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Connecting to the National Geograpic API
Before we get started, please make sure you have an editor you can work on, you can download Atom for free at https://atom.io/ if you need an editor. You will also need to be able to access your terminal and understand basic terminal commands. This article will allow you to access the National Geographic API and be able to view the data on your browser using very simple HTML, CSS, and Javascript.
Today I'm going to walk you through on how to access the National Geographic API (because who doesn't love National Geographic! Right?). So what is an API? API stands for Application Programming Interface which is just a fancy way of saying, an application that enables two websites to share information.
To access an API you have to request a key. To get National Geographics API key go to, https://newsapi.org/s/national-geographic-api. Once you get there, click on the blue button that says, "Get API key to start searching National Geographic". It will take you to a page to set up your account where you will enter your name, e-mail address, and a password. It will then assign you a key; the key will be a long string of numbers and letters. Copy that key and paste it somewhere secure (you'll need it later).
Okay now, click on your Desktop and right click to make a new folder. Name your new folder, "national_geographic". Now let's go to our terminal. Once you are in your terminal make sure you are in the national-geographic directory. Now make two new files, (touch index.js) and (touch index.html).
There you can enter the command, (atom .) and it will open up your directory with the two new files included.
Since this tutorial will focus on the getting our API set up, I'm not going to go into detail about what is going on in the HTML file for right now.
Now let's move onto the index.js file
Now let's take a look at what happening in the code in index.js.
First, we create a variable called a request that will hold our XMLHttpRequest object. This new object will create a new HTTP request.
Next, we use request.open to get our URL (This is where we tell our request object what it is we are looking for. You can find this link at, https://newsapi.org/s/national-geographic-api ).
Then, we set request.onload to a function that will allow us to see and manipulate the HTTP response we get back.
Finally, we finish our request with request.send(). And that's pretty much it! You have officially accessed an API at this point. Congrats!
But there's no fun in accessing the API if we can't manipulate the data, play around with and see it. So let's do that now.
Now let's go over the code above.
The first thing we did was create a constant variable named arrayOfObjs and assigned it our JSON parse function because once it is passed the XMLHttp response as its parameter it will return an array of objects.
We don't need all the information contained in our arrayOfObjs variable. So, we created a constant variable named articlesArray to store only the article objects that we need.
Our next line of code is an if-else statement, if the response does not return an error response (400) then we iterate through the articlesArray variable. Otherwise, it prints out a message saying, "There was an error".
Now we get to the fun part, actually seeing our data. We won't be able to see our data in the browser yet, but we will be able to open our file in our browser.
We can go to Chrome -> File ->Open File -> national_geographic -> index.html. This will open the HTML file in your chrome browser you will see a blank page. Don't panic! Right-click, and click 'inspect' on the drop-down menu.
You can also go to Chrome -> view -> Developer -> Developer Tools.
Go to the console tab and you will see the article titles we have asked it to list with our console.log line in our code above.
Now we are going to access the article images and URLs that can take us to the full article.
At this point, you can refresh your browser, use 'inspect' and go to the console tab. You will see the 'h1', 'img', and 'a' variables on your console.
To see the titles and images on your browser you will need to add some additional javascript code at the top of your index.js file.
You did it! You can now go and refresh your browser. You will be able to see the article titles, images and even click on images that will take you to the National Geographic website to see the full article!
(please read the National Geographic API guidelines as it should not be used for commercial use)


---
layout: post
authors: ["Greg Wilson"]
title: "Updating the Project List"
date: 2015-06-15
time: "08:30:00"
tags: ["Operations"]
---
Updating my description of
where my time goes
made me realize that our list of
things we need help with
had fallen out of date.
The highlights are below;
please see the projects page for details,
and get in touch if you'd like to help.
- our core lessons have outstanding issues
- improve the templates
- a web-based tool for managing workshops
- translations into other languages
- automate the creation of Google Forms surveys and Eventbrite registration pages
- overhaul our pre- and post-workshop assessment questionnaires
- a lesson on quality assurance
- a lesson on scientific publishing
- re-use the multiple choice questions
- Our website needs a complete re-design
- clean up the CSS for our lessons
- a media-first approach to teaching programming in Python
- a pure HTML replacement for screencasts
- a diff-and-merge tool for the Jupyter Notebook
- improve Jekyll's error messages


