My notes on Luke Harmon’s excellent talk on Phyloseminar this morning. See the recording of Luke’s actual talk to know what he said, below are my thoughts and notes to myself having watched the talk.
Luke summarizes his goal rather nicely as:
Analyzing the data that people actually have to answer the questions they actually want to know
For him, this focuses on incomplete trees and non-Brownian models. Two of the three methods he discussed cover incomplete trees, two use BM and one doesn’t care about character evolution to begin with. All use the birth-death model of speciation, despite the worrying assumption that species are, on average, increasing exponentially. Despite the tally, I’m pretty excited about the methods proposed (well, the second two), because they move us in that direction with a decent expression of the uncertainty resulting from the data people actually have (by virtue of being Bayesian. Not that you have to be Bayesian to do this, but somehow bootstrapping and confidence intervals don’t seem standard practice in implementation of comparative methods in Frequentist quantities, while the Bayesian ones always show you the posteriors.)
Medusa & Fossil Medusa
Medusa
Dealing with incomplete trees: Rabosky et al 2007(Rabosky et. al. 2007) incomplete trees partition the likelihood:
$ L = L_p + L_t $
phylogenetically resolved, taxonomic (unresolved part of the tree). Calculate the likelihood of the birth-death parameter values on the T unresolved parts of the tree (where the ith clade has $ n_i$ taxa) simply as:
\[ \log L_t = \sum_{i=1}^T \log(1-\beta_i) + \sum _{i=1}^T(n_i -1)\log \beta_i\]
where
\[ \beta_i = \frac{\exp(rt_i)-1}{exp(rt_i) - a}\]
where a is the extinction fraction (death rate over birth rate) and r the diversification rate (birth rate minus death rate).
Stepping through the tree proposing and accepting/rejecting rate shifts by AIC: uses a rule-of-thumb difference of 4 AIC units. Luke suggests larger trees should use a larger difference. Obviously I’d prefer something more concrete given the poor performance AIC tends to have inother comparative approaches.
Fossil Medusa
Luke asks us: so what if we know that there were more extinct taxa at one point than are represented by $ n_i$ tip taxa? The expectation under the birth death model is that of exponential growth in total number of species. (Since we are using the birth-death model, this outcome is still possible, and indeed is included in the probability above. Because it is very unexpected outcome, it contributes rather little to that probability though.)
We could make this observation more probable by assuming that at some point the diversification rate shifted around the time of this observation, either slowing down or even resulting in a net extinction rate. Fossil Medusa does this by estimating different the likelihood of getting up to the $ m_i$ extinct taxa by the observed time, and then letting it assume a new rate to get to the \(n_i\) present-day taxa starting with $ m_i$ taxa[ref]Must require a new equation to have starting condition that isn’t a single species: should be a simple rescaling.[/ref]
This seems strange to me– The location of this shift is placed by the fossil dates, there is no reason to believe it couldn’t have occurred earlier or later. This is worrisome as rate estimates depend strongly on branch length. Second, we have to justify that the fossils of lost species still have a common ancestor at the beginning of this unresolved clade. Does this require that the $ m_i$ extinct taxa actually all co-occur at the given time, or just existed somewhere in the interval? Certainly the former seems to be the assumption of the method, but may be hard to establish in the data(?)
Luke observes that typical birth death estimates result in zero extinction estimates. because it reduces uncertainty and makes the data more probable, and that models lack density dependence sensu Dan Rabosky’s recent work (Rabosky & Glor, 2010)
Luke also observes the multiple comparisons issue inherent in the Medusa approach.
Auteur
Jon Eastman has implemented a RJMCMC (see(GREEN, 1995)) of multiple diversification rates on phylogenetic tree. Assumes Brownian motion and a tree known without error etc etc but seems like a fantastic step forward to me. As a reversible jump model, it allows proposals of split and merge events where the diversification rate can change on the tree. This moves us away from the rather problematic requirement to compare “painted” trees, or propose diversification rate relative to an inferred ancestral history of another discrete trait (which is interesting if that’s the hypothesis, and can be integrated over the stochastic character mappings – but it requires such a trait whose history motivates the rate shifts, which is rather restrictive!).
Note: this seems to be similar to the spirit of Liam’s MCMC method for rate variation; see for the description on his development blog.
MECCA
Graham Slater’s ABC approach in which unresolved clades are simulated by birth-death process. Gives posterior distributions on parameter estimates. Can be applied to differences in diversification rates. I think the particularly innovative thing here is in testing the ability of an ABC approach (Csilléry et. al. 2010) to get us out of the challenge of missing taxa in a meaningful, model-driven way. I’m actually rather nervous about ABC when it hinges on a set of parameters that are rather far from being sufficient statistics. The probability of the birth-death rates depends very strongly on the number of taxa, and very weakly on the topology, so it’s a rather weak way to fill in the missing topology.
Essentially this can be seen as a correction to diversification rate estimates in the following sense. Treating the clade as an unresolved polytome would underestimate diversification rates, because it gives longer time of independent drift for traits to diversify. Forcing a birth-death tree structure makes a rather twiggy tree to replace the unresolved section, which results in an estimate of diversification rate $ $ that will be much higher, and probably an overestimate relative to any density-dependent tree structure.
Closing
At the end a mention of a couple other new directions that I agree are dead on. Traits connected to diversification rates, as in recent work from FitzJohn and Sally Otto’s group at UBC(FitzJohn et. al. 2009),(FitzJohn, 2010). – very interesting, but as Luke points out, a great way to make your trait estimates really susceptible to the missing taxa problem. (Luke answers a seminar question on the impact of missing taxa – Brownian diversification rate isn’t very sensitive to this, while things that depend directly on predicting number of species, such as birth and death rates, are hugely effected).
Also mentions Dan Rabosky concerns over estimations in rates (Rabosky, 2010). I couldn’t agree more that realistic diversification models are crucial.
References
Rabosky D, Donnellan S, Talaba A and Lovette I (2007). “Exceptional Among-Lineage Variation in Diversification Rates During The Radiation of Australia’S Most Diverse Vertebrate Clade.” Proceedings of The Royal Society B: Biological Sciences, 274. ISSN 0962-8452, https://dx.doi.org/10.1098/rspb.2007.0924.
Rabosky D and Glor R (2010). “From The Cover: Equilibrium Speciation Dynamics in A Model Adaptive Radiation of Island Lizards.” Proceedings of The National Academy of Sciences, 107. ISSN 0027-8424, https://dx.doi.org/10.1073/pnas.1007606107.
GREEN P (1995). “Reversible Jump Markov Chain Monte Carlo Computation And Bayesian Model Determination.” Biometrika, 82. ISSN 0006-3444, https://dx.doi.org/10.1093/biomet/82.4.711.
Csilléry K, Blum M, Gaggiotti O and François O (2010). “Approximate Bayesian Computation (Abc) in Practice.” Trends in Ecology & Evolution, 25. ISSN 01695347, https://dx.doi.org/10.1016/j.tree.2010.04.001.
FitzJohn R, Maddison W and Otto S (2009). “Estimating Trait-Dependent Speciation And Extinction Rates From Incompletely Resolved Phylogenies.” Systematic Biology, 58. ISSN 1063-5157, https://dx.doi.org/10.1093/sysbio/syp067.
FitzJohn R (2010). “Quantitative Traits And Diversification.” Systematic Biology, 59. ISSN 1063-5157, https://dx.doi.org/10.1093/sysbio/syq053.
Rabosky D (2010). “Primary Controls on Species Richness in Higher Taxa.” Systematic Biology, 59. ISSN 1063-5157, https://dx.doi.org/10.1093/sysbio/syq060.


Use this form to obtain a quick estimate of the cost to paint a room
Room length in feet:
Room width in feet:
Room height in feet:
Select paint quality: premium regular
Are you a first time customer? yes no


{{set . "title" "Home"}} {{append . "moreStyles" "css/style.css"}} {{template "header.html" .}}
Click the button below to open a list of Institutions - after you select one, you'll be guided through an authentication process. The public_token will be passed back to the example server, which will then exchange it for an access_token and log it to your console.


×
Summary: Bankruptcy and consumer cases; unemployment compensation; security and earnest money deposit and other landlord/tenant money claims (for tenants only); foreclosure; home purchase issues; estate and/or probate issues; and others on a case-by-case basis.
Phone:<PHONE_NUMBER>
Address: 230 W Wells St suite 800, Milwaukee, WI 53203
Email or website: https://www.legalaction.org/


Time Step
Sim Speed
Data Length
# Ictal Nodes
Events / min
Global Coup Param
Changes / min
Complete Network
Two way connections
Connection Type :
- Random
- N. Neighbour
Post Gen Kills
Ave # Connections
SD. # Connections
Ave Strength
SD. Strength
# Nodes
Ictal Nodes :
- Ave Local Coup
- SD. Local Coup
Normal Nodes :
- Ave Local Coup
- SD. Local Coup
Ave # Osc
SD. # Osc
Ave Freq
SD. Frew


Denotes whether comments are required (or unwanted) for specific language elements. Example:
/** * * * @author George Bush */


Enter Employee No
Search
EmployeeNo
{{empno}}
EmployeeName
{{ename}} {{tpText | uppercase}}
EmployeeSalary
{{sal}}
Employee Hire Date
{{hiredate}}
Employee Date of Birth
{{dob}}
Department
{{deptno}}


My travels
New travel
Select a continent. The countries of the selected continent will be shown in a table.
Select a Continent
Copyright by Tair Abduraimov


Relativistic jets are long, thin structures of matter connected to the central accreting
compact objects, for example in
X-ray binaries. They represent powerful flows of energy and matter being shot away from
black holes or
neutron stars. The luminosity of these jets peaks in the radio, but that they also emit X-rays (
Fender 2006). The physical process that creates jets is not yet well understood.


