KULL THE CONQUEROR 1997 A film review by Timothy Voon Copyright 1997 Timothy Voon 2 :-( :-( for a barbarian in need of a good laugh at itself
Cast: Kevin Sorbo, Tia Carrere, Litefoot, Karina Lombard, Thomas Ian Griffith, Harvey Fierstein, Joe Shaw, Roy Brocksmith Director: John Nicolella Screenplay: Charles Edward Pogue "based on the worlds and characters of Robert E. Howard"
The worst thing that Kevin Sorbo could have done was to start taking himself seriously. I believe what makes ‘Hercules' the syndicate series a success is the fact that it constantly pokes fun at itself and somehow manages to kick itself in the head with slapstick humour and giddy, kiddy fun. This sudden swing from action comedy (Hercules) to action drama (Kull) comes as sudden and silly as a spaghetti meatball trying to imitate a poached pheasant. Somehow that savoury chunk of meat with tomato gravy doesn't quite live up to that small dried bird in fancy dressing.
Sorry Kevin, I don't buy it. ‘Kull' will forever be compared to that awful masterpiece ‘Conan', and it doesn't compare well. ‘Conan' may have been one of the worst films made, but it is still a brilliantly bad film. It had a young Arnold Shwarzenneger with heavy accent, coated with sweat, humping females and hacking monsters – everything a barbarian should and does do well. One thing the two films do have in common is bare flesh and humping. Sorbo performs adequately in both departments, but this really isn't his forte. I believe Sorbo's strength is the subtle comic talent evident in ‘Hercules', which should have been utilised to his advantage in this film but is sadly swept under the rug. Also greatly missed are the wonderful sidekick characters that make ‘Hercules' a bottle of laughter. Everyone is so serious in ‘Kull' and nobody significant dies till late in the film.
The main problem with films of this genre is that it gets awful lonesome when the world of ‘Kull' is sadly under populated. There needs to be more people around if you want to make it worth saving. I mean it really defeats the purpose if ‘Kull' was flexing his muscles for a couple of rocks and withered tree (I'm grossly exaggerating, but it's still a valid point). It's as if the director hasn't been able to get enough extras to fill the empty streets and barren landscape in time for the shoot. My suggestion is to use plenty of mannequins in the background. I'm sure nobody would notice anyway. After all this is not a film aimed at academy award nominated performances. So overall the experience of ‘Kull' was sadly a grand mistake of barbaric proportions. This miscalculated move by Kevin Sorbo should not damaged his popularity, but next time he starts pumping iron, I would like to see him in that familiar loin cloth of cheery ‘Hercules'.
Timothy Voon e-mail<EMAIL_ADDRESS>--------------DC599E464D49211E1A61FAA5 Content-Type: text/html; charset=iso-8859-1 Content-Transfer-Encoding: 8bit
Cast: Kevin Sorbo, Tia Carrere, Litefoot, Karina Lombard, Thomas Ian
Griffith, Harvey Fierstein, Joe Shaw, Roy Brocksmith Director: John Nicolella
Screenplay: Charles Edward Pogue "based on the worlds and characters of
Robert E. Howard"
The worst thing that Kevin Sorbo could have done was to start taking himself seriously. I believe what makes ‘Hercules' the syndicate series a success is the fact that it constantly pokes fun at itself and somehow manages to kick itself in the head with slapstick humour and giddy, kiddy fun. This sudden swing from action comedy (Hercules) to action drama (Kull) comes as sudden and silly as a spaghetti meatball trying to imitate a poached pheasant. Somehow that savoury chunk of meat with tomato gravy doesn't quite live up to that small dried bird in fancy dressing.
Sorry Kevin, I don't buy it. ‘Kull' will forever be compared to that awful masterpiece ‘Conan', and it doesn't compare well. ‘Conan' may have been one of the worst films made, but it is still a brilliantly bad film. It had a young Arnold Shwarzenneger with heavy accent, coated with sweat, humping females and hacking monsters – everything a barbarian should and does do well. One thing the two films do have in common is bare flesh and humping. Sorbo performs adequately in both departments, but this really isn't his forte. I believe Sorbo's strength is the subtle comic talent evident in ‘Hercules', which should have been utilised to his advantage in this film but is sadly swept under the rug. Also greatly missed are the wonderful sidekick characters that make ‘Hercules' a bottle of laughter. Everyone is so serious in ‘Kull' and nobody significant dies till late in the film.
The main problem with films of this genre is that it gets awful lonesome
when the world of ‘Kull' is sadly under populated. There needs to be more
people around if you want to make it worth saving. I mean it really defeats
the purpose if ‘Kull' was flexing his muscles for a couple of rocks and
withered tree (I'm grossly exaggerating, but it's still a valid point).
It's as if the director hasn't been able to get enough extras to fill the
empty streets and barren landscape in time for the shoot. My suggestion
is to use plenty of mannequins in the background. I'm sure nobody would
notice anyway. After all this is not a film aimed at academy award nominated
performances. So overall the experience of ‘Kull' was sadly a grand mistake
of barbaric proportions. This miscalculated move by Kevin Sorbo should
not damaged his popularity, but next time he starts pumping iron, I would
like to see him in that familiar loin cloth of cheery ‘Hercules'.
Timothy Voon
e-mail<EMAIL_ADDRESS>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


