a Web Resource address | |
| WoT33 | Interaction | An interaction has a type and attributes | |
| WoT34 | Interaction | An interaction has a type and attributes | |
| WoT35 | Interaction pattern | Each interaction pattern can be readable or writable through an endpoint |
The following table summarises the metrics related to the VICINITY WoT ontology
| Metric | Result |
|---|---|
| Percentage of covered requirement | 100% |
| Percentage of requirements with terms that are undefined in the ontology | 0% |
| Percentage of requirements that lead to conflict | 0% |
| Percentage of tested terms | 48.64% |


NUMERICAL RANGES OF POWERS OF OPERATORS
Thesis by
Blias Sai Wan Shiu
In Partial Fulfillment of the Requirements for the Degree of
Doctor of Philosophy
California Institute of Technology
Pasadena, California
1975
(Submitted May 12, 1975)
Reproduced with permission of the copyright owner. Further reproduction prohibited without permission.


D&A INNOVATING TEAM is an awesome idea that was suggested by Mrs. Dominique Yanze from Cameroon.
Its main objective is to help people to interact freely with their social media account and promote their enterprises.
Help them to meet and link to other from different countries and origines.


{{ extends 'global/Page.html' }} {{ block title }}Decision{{ endblock }} {{ block content }}
You are now asked to make the actual decisions which will determine your earnings. Which lottery do you prefer to play – A or B? Please make 10 choices. Remember that only one of the decisions will be randomly selected for execution.
| # | Lottery A | Lottery B | Your decision? |
|---|---|---|---|
| 1 | {{ lottery1 }}{{ pointsA }} | {{ lottery1 }}{{ pointsB }} | {{ formfield 'lottery1' }} |
| 2 | {{ lottery2 }}{{ pointsA }} | {{ lottery2 }}{{ pointsB }} | {{ formfield 'lottery2' }} |
| 3 | {{ lottery3 }}{{ pointsA }} | {{ lottery3 }}{{ pointsB }} | {{ formfield 'lottery3' }} |
| 4 | {{ lottery4 }}{{ pointsA }} | {{ lottery4 }}{{ pointsB }} | {{ formfield 'lottery4' }} |
| 5 | {{ lottery5 }}{{ pointsA }} | {{ lottery5 }}{{ pointsB }} | {{ formfield 'lottery5' }} |
| 6 | {{ lottery6 }}{{ pointsA }} | {{ lottery6 }}{{ pointsB }} | {{ formfield 'lottery6' }} |
| 7 | {{ lottery7 }}{{ pointsA }} | {{ lottery7 }}{{ pointsB }} | {{ formfield 'lottery7' }} |
| 8 | {{ lottery8 }}{{ pointsA }} | {{ lottery8 }}{{ pointsB }} | {{ formfield 'lottery8' }} |
| 9 | {{ lottery9 }}{{ pointsA }} | {{ lottery9 }}{{ pointsB }} | {{ formfield 'lottery9' }} |
| 10 | {{ lottery10 }}{{ pointsA }} | {{ lottery10 }}{{ pointsB }} | {{ formfield 'lottery10' }} |
Once you have made your decisions please click ‘Next’.
{{ next_button }} {{ endblock }}


Physical Biochemistry Course Material, Fall 2018
Class 1: Introduction
Syllabus
Class 2: Protein domains
Reading
Sadreyev et al (2009)
Woolfson (2015)
Molecules of the Cell, Chapter 4


Gunadarma University
I am currently studying at Gunadarma University, majoring in informatics engineering
Absent with QrCode and Face Recognition
I am currently studying at Gunadarma University, majoring in informatics engineering
I work there as a full stack programmer


About City
Allahabad ( इलाहाबाद )
Allahabad is the oldest living city in India after Varanasi. The city is the Judicial capital of Uttar Pradesh with Allahabad High Court being the highest judicial body in the state. As of 2011, Allahabad is the seventh most populous city
in the state, twelfth in Northern India and thirty-sixth in India, with an estimated population of 1.11 million in the city and 1.21 million in its metropolitan region.
Coordinates: 25.45 N 81.85 E
Area : 63.07 Sq. km.
Population : 4,941,510 (2001 census)
Languages : Hindi, English, Urdu.
Festivals : Magh Mela, Kumbh Mela, Ardh Kumb Mela, Dussehra.
Local Transport : Taxis, Buses, Rikshaws.
STD Code : 0532
Allahabad By Air
Allahabad has its own domestic airport named Bamrauli airport which is 15 km away from the heart of the city. The airport is connected to metros like Delhi, Kolkata, and Lucknow. Airport to city taxi charge is about Rs 400/-. Abroad
travelers need to get connecting flights from Delhi or Kolkata.
Allahabad By Bus
UPSRTC buses give service to most of the cities in Uttar Pradesh. From Allahabad bus services are available to Delhi (650 km) and Kolkata (800 km).
Allahabad By Train
Allahabad has a major railway station in the heart of the city and is well connected to all the important cities in India.
{% endblock %}


--- layout: default title: About ME ---
Hi, I’m a second year student pursuing my Masters in Computer Science at the Rochester Institute of Technology. By passion I am an engineer and my motto is Never Stop Learning. I like to develop products that can empower everyone to achieve more.
During my Bachelors at Indian Institute of Technology Jodhpur I got exposure to Data Structures and Algorithms and my first program of printing hello world has made me enthusiastic in writing more code and made me what i am today. After coming to RIT I have enhanced my programming skills by taking up the course on Algorithms and also by writing complex algorithms like heuristic search to my first Decision tree as part of the course on Artificial Intelligence.
I have also worked on diversifying my knowledge and skill set by taking up the courses such as Foundations of Computer Vision, Introduction to Machine Learning and loved every bit of developing projects such as Nuclei Segmentation and a feed forward neural network classifier to classify digits. I am also a Teaching Assistant for undergraduate courses on Java and Python and I mentor students by guiding them to use appropriate data structure and algorithms in their assignments and projects.
Prior to joining RIT for my masters I have almost 2.5 years of professional software development experience. During this time I have programmed in languages like Java, JavaScript and worked on different frameworks, projects and teams. As a software engineer I was responsible for designing and developing features for the product and also was part of some of the major refactorings of the code base. This experience gave me a valuable insight in system design and full stack development.
May 2021 - Aug 2021
Responsible for handling MATLAB App Building figure position while adding custom menu and tool bars in the figure. Documented use cases for the feature in confluence, designed architecture by learning solid architecture principles and implemented the design using JavaScript.Tracked the progress using Jira and used Perforce as version control software for the code.
Aug 2020 - May 2021
Taught Java and Python for over 100 students in their first year of undergrad and also mentored students to guide them in using appropriate Datastructures and Algorithms for their labs and projects.
Nov 2016 - Aug 2019
Worked as a developer for a web application product analogous to Tableau and was responsible for handling entire backend modules in the product. Designed and developed a lot of API's to ensure smooth flow and reduced the latency from ~8sec to ~2sec for the data to be extracted and visualized in the product. Led some major refactoring efforts for the codebases and reduced a lot of bugs.
Solved sudoku puzzle in live videos by leveraging functions in OpenCV as well as CNN for identifying digitis in the frame and finally using backtracking solved and displayed the result.
Segmented the tiny nuclei in the histopathological images by using a sophisticated voting algorithm to find markers and then applying the Marked Watershed algorithm on top of them using MATLAB.
Created a decision tree classifier using Python based on entropy and information gain to classify english and dutch language based on 10 handpicked features.Achieved an accuracy of 98% on 2000 sentences.
Implemented Apriori algorithm in Python to determine common mixed cuisines that go together in popular states in the US from Yelp Dataset to help investors/chefs to invest in those cuisines.


