What a responsive site is, and why responsiveness is important.
A responsive site is one which makes web pages render well on a variety of devices and window or screen sizes. The site must work on different devices, different browsers & different operating systems.
Responsive Design have to be 1. Flexible which means it adjusts for the size of the screen and 2. Adjustable which means the contents on the page can change and move around depending on the size of screen -
e.g. @media only screen and (min-width:40em)
This is particularly important nowadays, because of the large number of internet-accessible devices available and the wide variation of their screen sizes. What looks good on a desktop computer will not
look good on a mobile device without adjusting the formatting.
What mobile first design is, and why it's important.
Mobile First design means that when you are designing multiple page layouts for the same sitem you start with mobile-phone sized first and then scale up from there. This is the smallest screen size that
needs to be considered and so it makes you think about what are the most important elements to fit on the page. It is alot easier to start small and then add content and spread content around as you grow,
rather than starting big and then trying to squeeze all the content in and end up having to get rid of half of it.
What frameworks are, and their pros and cons.
There are many different frameworks available to assist developers in building responsive websites A framework is a software package made up of ready-made blocks code to help developers build sections of websites
and software programmes. An analgoy is when a house is built, the builders don't make their own bricks, windows or screws; they have specialists who have already made these products.
Frameworks are the providers of bricks, windows and screws of code that developers can use to build their digital houses.
What a wireframe is and why we use it.
A wireframe document for a person profile view.
A website wireframe is a visual guide that represents the skeletal framework of a website.Wireframes are created for the purpose of arranging elements to best accomplish
a particular purpose. The purpose is usually being informed by a business objective and a creative idea. The wireframe depicts the page layout or arrangement of the website’s content,
including interface elements and navigational systems, and how they work together.
Desktop Index Page
Desktop Blog Page
Mobile Index Page
Mobile Blog Template Page
The aspects of your wireframes you found difficult to implement, and why.
I have done a bit of wireframing before so I didn't find it too difficult. I used Balsamiq Mockups, as the website says "Rapid, effective and fun wireframing software",
and that's exactly how I found this software package.


What's your name?
Euglena Livecam
< LED control >
< TOP 5 SCORES >
number of objects [1,20]
size of objects [20,200]
repelling force [0.00,1.00]
object random motion radius [0.00,1.00]


Benelli Imperiale 400 video review
by Rishabh BhaskarThe Benelli Imperiale 400 ventures into a segment where buying decisions are largely influenced by sentiments, aspirations and prestige, followed by the price tag. We find out if it has what it takes to appeal to a typical modern-classic motorcycle buyer.
Also see:
Benelli Imperiale 400 walkaround video
Benelli Imperiale 400: A close look


|
SBF
Super bloody fast messaging transport
|
This file declares the structures and functions to handle memory. More...
#include "sbfCommon.h"
Go to the source code of this file.
Macros | |
| #define | xmalloc sbfMemory_malloc |
| #define | xcalloc sbfMemory_calloc |
| #define | xrealloc sbfMemory_realloc |
| #define | xstrdup sbfMemory_strdup |
| #define | xasprintf sbfMemory_asprintf |
| #define | xvasprintf sbfMemory_vasprintf |
Functions | |
| SBF_BEGIN_DECLS void * | sbfMemory_malloc (size_t size) |
| Allocs a block of memory of the given size. It will return NULL if the memory cannot be allocated. More... | |
| void * | sbfMemory_calloc (size_t nmemb, size_t size) |
| Allocs a block of memory of the given size filled with zeros. It will return NULL if the memory cannot be allocated. More... | |
| void * | sbfMemory_realloc (void *ptr, size_t nmemb, size_t size) |
| Reallocate memory at the given pointer with a new size. More... | |
| char * | sbfMemory_strdup (const char *s) |
| Duplicate a null terminated string containing a duplicate of the given string. More... | |
| void | sbfMemory_asprintf (char **ret, const char *fmt,...) |
| void | sbfMemory_vasprintf (char **ret, const char *fmt, va_list ap) |
This file declares the structures and functions to handle memory.
Definition in file sbfMemory.h.
| #define xasprintf sbfMemory_asprintf |
Definition at line 59 of file sbfMemory.h.
| #define xcalloc sbfMemory_calloc |
Definition at line 31 of file sbfMemory.h.
| #define xmalloc sbfMemory_malloc |
Definition at line 21 of file sbfMemory.h.
| #define xrealloc sbfMemory_realloc |
Definition at line 41 of file sbfMemory.h.
| #define xstrdup sbfMemory_strdup |
Definition at line 50 of file sbfMemory.h.
| #define xvasprintf sbfMemory_vasprintf |
Definition at line 68 of file sbfMemory.h.
| void sbfMemory_asprintf | ( | char ** | ret, |
| const char * | fmt, | ||
| ... | |||
| ) |
String formatting with variable number of arguments.
| ret | null terminated string describing the error if any. |
| fmt | the string format. |
| ... | the variable arguments to compose the formatted string. |
| void* sbfMemory_calloc | ( | size_t | nmemb, |
| size_t | size | ||
| ) |
Allocs a block of memory of the given size filled with zeros. It will return NULL if the memory cannot be allocated.
| nmemb | the number of items to be allocated. |
| size | the size of the block of memory to be allocated. |
| SBF_BEGIN_DECLS void* sbfMemory_malloc | ( | size_t | size | ) |
Allocs a block of memory of the given size. It will return NULL if the memory cannot be allocated.
| size | the size of the block of memory to be allocated. |
| void* sbfMemory_realloc | ( | void * | ptr, |
| size_t | nmemb, | ||
| size_t | size | ||
| ) |
Reallocate memory at the given pointer with a new size.
| ptr | the source pointer to be reallocated. |
| nmemb | the number of items to be allocated. |
| size | the size of an item. |
| char* sbfMemory_strdup | ( | const char * | s | ) |
Duplicate a null terminated string containing a duplicate of the given string.
| s | the null terminated string to be duplicated. |
| void sbfMemory_vasprintf | ( | char ** | ret, |
| const char * | fmt, | ||
| va_list | ap | ||
| ) |
String formatting with variable number of arguments.
| ret | null terminated string describing the error if any. |
| fmt | the string format. |
| ap | the variable arguments to compose the formatted string. |


|
Nautical
|
#include <assert.h>
#include <string.h>
#include <Arduino.h>
#include <stdint.h>
#include <stdio.h>
#include "dvl/dvl.h"
#include "dvl/io_dvl.h"
#include "dvl/dvl_commands.h"
#include "dbg.h"
#include "macrodef.h"
Classes | |
| struct | dvl_data |
| struct | parser_var_t |
Macros | |
| #define | BAUD 9600U; |
| #define | DATAGRAM_ID 0x7f |
| #define | HEADER_ID 0x7f |
| #define | VELOCITY_FRAME_ID 0x0358 |
| #define | RANGE_FRAME_ID 0x0458 |
Enumerations | |
| enum | cmd_state_t { COMMAND_READY, COMMAND_PROCESSING, PINGING } |
| enum | rx_state_t { SYNC, DATA_ID, SIZE_BYTE_1, SIZE_BYTE_2, SPARE, FRAME_COUNT, FRAME_OFFSET_LOOP, WAIT, FRAME_ID_BYTE_2, VELOCITY_DATA_SB, VELOCITY_DATA_FW, VELOCITY_DATA_UP, RANGE_DATA } |
Functions | |
| int32_t | dvl_get_forward_vel () |
| Finds velocity over bottom towards bow. More... | |
| int32_t | dvl_get_starboard_vel () |
| Finds velocity over bottom towards starboard. More... | |
| int32_t | dvl_get_upward_vel () |
| Finds velocity over bottom towards surface. More... | |
| int32_t | dvl_get_range_to_bottom () |
| Finds distance to bottom. More... | |
| void | reset_parser () |
| Discards the datagram that is being parsed. More... | |
| bool | dvl_data_update () |
| Replaces old data on the DVL with new data. More... | |
| int | send_command (char *cmd, bool wait) |
| Sends command for DVL to process. More... | |
| bool | dvl_receive_handler () |
| Parses and processes received data. More... | |
| void | dvl_set_data_format () |
| Configures proper DVL data components. More... | |
| void | dvl_begin_pinging () |
| Tells DVL to begin pinging. More... | |
| #define BAUD 9600U; |
| #define DATAGRAM_ID 0x7f |
| #define HEADER_ID 0x7f |
| #define RANGE_FRAME_ID 0x0458 |
| #define VELOCITY_FRAME_ID 0x0358 |
| enum cmd_state_t |
| enum rx_state_t |
| void dvl_begin_pinging | ( | ) |
Tells DVL to begin pinging.
| bool dvl_data_update | ( | ) |
Replaces old data on the DVL with new data.
| int32_t dvl_get_forward_vel | ( | ) |
Finds velocity over bottom towards bow.
| int32_t dvl_get_range_to_bottom | ( | ) |
Finds distance to bottom.
Should not be negative. (:P)
| int32_t dvl_get_starboard_vel | ( | ) |
Finds velocity over bottom towards starboard.
| int32_t dvl_get_upward_vel | ( | ) |
Finds velocity over bottom towards surface.
| bool dvl_receive_handler | ( | ) |
Parses and processes received data.
| void dvl_set_data_format | ( | ) |
Configures proper DVL data components.
| void reset_parser | ( | ) |
Discards the datagram that is being parsed.
| int send_command | ( | char * | cmd, |
| bool | wait | ||
| ) |
Sends command for DVL to process.
| cmd | The command as a character. |
| wait | If true, waits until DVL is finished processing before sending the command. |