My favorite places to visit
These are a few of the spots.
I have only been to a few places
Home
School
The Bus
My Mom's House


1
SAY
Take a second to reflect,and use your words to say:
"I am going to die"
2
REMEMBER
Take a moment, close your eyesThink of all the moments you have had in life
(emphasize on the great ones)
3
WRITE
Write your own obituaryExplore the ways in which you want to be
remembered and celebrated
4
PLAN
Plan your deathFrom your outfit, to your funeral,
to the food that will be eaten
Plan and discover the endlessly beautiful possibilities
5
ENVISION
Envision all the thingsthat death could therefore be
...
6
INVITE
Put both of your hands on your heart, and close your eyestake in all the reflections, analysations,
thoughts and invite death in your life


application programming interface (API) - a system of tools and resources enabling developers to create software applications
attribute - a runtime argument from other languages
buffer - a fixed-sized chunk of memory used for efficient storage and access when processing streams of binary data
cascading style sheet (CSS) - used to format the layout of HTML web pages defining uniform styling for text, tables, etc. in a single instance for multiple pages by reference.
constant (const) - a mutable variable declaration preventing the variable identifier from being reassigned
compilation - translation process in which an executable machine code version of a program written in an interpreted language such as JavaScript is generated by compiler to be used in subsequent runs
Document Object Model (DOM) - an API for HTML documents that provides a representation of the page and a logical framework for access and manipulation
Element object - represents an HTML element, like paragraph (P), generic container for flow content (DIV), hyperlink (A), TABLE, etc.
executable - software (programs or operating information) in a form that can be run by computer
floating point numbers (float) - a numerical data type with a decimal allowing for higher precision (up to 24 bits, roughly 7 decimal places)
fragment shaders - inform WebGL about how the shapes composed by WebGL should be rendered, such as what color items should be
GL shading language (GLSL) - a C-like language designed specifically for creating shaders. In WebGL, GLSL code can be embedded into JavaScript as a string
graphics processing unit (GPU) - a supplementary processor containing hundreds of smaller cores allowing for parallel processing of intensive processes
hypertext markup language (HTML) - a universal scripting language to create webpages utilizing hyperlinks and tags
if - keyword as part of a statement specifying a block of code to be executed, if a specified condition is true
keyword - a reserved word utilizing a special form of syntax
machine code - bytecode interpretable by the computer
mat4 - 4x4 matrices of floating point numbers
method - action that can be performed on objects
mutable - a changable object which can be modified after creation
null a value representing the intentional absence of any object value
operand - specifes and represents data to be manipulated
operator - performs some operation on single or multiple operands (data value) producing a result
return - keyword used to exit subroutine, resuming instructions immediately after subroutine, sometimes part of a return statement including a return value or other information from subroutine
scalar - a single number or value represented by either an integer, floating-point, or string
shader - specialized functions written in GLSL language that run on GPU
string - an array of encoded characters, specified with quotation marks (“”)
syntax - set of rules defining the structure of expressions or statements in a programming language
transformation - a rule set systematically applied to values change size, position, or orientation
uniform - global GLSL variable requiring a value property passed to shader programs used to describe, calculate, and render visual effects
vec4 - a datatype consisting of a floating point vector comprised of four components (scalars or vectors)
vector - one-dimensional array
vertex shader - common form of three-dimensional shader that runs a single time per vertex, used for transform position and define properties such as color, texture
void - a unary operator keyword (appearing before a single operand) usable with any data type, specifying an expression to be evaluated without returning a value


{% extends "admin/base_site.html" %} {% load i18n %} {% block bodyclass %}grp-doc{% endblock %} {% block content-class %}{% endblock %} {% block title %}Grappelli Documentation » MUELLER Grid System{% endblock %} {% block breadcrumbs %}
Grappelli uses the MUELLER Grid System – a modular grid system for responsive/adaptive and non-responsive layouts, based on Compass. Although MUELLER provides powerful options for responsive layouts, Grappelli does not use them for now (but that may change). Since Grappelli solely supports desktop resolutions, this documentation refers to .g-d-* classes only (the "d" represents media "desktop").
The grid container .g-d-c (its outline is dotted in the following example) specifies the maximum column width and affects all child elements.
Row
Row
{% filter force_escape %}
Module
Row
Row
{% endfilter %}
The fluid container .g-d-c-fluid (its outline is dotted in the following example) defines the full page width and affects all child elements.
Row
Row
{% filter force_escape %}
Module
Row
Row
{% endfilter %}
Grappellis Grid consists of 24 columns. To define the span of columns, use .g-d-#. For example, .g-d-4 defines an element which stretches over 4 columns. Make sure to add .g-d-f to the first and .g-d-l to the last element.
.g-d-4 .g-d-f
.g-d-8
.g-d-6
.g-d-6 .g-d-l
{% filter force_escape %}
...
...
...
...
{% endfilter %}
When constructing a grid container with multiple lines containing (different) grid columns, the best practice is to wrap each line with a .g-d-24.
.g-d-4 .g-d-f
.g-d-8
.g-d-6
.g-d-6 .g-d-l
.g-d-8 .g-d-f
.g-d-8
.g-d-8 .g-d-l
{% filter force_escape %}
...
...
...
...
...
...
...
{% endfilter %}
There are several predefined layouts based on the Mueller Grid System.


