| Date | Name | Description | Duration |
|---|---|---|---|
| 08/12/2002 21:09:33 | changed splitter bars on graph edit from |   | 1  |
| 23/12/2002 16:00:03 | added attachments | This involved a new table in the database and a change to the modelObj entity Attachments can be dragged from explorer on to the list and will be attached to that entity. I have added the File attribute functions on right click to Open, Print, Make Relative, Print, explore @, change path Also Delete The user can add attachments from right click Also added options to display the paths as relative, absolute or truncated - no matter what they are stored in the database as (abs or rel)  |
6  |
| 24/12/2002 09:00:39 | Make Absolute Path | Added the option [Make Absolute Path] to the file attributes and to the attachments, this will convert a relative path back in to an absolute path.  | 1  |
| ID | Name | Raised Date | Closed Date | Description | Resolution |
|---|---|---|---|---|---|
| 406 | properties button on entityDefn in own window | 23/12/2002 19:42:47 | 24/12/2002 10:45:00 | When an entityDefn is open in its own window the properties button is displayed, this should not happen.  | This was not confined to just the entity defn, it also happened on the test model. And the reverse happened on the entityInstance - no properties button was shown in the tree view. Now the entity instance has a properties button insitu but not when on its own window. Test model and Entity Defn have one insitu but not when in its own window.  |
| ID | Name | Raised Date | Status | Criticality | Description |
|---|
| ID | Name | Raised Date | Status | Raised By | Description |
|---|---|---|---|---|---|
| 400 | attachments | 04/12/2002 13:41:12 | IMPLEMENTED | Alan Richardson | Have attachments on every entity  |


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MADAN MOHAN MALAVIYA UNIVERSITY OF TECHNOLOGY, GORAKHPUR


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Daniel McCloy
is a postdoctoral researcher in the Institute for Learning and
Brain Sciences at the University of Washington in Seattle. His
research centers around human speech perception, especially the
processing and categorization of individual speech sounds and
syllables. He writes open-source software in python and R for
(among other
things) running
auditory psychophysics experiments and
visualizing vowel
spaces.


My name is Josiah Ingram, and I am a student at Eastern Washington University in the Technical Communications program. I am originally from the west coast of Washington State, and enjoy binging Netflix, eating copious amounts of pizza, and working out in my spare time. Thank you for swinging by and taking a look at my site! If there is anything else you would like to know, or if you have any questions for me, feel free to shoot me an email and I’d be happy to talk to you!


---
title: "July's Bloomin!"
date: "2018-07-06 00:00:00 -06:00"
categories:
- whats-blooming
layout: "post"
blog-banner: "whats-blooming-now-summer.jpg"
post-date: "July 06, 2018"
post-time: "12:00 PM"
blog-image: "2018-07-06-wbn.jpg"
published: true
---
Welcome July! It is hoppin with blooms up here at Red Butte Garden. Come experience the amazing display of nature!
This bee is going in for the landing! If you like spying on bees, the Orangerie Boardwalk is a great spot.
It is easy to see where this plant gets it's common name from! It is growing in the Medicinal Garden.
This is a double flowered cone flower. So much flower packed into one! It can be seen along the Orangerie Boardwalk.
Despite it's common name, this is not a true yucca, but they are in the same family (Agave Family). You can see it along the Floral Walk.
Botany fact: The six petals you see are actually referred to as tepals, because in the lily family, the sepals and petals look similar to one another.
Summer is in full swing and so are the flowers! Come see the burst of blooms!


Date and time: {{datetime}}
Current year: {{currentyear}}
Current month: {{currentmonth}}
Number of week: {{numofweek}}
Weekday of the week: {{numofdayinweek}}
Day of week: {{dayofweek}}
Day of year: {{dayofyear}}
Day of the month: {{dayofmonth}}
{% else %}Sorry, date and time currently can't be displayed :(
{% endif %}


|
MINI51DE_BSP V3.02.004
The Board Support Package for Mini51DE Series MCU
|
MINI51 series software I2C driver source file. More...
Go to the source code of this file.
Macros | |
| #define | I2C_SW_SDA P34 |
| #define | I2C_SW_CLK P35 |
Typedefs | |
| typedef void(* | TIMER_CALLBACK) (void) |
Functions | |
| uint32_t | I2C_SW_I_Open (uint32_t u32BusClock) |
| Prepare to start software I2C. More... | |
| void | TMR0_IRQHandler (void) |
| ISR to handle TIMER0 interrupt event. More... | |
| void | I2C_SW_I_Send_Stop (void) |
| Send I2C STOP signal. More... | |
| void | I2C_SW_I_Get_Byte (void) |
| Read a byte. More... | |
| void | I2C_SW_I_Send_Byte (void) |
| Send a byte. More... | |
| void | I2C_SW_I_Send_Start (void) |
| Send I2C START signal. More... | |
| uint32_t | I2C_SW_I_Send (uint8_t u8Address, uint8_t *p8Data, uint32_t u32ByteSize) |
| Send data. More... | |
| uint32_t | I2C_SW_I_IsBZ (void) |
| Check if I2C is busy. More... | |
| uint32_t | I2C_SW_I_Count (void) |
| Return byte counter. More... | |
| uint32_t | I2C_SW_I_Get (uint8_t u8Address, uint8_t *p8Data, uint32_t u32ByteSize) |
| Read data. More... | |
Variables | |
| TIMER_CALLBACK | funPtr |
| I2C_SW_FLAG_T | I2C_SW_STATUS |
| uint8_t | u8I2C_Buffer |
| uint8_t * | p8I2C_Data |
| uint32_t | u32I2C_ByteSize |
| uint32_t | u32I2C_ByteSizeCount |
MINI51 series software I2C driver source file.
Definition in file i2c_software_gpio_with_timer.c.
| #define I2C_SW_CLK P35 |
Definition at line 17 of file i2c_software_gpio_with_timer.c.
| #define I2C_SW_SDA P34 |
Definition at line 16 of file i2c_software_gpio_with_timer.c.
| typedef void(* TIMER_CALLBACK) (void) |
Definition at line 19 of file i2c_software_gpio_with_timer.c.
| uint32_t I2C_SW_I_Count | ( | void | ) |
Return byte counter.
| - |
| Byte | counter |
Definition at line 271 of file i2c_software_gpio_with_timer.c.
| uint32_t I2C_SW_I_Get | ( | uint8_t | u8Address, |
| uint8_t * | p8Data, | ||
| uint32_t | u32ByteSize | ||
| ) |
Read data.
| u8Address | I2C slave address |
| p8Data | data address |
| u32ByteSize | data length |
| 0 | Success |
| 1 | Fail |
Definition at line 284 of file i2c_software_gpio_with_timer.c.
| void I2C_SW_I_Get_Byte | ( | void | ) |
Read a byte.
| None |
Definition at line 105 of file i2c_software_gpio_with_timer.c.
| uint32_t I2C_SW_I_IsBZ | ( | void | ) |
Check if I2C is busy.
| None |
| 0 | Not Busy |
| 1 | Busy |
Definition at line 261 of file i2c_software_gpio_with_timer.c.
| uint32_t I2C_SW_I_Open | ( | uint32_t | u32BusClock | ) |
Prepare to start software I2C.
| u32BusClock | I2C Bus Clock (Hz) |
| 0 | Success |
Definition at line 33 of file i2c_software_gpio_with_timer.c.
| uint32_t I2C_SW_I_Send | ( | uint8_t | u8Address, |
| uint8_t * | p8Data, | ||
| uint32_t | u32ByteSize | ||
| ) |
Send data.
| u8Address | I2C slave address |
| p8Data | data address |
| u32ByteSize | data length |
| 1 | I2C is busy |
| 0 | Success |
Definition at line 232 of file i2c_software_gpio_with_timer.c.
| void I2C_SW_I_Send_Byte | ( | void | ) |
Send a byte.
| None |
Definition at line 149 of file i2c_software_gpio_with_timer.c.
| void I2C_SW_I_Send_Start | ( | void | ) |
Send I2C START signal.
| None |
Definition at line 210 of file i2c_software_gpio_with_timer.c.
| void I2C_SW_I_Send_Stop | ( | void | ) |
Send I2C STOP signal.
| None |
Definition at line 81 of file i2c_software_gpio_with_timer.c.
| void TMR0_IRQHandler | ( | void | ) |
ISR to handle TIMER0 interrupt event.
| None |
Definition at line 65 of file i2c_software_gpio_with_timer.c.
| TIMER_CALLBACK funPtr |
Definition at line 21 of file i2c_software_gpio_with_timer.c.
| I2C_SW_FLAG_T I2C_SW_STATUS |
Definition at line 22 of file i2c_software_gpio_with_timer.c.
| uint8_t* p8I2C_Data |
Definition at line 25 of file i2c_software_gpio_with_timer.c.
| uint32_t u32I2C_ByteSize |
Definition at line 26 of file i2c_software_gpio_with_timer.c.
| uint32_t u32I2C_ByteSizeCount |
Definition at line 26 of file i2c_software_gpio_with_timer.c.
| uint8_t u8I2C_Buffer |
Definition at line 24 of file i2c_software_gpio_with_timer.c.


Hurricane Parrot
Idaho's Weather Forecast Site
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Content. Wednesday, 24 July 2020.


---
layout: post
title: Character sketch
date: '2013-04-12T03:05:00+02:00'
categories:
- Animation
- Character
picture_url: https://film-Storyboards.tumblr.com/post/47768878791/character-sketch-for-an-animation-project-pen-and
---
Character sketch for an animation project. Pen and ink on paper.


ENTER
INSTRUCTIONS
X
Press "ENTER"
Pick a tool from the toolbar to remove the corresponding block type
Rebuild the landscape the way you want it
ENJOY !
New Game


MADELINE CELIS
JavaScript
Blog
Novice programmer....
Currently tackling JavaScript.


3-D MANIA! - ENCOUNTER IN THE THIRD DIMENSION A film review by Christopher Null Copyright 2000 filmcritic.com filmcritic.com
IMAX is nauseating enough without throwing 3D into the mix, isn't it?
Shot using state of the art 3D motion picture technology, we've come a long way since those red and blue glasses. 3-D MANIA! features all-digital technology that puts up to 37 layers of images in a scene to literally jump out of the screen and into your lap.
However, it seems plot development hasn't kept up with technological advances, and 3-D MANIA!'s story (oddball professor (Stuart Pankin) tries to bring Elvira, Mistress of the Dark into 3D-land in order for her to perform an awful song she wrote five long years ago) is sad, to say the least.
Still, it's safe to say that no one is going to go to a movie called 3-D MANIA! for the story. This is little more than a thrill ride in an IMAX theater.
Surprisingly, 3-D MANIA! does have some interesting moments when it tours the audience through the historical origins and more recent developments of 3D technology. The learning-is-fun aspect of the movie is far more enjoyable than the goofy and lame attempts at humor. Even Elvira's miniscule appearance is hardly worth getting excited over.
As for the thrills of the 3D experience, if you're not going on a virtual roller coaster ride, something is blowing up in your face. At a scant 40 minutes in length, this is still enough to make you nauseous enough to stumble your way out of the theater afterwards.
And depending on your state of mind, that can be a good thing or a bad thing.