Before Change
target_files_dict["%s:CONTIG" % alphabet],
rna_alphabet=True if alphabet=="RNA" else False)
commander = HMMer(target_files_dict, num_threads_to_use=self.num_threads_to_use)
for source in sources:
alphabet, context = utils.anvio_hmm_target_term_to_alphabet_and_context(sources[source]["target"])
kind_of_search = sources[source]["kind"]
domain = sources[source]["domain"]
all_genes_searched_against = sources[source]["genes"]
hmm_model = sources[source]["model"]
reference = sources[source]["ref"]
noise_cutoff_terms = sources[source]["noise_cutoff_terms"]
hmm_scan_hits_txt = commander.run_hmmscan(source,
alphabet,
context,
kind_of_search,
domain,
len(all_genes_searched_against),
hmm_model,
reference,
noise_cutoff_terms)
if not hmm_scan_hits_txt:
search_results_dict = {}
else:
parser = parser_modules["search"]["hmmscan"](hmm_scan_hits_txt, alphabet=alphabet, context=context)
search_results_dict = parser.get_search_results()
if not len(search_results_dict):
run.info_single("The HMM source "%s" returned 0 hits. SAD (but it"s stil OK)." % source, nl_before=1)
if context == "CONTIG":
// we are in trouble here. because our search results dictionary contains no gene calls, but contig
// names that contain our hits. on the other hand, the rest of the code outside of this if statement
// expects a `search_results_dict` with gene callers id in it. so there are two things we need to do
After Change
for source in sources:
threads = []
for i in range(self.num_threads_to_use):
new_thread = Thread(target=hmm_worker, args=(i, source))
new_thread.start()
threads.append(new_thread)
for t in threads:
t.join()


sapn - simple inline tag. one more span. same line
hr - seprator line.
p - paragraph. inside p tag, we can use only inline tags.
ul - list container
list item
list item
ol - ordered list container
list item
list item
list item
structure of a table:
first header
second header
third header
data
data
data
data
data
data
data
data
data
a - link to another page, or to an id within the same page
img tag: has some properties:
src - the url to the img, alt - about the img.
from:
a form tag will contain group of tags that get information from the user.
tag's properties will come in the format of key='value'.
Semantic HTML Tags:
header
address
main
code
figure:
in the figure we put img,
and figcaption will contain some data about the image.


Quality & Service are not just words for us.
Latest products, promotions & more.
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.


Heart Disease Prediction
{% if prediction==1 %}
Oops!
You have HEART DISEASE.
{% elif prediction==0 %}
Congratulation!
You DON'T have HEART DISEASE.
{% endif %}
©2021 Sagar Dhandare


| Field | Value(s) | Comment |
|---|---|---|
| SumoRobot name | You will see the new name when you reconnect. | |
| Sonar threshold | Adjust on which distance (cm) the sonar blockly block and blue LED sees objects. | |
| Left line threshold |
How big the difference between black and white has to be to sense a line.
This generally only has to be adjusted in very bright conditions (e.g. sun). The line sesnor values are 0 - 4096 (smaller values for white, higher for black). |
Right line threshold |
| Left servomotor |
Backward
Max Min
Forward
Min Max |
Each Servomotor is slightly different and this is why we need to calibrate them.
After successfully calibrating both motors, the SumoRobot will drive more straight. Search for the maximum and minimum speed of each motor in both direction. For the maximum speed, try to find where the motor does not go anymore faster. For the minimum speed, try to find where the motor still slightly moves. NB: The numbers do not represent the speed, it's an internal calibration parameter. |
| Right servomotor |
Forward
Max Min
Backward
Min Max |
... |


FitSeek
| Syntax | ||
int FitSeek(int fid, int yr,int mo,int dy,int hr,int mt,int sc,double *atme, struct FitIndex *inx); | ||
| Header | ||
| superdarn/fitseek.h | ||
| Library | ||
| fit | ||
| Description | ||
The The search is performed on the file with the descriptor given by the argument fid. The time to search for is specified by the arguments yr, mo,dy,hr,mt,sc giving the year, month, day, hour, minute and second. The argument atme is a pointer to a double precision floating point number that is used to store the time of the closest record to the time requested expressed in seconds from 0:00UT January 1, 1970. If this argument is set to a If the | ||
| Returns | ||
| Returns zero on success. On error, (-1) is returned. | ||
| Errors | ||
| On error, (-1) is returned. | ||
| Example | ||
|


THE ODD COUPLE 2
A Film Review by James Berardinelli
RATING: ** OUT OF ****
United States, 1998 U.S. Release Date: 4/10/98 (wide) Running Length: 1:35 MPAA Classification: PG-13 (Profanity, mature themes) Theatrical Aspect Ratio: 2.35:1
Cast: Walter Matthau, Jack Lemmon, Barnard Hughes, Christine Baranski, Jonathan Silverman, Lisa Waltz Director: Howard Deutch Screenplay: Neil Simon Cinematography: Jamie Anderson Music: Alan Silvestri U.S. Distributor: Paramount Pictures
Oscar Madison and Felix Ungar are back on the big screen. It has been thirty years since Neil Simon's play, "The Odd Couple," was transformed from a stage production to a movie, with Walter Matthau as the disorderly, ill-mannered Oscar and Jack Lemmon as the "human vacuum cleaner" Felix. And, as the play led to a film, so the film inspired a popular TV series in the '70s, with Jack Klugman and Tony Randall in the lead roles. Now, in 1998, Simon is attempting to revive his flagging career as a comic writer by resurrecting his two most popular creations. It doesn't work.
Six or seven years ago, this film might have been worthwhile for nostalgic reasons – Matthau and Lemmon together again, their bickering as enjoyable as ever. The problem is, in the last five years, the two veteran actors have appeared opposite each other three times (four, if you count THE GRASS HARP). And, whether they're called Herbie and Charlie (OUT TO SEA) or Max and John (GRUMPY OLD MEN, GRUMPIER OLD MEN), Matthau and Lemmon rarely let their characters stray too far from Oscar and Felix. As a result, THE ODD COUPLE 2 comes across as redundant. That wouldn't have been the case if it had offered more than a few token laughs and a series of unconvincing "buddy moments," but this movie is far removed from Simon's best work.
It has been 17 years since Oscar, who moved to Sarasota, Florida, and Felix, who still lives in New York City, have seen each other. In the interim, neither has changed. The occasion of their reunion is the most improbable of circumstances – Oscar's son, Bruce (Jonathan Silverman), is marrying Felix's daughter, Hannah (Lisa Waltz). The two ex-roommates greet each other in Los Angeles International airport, then jump in a rental car for the trip to San Melina. It's not long before they're lost, and that's when the series of misadventures begins.
Aside from the always-enjoyable chemistry between the stars, THE ODD COUPLE 2 doesn't have much to offer. The script has the same kind of stale, made-for-TV feel that is evident in many of today's big screen comedies – all that's missing is a laugh track to tell us when something is supposed to be funny. To be fair to Simon and director Howard Deutch (who previously directed Matthau and Lemmon in GRUMPIER OLD MEN), the film has several amusing sequences, but nothing is gut-bustingly hilarious. Felix and Oscar also have their share of clever one-liners interspersed between more banal insults. As always, despite getting along "like oil and frozen yogurt," their affection for each other is evident.
THE ODD COUPLE 2 sports a low-key supporting cast, which is understandable, since the last thing the film makers wanted was anyone upstaging Matthau and Lemmon. Jonathan Silverman and Lisa Waltz play the soon-to-be-married couple. Christine Baranski has a nice, over-the- top appearance as a biker chick who's trying to do a THELMA AND LOUISE thing with her best friend. And Barnard Hughes is a small-town sheriff who sees entirely too much of Oscar and Felix.
THE ODD COUPLE 2 is for everyone whose nostalgia for the misadventures of the duo hasn't been satisfied by the TV series or the recent Matthau/Lemmon pairings. As far as big-screen comedies go, this one is strictly generic, with the only distinguishing mark being that the protagonists are over 60. Still, the real problem isn't the actors or their work; it's the screenplay. And, while Neil Simon may have once been numbered among America's premiere comedy writers, he, like Oscar and Felix, is lost this time around.
Copyright 1998 James Berardinelli
- James Berardinelli e-mail<EMAIL_ADDRESS>Now with more than 1400 reviews... The ReelViews web site: http://movie-reviews.colossus.net/
"My belief is that no movie, nothing in life, leaves people neutral.
-- David Puttnam
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


casebase
A Framework for Survival Analysis
Every project has a beautiful feature shocase page. It’s easy to include images, in a flexible 3-column grid format. Make your photos 1/3, 2/3, or full width.
References
To give your project a background in the portfolio page, just add the img tag to the front matter like so:
---
layout: page
title: Project
description: a project with a background image
img: /assets/img/12.jpg
---
You can also put regular text between your rows of images. Say you wanted to write a little bit about your project before you posted the rest of the images. You describe how you toiled, sweated, bled for your project, and then…. you reveal it’s glory in the next row of images.
The code is simple. Just add a col class to your image, and another class specifying the width: one, two, or three columns wide. Here’s the code for the last row of images above:


Home
Mech-AI
Game Viewer
Game name: {{ game.name }}
ID: {{ game.id }}
Date: {{ game.created }}
Players:
{% for player in game.players %}
{{ player }}
{% endfor %}


{% extends "documentation/base.html" %} {% block styles %} {{super()}} {% endblock %} {% block documentationcontent %}
GET
, PUT
and POST
. REST APIs operate over HTTPS making it easy to use with any programming language or framework. The input and output format for the TXP REST APIs is JSON.| Name | Value | Description |
Accept |
application/json |
media types which are acceptable for the response |
X-VERSION |
2 |
Version of the API |
X-API-KEY |
{{ apikey }} | API Key |
X-API-KEY
.


