lenstronomy.SimulationAPI package¶
Submodules¶
lenstronomy.SimulationAPI.data_api module¶
-
class
lenstronomy.SimulationAPI.data_api.
DataAPI
(numpix, **kwargs_single_band)[source]¶ Bases:
lenstronomy.SimulationAPI.observation_api.SingleBand
This class is a wrapper of the general description of data in SingleBand() to translate those quantities into configurations in the core lenstronomy Data modules to simulate images according to those quantities. This class is meant to be an example of a wrapper. More possibilities in terms of PSF and data type options are available. Have a look in the specific modules if you are interested in.
-
data_class
¶ creates a Data() instance of lenstronomy based on knowledge of the observation
Returns: instance of Data() class
-
kwargs_data
¶ Returns: keyword arguments for ImageData class instance
-
lenstronomy.SimulationAPI.model_api module¶
-
class
lenstronomy.SimulationAPI.model_api.
ModelAPI
(lens_model_list=[], z_lens=None, z_source=None, lens_redshift_list=None, source_light_model_list=[], lens_light_model_list=[], point_source_model_list=[], source_redshift_list=None, cosmo=None, z_source_convention=None)[source]¶ Bases:
object
This class manages the model choices. The role is to return instances of the lenstronomy LightModel, LensModel, PointSource modules according to the options chosen by the user. Currently, all other model choices are equivalent to the ones provided by LightModel, LensModel, PointSource. The current options of the class instance only describe a subset of possibilities.
-
lens_light_model_class
¶ Returns: instance of lenstronomy LightModel class describing the non-lensed light profiles
-
lens_model_class
¶ Returns: instance of lenstronomy LensModel class
-
physical2lensing_conversion
(kwargs_mass)[source]¶ Parameters: kwargs_mass – list of keyword arguments of all the lens models. Einstein radius ‘theta_E’ are replaced by ‘sigma_v’, velocity dispersion in km/s, ‘alpha_Rs’ and ‘Rs’ of NFW profiles are replaced by ‘M200’ and ‘concentration’ Returns: kwargs_lens in reduced deflection angles compatible with the lensModel instance of this module
-
point_source_model_class
¶ Returns: instance of lenstronomy PointSource class describing the point sources (lensed and unlensed)
-
source_model_class
¶ Returns: instance of lenstronomy LightModel class describing the source light profiles
-
lenstronomy.SimulationAPI.observation_api module¶
-
class
lenstronomy.SimulationAPI.observation_api.
Instrument
(pixel_scale, read_noise=None, ccd_gain=None)[source]¶ Bases:
object
basic access points to instrument properties
-
class
lenstronomy.SimulationAPI.observation_api.
Observation
(exposure_time, sky_brightness=None, seeing=None, num_exposures=1, psf_type='GAUSSIAN', kernel_point_source=None, truncation=5, point_source_supersampling_factor=1)[source]¶ Bases:
object
basic access point to observation properties
-
exposure_time
¶ total exposure time
Returns: summed exposure time
-
psf_class
¶ creates instance of PSF() class based on knowledge of the observations For the full possibility of how to create such an instance, see the PSF() class documentation
Returns: instance of PSF() class
-
update_observation
(exposure_time=None, sky_brightness=None, seeing=None, num_exposures=None, psf_type=None, kernel_point_source=None)[source]¶ updates class instance with new properties if specific argument is not None
Parameters: - exposure_time – exposure time per image (in seconds)
- sky_brightness – sky brightness (in magnitude per square arcseconds)
- seeing – full width at half maximum of the PSF (if not specific psf_model is specified)
- num_exposures – number of exposures that are combined
- psf_type – string, type of PSF (‘GAUSSIAN’ and ‘PIXEL’ supported)
- kernel_point_source – 2d numpy array, model of PSF centered with odd number of pixels per axis (optional when psf_type=’PIXEL’ is chosen)
Returns: None, updated class instance
-
-
class
lenstronomy.SimulationAPI.observation_api.
SingleBand
(pixel_scale, exposure_time, magnitude_zero_point, read_noise=None, ccd_gain=None, sky_brightness=None, seeing=None, num_exposures=1, psf_type='GAUSSIAN', kernel_point_source=None, truncation=5, point_source_supersampling_factor=1, data_count_unit='e-', background_noise=None)[source]¶ Bases:
lenstronomy.SimulationAPI.observation_api.Instrument
,lenstronomy.SimulationAPI.observation_api.Observation
class that combines Instrument and Observation
-
background_noise
¶ Gaussian sigma of noise level per pixel in counts (e- or ADU) per second
Returns: sqrt(variance) of background noise level in data units
-
estimate_noise
(image)[source]¶ Parameters: image – noisy data, background subtracted Returns: estimated noise map sqrt(variance) for each pixel as estimated from the instrument and observation