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


Hi there. I'm Catie Stallings, software developer. I live in the Chicago suburbs with my husband and cat, Punch. I recently graduated Dev Bootcamp where I was immersing myself in code, but when I'm not doing that you can find me in the kitchen whipping up something delicious!
Check Out My Resume


{% extends "bootstrap_layout.htm" %} {% set active_page = "hello" %} {% block content %}
Hi curious investor!!!
As you read on our home page, Valence helps you to assess recent market sentiment score of a stock based on news features.
The scores generated on the stock form page can help provide an additional input to traditional technical analysis of stocks.
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virus index farm pig emergence NiV flying transmission human Nipah cases production population supplementary infection Malaysia bats pigs []. introduction â€" data phase electronic peninsular section {border-style mortality time dynamics fox persistence px;} #ffffff;} foxes evidence farm, fruit outbreak (figure Malaysia. ... initial yes Dis., Infect. agricultural circulation farms growing mango material. model observed pathway Department disease emergence. occurred prior reintroduction shown study viral Agricultural Breeding Emerg. areas breeding component encephalitis figure high provided results spread trees widespread Pteropus area bat causal material). patterns produce (electronic Malaysia, [], antibodies causes distribution haze infected livestock models pathogen period piglet populations priming probably produced px; repeated sufficient values wildlife {font-family Perak Research commercial conducted consistent emergence, emerging farm. font-size proposed (e.g. Bat January Malaysian PMI assess baseline cause conditions created double; early enzootic epidemic event humans identified individuals influenza intensification land large likely movement near necessary presence present previously range records roost sections similar subsequent surrounding surveillance use zoonotic (doi:./S-()-) Disease FigureÂ Hendra National Science, Singapore adjacent analysis border-color border-width criteria cross-species drove epizootic events expected explanation factors following hunting immunity including increased indicate infectious maternal number piglets population. possible rapid resulted risk solid; source specific suggests susceptible virus. wide {font-style {font-weight â€"./S-()- Bangladesh Data Health Negeri Phase Sembilan Soc. Tambun USA[], Veterinary additional analyses appears approximately avian binned bold case cases, causality caused cluster collab: context courier; density depopulation developed did different direct directly discovery domestic driver drivers dual em; entering epidemics examine field given however, human-to-human identification increasing indicates indices infections information introductions known large-scale led litters new outbreak. outside pathogens pigs, pigs. pigsties potential practices prevalence pt;} reintroduced respiratory result role roosts sampling section, species suggest surveys temporality timeline timing used using vampyrus workers zoonoses


| Based in Dublin, Ireland, Clover Manufacturing is a chemical products manufacturer. The board of directors are aware of the importance of the IFRS and they are keen to know all about the transition to IFRS. Click their names to remind yourself who youll be working with. |
|
|
|


Using the Apache Samza Runner
The Apache Samza Runner can be used to execute Beam pipelines using Apache Samza. The Samza Runner executes Beam pipeline in a Samza application and can run locally. The application can further be built into a .tgz file, and deployed to a YARN cluster or Samza standalone cluster with Zookeeper.
The Samza Runner and Samza are suitable for large scale, stateful streaming jobs, and provide:
- First class support for local state (with RocksDB store). This allows fast state access for high frequency streaming jobs.
- Fault-tolerance with support for incremental checkpointing of state instead of full snapshots. This enables Samza to scale to applications with very large state.
- A fully asynchronous processing engine that makes remote calls efficient.
- Flexible deployment model for running the the applications in any hosting environment with Zookeeper.
- Features like canaries, upgrades and rollbacks that support extremely large deployments with minimal downtime.
The Beam Capability Matrix documents the currently supported capabilities of the Samza Runner.
Samza Runner prerequisites and setup
The Samza Runner is built on Samza version greater than 0.14.1, and uses Scala version 2.11.
Specify your dependency
You can specify your dependency on the Samza Runner by adding the following to your pom.xml
:
<dependency>
<groupId>org.apache.beam</groupId>
<artifactId>beam-runners-samza_2.11</artifactId>
<version>2.5.0</version>
<scope>runtime</scope>
</dependency>
<!--  For example, the following command runs the WordCount example:
$ mvn exec:java -Dexec.mainClass=org.apache.beam.examples.WordCount \
-Psamza-runner \
-Dexec.args="--runner=SamzaRunner \
--inputFile=/path/to/input \
--output=/path/to/counts"
To deploy your pipeline to a YARN cluster, here is the instructions of deploying a sample Samza job. First you need to package your application jars and resource files into a .tgz
archive file, and make it available to download for Yarn containers. In your config, you need to specify the URI of this TGZ file location:
yarn.package.path=${your_job_tgz_URI}
job.name=${your_job_name}
job.factory.class=org.apache.samza.job.yarn.YarnJobFactory
job.coordinator.system=${job_coordinator_system}
job.default.system=${job_default_system}
For more details on the configuration, see Samza Configuration Reference.
The config file will be passed in by setting the command line arg --configFilePath=/path/to/config.properties
. With that, you can run your main class of Beam pipeline in a Yarn Resource Manager, and the Samza Runner will submit a Yarn job under the hood.
Pipeline options for the Samza Runner
When executing your pipeline with the Samza Runner, you can use the following pipeline options.
| Field | Description | Default Value |
|---|---|---|
runner |
The pipeline runner to use. This option allows you to determine the pipeline runner at runtime. | Set to SamzaRunner to run using Samza. |
configFilePath |
The config for Samza using a properties file. | empty , i.e. use local execution. |
configOverride |
The config override to set programmatically. | empty , i.e. use config file or local execution. |
watermarkInterval |
The interval to check for watermarks in milliseconds. | 1000 |
systemBufferSize |
The maximum number of messages to buffer for a given system. | 5000 |
maxSourceParallelism |
The maximum parallelism allowed for any data source. | 1 |
storeBatchGetSize |
The batch get size limit for the state store. | 10000 |
Monitoring your job
You can monitor your pipeline job using metrics emitted from both Beam and Samza, e.g. Beam source metrics such as elements_read
and backlog_elements
, and Samza job metrics such as job-healthy
and process-envelopes
. A complete list of Samza metrics is in Samza Metrics Reference. You can view your job’s metrics via JMX in development, and send the metrics to graphing system such as Graphite. For more details, please see Samza Metrics.
For a running Samza YARN job, you can use YARN web UI to monitor the job status and check logs.


Specific Use Cases in Sales
Measure Capabilities and Identify Gaps in your Sales Team
You can only manage what you can measure. With SmartWinnr, you can identify the knowledge gaps at an individual, team and geography level. Take corrective actions before gaps in product knowledge start impacting sales performance.
Reduce Cost while Training a Geographically Distributed Team
80% of information delivered during any training session is lost within 90 days. It is also expensive to gather your sales team away from actual selling for follow-up sessions. SmartWinnr dynamically monitors knowledge levels of individual sales reps and provide them reinforcements that they can read anytime, anywhere.
Improve Learning through Scientific and Automated Reinforcements
SmartWinnr's automated quizzes and Twitter-like SmartFeed strikes the right balance between sharing crucial information in short bursts to refresh knowledge and using the questioning approach to retain that knowledge.
Increase Engagement Through Gamification
Keeping sales reps engaged while imparting product knowledge is a big challenge. SmartWinnr's built-in gamification engine helps to keep the engagement level high. Create competitions and reward performance based on leaderboard rankings, badges and levels attained. Higher engagement also increases compliance and retention levels.
Use One Channel to Train Partners, Distributors, and Customers
Training your channel partners, distributors and customers on new product features is often expensive and difficult to do. SmartWinnr can help you give the right product knowledge to all your stakeholders through an easy-to-use platform.
Gain Valuable Feedback from your Customers without overwhelming them
SmartSurvey - integrated in SmartWinnr - can help sales reps take direct feedback from customers during a meeting. This can help your product development and marketing team to test their hypothesis during product development phase.