This document briefly describes how Flink schedules jobs and how it represents and tracks job status on the JobManager.
Execution resources in Flink are defined through Task Slots. Each TaskManager will have one or more task slots, each of which can run one pipeline of parallel tasks. A pipeline consists of multiple successive tasks, such as the n-th parallel instance of a MapFunction together with the n-th parallel instance of a ReduceFunction. Note that Flink often executes successive tasks concurrently: For Streaming programs, that happens in any case, but also for batch programs, it happens frequently.
The figure below illustrates that. Consider a program with a data source, a MapFunction, and a ReduceFunction. The source and MapFunction are executed with a parallelism of 4, while the ReduceFunction is executed with a parallism of 3. A pipeline consists of the sequence Source - Map - Reduce. On a cluster with 2 TaskManagers with 3 slots each, the program will be executed as described below.
Internally, Flink defines through SlotSharingGroup and CoLocationGroup which tasks may share a slot (permissive), respectively which tasks must be strictly placed into the same slot.
During job execution, the JobManager keeps track of distributed tasks, decides when to schedule the next task (or set of tasks), and reacts to finished tasks or execution failures.
The JobManager receives the JobGraph, which is a representation of the data flow consisting of operators (JobVertex) and intermediate results (IntermediateDataSet). Each operator has properties, like the parallelism and the code that it executes. In addition, the JobGraph has a set of attached libraries, that are necessary to execute the code of the operators.
The JobManager transforms the JobGraph into an ExecutionGraph. The ExecutionGraph is a parallel version of the JobGraph: For each JobVertex, it contains an ExecutionVertex per parallel subtask. An operator with a parallelism of 100 will have one JobVertex and 100 ExecutionVertices. The ExecutionVertex tracks the state of execution of a particular subtask. All ExecutionVertices from one JobVertex are held in an ExecutionJobVertex, which tracks the status of the operator as a whole. Besides the vertices, the ExecutionGraph also contains the IntermediateResult and the IntermediateResultPartition. The former tracks the state of the IntermediateDataSet, the latter the state of each of its partitions.
During its execution, each parallel task goes through multiple stages, from created to finished or failed. The diagram below illustrates the states and possible transitions between them. A task may be executed multiple times (for example in the course of failure recovery). For that reason, the execution of an ExecutionVertex is tracked in an Execution. Each ExecutionVertex has a current Execution, and prior Executions.


| Uppercase | Lowercase | IPA Pronounciation | Maj Script |
|---|---|---|---|
| A | a | [a] | α |
| B | b | [b] | β |
| C | c | [ʃ] | ɕ |
| D | d | [d] | ઠ |
| E | e | [e] | ʚ |
| F | f | [f] | 𐐐 |
| G | g | [g] | ծ |
| H | h | [ə] | 𐨓 |
| I | i | [i] | ꛊ |
| J | j | [ʒ] | ᤌ |
| K | k | [k] | ჵ |
| L | l | [l] | 𐑙 |
| M | m | [m] | რ |
| N | n | [n] | 𐒙 |
| O | o | [o] | 𐐃 |
| P | p | [p] | დ |
| R | r | [r] | છ |
| S | s | [s] | ნ |
| T | t | [t] | て |
| U | u | [u] | ω |
| V | v | [v] | ϑ |
| X | x | [h] | 𐒎 |
| Y | y | [y] | ყ |
| Z | z | [z] | ʓ |
Notes:
Maj script is created by reusing Unicode letters from numerous alphabets. Each letter is selected to be created from a single stroak. Maj script is used with a pen or a stylus using a coursive line.
Maj script letters have round portions, sharp angles and returns. You must learn where to start a letter and go ahead in a single direction until you finish the letter. Between letters you words there is a short distance. Between words, the distance is larger, to distinguish the letters.
Maj pronunciation is based on deterministic rules. That means, pronounciation rules are the same in all words and do not depend on the word origin. In Maj you do no need to learn how to spell words. That is if you know Maj alphabet and reading rules then you can read any Maj word correctly even if you have never heared that word before.
Modified Letters:
Tools:
We have set-up some free tools to help you learn and practice the Maj writing system.
Maj has 7 vowels: { a, e, i, o, u, h, y }:
Maj Vowels
Vowels are pronounced like in Italian and Romanian languages not like in English nor German:
Listen and learn vouwel pronounciation in order:
{ a, e, i, o, u, y, h }
Letter "y":Is close central, un-rounded vowel. IPA symbol for this sound is actually /y/. This sound is very different than English sound "y". It is very similar to sound "i" in words "still" or "director". A similar sound is IPA:/ɨ/. Maj do not use this letter very often but it is present in some words given as examples: "myna" = hand and "zyna" = fairy.
Learn more: listening: y
Letter "h":In Maj this letter is very different from other languages. This letter is pronounced "ə" and is never silent. If it is present, it has to be read. Th original letter h is replaced by letter x or X. So then letter X si pronounced IPA: /h/.
Since on QUERTY KEYBOARD there is not letter "ə" we have decided to use "h" instead. We have inspired this decision from Greek where H is actually pronounced "i" but we think "ə" is necesary since we do have "i" that is good enaugh. Also there is no point to have a silent letters in Maj so "h" ould be wasted.
Learn more: listening: h
A diphthong is a new sound created with two vowels. Maj has numerous diphthongs. In the next table you can find all theoretica possible diphthongs: (42) in practice, some diphtongs will never be used due to difficult pronounciation.
Maj Diphtongs
Note: In maj some diphtongs are gliding. This technique may be difficult to learn and has no rule. This is the price we pay for elimination of the letter "w" that is the onlu glided case in English. In our defense, Maj is made for typing. Does not matter if your pronunciation is not perfect.
Maj is designed for chat, so it has not tone. When can be read with a monotone voice by a robot. It is not wrong to use tone to improve the meaning of long statements, enumerations, queryes or exclamative sentances but this is unusual and characteristic to humans that have a native tonal language. Maj do not require use of any tonal or accent for speacking the words
Maj is using 21 consonants:
Maj Consonants
Most consonants are similar to IPA but some are different;
Listen and learn consonant pronounciation, from b to l, in order:
{ b, c, d, f, g, j, k, l }
Listen and learn consonant pronounciation from m to n, in order.
{ m, n, p, r, s, t, v, x, z }
Digraphs are groups of 2 letters that are thigtly connected and become a new and distinctive sound. In fact we have created special script letters for these 3 sounds. In other languages one vowel and one consonant can make a digraph but in Maj digraphs are created using two consonants.
| DIGRAPH | LC | IPA | MAJ |
|---|---|---|---|
| Tc | tc | /t͡ʃ] | შ |
| Ts | ts | /t͡s] | 𑄄 |
| Dj | dj | /d͡ʒ] | ფ |
| Gn | gn | /ŋ] | ღ |
Listen and learn digraphs pronounciation, in order.
{ tc, ts, dj, gn }
A clusters represents a group of two consonants. Maj is using cluster in many words using pattern: CCV or VCCV.
Rules:
For explaining the alphabet pronunciation we have used phonetic symbols:
Read next: Numerals


Instructions
- 1) Define the amount of rows and columns of the matrix
- 2) Set the probabilities
- 3) Change some cells or hit the random button to generate a random configuration
- 4) Click play and enjoy!
Rules
- Any live cell with two or three live neighbours survives.
- Any dead cell with three live neighbours becomes a live cell.
- All other live cells die in the next generation.