-
flux_iid
(flux_per_second)[source]¶ IID counts. This can be used by lenstronomy to estimate the Poisson errors keeping the assumption that the counts are IIDs (even if they are not).
Parameters: flux_per_second – flux count per second in the units set in this class (ADU or e-) Returns: IID count number
-
flux_noise
(flux)[source]¶ Parameters: flux – float or array, units of count_unit/seconds, needs to be positive semi-definite in the flux value Returns: Gaussian approximation of Poisson statistics in IIDs sqrt(variance)
-
magnitude2cps
(magnitude)[source]¶ converts an apparent magnitude to counts per second (in units of the data)
The zero point of an instrument, by definition, is the magnitude of an object that produces one count (or data number, DN) per second. The magnitude of an arbitrary object producing DN counts in an observation of length EXPTIME is therefore: m = -2.5 x log10(DN / EXPTIME) + ZEROPOINT
Parameters: magnitude – magnitude of object Returns: counts per second of object
-
noise_for_model
(model, background_noise=True, poisson_noise=True, seed=None)[source]¶ Parameters: - model – 2d numpy array of modelled image (with pixels in units of data specified in class)
- background_noise – bool, if True, adds background noise
- poisson_noise – bool, if True, adds Poisson noise of modelled flux
- seed – int, seed number to be used to render the noise properties. If None, then uses the current numpy.random seed to render the noise properties.
Returns: noise realization corresponding to the model
-
sky_brightness
¶ Returns: sky brightness (counts per square arcseconds in unit of data (e- or ADU’s) per unit time)
-
lenstronomy.SimulationAPI.observation_constructor module¶
-
lenstronomy.SimulationAPI.observation_constructor.
observation_constructor
(instrument_name, observation_name)[source]¶ Parameters: - instrument_name – string, name of instrument referenced in this file
- observation_name – string, name of observation referenced in this file
Returns: instance of the SimulationAPI.data_type instance
lenstronomy.SimulationAPI.point_source_variability module¶
-
class
lenstronomy.SimulationAPI.point_source_variability.
PointSourceVariability
(source_x, source_y, variability_func, numpix, kwargs_single_band, kwargs_model, kwargs_numerics, kwargs_lens, kwargs_source_mag=None, kwargs_lens_light_mag=None, kwargs_ps_mag=None)[source]¶ Bases:
object
This class enables to plug in a variable point source in the source plane to be added on top of a fixed lens and extended surface brightness model. The class inherits SimAPI and additionally requires the lens and light model parameters as well as a position in the source plane.
The intrinsic source variability can be defined by the user and additional uncorrelated variability in the image plane can be plugged in as well (e.g. due to micro-lensing)
-
delays
¶ Returns: time delays
-
image_bkg
¶ Returns: 2d numpy array, image of the extended light components without the variable source
-
lenstronomy.SimulationAPI.sim_api module¶
-
class
lenstronomy.SimulationAPI.sim_api.
SimAPI
(numpix, kwargs_single_band, kwargs_model)[source]¶ Bases:
lenstronomy.SimulationAPI.data_api.DataAPI
,lenstronomy.SimulationAPI.model_api.ModelAPI
This class manages the model parameters in regard of the data specified in SingleBand. In particular, this API translates models specified in units of astronomical magnitudes into the amplitude parameters used in the LightModel module of lenstronomy. Optionally, this class can also handle inputs with cosmology dependent lensing quantities and translates them to the optical quantities being used in the lenstronomy LensModel module. All other model choices are equivalent to the ones provided by LightModel, LensModel, PointSource modules
-
image_model_class
(kwargs_numerics=None)[source]¶ Parameters: kwargs_numerics – keyword arguments list of Numerics module Returns: instance of the ImageModel class with all the specified configurations
-
magnitude2amplitude
(kwargs_lens_light_mag=None, kwargs_source_mag=None, kwargs_ps_mag=None)[source]¶ ‘magnitude’ definition are in APPARENT magnitudes as observed on the sky, not intrinsic!
Parameters: - kwargs_lens_light_mag – keyword argument list as for LightModel module except that ‘amp’ parameters are ‘magnitude’ parameters.
- kwargs_source_mag – keyword argument list as for LightModel module except that ‘amp’ parameters are ‘magnitude’ parameters.
- kwargs_ps_mag – keyword argument list as for PointSource module except that ‘amp’ parameters are ‘magnitude’ parameters.
Returns: value of the lenstronomy ‘amp’ parameter such that the total flux of the profile type results in this magnitude for all the light models. These keyword arguments conform with the lenstronomy LightModel syntax.
-