WILD BUNCH, THE (director/writer: Sam Peckinpah; screenwriter: from story by Walon Green and Roy N Sickner/Walon Green; cinematographer: Lucien Ballard; editor: Lou Lombardo; cast: William Holden (Pike Bishop), Ernest Borgnine (Dutch), Robert Ryan (Deke Thornton), Edmond O'Brien (Sykes), Warren Oates (Lyle Gorch), Ben Johnson (Tector Gorch), Jaime Sanchez (Angel), Strother Martin (Coffer), Albert Dekker (Harrigan), L.Q. Jones (T.C.), Bo Hopkins (Crazy Lee), Emilio Fernandez (Mapache); Runtime: 145; Warner Brothers; 1969)
Reviewed by Dennis Schwartz
This is Sam Peckinpah's masterpiece. The ultimate in violent Westerns, filled with clichés and violence drawn to extremes. In Peckinpah's rugged masculine world, brutality and innocence (children) co-exist. The opening scene highlights Peckinpah's theme of man's inherent violent nature from childhood and points to the bloodshed that will come in the film's payoff, as he shows a bunch of Mexican children poking a stick at a writhing scorpion being devoured by killer ants and of them laughing as they watch. This is witnessed by a gang of outlaws on their way to a brutal robbery.
Warning: spoilers to follow.
A band of soldiers led by Pike Bishop (Holden) and his right-hand man Dutch Engstrom (Ernest Borgnine) by his side, ride into town by horse in a military manner. They are not really soldiers, but they are in this dusty South Texas border town dressed that way to rob the railroad office of its gold. The only problem is, that they are being set-up for an ambush, arranged by a particularly despicable railroad magnate named Harrigan (Dekker).
Things start to go wrong immediately for the ambushers awaiting on the roof of the building across from the railroad office, who are led by Deke Thornton (Robert Ryan). His low-life bounty hunters get on the nerve of the professional gunman by pointing their rifles upward in sight of the street, showing their ineptitude. Thornton once rode with Pike's gang, but he felt that Pike betrayed him through his carelessness which resulted in his arrest, and he now sees this assignment as both a chance to get revenge and to be free from his prison term, as he now has a deal with Harrigan that if he brings Pike and his gang in, he will be released from prison. He has given his word that he will get Pike, and his word is all that is needed as a bond that he will not run away.
Pike's men soon see the glint of the rifles on the roof and prepare for a fast escape. To make matters worst, a Temperance Union meeting just breaks up and they are marching in front of the robbery scene. The six men trapped in the railroad office, besides Pike and Dutch -- are the brothers Lyle Gorch (Warren Oates) and Tector Gorch (Ben Johnson), and a Mexican just taken into the gang, Angel (Jaime Sánchez). The sixth member is Crazy Lee (Bo Hopkins). He is asked to remain behind and guard the hostages in the railroad office. The gang uses the marchers, consisting largely of children and women, as shields for their escape, and Thornton's men do not hesitate for a second, firing into the crowd and killing some of the marchers and in the chaos 5 of the 6 bandits escape with the bags of gold, only the one they left behind gets killed.
When the bandits go to their rendezvous point to get fresh horses and split up the loot, the old geezer who is part of the gang, Sykes (Edmond O'Brien), greets them with maddening cackles of jubilation. When they open up their railroad bags, they are surprised to find them filled with washers. Discouraged but still able to laugh at their misfortune, Pike's gang goes to Mexico and passes through Angel's ravaged home village, with the bounty hunters in hot pursuit.
The film is set in 1913 and Europe is nearing the outbreak of WW1, while in Mexico there is a revolution taking place and a self-appointed dictator with the help of Germany, is looting the country and arming himself while trying to put down the revolution.
Pike sees in this generalissimo an opportunity to get gold, as he is told when he meets him of a U.S. Army shipment of weapons coming through by rail, which he doesn't want to rob himself because he doesn't want to alienate the U.S.. The gringos agree to do it for the money promised them by the dictator, as they have nothing to lose because they are wanted anyway back in the States, with a heavy price tag on their heads. Only Angel is upset by this, saying he sides with the people in the mountains fighting the dictator. So a deal is secretly worked out whereas they will allow Angel to take one crate of rifles to the freedom fighters and they will tell the dictator they lost one shipment of rifles.
These outlaws are seen as the last of a dying breed.  But there are changes in the air and these are seen by them clearly while they are on the run--such as, the generalissimo's automobile, the telegraph wires and the railroad now linking the country, and the worn expressions they have when riding their horses. They realize America and the West as they knew it -- is history, and that there is no place for them in the new America.
They thusly side with the freedom fighters when they had a chance to keep the money and escape the bounty hunters. They come to rescue Angel who is being tortured in the generalissimo's headquarters by being dragged on the ground while tied by rope to the dictator's automobile going around in circles and the children in the village laughing and lobbing firecrackers at him, as he is there because he was ratted out for stealing the rifles by the mother of his girlfriend. Thereby the memorable closing scene, which is a picture of pure violence as an answer to everything, as the generalissimo's men and Pike's remaining men shoot it out, leaving no survivors. It is only Thornton and Sykes who live and find salvation by staying in Mexico and joining with the freedom fighters. Sykes when wounded by the bounty hunters and left to die, was rescued from certain death by the freedom fighters who discovered him in the desert. Thornton's bounty hunters, including two vicious vultures, Coffer (Strother Martin) and T.C. (L.Q. Jones), try to go back home with their bounty of the deadmen: Pike and his gang, to collect their reward, but are not successful. While Thornton makes it clear that he has no respect for the law, for the capitalists, or for the U.S. Army, but he respects Pike because he stood for something real and he realizes that the two of them have this in common, and he has been brooding about their troubled relationship ever since he took on this assignment. His conscience is also clear about not returning, because he only gave his word to get Pike and not to what he would do afterwards. He can now only laugh at what he's been through, as he heads to the hills to be a gunfighter for the cause he might or might not understand, but he has given his word to the revolutionaries and his word is his badge of honor.
They don't make violent Westerns like this one anymore, but they tried to imitate it many times, but they could never quite capture the spirit that this classic Western had.
REVIEWED ON 12/21/2000 GRADE: B+
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
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


For an alternative heuristic search that may work better when your problem uses continuous (real) values see my particle swarm optimization algorithm that follows a similar API.
npm install genetic-algo
Example:
const { GeneticAlgorithm: GA } = require('genetic-algo')
// silly fitness function, maximises values of all genes (see below for a better example)
const fitnessFunction = arr => arr.reduce((x, y) => x + y, 0)
// you may also supply an object with options see below DEFAULT OPTS)
const ga = new GA(fitnessFunction, 1000 /* nGenes */, 'u32' /* dtype */)
// Array<TypedArray>
const bestCandidates = Array.from(ga.search() /* generator */)
In a nutshell:
nGenes
(Int > 0, see NGENES section below)nGenes
. The candidates
that score the highest will be favoured in the
selection and will make it to the next gene pool. (see FITNESS FUNCTION section below)
For multiple objectives (e.g. you want the solution to have more than one property: price, time, quality ...) supply an array of fitness functions.dtype
, one of: "f64" | "f32" | "i32" | "i16" | "i8" | "u32" | "u16" | "u8"
(see DTYPE section below)decode
function as well (see DECODE FUNCTION section below).function(TypedArray): Number
The number it returns may be positive or negative. It may be an integer or a real number.
The previous example maximised the value of every gene. This example computes the negative of the distance from roots of an equation:
// find root of expr
const expr = (x1, x2, x3, x4, x5, x6) => (Math.log2(x1) * x2 ** x3 / x4) + x5 ** (Math.log2(x6))
const fitness = xs => {
const val = -(Math.abs(expr(...xs)))
if (Object.is(NaN, val) || Object.is(Infinity, val)) {
return -Infinity
} else {
return val
}
}
Fittest candidates score 0 (distance from the root is 0 meaning root has been found), least fit candidates have a negative value.
Output from this example which uses this fitness function:
log2( 98) * 0^ 61 / 209 + 0^log2( 76) = 0
log2( 39) * 0^228 / 209 + 0^log2(160) = 0
log2(100) * 0^ 89 / 202 + 0^log2(151) = 0
log2(124) * 0^163 / 247 + 0^log2( 76) = 0
log2( 31) * 0^166 / 9 + 0^log2(166) = 0
log2(221) * 0^100 / 132 + 0^log2(130) = 0
log2( 2) * 0^157 / 211 + 0^log2(150) = 0
log2( 2) * 0^100 / 132 + 0^log2(130) = 0
... ... ... ... ... ... ... ...
It's crucial that you reward candidate solutions for approximating i.e. getting close to the solution. If they are a bit right -- add some fitness.
For multiple objectives (e.g. you want the solution to have more than one property: price, time, quality ...) supply an array of fitness functions:
const fitness = [
(cand) => getSpeed(cand),
(cand) => getPrice(cand),
(cand) => getDurability(cand),
(cand) => getUserFriendliness(cand),
]
The functions may return numbers in any scale. E.g. getSpeed
can return a number in [0, 100], getPrice
can return a number in [100, 1000000] etc.
You might want to provide weights for each objective (by default each is 1.0 i.e. equally important):