Preparation time
30 mins to 1 hour
Cooking time
30 mins to 1 hour
Serves
Makes 6 pies
These dinky little pies are perfect for picnics or as part of a ploughman's lunch. The jelly is a nice touch but not essential if you're short of time.
Preheat the oven to 200C/400F/Gas 6. Grease a 6-hole muffin tin
To make the pastry, sift the flours into a bowl and rub in the butter until the mixture resembles breadcrumbs. Bring the water and salt to a boil then add the lard and stir until the lard has melted.
Pour the lard and water over the flour mixture and stir to form a dough. Tip the dough onto a floured work surface and work into a smooth ball (you must work quickly or the dough will become too firm to handle).
Roll the pastry out to a thickness of about 3mm/⅛in. Cut out six 15cm/6in circles and use each circle to line a hole in the muffin tin. Cut six 10cm/4in circles for the lids and set them aside.
For the filling, cook the quails' eggs in a pan of boiling water for two minutes then refresh in cold water, peel carefully and set aside.
Put the onion, pork, bacon and parsley into a bowl, season with salt and freshly ground black pepper and mix until well combined. Spoon a little of the mixture into each lined pie case, place a quail's egg in the centre and spoon over a little more filling.
Brush the edge of each pie case with a little beaten egg, place the lids on top and crimp the edges together to seal completely. Make a small hole in centre of each pie and bake in the oven for 40 minutes.
When the pies are cooked, set them aside to cool for 10 minutes. If making the jelly, dissolve the stock cube in the boiling water. Soak the gelatine in a little cold water until soft then squeeze out excess water and whisk into the warm chicken stock.
Pour the gelatine mixture into the hole in the top of each pie until the hollow cavity within the pie is filled. Allow the pies to set in the fridge overnight.


Summoner Basillia:
Greetings, traveler. I am Basillia, a Summoner of the Ivory Tower.
I was born in this place, but left it over 30 years ago.
Let's get down to business, shall we? I know what you're here for... Take out your Arcana Card and prepare for battle! I have already summoned my cat, Mimi.
Take out the Arcana Card.


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Data ranges from 2009-05-09 to 2015-08-21. Mouseover/touch map elements to display event details. Changing year or month fetches new datafiles (use sparingly on mobile).
For an exploatory analysis of this data, you can
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.
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Behaviours: gen_server.
chef_keygen_worker makes RSA key pairs just for you.
chef_keygen_worker is a single-use worker gen_server. When started, it generates an RSA
key pair and stores it in server state. Calling get_key_pair/1
will return the
generated key pair and terminate the worker.
Instead of relying on NIFs and correct use of libopenssl, this code shells out to openssl to generate a private key and then uses functions in the public_key module to extract and encode the public key. The call to the openssl command line utility is done via open_port and requires message passing. For this reason, the call is made inside init to avoid issues from misuse of this single key pair worker.
Basic use is:{ok, Pid} = chef_keygen_worker:start_link(), #key_pair{public_key = Pub, private_key = Priv} = chef_keygen_worker:get_key_pair(Pid)There are two app config keys you can use to control the behavior of this worker. The key
keygen_size
determines the RSA key size in bits to generate. If not specified, the
default is 2048. For use with the Chef authentication protocol, you should not use a key
size less than 2048. Since key generation is a CPU intensive task, the operation is
carried out under a timeout configured via keygen_timeout
. If a key generation takes
longer than this value (default is 1000 ms) then the atom keygen_timeout
is returned
instead of a key. Both values are read from app config on each invocation.
| code_change/3 | |
| get_key_pair/1 | |
| handle_call/3 | |
| handle_cast/2 | |
| handle_info/2 | |
| init/1 | |
| start_link/1 | |
| terminate/2 |
code_change(OldVsn, State, Extra) -> any()
get_key_pair(Pid::pid()) -> #key_pair{} | keygen_timeout
handle_call(Request, From, KeyPair) -> any()
handle_cast(Request, State) -> any()
handle_info(Info, State) -> any()
init(X1) -> any()
start_link(Config) -> any()
terminate(Reason, State) -> any()
Generated by EDoc, Jul 9 2014, 00:12:49.


pain treatment rehabilitation chronic programs Pain specialized children adolescents studies care pediatric USA outcome patients therapy {border-style Zernikow criteria px;} #ffffff;} health outcomes intensive long-term review Specialized important components different effectiveness interdisciplinary program results Hechler Pediatr. intensity pain: regarding sleep programs. Dobe However, Programs inpatient pain-related psychological short-term systematic Wager centers e.g., medical reported school Rehabilitation admission disability domains effects Psychol. differences high include long need px; {font-family ./j.jpain... Blankenburg Children Chronic D.E. Hirschfeld Kosfelder Treatment clinical core effective font-size included large measures months outpatient pain, pain. recent reduction similarities study treatment. utilization ./s--- Furthermore, L.E. Logan Palermo T.M. addition, anxiety associated clinics comorbidities comparability double; family follow-up functional i.e., provide quality recommendations research review, sessions showed significant structure symptoms therapeutic C.B. G.A. Med. Medical Table active barriers based border-color border-width daily disease effect exclusion information literature moderate multimodal needs number reductions report severe severely social solid; team techniques time treatment) {font-style {font-weight ./j.pain... AUS Bath, Benore Clin. Conroy Eccleston Eur. GER Outcomes Simons Thus, according activities address adolescents: adverse availability bold certain cognitive-behavioral components, components. conducted considerable considered contributed controlled courier; data described description despite development does economic em; emotional evidence example, existing functioning functioning. impaired levels management medical, multicenter outcomes. overview patient present primary programs, provides pt;} recurrent short- strong treat treatments use vary young


It's a myth everyone in a team gets on - but Raheem Sterling must show Joe Gomez respect
SAM QUEK COLUMN: Quek knows first hand how off-field relationships don't stop success after she fell out with fellow Olympian Maddie Hinch
by Sam QuekThere’s only one clash everyone has been talking about in the last week. No, not KSI and Logan Paul’s boxing match...it has all been about Raheem Sterling versus Joe Gomez.
The pair clashed during the Liverpool ’s huge win over Manchester City in the Premier League and then it spilled over when the pair met up for international duty with England.
Sterling reportedly confronted Gomez aggressively again which prompted the England manager Gareth Southgate to initially kick Sterling out the squad and then leave him out of the match against Montenegro.
It’s fair to say all hell has broken loose since in the media with everyone piling in on whether it was the right or wrong way to deal with the situation.
I feel I’m in a good place to comment on this.
It is no secret that in the build-up and during the 2016 Olympic Games, the relationship between me and our goalkeeper Maddie Hinch was pretty poor.
Off the field, there was an undeniable tension between us, to the point that we weren’t on speaking terms.
On the field, I was a defender, as positionally close to Maddie as you could get. So you would think this could have been a major issue, but neither of us ever allowed our off-field relationship to affect our on-field performance, whether at training or in a match.
The myth that everyone has to get on brilliantly in a high-performance team is absolute nonsense.
We won gold!
There just has to be mutual respect.
I have been a big fan of Southgate as England manager and he got this 90 per cent correct.
Players have tensions between them all the time and a wayward tackle in practice is not unusual but Sterling didn’t need to bring that level of open disrespect into the England camp on another player. That is where mutual respect has been lost.
Sterling felt it was fine to show Gomez little respect in front of his international teammates in bringing something from outside the squad in this manner. That is not fine.
Southgate had to act on it but initially kicking Sterling out the squad was wrong.
Rio Ferdinand made the point that Sterling is still young and, instead, educate him how to deal with things better.
That’s right.
Kicking him out made it public and brought a level of humiliation to it.
That wasn’t necessary and was illustrated by the fact that Gomez was then booed in the match at Wembley as fans felt sorry for Sterling.
As much as Maddie and I had a difficult relationship, we showed each other mutual respect always and that led to us playing well together. Sterling crossed a line and needed to be pulled up on that and, importantly, he shouldn’t do that ever again.
Dislike teammates, not ideal but fine.
However, always respect them for their ability on the field to help the team that you are part of and desperately want to win.


Liverpool fans make transfer demand after noticing Fabinho and Son shirt swap
Liverpool fans are all saying the same thing after a video of Son, Fabinho and Roberto Firmino has emerged on social media
by Caoimhe O'NeillLiverpool fans have made a transfer request to Jurgen Klopp in the last 24 hours.
Supporters are urging the Reds boss to sign Tottenham Hotspur forward Son Heung-min.
This comes after Brazil international Fabinho was spotted swapping shirts with the South Korean forward after the two sides met on Tuesday afternoon.
Liverpool goalkeeper Alisson was also involved as Tite's side ran out 3-0 winners in Abu Dhabi.
And following the international friendly, Premier League rivals Fabinho and Son were filmed exchanging shirts.
A video of the moment was shared to social media, and has sent Reds fans into a frenzy.
Particularly as the clip also showed Roberto Firmino, who came on as a late substitute, having a friendly chat with Son.
Following Mauricio Pochettino's shock dismissal on Tuesday night fans had already taken to social media to make a similar transfer request.
Immediately after the news broke Liverpool supporters were urging the club to swoop for Son's services.
But new Spurs boss Jose Mourinho might be in no mood to let one of his star assets go
It is easy to see why fans admire the South Korean goalscorer.
Son has netted eight goals in 14 games so far this term - including five in four Champions League matches.