Bottom row keys z to m are the white keys of one octave of a piano.
Middle row keys s,d and g,h,j are the black keys of one octave of a piano
- and = decrease or increase the octave
Clicking on the sample with the left button will set the start pos and the right will set the end pos


Check out our repos for further updates. We are constantly pushing ourselves to better our tech in order to make a difference. Be a part of the team. Fork Now.
Pay/Less (pay-per-less) is an initiative by the students of IIT Bhilai to help heal a world on the brink of disaster.
We understand that people love paper, the office does too. Maybe a bit too much. We are in the business of trying to reduce the
usage of this precious resource, by giving tasks to machines built to handle them in the first place.
Moving from hardcopies might just save our hardwoods. Cheers
-Team Pay/Less


World Para-Athletics Championships: Drysdale and Haggo take race running gold
by Katie FalkinghamBritain's Gavin Drysdale and Kayleigh Haggo were crowned the first ever race running world 100m champions as the event made its debut at the World Para-Athletics Championships in Dubai.
Haggo, 20, crossed the line in 18.32 seconds with team-mate Ellie Simpson taking silver.
In the men's event Drysdale, 18, won gold in 16.72 seconds, with fellow Brit Rafi Solaiman securing silver.
Both winning times were new world records.
Race running athletes have severe co-ordination impairments and run with the support of a three-wheeled frame.
European champion Drysdale said: "I can't believe I just did that.
"It's absolutely amazing to have race running included in the Worlds here in Dubai. It opens up the door for people like me to compete at the highest level.
"I remember watching London two years ago wishing I could compete at the Worlds one day so to be here two years later is a bit surreal."
"It's amazing, I can't put into words how I feel," Haggo told BBC Sport.
"It's a massive honour. I hope to inspire others to take up race running."
Haggo and Drysdale's coach, Janice Eaglesham, passed away in July.
"I want to dedicate this gold medal to my late coach Janice, she would be so proud," Drysdale added.
Elsewhere on the final day of the World Championships, Jordan Howe finished sixth in the T35 100m.
Isaac Towers and Ben Rowlings finished sixth and seventh respectively in the T34 800m final.
Great Britain finish the World Championships on 29 medals, including 13 golds.
That puts them third in the medal table, behind China and Brazil.


A object that can be used to make authenticated request by a {@link_Session}.
Generated using TypeDoc
A object that can be used to make authenticated request by a {@link_Session}.