PART A FACTUAL INFORMATION
CHAPTER 1
The Estonian flag car/passenger ferry ESTONIA - pictured below - departed from Tallinn on 27 September 1994 at about 19.15* to 19.30 hours for a scheduled voyage to Stockholm. Reportedly she was carrying 989 people - 803 passengers and 186 crew members - as well as 40 trucks/trailers, 25 passenger cars, 9 vans and 2 buses. Despite the completely filled port heeling tank she had a 1° starboard list at departure.
The Ro-Ro Passenger Ferry ESTONIA
* = All times are in Estonian time (Swedish time + 1 hour) unless stated otherwise.
The ESTONIA's route and the site of the accident
MV ESTONIA left Tallinn with all four main engines running. When she was clear of the breakwater full service speed was set. The four engines were hence set to produce 90% of their maximum continuous rating of 17,600 kW, corresponding to a speed of 19.5-20.0 kn. The wind was southerly 8-10 m/s. Visibility was good, with occasional rain showers.
At 20.00 hours the watch on the bridge was taken over by the second officer Peeter Kannussaar and the third officer Andres Tammes. The voyage proceeded normally. Sea conditions along the Estonian coast were moderate, but became more rough when the ship left the sheltered waters. The ferry was now heeling between 2°- 4° to starboard due to increasing wind pressure on the port side.
As the voyage continued the wind velocity increased gradually and the wind veered to south-west. Visibility was generally more than 10 nautical miles. At midnight the wind had increased to south-westerly 15-20 m/s with a corresponding increase of the wave height to now 3-4 m significant. The rolling and pitching of the vessel increased substantially. Many passengers became seasick, but everybody on board felt the extremely hard pitching which caused the ferry to shake and vibrate as she was driven through the rough sea with full power. Low banging noises from the bow area were continuously heard by many passengers.
ESTONIA followed her normal route along the Estonian North coast on course 262° to a waypoint of 59°20' N; 22°00' E which is confirmed by the observations of survivor Anders Ericson, the watch mate of the meeting vessel AMBER and the trainee mate Einar Kukk having been on the bridge until ca. 00.35 hours.
After the waypoint, at about 00.30 hours, the bridge ordered the engine room to activate the stabiliser fins, however, there were again problems with the starboard fin.At about 00.45/50 hours one or two crashes/dull bangs were heard from the forward part of the car deck whereafter very hard metallic banging noises were heard and felt in the forepart of the ferry. Shortly afterwards it was felt that the speed had been reduced and the vessel was now making much softer pitch movements and also started to roll, less to port and more to starboard. Noises of the racing propellers were heard and respective vibrations felt.
At about this time a first - weak - "Mayday" call from ESTONIA was heard by those on the bridge of a Swedish ferry in the vicinity, however, no action was initiated since the call apparently was not repeated.
At about 01.00 hours a sharp bang was heard and a slight shock felt, the vessel's hull vibrated. Passengers from the 1st deck started to rush upwards, others were alarmed. Water was noted escaping under pressure from 0-deck to 1st deck. A little later, the second and much heavier impact followed by the third one occurred. The vessel stopped abruptly while turning to port. At 01.02 hours the ferry heeled - very wide - probably 50° or more - to starboard and came back to almost upright condition whereafter she heeled again very wide to starboard and came back to about 10° starboard but then heeled in steps to starboard.
The vessel was now on a south-easterly heading with wind and sea from starboard abeam within a very short time and all 4 main engines were automatically shut off, while the auxiliary diesels kept running/generating electricity some time longer.
Passengers started to rush up the staircases and panic developed in many places. Many passengers were apparently trapped in their cabins where they were later found by the divers. Lifejackets were distributed to those passengers who managed to reach the boat deck. They jumped or were washed into the sea. Some managed to climb into liferafts which had been released from the vessel. Reportedly only the starboard lifeboats were launched but could not be used except for the emergency motor boat No. 1 which was later seen by some survivors proceeding away from those in the water.
At a heel of approximately 40° the diesel generators also automatically shut off and the emergency generator took over the power supply to a limited number of consumers including illumination of alleyways and decks, when a weak female voice was heard calling "Häire, häire, laevel on häire" the Estonian words for "Alarm, alarm, there is alarm on the ship" over the public address system. Just a moment later the internal alarm code for the crew - "Mr. Skylight to No. 1 and 2" meaning "Go to fire stations No. 1 and No. 2" - was transmitted over the public address system followed by the general lifeboat alarm.
The first officially registered Mayday call from MV ESTONIA was received at 01.22 hours. A second Mayday call was transmitted shortly afterwards and by 01.24 hours fourteen ship- and shore-based radio stations, including the Maritime Rescue Coordination Centre (MRCC) in Turku, had received respectively automatically recorded the Mayday message.
The heeling to starboard increased stepwise further and water continued to enter the accommodation decks and the car deck through the partly open bow ramp and the starboard stern ramp with increasing speed. The starboard side of the ship was submerged at about 01.30 hours, with the visor still attached to bow ramp and forepeak deck. During the final stage of flooding the ferry was completely upside down. The visor fell off the ferry at a heel of approximately 130°/140° while the ship sank stern first and disappeared from the radar screens of ships in the area at about 01.53 hours.
Rescue efforts were initiated by the ferries in the vicinity while MRCC Turku reacted only rather late. About one hour after ESTONIA had sunk, the first of the four passenger ferries in the vicinity - M.V. MARIELLA - arrived on the scene of the casualty. Rescue helicopters were activated and the first one arrived at 03.05 hours.
During the night and early morning, helicopters and assisting ships rescued the official number of 138 people, of whom one later died in hospital. During the day and on the two following days 92 bodies were recovered, thus it has to be assumed that most of the missing persons are still inside the wreck.
The wreck was found in international waters within Finland's Search and Rescue Area, resting on the seabed at a water depth of about 80 m on a heading of 95° and with a starboard list of about 120°. The visor was missing and the bow ramp as well as the starboard stern ramp were found to be slightly open.
The position of the wreck was established to be 59°22,9' N, 21°41,9' E, while the visor was allegedly found on position 59°23,0' N, 21°39,4' E, i.e. about 1500 m to the West of the wreck.


Privacy Policy
This privacy policy discloses the privacy practices for the maze-agent bot.
Information Collected
You may visit this site and interact with the bot without identifying yourself or revealing any personal information.
Cookies
We may use "cookies" on this site from time to time. A cookie is a piece of data stored on a site visitor's hard drive to help us improve your
access to our site and identify repeat visitors to our site. Usage of a cookie is in no way linked to any personally identifiable
information on our site. If you choose to disable or reject cookies in your browser, some of the services offered by this site may be affected.
Links
This web site may contain links to other sites. Please be aware that we are not responsible for the content or privacy practices
of such other sites. We encourage you to be aware when you leave our site and to read the privacy statements of any other
site that collects personally identifiable information.
Updates
Our Privacy Policy may change from time to time and all updates will be posted on this page.


{% extends "base.html" %} {% block title %}Server Error{% endblock %} {% block bodyclass %}error{% endblock %} {% block content %}
The server encountered an error, and could not complete your request. Please try again, or start from the home page if you still can't find what you're after.
{% endblock %}