const opts = {
weights: [0.2, 0.4, 0.1, 0.01] // default [1.0, 1.0, 1.0, 1.0]
}
It sometimes makes sense to have a decode(cand)
function.
function decode(cand) {
return {
price: cand[0],
category: Math.floor(cand[1]),
area: Math.floor(cand[2]),
// etc.
}
}
And then it's much easier in the fitness function:
function fitnessFunction(cand) {
const { price, category, area, ... } = decode(cand)
let fitnessScore = 0
fitnessScore += 1000 - price
fitnessScore += getQualOfCat(category)
fitnessScore -= getCostOfArea(area)
// other vars ...
return fitnessScore
}
More examples here.
This is how many numbers each array will have. Each gene (number) corresponds to a dimension in the search space you are exploring. For example:
| # | meaning | domain |
|---|---|---|
| gene #1 | time | 00:00 - 24:00 |
| gene #2 | day | 0 - 365 |
| gene #3 | room number | 1 - 128 |
| ... | ... | ... |
| gene #1000 | building | A - Z |
For combinatorial problems, it makes sense to store an array of choices and let genes be indices.
const deparatment = [
"biology",
"mathematics",
"electical-engineering",
...
]
const room = [
"k21",
"k12",
"w4",
...
]
// etc.
then each candidate can be a Uint array [depIdx, roomIdx, ...]
.
A different approach you could take is devote 2 genes to room
and let
the first be the ASCII code of the room (a
..z
) and the second room
number (1..100
or something).
You need to set dtype
yourself depending on the problem domain.
| data type | typed array | min value | max value |
|---|---|---|---|
"u8" |
UInt8Array |
0 | 28 |
"u16" |
UInt16Array |
0 | 216 |
"u32" |
UInt32Array |
0 | 232 |
"i8" |
Int8Array |
-28 - 1 | 28 - 1 |
"i16" |
Int16Array |
-216 - 1 | 216 - 1 |
"i32" |
Int32Array |
-232 - 1 | 232 - 1 |
"f32" |
Float32Array (32-bit IEEE float) |
1.2 * 10-38 | 3.4 * 1038 |
"f64" |
Float64Array (64-bit IEEE float) |
5.0 * 10-324 | 1.8 * 10308 |
You benefit a lot from restricting the search space by choosing e.g. i8
as opposed to i16
.
opts
In addition to required parameters (fitnessFunction
, nGenes
,
dtype
), you can also supply an object with configuration. I encourage
to begin with defaults and then tweak if necessary. Here are the
defaults:
const { Duration, PopSize, NElite, NRounds, LogLvl } = require('genetic-algo');
const opts = {
logLvl: LogLvl.SILENT,
// stop condition
//
// if you find that the algorithm gets stuck too quickly, increase it
timeOutMS: Duration.seconds(30),
// stop condition
nRounds: NRounds.LARGE, /* 1000000 */
// how many candidate solutions to keep track of
//
// it makes sense for it to be 100 - 1500 ish
//
// if you find that the algorithm gets stuck too quickly, increase it
popSize: PopSize.MEDIUM /* 300 */,
// number of elite candidates (guaranteed to make it to next gene pool unaltered)
//
// if you find that the algorithm gets stuck too quickly, decrease it
//
// e.g. nElite: NElite.SMALL,
// e.g. nElite: NElite.MEDIUM,
// e.g. nElite: NElite.LARGE,
// e.g. nElite: 0.1
// e.g. nElite: [0.01, 0.1]
// e.g. nElite: { start: 0.1, end: 0.5, whenFit: 'constant' }
// e.g. nElite: { start: 0.01, end: 0.25, whenFit: 'increases' }
// e.g. nElite: { start: 0.1, end: 0.5, whenFit: 'decreases' }
nElite: NElite.ADAPTIVE, /* { start: 0.05, end: 0.15 } */
// probability of mutation
//
// e.g. pMutate: PMutate.SMALL,
// e.g. pMutate: PMutate.MEDIUM,
// e.g. pMutate: PMutate.LARGE,
// e.g. pMutate: 0.1
// e.g. pMutate: [0.01, 0.1]
// e.g. pMutate: { start: 0.1, end: 0.5, whenFit: 'constant' }
// e.g. pMutate: { start: 0.01, end: 0.25, whenFit: 'increases' }
// e.g. pMutate: { start: 0.1, end: 0.5, whenFit: 'decreases' }
pMutate: PMutate.ADAPTIVE, /* { start: 0.1, end: 0.01, whenFit: 'increases' } */
// when mutating, target at least ? genes
//
// e.g. nMutations: NMutations.SMALL,
// e.g. nMutations: NMutations.MEDIUM,
// e.g. nMutations: NMutations.LARGE,
// e.g. nMutations: 0.1
// e.g. nMutations: [0.01, 0.1]
// e.g. nMutations: { start: 0.1, end: 0.5, whenFit: 'constant' }
// e.g. nMutations: { start: 0.01, end: 0.25, whenFit: 'increases' }
// e.g. nMutations: { start: 0.1, end: 0.5, whenFit: 'decreases' }
nMutations: NMutations.ADAPTIVE, /* { start: 10, end: 1, whenFit: 'decreases' } */
// when mutating, the value of a gene is replaced with a random value
// this specifies the range of the random value
//
// when not specified, it's set intelligently based on dtype so not necessary to tweak
//
// set it manually if you have an idea of where in the search space the solution might be
// this might cause it to converge faster
//
// e.g. randGeneVal: [-100, 2000] /* lower and upper bounds */
// e.g. randGeneVal: () => -200 + Math.random() * 1E4 /* custom function */
randGeneVal: undefined,
// when using multi-objective optimisation, you can specify relative weights for every objective
// (measured by each of fitness function from the array)
// see **FITNESS FUNCTION**
// e.g. weights: [0.2, 0.4, 1] /* needs to have the same length as the fitenss function array */
weights: undefined,
}
For example:
const opts = {
timeOutMS: Duration.seconds(30),
nElite: 0.1,
}
const nGenes = 1000
const dtype = 'u32'
const ga = new GA(someFitnessFunct, nGenes, dtype, opts)
Genetic algorithms simulate the process of evolution. You are the one specifying what each candidate should be good at to survive (fitness function).
This algorithm uses a nature-inspired heuristic and has the potential to achieve excellent results but it might not find the optimal (ideal) solution. That said, for many applications the best solution is not needed. By sacrificing a bit of quality you drastically reduce the time needed to find a solution. Without such heuristics some problems cannot be solved at all. These would NP complete problems to which we do not have an algorithm which would run in polynomial time.
This is your "DNA" which represents a complete solution to the
problem you are trying to solve. The algorithm keeps track of a
population of those DNA strings. Candidates are modified in such a way
that the population approaches a solution. In this implementation
candidate solutions (chromosomes) are typed arrays. Depending on what
type of problem you are trying to solve you will use a different
dtype
. Each candidate corresponds to a point in the search space that
you are exploring.
Measures the value of a candidate solution. The algorithm will perform well if your fitness function is good.
One of the two ways candidate solutions are modified. Crossover is all about recombination. It is a binary operation that takes two candidates and selects a portion of genes from one parent and the rest from the other.
In an ideal scenario, you would inherit genes from fit individuals.
However, if you do that too often, you will loose novelty and you the
algorithm will get stuck very quickly. You can change how often fittest
candidates (elite) are chosen by changing minPElite
and maxPElite
.
NOTE nElite
needs to be non-zero for this to work.
One of the two ways candidate solutions are modified. This is a unary operation. It takes a single candidate and randomly alters a single gene. Mutations introduce novelty. If your algorithm gets stuck too quickly it's because there was not enough novelty. In an ideal scenario, fittest candidates would undergo mutation whereas the least fit would use crossover. Furthermore, ideally, the algorithm would explore the fitness landscape more at the beginning and then exploit the discovered peaks at the end of running the algorithm. This implementation does both for you automatically.
Population is a collection of candidate solutions. An initial population with
popSize = 5
, nGenes = 2
, dtype = 'u8'
might look something like this:
// gene1 gene2
[23, 0] // candidate 1
[ 1, 41] // candidate 2
[10, 1] // candidate 3
[ 1, 100] // candidate 4
[ 0, 222] // candidate 5
The GeneticAlgorithm
emits signals along with some information
which can be used for profiling.
NOTE data emitted is in sub-bullets.
Emitted Once
"start"
after .search()
and all initialisation is complete, before the 1st roundEmitted on Stop Condition Met
"timeout"
when timeOutMS
limit is reached."stuck"
when stuck in a local minimum."rounds"
when nRounds
limit reached."end"
when finished.Emitted Every Round
"round"
on every round start (not the same as "rounds"
)."op"
on every selection and mutation / crossover operation applicationExample of extracting data from signals:
ga.on('start', () => console.log('[START] with opts', opts))
ga.on('stuck', () => console.log(`[END] stuck`))
ga.on('timeout', () => console.log(`[END] timeout`))
ga.on('end', () => console.log(`[END] after round #${ga.rIdx} (took ${ga.timeTakenMS / SEC}sec)`))
More examples here.
MIT
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#include <GrPixelBufferMgr.h>
Public Member Functions | |
| GrPixelBufferMgr () | |
| GrPixelBufferMgr. | |
| ~GrPixelBufferMgr () | |
| URef< GrPixelBuffer > | CreatePixelBuffer (unsigned int width, unsigned int height, GrPixelBuffer::EFORMAT format, GrPixelBuffer::EUSAGE usage) |
| creates a pixel buffer of a given size. | |
| void | CollectGarbage () |
| forces garbage collection. | |
| void | PreContextReset () |
| context reset notification. | |
| void | PostContextReset () |
File: GrPixelBufferMgr.h Author: Kevin Bray Created: 04-11-08 Copyright © 2004 Bootstrap Studios. All rights reserved. project includes. GrPixelBufferMgr
Definition at line 19 of file GrPixelBufferMgr.h.
| GrPixelBufferMgr::GrPixelBufferMgr | ( | ) |
| GrPixelBufferMgr::~GrPixelBufferMgr | ( | ) |
| void GrPixelBufferMgr::CollectGarbage | ( | ) |
| URef< GrPixelBuffer > GrPixelBufferMgr::CreatePixelBuffer | ( | unsigned int | width, | |
| unsigned int | height, | |||
| GrPixelBuffer::EFORMAT | format, | |||
| GrPixelBuffer::EUSAGE | usage | |||
| ) |
creates a pixel buffer of a given size.
public methods
create a new pixel buffer.
add it to our list of managed pixel buffers and return it.
Definition at line 48 of file GrPixelBufferMgr.cpp.
| void GrPixelBufferMgr::PostContextReset | ( | ) |
| void GrPixelBufferMgr::PreContextReset | ( | ) |
context reset notification.
collect garbage.
notify buffers of the pending reset.
Definition at line 68 of file GrPixelBufferMgr.cpp.