Select the file you wish to corrupt by browsing to it using the Browse… button or type it directly into the "File to Corrupt" text box.
Select Regular expressions. This will allow you to search for a number of different strings, and replace them with normal strings or with expansion strings. This is very useful for matching on filenames, web addresses, or other well formed, but unique, strings.
Holodeck creates a copy of the file to be corrupted and corrupts file on the first access, then uses that same file each time it is accessed unless "Regenerate the corruption at each access to the original file" is checked. Check this checkbox for better overall testing when using any kind of random corruption, uncheck this checkbox for help reproducing bugs or if you are performing the same find and replace corruption.
This regular expression: ((created|file)|[0-9]+) will match the word "created" or the word "file" or a string of numbers of any length. My file contains all three of these things so Holodeck will replace any of these occurrences with the long string of ‘a’s below.
The final page shows a summary of the corruption fault you just created. To edit any information on this page simply select it, and click edit. This will take you back to that page to make any necessary changes.


Expression Representations
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Data Point Information
Put your mouse over a point to see information about it.
Expression
Equivalence Class


title = "Search" url = "/search/:page?" layout = "default" is_hidden = 0 [products] pageNumber = "{{ :page }}" productsPerPage = 8 noProductsMessage = "No products found" sortOrder = "created_at desc" categoryPage = "category" productDisplayPage = "product" == function onEnd() { $this->page->search = isset($_GET['search']) ? $_GET['search'] : ''; } ==


32+ Icsi Logo For Members Pictures. Customize a logo for your company easily with our free online logo maker. No member of the institute shall be entitled to practice, whether in india or elsewhere unless he has obtained from the council a certificate of practice.
Designevo's community logo maker will solve every problem about design for you. Watch our video tutorial on how to create your logo. Then just save your new logo on to your computer!
From wikimedia commons, the free media repository.
Select a design to create a logo now! Customize a logo for your company easily with our free online logo maker. Make an awesome gaming logo in seconds using placeit's online logo maker. No member of the institute shall be entitled to practice, whether in india or elsewhere unless he has obtained from the council a certificate of practice.


The following content gets replaced by the value of ng-bind. It also gets some styles applied to it:
Content that's replaced
The following content doesn't get replaced, since 'nothing' isn't a property on the scope:
Non-replaced content
The following content (you can't see it) does get replaced, but by nothing, since 'nothing' isn't a property on the scope. This is what rx-attributes avoids
Content that's unintentionally replaced


The Problem with Tech World.
Or how to fix humanity
One of the largest problems that I see in the tech world today is the hidding of the costs of the tech market. Whether the pollution casued by the redundancy implicit in modern tecnological design or the hidden carbon costs of cloud storage, the tech world seems to be in love, ('love' like a junkie 'love'), with promoting itself as the answer to everything and not dealing and exposing the true problems and costs that it creates.
In the exact same way that every golden age in the Human's history, the past and fututre of the tech world is shown to be in a narrowed focus, into the benifits rather than the consequences of it's actions.
A very good metaphore of this lack of acknowledging of the bad is the way most people will happily break the law and speed for some small and selfish want, that they describe to themselves as a need. Risking not only there own lives, but the lifes of countless others only to jump on the breaks because they see a speed camera.
This metaphore shows that very nearly all humans will take a chance if they percieve that the benifits of the risky behaviour out=weigh the consequences.
The solution I propose to this is to contained is this very blogpost, to question YOU to take some self awearness and responsibility for your own actions and face up to the fact that everytime you read an email you burn just as much of the environment as a piece of paper does, everytime you buy a nice flashy new piece of tech, you are asking some poor person in a very polluted delta of the pearl river in China to cook it down in a pot so they can tip the slagg off in to the stream their grandparents caught fish in, so they can harvest the few grams of metal back out of the chips n boards
I ask you to no-onger deal with compairing yourselves to other fault-filled-humans, but deal in the honest absolutes that this universe is made from
P)


Let us know about a barrier that's affecting UK companies exporting or importing.
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{% for key, stage_name in stages.items %}
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{{ stage_name }}
{% endfor %}
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{% endblock %}


Plato Announces Task Teams To Address Violence Against Women, Children
by SW EditorCity of Cape Town Mayor Dan Plato on Saturday announced a R2 million fund to set up task teams to tackle the alarming rates of gender-based violence in the city.
Plato hopes this year’s 16 Days of Activism against Gender-based Violence campaign would be a call to action to address the scourge of violence against women and children.
He said the task teams, which would be launched in January, would work with the city’s Social Development Department and community structures.
“Community-based task teams that would move into various communities that are stricken by violence to help them unravel why is it that this scourge is so prevalent in certain sectors of our society,” Plato said.


--- layout: page weight: 0 title: Node.js navigation: show: true ---
If you are using Node.js and would like to send email through SendGrid, use the SendGrid nodejs module. Full documentation for this module can be found on github.
{% codeblock lang:javascript %} var sendgrid = require('sendgrid')(api_user, api_key); sendgrid.send({ to<EMAIL_ADDRESS>from<EMAIL_ADDRESS>subject: 'Hello World', text: 'My first email through SendGrid.' }, function(err, json) { if (err) { return console.error(err); } console.log(json); }); {% endcodeblock %} {% anchor h3 %} Installation {% endanchor %}Detailed instructions for installing are available at the sendgrid-nodejs installation instructions.
{% codeblock %} npm install sendgrid {% endcodeblock %} {% anchor h3 %} Usage {% endanchor %}For the most up to date usage examples, visit the sendgrid-nodejs library usage instructions.
Email is the object that will help you easily prepare your message to be sent.
{% info %} Anything that is available in the Email constructor is available for use in both the sendgrid.send and sendgrid.smtp functions. {% endinfo %}To get started create an Email object:
{% codeblock lang:javascript %} var Email = require('sendgrid').Email; var email = new Email(optionalParams); {% endcodeblock %}You can pass in as many or as few optionalParams as you want, as the email object has methods for manipulating all of the data.
Here is how the parameters are structured:
{% codeblock lang:javascript %} var optionalParams = { to: [], from: '', smtpapi: new SmtpapiHeaders(), subject: '', text: '', html: '', bcc: [], replyto: '', date: new Date(), files: [ { filename: '', // required only if file.content is used. contentType: '', // optional path: '', // url: '', // == One of these three options is required content: ('' | Buffer) // } ], file_data: {}, headers: {} }; {% endcodeblock %}And here is a sample for using it:
{% codeblock lang:javascript %} var email = new Email({ to<EMAIL_ADDRESS>from<EMAIL_ADDRESS>subject: 'What was Wenger thinking sending Walcott on that early?', text: 'Did you see that ludicrous display last night?' }); {% endcodeblock %} {% anchor h3 %} Setting data {% endanchor %}Here is an example of all of the functions available on the email object. The comments to the right show the current state of the variables as the functions are called.
{% codeblock lang:javascript %} var email = new Email({ to<EMAIL_ADDRESS>from<EMAIL_ADDRESS>subject: 'Listen', text: 'Have you tried turning it off and on again' }); {% endcodeblock %}The following examples update the 'x-smtpapi' headers:
{% codeblock lang:javascript %} /* To Addresses */ email.addTo('moo@cow.com'); // to =<EMAIL_ADDRESS><EMAIL_ADDRESS>'liquid@snake.com']); // to =<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>/* Custom Email Headers */ email.setHeaders({full: 'hearts'}); // headers = {full: 'hearts'} email.addHeaders({spin: 'attack'}); // headers = {full: 'hearts', spin: 'attack'} email.setHeaders({mask: 'salesman'}); // headers = {mask: 'salesman'} /* Substitution */ email.addSubVal('keep', 'secret'); // sub = {keep: ['secret']} email.addSubVal('keep', 'safe'); // sub = {keep: ['secret', 'safe']} /* Section */ email.setSection({'-charge-': 'This ship is useless.'}); // section = {'-charge-': 'This ship is useless.'} email.addSection({'-bomber-': 'Only for sad vikings.'}); // section = {'-charge-': 'This ship is useless.','-bomber-': 'Only for sad vikings.'} email.setSection({'-beam-': 'The best is for first'}); // section = {'-beam-': 'The best is for first'} {% endcodeblock %}Setting unique arguments allows you to get more mojo out of your statistics:
{% codeblock lang:javascript %} email.setUniqueArgs({cow: 'chicken'}); // unique_args = {cow: 'chicken'} email.addUniqueArgs({cat: 'dog'}); // unique_args = {cow: 'chicken', cat: 'dog'} email.setUniqueArgs({dad: 'proud'}); // unique_args = {dad: 'proud'} {% endcodeblock %}You can set categories with the following:
{% codeblock lang:javascript %} email.setCategory('tactics'); // category = ['tactics'] email.addCategory('advanced'); // category = ['tactics', 'advanced'] email.setCategory('snowball-fight'); // category = ['snowball-fight'] {% endcodeblock %}You can set a filter using an object literal:
{% codeblock lang:javascript %} email.setFilterSetting({ 'footer': { 'setting': { 'enable': 1, 'text/plain': 'You can haz footers!' } } }); {% endcodeblock %}Alternatively, you can add filter settings one at a time.
{% codeblock lang:javascript %} email.addFilterSetting('footer', 'enable', 1); email.addFilterSetting('footer', 'text/html', 'boo'); {% endcodeblock %}You can add files as attachments directly from content stored in memory, like so:
{% codeblock lang:javascript %} email.addFile({ filename: 'secret.txt', content: new Buffer('You will never know....') }); {% endcodeblock %}Alternately, you can include files from a remote URL and will attempt to determine the file type based on the filename:
{% codeblock lang:javascript %} email.addFile({ filename: 'icon.jpg', url: 'http://i.imgur.com/2fDh8.jpg' }); {% endcodeblock %}Finally, you can add file from a path on the server's local filesystem, also attempting to determine the filetype via the filename:
{% codeblock lang:javascript %} email.addFile({ path: '../files/resume.txt' }); {% endcodeblock %}