Into It Over It And Whether Propogation Always Equals Success
Evan Thomas Weiss wrote and recorded a song a week for an entire year. The anthology known as “52 Weeks” was an opening salvo for a career that (so far) has proven to be incredibly prolific, spanning multiple bands, labels, collaborators, while maintaining a sound a feel that feels native to it’s creator.
Weiss has said in so many words and in as many interviews “If you want to get good at music, you just have to write music.” It’s tempting to want to heed Weiss’ advice, but is the path to notoriety, re tweets, mentions (or whichever trappings of success one acknowledges) found simply through proliferation, or are the geniuses of music and the unicorns of business guilty of being romanticized by the same survivorship bias?
In world that increasingly asks for our attention, is propagating the idea that effort expended always corresponds neatly and consistently the measurable progress seems unfordable. As we continue to luxuriously drown in new content that spans all mediums, does the content that we create to better our craft become a detriment to others?
Best,
Watson


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Time Out 4Africa plans to adopt a primary school. This project will equip the school with classroom furniture such as chairs, desks, blackboards, and science learning...


Cedar Fair says attendance, pass sales up at amusement parks
SANDUSKY, Ohio (AP) - Cedar Fair Entertainment says its amusement and water parks have seen another jump in attendance this year.
The Sandusky, Ohio-based company says helping drive the increase are its popular Halloween and winter events along with new nighttime festivals at some of its parks.
Attendance is up 4% overall this year at Cedar Fair’s 11 amusement parks and five water parks across the U.S.
The company said Wednesday that season pass sales for next year are up 50% compared with a year ago.
Much of that is linked to a new discounted pass at the company’s flagship park, Cedar Point, in Sandusky.
Company officials say they plan to roll out more special events in 2020 to get more people in the parks during what are considered slower times of the year.
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Please read our comment policy before commenting.


person_add
Friend Finder
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How optimisitic are you?
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Submit
done_all
Your Match is...


Q3Error_Get |
( TQ3Error ) Q3Error_Get ( TQ3Error * _Nullable firstError );
Retrieve latest error codes from Quesa.
Retrieve the most recent error code, and optionally also the oldest
unreported error code. After this call, the next Quesa call that is not
part of the Error Manager will clear the error codes.
- firstError
- Pointer to variable to receive the oldest error code that has not yet been reported. May be nullptr if you don't need that information.
Q3Error_IsFatalError |
( TQ3Boolean ) Q3Error_IsFatalError ( TQ3Error error );
Determine whether a Quesa error code is fatal.
You can call this function from an error callback or after getting
an error code with Q3Error_Get. If the error is fatal, your application
should quit without calling any other Quesa routines.
- error
- A Quesa error code.
Q3Error_PlatformGet |
( TQ3Uns32 ) Q3Error_PlatformGet ( TQ3Uns32 * _Nullable firstErr );
Gets platform-specific error codes.
This is a generalization of Q3MacintoshError_Get, and may be used in place
of Q3MacintoshError_Get on the Macintosh platform.
If an error callback or Q3Error_Get returns one of the special error codes
kQ3ErrorMacintoshError, kQ3ErrorWin32Error, kQ3ErrorUnixError,
kQ3ErrorPlatformError, you can call this function to retrieve
platform-specific error codes.
After this call, the next Quesa call that is not part of the Error Manager
will clear the platform-specific error codes.
This function is not available in QD3D.
- firstErr
- Pointer to variable to receive the oldest unreported platform-specific error code. May be nullptr if you don't need that information.
Q3Error_PlatformPost |
( void ) Q3Error_PlatformPost ( TQ3Uns32 theErr );
Posts a platform-specific error code.
Normally this would be used only by Quesa plug-ins, not by application code.
This function is not available in QD3D.
- theErr
- A platform-specific error code.
Q3Error_Register |
( TQ3Status ) Q3Error_Register ( TQ3ErrorMethod _Nullable errorPost, TQ3Int32 reference );
Install a callback to handle errors.
Use this function to register an error-handling function that will be
called when Quesa detects an error condition that it can't handle.
Your callback should not call Quesa except for Error Manager routines.
- errorPost
- Callback to receive error notifications.
- reference
- Constant passed to error callback.
Q3Error_ToString |
( const char * _Nonnull ) Q3Error_ToString ( TQ3Language theLanguage, TQ3Error theError );
Retrieve a string version of the error code.
This function is not available in QD3D.
- theLanguage
- Preferred language for the error string. Currently only English is supported.
- theError
- Quesa error code.
Q3Notice_Get |
( TQ3Notice ) Q3Notice_Get ( TQ3Notice * _Nullable firstNotice );
Retrieve latest notice codes from Quesa.
Retrieve the most recent notice code, and optionally also the oldest
unreported notice code. After this call, the next Quesa call that is not
part of the Error Manager will clear the notice codes.
- firstNotice
- Pointer to variable to receive the oldest notice code that has not yet been reported. May be nullptr if you don't need that information.
Q3Notice_Register |
( TQ3Status ) Q3Notice_Register ( TQ3NoticeMethod _Nullable noticePost, TQ3Int32 reference );
Install a callback to handle notifications.
Use this function to register an warning-handling function that will be
called when a Quesa routine generates a notice.
This will only happen in debugging versions of Quesa.
Your callback should not call Quesa except for Error Manager routines.
- noticePost
- Routine to be called to handle notices.
- reference
- Constant passed to notice callback.
Q3Notice_ToString |
( const char * _Nonnull ) Q3Notice_ToString ( TQ3Language theLanguage, TQ3Notice theError );
Retrieve a string version of the notice code.
This function is not available in QD3D.
- theLanguage
- Preferred language for the notice string. Currently only English is supported.
- theWarning
- Quesa notice code.
Q3Warning_Get |
( TQ3Warning ) Q3Warning_Get ( TQ3Warning * _Nullable firstWarning );
Retrieve latest warning codes from Quesa.
Retrieve the most recent warning code, and optionally also the oldest
unreported warning code. After this call, the next Quesa call that is not
part of the Error Manager will clear the warning codes.
- firstWarning
- Pointer to variable to receive the oldest warning code that has not yet been reported. May be nullptr if you don't need that information.
Q3Warning_Register |
( TQ3Status ) Q3Warning_Register ( TQ3WarningMethod _Nullable warningPost, TQ3Int32 reference );
Install a callback to handle warnings.
Use this function to register an warning-handling function that will be
called when a Quesa routine generates a warning that it can't handle.
Your callback should not call Quesa except for Error Manager routines.
- warningPost
- Callback to receive warning notifications.
- reference
- Constant passed to warning callback.
Q3Warning_ToString |
( const char * _Nonnull ) Q3Warning_ToString ( TQ3Language theLanguage, TQ3Warning theWarning );
Retrieve a string version of the warning code.
This function is not available in QD3D.
- theLanguage
- Preferred language for the warning string. Currently only English is supported.
- theWarning
- Quesa warning code.
© 1999-2023 Quesa Developers (Last Updated 1/27/2023)