Get data:
Acute Lymphocytic Leukemia in ChildrenAcute Myeloid Leukemia in Children
Brain and CNS Cancer in Children
Leukemia in Children
Total Cancer in Children
Data Stories
About Cancers in Children
Cancers in Children
About Childhood Cancers
Cancer begins when cells in a part of the body start to grow out of control. There are many kinds of cancer, but they all start because of out-of-control growth of abnormal cells. Leukemia (cancer of the blood-forming cells) is the most common form of childhood cancer. There are different kinds of childhood leukemia. The most common kinds are acute lymphocytic leukemia (ALL) and acute myeloid leukemia (AML). Brain and other nervous system cancers are the second most common types of childhood cancers. Of all childhood cancer, leukemias and brain and other nervous system cancers account for about 50% of cases among children less than 15 years old.
 The data comes from the NYS Cancer Registry.
Childhood Cancer and the Environment
The causes of most childhood cancer are unknown. It is especially difficult to identify environmental factors related to childhood cancers because - like adult cancer - they are likely to be the result of a mix of genetic, environmental, and behavioral causes, and not just one factor by itself. Exposures to the parent, the fetus in the womb, or the child after birth may all play a role. Some risk factors that explain a small percentage of cases include:
- Exposure to high doses of ionizing radiation
- Genetic abnormalities and conditions, including Down Syndrome
- Exposure to chemotherapy drugs known as alkylating agents
About the Data and Indicators
Data are reported over five-year periods because the number of cases and rates for single years can vary considerably, particularly for less common types of cancer.
Counts and rates are calculated based upon residential address at time of diagnosis. Because cancer latencies can be long, the neighborhood of residence at the time of diagnosis may not be the same as the residence at the time an earlier exposure may have occurred.
All cancers diagnosed among NYS residents are required by law to be reported to the NYS Cancer Registry. The registry is considered to have 95% or higher case ascertainment.
The cancer indicators included in this portal were chosen by a National workgroup of the Tracking Network because they are potentially related to environmental exposures, or there is public concern that they may be related.
Prevention
The risk of many adult cancers can be reduced by certain lifestyle changes (such as maintaining a healthy weight or quitting smoking). Less is known about ways to prevent cancer in children. The good news is that there are effective treatments for many childhood cancers. Since the 1970’s, death rates have declined dramatically and survival rates have increased for most childhood cancers.
Key Messages
In NYC, about 18 children out of 100,000 under the age of 20 are likely to develop cancer. Most are leukemias. Acute lymphocytic leukemia (ALL) accounts for about 3 out of 4 leukemia cases. Most of the remaining cases are acute myeloid leukemia (AML). Chronic leukemias are rare in children.
ALL is most common in early childhood, peaking between 2 and 4 years of age. Cases of AML are more spread out across the childhood years, although they occur more commonly during the first 2 years of life and during the teenage years.
Despite its rarity and the major advances in treatment and supportive care, cancer is still the leading cause of death from disease in children younger than 15 years old.


DICOM+ User Manual
Version 1.0.28
View On GitHub
Downloads:
ZIP
TAR
Contents
Starting the program
Main Window Layout
Previewing Files
Anonymizing Files
Anonymize Options
Editing
Quick start 'How To's
Frequently Asked Questions
Running as a command line program
DICOM Value Representations
DICOM Value Multiplicity


The Latest: Iraq officials: 13 killed in south in 24 hours
BAGHDAD (AP) - The Latest on anti-government protests in Iraq (all times local):
9:20 p.m.
Iraqi officials say 13 anti-government protesters have been killed in one of the "worst" days of clashes in southern Iraq.
Security and hospital officials, who requested anonymity in line with regulations, say seven protesters were killed in the southern province of Basra, near the Umm Qasr port.
___
2:25 p.m.
Iraqi officials say 13 anti-government protesters have been wounded by security forces amid ongoing clashes in central Baghdad. In the country's oil-rich south, demonstrators were seen burning tires, and have cut main roads.
The security and medical officials spoke on condition of anonymity in line with regulations.
The clashes in Baghdad's historic Rasheed Street continued Sunday for a fourth day. So far, 16 people have died and over 100 have been wounded in the latest round of street battles.
Security forces have been using tear gas, rubber bullets and even live ammunition to disperse protesters. At least 342 people have died since demonstrations began Oct. 1.
U.S. Vice President Mike Pence encouraged the Iraqi government to show restraint with the protesters, speaking during an unannounced trip to Iraq on Saturday.
Copyright 2019 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.


Optimizing sample sizes in A/B testing, Part I: General summary
10 Jan 2020If you’re a data scientist, you’ve surely encountered the question, “How big should this A/B test be?”
The standard answer is to do a power analysis, typically aiming for 80% power at \(\alpha\)=5%. But if you think about it, this advice is pretty weird. Why is 80% power the best choice for your business? And doesn’t a 5% significance cutoff seem pretty arbitrary?
In most business decisions, you want to choose a policy that maximizes your benefits minus your costs. In experimentation, the benefit comes from learning information to drive future decisions, and the cost comes from the experiment itself. The optimal sample size will therefore depend on the unique circumstances of your business, not on arbitrary statistical significance thresholds.
In this three-part blog post, I’ll present a new way of determining optimal sample sizes that completely abandons the notion of statistical significance.
- Part I: General Overview. Starts with a mostly non-technical overview and ends with a section called “Three lessons for practitioners”.
- Part II: Expected lift. A more technical section that quantifies the benefits of experimentation as a function of sample size.
- Part III: Aggregate time-discounted lift. A more technical section that quantifies the costs of experimentation as a function of sample size. It then combines costs and benefits into a closed-form expression that can be optimized. Ends with an FAQ.
Throughout Parts I-III, the focus will be on choosing a sample size at the beginning of the experiment and committing to it, not on dynamically updating the sample size as the experiment proceeds.
With that out of the way, let’s get started!
Benefits of large samples
The bigger your sample size, the more likely it is that you’ll ship the right bucket. Since there is a gain to shipping the right bucket and a loss to shipping the wrong bucket, the average benefit of the experiment is a probability-weighted average of these outcomes. We call this the expected post-experiment lift, \(\hat{L}\), which increases with sample size. We’ll cover this in more detail in Part II.
Costs of large samples
For most businesses, increasing your sample size requires you to run your experiment longer. This brings us to the main per-unit cost of experimentation: the forfeited benefits that could come from shipping the winning bucket earlier. In a fast moving startup, there’s often good reason to accrue your wins as soon as possible. The advantage of shipping earlier can be quantified with a discount rate, which describes how much you value the near future over the distant future. If you have a high discount rate, it’s critical to ship as soon as possible. If you have a low discount rate, you can afford to wait longer. This is described in more detail in Part III.
Combining costs and benefits into an optimization function
You should run your experiment long enough that you’ll likely ship the winning bucket, but not so long that you waste time not having shipped your product. The optimal duration depends on the unique circumstances of your business. The overall benefit of running an experiment, as a function of duration and other parameters, is defined as the aggregate time-discounted expected post-experiment lift, or \(\hat{L}_a\).
Figure 1 shows \(\hat{L}_a\) as a function of experiment duration in days (\(\tau\)) for one particular set of business parameters. The gray curve shows the result of a closed form solution presented in Part III. The blue curve shows the results of simulated experiments. As you can see, the optimal duration for this experiment should be about 38 days. Simulations match the closed-form predictions.
Three lessons for practitioners
I played around with the formula for \(\hat{L}_a\) and came across three lessons that should be of interest to practitioners.
1. You should run “underpowered” experiments if you have a very high discount rate
Take a look at Figure 2, which shows some recommendations for a fairly typical two-bucket conversion rate experiment with 1000 sessions per bucket per day. On the left panel we plot the optimal duration as a function of the annual discount rate. If you have a high discount rate, you care a lot more about the near future than the distant future. It is therefore critical that you ship any potentially winning version as soon as possible. In this scenario, the optimal duration is low (left panel). Power, the probability you will find a statistically significant result, is also low (right panel). For many of these cases, the optimal duration would traditionally be considered “underpowered”.
2. You should run “underpowered” experiments if you have a small user base
Now let’s plot these curves as a function of \(m\), our daily sessions per bucket. If you only have a small number of daily sessions to work with, you’ll need to run the experiment for longer (left panel). So far, that’s not surprising. But here’s where it gets interesting: Even though optimal duration increases as \(m\) decreases, it doesn’t increase fast enough to maintain constant power (right panel). In fact, for low \(m\) scenarios where you don’t have a lot of users, the optimal duration results in power that can drop below 50%, well into what would traditionally be considered “underpowered” territory. In these situations, waiting to get a large number of sessions causes too much time-discounting loss.
3. That said, it’s far better to run your experiment too long than too short
Let’s take another look at \(\hat{L}_a\) as a function of duration. As shown in Figure 4 below, the left shoulder is steeper than the right shoulder. This means that it’s really bad if your experiment is shorter than optimal, but it’s kind of ok if your experiment is longer than optimal.
Is this true in general? Yes. Below we plot \(\hat{L}_a\) as a function of duration for various combinations of \(m\) and the discount rate, \(r\). For all of these parameter combinations, it’s better to run a bit longer than optimal than a bit shorter than optimal. The only exception is if you have an insanely high discount rate (not shown).
Upcoming posts and Python notebook
You probably have a lot of questions about where this framework comes from and how it is justified. Part II and Part III dive more deeply into the math and visual intuition behind it. They also contain some example uses of the get_lift_via_closed_form
and get_agg_lift_via_closed_form
functions available in the accompanying Python Notebook.