Be Prepared for your next Interview as a Programmer :: The Cake Cutting Machine Scenario
Some companies are beginning to use what they probably feel are innovative ways to assess the technical skills of their propsective employees by using little mind-game tests such as the one we recently ran into as stated below:
The Scenario
Imagine you are being asked to work with a cake cutting machine that can make a single cut on a sqaure cake. There is no way to read the coordinates of the corners but you can program the machine to make a single cut using any orientation of the cutting blade. Also assume the cakes are being arranged so the blade will make a cut as requested.
How many ways are there to cut a sqaure cake into two equal pieces ?
We can all agree the following cuts will work.
Cuts One and Two are mirror images of each other but they are two distinct cuts.
Cuts Three and Four are also mirror images of each other.
Now this is where things begin to get a bit interesting because after 4 cuts we have exhausted the obvious ways to slice the cake. Notice the point where the cut begins is exactly the same distance from where the cut ends at the opposite side of the cake.
Keep in mind one of the constraints was that there was NO WAY to determine the coordinated of the four corners but obviously this constraint was magically relaxed by the Interviewer because, one assumes, the goal was not to determine how many ways to cut the silly cake but rather to see what happens when the constraints were magically changed. This then becomes less of a test to assess the programming skills of an individual but more of a way to determine how well someone will react to the B.S. one may be faced with while doing their job. Keep in mind nobody was asked to write any code for this Scenario.
Cut Six is of course a mirror image of Cut Five - there are two more cuts that are simple variations of this theme.
Notice the fact that Cuts Five and Six as well as Seven and Eight all cross through the center of the sqaure. Isn't this interesting ?
So now that we know the last four Cuts traversed the center we can simply overlay a circle on top of the sqare to make it easier to determine the center of the square for the next series of cuts.
Now let's postulate here that there are 360 cuts we could make were we to rotate the cutting blade about the center of the circle since we know we have been cutting through the center of this imaginary circle during the previous 8 cuts. In fact we now know the previous 8 cuts were simply the obvious examples of the cake having been cut through the center of the imaginary circle.
How many cuts could be made to split a square cake into two equal parts ? Logic and Mathematics suggests there would be an infinite number of cuts since there are an infinite number of points on a line even if the line forms the circumference of a circle.
The correct answer given the original constraints however, assuming the mythical cake cutting machine even exists at all, is there cannot be any more cuts than there are degrees in a circle divided by the width of the cutting blade and the machines ability to rotate the cutting blade about the center of the circle. Most stepping motors are not able to step using infinitely tiny measurements and the blade may not even be able to be rotated 360 degrees due to physical limitations on how the blade is to be positioned.
The bottom line on all this is it doesn't matter how many cuts can be made into a sqaure cake to make two equal parts. The Interviewer will not allow the constraints to remain constant long enough for an answer to be given because the problem doesn't even matter and therefore the solution doesn't even matter.
Be mindful not to piss-off the Interviewer by giving a glib answer too quickly. You should appear to take your time with the puzzle and you should at-least point out the 8 obvious cuts since the Interviewer will assume this is a trick question and will want to see some kind of proof for your responses. Also be sure to let the Interviewer know you know there are many more cuts than the 8 obvious cuts since you know the cuts are all going through the center of the cake because the goal is to make two equal parts which means both parts must be mirror images and therefore all cuts must traverse the center of the imaginary circle than can be placed within the borders of the cake's edges.
And now a word from our sponsors...
This Blog is currently running on ezCluster™ and is powered by ezAJAX™. Just give it a test-drive and then get ready to download and experience ezAJAX™ for yourself. In the meantime we are developing our web presence for ezAJAX™ which will be based on our Geonosis™ Database Engine.


Optimizing Performance
Working with PSI efficiently
Avoid PsiElement
methods which are expensive with deep trees
getText()
traverses the whole tree under the given element and concatenates strings, consider textMatches()
instead.
getTextRange()
, getContainingFile()
, getProject()
traverse the tree up to the file, which can be long in very nested trees. If you only need PSI element length, use getTextLength()
.
File and project often can be computed once per some analysis and then stored in fields or passed via parameters.
Additionally, getText()
, getNode()
, getTextRange()
, etc., all need AST, which can be quite an expensive operation. See below.
Avoid loading too many parsed trees or documents into memory at the same time
Ideally, only AST nodes from files open in the editor should be present in the memory. Everything else, even if it’s needed for resolve/highlighting purposes, can be accessed via PSI interfaces, but its implementations should use stubs underneath, which are less CPU- and memory-expensive.
If stubs don’t suit your case well (e.g., the information you need is large and/or very rarely needed, or you’re developing a plugin for a language whose PSI you don’t control), you can create a custom index or gist.
You can use AstLoadingFilter
in production and PsiManagerEx.setAssertOnFileLoadingFilter()
in tests
to ensure you’re not loading AST accidentally.
The same applies to documents: only the ones opened in editors should be loaded. Usually, you shouldn’t need document contents (as most information can be retrieved from PSI). If you nevertheless need documents, consider saving the information you need to provide in a custom index or gist to get it more cheaply later. If you still need documents, then at least ensure you load them one by one and don’t hold them on strong references to let GC free the memory as quickly as possible.
Cache results of heavy computations
These include PsiElement.getReference(s)
, PsiReference.resolve()
(and multiResolve()
and other equivalents),
expression types, type inference results, control flow graphs, etc.
Usually, CachedValue
works well.
If the information you cache depends only on a subtree of the current PSI element
(and nothing else: no resolve results or other files), you can cache it in a field in that PsiElement
and drop the cache
in an override of ASTDelegatePsiElement.subtreeChanged()
.
Improving indexing performance
Avoid using AST
Use lexer information instead of parsed trees if possible.
If impossible, use light AST which doesn’t create memory-hungry AST nodes inside, so traversing it might be faster. Make sure to traverse only the nodes you need to.
For stub index, implement LightStubBuilder
. For other indices, you can get the light AST manually
via ((PsiDependentFileContent) fileContent).getLighterAST()
.
Consider prebuilt stubs
If your language has a massive standard library, which is mostly the same for all users, you can avoid stub-indexing it
in each installation by providing prebuilt stubs with your distribution. See PrebuiltStubsProvider
extension.
Avoiding UI freezes
Don’t perform long operations in UI thread
In particular, don’t traverse VFS, parse PSI, resolve references or query FileBasedIndex
.
There are cases when the platform itself invokes such expensive code (e.g., resolve in AnAction.update()
).
We’re trying to eliminate them. Meanwhile, you can try to speed up what you can in your language, it’ll be beneficial anyway, as it’ll also improve
background highlighting performance.
WriteAction
s currently have to happen on UI thread, so to speed them up, you can try moving as much as possible
out of write action into a preparation step which can be then invoked in background (e.g., using ReadAction.nonBlocking()
).
Don’t do anything expensive in event listeners. Ideally, you should only clear some caches.
You can also schedule background processing of events, but be prepared that some new events might be delivered
before your background processing starts, and thus the world might have changed by that moment or
even in the middle of background processing. Consider using MergingUpdateQueue
and ReadAction.nonBlocking()
to mitigate these issues.
Massive batches of VFS events can be pre-processed in background, see AsyncFileListener
(2019.2 or later).
Don’t block EDT by long non-cancellable ReadAction
s in background threads
See General Threading Rules, especially its section on Read Action Cancellability.