MAKO-RENDER(1) MAKO-RENDER(1) NAME mako-render - renders Mako templates SYNOPSIS mako-render [FILE] DESCRIPTION This manual page documents briefly the mako-render command. mako-render is a standalone utility that can render Mako templates. Mako is a fast Python-powered template engine. If FILE is a single "-", standard input will be used as a template source. OPTIONS These programs follow the usual GNU command line syntax, with long options starting with two dashes (`-'). A summary of options is included below. -h, --help Show summary of options. AUTHOR mako-render script was written by Miki Tebeka<EMAIL_ADDRESS>Mako was written by Mike Bayer<EMAIL_ADDRESS>This manual page was written by Piotr OÅ¼arowski<EMAIL_ADDRESS>for the Debian project (but may be used by others). june 3, 2008 MAKO-RENDER(1)


The ideal wireless multi-room speaker for your home. Customizable to your desire, it is designed to fit in and stand out.
Live on
*Limited time only! Available for pre-order only
The ideal wireless multi-room speaker for your home. Customizable to your desire, it is designed to fit in and stand out.
Get the Nepsu Speaer on
*Limited time only! Available for pre-order only
Every home is unique and must be adapted to its owner’s preferences.
That is why the Nepsu Speaker is the most versatile wireless speaker for your home. Designed to be fully customizable, it will complement any environment.
Every home is unique and must be adapted to its owner’s preferences.
That is why the Nepsu Speaker is the most versatile wireless speaker for your home. Designed to be fully customizable, it will complement any environment.
Benefit from a natural sound amplification from the walls for an enhanced auditive experience, and meanwhile, free up space.
The Nepsu Speaker comes with a brushed and easily interchangeable aluminum plate to blend in seamlessly with your decor. Choose from our variety of colours to customize it to your desire. Feel free to change the look any time you want in a blink of an eye.
The Nepsu Speaker comes with a brushed and easily interchangeable aluminum plate to blend in seamlessly with your decor. Choose from our variety of colours to customize it to your desire. Feel free to change the look any time you want in a blink of an eye.
Simply connect your favourite devices with the technology you’re most comfortable with. Select between Wi-Fi, Bluetooth or Aux In to play music from your personal library or an internet radio.
Wi-Fi
Bluetooth
Aux-In
Simply connect your favourite devices with the technology you’re most comfortable with. Select between Wi-Fi, Bluetooth or Aux In to play music from your personal library or an internet radio.
Wi-Fi
Bluetooth
Aux-In
With multiple speakers in separate rooms, set the atmosphere by playing your favourite songs for a whole home audio experience. Each room a different song, or one song in any combination of rooms, you decide. App available on both iOS and Android.
With multiple speakers in separate rooms, set the atmosphere by playing your favourite songs for a whole home audio experience. Each room a different song, or one song in any combination of rooms, you decide. App available on both iOS and Android.
Caught in the moment with both hands busy? No worries. For your convenience, a sensitive microphone has been integrated for hands-free calls. No need to interrupt your activities anymore.
Caught in the moment with both hands busy? No worries. For your convenience, a sensitive microphone has been integrated for hands-free calls. No need to interrupt your activities anymore.
The Nepsu Speaker is made of a new European award-winning material chosen for its outstanding acoustic and environmental properties. This natural fiber composite, 50% wood 50% plastic, is recyclable and has a lower carbon footprint than traditional plastic materials. The Nepsu Speaker is Made in Canada.
The Nepsu Speaker is made of a new European award-winning material chosen for its outstanding acoustic and environmental properties. This natural fiber composite, 50% wood 50% plastic, is recyclable and has a lower carbon footprint than traditional plastic materials. The Nepsu Speaker is Made in Canada.
The Nepsu Speaker is made of a new European award-winning material chosen for its outstanding acoustic and environmental properties. This natural fiber composite, 50% wood 50% plastic, is recyclable and has a lower carbon footprint than traditional plastic materials. The Nepsu Speaker is Made in Canada.
Get the Nepsu Speaker on Indiegogo
*Limited time only! Available for pre-order only
Terms & condition Privacy policy
Terms & condition Privacy policy