{% extends "base.html" %} {% block breadcrumb %}
All web accessibility tools that are based on the OpenAjax Alliance Evaluation Library assume a familiarity with the following concepts.
| Value | Abbrev | Meaning |
|---|---|---|
| Violation | V | One or more target elements fail the requirements of a required rule |
| Warning | W | One or more target elements fail the requirements of a recommended rule |
| Manual Check | MC | Unable to programmatically determine a result - evaluation requires human inspection |
| Pass | P | All rule requirements were satisfied |
| Hidden | H | Target elements were not evaluated because they are hidden (either visually or from assistive technologies) |
| Not Applicable | N/A or ‘-’ | Rule was not applied because there were no relevant target elements |


At the surface, counting sounds pretty simple, right? You just want to know how many occurrences of something there are. Well - unfortunately, it’s not that easy. And in clinical reports, there’s quite a bit of nuance that goes into the different types of frequency tables that need to be created. Fortunately, we’ve added a good bit of flexibility into group_count()
to help you get what you need when creating these reports, whether you’re creating a demographics table, adverse events, or lab results.
Let’s start with a basic example. This table demonstrates the distribution of subject disposition across treatment groups. Additionally, we’re sorting by descending total occurrences using the “Total” group.
t <- tplyr_table(adsl, TRT01P, where = SAFFL == "Y") %>% add_total_group() %>% add_treat_grps(Treated = c("Xanomeline Low Dose", "Xanomeline High Dose")) %>% add_layer( group_count(DCDECOD) %>% set_order_count_method("bycount") %>% set_ordering_cols(Total) ) %>% build() %>% arrange(desc(ord_layer_1)) %>% select(starts_with("row"), var1_Placebo, `var1_Xanomeline Low Dose`, `var1_Xanomeline High Dose`, var1_Treated, var1_Total) kable(t)
| row_label1 | var1_Placebo | var1_Xanomeline Low Dose | var1_Xanomeline High Dose | var1_Treated | var1_Total |
|---|---|---|---|---|---|
| COMPLETED | 58 ( 67.4%) | 25 ( 29.8%) | 27 ( 32.1%) | 52 ( 31.0%) | 110 ( 43.3%) |
| ADVERSE EVENT | 8 ( 9.3%) | 44 ( 52.4%) | 40 ( 47.6%) | 84 ( 50.0%) | 92 ( 36.2%) |
| WITHDRAWAL BY SUBJECT | 9 ( 10.5%) | 10 ( 11.9%) | 8 ( 9.5%) | 18 ( 10.7%) | 27 ( 10.6%) |
| STUDY TERMINATED BY SPONSOR | 2 ( 2.3%) | 2 ( 2.4%) | 3 ( 3.6%) | 5 ( 3.0%) | 7 ( 2.8%) |
| PROTOCOL VIOLATION | 2 ( 2.3%) | 1 ( 1.2%) | 3 ( 3.6%) | 4 ( 2.4%) | 6 ( 2.4%) |
| LACK OF EFFICACY | 3 ( 3.5%) | 0 ( 0.0%) | 1 ( 1.2%) | 1 ( 0.6%) | 4 ( 1.6%) |
| DEATH | 2 ( 2.3%) | 1 ( 1.2%) | 0 ( 0.0%) | 1 ( 0.6%) | 3 ( 1.2%) |
| PHYSICIAN DECISION | 1 ( 1.2%) | 0 ( 0.0%) | 2 ( 2.4%) | 2 ( 1.2%) | 3 ( 1.2%) |
| LOST TO FOLLOW-UP | 1 ( 1.2%) | 1 ( 1.2%) | 0 ( 0.0%) | 1 ( 0.6%) | 2 ( 0.8%) |
Another exceptionally important consideration within count layers is whether you should be using distinct counts, non-distinct counts, or some combination of both. Adverse event tables are a perfect example. Often, you’re concerned about how many subjects had an adverse event in particular instead of just the number of occurrences of that adverse event. Similarly, the number occurrences of an event isn’t necessarily relevant when compared to the total number of adverse events that occurred. For this reason, what you likely want to look at is instead the number of subjects who experienced an event compared to the total number of subjects in that treatment group.
‘Tplyr’ allows you to focus on these distinct counts and distinct percents within some grouping variable, like subject. Additionally, you can mix and match with the distinct counts with non-distinct counts in the same row too. The set_distinct_by()
function sets the variables used to calculate the distinct occurrences of some value using the specified distinct_by
variables.
t <- tplyr_table(adae, TRTA) %>% add_layer( group_count(AEDECOD) %>% set_distinct_by(USUBJID) %>% set_format_strings(f_str("xxx (xx.xx%) [xxx]", distinct_n, distinct_pct, n)) ) %>% build() %>% head() kable(t)
| row_label1 | var1_Placebo | var1_Xanomeline High Dose | var1_Xanomeline Low Dose | ord_layer_index | ord_layer_1 |
|---|---|---|---|---|---|
| ACTINIC KERATOSIS | 0 ( 0.00%) [ 0] | 1 ( 2.38%) [ 1] | 0 ( 0.00%) [ 0] | 1 | 1 |
| ALOPECIA | 1 ( 4.76%) [ 1] | 0 ( 0.00%) [ 0] | 0 ( 0.00%) [ 0] | 1 | 2 |
| BLISTER | 0 ( 0.00%) [ 0] | 1 ( 2.38%) [ 2] | 5 (11.90%) [ 8] | 1 | 3 |
| COLD SWEAT | 1 ( 4.76%) [ 3] | 0 ( 0.00%) [ 0] | 0 ( 0.00%) [ 0] | 1 | 4 |
| DERMATITIS ATOPIC | 1 ( 4.76%) [ 1] | 0 ( 0.00%) [ 0] | 0 ( 0.00%) [ 0] | 1 | 5 |
| DERMATITIS CONTACT | 0 ( 0.00%) [ 0] | 0 ( 0.00%) [ 0] | 1 ( 2.38%) [ 2] | 1 | 6 |
You may have seen tables before like the one above. This display shows the number of subjects who experienced an adverse event, the percentage of subjects within the given treatment group who experienced that event, and then the total number of occurrences of that event. Using set_distinct_by()
triggered the derivation of distinct_n
and distinct_pct
in addition to the n
and pct
created within group_count
. The display of the values is then controlled by the f_str()
call in set_format_strings()
.
Certain summary tables present counts within groups. One example could be in a disposition table where a disposition reason of “Other” summarizes what those other reasons were. A very common example is an Adverse Event table that displays counts for body systems, and then the events within those body systems. This is again a nuanced situation - there are two variables being summarized: The body system counts, and the advert event counts.
One way to approach this would be creating two summaries. One summarizing the body system, and another summarizing the preferred terms by body system, and then merging the two together. But we don’t want you to have to do that. Instead, we handle this complexity for you. This is done in group_count()
by submitting two target variables with dplyr::vars()
. The first variable should be your grouping variable that you want summarized, which we refer to as the “Outside” variable, and the second should have the narrower scope, which we call the “Inside” variable.
The example below demonstrates how to do a nested summary. Look at the first row - here row_label1
and row_label2
are both “CARDIAC DISORDERS”. This line is the summary for AEBODSYS.
In the rows below that, row_label1
continues on with the value “CARDIAC DISORDERS”, but row_label2
changes. These are the summaries for AEDECOD
.
tplyr_table(adae, TRTA) %>% add_layer( group_count(vars(AEBODSYS, AEDECOD)) ) %>% build() %>% head() %>% kable()
| row_label1 | row_label2 | var1_Placebo | var1_Xanomeline High Dose | var1_Xanomeline Low Dose | ord_layer_index | ord_layer_1 | ord_layer_2 |
|---|---|---|---|---|---|---|---|
| SKIN AND SUBCUTANEOUS TISSUE DISORDERS | SKIN AND SUBCUTANEOUS TISSUE DISORDERS | 47 (100.0%) | 111 (100.0%) | 118 (100.0%) | 1 | 1 | Inf |
| SKIN AND SUBCUTANEOUS TISSUE DISORDERS | ACTINIC KERATOSIS | 0 ( 0.0%) | 1 ( 0.9%) | 0 ( 0.0%) | 1 | 1 | 1 |
| SKIN AND SUBCUTANEOUS TISSUE DISORDERS | ALOPECIA | 1 ( 2.1%) | 0 ( 0.0%) | 0 ( 0.0%) | 1 | 1 | 2 |
| SKIN AND SUBCUTANEOUS TISSUE DISORDERS | BLISTER | 0 ( 0.0%) | 2 ( 1.8%) | 8 ( 6.8%) | 1 | 1 | 3 |
| SKIN AND SUBCUTANEOUS TISSUE DISORDERS | COLD SWEAT | 3 ( 6.4%) | 0 ( 0.0%) | 0 ( 0.0%) | 1 | 1 | 4 |
| SKIN AND SUBCUTANEOUS TISSUE DISORDERS | DERMATITIS ATOPIC | 1 ( 2.1%) | 0 ( 0.0%) | 0 ( 0.0%) | 1 | 1 | 5 |
This accomplishes what we needed, but it’s not exactly the presentation you might hope for. We have a solution for this as well.
tplyr_table(adae, TRTA) %>% add_layer( group_count(vars(AEBODSYS, AEDECOD)) %>% set_nest_count(TRUE) %>% set_indentation("--->") ) %>% build() %>% head() %>% kable()
| row_label1 | var1_Placebo | var1_Xanomeline High Dose | var1_Xanomeline Low Dose | ord_layer_index | ord_layer_1 | ord_layer_2 |
|---|---|---|---|---|---|---|
| SKIN AND SUBCUTANEOUS TISSUE DISORDERS | 47 (100.0%) | 111 (100.0%) | 118 (100.0%) | 1 | 1 | Inf |
| —>ACTINIC KERATOSIS | 0 ( 0.0%) | 1 ( 0.9%) | 0 ( 0.0%) | 1 | 1 | 1 |
| —>ALOPECIA | 1 ( 2.1%) | 0 ( 0.0%) | 0 ( 0.0%) | 1 | 1 | 2 |
| —>BLISTER | 0 ( 0.0%) | 2 ( 1.8%) | 8 ( 6.8%) | 1 | 1 | 3 |
| —>COLD SWEAT | 3 ( 6.4%) | 0 ( 0.0%) | 0 ( 0.0%) | 1 | 1 | 4 |
| —>DERMATITIS ATOPIC | 1 ( 2.1%) | 0 ( 0.0%) | 0 ( 0.0%) | 1 | 1 | 5 |
By using set_nest_count()
, this triggers ‘Tplyr’ to drop row_label1, and indent all of the AEDECOD values within row_label2. The columns are renamed appropriately as well. The default indentation used will be 3 spaces, but as you can see here - you can set the indentation however you like. This let’s you use tab strings for different language-specific output types, stick with spaces, indent wider or smaller - whatever you wish. All of the existing order variables remain, so this has no impact on your ability to sort the table.
There’s a lot more to counting! So be sure to check out our vignettes on sorting, shift tables, and denominators.