About: This phone application uses the enhanced notifications API to display recipe instructions using paged notifications. After starting the application on your phone, you can browse from a short list of recipes and select one to view. Each recipe is broken down into a number of steps; when ready, you can click on the START action in the action bar to send the steps to the wearable. On the wearable device, the steps are displayed as a multi-page notification, with one page for each step in the recipe.
How to run: Install the Application APK on the companion and run it like any other Android app.
Screenshots:


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Class VisualNumerics.math.Complex
All Packages Class Hierarchy This Package Previous Next Index
Class VisualNumerics.math.Complex
java.lang.Object
|
+----VisualNumerics.math.Complex
- public class Complex
- extends Object
This class implements complex numbers. It provides the basic operations
(addition, subtraction, multiplication, division) as well as a set of
complex functions.
-
im
- Imaginary part of the Complex.
-
INFINITY
- Complex infinity.
-
re
- Real part of the Complex.
-
suffix
- String used in converting Complex to String.
-
Complex()
- Construct a Complex equal to zero.
-
Complex(Complex)
-
Construct a Complex equal to the argument.
-
Complex(double)
-
Construct a Complex with a zero imaginary part.
-
Complex(double, double)
-
Construct a Complex with real and imaginary parts given by the input arguments.
-
abs(Complex)
-
Returns the absolute value (modulus) of a Complex, |z|.
-
acos(Complex)
-
Returns the inverse cosine (arc cosine) of a Complex.
-
add(Complex)
-
Adds a Complex and returns the sum, this += y.
-
add(Complex, Complex)
-
Returns the sum of two Complex's, x+y.
-
add(Complex, double)
-
Returns the sum of a Complex and a double, x+y.
-
add(double)
-
Adds a double and returns the sum, this += y.
-
add(double, Complex)
-
Returns the sum of a double and a Complex, x+y.
-
argument(Complex)
-
Returns the argument (phase) of a Complex, in radians.
-
asin(Complex)
-
-
conjugate(Complex)
-
Returns the complex conjugate of a Complex.
-
cos(Complex)
-
Returns the cosine of a Complex.
-
divide(Complex)
-
Divides by a Complex and returns the result, this /= y.
-
divide(Complex, Complex)
-
Returns Complex x divided by Complex y, x/y.
-
divide(Complex, double)
-
Returns a Complex divided by a double, x/y.
-
divide(double)
-
Divides by a double and returns the result, this /= y.
-
equals(Complex)
-
Compares this Complex with another.
-
equals(Object)
- Compares this object against the specified object.
-
exp(Complex)
-
Returns the exponential of a Complex z, exp(z).
-
isInfinite(Complex)
-
Returns true if either component is an infinite value.
-
isNaN(Complex)
-
Returns true if either component is a Not-a-Number (NaN) value.
-
log(Complex)
-
Returns the logarithm of a Complex z, log(z).
-
multiply(Complex)
-
Multiplies by a Complex and returns the product, this *= y.
-
multiply(Complex, Complex)
-
Returns the product of two Complexs, x*y.
-
multiply(Complex, double)
-
Returns the product of a Complex and a double, x*y.
-
multiply(double)
-
Multiplies by a double and returns the product, this *= y.
-
multiply(double, Complex)
-
Returns the product of a double and a Complex, x*y.
-
negate(Complex)
-
Returns the negative of a Complex, -z.
-
pow(Complex, Complex)
-
Returns the Complex x raised to the Complex y power.
-
pow(Complex, double)
-
Returns the Complex z raised to the x power.
-
sin(Complex)
-
Returns the sine of a Complex.
-
sqrt(Complex)
-
Returns the square root of a Complex.
-
subtract(Complex)
-
Subtracts a Complex and returns the difference, this -= y.
-
subtract(Complex, Complex)
-
Returns the difference of two Complexes, x-y.
-
subtract(Complex, double)
-
Returns the difference of a Complex and a double, x-y.
-
subtract(double)
-
Subtracts a double and returns the difference, this -= y.
-
subtract(double, Complex)
-
Returns the difference of a double and a Complex, x-y.
-
tan(Complex)
-
-
toString()
-
Returns a String representation for the specified Complex.
INFINITY
public final static Complex INFINITY
- Complex infinity.
re
public double re
- Real part of the Complex.
im
public double im
- Imaginary part of the Complex.
suffix
public static String suffix
- String used in converting Complex to String.
Default is "i", but sometimes "j" is desired.
Note that this is set for the class, not for
a particular instance of a Complex.
Complex
public Complex(Complex z)
- Construct a Complex equal to the argument.
- Parameters:
- z - A Complex object.
Complex
public Complex(double re,
double im)
- Construct a Complex with real and imaginary parts given by the input arguments.
- Parameters:
- re - A double value equal to the real part of the Complex object.
- im - A double value equal to the imaginary part of the Complex object.
Complex
public Complex(double re)
- Construct a Complex with a zero imaginary part.
- Parameters:
- re - A double value equal to the real part of the Complex object.
Complex
public Complex()
- Construct a Complex equal to zero.
toString
public String toString()
- Returns a String representation for the specified Complex.
- Returns:
- A String representation for this object.
- Overrides:
- toString in class Object
isNaN
public static boolean isNaN(Complex z)
- Returns true if either component is a Not-a-Number (NaN) value.
- Parameters:
- z - A Complex object.
- Returns:
- True if either component of the Complex object is NaN; false, otherwise.
isInfinite
public static boolean isInfinite(Complex z)
- Returns true if either component is an infinite value.
- Parameters:
- z - A Complex object.
- Returns:
- True if either component of the Complex object is NaN; false, otherwise.
equals
public boolean equals(Complex z)
- Compares this Complex with another.
- Parameters:
- z - A Complex object.
- Returns:
- True if the real and imaginary parts of this object are equal to their counterparts in the argument; false, otherwise.
equals
public boolean equals(Object obj)
- Compares this object against the specified object.
Note: To be useful in hashtables this method
considers two NaN double values to be equal. This
is not according to IEEE specification
- Parameters:
- obj - the object to compare with
- Returns:
- True if the objects are the same; false otherwise.
- Overrides:
- equals in class Object
negate
public static Complex negate(Complex z)
- Returns the negative of a Complex, -z.
- Parameters:
- z - A Complex object.
- Returns:
- A Complex object equal to the negative of the argument.
conjugate
public static Complex conjugate(Complex z)
- Returns the complex conjugate of a Complex.
- Parameters:
- z - A Complex object.
- Returns:
- The complex conjugate of the argument.
add
public static Complex add(Complex x,
Complex y)
- Returns the sum of two Complex's, x+y.
- Parameters:
- x - A Complex object.
- y - A Complex object.
- Returns:
- The sum of the arguments.
add
public static Complex add(double x,
Complex y)
- Returns the sum of a double and a Complex, x+y.
- Parameters:
- x - A double value.
- y - A Complex object.
- Returns:
- A Complex object equal to the sum of the arguments.
add
public static Complex add(Complex x,
double y)
- Returns the sum of a Complex and a double, x+y.
- Parameters:
- x - A Complex object.
- y - A double value.
- Returns:
- A Complex object equal to the sum of the arguments.
add
public Complex add(Complex y)
- Adds a Complex and returns the sum, this += y.
- Parameters:
- y - A Complex object.
- Returns:
- This object augmented by the argument.
add
public Complex add(double y)
- Adds a double and returns the sum, this += y.
- Parameters:
- y - A double value.
- Returns:
- This object augmented by the argument.
subtract
public static Complex subtract(Complex x,
Complex y)
- Returns the difference of two Complexes, x-y.
- Parameters:
- x - A Complex object.
- y - A Complex object.
- Returns:
- The difference between the input arguments.
subtract
public static Complex subtract(double x,
Complex y)
- Returns the difference of a double and a Complex, x-y.
- Parameters:
- x - A double value.
- y - A Complex object.
- Returns:
- The difference between the input arguments.
subtract
public static Complex subtract(Complex x,
double y)
- Returns the difference of a Complex and a double, x-y.
- Parameters:
- x - A Complex object.
- y - A double value.
- Returns:
- A Complex object equal to the difference between the arguments.
subtract
public Complex subtract(Complex y)
- Subtracts a Complex and returns the difference, this -= y.
- Parameters:
- y - A Complex object.
- Returns:
- This object less the input argument.
subtract
public Complex subtract(double y)
- Subtracts a double and returns the difference, this -= y.
- Parameters:
- y - A double value.
- Returns:
- This object less the input argument.
multiply
public static Complex multiply(double x,
Complex y)
- Returns the product of a double and a Complex, x*y.
- Parameters:
- x - A double value.
- y - A Complex object.
- Returns:
- The product of the arguments.
multiply
public static Complex multiply(Complex x,
double y)
- Returns the product of a Complex and a double, x*y.
- Parameters:
- x - A Complex object.
- y - A double value.
- Returns:
- The product of the arguments.
multiply
public Complex multiply(double y)
- Multiplies by a double and returns the product, this *= y.
- Parameters:
- y - A double value.
- Returns:
- This object multiplied by the input argument.
multiply
public static Complex multiply(Complex x,
Complex y)
- Returns the product of two Complexs, x*y.
- Parameters:
- x - A Complex object.
- y - A Complex object.
- Returns:
- The product of the input arguments.
multiply
public Complex multiply(Complex y)
- Multiplies by a Complex and returns the product, this *= y.
- Parameters:
- y - A Complex object.
- Returns:
- This object multiplied by the input argument.
divide
public static Complex divide(Complex x,
double y)
- Returns a Complex divided by a double, x/y.
- Parameters:
- x - A Complex object.
- y - A double value.
- Returns:
- The quotient of the input arguments.
divide
public Complex divide(double y)
- Divides by a double and returns the result, this /= y.
- Parameters:
- y - A double value.
- Returns:
- This object divided by the input argument.
divide
public static Complex divide(Complex x,
Complex y)
- Returns Complex x divided by Complex y, x/y.
- Parameters:
- x - A Complex object.
- y - A Complex object.
- Returns:
- The quotient of the input arguments.
divide
public Complex divide(Complex y)
- Divides by a Complex and returns the result, this /= y.
- Parameters:
- y - A Complex object.
- Returns:
- This object divided by the input argument.
abs
public static double abs(Complex z)
- Returns the absolute value (modulus) of a Complex, |z|.
- Parameters:
- z - A Complex object.
- Returns:
- A double value equal to the absolute value of the argument.
argument
public static double argument(Complex z)
- Returns the argument (phase) of a Complex, in radians.
- Parameters:
- z - A Complex object.
- Returns:
- A double value equal to the argument or phase of a Complex.
sqrt
public static Complex sqrt(Complex z)
- Returns the square root of a Complex.
- Parameters:
- z - A Complex object.
- Returns:
- The square root of the input argument.
exp
public static Complex exp(Complex z)
- Returns the exponential of a Complex z, exp(z).
- Parameters:
- z - A Complex object.
- Returns:
- The exponential of the argument.
log
public static Complex log(Complex z)
- Returns the logarithm of a Complex z, log(z).
- Parameters:
- z - A Complex object.
- Returns:
- The logarithm of the argument.
sin
public static Complex sin(Complex z)
- Returns the sine of a Complex.
- Parameters:
- z - A Complex object.
- Returns:
- The sine of the argument.
cos
public static Complex cos(Complex z)
- Returns the cosine of a Complex.
- Parameters:
- z - A Complex object.
- Returns:
- The cosine of the argument.
tan
public static Complex tan(Complex z)
asin
public static Complex asin(Complex zinp)
acos
public static Complex acos(Complex z)
- Returns the inverse cosine (arc cosine) of a Complex.
- Parameters:
- z - A Complex object.
- Returns:
- The inverse cosine of the argument.
pow
public static Complex pow(Complex z,
double x)
- Returns the Complex z raised to the x power.
- Parameters:
- z - A Complex object.
- x - A double value.
- Returns:
- A Complex object equal to zx.
pow
public static Complex pow(Complex x,
Complex y)
- Returns the Complex x raised to the Complex y power.
- Parameters:
- x - A Complex object.
- y - A Complex object.
- Returns:
- A Complex object equal to xy.
All Packages Class Hierarchy This Package Previous Next Index


Creating and Editing Tables
CREATE Table TallestTowers {
id INT,
state VARCHAR(200),
city VARCHAR(200),
name VARCHAR(200),
height INT,
floors INT,
year_built INT
}
NSERT INTO TallestTower (id, state, city, name, height, floors, year_built)
VALUES (1, 'New York', 'New York City', 'One World Trade Center', '541', '104', '2013')
...
|
| State |
City |
Building |
Height (m) |
Floors |
Year Built |
| 1 |
New York |
New York City |
One World Trade Center |
541 |
104 |
2013 |
| 2 |
Illinois |
Chicago |
Sears Tower |
442 |
108 |
1974 |
| 3 |
Georgia |
Atlanta |
Bank of America Plaza |
311 |
55 |
1992 |
| 4 |
California |
Los Angeles |
U.S. Bank Tower |
310 |
73 |
1989 |
| 5 |
Pennsylvania |
Philadelphia |
Comcast Center |
296 |
57 |
2008 |
UPDATE TallestTower SET name = 'Willis Tower' WHERE city ='Chicago'
DELETE FROM TallestTower WHERE id = 5
|
| State |
City |
Building |
Height (m) |
Floors |
Year Built |
| 1 |
New York |
New York City |
One World Trade Center |
541 |
104 |
2013 |
| 2 |
Illinois |
Chicago |
Willis Tower |
442 |
108 |
1974 |
| 3 |
Georgia |
Atlanta |
Bank of America Plaza |
311 |
55 |
1992 |
| 4 |
California |
Los Angeles |
U.S. Bank Tower |
310 |
73 |
1989 |
Retrieve Data
Basics
SELECT city, name, height FROM TallestTower
SELECT city, name, height FROM TallestTower ORDER BY height DESC
SELECT city, name, height FROM TallestTower WHERE height > 100
More Compelex
SELECT DISTINCT city FROM TallestTower
=>New York City, Chicago, Atlanta, Los Angeles, Philadelphia
SELECT city, name, height FROM TallestTower WHERE height > 100 OR state = 'Georgia'
|
| City |
Building |
Height (m) |
|
New York City |
One World Trade Center |
541 |
|
Chicago |
Sears Tower |
442 |
|
Atlanta |
Bank of America Plaza |
311 |
SELECT city, name, height FROM TallestTower WHERE height > 100 AND state = 'Illinois'
=> Chicago Willis Tower 541
|
| City |
Building |
Height (m) |
|
Chicago |
Sears Tower |
442 |
SELECT city, name, height FROM TallestTower WHERE name LIKE '%Tower'
|
| City |
Building |
Height (m) |
|
Chicago |
Sears Tower |
442 |
|
U.S. Bank Tower |
310 |


Mark Smith scores 21 as Mizzou defeats Morehead State 70-52
by Hannah HoffmeisterCOLUMBIA, Mo. — Strong defense and 21 points from Mark Smith gave Missouri the edge over Morehead State in Wednesday night’s 70-52 victory.
Missouri (4-1) jumped out to a 14-4 lead and kept Morehead State scoreless for a five-minute stretch. The Tigers then went cold from the 3-point range, making just 2 of 14 shots beyond the arc in the first half.
Missouri forward Reed Nikko — who had scored just four points through the team’s first four games — made a layup and free throw, and Kobe Brown added four key points to help the Tigers finish the half on a 9-0 run to lead 36-29.
Missouri kept its lead in the second half but let Morehead State (4-1) stay within comeback distance most of the game. Morehead State forced 17 turnovers, five committed by Missouri forward Jeremiah Tilmon.
Mark Smith had three 3-pointers while Dru Smith added 11 points, nine rebounds and five assists.
Jordan Walker scored 14 for the Eagles.
Missouri saw good production from the bench. Forward Parker Braun snagged four rebounds, and forward Tray Jackson scored seven points.
BIG PICTURE
Morehead State: The Eagles outscored their opponents by double digits in three of their first four games but suffered their first loss on Wednesday. This week’s tough two-game road stretch should prepare them for the Ohio Valley Conference schedule.
Missouri: After a dominant showing against Wofford on Monday, the Tigers struggled in the first half against Morehead State. But the team showed it can still rely on its stingy defense to win games.
UP NEXT
Morehead State: The Eagles play at Butler on Friday.
Missouri: The Tigers head to Kansas City for a Hall of Fame Classic game against Butler on Monday.