Lorem ipsum dolor sit amet, consectetuer adipiscing elit, sed diam nonummy nibh euismod tincidunt ut laoreet dolore magna aliquam erat volutpat. Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo consequat. Duis autem vel eum iriure dolor in hendrerit in vulputate velit esse molestie consequat, vel illum dolore eu feugiat nulla facilisis at vero eros et accumsan et iusto odio dignissim qui blandit praesent luptatum zzril delenit augue duis dolore te feugait nulla facilisi. sed diam nonummy nibh euismod tincidunt ut laoreet dolore magna aliquam erat volutpat. Ut wisi enim ad minim veniam, quis nostrud exerci tation ullamcorper suscipit lobortis nisl ut aliquip ex ea commodo consequat.
● Worked on building a project management web application using React, and C#
● Automated modular UI testing using Selenium and Nightwatch.js for individual components
● Contributed and refactored over 1000 lines of JavaScript, HTML, and CSS code as well as 200 lines of C# server code
● Introduced several major features on top of increasing data calculation accuracy by 15% and component efficiency by 30%
● Automated 12 crucial executive-level reports using SQL scripts and Excel; decreased time creating those recurring reports by 95%
● Designed and implemented 9 weekly Control Book reports for VP of Technology & Operations (T&O) using Tableau
● Published monthly Control Functions Dashboard report updates using Tableau and Power BI
● Used LeanKit for team project management; Kanban methodology to implement Agile
● Helped create Fiscal Year 2019 Goals Deck for Technology & Operations
Project SID is a autonomous drone swarm that is capable of efficient and large scale detection. In our demo, we've decided to apply it to tracking debris and trash. The drones carry out individual missions and provide data for us to generate reports mapping out hotspots and documenting the spread of debris.
I was responsible for the machine learning aspect of the project and retrained last few layers of a custom object detection model on labelled data from our own drone footage. I then continuously pulled images from our Google Cloud Storage bucket to apply the model and draw bounding boxes around found objects. The processed images were then uploaded back into a separate cloud bucket. Furthermore, I helped build the React web application which served as the UI for controlling drones and displaying results.
As a part of the QMIND club on campus, I utilized the K-means Clustering model in Keras for NHL playstyle analysis. This unsupervised learning algorithm grouped players based on certain stats that I chose and produced distinct categories of players. For each group created, all their stats were ranked based on its group average proficiency in that stat compared to other groups. This allowed the results to clearly convey player categories such as the “elite scorers” who were ranked first in goals and shots on net or “the playmaking defensemen” who led the groups in causing turnovers and making breakout passes. Surprisingly, you could put labels on these groups and identify them as certain types of players the hockey community already have names for despite being an unsupervised algorithm. This project was presented at the Canadian Undergraduate Conference on Artificial Intelligence in Kingston, Ontario.


| |
ilutSetHBitmap copies Bitmap to the current bound image in a format OpenIL can understand. The image can then be used just as if you had loaded an image via ilLoadImage. This function is the opposite of ilutConvertToHBitmap.
| | HBITMAP ilutSetHBitmap( HBITMAP Bitmap );
|
Parameters| | - Bitmap
- Bitmap to copy to the current bound image.
|
See Also
|


Permanent Health Risks
Increase Chance of Ear Infections
- For the surgery option, there is an increased chance of ear infections after the surgery.
- If it happens, it only lasts I DON'T KNOW!
- It doubles your chances (I just made this up)
- The increased risk can be visualized in the following before
and after risk of ear infections:
| Risk of ear infection before | Risk of ear infection after |
|
|


A standard checkbox
A checkbox can be formatted as a radio element. This means it is an exclusive option.
A checkbox can be formatted to emphasize the current selection state
A checkbox can be formatted to show an on or off choice
A checkbox can be read-only and unable to change states
A checkbox can be checked
A checkbox can be indeterminate
A checkbox can be read-only and unable to change states
The indeterminate
state can be used to represent a value that is neither checked or unchecked.
This can be useful with groups where a "master" checkbox, should display the selections of several other checkboxes
Checkbox can use the sm-checkbox-*
behaviors to attach events easily to other activating elements. This defaults to toggling, but other behaviors can be used as well.