Timezone is the base class of all timezones. It provides a factory method get to access timezones by identifier. Once a specific Timezone has been retrieved, DateTimes, Times and timestamps can be converted between the UTC and the local time for the zone. For example:
tz = TZInfo::Timezone.get('America/New_York') puts tz.utc_to_local(DateTime.new(2005,8,29,15,35,0)).to_s puts tz.local_to_utc(Time.utc(2005,8,29,11,35,0)).to_s puts tz.utc_to_local(1125315300).to_s
Each time conversion method returns an object of the same type it was passed.
The timezone information all comes from the tz database (see www.twinsun.com/tz/tz-link.htm)
- <=>
- _dump
- _load
- all
- all_country_zone_identifiers
- all_country_zones
- all_data_zone_identifiers
- all_data_zones
- all_identifiers
- all_linked_zone_identifiers
- all_linked_zones
- current_period
- current_period_and_time
- current_time_and_period
- eql?
- friendly_identifier
- get
- get_proxy
- hash
- identifier
- inspect
- local_to_utc
- name
- new
- now
- period_for_local
- period_for_utc
- periods_for_local
- strftime
- to_s
- us_zone_identifiers
- us_zones
- utc_to_local
- Comparable
Loads a marshalled Timezone.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 489 489: def self._load(data) 490: Timezone.get(data) 491: end
Returns an array containing all the available Timezones.
Returns TimezoneProxy objects to avoid the overhead of loading Timezone definitions until a conversion is actually required.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 138 138: def self.all 139: get_proxies(all_identifiers) 140: end
Returns all the zone identifiers defined for all Countries. This is not the complete set of zone identifiers as some are not country specific (e.g. ‘Etc/GMT’). You can obtain a Timezone instance for a given identifier with the get method.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 197 197: def self.all_country_zone_identifiers 198: Country.all_codes.inject([]) {|zones,country| 199: zones += Country.get(country).zone_identifiers 200: } 201: end
Returns all the Timezones defined for all Countries. This is not the complete set of Timezones as some are not country specific (e.g. ‘Etc/GMT’).
Returns TimezoneProxy objects to avoid the overhead of loading Timezone definitions until a conversion is actually required.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 187 187: def self.all_country_zones 188: Country.all_codes.inject([]) {|zones,country| 189: zones += Country.get(country).zones 190: } 191: end
Returns an array containing the identifiers of all the available Timezones that are based on data (are not links to other Timezones)..
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 160 160: def self.all_data_zone_identifiers 161: load_index 162: Indexes::Timezones.data_timezones 163: end
Returns an array containing all the available Timezones that are based on data (are not links to other Timezones).
Returns TimezoneProxy objects to avoid the overhead of loading Timezone definitions until a conversion is actually required.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 154 154: def self.all_data_zones 155: get_proxies(all_data_zone_identifiers) 156: end
Returns an array containing the identifiers of all the available Timezones.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 144 144: def self.all_identifiers 145: load_index 146: Indexes::Timezones.timezones 147: end
Returns an array containing the identifiers of all the available Timezones that are links to other Timezones.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 176 176: def self.all_linked_zone_identifiers 177: load_index 178: Indexes::Timezones.linked_timezones 179: end
Returns an array containing all the available Timezones that are links to other Timezones.
Returns TimezoneProxy objects to avoid the overhead of loading Timezone definitions until a conversion is actually required.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 170 170: def self.all_linked_zones 171: get_proxies(all_linked_zone_identifiers) 172: end
Returns a timezone by its identifier (e.g. "Europe/London", "America/Chicago" or "UTC").
Raises InvalidTimezoneIdentifier if the timezone couldn‘t be found.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 78 78: def self.get(identifier) 79: instance = @@loaded_zones[identifier] 80: unless instance 81: raise InvalidTimezoneIdentifier, 'Invalid identifier' if identifier !~ /^[A-z0-9\+\-_]+(\/[A-z0-9\+\-_]+)*$/ 82: identifier = identifier.gsub(/-/, '__m__').gsub(/\+/, '__p__') 83: begin 84: # Use a temporary variable to avoid an rdoc warning 85: file = "tzinfo/definitions/#{identifier}" 86: require file 87: 88: m = Definitions 89: identifier.split(/\//).each {|part| 90: m = m.const_get(part) 91: } 92: 93: info = m.get 94: 95: # Could make Timezone subclasses register an interest in an info 96: # type. Since there are currently only two however, there isn't 97: # much point. 98: if info.kind_of?(DataTimezoneInfo) 99: instance = DataTimezone.new(info) 100: elsif info.kind_of?(LinkedTimezoneInfo) 101: instance = LinkedTimezone.new(info) 102: else 103: raise InvalidTimezoneIdentifier, "No handler for info type #{info.class}" 104: end 105: 106: @@loaded_zones[instance.identifier] = instance 107: rescue LoadError, NameError => e 108: raise InvalidTimezoneIdentifier, e.message 109: end 110: end 111: 112: instance 113: end
Returns a proxy for the Timezone with the given identifier. The proxy will cause the real timezone to be loaded when an attempt is made to find a period or convert a time. get_proxy will not validate the identifier. If an invalid identifier is specified, no exception will be raised until the proxy is used.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 120 120: def self.get_proxy(identifier) 121: TimezoneProxy.new(identifier) 122: end
If identifier is nil calls super(), otherwise calls get. An identfier should always be passed in when called externally.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 126 126: def self.new(identifier = nil) 127: if identifier 128: get(identifier) 129: else 130: super() 131: end 132: end
Returns all US zone identifiers. A shortcut for TZInfo::Country.get(‘US’).zone_identifiers.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 214 214: def self.us_zone_identifiers 215: Country.get('US').zone_identifiers 216: end
Returns all US Timezone instances. A shortcut for TZInfo::Country.get(‘US’).zones.
Returns TimezoneProxy objects to avoid the overhead of loading Timezone definitions until a conversion is actually required.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 208 208: def self.us_zones 209: Country.get('US').zones 210: end
Compares two Timezones based on their identifier. Returns -1 if tz is less than self, 0 if tz is equal to self and +1 if tz is greater than self.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 468 468: def <=>(tz) 469: identifier <=> tz.identifier 470: end
Dumps this Timezone for marshalling.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 484 484: def _dump(limit) 485: identifier 486: end
Returns the TimezonePeriod for the current time.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 430 430: def current_period 431: period_for_utc(Time.now.utc) 432: end
Returns the current Time and TimezonePeriod as an array. The first element is the time, the second element is the period.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 436 436: def current_period_and_time 437: utc = Time.now.utc 438: period = period_for_utc(utc) 439: [period.to_local(utc), period] 440: end
Alias for current_period_and_time
Returns true if and only if the identifier of tz is equal to the identifier of this Timezone.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 474 474: def eql?(tz) 475: self == tz 476: end
Returns a friendlier version of the identifier. Set skip_first_part to omit the first part of the identifier (typically a region name) where there is more than one part.
For example:
Timezone.get('Europe/Paris').friendly_identifier(false) #=> "Europe - Paris" Timezone.get('Europe/Paris').friendly_identifier(true) #=> "Paris" Timezone.get('America/Indiana/Knox').friendly_identifier(false) #=> "America - Knox, Indiana" Timezone.get('America/Indiana/Knox').friendly_identifier(true) #=> "Knox, Indiana"
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 249 249: def friendly_identifier(skip_first_part = false) 250: parts = identifier.split('/') 251: if parts.empty? 252: # shouldn't happen 253: identifier 254: elsif parts.length == 1 255: parts[0] 256: else 257: if skip_first_part 258: result = '' 259: else 260: result = parts[0] + ' - ' 261: end 262: 263: parts[1, parts.length - 1].reverse_each {|part| 264: part.gsub!(/_/, ' ') 265: 266: if part.index(/[a-z]/) 267: # Missing a space if a lower case followed by an upper case and the 268: # name isn't McXxxx. 269: part.gsub!(/([^M][a-z])([A-Z])/, '\1 \2') 270: part.gsub!(/([M][a-bd-z])([A-Z])/, '\1 \2') 271: 272: # Missing an apostrophe if two consecutive upper case characters. 273: part.gsub!(/([A-Z])([A-Z])/, '\1\'\2') 274: end 275: 276: result << part 277: result << ', ' 278: } 279: 280: result.slice!(result.length - 2, 2) 281: result 282: end 283: end
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 479 479: def hash 480: identifier.hash 481: end
The identifier of the timezone, e.g. "Europe/Paris".
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 219 219: def identifier 220: raise UnknownTimezone, 'TZInfo::Timezone constructed directly' 221: end
Returns internal object state as a programmer-readable string.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 235 235: def inspect 236: "#<#{self.class}: #{identifier}>" 237: end
Converts a time in the local timezone to UTC. local can either be a DateTime, Time or timestamp (Time.to_i). The returned time has the same type as local. Any timezone information in local is ignored (it is treated as a local time).
Warning: There are local times that have no equivalent UTC times (e.g. in the transition from standard time to daylight savings time). There are also local times that have more than one UTC equivalent (e.g. in the transition from daylight savings time to standard time).
In the first case (no equivalent UTC time), a PeriodNotFound exception will be raised.
In the second case (more than one equivalent UTC time), an AmbiguousTime exception will be raised unless the optional dst parameter or block handles the ambiguity.
If the ambiguity is due to a transition from daylight savings time to standard time, the dst parameter can be used to select whether the daylight savings time or local time is used. For example,
Timezone.get('America/New_York').local_to_utc(DateTime.new(2004,10,31,1,30,0))
would raise an AmbiguousTime exception.
Specifying dst=true would return 2004-10-31 5:30:00. Specifying dst=false would return 2004-10-31 6:30:00.
If the dst parameter does not resolve the ambiguity, and a block is specified, it is called. The block must take a single parameter - an array of the periods that need to be resolved. The block can return a single period to use to convert the time or return nil or an empty array to cause an AmbiguousTime exception to be raised.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 412 412: def local_to_utc(local, dst = nil) 413: TimeOrDateTime.wrap(local) {|wrapped| 414: if block_given? 415: period = period_for_local(wrapped, dst) {|periods| yield periods } 416: else 417: period = period_for_local(wrapped, dst) 418: end 419: 420: period.to_utc(wrapped) 421: } 422: end
An alias for identifier.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 224 224: def name 225: # Don't use alias, as identifier gets overridden. 226: identifier 227: end
Returns the current time in the timezone as a Time.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 425 425: def now 426: utc_to_local(Time.now.utc) 427: end
Returns the TimezonePeriod for the given local time. local can either be a DateTime, Time or integer timestamp (Time.to_i). Any timezone information in local is ignored (it is treated as a time in the current timezone).
Warning: There are local times that have no equivalent UTC times (e.g. in the transition from standard time to daylight savings time). There are also local times that have more than one UTC equivalent (e.g. in the transition from daylight savings time to standard time).
In the first case (no equivalent UTC time), a PeriodNotFound exception will be raised.
In the second case (more than one equivalent UTC time), an AmbiguousTime exception will be raised unless the optional dst parameter or block handles the ambiguity.
If the ambiguity is due to a transition from daylight savings time to standard time, the dst parameter can be used to select whether the daylight savings time or local time is used. For example,
Timezone.get('America/New_York').period_for_local(DateTime.new(2004,10,31,1,30,0))
would raise an AmbiguousTime exception.
Specifying dst=true would the daylight savings period from April to October 2004. Specifying dst=false would return the standard period from October 2004 to April 2005.
If the dst parameter does not resolve the ambiguity, and a block is specified, it is called. The block must take a single parameter - an array of the periods that need to be resolved. The block can select and return a single period or return nil or an empty array to cause an AmbiguousTime exception to be raised.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 334 334: def period_for_local(local, dst = nil) 335: results = periods_for_local(local) 336: 337: if results.empty? 338: raise PeriodNotFound 339: elsif results.size < 2 340: results.first 341: else 342: # ambiguous result try to resolve 343: 344: if !dst.nil? 345: matches = results.find_all {|period| period.dst? == dst} 346: results = matches if !matches.empty? 347: end 348: 349: if results.size < 2 350: results.first 351: else 352: # still ambiguous, try the block 353: 354: if block_given? 355: results = yield results 356: end 357: 358: if results.is_a?(TimezonePeriod) 359: results 360: elsif results && results.size == 1 361: results.first 362: else 363: raise AmbiguousTime, "#{local} is an ambiguous local time." 364: end 365: end 366: end 367: end
Returns the TimezonePeriod for the given UTC time. utc can either be a DateTime, Time or integer timestamp (Time.to_i). Any timezone information in utc is ignored (it is treated as a UTC time).
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 288 288: def period_for_utc(utc) 289: raise UnknownTimezone, 'TZInfo::Timezone constructed directly' 290: end
Returns the set of TimezonePeriod instances that are valid for the given local time as an array. If you just want a single period, use period_for_local instead and specify how ambiguities should be resolved. Returns an empty array if no periods are found for the given time.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 296 296: def periods_for_local(local) 297: raise UnknownTimezone, 'TZInfo::Timezone constructed directly' 298: end
Converts a time in UTC to local time and returns it as a string according to the given format. The formatting is identical to Time.strftime and DateTime.strftime, except %Z is replaced with the timezone abbreviation for the specified time (for example, EST or EDT).
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 448 448: def strftime(format, utc = Time.now.utc) 449: period = period_for_utc(utc) 450: local = period.to_local(utc) 451: local = Time.at(local).utc unless local.kind_of?(Time) || local.kind_of?(DateTime) 452: abbreviation = period.abbreviation.to_s.gsub(/%/, '%%') 453: 454: format = format.gsub(/(.?)%Z/) do 455: if $1 == '%' 456: # return %%Z so the real strftime treats it as a literal %Z too 457: '%%Z' 458: else 459: "#$1#{abbreviation}" 460: end 461: end 462: 463: local.strftime(format) 464: end
Returns a friendlier version of the identifier.
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 230 230: def to_s 231: friendly_identifier 232: end
Converts a time in UTC to the local timezone. utc can either be a DateTime, Time or timestamp (Time.to_i). The returned time has the same type as utc. Any timezone information in utc is ignored (it is treated as a UTC time).
[ show source ]
# File vendor/rails/activesupport/lib/active_support/vendor/tzinfo-0.3.12/tzinfo/timezone.rb, line 373 373: def utc_to_local(utc) 374: TimeOrDateTime.wrap(utc) {|wrapped| 375: period_for_utc(wrapped).to_local(wrapped) 376: } 377: end