Look for qualified this usages in the same class.
Examples:
public static void hello() { /// Business is stopped temporarily by the owner. // Business business = new Business(); // business.active(); System.out.println("it's finished"); }


CrimPapers
Articles published on 9 October 2019
On 9 October 2019, 5 new articles were published in 5 journals.
Can Unity Be Achieved Through Restoration? A Case Study of How Restorative Justice Mechanisms Impacted National Unity in Post-Apartheid South Africa by Nancy Ayer Fairbank
Why Monitoring Doesn’t Always Matter: the Interaction of Personal Propensity With Physical and Psychological Parental Presence in A Situational Explanation of Adolescent Offending by Beth Hardie
Cross-National Differences in Women’s Imprisonment Rates: Exploring the Conditional Effects of Gender Inequality and Other Macro-Level Factors by Breanna Boppre, Terance D. Miethe, Emily I. Troshynski, Emily J. Salisbury
Transgender Intimate Partner Violence and Help-Seeking Patterns by Victoria Kurdyla, Adam M. Messinger, Milka Ramirez
The Cannabis Effect on Crime: Time-Series Analysis of Crime in Colorado and Washington State by Ruibin Lu, Dale Willits, Mary K. Stohr, David Makin, John Snyder, Nicholas Lovrich, Mikala Meize, Duane Stanton, Guangzhen Wu, Craig Hemmens


Boost Mass (x3) for 1 hour
Steps:
1. Disable Legend Mod
2. Join Agario and Login on your account
3. Right click, and click Inpect (Ctrl+Shift+I)
4. Choose the Console Tab on the right side of screen
5. Paste the code and hit ENTER
* If not working login again and rejoin agario, swap google/fb account if not working for one
** Lower the "for" loops (from 1000 to 100 or such)
*** Command is still working until this day 14/1/2019
* This code is part of the Legend Mod project for developers, testing and improving the game. Does not work on LM on purpose
** Agar.io is a free game, please use the official paying methods for purchases, like we all do.
*** The Legend mod project bans illegal activities, that will ruin the game or not use official methods of payments.
**** Be notified that you may be banned from agario if insisting on using developers stuff as "cracks"