This live report demonstrates how CK can
help create researchers reproducible and interactive article from reusable components
Note: After GCC 4.9.x we changed parsing script, moved it to CK (see above link), and started parsing optimizations using
gcc --help:optimizers, while taking parameters from params.def, hence small variation in number is possible.
Interactive graph of slambench v1.1 cpu autotuning
Reproduce/reuse/replay/discuss via CK (interactive graphs)
- Samsung ChromeBook 2; Samsung EXYNOS5; ARM Cortex A15/A7; ARM Mali-T628; Ubuntu 12.04; GCC 4.9.2; video 640x480
- Big green dot: Clang 3.6.0 -O3
- Big red dot: GCC 4.9.2 -O3
- Small blue dots: random GCC 4.9.2. optimization flags (with 10% probablitiy of a selection of a given flag
- Small red dots: Pareto frontier
$#ck_include_start#${"cid":"2d41f89bcf32d4d4:3645af97abb448ab", "where":"div#ck_interactive_f6eb74c75ae8565f", "html":"2d_points_time_vs_size_with_pareto_interactive.html", "style":"2d_points_time_vs_size_with_pareto_interactive.style"}$#ck_include_stop#$
Non-interactive graph of image corner detection algorith (susan corners) autotuning
Reproduce/reuse/replay/discuss via CK (interactive graphs)
- LENOVO X240; Intel(R) Core(TM) i5-4210U CPU @ 1.70GHz; Intel HD Graphics 4400; Windows 7 Pro
- Image image-pgm-0001; 600x450; 270015 bytes
- Black square dot: MingW GCC 4.9.2 -O3
- Blue dots: random optimization flags (with 10% probablitiy of a selection of a given flag
- Red line: Pareto frontier


The updates since 6.0-r2 include
This release contains four file :
sha1sum: 824bf2b11afc41968ed487ae820a3c8fff1c1602
sha1sum: bf3d8fc504900831d95621595a33408c4f49de44
sha1sum: 2fcc1e768d12ebf3e30c7ef8a2a8fedb78756e2e
sha1sum: bd361bcf85e0b64aa0bc03d2b5edc69d8e5a5f7c
Except the traditional ISO files, this is the first release we tried to package android-x86 files into a Linux package rpm. It allows Linux users to easily install the release into an existing Linux device with a standalone ext4 root partition. On an rpm based device (Fedora/Red Hat/CentOS/...), just install it like a normal rpm package:
sudo rpm -ivh android-x86-6.0-r3.x86_64.rpm
On a deb based device (Debian/Ubuntu/LinuxMint/...), please use the alien tool to install it:
sudo apt install alien
sudo alien -ci android-x86-6.0-r3.x86_64.rpm
All files will be installed to the /android-6.0-r3/ subdirectory and a boot entry will be added to grub2 menu. Reboot and choose android-x86 item from the menu to enter the system. Alternatively, you can launch Android-x86 in a QEMU virtual machine by the qemu-android script:
sudo qemu-android
Note Android-x86 running in QEMU and the real machine (after rebooting) shares the same data sub=folder.
To uninstall it :sudo rpm -e android-x86
To use an ISO file, Linux users could just dump the it into a usb drive to create a bootable usb stick like
dd if=android-x86-6.0-r3.iso of=/dev/sdX
where /dev/sdX is the device name of your usb drive.
Windows's users can use the tool Win32 Disk Imager to create a bootable usb stick.
On a deb based device (Debian/Ubuntu/LinuxMint/...), please use the alien tool to install it:
repo init -u git://git.osdn.net/gitroot/android-x86/manifest -b android-x86-6.0-r3
repo sync --no-tags --no-clone-bundle
Read this page for how to compile source code.


{% extends "quickadmin/_base.html" %} {% block body %}
The quickadmin is a tool for being able to easily track the usage of WebLab without dealing with authentication.
Provide a quickadmin_token configuration variable with a secret, and you will only be able to see these pages by providing ?token=secret
This way, you can bookmark this page in your mobile phone, screens and so on to know what's going on. Of course, you will never be able to perform admin tasks such as adding or removing users or so with this token. It's only intended for visualization tasks


Mljet is a very attractive wooded island and the main harbour of Polace is at its northern end.
Position 42°47.4'N, 17°22.8'E.
This is a very sheltered and attractive harbour.
Moor to the quay near the castle but beware of the shallow patches. The quay east of the ferry berth is free to patrons of the restauants which front it.
It is also possible to anchor in the bay. The northern part offers the best shelter and the holding is good in the mud there.
There are several more smaller harbours along the NE coast of the island and plenty of anchorages.
Last updated February 2010.