Interested in learning more? Below are some great resources, categorized by skill level (as a guide, not a rule) and media type. There are also great community resources for asking questions, learning more, or just getting to know your fellow C++ programmers.
- Beginner Resources
- Intermediate Resources
- Advanced Resources
-
Open for Suggestions / Additional Resources Needed
- Video Resources
- Podcast Resources
- Community Resources
Have suggestions for moar? Head on over to the GitHub repo and open an issue!


Version Check:
DirtyBeans DBs App
-
- This package installs the DirtyBeans DBs App
Simple App made by the younglings at DBs.
• Keep you up to date with the DBs team and their projects.
• Once installed, go to ( ? ) then ( Help ) for further instructions.
• All Comments and suggestions can be made directly in the app.
Reporting Bugs:
Please review all notes and documentation before contacting the developer.
Contact Dev via in App.
Reporting Bugs:
Donate:


Simple Example
This is a simple example add-on that you can copy and use as the basis of a new add-on that actually does something useful.
It provides:
Top Level Menu
A menu item under the top level 'Tools' menu.
Right Click Menu
A right click menu item that is enabled for messages.
Status Panel
A basic status panel.
ZAP API Component
An API component that adds an action endpoint.
Help file
This help file.


 Written by Andrew Bovell, Ana Kokkinos, Mira Robertson, Christos Tsiolkas (novel).
HEAD ON is angry, noisy and confused like the highs and lows of a heroin addict. This certainly isn't a heart warming, thoughtful movie and the R in restricted, could easily be re-labelled Risqué. If anyone is expecting this to be another episode of HEARTBREAK HIGH, think again, don't be fooled by the ads – this is a kid on the fast lane to self-destruction. Most people are probably not prepared for the shock that comes with Alex Dimitriades' overnight change from straight, high school heart throb, to blatant, sex obsessed homosexual.
There is a recurrent theme throughout this movie. The title of the movie is aptly named HEAD ON. If you're wondering what it means, it isn't about a simple head on concussion post fall, but full on oral sex.  In fact there was so much oral sex one wonders whether this is something more to sex, than just being oral?
The acting is mostly angry, and some of the sex scenes looked contrived. I don't speak from first hand experience on either subject, but there must be more to this movie than moans, groans and jerky movements, identity crises, Greek self hatred, racism and addiction. Unfortunately, this movie filled with St Kildaderish nightlife, may have too much to say (or should I say show), for the sleepy residents of unglamorous Melbourne. Perhaps a better choice of movies next time Alex Dimitriades - the profile of angry, rebel, homosexual, drug addict will not necessary boost your career, even if you did show your dick for the world to see (a trick used too often nowadays by wannabe movie stars).
Timothy Voon e-mail<EMAIL_ADDRESS>Movie Archives http://us.imdb.com/M/reviews_by?Tim+Voon Movies In Melbourne http://www.labyrinth.net.au/~pfowler/week/movies.html
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


Staff Assessor-PCA (Entry Level) - Charlotte, NC
Summary
Partner Engineering and Science, Inc. is seeking a full-time Staff Assessor in our building science to dept to complete and finalize specific project tasks according to deadlines and within budget, completing Property Condition Assessments as assigned by the Project Manager. This opportunity is great for anyone who just graduated with their construction, architecture, or urban planning degree. You will have an opportunity to spend 50% of the time out in the field, and 50% in the office completing reports.
ESSENTIAL DUTIES & TASKS
- Project research (historical, regulatory, etc.)
- Communication with client and subject site representatives
- Conducting appropriate site reconnaissance
- Data compilation and organization
- Report authoring
- Preparation of quality supporting documents (site figures, appendices, etc.)
- Other tasks as assigned by the Project Manager associated with report deliverable schedule and plan
RESPONSIBILITIES
- Conduct project research as applicable to scope of work (historical, regulatory, etc.).
- Data compilation and organization.
- Conducting site reconnaissance.
- Technical report authoring.
- Preparation of quality supporting report documents/files.
- Effectively communicate project progress and issues with the Project Manager.
- Maintain communication with team members throughout the course of the project.
- Plan, schedule and track project timelines and milestones to ensure project progress status is on schedule.
- Understands the assessment’s potential impact on the transaction process.
- Identify and resolve issues with projects.
- Deliver appropriate progress reports (verbally or e-mail) to the Client.
- Coordinate and respond to requests for changes in project scope.
- Communicate report delivery instructions to the Project Coordinator.
KNOWLEDGE, SKILLS, AND ABILITIES
- Excellent communication skills (internal and external)
- Ability to work on projects concurrently
- Proven ability to successfully deliver a quality product on time
- Exceptional writing skills
- Ability to cultivate strong relationships within a team
- Understand concepts of building component life cycles, system condition evaluation, replacement costs
- Proficient in Microsoft Office, Corel and Excel
- Familiar with the basic principles of civil, structural, and geotechnical engineering, including construction and maintenance of structures and systems; the Americans with Disabilities Act; Fair Housing Act
QUALIFICATIONS
- Bachelor Degree from accredited university in construction management, architecture or engineering discipline.
- Projects involve a degree of travel. Candidate must have a valid driver’s license and provide own transportation to and from project sites.
PHYSICAL REQUIREMENTS
- Must be able to read, write, speak & comprehend English
- Must be able to communicate clearly in person and over the telephone
- Visual acuity adequate to perform job duties, including reading information from printed sources and computer screen
- Requires frequent bending, reaching, standing, walking, sitting, pushing and pulling exerted regularly throughout the work shift.
- Requires the ability to climb a ladder.
We will consider qualified applicants who have criminal histories in a manner consistent with the law.
Learn more about Partner Engineering and Science, Inc. at www.partneresi.com.


Do you enjoy hurting people?
Jacket is the protagonist from the 'Hotline Miami' franchise. You could argue either way, that he's a serial killer, or that he's a vigilante hero, but regardless, his methods are brutal and effective.
After recieving cryptic messages on his answering machines, Jacket dons various animal masks and hunts down russian mobsters in their own hideouts. His disregard for subtlty comes from his past life as a US Army Soldier and, in the following game, generates a sadistic following of animal-masked killers.

Biker is the second playable character from the first 'Hotline Miami' game. He is also a brutal assassin targeting the Russian Mobs throught Miami. Aware of his violent actions, Biker insists on completing his missions because he's "bored".
After recieving the same cryptic messages on his answering machine, Biker goes to trace down the phone numbers and is met with a veiled threat from the callers. Confronting the threat, Biker kills his way into their hideout and learns the truth of the 50 Blessings organization.
Playable Chapters


Located in the city center of Iasi, Romania, part of the newest modern complex in Moldova – Palas Iasi – the 4-star Hotel International Iasi is the most elegant business, leisure and events location in the Moldavian capital. One of the few hotels in Iasi with views to the Palace of Culture, many consider it to be one of the best hotels in the city center. The hotel is proud to have been recognized for its superior service and hospitality with a number of outstanding awards, including the TripAdvisor Travelers’ Choice Award, Certificate of Excellence and Top Hotel Awards. With numerous tourist attractions and cultural areas nearby, Hotel International Iasi offers modern, luxurious accommodation with complimentary Wi-Fi and access to wellness and it is featuring an exceptional indoor swimming pool, fitness center, dry and wet saunas, emotional shower and hydro-massage tub.
All rooms feature air conditioning, cable flat screen television, minibar, tea and coffee making facilities, a writing desk, a safe deposit box, and a private bathroom with shower or tub. Some rooms offer panoramic views of the city, making it the ideal accommodation for business or a romantic couples retreat. Guests of the Hotel International Iasi can enjoy an exceptional meal at the three elegant a la carte restaurants or may choose to sit back and relax while enjoying glorious views in the hotel’s Sky Lounge. This 4-star hotel in Iasi also boasts eight conference halls for hosting business meetings and social events.