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CNIT 133 HW6 Part 3 - Date Conversion and Split function
Current Date
Using toString():
Using toLocalString():
Using toUTCString():
Hours difference between PDT and UTC:
Hours difference between EDT and UTC:
Phone Numbers
Please enter a phone number:
Area Code
Phone Number


Pinot Noir wines are made in a few places throughout France but the most famous region is Burgundy. When tasting French Pinot Noir, you may note its more earthy and floral style. This is part of Burgundy’s terroir.
While California might otherwise be too warm for this grape, you’ll find Pinot Noir excels in places that receive cooling breezes (and morning fog) from the Pacific Ocean. The ocean moderates the temperatures in places like Sonoma, Southern Napa Valley, and the Central Coast (including Santa Barbara). California Pinot Noir is typically rich, fruity, and lush in style.


Location
Strongly associated with the Pacific Northwest, in particularly Washington state and British Columbia
Description
In American folklore, Bigfoot or Sasquatch is a hairy, upright-walking, ape-like being who leaves behind large footprints and reportedly dwells in the wilderness; roughly 6–9 feet (1.8–2.7 m), covered in hair described as black, dark brown, or dark reddish.
Legend
Ecologist Robert Pyle argues that most cultures have accounts of human-like giants in their folk history, expressing a need for "some larger-than-life creature." Each language had its own name for the creature featured in the local version of such legends. Many names meant something along the lines of "wild man" or "hairy man", although other names described common actions that it was said to perform, such as eating clams or shaking trees. Chief Mischelle of the Nlaka'pamux at Lytton, British Columbia told such a story to Charles Hill-Tout in 1898; he named the creature by a Salishan variant meaning "the benign-faced-one".
Sightings
About one-third of all claims of Bigfoot sightings are located in the Pacific Northwest, with the remaining reports spread throughout the rest of North America. Most reports are considered mistakes or hoaxes, even by those researchers who say that Bigfoot exists.
The debate over the legitimacy of Bigfoot sightings reached a peak in the 1970s, and Bigfoot has been regarded as the first widely popularized example of pseudoscience in American culture.
Hoaxes
- Jacko Affair (1884)
- Author Jerome Clark argues that this was a hoax involving an 1884 newspaper report of an apelike creature captured in British Columbia. He cites research by John Green, who found that several contemporaneous British Columbia newspapers regarded the alleged capture as highly dubious, and notes that the Mainland Guardian of New Westminster, British Columbia wrote, "Absurdity is written on the face of it.”k
- Rick Dyer Affair I (2008)
- Rick Dyer and Matthew Whitton posted a video to YouTube, claiming that they had discovered the body of a dead Sasquatch in a forest in northern Georgia. Tom Biscardi was contacted to investigate. Dyer and Whitton received $50,000 from Searching for Bigfoot, Inc. as a good faith gesture. The story was covered by many major news networks, including BBC, CNN, ABC News, and Fox News. Soon after a press conference, the alleged Bigfoot body was delivered in a block of ice in a freezer with the Searching for Bigfoot team. When the contents were thawed, observers found that the hair was not real, the head was hollow, and the feet were rubber. Dyer and Whitton admitted that it was a hoax after being confronted by Steve Kulls, executive director of SquatchDetective.com
- Rick Dyer Affair II (2014)
- He released photos of the body and a video showing a few individuals' reactions to seeing it, but never released any of the tests or scans. He refused to disclose the test results or to provide biological samples. He said that the DNA results were done by an undisclosed lab and could not be matched to identify any known animal. Dyer said that he would reveal the body and tests on February 9, 2014 at a news conference, but he never made the test results available. On March 28, 2014, Dyer admitted on his Facebook page that his "Bigfoot corpse" was another hoax. He had paid Chris Russel of Twisted Toy Box to manufacture the prop, which he nicknamed "Hank". Dyer earned approximately $60,000 from the tour of this second fake Bigfoot corpse. He alleged did kill a Bigfoot, but did not take the real body on tour for fear that it would be stolen.


If you are a user, please go directly to subpackages containing concrete implementations to predict specific elements.
If you're developer, you should look for a predictor that performs a similar task in this package and extend it fixing initialization parameters.
The main ideas of classes in this package are:
OnePredictorPerTypeOfDayOfWeek
,
OnePredictorPerBin
and
OnePredictorPerBinAndTypeOfDayOfWeek
are wrappers
of several predictors of the same type given at construction time.
PCACombiningSeveralDays
and
PCADayByDayPredictor
act as base classes for other
Principal Component Analysis: the first one takes data creating
a matrix with one day per column (recording information for
several days and one one product) and the second one takes data
to create a matrix with one product daily data per column
(recording information for several products in only one day).
StaticDayByDayPredictor
is the base class for predictors
like PCADayByDayPredictor
that after recording all
information for a day, generate a prediction for the next day
as a whole.DynamicIntradePredictorListener
is the
base class of predictors that generate predictions while they
are learning.QuasiDynamicIntradayPredictorListener
uses some data
learnt at the begining of the day to forecast the whole day.


java.io.InputStream
,
java.io.OutputStream
, java.io.Reader
,
java.io.Writer
, java.util.zip.ZipFile
, java.io.Closeable
and java.io.RandomAccessFile
.
I/O resources which are wrapped by other I/O resources are not reported, as the wrapped resource will be closed by the wrapping resource.
By default, inspection assumes that the resources can be closed by any method with a close
or cleanup
in the name.
Example:
void save() throws IOException { FileWriter writer = new FileWriter("filename.txt"); //warning writer.write("sample"); }
Use the table below to specify which I/O resources should be ignored by this inspection. Specify I/O resource classes here which do not need to be closed.
Use the first checkbox below to specify if an I/O resource is allowed to be opened inside a try
block.
Use the second checkbox below to specify that the resource can be closed by any method call with the resource passed as argument.