 We’re angry that 24 million people will lose health coverage, the wealthy will get hundreds of billions of dollars in tax breaks, and millions of Americans with pre-existing conditions will lose access to quality care.
Yet, somehow, 217 elected representatives, and millions of citizens, do not agree with us. People will die because they cannot afford insurance or medical expenses will bankrupt them. Unfortunately, we are unable to persuade our Republican friends and colleagues that health is a right, because we have a fundamental disagreement about the nature of that right.
What do you want from a health system? If you’re like me, and turn to the World Health Organization to answer that question, you would find four health system goals: improved level and equity of health, responsiveness, social and financial risk protection, and improved efficiency. The Affordable Care Act moved us toward these goals, if somewhat imperfectly, through Medicaid expansion and exchange subsidies, banning discrimination based on pre-existing conditions, and paying providers for quality, and not quantity, of care. These goals are clearly ideological; they are based on a set of values and ideals that underpin the right to health.
In the United States, however, conservatives contest the idea that health is a right. They hold different social goals than myself or, frankly, the international community. To understand how the House could pass a bill that threatens the health and security of tens of millions of Americans, we must understand those social goals and how they influence the content of the AHCA.
In speeches and press releases, conservative lawmakers adhere to a clear, and somewhat consistent, ideologically approach that aligns with their key principles of free markets, less government regulation, and personal responsibility. Below, I’ve identified three goals that flow from those principles.
1) People should pay for their own health care or insurance.
Liberals (including myself) sometimes make fun of conservatives for, “not understanding the point of health insurance”. Obviously, insurance pays for health care for sick people with the payments of healthy people. Paul Ryan may be an easy target when he says, “The fatal conceit of Obamacare is that young and healthy people are going to go into the market and pay for the older, sicker people,” but let’s at least understand what he’s trying to say: Insurers should be able to charge health insurance premiums that reflect the insurance risk.
With the 3:1 age band in place under the Affordable Care Act, insurance companies must charge younger people more in premiums than the they consume in health care, while older people are charged less. Additionally, people with pre-existing conditions are more expensive to insure, yet insurance companies must charge them the same rates. Doing away with the age bands and pre-existing condition mandate would allow insurance premiums to better reflect the risk of insuring specific populations. Republicans didn’t pass the AHCA to hurt older people or people with pre-existing conditions, though that is the effect. They did it to better align premiums to risk, because their ideological stance points them toward less government intervention in markets.
2) Patients should have maximum flexibility when choosing insurance plans
Conservative lawmakers want maximum flexibility in health insurance. The free market, rather than the government, should decide if those plans are worth buying. The Affordable Care Act, on the other hand, set strict guidelines for the types of plans insurers could offer. It put a floor on maximum annual and lifetime insurance benefits and required all insurers to cover ten essential health benefits. Insurers could no longer offer mini-med plans or exclude specific types of benefits, like maternity care, from plans.
Instead of social and financial risk protection, their focus is on promoting personal responsibility. People should know, and purchase, their needed level of insurance. If people miscalculate that risk, then they should have done a better job of figuring out what they needed. That’s the definition of personal responsibility. In line with this principle, the AHCA encourages plan flexibility by allowing states to opt out of the ten essential health benefits and allowing insurers to reinstate lifetime limits.
3) Quality of care for those who can pay should not be sacrificed for equity
Conservatives believe that citizens are entitled to only what they can purchase, no more and no less. Attempts to ration access to care for wealthy people or people with good health insurance are unacceptable.
While conservatives will often note that the United States has, “the finest health care system in the world”, liberals like to point to life expectancy and infant mortality that are more in line with countries like Cuba and Slovakia than Norway and Canada as a counterpoint. Life expectancy and infant mortality are measures of equity, however. They look at the broad health of the population.
Conservatives are less bothered by inequality. Remember, the issue is if you can purchase quality care, not if you can access it. And at the high end, conservatives are right. If you can pay, the United States has strong survival rates for cancer patients and the top medical research facilities in the world. If you believe that quality concerns override equity ones, then rationing high end, expensive care to expand access to preventative medicine, as the ACA did, is a non-starter.
Now that we’ve diagnosed these ideological differences, where does that leave us?
The ACHA would confer benefits on younger, healthier and richer people, over older, sicker, and poorer ones. This a feature, not a bug. Younger, healthier and richer people cost less and have more money. Appeals to equity are likely to fall on deaf ears.
If the AHCA becomes law and reduces the number of people with health insurance, bankruptcies related to medical expenses will increase. Encouraging people to purchase adequate health insurance, such as through the individual mandate, however, is directly at odds with goals of personal responsibility and flexibility.
Republican willingness to trade health equity and financial protection for reduced regulation, increased flexibility, and high-end quality stem from an ideology that promotes personal responsibility, free markets, and reduced government intervention over equity, access, and risk protection. Pretending that Republicans lawmakers care about the same things that Democrats do, is a fundamental error.
While public opinion about the right to health is slowly moving in our direction, in the short term, we must either a) hold Republicans lawmakers accountable for an ideology that is broadly unpopular or b) craft policy and messaging that better appeal to those goals.
In a second post, I’ll address how Democrats can reframe the debate by changing our messaging from “benefits” to “rights” and embracing a universal, rather than means-tested, approach. To be continued…