| Baliga Lab |
|---|
| ISB website |
| Lab website |
|
FiregooseFirefox toolbar for the GaggleThe Firegoose toolbar connects the Gaggle to the web. By downloading and installing this extension into your Firefox browser you can broadcast data between the Gaggle and web resources. Supported web sites include KEGG pathways, EMBL STRING (a database of functional associations), DAVID (which enables clustering by functional annotations), and Entrez Gene and Protein. With a little scripting, the Firegoose can potentially exchange data with practically any bioinformatics website. Warning: If you're having problems with Firegoose and Java 6 update 10 on Windows, a work-around can be found here.
Demo
For Data ProvidersWe encourage data providers to make their data available in the structured format of their choice and, equally importantly, to provide links from existing web interfaces to the underlying structured data. SourceFiregoose source is here:
An ant build script is included which will compile the Java component and package all files into an XPI file. The extension can then be installed in Firefox by pointing the browser to the XPI file or dragging the XPI file into the browser window. Setting up your development environment to work on an extension is a little complicated. Look for help by searching for "firefox extension development". Read the Firegoose paperThe Firegoose paper has been published in BMC Bioinformatics. |
||||
| © 2006, Institute for Systems Biology, All Rights Reserved |


HTML is swell.
Life is good.
Here's the big picture
Add list
Make me an unordered list.
One programmer
Ten SDKs
Great Internet Apps
To number the list
One programmer
Ten SDKs
Great Internet Apps


AWS::ECS::CapacityProvider
Creates a new capacity provider. Capacity providers are associated with an Amazon ECS cluster and are used in capacity provider strategies to facilitate cluster auto scaling.
Only capacity providers that use an Auto Scaling group can be created. Amazon ECS tasks on
AWS Fargate use the FARGATE
and FARGATE_SPOT
capacity providers.
These providers are available to all accounts in the AWS Regions that AWS Fargate
supports.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
JSON
{ "Type" : "AWS::ECS::CapacityProvider", "Properties" : { "AutoScalingGroupProvider" :
AutoScalingGroupProvider
, "Name" :String
, "Tags" :[ Tag, ... ]
} }
YAML
Type: AWS::ECS::CapacityProvider Properties: AutoScalingGroupProvider:
AutoScalingGroupProvider
Name:String
Tags:- Tag
Properties
AutoScalingGroupProvider
-
The Auto Scaling group settings for the capacity provider.
Required: Yes
Type: AutoScalingGroupProvider
Update requires: No interruption
Name
-
The name of the capacity provider. If a name is specified, it cannot start with
aws
,ecs
, orfargate
. If no name is specified, a default name in theCFNStackName-CFNResourceName-RandomString
format is used.Required: No
Type: String
Update requires: Replacement
Tags
-
The metadata that you apply to the capacity provider to help you categorize and organize it. Each tag consists of a key and an optional value. You define both.
The following basic restrictions apply to tags:
-
Maximum number of tags per resource - 50
-
For each resource, each tag key must be unique, and each tag key can have only one value.
-
Maximum key length - 128 Unicode characters in UTF-8
-
Maximum value length - 256 Unicode characters in UTF-8
-
If your tagging schema is used across multiple services and resources, remember that other services may have restrictions on allowed characters. Generally allowed characters are: letters, numbers, and spaces representable in UTF-8, and the following characters: + - = . _ : / @.
-
Tag keys and values are case-sensitive.
-
Do not use
aws:
,AWS:
, or any upper or lowercase combination of such as a prefix for either keys or values as it is reserved for AWS use. You cannot edit or delete tag keys or values with this prefix. Tags with this prefix do not count against your tags per resource limit.
Required: No
Type: List of Tag
Maximum:
50
Update requires: No interruption
-
Return values
Ref
When you pass the logical ID of this resource to the intrinsic Ref
function, Ref
returns the resource name.
In the following example, the Ref
function returns the name of the capacity provider, such as
MyStack-MyCapacityProvider-JrwYBzxovGfr
.
{ "Ref": "MyCapacityProvider" }
For more information about using the Ref
function, see Ref.
Examples
Creating an Amazon ECS capacity provider
The following example creates a capacity provider that uses the Auto Scaling group
MyAutoScalingGroup
, has managed scaling and managed termination protection enabled. This
configuration is used for Amazon ECS cluster auto scaling.
JSON
{ "AWSTemplateFormatVersion": "2010-09-09", "Resources": { "MyCapacityProvider": { "Type": "AWS::ECS::CapacityProvider", "Properties": { "AutoScalingGroupProvider": { "AutoScalingGroupArn": "arn:aws:autoscaling:us-west-2:123456789012:autoScalingGroup:a1b2c3d4-5678-90ab-cdef-EXAMPLE11111:autoScalingGroupName/MyAutoScalingGroup", "ManagedScaling": { "MaximumScalingStepSize": 10, "MinimumScalingStepSize": 1, "Status": "ENABLED", "TargetCapacity": 100 }, "ManagedTerminationProtection": "ENABLED" }, "Tags": [ { "Key": "environment", "Value": "production" } ] } } } }
YAML
AWSTemplateFormatVersion: 2010-09-09 Resources: MyCapacityProvider: Type: AWS::ECS::CapacityProvider Properties: AutoScalingGroupProvider: AutoScalingGroupArn: arn:aws:autoscaling:us-west-2:123456789012:autoScalingGroup:a1b2c3d4-5678-90ab-cdef-EXAMPLE11111:autoScalingGroupName/MyAutoScalingGroup ManagedScaling: MaximumScalingStepSize: 10 MinimumScalingStepSize: 1 Status: ENABLED TargetCapacity: 100 ManagedTerminationProtection: ENABLED Tags: - Key: environment Value: production


the and are The []. from resistance genes pharmaceuticals with treatment can HWW that wastewater antibiotic for water antibiotics pathogens have which environment will bacteria compounds human impact also {background into cause not could hospital their ARGs been has margin most organisms through virus environment. {border-style Antibiotics Environ. humans they [], drugs other px;} such super these #ffffff;} development including ... Total due mainly marine biological found gene removal spread diseases various These along contains may microbial surface than were antibiotics, aquatic cell discharged environmental membrane more pharmaceuticals, pollutants radioactive risk urban was They bacterial different enter even harmful many pathogenic pathogens, persistent thus used would accumulate common detected food high processes related substances system transportation very widely .... After HWW. Sci. after around cannot chemical encoding humans. important infected large lead materials often reported serious some there threat Antibiotic Pharmaceuticals addition, bacteria, body but caused discharge drug include isolated main pathogens. patient pharmaceutical pollution process px; sewage soil transferred treated viruses water. {font-family Among DNA For Therefore When all animals bacteria. become between body, characteristics commonly contaminated control effluent environment, example, font-size host mg/L microorganisms plants problem source structure tetracycline transported treat variety .±. However, Pathogens Pollut. Res. WWTP WWTPs antibiotics. before direct double; drinking easy effect effects effluents entering indicates its long much natural one organic oxidation presence protein, receiving residues river sludge target then this toxic transfer types utilized waste when worms .–. Due Elsevier HWW, Manage. Most There agents air applied assessment border-color border-width cancer carbamazepine causing completely concentration considered contaminants developed directly diseases. enzymes erm fact, fish flora form global great health major municipal ng/L normally only pathogen persons physical plasmids potential protein rate revealed same shown solid; three toxicity use usually wastewater, wastewater. water, {font-style {font-weight Bq/L COVID- Ebola Eng. Many Marine RNA Summer: Technol. Vibrio X-ray able activated active addition advanced affecting all, any associated being body. bold both case causes centre chain, change chemical, chloramphenicol clinical community compound contact control, courier; death derived ecosystem, efflux elements em; encode encoded endocrine envelope flow frequently general generally genetic groundwater growth health. highly horizontal hospitals induce kill less levels life mechanism mechanisms medicine mutations nature ng/LWinter: nuclear number ocean organism, original patients plant prevent problems proteins pt;} radionuclides range research resource rivers should strictly study substances, taking treating treatment, unused viral without


Home
Reservations
Temples
Services
Contact
☰
Missionary Services
Missionary Accomodations:
Kitchenette suites
Laundry Services
Shuttles
Excercise Room
Special long term rate
WiFi high-speed internet access and smart TVs
Choose Your Room Arangements:
Standard
Suite
Luxury