Rapidobuild helps you to build without a real headache of the building materials.. Sothe saying goes on "you build and we deliver" We know how you value time and to help you save time is our sole motto..!


--- layout: post title: "this hurt will hurt no more" comments: true ---
take note, never leave the iPod on shuffle, remote control or not. You may remember...
In a little while
Surely you'll be mine
In a little while... I’ll be there
In a little while
This hurt will hurt no more
I'll be home, love
When the night takes a deep breath
And the daylight has no air
If I crawl, if I come crawling home
Will you be there?
In a little while
I won't be blown by every breeze
Friday night running to Sunday on my knees
That girl, that girl she’s mine
Well I’ve known her since,
Since she was
A little girl with Spanish eyes
When I saw her first in a pram they pushed her by
Oh my, my how you've grown
Well it's been, it’s been... a little while
ooh ooh ooh ooh ooh ooh
Slow down my beating heart
A man dreams one day to fly
A man takes a rocket ship into the skies
He lives on a star that’s dying in the night
And follows in the trail, the scatter of light
Turn it on, turn it on, you turn me on
Slow down my beating heart
Slowly, slowly love
Slow down my beating heart
Slowly, slowly love
Slow down my beating heart
Slowly, slowly love


Constructor
new BaseResource()
- Source:
Methods
(static) isAdapterFor(rawResource) → {Boolean}
Checks if given adapter supports resource provided by the user
Parameters:
| Name | Type | Description |
|---|---|---|
rawResource |
any | resource provided in AdminBroOptions#resources array |
- Source:
Returns:
if given adapter supports this resource - returns true
- Type
- Boolean
assignDecorator(Decorator)
Assigns given decorator to the Resource. Than it will be available under resource.decorate() method
Parameters:
| Name | Type | Description |
|---|---|---|
Decorator |
BaseDecorator |
(async) build(params) → {BaseRecord}
Builds new Record of given Resource.
Each Record is an representation of the resource item. Before it can be saved, it has to be instantiated.
Parameters:
| Name | Type | Description |
|---|---|---|
params |
Object |
Returns:
- Type
- BaseRecord
(async) count() → {Number}
Returns number of elements for given resource
- Source:
Returns:
- Type
- Number
(async) create(params) → {Object}
Creates new record
Parameters:
| Name | Type | Description |
|---|---|---|
params |
Object |
Throws:
-
If there are validation errors it should be thrown
- Type
- ValidationError
Returns:
created record converted to raw Object which can be used to initiate new BaseRecord instance
- Type
- Object
databaseName() → {String}
The name of the database to which resource belongs. When resource is a mongoose model it should be database name of the mongo database.
Visuall, by default, all resources are nested in sidebar under their database names.
- Source:
Returns:
database name
- Type
- String
databaseType() → {String}
Returns type of the database. It is used to compute sidebar icon for given resource
- Source:
Returns:
- Type
- String
decorate() → {BaseDecorator|null}
Gets decorator object for given resource
Returns:
- Type
- BaseDecorator | null
(async) delete(id)
Delete given record by id
Parameters:
| Name | Type | Description |
|---|---|---|
id |
String | Number | id of the Record |
(async) find(query, options) → {Array.<BaseRecord>}
Returns actual records for given resource
Parameters:
| Name | Type | Description | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
query |
Object | query |
|||||||||
options |
Object |
Properties
|
Returns:
list of records
- Type
- Array.<BaseRecord>
(async) findOne(id) → {BaseRecord}
Finds one Record in the Resource by its id
Parameters:
| Name | Type | Description |
|---|---|---|
id |
String | uniq id of the Resource Record |
Returns:
record
- Type
- BaseRecord
id() → {String}
Each resource has to have uniq id which will be put to an URL of AdminBro routes.
For instance in Router path for the new
form is /resources/{resourceId}/new
- Source:
Returns:
uniq resource id
- Type
- String
name() → {String}
Return name of the resource. It could be a table name in SQL database, or collection name in mongoDB.
Visually it will be shown as the name of the resource in the UI.
- Source:
Returns:
- Type
- String
properties() → {Array.<BaseProperty>}
returns array of all properties which belongs to resource
- Source:
Returns:
- Type
- Array.<BaseProperty>
property(path) → {BaseProperty}
returns property object for given field
Parameters:
| Name | Type | Description |
|---|---|---|
path |
String | path/name of the property. Take a look at BaseProperty to learn more about property paths. |
- Source:
Returns:
- Type
- BaseProperty
(async) update(id, params) → {Object}
Updates an object
Parameters:
| Name | Type | Description |
|---|---|---|
id |
String | uniq id of the Resource Record |
params |
Object |
Throws:
-
If there are validation errors it should be thrown
- Type
- ValidationError
Returns:
created record converted to raw Object which can be used to initiate new BaseRecord instance
- Type
- Object


FALLING FIRE 1996 A film review by Timothy Voon Copyright 1998 Timothy Voon
Directed by Daniel D'Or Cast Michael Paré, Heidi von Palleske, Mackenzie Gray, Zerha Leverman, Cedric Turner, Christian Vidosa Written by Daniel D'Or, Peter I. Horton, Philip Jackson
There seems to be a revived interest surrounding falling meteorites and the destruction of our beloved home planet Earth. It has been suggested that these comets with pretty tails, were most likely caused the extinction of the dinosaurs not too long ago. In the coming event of METEOR another big, Hollywood disaster, action flick, there was first FALLING FIRE, starring Michael Pare - an underrated C Grade action prince.
This movie begins by explaining how all of earth's natural mineral resources have been depleted by the demands of overpopulation. The Earth's solution to this problem is not family planning, but rather pulling a meteorite out of its trajectory and into earth's orbit for mining. Anyone in their right minds will now that this is just asking for unwanted trouble. But alas an intensely dangerous situation must be created for Pare to display his fighting skills. To be fair, some credit must be given to Pare for giving his character an element of depth, when arguing in the ‘problem with wife scene', and for showing some emotion in the ‘air born sex scene'.
To make the plot more simple than it already is, add a saboteur aboard the space station, throw in a religious fanatic groups out to destroy earth, include elements of murder/mystery, with Pare trying to act and you'll have a unbelievably great time at the C Grade Pics.
Timothy Voon e-mail<EMAIL_ADDRESS>http://us.imdb.com/M/reviews_by?Tim+Voon
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


Rakesh Kr. Sharma
- +91-89559-59531
-<EMAIL_ADDRESS>- www.rakeshdausa.github.io
- 3 A Institutional Area, Jhalana Doongri, Jaipur - 302004
Experienced Java web and Mobile application developer with a demonstrated history of working in the internet industry. Skilled in Spring Boot, Android, iOS, Hibernate, Spring Framework, Java and clouds like AWS and GCP. Strong engineering professional graduated from Rajasthan Technical University.
Work Experiences
Senior Software Engineer
As a Sr. Software Engineer I have to play an important role in designing and developing the industry oriented software solutions with new technologies and cloud intigration.
- Design, develop, modify, implement, and support software components anywhere in the Software stack.
- Determine root cause for the most complex software issues and develop practical, efficient, and permanent technical solutions.
- Remain current on new technologies and available vendor packages; evaluate and make recommendations as necessary.
- Assist in task planning, estimation and scheduling.
Sr. Java Developer
As a Sr. Java Developer I have to design, develop and maintain Java Applications for customers of the company.
- Designing new software programs, websites, and applications.
- Writing advanced programming code.
- Reviewing updated software systems.
- Managing project timelines and tasks.
- Creating technical documents for new software programs.
Java Developer
As a Java developer I have to do:
- Analyzing system and user requirements for the software product.
- Writing clean, scalable Java code.
- Developing Java-based web applications.
- Prioritizing and distributing development tasks.
- Testing and debugging software applications.
- Validating the functionality and security of the application.
Intern Android Developer
As Intern Android developer I have to learn about Android application developement process and implement provided components of the onging apllication with team.
- Conceptualizing and formulating apps that are suitable for use on all types of Android devices.
- Proofreading your code and correcting mistakes before each app is released.
- Collaborating with UI and UX Designers, as well as Software Testers, to ensure that each app is presentable and in perfect working order.
- Liaising with the marketing department to ensure consistency in our company's 'voice' across the board.
- Monitoring app reviews to detect areas for improvement.
- Creating app updates, including bug fixes and additional features, for release.


Daily Sales Information for Salmon Cookies
New Store Entry
Name:
Min Cust Hour:
Max Cust Hour:
Avg Cookies Per Cust:
Submit New Store


{% block h1 %}HMRC Footer{% endblock %}
The Footer used on all HMRC services should be the standard GOV.UK footer, with the addition of HMRC specific links.
Footer design
The standard footer should be used on all services.
The report a problem link 'Is there anything wrong with this page?' is intended to be used by users to tell HMRC if there is something technically wrong with the page. However the design of this component is misleading and attracts contact from users who have a problem using the service.
The following utility links should be included:
- cookies
- privacy policy
- terms and conditions
- help using GOV.UK
Cookies
Point to HMRC's cookie page https://www.tax.service.gov.uk/help/cookies.
Privacy policy
Point to HMRC's privacy policy https://www.tax.service.gov.uk/help/privacy.
Terms and conditions
Point to HMRC's terms and conditions https://www.tax.service.gov.uk/help/terms-and-conditions.
Help using GOV.UK
Point to HMRC's help using GOV.UK https://www.gov.uk/help.
Examples
Footer with utility links
Should be used on all pages that do not requre a report a problem link.
Footer with report a problem
Should be used when we want to encorage users to tell us if there is a technical problem with a page.


standing skinny body without breasts
standing curvy body without breats
standing buff body without breasts
standing fat body without breasts
standing little person body without breasts
buff body in wheelchair without breasts
skinny body in wheelchiar without breasts
chubby body in wheelchair without breasts
short body in wheelchair without breasts
standing skinny body with breasts
standing curvy body with breasts
standing buff body with breasts
standing fat body with breasts
standing little person body with breasts
buffy body in wheelchair with breasts
skinny body in wheelchair with breasts
chubby body in wheelchair with breasts
short body in wheelchair with breasts


{{site.user_description}}
My main Data Science languages are Python and SQL (Structured Query Language), but I have worked with Excel and have mastered the craft of its data tables, pivot tables, dashboards, functions, IFS functions, formulas, and more.
Throughout my extensive research at the University of Hawaii and currently during my Data Scientist position at SNR Analytics, I have become proficient with Pythons Data Science tools. These tools include libraries such as Numpy, Pandas, Matplotlib, SciPy, Scikit-Learn, TensorFlow, and Keras just to list a few.
Whether it be profound knowledge of version control while using Github and Gitlab, or producing impressive data stories through gorgeous visuals with Jupyter Lab, I have used the proper tool for the jobs that need doing.