| | |
- __builtin__.object
-
- AdaptiveGradNormClip
class AdaptiveGradNormClip(__builtin__.object) |
| |
Class for managing adaptive gradient norm clipping for stabilizing any gradient-descent-like procedure.
Essentially, just a running buffer of gradient norms from the last n gradient steps, with a hook into the x-th percentile of those values, which is intended to be used to set the ceiling on the gradient applied at the next iteration of a gradient-descent-like procedure.
The standard usage is as follows:
```python
# Set hyperparameters as desired.
agnc_hps = dict()
agnc_hps['sliding_window_len'] = 1.0
agnc_hps['percentile'] = 95
agnc_hps['init_clip_val' = 1.0
agnc_hps['verbose'] = False
agnc = AdaptiveGradNormClip(**agnc_hps)
while some_conditions(...):
# This loop defines one step of the training procedure.
gradients = get_gradients(data, params)
grad_norm = compute_gradient_norm(gradients)
clip_val = agnc.update(grad_norm)
clipped_gradients = clip_gradients(gradients, clip_val)
params = apply_gradients(clipped_gradients)
# (Optional): Occasionally save model checkpoints along with the
# AdaptiveGradNormClip object (for seamless restoration of a training
# session)
if some_other_conditions(...):
save_checkpoint(params, ...)
agnc.save(...)
``` |
| |
Methods defined here:
- __call__(self)
- Returns the current clip value.
Args:
None.
Returns:
A float specifying the current clip value.
- __init__(self, do_adaptive_clipping=True, sliding_window_len=128, percentile=95.0, init_clip_val=1000000000000.0, max_clip_val=1000000000000.0, verbose=False)
- Builds an AdaptiveGradNormClip object
Args:
A set of optional keyword arguments for overriding the default
values of the following hyperparameters:
do_adaptive_clipping: A bool indicating whether to implement adaptive gradient norm clipping (i.e., the purpose of this class). Setting to False leads to clipping at a fixed gradient norm specified by fixed_clip_val. Default: True
sliding_window_len: An int specifying the number of recent steps to
record. Default: 100.
percentile: A float between 0.0 and 100.0 specifying the percentile
of the recorded gradient norms at which to set the clip value.
Default: 95.
init_clip_val: A float specifying the initial clip value (i.e., for
step 1, before any empirical gradient norms have been recorded).
Default: 1e12.
This default effectively prevents any clipping on iteration one.
This has the unfortunate side effect of throwing the vertical
axis scale on the corresponding Tensorboard plot. The
alternatives are computationally inefficient: either clip at an
arbitrary level (or at 0) for the first epoch or compute a
gradient at step 0 and initialize to the norm of the global
gradient.
max_clip_val: A positive float indicating the largest allowable clipping value. This effectively overrides the adaptive nature of the gradient clipping once the adaptive clip value exceeds this threshold. When do_adaptive_clipping is set to False, this clipping value is always applied at each step. Default: 1e12.
verbose: A bool indicating whether or not to print status updates.
Default: False.
- restore(self, restore_dir)
- Loads a previously saved AdaptiveGradNormClip state, enabling seamless restoration of gradient descent training procedure.
Args:
restore_dir: A string containing the directory from which to load
a previously saved object state.
Returns:
None.
- save(self, save_dir)
- Saves the current AdaptiveGradNormClip state, enabling seamless restoration of gradient descent training procedure.
Args:
save_dir: A string containing the directory in which to save the
current object state.
Returns:
None.
- update(self, grad_norm)
- Update the log of recent gradient norms and the corresponding
recommended clip value.
Args:
grad_norm: A float specifying the gradient norm from the most
recent gradient step.
Returns:
None.
Data descriptors defined here:
- __dict__
- dictionary for instance variables (if defined)
- __weakref__
- list of weak references to the object (if defined)
Data and other attributes defined here:
- default_hps = {'do_adaptive_clipping': True, 'init_clip_val':<PHONE_NUMBER>000.0, 'max_clip_val':<PHONE_NUMBER>000.0, 'percentile': 95.0, 'sliding_window_len': 128, 'verbose': False}
| |


-tag. It can simulate the largest known patterns, including the
If you encounter any bugs or have feedback, you can contact me at
this email.
Click on the pattern name on the bottom left to get some informations about the current pattern.
Controls:
Left mouse - Move around
Right mouse - Create / Delete cells
Mouse wheel - Zoom
Arrow keys, HJKL - Move around
+, - - Zoom
Space - One generation forward
Tab - Many generations forward
Enter - Run/Pause
Backspace - Rewind
] - Faster
[ - Slower
Escape - Close Popups