Yummy CupCake Order
Fill in the details to get your favourite cupcake delivered in no time.
Name
Email Address
How many cup cakes would you like to order?
Select a flavor
Vanilla
Chocolate
Strawberry
Coffee
Orange
Special Requests
Vegan
Sugar Free
Extra Toppings
Chocolate
Strawberries
Additional Notes
Submit


public static final class EasyUpiPayment.Builder extends Object
EasyUpiPayment
.
| Constructor and Description |
|---|
Builder()
|
| Modifier and Type | Method and Description |
|---|---|
EasyUpiPayment
|
build()
Build the
EasyUpiPayment
object.
|
EasyUpiPayment.Builder
|
setAmount(String amount)
Sets the Amount in INR.
|
EasyUpiPayment.Builder
|
setDescription(String description)
Sets the Description.
|
EasyUpiPayment.Builder
|
setPayeeMerchantCode(String merchantCode)
Sets the Merchant Code.
|
EasyUpiPayment.Builder
|
setPayeeName(String name)
Sets the Payee Name.
|
EasyUpiPayment.Builder
|
setPayeeVpa(String vpa)
Sets the Payee VPA (e.g.
|
EasyUpiPayment.Builder
|
setTransactionId(String id)
Sets the Transaction ID.
|
EasyUpiPayment.Builder
|
setTransactionRefId(String refId)
Sets the Transaction Reference ID.
|
EasyUpiPayment.Builder
|
with(Activity activity)
Binds the Activity with Payment.
|
@NonNull public EasyUpiPayment.Builder with(@NonNull Activity activity)
activity
- where payment is to be implemented.
@NonNull public EasyUpiPayment.Builder setPayeeVpa(@NonNull String vpa)
vpa
- Payee VPA address (e.g. example@vpa,
1234XXX@upi).
@NonNull public EasyUpiPayment.Builder setPayeeName(@NonNull String name)
name
- Payee Name.@NonNull public EasyUpiPayment.Builder setPayeeMerchantCode(@NonNull String merchantCode)
merchantCode
- Payee Merchant code if present
it should be passed.
@NonNull public EasyUpiPayment.Builder setTransactionId(@NonNull String id)
id
- field is used in Merchant Payments
generated by PSPs.
@NonNull public EasyUpiPayment.Builder setTransactionRefId(@NonNull String refId)
refId
- field is used in Merchant Payments
generated by PSPs.
@NonNull public EasyUpiPayment.Builder setDescription(@NonNull String description)
description
- field have to provide valid small
note or description about payment.
for e.g. For Food, For Payment at Shop XYZ
@NonNull public EasyUpiPayment.Builder setAmount(@NonNull String amount)
amount
- field takes amount in String decimal
format (xx.xx) to be paid.
For e.g. 90.88 will pay Rs. 90.88.
@NonNull public EasyUpiPayment build()
EasyUpiPayment
object.


Daniel Ricciardo ready for ‘interesting weather’ at Interlagos
by Bevan YoulDaniel Ricciardo is prepared for the changeable conditions of the Brazilian Grand Prix at Interlagos with his return with Renault looking to secure three double points finishes in a row.
Ricciardo returns to Interlagos this year with Renault after finishing a highest of P4 in Brazil last year around a track that can be difficult to overtake.
Previous races have had mixed weather throughout with heavy rain coming and going back in 2016 making for an entertaining viewing.
“Interlagos is a short circuit without many high-speed corners. It’s very technical and you need to find a good rhythm to do well there,” said Ricciardo.
“Overtaking can be difficult, but I’ve come through the field a couple of times there in the past, so it is possible to gain places.
“The weather is usually interesting too. It can play a big part and you have to be ready for all conditions.”
The Australian and Renault head into Brazil in their best form of the season having secured two double points finishes in Mexico and the US and finding the performances they had been looking for since the start.
“Austin was a fun race with some good points in the bag for the team,” he added.
“We secured double points across both Mexico and the United States, which was really positive after a few races where we missed out.
“It’s important to keep the consistency going and Brazil is our next opportunity.
“Three points-scoring finishes in a row would be sweet, so it’ll be all focus on achieving that when we hit the track on Friday. Viva Brazil!”


after few trial and error and some testing,
this is the final code for the SpriteManager,
the static load function will load the assets json map
that it will know from it the images that will be needed.
I made for now 2 kind of assets for sprites, font and entity
there is a getSprite that will get the canvas (image) by name
and a getFont that will return a map, will all characters in it.


| 1 | package kjarkko.stardust.logic; | |
| 2 | ||
| 3 | /** | |
| 4 | * General settings related to the program. | |
| 5 | * | |
| 6 | * @author jarkko | |
| 7 | */ | |
| 8 | public class Settings { | |
| 9 | ||
| 10 | /** | |
| 11 | * The time in milliseconds between each screen refresh. | |
| 12 | */ | |
| 13 | private static int screenRefreshRateMS; | |
| 14 | ||
| 15 | /** | |
| 16 | * The time in milliseconds between each time the location of the planets | |
| 17 | * are updated. | |
| 18 | */ | |
| 19 | private static int planetUpdateRateMS; | |
| 20 | /** | |
| 21 | * Examples: 3600 = 1 hour inside the simulation for each second passed. | |
| 22 | * 86400 = 1 day per second. | |
| 23 | */ | |
| 24 | private static int simulationSpeedMultiplier; | |
| 25 | private static double distancePerPixel; | |
| 26 | ||
| 27 | static { | |
| 28 | setDefault(); | |
| 29 | distancePerPixel = 1200000; // earth/moon | |
| 30 | } | |
| 31 | ||
| 32 | /** | |
| 33 | * Resets all the settings to their default values. | |
| 34 | */ | |
| 35 | public static void setDefault() { | |
| 36 | screenRefreshRateMS = 17; | |
| 37 | planetUpdateRateMS = 5; | |
| 38 | simulationSpeedMultiplier = 1; | |
| 39 | } | |
| 40 | ||
| 41 | public static int getScreenRefreshRateMS() { | |
| 42 |
1
1. getScreenRefreshRateMS : replaced return of integer sized value with (x == 0 ? 1 : 0) → KILLED |
return screenRefreshRateMS; |
| 43 | } | |
| 44 | ||
| 45 | public static int getPlanetUpdateRateMS() { | |
| 46 |
1
1. getPlanetUpdateRateMS : replaced return of integer sized value with (x == 0 ? 1 : 0) → KILLED |
return planetUpdateRateMS; |
| 47 | } | |
| 48 | ||
| 49 | public static int getSimulationSpeedMultiplier() { | |
| 50 |
1
1. getSimulationSpeedMultiplier : replaced return of integer sized value with (x == 0 ? 1 : 0) → KILLED |
return simulationSpeedMultiplier; |
| 51 | } | |
| 52 | ||
| 53 | public static double getDistancePerPixel() { | |
| 54 |
1
1. getDistancePerPixel : replaced return of double value with -(x + 1) for kjarkko/stardust/logic/Settings::getDistancePerPixel → NO_COVERAGE |
return distancePerPixel; |
| 55 | } | |
| 56 | ||
| 57 | /** | |
| 58 | * Set new value. | |
| 59 | * | |
| 60 | * @param screenRefreshRateMS new value. | |
| 61 | */ | |
| 62 | public static void setScreenRefreshRateMS(int screenRefreshRateMS) { | |
| 63 |
2
1. setScreenRefreshRateMS : changed conditional boundary → KILLED 2. setScreenRefreshRateMS : negated conditional → KILLED |
if (screenRefreshRateMS > 0) { |
| 64 | Settings.screenRefreshRateMS = screenRefreshRateMS; | |
| 65 | } | |
| 66 | } | |
| 67 | ||
| 68 | /** | |
| 69 | * Set new value. | |
| 70 | * | |
| 71 | * @param planetUpdateRateMS new value. | |
| 72 | */ | |
| 73 | public static void setPlanetUpdateRateMS(int planetUpdateRateMS) { | |
| 74 |
2
1. setPlanetUpdateRateMS : changed conditional boundary → KILLED 2. setPlanetUpdateRateMS : negated conditional → KILLED |
if (planetUpdateRateMS > 0) { |
| 75 | Settings.planetUpdateRateMS = planetUpdateRateMS; | |
| 76 | } | |
| 77 | } | |
| 78 | ||
| 79 | /** | |
| 80 | * Set new value. | |
| 81 | * | |
| 82 | * @param simulationSpeedMultiplier new value. | |
| 83 | */ | |
| 84 | public static void setSimulationSpeedMultiplier(int simulationSpeedMultiplier) { | |
| 85 |
2
1. setSimulationSpeedMultiplier : changed conditional boundary → KILLED 2. setSimulationSpeedMultiplier : negated conditional → KILLED |
if (simulationSpeedMultiplier > 0) { |
| 86 | Settings.simulationSpeedMultiplier = simulationSpeedMultiplier; | |
| 87 | } | |
| 88 | } | |
| 89 | ||
| 90 | /** | |
| 91 | * Set new value. | |
| 92 | * | |
| 93 | * @param distancePerPixel new value. | |
| 94 | */ | |
| 95 | public static void setDistancePerPixel(double distancePerPixel) { | |
| 96 | Settings.distancePerPixel = distancePerPixel; | |
| 97 | } | |
| 98 | ||
| 99 | /** | |
| 100 | * Time elapsed within the simulation in seconds. | |
| 101 | * | |
| 102 | * @return the time elapsed (inside the simulation) in seconds since the | |
| 103 | * last update | |
| 104 | */ | |
| 105 | public static double getElapsedTime() { | |
| 106 |
2
1. getElapsedTime : Replaced integer division with multiplication → KILLED 2. getElapsedTime : replaced return of double value with -(x + 1) for kjarkko/stardust/logic/Settings::getElapsedTime → KILLED |
return simulationSpeedMultiplier / planetUpdateRateMS; |
| 107 | } | |
| 108 | } | |
Mutations | ||
| 42 |
1.1 |
|
| 46 |
1.1 |
|
| 50 |
1.1 |
|
| 54 |
1.1 |
|
| 63 |
1.1 2.2 |
|
| 74 |
1.1 2.2 |
|
| 85 |
1.1 2.2 |
|
| 106 |
1.1 2.2 |