WITNESS LIST Human Services Committee October 7, 2004-10:00A Interim Charge #6 On: Chapmond, Thomas (Texas Department of Family and Protective Services) Flood, Brian (Health and Human Services Commission - OIG) Hawkins, Albert (Health and Human Services Commission) Heiligenstein, Anne (Health and Human Services Commission)


16.6 The Text Widget
Class Text implements
a powerful multiline text editor, able to display images and embedded
widgets as well as text in one or more fonts and colors. An instance
t of Text supports many
ways to refer to specific points in
t's contents.
t supplies methods and configuration
options allowing fine-grained control of operations, content, and
rendering. This section covers a large, frequently used subset of
this vast functionality. In some very simple cases, you can get by
with just three Text-specific
idioms:
t.delete('1.0', END) # clear the widget's contents
t.insert(END, astring) # append astring to the widget's contents
somestring = t.get('1.0', END) # get the widget's contents as a string
END is an index on any Text
instance t, indicating the end of
t's text.
'1.0' is also an index, indicating the start of
t's text (first line,
first column). For more about indices, see Section 16.6.5 later in this chapter.
16.6.1 Text Widget Methods
An instance t of class
Text supplies many methods. Methods dealing with
marks and tags are covered in later sections. Many methods accept one
or two indices into t's
contents. The most frequently used methods are the following.
t.delete(i)
removes t's character at
index i.
t.delete(i,j)
removes all characters from index i to
index j, included.
t.get(i)
returns t's character at
index i.
t.get(i,j)
returns a string made up of all characters from index
i to index j,
included.
t.image_create(i,**window_options)
|
|
Inserts an embedded image in
t's contents at index
i. Call image_create
with option image=e,
where e is a Tkinter
image object, as covered in Section 16.2.4 earlier in this chapter.
Inserts string s in
t's contents at index
i. tags, if
supplied, is a sequence of strings to attach as tags to the new text,
as covered in Section 16.6.4 later in this
chapter.
t.search(pattern,i,**search_options)
|
|
Finds the first occurrence of string
pattern in
t's contents not earlier
than index i and returns a string that is
the index of the occurrence, or an empty string ''
if not found. Option nocase=True makes the search
case-insensitive; by default, or with an explicit option
nocase=False, the search is case-sensitive. Option
stop=j makes the search
stop at index j; by default, the search
wraps around to the start of
t's contents. When you
need to avoid wrapping, you can use stop=END.
Scrolls t, if needed, to make sure the
contents at index i are visible. If the
contents at index i are already visible,
see does nothing.
t.window_create(i,**window_options)
|
|
Inserts an embedded widget in
t's contents at index
i. t must be
the parent of the widget w that you are
inserting. Call window_create either with option
window=w to insert an
already existing widget w, or with option
create=callable. If you
use option create, Tkinter
calls callable without arguments the first
time the embedded widget needs to be displayed, and
callable must create a widget
w (with t as
w's parent) and return
w as
callable's result. Option
create lets you arrange creation of embedded
widgets just in time and only if needed, and is useful as an
optimization when you have many embedded widgets in a very long text.
t.xview([...])
t.yview([...])
|
|
xview
and
yview handle scrolling in horizontal and vertical
directions respectively, and accept several different patterns of
arguments. t.xview( ),
without arguments, returns a tuple of two floats between
0.0 and 1.0 indicating the
fraction of t's contents
corresponding to the first (leftmost) and last (rightmost) currently
visible columns.
t.xview(MOVETO,frac)
scrolls t left or right so that the first
(leftmost) visible column becomes the one corresponding to fraction
frac of
t's contents, between
0.0 and 1.0.
yview supports the same patterns of arguments, but
uses lines rather than columns, and scrolls up and down rather than
left and right. yview supports one more pattern of
arguments:
t.yview(i),
for any index i, scrolls
t up or down so that the first (topmost)
visible line becomes the one of index i.
16.6.2 Giving Text a Scrollbar
You'll often want
to couple a Scrollbar instance to a
Text instance in order to let the user scroll
through the text. The following example shows how to use a
Scrollbar s to control
vertical scrolling of a Text instance
T:
import Tkinter
root = Tkinter.Tk( )
s = Tkinter.Scrollbar(root)
T = Tkinter.Text(root)
T.focus_set( )
s.pack(side=Tkinter.RIGHT, fill=Tkinter.Y)
T.pack(side=Tkinter.LEFT, fill=Tkinter.Y)
s.config(command=T.yview)
T.config(yscrollcommand=s.set)
for i in range(40): T.insert(Tkinter.END, "This is line %d\n" % i)
Tkinter.mainloop( )
16.6.3 Marks
A mark on a
Text instance t is a
symbolic name indicating a point within the contents of
t. INSERT and
CURRENT are predefined marks on any
Text instance t, with
special predefined meanings. INSERT names the
point where the insertion
cursor (also known as the text caret) is located
in t. By default, when the user enters
text at the keyboard with the focus on t,
t inserts the text at index
INSERT. CURRENT names the point
in t that was closest to the mouse cursor
when the user last moved the mouse within
t. By default, when the user clicks the
mouse on t, t
gets focus and sets INSERT to
CURRENT.
To create other marks on t, call method
t.mark_set. Each mark
is an arbitrary string containing no whitespace. To avoid any
confusion with other forms of index, use no punctuation in a mark. A
mark is an index, as covered in
Section 16.6.5 later in this chapter;
you can pass a string that is a mark on t
wherever a method of t accepts an index
argument.
When you insert or delete text before a mark
m, m moves
accordingly. Deleting a portion of text that surrounds
m does not remove
m. To remove a mark on
t, call method
t.mark_unset. What
happens when you insert text at a mark m
depends on m's gravity
setting, which can be RIGHT (the default) or
LEFT. When m has
gravity RIGHT, m moves
to remain at the end (i.e., to the right) of text inserted at
m. When m has
gravity LEFT, m does
not move when you insert text at m: text
inserted at m goes after
m, and m itself
remains at the start (i.e., to the left) of such inserted text.
A Text instance t
supplies the following methods related to marks on
t.
t.mark_gravity(mark[,gravity])
|
|
mark is a mark on
t.
t.mark_gravity(mark)
returns mark's gravity
setting, RIGHT or LEFT.
t.mark_gravity(mark,gravity)
sets mark's gravity to
gravity, which must be
RIGHT or LEFT.
If mark was not yet a mark on
t, mark_set creates
mark at index
i. If mark was
already a mark on t,
mark_set moves mark to
index i.
mark is a user-defined mark on
t (not one of the predefined marks
INSERT or CURRENT).
mark_unset removes mark
from among the marks on t.
16.6.4 Tags
A tag on a
Text instance t is a
symbolic name indicating zero or more regions (ranges) in the
contents of a Text instance
t. SEL is a predefined
tag on any Text instance
t, and names a single range of
t that is selected, normally by the user
dragging over it with the mouse. Tkinter typically
displays the SEL range with distinctive background
and foreground colors. To create other tags on
t, call the
t.tag_add or
t.tag_config method, or
use optional parameter tags of method
t.insert. Ranges of
various tags on t may overlap.
t renders text having several tags by
using options from the uppermost tag, according to calls to methods
t.tag_raise or
t.tag_lower. By
default, a tag created more recently is above one created earlier.
Each tag is an arbitrary string containing no whitespace. Each tag
has two indices, first (start of the
tag's first range) and last (end
of the tag's last range). You can pass a
tag's index wherever a method of
t accepts an index argument.
SEL_FIRST and SEL_LAST indicate
the first and last indices of
predefined tag SEL.
A Text instance t
supplies the following methods related to tags on
t.
t.tag_add(tag,i)
adds tag tag to the single character at
index i in t.
t.tag_add(tag,i,j)
adds tag tag to characters from index
i to index j.
t.tag_bind(tag,event_name,callable[,'+'])
|
|
t.tag_bind(tag,event_name,callable)
sets callable as the callback object for
event_name on
tag's ranges.
t.tag_bind(tag,event_name,callable,'+')
adds callable to the previous bindings.
Events, callbacks, and bindings are covered in
Section 16.9
later in this chapter.
t.tag_cget(tag,tag_option)
|
|
Returns the value currently associated with option
tag_option for tag
tag. For example,
t.tag_cget(SEL,'background')
returns the color that t is using as the
background of t's
selected range.
t.tag_config(tag,**tag_options)
|
|
Sets or changes tag options associated with tag
tag, determining the way
t renders text in
tag's region. The most
frequently used tag options are:
- background, foreground
-
Background and foreground colors
- bgstipple, fgstipple
-
Background and foreground stipples, typically
'gray12', 'gray25',
'gray50', or 'gray75'; by
default, solid colors (no stippling)
- borderwidth
-
Width in pixels of the text border; default is 0
(no border)
- font
-
Font used for text in the tag's ranges (see
Section 16.6.6
later in this chapter)
- justify
-
Text justification, LEFT (default),
CENTER, or RIGHT
- lmargin1, lmargin2, rmargin
-
Left margin (first line, other lines) and right margin (all lines),
in pixels; default is 0 (no margin)
- offset
-
Offset from baseline in pixels (greater than 0 for
superscript, less than 0 for subscript); default
is 0 (no offset, i.e., text aligned with the
baseline)
- overstrike
-
If true, draw a line right over the text
- relief
-
Text relief: FLAT (default),
SUNKEN, RAISED,
GROOVE, or RIDGE
- spacing1, spacing2, spacing3
-
Extra spacing in pixels (before first line, between lines, after last
line); default is 0 (no extra spacing)
- underline
-
If true, draw a line under the text
- wrap
-
Wrapping mode: WORD (default),
CHAR, or NONE
For example:
t.tag_config(SEL,background='black',foreground='yellow') tells t to display
t's selected range with
yellow text on a black background.
Forgets all information associated with tag
tag on t.
Gives tag's options
minimum priority for ranges overlapping with other tags.
Returns a sequence of strings whose items are all the tags that
include index i. Called without arguments,
returns a sequence of strings whose items are all the tags that
currently exist on t.
Gives tag's options
maximum priority for ranges overlapping with other tags.
Returns a sequence with an even number of strings (zero if
tag is not a tag on
t or has no ranges), alternating start and
stop indices of tag's
ranges.
t.tag_remove(tag,i)
removes tag tag from the single character
at index i in
t.
t.tag_remove(tag,i,j)
removes tag tag from characters from index
i to index j.
Removing a tag from characters that do not have that tag is not an
error; it's an innocuous no-operation.
t.tag_unbind(tag,event)
removes any binding for event on
tag's ranges. Events and
bindings are covered in Section 16.9 later in this chapter.
16.6.5 Indices
All
ways to indicate a spot in the contents of a Text
instance t are known as
indices on t. The
basic form of an index is a string of the form
'%d.%d'%(L,C),
indicating the spot in the text that is at line
L (the first line is
1), column C (the first
column is 0). For example,
'1.0' is a basic-form index indicating the start
of text for any t.
t.index(i)
returns the basic-form equivalent to an index
i of any form.
END is an index indicating the end of text for any
t.
'%d.end'%L, for any
line number L, is an index indicating the
end (the '\n' end-of-line marker) of line
L. For example, '1.end'
indicates the end of the first line. To get the number of characters
in line number L of a
Text instance t, you
can use:
def line_length(t, L):
return int(t.index('%d.end'%L).split('.')[-1])
'@%d,%d'%(x,y)
is also an index on t, where
x and y are
coordinates in pixels within
t's window.
Any tag on t is associated with two
indices, strings
'%s.first'%tag (the
start of tag's first
range) and
'%s.last'%tag (the end
of tag's last range). For
example, right after
t.tag_add('mytag',i,j),
'mytag.first' indicates the same spot in
t as index i,
and 'mytag.last' indicates the same spot in
t as index j.
Trying to use an index such as 'x.first' or
'x.last' when no characters in
t are tagged with 'x'
raises an exception.
SEL_FIRST and SEL_LAST are
indices (the start and end of the selection, the
SEL tag). Trying to use
SEL_FIRST or SEL_LAST when
there is no selected range on t, however,
raises an exception.
Marks (covered earlier), including predefined marks
INSERT and CURRENT, are also
indices. Moreover, any image or widget embedded in
t is also an index on
t (methods image_create
and window_create are also covered earlier in this
chapter).
Another form of index, index expressions, are
obtained by concatenating to the string form of any index one or more
of the following modifier string literals:
- '+ n chars ', '- n chars '
-
n characters toward the end or start of
the text (including newlines)
- '+ n lines ', '- n lines '
-
n lines toward the end or start of the text
- 'linestart', 'lineend'
-
Column 0 in the index's line or
the '\n' in the index's line
- 'wordstart', 'wordend'
-
Start or end of the word that comprises the index (in this context, a
word is a sequence of letters, digits, and
underscores)
You can optionally omit spaces and abbreviate keywords (even down to
one character). For example, '%s-4c'%END means
"four characters before the end of
t's text
contents," and '%s+1line
linestart'%SEL_LAST means "the
start of the line immediately after the line where
t's selection
ends."
A Text instance t
supplies two methods related to indices on
t.
Returns True or False
reflecting the comparison of indices i and
j, where a lower number means earlier, and
op is one of '<',
'>', '<=',
'>=', '= =', or
'!='. For example,
t.compare('1.0+90c','<',END)
returns True if t
contains more than 90 characters, counting each
line end as a character.
Returns the basic form
'L.C'
of index i where
L and C are
decimal string forms of the line and column of
i (lines start from 1,
columns start from 0).
16.6.6 Fonts
You can change fonts on any
Tkinter widget with option
font=font. In most
cases it makes no sense to change widgets' fonts.
However, in Text instances, and for specific tags
on them, changing fonts can be quite useful.
Module tkFont supplies class
Font, attributes BOLD,
ITALIC, and NORMAL to define
font characteristics, and functions families
(returns a sequence of strings naming all families of available
fonts) and names (returns a sequence of strings
naming all user-defined fonts). Frequently used font options are:
- family
-
Font family (e.g. 'courier' or
'helvetica')
- size
-
Font size (in points if positive, in pixels if negative)
- slant
-
NORMAL (default) or ITALIC
- weight
-
NORMAL (default) or BOLD
An instance F of Font supplies
the following frequently used methods.
F.actual( ), without
arguments, returns a dictionary with all options actually used in
F (best available approximations to those
requested).
F.actual(font_option)
returns the value actually used in F for
the option font_option.
Returns the value configured (i.e., requested) in
F for
font_option.
F.config( ), without
arguments, returns a dictionary with all options configured (i.e.,
requested) in F. Called with one or more
named arguments, config sets font options in
F's configuration.
Returns a font G that is a copy of
F. You can then modify either or both of
F and G
separately, and any modifications on one do not affect the other.
16.6.7 Text Example
To exemplify some of the many features of class
Text, the following example shows one way to
highlight all occurrences of a string in the text:
from Tkinter import *
root = Tk( )
# at top of root, left to right, put a Label, an Entry, and a Button
fram = Frame(root)
Label(fram,text='Text to find:').pack(side=LEFT)
edit = Entry(fram)
edit.pack(side=LEFT, fill=BOTH, expand=1)
edit.focus_set( )
butt = Button(fram, text='Find')
butt.pack(side=RIGHT)
fram.pack(side=TOP)
# fill rest of root with a Text and put some text there
text = Text(root)
text.insert('1.0',
'''Nel mezzo del cammin di nostra vita
mi ritrovai per una selva oscura
che la diritta via era smarrita
''')
text.pack(side=BOTTOM)
# action-function for the Button: highlight all occurrences of string
def find( ):
# remove previous uses of tag `found', if any
text.tag_remove('found', '1.0', END)
# get string to look for (if empty, no searching)
s = edit.get( )
if s:
# start from the beginning (and when we come to the end, stop)
idx = '1.0'
while 1:
# find next occurrence, exit loop if no more
idx = text.search(s, idx, nocase=1, stopindex=END)
if not idx: break
# index right after the end of the occurrence
lastidx = '%s+%dc' % (idx, len(s))
# tag the whole occurrence (start included, stop excluded)
text.tag_add('found', idx, lastidx)
# prepare to search for next occurrence
idx = lastidx
# use a red foreground for all the tagged occurrences
text.tag_config('found', foreground='red')
# give focus back to the Entry field
edit.focus_set( )
# install action-function to execute when user clicks Button
butt.config(command=find)
# start the whole show (go event-driven)
root.mainloop( )
This example also shows how to use a Frame to
perform a simple widget layout task (put three widgets side by side,
with the Text below them all). Figure 16-1 shows this example in action.
|