AMD Cards available: 3
GPU #0: Hawaii, 8192 MB available, 44 compute units
GPU #0 recognized as Radeon 390X
GPU #1: Hawaii, 8192 MB available, 44 compute units
GPU #1 recognized as Radeon 390X
GPU #2: Hawaii, 8192 MB available, 44 compute units
GPU #2 recognized as Radeon 390X
POOL version
GPU #0 algorithm ASM, intensity 6
GPU #1 algorithm ASM, intensity 6
GPU #2 algorithm ASM, intensity 6
Total cards: 3
ZEC: Stratum - connecting to 'komodominingpool.com' <<IP_ADDRESS>> port 5555 (unsecure)
"-allpools" option is set, default pools can be used for devfee, check "Readme" file for details.
Watchdog enabled
Remote management (READ-ONLY MODE) is enabled on port 3333
ZEC: Stratum - Connected (komodominingpool.com:5555) (unsecure)
Pool sets new share target: 0x00080000 (diff: 8191H)
ZEC: Share rejected!
ZEC: Authorization failed
: {"id":2,"result":false,"error":null}
ZEC: Stratum - connecting to 'komodominingpool.com' <<IP_ADDRESS>> port 5555 (unsecure)
ZEC: Stratum - Connected (komodominingpool.com:5555) (unsecure)
Pool sets new share target: 0x00080000 (diff: 8191H)
ZEC: Share rejected!
ZEC: Authorization failed
: {"id":2,"result":false,"error":null}
ZEC: Connection lost, retry in 20 sec...
server: bind failed with error: 10048 (port for remote management is busy, use different -mport value), next attempt in 20sec...
ZEC: Stratum - connecting to 'komodominingpool.com' <<IP_ADDRESS>> port 5555 (unsecure)
ZEC: Str


WHILE HOUSE AND TECHNO MUSIC ARE BECOMING MORE POPULAR, THE DIFFERENTIATION BETWEEN SUB-GENRES OF THESE ELECTRONICAL MUSIC GENRES AND THE ORIGIN OF THESE MUSICAL GENRES BECOMES MORE AND MORE VAGUE. THIS PROJECTS OFFERS AN INSIGHT IN DIFFERENT SUB-GENRES OF THESE MUSICAL GENRES. BESIDES SERVING AS A TOOL TO DISCOVER ALL GENRES, ONE CAN DISCOVER ARTISTS AND MUSIC CORRESPONDING TO THESE GENRES.
THE MAIN VISUALIZATION CONSISTS OF A SCATTERPLOT IN WHICH 49 SUB-GENRES OF BOTH HOUSE AND TECHNO MUSIC ARE BEING SHOWED BY MEANS OF A SCATTERPLOT. FOR ANY SUB-GENRE, AN OVERVIEW OF TOP ARTISTS AND RELATED ARTISTS CAN BE FOUND BY CLICKING THE SUB-GENRE. SUBSEQUENTLY, A NEW VISUALISATION IS SHOWN BASED ON THESE ARTISTS.
FOR A START, DATA FOR THE MAIN VISUALISATION IS COLLECTED BY USE OF SEVERAL BOOKS AND ONLINE RESOURCES. SOME MIGHT ARGUE THAT SUB-GENRES ARE MISSING OR ON THE OTHER HAND BE OVERSTATED IN THIS VISUALIIZATION. THE ULTIMATE GOAL HOWEVER IS TO PROVIDE AN INSTRUMENT TO GAIN INSIGHT IN THESE MUSICAL CATEGORIES WHICH IS AS ACCURATE AS POSSIBLE.


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{{person}}'s Resume
{{streetaddress}}
{{city}}, {{state}} {{zipcode}}
(cell) {{cell}}, (office) {{office}}
{{email}}
Technical Summary
{{execsummary}}
Objective
{{objective}}
Work Experience
{% for employment in employers %}
{{employment.organization}}
{{employment.orgdomname}}
{{employment.startdt}} - {{employment.enddt}}
{{employment.title}}
{% for desc in employment.description %}
{{ desc.text }}
{% endfor %}
{% endfor %}


{% extends "base.html" %} {% block title %}
Medieval catalogues > HENRY DE KIRKESTEDE > Catalogus, c. 1360
{% endif %}6 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


Instructions: Add notes to the list by typing into the text box and clicking "Add".
Ex: Some notes taken


Before Change
if global_options.v2:
for scope_info in self._options.known_scope_to_info.values():
optionable_cls = scope_info.optionable_cls
if optionable_cls is None or not issubclass(optionable_cls, GoalSubsystem):
continue
is_implemented = self._union_membership.has_members_for_all(
optionable_cls.required_union_implementations
)
if not is_implemented:
After Change
def _print_goals_help(self) -> None:
goal_descriptions: Dict[str, str] = {}
for goal_info in self._all_help_info.name_to_goal_info.values():
if goal_info.is_implemented:
goal_descriptions[goal_info.name] = goal_info.description
title_text = "Goals"
title = f"{title_text}\n{"-" * len(title_text)}"
if self._use_color:
title = green(title)