#include <ThPipeWriter.h>
Public Member Functions | |
| ThPipeWriter () | |
| initialization. | |
| ThPipeWriter (ThPipe *pipe) | |
| ~ThPipeWriter () | |
| void | Reset (ThPipe *pipe) |
| public methods | |
| void | WriteString (const tstring &str, bool writeNullTerm=true) |
| writes data to the pipe. | |
| void | WriteString (const char *str, bool writeNullTerm=true) |
| void | WriteChar (char ch) |
| void | WriteByte (unsigned char ch) |
| void | WriteShort (short v) |
| void | WriteInt (int i) |
| void | WriteUInt (unsigned int i) |
| void | WriteFloat (float f) |
| void | WriteBytes (const void *source, unsigned int size) |
| template<typename _T > | |
| void | WriteValue (const _T &value) |
| public methods | |
| void | Flush () |
File: ThPipeWriter.h Author: Kevin Bray Created: 09-01-08 Copyright © 2004 Bootstrap Studios. All rights reserved. project includes. class ThPipeWriter
Definition at line 19 of file ThPipeWriter.h.
| ThPipeWriter::ThPipeWriter | ( | ) |
initialization.
class header.
File: ThPipeWriter.cpp Author: Kevin Bray Created: 09-01-08 Copyright © 2004 Bootstrap Studios. All rights reserved. project includes. class ThPipedStream ctor & dtor
Definition at line 24 of file ThPipeWriter.cpp.
| ThPipeWriter::ThPipeWriter | ( | ThPipe * | pipe | ) |
| ThPipeWriter::~ThPipeWriter | ( | ) |
| void ThPipeWriter::Flush | ( | ) |
flushes any waiting data in the pipe. This should be called whenever data is to be sent off.
flush the pipe if there is data waiting in the current region.
Definition at line 180 of file ThPipeWriter.cpp.
| void ThPipeWriter::Reset | ( | ThPipe * | pipe | ) |
public methods
resets the stream interface. Note that this does not do a flush.
Definition at line 62 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteByte | ( | unsigned char | ch | ) |
write the character to the buffer.
advance the offset.
Definition at line 105 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteBytes | ( | const void * | source, | |
| unsigned int | size | |||
| ) |
make sure a pipe has been set!
get the location we're reading from.
copy data up to the first boundary.
copy remaining data in chunks.
calculate the size of the current copy.
now copy the data.
advance the source pointer and adjust the byteRemaining counter.
advance the offset.
Definition at line 144 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteChar | ( | char | ch | ) |
write the character to the buffer.
advance the offset.
Definition at line 94 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteFloat | ( | float | f | ) |
Definition at line 137 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteInt | ( | int | i | ) |
Definition at line 123 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteShort | ( | short | v | ) |
Definition at line 116 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteString | ( | const char * | str, | |
| bool | writeNullTerm = true | |||
| ) |
Definition at line 86 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteString | ( | const tstring & | str, | |
| bool | writeNullTerm = true | |||
| ) |
writes data to the pipe.
write the string to the buffer.
Definition at line 77 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteUInt | ( | unsigned int | i | ) |
Definition at line 130 of file ThPipeWriter.cpp.
| void ThPipeWriter::WriteValue | ( | const _T & | value | ) | [inline] |
public methods
write the value directly or choose the slow path for boundary conditions.
advance to the current offset.
Definition at line 70 of file ThPipeWriter.h.