Vacation Planner
Making Travel Easy
Making Travel Easy
Plan any vacation with ease at home, or on the go! Use the mobile app to keep up to date with vacation plans.
Stay connected with your group with instant messaging! Never miss a message with custamizable notifications!
Share calendar information with your vacation group to keep everyone up to date on the day-to-day fun!


Tic
Tac
Toe
Player One
Playing with
X
Wins:
0
Player Two
Playing with
O
Wins:
0
Current Player:
Reset


A child is a resident of B.C. who:
Use this section to add a child to your account, remove a child from your account, or update the legal name, birthdate and / or gender of a child currently on your Medical Services Plan account.
Please provide the child's personal information.
If you are removing a child, you do not need to upload supporting documentation. However, a child 0-18 years of age must have coverage under another account. A child 19 years of age or over will be automatically set up on their own account.
Please provide personal information of the child currently on your account. If you are requesting an update or correction to the child's name, birthdate or gender, please provide the new information here.
After you have entered information for a child, click "Add child", "Remove child" or "Update child" again to enter information for another child. When you are finished, click "Continue".


Below are some tutorials that may help in learning to use CGAP features. All tutorial videos can be found on the CGAP Training Youtube channel.


Microsoft Container Registry
Tag Listing
mlops/python
- 20191122.4
- 20191206.1
- 20200204.6
- 20200204.7
- 20200205.1
- 20200205.2
- 20200205.4
- 20200205.5
- 20200205.6
- 20200325.1
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- 3.0.0
- amlsdk-<IP_ADDRESS>
- amlsdk-1.2.0
- amlsdk-1.3.0
- amlsdk<IP_ADDRESS>
- build-20200413.4
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- githubrelease131681
- latest
- openhack
- public
- release-131681
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- tcare-test
- v1
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- v3


You may include an appendix of additional information to support your response to this question. This appendix may include graphics describing the innovation or the nature of the problem. You may want to include evidence of freedom to operate, patent searches or competitor analysis as supporting information.
The appendix should:
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You may include an appendix of additional information to provide details of the specific expertise and track record of each project partner and each subcontractor. Academic collaborators may refer to their research standing.
The appendix should:
Changes to the plan.pdf (opens in a new window).
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Exercise 1: Create a variable called carName, assign the value "Volvo" to it, and display it.
Create a variable called number, assign the value 50 to it, and display it.
Display the sum of 5 + 10, using two variables x and y.
Create a third variable called z, assign x + y to it, and display it.


hey evan sorry to spam you so much
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On Nov 4 2016, at 2:20 pm, Juan Tejada<EMAIL_ADDRESS>wrote:
wat
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 You may generate a single-player game from this page, or download a settings file you can use to participate in a MultiWorld. If you would like to make your settings extra random, check out the advanced weighted settings page. There, you will find examples of all available sprites as well.
A list of all games you have generated can be found here.


|
Elektra
0.8.24
|
This plugin is a storage plugin which writes keys to lists in the style of the Tcl programming language.
The format does not have significant spaces. The advantage of TCL style lists is that also arbitrary metadata can be embedded in a natural and distinguish-able style. It looks like:
{ { key=val { metakey = b } { comment = huhu } } }
`` <h1>Mount Tcl plugin to namespace
user/examples/tcl`
tcl
manually, since otherwise this command leaks memory.sudo kdb mount config.tcl user/tests/tcl tcl ccode null base64
kdb set user/tests/tcl/key value
kdb setmeta user/tests/tcl/key comment "This key contains example data."
kdb getmeta user/tests/tcl/key comment #> Thiskeycontainsexampledata.
kdb export user/tests/tcl tcl #> { #> { #> key = value #> { #> comment = Thiskeycontainsexampledata. #> } #> } #> }
kdb rm -r user/tests/tcl sudo kdb umount user/tests/tcl
sudo kdb mount config.tcl user/tests tcl ccode null base64
kdb import user/tests/dump xmltool < src/plugins/xmltool/xmltool/dump.xml
kdb ls user/tests/dump #> user/tests/dump/.HiddenBinaryKey #> user/tests/dump/.HiddenDirectoryKey #> user/tests/dump/.HiddenStringKey #> user/tests/dump/PerfectBinaryKey #> user/tests/dump/PerfectDirectoryKey #> user/tests/dump/PerfectStringKey #> user/tests/dump/Ug.ly:Bin €ryKey #> user/tests/dump/Ug.ly:Dir€oryKey #> user/tests/dump/Ug.ly:St€n.gKey
kdb get user/tests/dump/PerfectBinaryKey #>
kdb get user/tests/dump/Ug.ly:Bin €ryKey
kdb rm -r user/tests sudo kdb umount user/tests ```
libboost-dev