×
Step number:
Step description:
Expected result:
Add
Step ID
Step #
Description
Expected Result
Actual Result
Pass/Fail
Notes
Nothing Yet
Nothing Yet
Nothing Yet
Nothing Yet
Nothing Yet
Nothing Yet
Nothing Yet


heart_rate_server module¶
-
heart_rate_server.
add_attendant_to_db
(info, db)¶ Creates an attendant dictionary and adds it to database
Attendant info is input as a list and dictionary is created containing all the required keys specified on GitHub which is then added to the global attendant database variable
- Parameters
info – list containing attendant info
db – list containing attendant dictionaries
-
heart_rate_server.
add_heart_rate_to_patient_db
(hr_info, timestamp)¶ Adds patient heart rate to database
Takes in patient heart rate info and timestamp and adds heart rate data and timestamp to patient’s dictionary
- Parameters
hr_info – list containing patient ID and heart rate data point
timestamp – str containing timestamp following format on GitHub
- Returns
True if patient found and info added, str “Error in adding hear rate info to database” otherwise
-
heart_rate_server.
add_patient_to_attendant_db
(info, db)¶ Adds patient ID to corresponding attendant’s list of patients
This method looks through the list of attendant dictionaries for the input patient’s attendant. If the attendant is found the patient’s ID is appended to the attendant’s list of patients.
- Parameters
info – list of patient info
db – list of attendant dictionaries
- Returns
False if patient’s attendant is found, True if patients’s attendant not found
-
heart_rate_server.
add_patient_to_db
(info)¶ Creates a patient dictionary and adds it to database
Patient info is input as a list and dictionary is created containing all the required keys specified on GitHub which is then added to the global patient database variable
- Parameters
info – list containing patient info
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heart_rate_server.
check_bad_input
(input)¶ checks if input contains non-numeric characters
Patient IDs can be input in strings or integers. If the type of the input is not a string, we know it is an integer and a valid patient ID. If it is a string we need to check if it contains any non-numeric characters which is done with .isdigit()
- Parameters
input – str or in containing Patient ID
- Returns
True if input is bad, False if input is good
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heart_rate_server.
check_heart_rate
(hr_info, timestamp)¶ Checks heart rate and sends email if tachycardic
Checks heart rate for tachyrcardia by callin is_tachycardic function and send email by calling send_email function.
- Parameters
hr_info – list containing int patient ID and int heart rate data point
timestamp – str containing timestamp
- Returns
str of email text if email sent, True otherwise
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heart_rate_server.
current_time
(time_input)¶ Turns input datetime object into a string
- Parameters
time_input – datetime object
- Returns
str of datetime object
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heart_rate_server.
find_first_time
(time_input, data)¶ Finds first time in list of timestamps equal to or after input timestamp
This method is used for the interval average route. The first index of the heart rate data list that occurs at or after the input timestamp must be found. This function finds that index.
- Parameters
time_input – datetime object containing input timestamp
data – list of patient heart rate timestamps
- Returns
int containing first index of interval
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heart_rate_server.
find_patient
(patient_id, db)¶ Returns specified patient dictionary
This method takes in the patient ID and patient database and outputs the dictionary containing the specified patient’s info.
- Parameters
patient_id – int containing patient ID
db – list of patient dictionaries
- Returns
dictionary of patient data, str “Patient not found” and error 400 if patient not found
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heart_rate_server.
find_physician_email
(patient_id)¶ Finds patient’s physician email
- Parameters
patient_id – int containing patient ID
- Returns
str containing attendant email if attendant found, False otherwise
-
heart_rate_server.
get_patient_average_heart_rate
(patient_id, db)¶ Returns the average of the patient’s heart rate data
This method takes in the patient ID and patient database and outputs the specified patient’s average heart rate.
- Parameters
patient_id – int containing patient ID
db – list of patient dictionaries
- Returns
int containing patient’s average heart rate data, str “Patient not found” and error 400 if not found
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heart_rate_server.
get_patient_avg_heart_rate
(patient_id)¶ This function returns the average heart_rate for a patient
This function is for a GET request and receives a patient_id as part of a variable URL. The function gets the average heart_rate for the corresponding patient_id and sends it to a client in a JSON format. :param patient_id: a number corresponding to a patient in patient_db :return: a float of the average heart_rate for a patient
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heart_rate_server.
get_patient_heart_data
(patient_id)¶ This function returns a list of heart rates for a patient.
This function is for a GET request and receives a patient_id as part of a variable URL. The function gets the list of heart_rate for the corresponding patient_id and sends it to a client in a JSON format.
- Parameters
patient_id – a number corresponding to a patient in patient_db
- Returns
list of heart rates for that patient
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heart_rate_server.
get_patient_heart_rates
(patient_id, db)¶ Returns list of patient heart rate data
This method takes in the patient ID and patient database and outputs the list of the specified patient’s heart rate data.
- Parameters
patient_id – int containing patient ID
db – list of patient dictionaries
- Returns
list of patient heart rate data, str “Patient not found” and error 400 if not found
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heart_rate_server.
get_patient_id_list
(attending_username)¶ Returns attendant’s list of patients
- Parameters
attending_username – str containing attendant username
- Returns
list of ints containing patient IDs
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heart_rate_server.
get_patient_status
(patient_id)¶ Outputs dictionary containing patient status
This function takes in a patinent ID, finds them in the patient database, and builds a containing the status information which is then output.
- Parameters
patient_id – int containing patient ID
- Returns
dictionary of patient status if patient found, str “Patient not found” if patient not found