{% extends "base.html" %} {% load staticfiles %} {% block content %}
Hello {{ user.username }}
Hello visitor! Why don't you join us by registering?


Municipality
Make a complaint
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Simple website
last news
language
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login
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select area
gaza
rafah
gaza
Seven-try France hammer Italy in Rome
Some quick example text to build on .
21 days
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Seven-try France hammer Italy in Rome
Some quick example text to build on .
21 days
Gaza
Seven-try France hammer Italy in Rome
Some quick example text to build on .
21 days
Gaza
Seven-try France hammer Italy in Rome
Some quick example text to build on .
21 days
Gaza
Seven-try France hammer Italy in Rome
Some quick example text to build on .
21 days
Gaza
Seven-try France hammer Italy in Rome
Some quick example text to build on .
21 days
Gaza


If you are having problems viewing this page please email<EMAIL_ADDRESS>. This page requires JavaScript and a modern browser to work.
This is a demo designed to exhibit the stream of data that is flowing through Crossref Event Data at any given time. As is the nature with demos, it will sometimes go down. If the demo is down, it does not necessarily mean that Crossref Event data itself is down.
If you are having problems viewing this page please email<EMAIL_ADDRESS>. This page requires JavaScript and a modern browser to work.


Protein of the Month |
December 2006
MORE ON THIS MONTH’S PROTEIN
|
|
OTHER PROTEINS OF INTEREST |
|
Molecule of the Month: Transposase |
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Transposition, the movement of genes from one position on the chromosome to another, was first suggested by Barbara McClintock in her 1948 publication, following years of work on chromosomal breakage and recombination. She observed that mutable loci affecting maize seed colour variegation involved chromosomal breakage and fusion, as well as the transposition of genes. She suggested that such genetic instability could occur in all organisms. Although such ‘moveable’ genes were first met with scepticism, transposable elements are now known to exist in all organisms, and she was to receive a Nobel Prize for her work in 1983.
In maize, McClintock originally described two ‘moveable’ elements: activator (Ac) and dissociation (Ds). Ds (non-autonomous) was found to only move in the presence of Ac, whereas Ac (autonomous) could move on its own. Either element was able to insert into different locations in the genome, often within genes, which frequently resulted in mutations in those genes. We now know that the Ds element is a deletion mutant of Ac that has lost the necessary sequences to move on its own. Other transposable elements can exist as autonomous (encode products for transposition) or non-autonomous elements.
Ac is just over 4.5kb long, and encodes for a 3.5kb mRNA that is translated into a transposase protein (which is partly deleted in Ds). The transposase is responsible for excising the transposable element anywhere in the genome through its recognition of specific sequences. In Ac, the transposase gene is flanked on either side by 10bp inverted repeat sequences (IR), which are essential for transposition. Each IR contains an AAACGG motif that acts as the transposase binding sequence – mutations in this sequence would abolish the transposable element’s ability to move.
The transposase also recognises sequences within the genome, making 8bp staggered cuts within the chromosome for the transposable element to insert (DNA hairpin intermediates form in host DNA during transposition). As the cut is staggered, the 8bp single stranded genomic DNA on either side of the transposable element needs to be filled in using host DNA polymerase, thereby creating 8bp target site duplications that flank the transposable element. When the transposable element later excises from the site, the 8bp duplication remains at the site as a direct repeat to mark where the element has been as a footprint (see figure below).
|
|
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Transposition: transposable element inserts into staggered cuts in chromosomal DNA, the gaps being filled in by DNA polymerase. Upon excision, direct repeats are left in the chromosomal DNA. |
Transposable elements can insert within genes or regulatory sequences, which can disrupt gene function or expression, sometimes only temporarily if the element later excises. However, if a deleterious footprint is left by the excised element, it can permanently alter gene function or expression, sometimes even creating new alleles of a gene.
Transposable elements can also ‘pick up’ endogenous genes, moving them to different genomic sites and increasing their copy number. This is common with certain bacterial transposons, which can carry antibiotic resistance genes, such as the ampicillin-resistance transposon Tn3, kanamycin-resistance transposon Tn5, and the chloramphenicol resistance transposon Tn9.
Scientist have made use of such ability, manipulating both prokaryotic and eukaryotic transposons for use as shuttles to moving genetic material or to induce genetic mutation for experimentation.


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Approachable IO is an organization committed to creating projects that allow developers of all experience levels to contribute to the project. For more information about our goals and projects, click here.


Resets the internal state of this class to what it is during creation (nothing pressed, released or held down)
Handles a keyboard event updating the internal status. This will be called automatically if you register the listeners
via registerListeners
. If you have listeners being registered somewhere else entirely and would like to keep it
that way, you can manually call this method passing the KeyboardEvent.
Registers the keydown
and keyup
listeners on the passed element so that the class
can handle the input.
To avoid issues with focus it's best to pass document
here
Updates the internal state, should be called at the end of each frame.
Generated using TypeDoc
Handles the keyboard events and provides an API for interacting with it easily. The simplest way to use it is:
KeyboardInput
.registerListeners()
passing thedocument
.update
at the end of every update frame of your game.How does it work?
You need to call the
update()
method at the end of every frame to properly transition internal state. The workflow for this class is as follows:KeyboardInput
receives those events and updates its internal state.update()
is called on this class. (or at any point past when you know you'll interact with this class)Understanding key states
There are three states recognized by this class for a key: down, pressed and released:
pressed
if you want to know if a key was pressed at least once this frame.released
if you want to knof iw a key was releast at least once this frame.down
if you want to know if a key was either pressed this frame or pressed in any previous frame and not released so far.You may notice that in a situation where during the course of a single frame a key is both pressed and released, all three states will report true. That's an intentional design decision to avoid a very uncommon but still possible bug. Imagine this code:
if (keyboardInput.isKeyDown("a")) { this.move({x: -1}); }
If for some reason your game runs slow (maybe it naturally has low FPS or it's lagging at the moment), if you pressed and released the
a
key during the span of a single frame as a player you'd still expect the move to trigger - sure, you released the key but you also pressed it. The code can't useisKeyPressed
instead, because you want the player to keep moving as long as the key is down. You could work around this by expanding the condition toi.isKeyDown || i.isKeyPressed
, but the issues are:


---
layout: post
title: PlasmoDB 5.4 is released
category: [PlasmoDB]
---
The ApiDB team is pleased to announce the release of PlasmoDB_5.4.
New data include:
- A slightly modified reference genome for P. falciparum (several gaps have been closed on chr10 & 11).
- P. berghei gametocyte proteomics data (Khan et al, Cell 121:675-87).
- Many additional P. falciparum SNPs (unpublished data from the Broad Inst).
- Additional ESTs (Watanabe et al, Nucl Acids Res 32:D334-8; Lu et al, BMC Genomics 8:255; Florent et al, Mol.Biochem.Parasitol. 135:143-8)
- Expression profiling data for antigenic and adherent variants of P. falciparum 3D7 (Mok et al, Molec Biochem Parasitol 151:184-92).
- User comments submitted prior to June 2007 have now been incorporated into the official annotation.
- Sequence assemblies for 11 falciparum strains from the Broad Institute have just been released and are available on the PlasmoDB download site.
New features include:
- Faster loading of Gene and Genome Browser pages.
- Improved synteny views in the Genome Browser.
- Browser views of rodent malaria genomes colored to indicate chromosomes (Kooij et al, PLoS Pathog 1:e44).
- Gene page links to various external data sources (including PlasmoMAP, TDRtargets, UCSC P. falciparum genome browser, Ontology-based Pattern Identification and literature databases).
- More convenient access to help ... please click the "Ask us a Question" link on the left of every page, or the "Contact Us" at bottom to report problems or suggest improvements to the database.
Note that a mechanism has now been established to ensure that User Comments on genes or sequences are incorporated into the official annotation in a timely manner. In response to a banner posted on PlasmoDB and e-mail to malaria researchers, several hundred new User Comments were entered by the community in advance of a P. falciparum genome reannotation workshop jointly sponsored by the Wellcome Trust Sanger Inst and the PlasmoDB team during the week of Oct 21!
There is still time to enter additional User Comments while the updated annotation is being reviewed in preparation for deposition in GenBank and release on PlasmoDB and GeneDB in early 2008. Please use the User Comments feature as a repository for valuable information on:
- Naming, e.g. "Apical membrane antigen 1 is also known as AMA1, AMA-1, Pf83, Rhoptry Membrane Antigen, RMA1" or "this gene is now recognizable as XXX based on Pfam domain ###."
- Gene models, e.g. "Corrected cDNA sequence for gene XXX: <sequence>, based on RACE and primer extension for 5' UTR and polyA-tailed cDNA clone for 3' UTR" or "RT-PCR confirms annotated CDS sequence as correct." Note that confirmation of existing annotation can be as valuable as corrections!
- Function, e.g. "Enzymatic activity for gene XXX has been confirmed" or "Protein XXX is predicted to target to the apicoplast, but an epitope-tagged construct shows cytoplasmic localization." Be sure to provide name and/or PubMedID if available.
For data that is not readily accommodated in this form, or datasets too extensive to enter as individual User Comments (expression profiling studies, systematic evaluation of gene models by RT-PCR, etc), please contact<EMAIL_ADDRESS>Best regards,
Your ApiDB project team


The Perfect Storm (2000) 2 1/2 stars out of 4. Starring George Clooney, Mark Wahlberg, John C. Reilly, William Fichtner, Diane Lane and Mary Elizabeth Mastrantonio. Music by James Horner. Screenplay by Bill Wittliff, based on the book by Sebastian Junger. Directed by Wolfgang Petersen.
"The Perfect Storm" could have been one of those classic man vs. the elements sagas in which a group of individuals heroically battle nature with all their heart, soul and courage.
And while director Wolfgang Petersen's dramatization of Sebastian Junger's best-selling novel is at times breathtaking and awesome, it lacks the emotional resonance of a "Captains Courageous" or "The Old Man and the Sea."
The fault possibly lies in the screenplay, adapted by Bill Wittliff. Wittliff is a fine writer, having adapted "Lonesome Dove" for television. His screen credits include "The Black Stallion" and "Barbarosa." On the down side, they also include "Legends of the Fall" and "The Cowboy Way."
hat Wittliff has failed to do is create a bond between the audience and the main protagonists, so when they meet their ultimate fate, the impact is muted.
To be fair, this may not all be Wittliff's doing. He had to whittle Junger's book down to a reasonable two-hour-plus running time. And in doing so something had to be jettisoned.
Unfortunately, it was character development in lieu of the many shots of giant waves crashing into the swordfishing boat Andrea Gail.
Thus we get penciled doodles instead of completed portraits of the crew of the Andrea Gail. It also doesn't help that some of the dialogue mouthed by these Gloucester, Mass., fishermen sounds cliched and unnatural, as if it was written for them.
The real heroes of "The Perfect Storm" are the technicians at Industrial Light & Magic who have created some stomach churning effects that will have you reaching for sea sickness pills.
But "The Perfect Storm" is a human drama, a story of hubris, stubbornness, tenacity and reckless moxie.
This true tale takes place in late October of 1991. Capt. Billy Tyne (George Clooney) has endured a run of disappointing catches. His pride is hurt moreso than his wallet, and he decides to make one last outing for a big score.
Tyne gathers his crew. Among them are Bobby (Mark Wahlberg), who needs the money to begin a new life with his girl, Chris (Diane Lane); Dale `Murph' Murphy (John C. Reilly), a veteran seaman who is supporting his estranged wife and son; and Sully (William Fichtner), a sharp-tongued individual who does as little work as possible.
They set out for the Grand Banks, but when the fishing there proves inadequate they push on to the Flemish Cap. Tyne ignores all the warnings about an upcoming storm and, like a mini-Ahab, pursues his prey.
What Wittliff's script fails to provide is a rational motivation for Tyne's action. Is it pride because he has been outfished by a rival captain (the lovely Mary Elizabeth Mastrantonio)? Is it guilt because of the failure to provide a decent payoff for his crew? Is it a way to prove to his boss, the owner of the Andrea Gail, that he's still a top-flight skipper, a worthy seaman?
It might be a combination of all three, but the characters are so weakly defined that we never know sure what galvanizes his decisions.
The script's shortcomings are slightly compensated by the movie's first-rate cast and ILM's computer graphic effects.
Clooney is scruffy and a bit sea-worn as Tyne, a proud man sure of his knowledge of the sea and its fishing lanes.
Wahlberg is appealing, filled with puppy-dog sincerity as the young man in love. But he really is given little to do except admire Tyne's seamanship.
Reilly is tough and tender as a man with a hole in his heart. `Murph' loves his son, and it devastates him that he must return to the sea instead of being able to spend time with the boy.
Again, a script problem fails to explain the animosity between Murphy and Sully, even though the pair finally do reach some sort of understanding.
All in all, the characters merely seem like archetypes instead of full-bodied individuals.
A James Horner score helps propel the action. It is not as bombastic as you'd expect for a movie of this type. In some scenes it has a lyrical, sea-chanty lilt.
Overall, "The Perfect Storm" is an imperfect feature. This is one movie that probably could have used a longer running time for more character exposition.
As it is, "The Perfect Storm" is a mighty adventure that lacks any real personal warmth. It has a cold, detached feeling. The human dimension that director Petersen brought to his other seafaring outing, the classic "Das Boot," is the element most needed to hoist "The Perfect Storm" into the pantheon of great sea movies.
Bob Bloom is the film critic at the Journal and Courier in Lafayette, IN. He can be reached by e-mail at<EMAIL_ADDRESS>or at<EMAIL_ADDRESS>Bloom's reviews can be found on the Internet Movie Database at: http://www.imdb.com/M/reviews_by?Bob+Bloom
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


MulensModel.binarylens module¶
-
class
MulensModel.binarylens.
BinaryLens
(mass_1=None, mass_2=None, separation=None)¶ Bases:
object
The binary lens equation - its solutions, images, parities, magnifications, etc.
The binary lens equation is a 5th order complex polynomial.
- Attributes :
- mass_1: float
mass of the primary (left-hand object) as a fraction of the total mass.
- mass_2: float
mass of the secondary (right-hand object) as a fraction of the total mass.
- separation: float
separation between the two bodies as a fraction of the Einstein ring.
Note: mass_1 and mass_2 may be defined as a fraction of some other mass than the total mass. This is possible but not recommended - make sure you know what you’re doing before you start using this possibility.
-
point_source_magnification
(source_x, source_y)¶ Calculate point source magnification for given position. The origin of the coordinate system is at the center of mass and both masses are on X axis with higher mass at negative X; this means that the higher mass is at (X, Y)=(-s*q/(1+q), 0) and the lower mass is at (s/(1+q), 0).
- Parameters :
- source_x: float
X-axis coordinate of the source.
- source_y: float
Y-axis coordinate of the source.
- Returns :
- magnification: float
Point source magnification.
-
hexadecapole_magnification
(source_x, source_y, rho, gamma, quadrupole=False, all_approximations=False)¶ Magnification in hexadecapole approximation of the binary-lens/finite-source event - based on Gould 2008 ApJ 681, 1593.
For coordinate system convention see
point_source_magnification()
- Parameters :
- source_x: float
X-axis coordinate of the source.
- source_y: float
Y-axis coordinate of the source.
- rho: float
Source size relative to Einstein ring radius.
- gamma: float
Linear limb-darkening coefficient in gamma convention.
- quadrupole: boolean, optional
Return quadrupole approximation instead of hexadecapole? Default is False.
- all_approximations: boolean, optional
Return hexadecapole, quadrupole, and point source approximations? Default is False.
- Returns :
- magnification: float or sequence of three floats
Hexadecapole approximation (float) by default. Quadrupole approximation (float) if quadrupole parameter is True. Hexadecapole, quadrupole, and point source approximations (sequence of three floats) if all_approximations parameter is True.
-
adaptive_contouring_magnification
(source_x, source_y, rho, gamma=None, u_limb_darkening=None, accuracy=0.1, ld_accuracy=0.001)¶ Binary lens finite source magnification calculated using Adaptive Contouring method by Dominik 2007 MNRAS, 377, 1679
See also AdaptiveContouring website by Martin Dominik
For coordinate system convention see
point_source_magnification()
- Parameters :
- source_x: float
X-axis coordinate of the source.
- source_y: float
Y-axis coordinate of the source.
- rho: float
Source size relative to Einstein ring radius.
- gamma: float, optional
Linear limb-darkening coefficient in gamma convention.
- u_limb_darkening: float
Linear limb-darkening coefficient in u convention. Note that either gamma or u_limb_darkening can be set. If neither of them is provided then limb darkening is ignored.
- accuracy: float, optional
Requested accuracy of the result defined as the sum of the area of the squares that determine the contour line and the estimated total enclosed area (see sec. 4 of the paper). As M. Dominik states: “this vastly overestimates the fractional error, and a suitable value should be chosen by testing how its variation affects the final results - I recommend starting at acc = 0.1.” It significantly affects execution time.
- ld_accuracy: float, optional
Requested limb-darkening accuracy. As M. Dominik states: ” Fractional uncertainty for the adaptive Simpson integration of the limb-darkening profile-related function during application of Green’s theorem.” It does not add execution time so can be set to very small value.
- Returns :
- magnification: float
Magnification.
-
vbbl_magnification
(source_x, source_y, rho, gamma=None, u_limb_darkening=None, accuracy=0.001)¶ Binary lens finite source magnification calculated using VBBL library that implements advanced contour integration algorithm presented by Bozza 2010 MNRAS, 408, 2188. See also VBBL website by Valerio Bozza.
For coordinate system convention see
point_source_magnification()
- Parameters :
- source_x: float
X-axis coordinate of the source.
- source_y: float
Y-axis coordinate of the source.
- rho: float
Source size relative to Einstein ring radius.
- gamma: float, optional
Linear limb-darkening coefficient in gamma convention.
- u_limb_darkening: float
Linear limb-darkening coefficient in u convention. Note that either gamma or u_limb_darkening can be set. If neither of them is provided then limb darkening is ignored.
- accuracy: float, optional
Requested accuracy of the result.
- Returns :
- magnification: float
Magnification.