Zootropolis is a city like no other. But when optimistic Judy Hopps arrives, she discovers that being a bunny on a police force of big, tough animals isn’t so easy.
Determined to prove herself, she jumps at the opportunity to crack a case, even if it means partnering with a fast-talking fox, Nick Wilde. Walt Disney Animation Studios’ “Zootropolis,” is a comedy-adventure directed by Tangled’s Byron Howard.
Nick - The con artist
“It’s called a hustle.“
Nick Wilde is a slick hustler who uses a combination of charm, wit and cunning in his work as a con artist. This sly fox is always on the move and claims to know everyone in Zootropolis, which makes him a valuable asset to Judy in her search for a missing mammal.
Judy - The rookie
“In Zootropolis, anyone can be anything!“
Judy Hopps is an idealistic, optimistic and extremely resolute bunny! She had dreamed of becoming a police officer since she was little and living in Bunnyburrow. She finished at the top of her class at the Police Academy and would be the first rabbit police officer in the ZPD. Judy is ambitious, and more than anything wants to make the world a better place. She might be small compared to the other officers, but she is very brave and never hesitates to chase a bad guy or help a friend in danger.
Bogo - The chief
“Throw your paws in the air!“
According to safari experts, elephants never forget, but Cape Buffalo never forgive - which pretty much sums up Chief Bogo. A quick thinker with a steady hand, Bogo is the chief of Zootropolis police force. He likes to joke around, but he expects a lot from the cops on his squad - specifically speed, strength and size. So when idealistic bunny Judy Hopps reports to work Bogo decides she’s not exactly cut out for field work and assigns her to meter-maid duty instead. Gruff and demanding, Bogo will give credit where it is due - but he doubts that little bunny will ever be able to prove herself.
Flash - The DMV employee
“You want it when?“
Flash is the fastest sloth working at the DMV - of course, that’s not saying much. As a sloth, Flash tends to do everything - like talking - at his own particular pace. He’s as helpful as he can be and when his pal needs a rush job, Flash springs into action (as much as this sloth can spring, anyway).
Benjamin Clawhauser - The desk clerk
“You are even cuter than I thought you’d be!“
Everyone thinks he is just a flabby, donut-loving cop, and officer Benjamin Clawhauser is … exactly like that! But he is also a gentle, honest cheetah and the first friend Judy makes at the ZPD.
Gazelle - The pop star
“Try everything.“
Gazelle is very popular in the world of Zootropolis, having many fans, including Judy Hopps and Clawhauser. Her importance and popularity stem from the fact that she is very socially minded and is all about acceptance and equality for all.


--- layout: documentation title: ActionReferenceType ---
ActionReferenceType is intended to serve as a method for linking to actions.
| Field Name | Type | Description |
|---|---|---|
| @action_idrequired | QName |
The action_id field refers to the id of the action being referenced. |


{% include "insert_icon.html" with icon="icon-share" %}
{% include "insert_icon.html" with icon="icon-facebook" %}
{% include "insert_icon.html" with icon="icon-whatsapp" %}
{% include "insert_icon.html" with icon="icon-mail" %}
{% include "insert_icon.html" with icon="icon-print" %}
{% if article.encourage_republish %}
{% include "insert_icon.html" with icon="icon-copy" %}
{% endif %}


Main
About
Games by Jason
Hardware
Tags
python
Registering Signs of Life in Long-Running Async Jobs in Python
Mixed Async code in Sync Python: Disappointingly Simple
Modern Python: New Features, Better Code
A Case for Match
Python as a Language is Inescabably Coupled with its Implementation Part 2: The Tracer
Async programming: understanding it from fundamentals
Modern Python: Features I Haven't Used But Plan To
Modern Python has Changed How I Code
Python as a Language is Inescabably Coupled with its Implementation Part 1: LET'S DO DUMB SHIT WITH THE GC
__all__ is a Sacred Space and you Murderous Goblins are all Profaning it
You Don't Need to Make That Temporary File, Dude
Python Meetup Talk - 2019-10-09
Stupid simple API reference for bottle.py web services
1 of 1


apache_beam.portability.api.beam_artifact_api_pb2_grpc module¶
-
class
apache_beam.portability.api.beam_artifact_api_pb2_grpc.
ArtifactStagingServiceStub
(channel)[source]¶ Bases:
object
A service to stage artifacts for use in a Job.
RPCs made to an ArtifactStagingService endpoint should include some form of identification for the job as a header.
Constructor.
Parameters: channel – A grpc.Channel.
-
class
apache_beam.portability.api.beam_artifact_api_pb2_grpc.
ArtifactStagingServiceServicer
[source]¶ Bases:
object
A service to stage artifacts for use in a Job.
RPCs made to an ArtifactStagingService endpoint should include some form of identification for the job as a header.
-
apache_beam.portability.api.beam_artifact_api_pb2_grpc.
add_ArtifactStagingServiceServicer_to_server
(servicer, server)[source]¶
-
class
apache_beam.portability.api.beam_artifact_api_pb2_grpc.
ArtifactRetrievalServiceStub
(channel)[source]¶ Bases:
object
A service to retrieve artifacts for use in a Job.
Constructor.
Parameters: channel – A grpc.Channel.


| 0.0002 |
open water, tidal flat, snow with fetch above 3 km |
| 0.005 |
featureless land, ice |
| 0.03 |
flat terrain with grass or very low vegetation, airport runway |
| 0.10 |
cultivated area, low crops, obstacles of height H separated by at least 20 H |
| 0.25 |
open landscape, scattered shelter belts, obstacles separated by approx. 15 H |
| 0.5 |
landscape with bushes, young dense forest etc separated by approx. 10 H |
| 1.0 |
open spaces comparable with H, eg mature forest, low-rise built-up area |
| > 2.0 |
irregular distribution of large elements, eg city centre, large forest with clearings |


{% extends "base.html" %} {% block content %}
Adding yourself to the list of players seeking a team will allow teams to contact you


number += (number % 2 == 1 ) ? 1 : 0 ;
double discount; char code = 'B' ; switch ( code ) { case 'A': discount = 0.0; break; case 'B': discount = 0.1; break; case 'C': discount = 0.2; break; default: discount = 0.3; } |
Often a program needs to make a choice among several options based on the value of a single expression. For example, a clothing store might offer a discount that depends on the quality of the goods:
The program fragment at the right does that.
A choice is made between four options
based on the value in code
.
To execute the switch
statement,
look down the list of cases to
match the value in code
.
Now execute the statment between the matching case
and the following break
.
All other case
s are skipped.
If there is no match, the "default" case is chosen.
Warning: the complete rules for switch
statments
are complicated.
Read on to get the details.