Lionel Messi
Vision
I prefer to win titles with the team ahead of individual awards or scoring more goals than anyone else. I’m more concerned about being a good person than being the best footballer in the world. Besides, in the end, when all this is over, what can you take with you? My hope is that, when I retire, I’m remembered for being a good guy.
-
CAREER
-
Barcelona
-
2018 – present
Barcelona captain
-
2017 – 2018
Domestic double and a record fifth Golden Boot
-
2016 – 2017
Fourth Golden Boot
-
2015 – 2016
Domestic success
-
2014 – 2015
A historic treble
-
2013 – 2014
Messidependencia
-
2012
A record-breaking year
-
2009 – 2011
Sustained success
-
2005 – 2008
Making the starting eleven
-
2003 – 2005
Rise to the first team
-
-
-
2018
World Cup
-
2016
Copa América Centenario, retirement, and return
-
2014 – 2015
World Cup and Copa América finals
-
2011 – 2013
Assuming the captaincy
-
2008 – 2011
Collective decline
-
2007 – 2008
Copa América final and Olympic gold
-
2005 – 2006
Senior and World Cup debuts
-
2004 – 2005
Success at youth level
-
-
BIOGRAPHY
-
2019
- Scores 600 goals for Barca
- Wins La Liga and Supercopa de España
-
2018
- Wins La Liga and Copa del Rey
-
2017
- Wins Copa del Rey
-
2016
- Messi comes out of international retirement to help his team qualify for the world cup
- Wins La Liga, Copa del Rey and Supercopa de España
-
2015
- Wins La Liga and Copa del Rey
- Wins UEFA Champions League, UEFA Super Cup and FIFA Club World Cup
-
2014
- Scores a hat-trick (three goals during a single game), to become FC Barcelona's all-time leading scorer with 371 goals for Barca, beating the record set by Paulino Alcantara, who scored 369 goals
- Wins the Golden Ball award for the best player in the 2014 FIFA World Cup
- Becomes the leading goalscorer in the European Champions League with 74 goals in 91 appearances
-
2013
- Wins his fourth consecutive record- breaking Ballon D'or (Golden Ball award)
- Wins La Liga and Supercopa de España
-
2012
- Wins Copa del Rey
- Wins his third Ballon D'or (Golden Ball award)
- Has a baby boy, Thiago Messi and becomes a father
-
2011 – 2012
- Sets the all-time record for the most goals scored in a single season for a major European football league, with 73 goals
-
2011
- Wins his second Ballon D'or (Golden Ball award)
- Wins La Liga, Supercopa de España, UEFA Champions League, UEFA Super Cup and FIFA Club World Cup
-
2010
- Wins his first Ballon D'or (Golden Ball award)
- Wins La Liga and Supercopa de España
-
2009
- Wins La Liga, Copa del Rey, Supercopa de España, UEFA Champions League, UEFA Super Cup and FIFA Club World Cup
- Wins FIFA World player of the year
-
2008
- Gets married to childhood friend and girlfriend, Antonella Roccuzzo
- Wins Olympic Gold Medal (Argentina)
-
2007
- Establishes 'Leo Messi Foundation', working to improve access education and health care for children
-
2006
- Wins La Liga, UEFA Champions League and Supercopa de España
-
2005
- At the age of 18, scored his first official goal and was the youngest player to score for FC Barcelona
- Wins La Liga and Supercopa de España (FC Barcelona) and FIFA U-20 World Cup (Argentina)
-
2004
- Made his official debut against RCD Espanyol
-
2003
- Made his unofficial debut for FC Barcelona in a friendly match against FC Porto
-
2000
- Signs with legendary team FC Barcelona and works his way up through Barca's youth squads
-
1998
- At the age of 11, he was diagnosed with a growth hormone deficiency
-
1995
- Joined to play for the local team, Newell's Old boys in Rosario
-
1991
- At the age of 4 joined the local club Grandoli where his dad coached him
-
1987
- Was born on June 24th 1987, in Rosario, Argentina
Main Info
About national team 🇦🇷
Awards & Achievements
Philanthropy
-
Top 10 Facts You Don't Know About Lionel Messi


Madelaine Petsch Dishes On Cheryl Blossom Experimenting With Her Beauty Look on 'Riverdale'
If you haven’t noticed, Cheryl Blossom is changing up her beauty look, but in real small ways on Riverdale.
Actress Madelaine Petsch opened up in a new interview with Allure magazine about Cheryl’s beauty evolution, admitting that they are “experimenting a little bit more with eye makeup.”
“I used to do the same eye look most of the year, and now, according to my outfit and the mood that Cheryl’s in, I’ll kind of change it accordingly, which is really fun,” Madelaine says.
The reason for the subtle changes? It’s all because of Cheryl’s outlook on life.
“[Cheryl's] in a good place — at least she thinks she’s in a good place, mentally; in reality, we all know she’s not — but she’s playing with makeup; she’s happy. I think that’s where all of that stems from, changing things up a little bit,” she says. “And she’s got a good relationship. So now she’s like, ‘My girlfriend’s not just going to break up with me because I changed my eyeliner,’ or whatever.”
Madelaine also opened up about the shade of red lipstick that Cheryl wears and why they keep the brand under lock and key.
“It’s kind of just like our little secret on set,” she shared.
Riverdale airs Wednesdays on The CW.