I learned that I happened to have mindfulness conversation before, I just didn't know about it. It is a new quality when it is done consciously, although it is not an easy thing to do.
The other person found it very positive to have a feeling the feeling of being fully listened to.
I plan on extending meditation to walking taking it one step at a time.
I consider introducing to my practice Good Wine Meditation : -)


{% extends 'simple.html' %} {% load query_extras %} {% block meta %}
{{ restaurant.description }}
Page {{ page_obj.number }} of {{ page_obj.paginator.num_pages }}
No restaurants were found.
Click here to try searching again.


I have a great interest in consulting services. It can have great benefits for businesses.
These benefits include:
- Unique solutions that reflect the circumstances and aspirations of the client.
- Speed, because the consultancy team is not distracted by other tasks.
- Knowledge of ‘best practice’ and effective solutions from within the client’s industrial/commercial sector.
- Exposure to expertise derived from other industries and sectors.
- Provision of specific technical skills that are non-existent or in short supply in-house,
and often the transfer of such skills to in-house staff.
- Change management skills enhanced by the consultant’s position as independent and objective.


 This it intended to give you a hands-on
feel for using mytop.
- Find, analyze, and kill long-running queries
-
When
mytop starts, it sorts threads by the Time
column—that is, how long the thread has been in that state.
Those that have most recently changed appear at the top of the
screen. To locate long-running queries, first remove all idle threads
from the display by pressing i, then reverse the sort order by
pressing o. The resulting display will show the longest running
queries at the top of the screen.
Once you've located a long-running query, you can
obtain the full query by pressing f and entering the thread ID when
prompted. When looking at the full query, you can ask MySQL to
explain the query by pressing e. Or you may kill the query by
pressing k and supplying the thread ID.
- Determine what type of queries MySQL has been running
-
It's often
useful to know whether MySQL is running more
SELECT or more INSERT queries.
Maybe you suspect an application is misbehaving, or perhaps
you'd simply like to compute your
server's typical read to write ratio. In
mytop's thread view (Figure B-1), it displays the percentage of
SELECT, INSERT,
UPDATE, and DELETE queries. On
the right side of the header, you'll see something
like this:
Se/In/Up/De(%): 61/30/02/05
... 63/07/12/10
The first line means that, overall, 61% of the
server's queries are SELECTs, 30%
are INSERTs, 2% are UPDATEs,
and 5% are DELETEs. The second line displays
values that apply to the last refresh interval (5 seconds by default)
only. The two together can give a quick feel for what your server has
been doing recently and how that compares to the longer term average.
If you want more detail, press c to switch mytop
into command view. There you'll find detailed counts
and percentages for each type of command or query executed. The first
column of numbers summarizes overall counts (since the server was
started or counters reset), while the second set of numbers reflects
the last refresh interval only.
- Kill a group of queries
-
Use mytop's
"super-kill" feature by pressing K.
You'll be prompted for a username, and
mytop will then kill all of that
user's threads. In the future this may be extended
to evaluate more complex expressions, such as killing all nonidle
threads from a given hostname or IP address.
- Limit the display to a particular user or host
-
You can ask mytop to filter out all threads
except those from a given host or those owned by a given user. If you
press u, mytop prompts for a username to filter
on. Similarly, pressing h allows you to provide a hostname or IP
address which is used to filter the display. If you supply both,
mytop restricts the display based on both
criteria.
To clear the filtering, you can press F to remove all filters at
once. Otherwise, you can use the u or h keys to remove either of the
filters manually.
|


| Real Name | Nickname |
|---|
Enter names in bulk as follows with a new pair on each line:
"real name 1","nickname 1"
"real name 2","nickname 2"
| Long Name | Shortened Name |
|---|
Enter names in bulk as follows with a new pair on each line:
"long name 1","short name 1"
"long name 2","short name 2"


Creating a Contract allows you to connect an Application to a Service via a particular Plan offered by the Service. You would want to do this so that your Application can invoke the Service successfully. Note that this is not necessary if the Service is public.
The Application that will be used as the source of the new Service Contract. Choose one of your available Applications below, and then choose an application version.
Please choose a valid Service below before selecting the Plan you wish to use for this Contract (either you have not selected a Service or the Service has no available plans).
Use the drop-down below to choose one of the Plans made available by the selected Service.
Use this section to choose what Service the Application will be consuming (aka the "target" of this Service Contract).


Cacti (T. peruvianus), DPT & 1,4-Butanediol
It had been some time since my last mescaline journey and I was very excited for this experience. I had a 12' section of T. Peruvianus that I had despined, skinned, and forxzen overnight. These pieces were placed into a blender with a small amount of water and some lemon juice. The juice was then strained though a collander lined with cheese cloth. It took aproximately 4 hours of straining and reblending, adding water here and there. The remaining liquid was slimey and mucus like but was much smoother without all the muscilage. I then added several packets of splenda sugar substitute. It went down easily and I was surprised at the lack of bitterness.
12 am> Drank cactus juice. Surprisingly it wasn't bitter at all. This is not a good sign. I think my cactus may have been a dud. I have found, in my own experience, that the T. Peruvianus varies much more in potency than San Pedro. I smoked a few bowls of MJ to quiet any potential nausea.
2 am> Slight head change noticed. I think I can confirm that the cactus was very low in potency, although I do feel a slight something. I have spent several days preparing for this experience by fasting, meditation and reading spiritual texts. I am not about to let the evening peeter out like a soggy firecracker. I measure out 100mg of DPT and split into two 50 mg. lines. I insufflate 50 mg per nostril. Moments afterwards I can already feel the Wonka-vater shooting skywards. I feel a dreamlike cacoon enveloping me. The burn/drip is present but tolerable.
2:30 am> Visuals are very engrossing. The character of the visuals is difinitely different than usual. Whatever mescaline I did imbibe from the cactus is affecting the trip for sure. I am seeing amoeba like nets, perhaps something like camoflauge patterning. I am listeng to music imbedded with theta waves. I feel supremely relaxed. CEVs are instant and detailed. I am imagining myself sitting next to a placid lake at sunrise. I feel an electric current moving through my body. Slight jaw tension seems related to this current. I am holding a piece of sceptar quartz to help channel any negative consciosness into it. I find this to be an effective technique for displacing unwanted energies. It works just as well with a stress ball or perhaps a worry stone.
4 am> I have been playing guitar along to Tortoise and 5 Style. I feel as if I am part of the entire musical field, as if I am part of the recordings. Playing guitar is very meditative, there are no thoughts arising from my mind. My mind is like the still water of the lake I was imagining earlier. I am at a +++ easily.
5 am> I have come down considerably. It is getting light outside. I have smoked some MJ and it has kicked me into a pleasant lethargy. I decide I haven't had enough and decide to insufflate 50 mg more of DPT. Soon afterwards I am plagued by a fit of jaw clenching.
I take .5 mg Clonazepam to alleviate this.
7 am> The sun has come up. The rays of light coming through the tree limbs and into my basement window have an almost religious quality to them. The light feels warm against my face and shoulders. I can feel myself absorbing energy like a dry sponge. The jaw clenching is present but managable now. I decide to mix 5 ml of 1,4 Butanediol to start myself down the path of sleep.
9 am> The 1,4B is starting to cause me to feel drowsily content. I take my puppy for a walk to the deli. I get some breakfast. The two of us chow down and then walk home and I crash.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


--- layout: archive title: "网页设计作品集" date: modified: excerpt: "" tags: [] image: feature: web2.gif teaser: web2.gif --- 网页设计作品


The main goal of this application is to demonstrate how simple is to develop a modular web application using PF4j (Plugin Framework for JAVA).