Overview¶
Céu provides Structured Synchronous Reactive Programming, extending classical structured programming with two main functionalities:
- Event Handling:
- An
await
statement to suspend a line of execution and wait for an input event from the environment. - An
emit
statement to signal an output event back to the environment.
- An
- Concurrency:
- A set of parallel constructs to compose concurrent lines of execution.
The lines of execution in Céu, known as trails, react all together to input events one after another, in discrete steps. An input event is broadcast to all active trails, which share the event as their unique and global time reference.
The program that follows blinks a LED every second and terminates on a button press:
input void BUTTON;
output bool LED;
par/or do
await BUTTON;
with
loop do
await 1s;
emit LED(true);
await 1s;
emit LED(false);
end
end
The synchronous concurrency model of Céu greatly diverges from multithreaded and actor-based models (e.g. pthreads and erlang). On the one hand, there is no real parallelism at the synchronous kernel of the language (i.e., no multi-core execution). On the other hand, accesses to shared variables among trails are deterministic and do not require synchronization primitives (i.e., locks or queues).
Céu provides static memory management based on lexical scopes and does not require a garbage collector.
Céu integrates safely with C, particularly when manipulating external resources (e.g., file handles). Programs can make native calls seamlessly while avoiding common pitfalls such as memory leaks and dangling pointers.
Céu is free software.
Environments¶
As a reactive language, Céu depends on an external host platform, known as an
environment, which exposes input
and output
events programs can use.
An environment senses the world and broadcasts input
events to programs.
It also intercepts programs signalling output
events to actuate in the
world:
As examples of typical environments, an embedded system may provide button input and LED output, and a video game engine may provide keyboard input and video output.
Synchronous Execution Model¶
Céu is grounded on a precise definition of logical time (as opposed to physical) as a discrete sequence of input events: a sequence because only a single input event is handled at a logical time; discrete because reactions to events are guaranteed to execute in bounded physical time (see Bounded Execution).
The execution model for Céu programs is as follows:
- The program initiates the boot reaction from the first line of code in a single trail.
- Active trails, one after another, execute until they await or terminate. This step is named a reaction chain, and always runs in bounded time. New trails can be created with parallel compositions.
- The program goes idle.
- On the occurrence of a new input event, all trails awaiting that event awake. It then goes to step 2.
The synchronous execution model of Céu is based on the hypothesis that reaction chains run infinitely faster in comparison to the rate of input events. A reaction chain, aka external reaction, is the set of computations that execute when an input event occurs. Conceptually, a program takes no time on step 2 and is always idle on step 3. In practice, if a new input event occurs while a reaction chain is running (step 2), it is enqueued to run in the next reaction. When multiple trails are active at a logical time (i.e. awaking from the same event), Céu schedules them in the order they appear in the program text. This policy is arbitrary, but provides a priority scheme for trails, and also ensures deterministic and reproducible execution for programs. At any time, at most one trail is executing.
The program and diagram below illustrate the behavior of the scheduler of Céu:
1: input void A, B, C; // A, B, and C are input events
2: par/and do
3: // trail 1
4: <...> // <...> represents non-awaiting statements
5: await A;
6: <...>
7: with
8: // trail 2
9: <...>
10: await B;
11: <...>
12: with
13: // trail 3
14: <...>
15: await A;
16: <...>
17: await B;
18: par/and do
19: // trail 3
20: <...>
21: with
22: // trail 4
23: <...>
24: end
25: end
The program starts in the boot reaction and forks into three trails. Respecting the lexical order of declaration for the trails, they are scheduled as follows (t0 in the diagram):
- trail-1 executes up to the
await A
(line 5); - trail-2 executes up to the
await B
(line 10); - trail-3 executes up to the
await A
(line 15).
As no other trails are pending, the reaction chain terminates and the scheduler
remains idle until the event A
occurs (t1 in the diagram):
- trail-1 awakes, executes and terminates (line 6);
- trail-2 remains suspended, as it is not awaiting
A
. - trail-3 executes up to
await B
(line 17).
During the reaction t1, new instances of events A
, B
, and C
occur and
are enqueued to be handled in the reactions in sequence.
As A
happened first, it is used in the next reaction.
However, no trails are awaiting it, so an empty reaction chain takes place
(t2 in the diagram).
The next reaction dequeues the event B
(t3 in the diagram):
- trail-2 awakes, executes and terminates;
- trail-3 splits in two and they both terminate immediately.
Since a par/and
rejoins after all trails terminate, the program also
terminates and does not react to the pending event C
.
Note that each step in the logical time line (t0, t1, etc.) is identified by the unique occurring event. Inside a reaction, trails only react to the same shared global event (or remain suspended).
Parallel Compositions and Abortion¶
The use of trails in parallel allows programs to wait for multiple events at the same time. Céu supports three kinds of parallel compositions that differ in how they rejoin and proceed to the statement in sequence:
- a
par/and
rejoins after all trails in parallel terminate; - a
par/or
rejoins after any trail in parallel terminates, aborting all other trails automatically; - a
par
never rejoins, even if all trails terminate.
As mentioned in the introduction and emphasized in the execution model, trails in parallel do not execute with real parallelism. Therefore, parallel compositions support awaiting in parallel, rather than executing in parallel.
Bounded Execution¶
Reaction chains must run in bounded time to guarantee that programs are
responsive and can handle incoming input events.
For this reason, Céu requires every path inside the body of a loop
statement
to contain at least one await
or break
statement.
This prevents tight loops, i.e., unbounded loops that do not await.
In the example below, the true branch of the if
may never execute, resulting
in a tight loop when the condition is false:
loop do
if <cond> then
break;
end
end
Céu warns about tight loops in programs at compile time. For time-consuming algorithms that require unrestricted loops (e.g., cryptography, image processing), Céu provides Asynchronous Execution.
Deterministic Execution¶
TODO (shared memory + deterministic scheduler + optional static analysis)
Internal Reactions¶
Céu supports inter-trail communication through await
and emit
statements
for internal events.
A trail can await
an internal event to suspend it.
Then, another trail can emit
and broadcast an event, awaking all trails
awaiting that event.
Unlike input events, multiple internal events can coexist during an external
reaction.
An emit
starts a new internal reaction in the program which relies on a
runtime stack:
- The
emit
suspends the current trail and its continuation is pushed into the stack (i.e., the statement in sequence with theemit
). - All trails awaiting the emitted event awake and execute in sequence
(see
rule 2
for external reactions). If an awaking trail emits another internal event, a nested internal reaction starts withrule 1
. - The top of stack is popped and the last emitting trail resumes execution from its continuation.
Example:
1: par/and do // trail 1
2: await e;
3: emit f;
4: with // trail 2
5: await f;
6: with // trail 3
8: emit e;
9: end
The emit e
in trail-3 (line 7) starts an internal reaction that awakes the
await e
in trail-1 (line 2).

Trail-2 terminates and the emit f
resumes in trail-1.
Trail-1 terminates and the emit e
resumes in trail-3.
Trail-3 terminates.
Finally, the par/and
rejoins and the program terminates.


There are often times when you might need to use text in your three.js application - here are a couple of ways that you can do so.
Using HTML is generally the easiest and fastest manner to add text. This is the method used for descriptive overlays in most three.js examples.
You can add content to a

Description

and use CSS markup to position absolutely at a position above all others with a z-index especially if you are running three.js full screen.
#info {
position: absolute;
top: 10px;
width: 100%;
text-align: center;
z-index: 100;
display:block;
}
Use these renderers to draw high-quality text contained in DOM elements to your three.js scene. This is similar to 1. except that with these renderers elements can be integrated more tightly and dynamically into the scene.
Use this method if you wish to draw text easily on a plane in your three.js scene.
Use this method if you prefer working with your 3d applications and importing the models to three.js.
If you prefer to work purely in THREE.js or to create procedural and dynamic 3D text geometries, you can create a mesh whose geometry is an instance of THREE.TextGeometry:
new THREE.TextGeometry( text, parameters );
In order for this to work, however, your TextGeometry will need an instance of THREE.Font to be set on its "font" parameter. See the [page:TextGeometry] page for more info on how this can be done, descriptions of each accepted parameter, and a list of the JSON fonts that come with the THREE.js distribution itself.
[example:webgl_geometry_text WebGL / geometry / text]
[example:webgl_shadowmap WebGL / shadowmap]
If Typeface is down, or you want to use a font that is not there, there's a tutorial with a python script for blender that allows you to export text to Three.js's JSON format: [link:http://www.jaanga.com/2012/03/blender-to-threejs-create-3d-text-with.html]
BMFonts (bitmap fonts) allow batching glyphs into a single BufferGeometry. BMFont rendering supports word-wrapping, letter spacing, kerning, signed distance fields with standard derivatives, multi-channel signed distance fields, multi-texture fonts, and more. See [link:https://github.com/felixmariotto/three-mesh-ui three-mesh-ui] or [link:https://github.com/Jam3/three-bmfont-text three-bmfont-text].
Stock fonts are available in projects like [link:https://github.com/etiennepinchon/aframe-fonts A-Frame Fonts], or you can create your own from any .TTF font, optimizing to include only characters required for a project.
Some helpful tools:
The [link:https://www.npmjs.com/package/troika-three-text troika-three-text] package renders quality antialiased text using a similar technique as BMFonts, but works directly with any .TTF or .WOFF font file so you don't have to pregenerate a glyph texture offline. It also adds capabilities including:


#include <windows.h>
#include <tchar.h>
#include <string>
#include <sstream>
#include <vector>
#include <math.h>
#include <float.h>
#include <malloc.h>
#include "filesystem_afx.h"
#include <mmintrin.h>
#include <xmmintrin.h>
#include "URef.h"
#include "UConstRef.h"
Go to the source code of this file.
Classes | |
| class | BootstrapStaticAssertFail< true > |
Defines | |
| #define | _WIN32_WINNT 0x0500 |
| define our minimum windows version as Windows XP. | |
| #define | WIN32_LEAN_AND_MEAN |
| exclude rarely-used stuff from Windows headers | |
| #define | _INC_TYPEINFO |
| turn off C++ exceptions | |
| #define | __INTERNAL_MATH_IMPL |
| TODO: reference additional headers your program requires here. | |
| #define | BOOTSTRAP_MACRO_APPEND_DO_IT(x, y) x##y |
| A macro that can be used to append one value to another. | |
| #define | BOOTSTRAP_MACRO_APPEND(x, y) BOOTSTRAP_MACRO_APPEND_DO_IT( x, y ) |
| #define | BOOTSTRAP_STATIC_ASSERT_MANGLE_LINE_NUMBER(x) BOOTSTRAP_MACRO_APPEND( x, __LINE__ ) |
| #define | B_STATIC_ASSERT(x) |
| static assertion macro. | |
| #define | B_GLOBAL_STATIC_ASSERT(x) typedef BootstrapStaticAssertFail< ( x ) > bootstrap_static_assert_fail_type |
| static assertion macro. | |
| #define | B_ASSERT(x) |
| #define | B_ERROR(msg) { B_ASSERT( false ); HandleError( "%s, line %d:\n\n%s", __FILE__, __LINE__, ( tstring( "" ) + msg ).c_str() ); } |
| #define | PI 3.141592f |
| #define | HALF_PI 1.570796f |
| #define | TWO_PI 6.283184f |
| #define | ONE_OVER_PI 0.318309f |
| #define | ONE_OVER_TWO_PI 0.1591545f |
| #define | SQRT2 1.414213f |
| #define | COS_45 0.707106f |
| #define | E 2.71828183f |
| #define | fopen_s(FP, name, mode) *(FP)=fopen(name,mode) |
| portability defines | |
Typedefs | |
| typedef std::string | tstring |
| include BootstrapFS. | |
| typedef long long | __int64 |
| MS specific type. | |
| typedef std::vector< tstring > | TokenContainer |
| breaks an input string into tokens. | |
Functions | |
| void | VSPrintF (tstring &out, const char *fmt, va_list marker) |
| utility functions. | |
| void | SPrintF (tstring &out, const char *fmt,...) |
| bool | IsPow2 (unsigned int i) |
| unsigned int | FindPow2 (unsigned int v) |
| template<typename _T > | |
| _T | Min (const _T &a, const _T &b) |
| template<typename _T > | |
| _T | Max (const _T &a, const _T &b) |
| template<typename _T > | |
| _T | Min3 (const _T &a, const _T &b, const _T &c) |
| template<typename _T > | |
| _T | Max3 (const _T &a, const _T &b, const _T &c) |
| template<typename _T > | |
| _T | Clamp (const _T &a, const _T &min, const _T &max) |
| template<typename _T > | |
| void | Swap (_T &a, _T &b) |
| template<typename _T > | |
| _T | Sqr (const _T &v) |
| tstring & | operator<< (tstring &s, float f) |
| string functions. | |
| tstring & | operator<< (tstring &s, int f) |
| tstring & | operator<< (tstring &s, unsigned int f) |
| float | DegToRad (float deg) |
| math functions. | |
| float | RadToDeg (float rad) |
| float | Tan (float theta) |
| float | Cos (float theta) |
| float | Sin (float theta) |
| float | ATan (float v) |
| float | ATan2 (float y, float x) |
| float | ACos (float v) |
| float | ASin (float v) |
| float | Floor (float v) |
| float | Ceil (float v) |
| float | Fract (float v) |
| float | Sqrt (float v) |
| float | Log (float v) |
| float | Log2 (float v) |
| unsigned int | Log2 (unsigned int v) |
| float | Log10 (float v) |
| float | InvSqrtFast (float v) |
| float | Pow (float v, float exp) |
| float | Exp (float v) |
| template<typename _T > | |
| _T | Abs (_T v) |
| float | Abs (float v) |
| float | Sign (float v) |
| bool | IsNaN (float v) |
| double | AbsD (double v) |
| double | SqrtD (double v) |
| bool | ApproxEqual (float x, float y, float epsilon=0.0001f) |
| size_t | StrLenUTF8 (const char *str) |
| UTF8 functions. | |
| const char * | NextCharUTF8 (const char *str) |
| unsigned int | GetCharLenUTF8 (const char *chr) |
| returns NULL if the terminating char was hit. | |
| template<typename _T > | |
| void | SolveQuadratic (float &posInt, float &negInt, const _T &a, const _T &b, const _T &c) |
| helpful function for solving a quadratic equation. | |
| void | MemSet (void *dst, unsigned int v, unsigned int size) |
| memory functions. | |
| void | MemCopy (void *dst, const void *src, unsigned int size) |
| void * | AlignedAlloc (unsigned int alignmentPow2, unsigned int size) |
| allocates memory aligned to certain boundaries. | |
| void | AlignedFree (void *alignedMemory) |
| void * | TempAlloc (unsigned int size) |
| temporary memory allocation | |
| void | TempFree (void *mem) |
| template<typename _TT > | |
| _TT * | AlignedNew (unsigned int alignmentPow2, const _TT &prototype) |
| template<typename T > | |
| void | AlignedDelete (T *object) |
| unsigned int | HashMem32 (const void *mem, unsigned int size, unsigned int hashStart=2166136261UL) |
| hash functions. | |
| unsigned __int64 | HashMem64 (const void *mem, unsigned int size, unsigned __int64 hashStart=14695981039346656037ULL) |
| template<typename _T > | |
| _T | Align16 (_T v) |
| template<typename _T > | |
| _T | Lerp (const _T &v0, const _T &v1, float t) |
| template<typename _T > | |
| _T | Bezier3 (const _T &v0, const _T &cp1, const _T &cp2, const _T &v2, float t) |
| void | StrTokenize (TokenContainer &tokens, const char *str) |
| tstring & | StrToLower (tstring &str) |
| template<typename _T , class iterator > | |
| void | FastVectorErase (std::vector< _T > &vec, iterator iter) |
| fast erase for vectors. This does not maintain element order. | |
Variables | |
| int(* | PrintF )(const char *fmt,...) |
| debug output/console output function. | |
| void(* | HandleError )(const char *fmt,...) |
| #define __INTERNAL_MATH_IMPL |
TODO: reference additional headers your program requires here.
unfortunately, namespacing float.h and math.h doesn't play well with 3rdParty libraries such as PhysX, so disable that for now.
Definition at line 25 of file common_afx.h.
| #define _INC_TYPEINFO |
| #define _WIN32_WINNT 0x0500 |
define our minimum windows version as Windows XP.
stdafx.h : include file for standard system include files, or project specific include files that are used frequently, but are changed infrequently
Definition at line 7 of file common_afx.h.
| #define B_ASSERT | ( | x | ) |
Definition at line 100 of file common_afx.h.
| #define B_ERROR | ( | msg | ) | { B_ASSERT( false ); HandleError( "%s, line %d:\n\n%s", __FILE__, __LINE__, ( tstring( "" ) + msg ).c_str() ); } |
Definition at line 114 of file common_afx.h.
| #define B_STATIC_ASSERT | ( | x | ) |
Value:
class BOOTSTRAP_STATIC_ASSERT_MANGLE_LINE_NUMBER( bootstrap_static_assert_fail_class ) { \ inline void fail() \ { \ BootstrapStaticAssertFail< ( x ) > failure; \ failure = failure; \ } \ };
Definition at line 79 of file common_afx.h.
Definition at line 68 of file common_afx.h.
A macro that can be used to append one value to another.
Definition at line 67 of file common_afx.h.
template class that's used for our static assertions. Note that it has this ridiculously long name to avoid the chance of any name collisions.
Definition at line 73 of file common_afx.h.
| #define COS_45 0.707106f |
Definition at line 122 of file common_afx.h.
| #define E 2.71828183f |
Definition at line 124 of file common_afx.h.
| #define HALF_PI 1.570796f |
Definition at line 117 of file common_afx.h.
| #define ONE_OVER_PI 0.318309f |
Definition at line 119 of file common_afx.h.
| #define ONE_OVER_TWO_PI 0.1591545f |
Definition at line 120 of file common_afx.h.
| #define PI 3.141592f |
Definition at line 116 of file common_afx.h.
| #define SQRT2 1.414213f |
Definition at line 121 of file common_afx.h.
| #define TWO_PI 6.283184f |
Definition at line 118 of file common_afx.h.
| #define WIN32_LEAN_AND_MEAN |
| typedef long long __int64 |
| typedef std::vector< tstring > TokenContainer |
| typedef std::string tstring |
| float Abs | ( | float | v | ) | [inline] |
Definition at line 212 of file common_afx.h.
| _T Abs | ( | _T | v | ) | [inline] |