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heart_rate_server.
get_patients_for_attending_username
(attending_username)¶ This function returns a list of patient information for a specific physician
This function is for a GET request and receives an attending_username as part of a variable URL. This function first checks to see if the attending_username is stored in the database. If the attending_username is not in the database then a string is returned notifying the client. Then this function calls a function that gets the list of patient_id for the attending_username. For each patient_id, a dictionary is stored in a list that contains the patient_id, last_heart_rate, last_time, and status. This list of patient dictionaries is then returned to the client. :param attending_username: the username used by a physician :return: a list containing dictionaries of patient information
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heart_rate_server.
get_status
(patient_id)¶ This function returns the status of a patient
This function is for a GET request and receives a patient_id as part of a variable URL. The function returns a dictionary containing the most recent heart_rate, timestamp, and the status for the corresponding patient_id and sends it to a client in a JSON format. :param patient_id: a number corresponding to a patient in patient_db :return: a dictionary containing the most recent heart_rate, timestamp, and the status
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heart_rate_server.
is_tachycardic
(age, hr)¶ determines based on age if heart rate is tachycardic
Tachycardia is a heart condition in which the heart beats abnormally fast. The conditions for diagnosing tachycardia that were employed in this function were taken from “https://en.wikipedia.org/wiki/Tachycardia”
- Parameters
age – int containing patient’s age
hr – int containin patient’s heart rate
- Returns
True if tachycardic and False if not tachycardic
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heart_rate_server.
patients_for_attending_username
(patient_id_list)¶ Takes in list of patients and builds a list of dictionaries
Builds list of dictionaries of the following format: {“patient_id”: patient[“patient_id”],
“last_heart_rate”: last_heart_rate, “last_time”: last_time, “status”: patient[“status”]} from an input list of integers containing patient IDs
- Parameters
patient_id_list – list of ints containing patient IDs
- Returns
list of dictionaries containing patient info in the above format
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heart_rate_server.
post_heart_rate
()¶ This function stores a heart rate and timestamp for a patient
This function receives a dictionary containing a patient_id and a heart_rate. This function first verifies that the dictionary sent has the correct key names and value types. If the input data is not correct, then an error string and a status code of 400 is returned to the client. Then this function stores the current time in a datetime object. This function calls the function current_time which converts the datetime object to a string. The heart_rate and timestamp are then added to the database for the dictionary with the corresponding patient_id. If there is no such patient_id then an error is returned. Then this function calls the function check_heart_rate(). If the heart_rate is tachycardic then the function check_heart_rate() will trigger an email being sent to the patient’s attending physician, and a string will be returned to the client notifying them of this.
- Returns
A string signaling if the heart rate is properly added to the database. If the heart rate is tachycardic, then a string signaling that an email was sent to the physician is returned.
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heart_rate_server.
post_interval_average
()¶ This function returns the average heart rate for a patient_id from a specific time
This function receives a POST request containing the keys patient_id, and heart_rate_average_since. This function first verifies that the keys and values are correct, and returns an error string if not. Then this function calls the function find_patient() which returns patient info for the patient_id. The function then finds the average heart_rate for all readings from the time specified by the input dictionary. :return: a float giving the average heart_rate since the time specified
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heart_rate_server.
post_new_attending
()¶ This function stores the physician information
This function receives a POST request from a client that has a dictionary containing attending physician information. The dictionary includes the attending_username, attending_email, and attending_phone. This function first verifies that the dictionary sent has the correct key names and value types. If the input data is not correct, then an error string and a status code of 400 is returned to the client. Then the function attempts to send the attending physician information to the attending_db. If the patient is successfully added to the attendant_db then a status code of 200 is returned.
- Returns
A string saying whether the attending physician was added or if there was an error and a corresponding status code
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heart_rate_server.
post_new_patient
()¶ This function stores a new patient’s information in patient_db
This function receives a POST request from a client that has a dictionary containing patient information. The dictionary includes the patient_id, attending_username, and patient_age. This function first verifies that the dictionary sent has the correct key names and value types. If the input data is not correct, then an error string and a status code of 400 is returned to the client. Then the function attempts to send the patient_id to be stored in their attending physician’s database. If their is no attending physician with the code given in the input dictionary then the function will return the proper error message and the status code of 400. If the patient is successfully added to the patient_db and attendant_db then a status code of 200 is returned.
- Returns
A string saying whether the patient was added or if
there was an error and a corresponding status code
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heart_rate_server.
read_attending
(in_dict)¶ Reads in attendant information from input dictionary
The attendant information is input in a dictionary in the following format: {“attending_username”: “Smith.J”,
“attending_email”<EMAIL_ADDRESS>“attending_phone”: “919-867-5309}
This function extracts each value from the dictionary
- Parameters
in_dict – Dictionary containing attendant info
- Returns
list containing attendant info
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heart_rate_server.
read_heart_rate_info