@* * Copyright 2019 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.AppConfig @import controllers.declaration.routes._ @import controllers.util.Remove @import forms.declaration.AdditionalInformation @import uk.gov.hmrc.play.views.html._ @import forms.declaration.CommodityMeasure @this(main_template: views.html.main_template) @(itemId: String, appConfig: AppConfig, form: Form[AdditionalInformation], items: Seq[AdditionalInformation])(implicit request: Request[_], messages: Messages) @main_template( title = messages("supplementary.additionalInformation"), appConfig = appConfig ) { @components.back_link(CommodityMeasureController.displayPage(itemId).url) @components.error_summary(form.errors) @components.section_header(messages("supplementary.summary.yourReferences.header")) @components.page_title(Some("supplementary.additionalInformation.title")) @if(items.nonEmpty) { @helper.form(AdditionalInformationController.saveAdditionalInfo(itemId), 'autoComplete -> "off") { @helper.CSRF.formField
| @item |
|---|


## Mako can find this base file because it's in the settings.py -> MAKO_TEMPLATES_DIRS list
<%inherit file="base_template.htm" />
<%block name="navigation">
%block>
<%block name ="join_us">
%block>
<%block name="content">
Password Help
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All Posts
2017
Secure credentials for ECS tasks using the EC2 Parameter Store
posted on Aug 1, 2017
AWS
EC2
Security
Tooling around with CloudFormation helpers
posted on Feb 28, 2017
AWS
cloudformation
2016
Serverless: what's in a name?
posted on Jun 7, 2016
aws
serverless
lambda
Encrypting EC2 ephemeral volumes with LUKS and AWS KMS
posted on Apr 7, 2016
aws
security
encryption
2015
Extending boto3
posted on Sep 25, 2015
aws
boto3
python
Improved continuous deployment using Ansible, Docker, SQS and TeamCity
posted on Mar 29, 2015
sqs
ansible
docker
vpc
Securing EC2 User Data
posted on Feb 25, 2015
security
userdata
certificates
encryption
2014
EC2 Container Service Hands On
posted on Dec 29, 2014
containers
ecs
docker
ec2
aws
The Fallacy of Cloud Lock In
posted on Dec 3, 2014
cloud
opinion
AWS re:Invent 2014: Initial Reactions to Aurora, KMS, & Code*
posted on Nov 16, 2014
reinvent
aws
AWS re:Invent 2014: Initial Reactions to EC2 Container Service and Lambda
posted on Nov 14, 2014
containers
ecs
reinvent
aws
High availability NAT instances in AWS VPCs
posted on Oct 5, 2014
aws
vpc
nat
ha
A Reference VPC Architecture
posted on Oct 2, 2014
aws
vpc
ha
architecture
Evaluating Elastic Beanstalk, an Ops perspective
posted on Aug 31, 2014
aws
elastic-beanstalk
Ansible playbook for additional CA Certs
posted on Jul 23, 2014
ansible
Root CA certificates for Docker Busybox containers
posted on Jul 22, 2014
docker
containers
certificates
Ansible vault CLI
posted on Jul 21, 2014
ansible
security
Continuous Deployment with Ansible and Docker
posted on Jul 20, 2014
ansible
docker
continuous-deployment
aws
teamcity
Limiting SSH access to port forwarding only
posted on Jul 2, 2014
security
ssh


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Notebooks
Story: Stars
Stars
Title
Stars
Collection
Summary
Notes on constellations and stars, and their |xam names.
Comments
1) This notebook has not been not numbered by Bleek or Lloyd, 2) It is undated and there are blank and unnumbered pages between pages 10 and 15
Contributors
Date
undated
Categories
Celestial bodies and aeroscopy
Keywords
stars (|xam names of) , stars (position of) , stars (notes about) , stars (proper names of) , stars (|xam astronomy) , constellations (|xam names of) , constellations (and |xam names of stars) , planets (names of) , planets (|xam names of) , planets (and |xam names of stars) , astronomy (of the |xam) , astronomy (|xam names of stars, constellations and planets) , names (of stars) , names (of constellations) , names (of planets) , names (and astronomy of the |xam)
Story Pages
not numbered


public interface Check
extends org.revapi.configuration.Configurable
The methods on this interface are called in the following order:
initialize
setOldTypeEnvironment
setNewTypeEnvironment
(visitClass
(visitClass ... visitEnd)* //inner classes
(visitField
visitAnnotation*
visitEnd)*
(visitMethod
(visitMethodParameter
visitAnnotation*
visitEnd)*
visitAnnotation*
visitEnd)*
visitAnnotation*
visitEnd)*
Consider inheriting from the CheckBase
instead of directly implementing this
interface because it takes care of matching the corresponding visit*()
and visitEnd()
calls.
| Modifier and Type | Interface and Description |
|---|---|
static class |
Check.Type |
| Modifier and Type | Method and Description |
|---|---|
EnumSet<Check.Type> |
getInterest()
Each check typically checks only a single type of java element - a method or an annotation - but may be
interested in more.
|
boolean |
isDescendingOnNonExisting()
When the analyzer encounters an element that doesn't have a matching counterpart in the other version of the
API, by default, the analysis doesn't descend into the children of the existing element.
|
void |
setNewTypeEnvironment(TypeEnvironment env)
The environment containing the new version of the classes.
|
void |
setOldTypeEnvironment(TypeEnvironment env)
The environment containing the old version of the classes.
|
List<org.revapi.Difference> |
visitAnnotation(JavaAnnotationElement oldAnnotation,
JavaAnnotationElement newAnnotation)
Visiting annotation is slightly different, because it is not followed by the standard
visitEnd() call. |
void |
visitClass(JavaTypeElement oldType,
JavaTypeElement newType) |
List<org.revapi.Difference> |
visitEnd()
Each of the other visit* calls is followed by a corresponding call to this method in a stack-like
manner.
|
void |
visitField(JavaFieldElement oldField,
JavaFieldElement newField) |
void |
visitMethod(JavaMethodElement oldMethod,
JavaMethodElement newMethod) |
void |
visitMethodParameter(JavaMethodParameterElement oldParameter,
JavaMethodParameterElement newParameter) |
boolean isDescendingOnNonExisting()
void setOldTypeEnvironment(@Nonnull TypeEnvironment env)
Called once after the check has been instantiated.
env
- the environment to obtain the helper objects using which one can navigate and examine typesvoid setNewTypeEnvironment(@Nonnull TypeEnvironment env)
Called once after the check has been instantiated.
env
- the environment to obtain the helper objects using which one can navigate and examine typesEnumSet<Check.Type> getInterest()
This method must be used by the implementations to advertise what type of checks they are interested in.
Only the appropriate visit*
calls will then be made on the check instances.
@Nullable List<org.revapi.Difference> visitEnd()
I.e. a series of calls might look like this:
visitClass();
visitMethod();
visitEnd();
visitMethod();
visitEnd();
visitEnd(); //"ends" the visitClass()
void visitClass(@Nullable JavaTypeElement oldType, @Nullable JavaTypeElement newType)
void visitMethod(@Nullable JavaMethodElement oldMethod, @Nullable JavaMethodElement newMethod)
void visitMethodParameter(@Nullable JavaMethodParameterElement oldParameter, @Nullable JavaMethodParameterElement newParameter)
void visitField(@Nullable JavaFieldElement oldField, @Nullable JavaFieldElement newField)
@Nullable List<org.revapi.Difference> visitAnnotation(@Nullable JavaAnnotationElement oldAnnotation, @Nullable JavaAnnotationElement newAnnotation)
visitEnd()
call.
Instead, because visiting annotation is always "terminal" in a sense that an annotation doesn't have any child
elements, the list of differences is returned straight away.oldAnnotation
- the annotation in the old APInewAnnotation
- the annotation in the new APICopyright © 2014-2021 Lukas Krejci. All Rights Reserved.