Definition at line 211 of file common_afx.h.
| double AbsD | ( | double | v | ) | [inline] |
Definition at line 215 of file common_afx.h.
| float ACos | ( | float | v | ) | [inline] |
Definition at line 172 of file common_afx.h.
| _T Align16 | ( | _T | v | ) | [inline] |
| void* AlignedAlloc | ( | unsigned int | alignmentPow2, | |
| unsigned int | size | |||
| ) |
allocates memory aligned to certain boundaries.
allocate the memory.
first, align the memory.
reserve some space to store the original pointer and add the alignment.
now return the aligned memory.
Definition at line 297 of file common_afx.cpp.
| void AlignedDelete | ( | T * | object | ) | [inline] |
Definition at line 256 of file common_afx.h.
| void AlignedFree | ( | void * | alignedMemory | ) |
| _TT* AlignedNew | ( | unsigned int | alignmentPow2, | |
| const _TT & | prototype | |||
| ) | [inline] |
calling the type _T confuses gcc since _T( prototype ) looks like a call to the _T macro in tchar.h
Definition at line 250 of file common_afx.h.
| bool ApproxEqual | ( | float | x, | |
| float | y, | |||
| float | epsilon = 0.0001f | |||
| ) | [inline] |
Definition at line 217 of file common_afx.h.
| float ASin | ( | float | v | ) | [inline] |
Definition at line 173 of file common_afx.h.
| float ATan | ( | float | v | ) | [inline] |
Definition at line 170 of file common_afx.h.
| float ATan2 | ( | float | y, | |
| float | x | |||
| ) | [inline] |
Definition at line 171 of file common_afx.h.
| _T Bezier3 | ( | const _T & | v0, | |
| const _T & | cp1, | |||
| const _T & | cp2, | |||
| const _T & | v2, | |||
| float | t | |||
| ) | [inline] |
Definition at line 282 of file common_afx.h.
| float Ceil | ( | float | v | ) | [inline] |
Definition at line 175 of file common_afx.h.
| _T Clamp | ( | const _T & | a, | |
| const _T & | min, | |||
| const _T & | max | |||
| ) | [inline] |
Definition at line 151 of file common_afx.h.
| float Cos | ( | float | theta | ) | [inline] |
Definition at line 168 of file common_afx.h.
| float DegToRad | ( | float | deg | ) | [inline] |
| float Exp | ( | float | v | ) | [inline] |
Definition at line 210 of file common_afx.h.
| void FastVectorErase | ( | std::vector< _T > & | vec, | |
| iterator | iter | |||
| ) | [inline] |
fast erase for vectors. This does not maintain element order.
Definition at line 398 of file common_afx.h.
| unsigned int FindPow2 | ( | unsigned int | v | ) | [inline] |
| float Floor | ( | float | v | ) | [inline] |
Definition at line 174 of file common_afx.h.
| float Fract | ( | float | v | ) | [inline] |
Definition at line 176 of file common_afx.h.
| unsigned int GetCharLenUTF8 | ( | const char * | chr | ) |
returns NULL if the terminating char was hit.
null terminator?
return the character len.
must be a single byte character. If not, this wasn't a pointer to a valid UTF-8 character. Either way, we'll return 1.
Definition at line 136 of file common_afx.cpp.
| unsigned int HashMem32 | ( | const void * | mem, | |
| unsigned int | size, | |||
| unsigned int | hashStart =<PHONE_NUMBER>UL | |||
| ) |
hash functions.
hash the string.
hash the current character.
return the new hash.
Definition at line 160 of file common_afx.cpp.
| unsigned __int64 HashMem64 | ( | const void * | mem, | |
| unsigned int | size, | |||
| unsigned __int64 | hashStart =<PHONE_NUMBER>9346656037ULL | |||
| ) |
hash the string.
hash the current character.
return the new hash.
Definition at line 179 of file common_afx.cpp.
| float InvSqrtFast | ( | float | v | ) | [inline] |
| bool IsNaN | ( | float | v | ) | [inline] |
Definition at line 214 of file common_afx.h.
| bool IsPow2 | ( | unsigned int | i | ) | [inline] |
Definition at line 131 of file common_afx.h.
| _T Lerp | ( | const _T & | v0, | |
| const _T & | v1, | |||
| float | t | |||
| ) | [inline] |
Definition at line 277 of file common_afx.h.
| float Log | ( | float | v | ) | [inline] |
Definition at line 178 of file common_afx.h.
| float Log10 | ( | float | v | ) | [inline] |
Definition at line 190 of file common_afx.h.
| unsigned int Log2 | ( | unsigned int | v | ) | [inline] |
Definition at line 180 of file common_afx.h.
| float Log2 | ( | float | v | ) | [inline] |
Definition at line 179 of file common_afx.h.
| _T Max | ( | const _T & | a, | |
| const _T & | b | |||
| ) | [inline] |
Definition at line 148 of file common_afx.h.
| _T Max3 | ( | const _T & | a, | |
| const _T & | b, | |||
| const _T & | c | |||
| ) | [inline] |
Definition at line 150 of file common_afx.h.
| void MemCopy | ( | void * | dst, | |
| const void * | src, | |||
| unsigned int | size | |||
| ) |
Definition at line 398 of file common_afx.cpp.
| void MemSet | ( | void * | dst, | |
| unsigned int | v, | |||
| unsigned int | size | |||
| ) | [inline] |
| _T Min | ( | const _T & | a, | |
| const _T & | b | |||
| ) | [inline] |
Definition at line 147 of file common_afx.h.
| _T Min3 | ( | const _T & | a, | |
| const _T & | b, | |||
| const _T & | c | |||
| ) | [inline] |
Definition at line 149 of file common_afx.h.
| const char* NextCharUTF8 | ( | const char * | str | ) |
null terminator?
advance to the next character.
return the next character or NULL if the character is the null character.
Definition at line 111 of file common_afx.cpp.
Definition at line 162 of file common_afx.h.
Definition at line 161 of file common_afx.h.
| float Pow | ( | float | v, | |
| float | exp | |||
| ) | [inline] |
Definition at line 209 of file common_afx.h.
| float RadToDeg | ( | float | rad | ) | [inline] |
Definition at line 166 of file common_afx.h.
| float Sign | ( | float | v | ) | [inline] |
Definition at line 213 of file common_afx.h.
| float Sin | ( | float | theta | ) | [inline] |
Definition at line 169 of file common_afx.h.
| void SolveQuadratic | ( | float & | posInt, | |
| float & | negInt, | |||
| const _T & | a, | |||
| const _T & | b, | |||
| const _T & | c | |||
| ) | [inline] |
helpful function for solving a quadratic equation.
returns the y intercept.
Definition at line 225 of file common_afx.h.
| void SPrintF | ( | tstring & | out, | |
| const char * | fmt, | |||
| ... | ||||
| ) |
Definition at line 93 of file common_afx.cpp.
| _T Sqr | ( | const _T & | v | ) | [inline] |
Definition at line 157 of file common_afx.h.
| float Sqrt | ( | float | v | ) | [inline] |
Definition at line 177 of file common_afx.h.
| double SqrtD | ( | double | v | ) | [inline] |
Definition at line 216 of file common_afx.h.
| size_t StrLenUTF8 | ( | const char * | str | ) |
| void StrTokenize | ( | TokenContainer & | tokens, | |
| const char * | str | |||
| ) |
create a copy of the string to tokenize.
tokenize it.
free the local copy.
Definition at line 603 of file common_afx.cpp.
Definition at line 626 of file common_afx.cpp.
| void Swap | ( | _T & | a, | |
| _T & | b | |||
| ) | [inline] |
Definition at line 156 of file common_afx.h.
| float Tan | ( | float | theta | ) | [inline] |
Definition at line 167 of file common_afx.h.
| void* TempAlloc | ( | unsigned int | size | ) |
temporary memory allocation
allocates memory from a temporary pool if possible. If the pool is already in use, this function returns memory allocated on the heap. The memory returned by this function is guaranteed to be aligned to a 16-byte boundary.
could we gain ownership over the temporary memory? If so, simply return it.
Definition at line 344 of file common_afx.cpp.
| void TempFree | ( | void * | mem | ) |
Definition at line 355 of file common_afx.cpp.
| void VSPrintF | ( | tstring & | out, | |
| const char * | fmt, | |||
| va_list | marker | |||
| ) |
utility functions.
utility functions.
global functions
mingw and glibc<2.1 return -1 when the string doesn't fit so we have to try again with a bigger buffer
c99/glibc>=2.1 return the actual size of the final string whether it fits or not, so we can just use that directly
otherwise, string fit so we are done
Definition at line 39 of file common_afx.cpp.
| void( * HandleError)(const char *fmt,...) |
| int( * PrintF)(const char *fmt,...) |
debug output/console output function.