(in_dict)¶ Reads in patient ID and heart rate
A patient dictionary is input into this function and the patient id and heart rate data are output in a list
- Parameters
in_dict – dictionary containing patient data
- Returns
list containing patient ID and list of heart rates
-
heart_rate_server.
read_patient
(in_dict)¶ Reads in patient information from input dictionary
The attendant information is input in a dictionary in the following format: {“patient_id”: 1, # usually this would be the patient MRN
“attending_username”: “Smith.J”, “patient_age”: 50, # in years}
This function extracts each value from the dictionary
- Parameters
in_dict – dictionary containing patient info
- Returns
list containing patient info
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heart_rate_server.
send_email
(hr_info, timestamp)¶ Sends email using server to attendant if patient is tachycardic
If a tachycardic event occurs to a patient, this method creates and sends an email to that patient’s attendant saying they have tachycardia.
- Parameters
hr_info – list containing patient ID and heart rate data point
timestamp – str containing timestamp
- Returns
str containing email text if email sent, str “Physician not in database” error 400 otherwise
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heart_rate_server.
verify_attendant_exists
(attending_username)¶ This function verifies that a dictionary with the attending_username exists in attending_db
This function receives the attending_username as input and uses a for loop to see if any of the stored physician information in the attending_db has the attending_username sent as the input. If there is one, Then this function returns true. If not, then this function returns a string notifying the client. :param attending_username: the username of a physician :return: True if a dictionary exists that has the attending_username, or a string explaining otherwise
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heart_rate_server.
verify_heart_rate_post
(in_dict)¶ This function verifies the input information for post_heart_rate()
This function receives the dictionary containing the input from the function post_heart_rate(). The function uses a for loop to check if the key strings are the same as the expected key strings and that the value types are the same as the expected value types. If the keys are incorrect, then a string notifying the client that a key is missing is returned. If a value type is incorrect, then the function check_if_bad_input() is called to see if a value contains a numeric string. If this too fails, then a string is returned to the patient saying that a specific value is of the wrong type. If nothing is wrong, then this function returns True. :param in_dict: a dictionary sent from the client :return: True if the dictionary has the correct keys and value types and a string explaining why the dictionary is wrong otherwise.
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heart_rate_server.
verify_internal_average
(in_dict)¶ This function verifies the input information for post_interval_average()
This function receives the dictionary containing the input from the function post_interval_average(). The function uses a for loop to check if the key strings are the same as the expected key strings and that the value types are the same as the expected value types. If the keys are incorrect, then a string notifying the client that a key is missing is returned. If a value type is incorrect, then the function check_if_bad_input() is called to see if a value contains a numeric string. If this too fails, then a string is returned to the patient saying that a specific value is of the wrong type. If nothing is wrong, then this function returns True. :param in_dict: a dictionary sent from the client :return: True if the dictionary has the correct keys and value types and a string explaining why the dictionary is wrong otherwise.
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heart_rate_server.
verify_new_attending
(in_dict)¶ This function verifies the input information for post_new_attending()
This function receives the dictionary containing the input from the function post_new_attending(). The function uses a for loop to check if the key strings are the same as the expected key strings and that the value types are the same as the expected value types. If the keys are incorrect, then a string notifying the client that a key is missing is returned. If a value type is incorrect, then a string is returned to the patient saying that a specific value is of the wrong type. If nothing is wrong, then this function returns True. :param in_dict: a dictionary sent from the client :return: True if the dictionary has the correct keys and value types and a string explaining why the dictionary is wrong otherwise.
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heart_rate_server.
verify_new_patient_info
(in_dict)¶ This function verifies the input information for post_new_patient()
This function receives the dictionary containing the input from the function post_new_patient(). The function uses a for loop to check if the key strings are the same as the expected key strings and that the value types are the same as the expected value types. If the keys are incorrect, then a string notifying the client that a key is missing is returned. If a value type is incorrect, then the function check_if_bad_input() is called to see if a value contains a numeric string. If this too fails, then a string is returned to the patient saying that a specific value is of the wrong type. If nothing is wrong, then this function returns True. :param in_dict: a dictionary sent from the client :return: True if the dictionary has the correct keys and value types and a string explaining why the dictionary is wrong otherwise.


Money Play. Should Red double? If doubled, should White take?
pips Red=136 White=176
(CorrectAnswer= 0/0, ErrorScore= 0)
Technically this is not quite a double but it’s very, very close and I would probably spin the cube here although I wouldn’t expect many passes.
White’s position is fundamentally sound and there is some duplication of Red’s 3’s. Red has two ugly stacks of checkers so you can see why XG rates this as no double.
In the Battersea chouette nobody would be dropping this and they are notoriously late takers so I would be waiting!
White’s position is fundamentally sound and there is some duplication of Red’s 3’s. Red has two ugly stacks of checkers so you can see why XG rates this as no double.
In the Battersea chouette nobody would be dropping this and they are notoriously late takers so I would be waiting!
Cube analysis 2-ply cubeless equity +0.516 0.649 0.260 0.029 - 0.351 0.068 0.003 Cubeful equities: 1. Double, take +0.793 2. Double, pass +1.000 (+0.207) 3. No double +0.752 (-0.041) Proper cube action: Double, take