flask.module
~~~~~~~~~~~~
Implements a class that represents module blueprints.
:copyright: (c) 2011 by Armin Ronacher.
:license: BSD, see LICENSE for more details.
import os
from .blueprints import Blueprint
Used to figure out if something is actually a module
def blueprint_is_module(bp):
return isinstance(bp, Module)
Deprecated module support. Until Flask 0.6 modules were a different
class Module(Blueprint):
name of the concept now available as blueprints in Flask. They are essentially doing the same but have some bad semantics for templates and static files that were fixed with blueprints.
.. versionchanged:: 0.7 Modules were deprecated in favor for blueprints.
def __init__(self, import_name, name=None, url_prefix=None,
static_path=None, subdomain=None):
if name is None:
assert '.' in import_name, 'name required if package name ' \
'does not point to a submodule'
name = import_name.rsplit('.', 1)[1]
Blueprint.__init__(self, name, import_name, url_prefix=url_prefix,
subdomain=subdomain, template_folder='templates')
if os.path.isdir(os.path.join(self.root_path, 'static')):
self._static_folder = 'static'


Copyright 2020 the WWT Ambassadors program. Powered by AAS WorldWide Telescope from the American Astronomical Society


SolAR is an open source framework dedicated to Augmented Reality (AR).
It offers a C++ SDK to easily and quickly develop and use custom solutions for camera pose estimation. It provides developers with a full chain from low-level vision components development to camera pose estimation pipelines and AR service development.
The SolAR framework is open-source and released under Apache license 2.0, that lets you use it for research as well as for commercial purposes addressing various domains (smart factory, smart home, real estate, health, etc.).
SolAR aims at stimulating the interaction between all actors of AR development for the benefit of end-users.
A SolAR compatible Unity plugin is coming soon.
AR applications developers and end-users face a dilemma.
On one hand, major IT actors have released toolkits to develop AR applications. Nevertheless, they do not always meet the specific needs required by dedicated use cases or contextual environments (localization accuracy, lighting conditions, indoor/outdoor environments, tracking area range, dynamic scenes, etc.).
No solution fits all, and generally, these toolkits do not provide the level of tuning required to optimally adapt the vision based localization solution to the use case. Moreover, these closed solutions do not always ensure the confidentiality of data, and can store information concerning your environment (3D maps, key frames) or the augmentations (3D meshes, procedure scenarios) that could contain crucial intellectual property and private information.
On the other hand, open source vision libraries and SLAM implementations can generally be modified and configured to optimally meet AR applications requirements. However, many SLAM implementations generally developed by academic actors do not provide the license or the level of maturity required for the development of commercial solutions. Likewise, open source vision libraries offer a huge number of low-level functions but require a huge expertise and important development resources to obtain a usable camera pose estimation pipeline ready for commercial use.
To that end, SolAR offers an alternative to current commercial AR SDKs or existing open-source solutions, providing the benefits of both worlds – openness, ease of use, efficiency, adaptiveness. It aims at creating an ecosystem bringing researchers, developers, and end-users together to help the adoption of augmented reality.


wtPlotResult.Rd
Plot WTAQ results
wtPlotResult(wtaqResult, main = "", plottype = "w", showMeasurements = TRUE, auto.key = NULL, asp = NA, PDF = FALSE, PNG = FALSE, pumpingWellName = "PW", xlim = NULL, ylim = NULL, ...)
| wtaqResult | data frame as returned by |
|---|---|
| main | plot title, default: "" |
| plottype | vector of plot types ("s" = superposed, "w" = one plot per well, "d" = along distance to pump well, "t" each time along distance to well). Default: "w" (one plot per well). |
| showMeasurements | if TRUE, measurements are shown |
| auto.key | given to xyplot, see there. If NULL, a default key with as many columns as there are wells is used. Default: NULL. |
| asp | aspect ratio between x and y axis. Default: 1. Set to NA if aspect ratio does not matter. |
if TRUE, a pdf file is created in tempdir() and opened in a PDF viewer |
|
| PNG | if TRUE, all plots made with plot type "t" are saved to png files in tempdir()/wtaqResult. |
| pumpingWellName | name of pumping well in wtaqResult |
| xlim | |
| ylim | |
| … | additional arguments given to xyplot |


{% extends "global/Page.html" %} {% load staticfiles otree_tags %} {% block title %} Total Earnings {% endblock %} {% block content %}
Your cumulative payoff in 25 rounds was: {{ player.earnings_phase1 }} points
1 point (token) = {{ Constants.euro_per_point }} DKK.
Your total earnings are: {{ player.paid }} DKK.
Please click on the next button to continue to a short survey.
Help: If you have vital questions, you can email the researcher (Jedrzej) at<EMAIL_ADDRESS>{% endblock %}


I'm a young Web developer working on open source projects
Hire MeI'm a newbie web designer & back-end developer with the ambition to conquer the WEB. I'm interested in all kinds of frameworks and libraries, but my major focus is on PHP with Laravel for my back-end, and AngualrJS for the front-end with some bootstrap HTML and CSS of course. I can comfortably set up a website from scratch with Bootstrap and customize it with CSS. And now I'm satisfying my appetite for the web with some delicious Javascript. And it comes with so many treats. As you've noticed, my portfolio is setup on jekyll and hosted on GitHub pages, finally got my own little space in the Web to express my skills and Rantt about stuff . I'll be uploading a few projects that I've started working on soon. In the meanwhile, if you’re looking for a decent front-end developer than look no further. I'm open to working with people who are passionate about their ideas and very much interested to be a part of a startup.


MechWarrior 5 is getting novellas leading up to its launch, as well as new footage
Not a Telenovela, sadly
by Chris CarterHave you been following Mechwarrior 5: Mercenaries? Well, it's nearly out, and it's one of the last big releases of 2019 (it might be the last big release).
To celebrate Piranha Games' impending launch, they're doling out free novellas that deal with the narrative before the events of the game. Episodes 1 and 2, The Calm of the Void and Vision's Hunger, are available now, and you can check out future episodes here as they become available. Randall Bills, who is a huge deal in the BattleTech community going back three decades, penned the stories himself.
Shifting gears a bit if reading isn't your thing, there's also a new overview video that showcases both gameplay and between-mission-action that you can watch below. MechWarrior 5 is getting back to the mission-focused gameplay loop, with the option to take riskier contracts (levels) with higher rewards.
MechWarrior 5: Mercenaries is due out on December 10 on PC. It'll be an Epic Games Store exclusive, at least for now.


Police and the Media
CRIM 290: Police & Society | Dominican University
March 23, 2016
Jonah Newman | The Chicago Reporter | @jonahshai
What are some ways you see police in the news?
Different kinds of police stories
Police blotter
Police policies/City hall
Protests
Police beat
Hero cop
Behind the scenes
Investigations
How do police communicate with the media?
Media affairs office
Press releases
Press conferences
Anonymous sources
Freedom of Information Act
Example:
Successful information sources:
- Non-police source
- Lawsuit/Court records
- FOIA - Disciplinary records
Less successful:
- Police officers
- Media affairs
Why might there sometimes be tension between police and the media?
Is that tension a problem?


[§658G-3] Applicability. This chapter applies to a collaborative law participation agreement that meets the requirements of section 658G-4 signed after July 1, 2012. [L 2012, c 207, pt of §1]
Revision Note
"July 1, 2012" substituted for "the effective date of this chapter".


Frey lifts Montana St. past Appalachian St. 59-56
GREENSBORO, N.C. (AP) - Harald Frey had 16 points and six rebounds as Montana State edged past Appalachian State 59-56 on Friday night in the opening game of the Spartan Invitational.
Devin Kirby had 12 points for Montana State (2-1), which nearly upset a ranked Utah State team in its opener. Amin Adamu added 10 points. Jubrile Belo had seven rebounds.
Justin Forrest had 27 points and a career-high 12 rebounds for the Mountaineers (2-2). Forrest surpassed 1,000 career points, the 33rd player in program history to do so, while recording his first career double-double. Hunter Seacat added 10 points. Adrian Delph had eight rebounds.
TOP STORIES
Myles Garrett suspended indefinitely for clubbing Mason Rudolph with helmet
Franklin Graham calls on nation to pray for Trump as impeachment effort gains speed
Trump pardons two military service members accused of war crimes, restores rank of Navy SEAL
Montana State plays UNC Greensboro on the road on Saturday. Appalachian State faces Tennessee Tech on Saturday.
For more AP college basketball coverage: https://apnews.com/Collegebasketball and http://twitter.com/AP_Top25
Elements of this story were generated by Automated Insights, http://www.automatedinsights.com/ap, using data from STATS LLC, https://www.stats.com
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Please read our comment policy before commenting.


I recently graduated with Master's in Computer Science from University of North Carolina at Charlotte with 3.9 GPA.
The group projects taught me the importance of group synergy and made me a team player, as well as the impact of an agile environment helped me to tackle new problems.
Being a techie enthusiast, in my spare time, I try to explore new tools and tech news to keep me updated in this fast pace world.
At present, I’m actively seeking a full-time opportunity for a software development/engineering position.
View ResumeMonthly budget manager to track and manage the expenses. Uses D3Js to display the expenditure in different charts making it easy to visualize and analyze purchases made during a certain month.
Extended the Fragile states index data of year 2017 with 6 new attributes to improve the classification accuracy by 2.7%. Used WEKA tool to discretize the data and LISP miner to generate the action rules.
The system is designed to organize and maintain the inventory for a restaurant. Here the inventory contains the ingredients required to prepare the menu items. The user gets the notification of the items which have quantity below the given threshold in real-time.
A system designed to protect the data while uploading it to the cloud and checking the integrity to identify any unwanted changes made in the data. The project used the AES algorithm for encryption and MD5 as the hashing algorithm for checking the integrity.
Courses: Software System Design and Implementation, Computer Communication and Network, Network Based Application Development, Algorithm and Data Structure, Database Systems, Mobile Application Development, Intelligent Systems, Cloud Computing for Data Analysis
Courses: Design and Analysis of Algorithm, High Performance Computing, Database Management System, Discrete Structure, Business Analytics and Intelligence, Operating System Design, Smart System Design and Analysis, Engineering Mathematics -1,2,3
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