The maximum number of containers that this provider is allowed to run in total (value is independent of the template/image).
Note that containers which have not been created by Jenkins are not included in this total.
A negative value, or zero, or<PHONE_NUMBER> all mean "no limit" is imposed on the provider as a whole, although per-template instance limits (if any) will still apply.
Defaults to 100.


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--- title: "An introduction to the US Federal Budget with R by Stephen" slug: "oct2018" date: 2018-10-16 ---
The budget of the United States Federal Government is often a contentious issue. This presentation will provide a ‘rough’ introduction, covering where to get the data, provide a breakdown of the numbers, and links to other resources.


SELECT * FROM order_items \
LEFT OUTER JOIN orders \
ON order_items.order_id = orders.id
{: .-wrap}
Joins are typically added to SELECT
statements to add more columns and records.
SELECT * FROM `A` INNER JOIN `B`
{: .-setup}
┌────────┐
│ A ┌───┼────┐
│ │ ∩ │ │
└────┼───┘ B │
└────────┘
{: .-box-chars.-setup}
| Join | What |
|---|---|
| Inner join | ∩ |
| Left outer join | A + ∩ |
| Right outer join | ∩ + B |
| Full outer join | A + ∩ + B |


Returns a flat list from a given nested structure.
tf.compat.v1.nest.flatten
tf.compat.v2.nest.flatten
tf.nest.flatten( structure, expand_composites=False )
If nest is not a sequence, tuple, or dict, then returns a single-element list: [nest].
In the case of dict instances, the sequence consists of the values, sorted by key to ensure deterministic behavior. This is true also for OrderedDict instances: their sequence order is ignored, the sorting order of keys is used instead. The same convention is followed in pack_sequence_as. This correctly repacks dicts and OrderedDicts after they have been flattened, and also allows flattening an OrderedDict and then repacking it back using a corresponding plain dict, or vice-versa. Dictionaries with non-sortable keys cannot be flattened.
Users must not modify any collections used in nest while this function is running.
structure
: an arbitrarily nested structure or a scalar object. Note, numpy
arrays are considered scalars.expand_composites
: If true, then composite tensors such as tf.SparseTensor
and tf.RaggedTensor are expanded into their component tensors.A Python list, the flattened version of the input.
TypeError
: The nest is or contains a dict with non-sortable keys.


this div has width 100%-200px;
the above button has width 200px;
this div has width 100% /2;
this div has width 100% /2; with float right;
this div has width 30% * 3 (i.e:90%);
this div has height 100% /2 and width 90%;


Who we are?
EvalAI is built by a team of open source enthusiasts working at CloudCV. CloudCV aims to make AI research reproducible and easily accessible. We want to reduce the barrier to entry for doing research and make it easier for researchers, students and developers to develop and use state-of-the-art algorithms as a service.
What we do?
With EvalAI, we want to standardize the process of evaluating different methods on a dataset and make it simple to host a competition. Comparing a new method with other existing approaches is an essential component of research and this process has traditionally been affected by difference in evaluation metric implementation, different splits of the dataset or minor modifications in the algorithm. This makes it extremely hard to reproduce numbers from published papers and reliably compare your method with other existing approaches. By building EvalAI, we hope to make this easier by standardizing the dataset splits, evaluation metrics and by maintaining a public leaderboard of hosted challenges.


Porting GCC requires two things, neither of which has anything to do with GCC. If GCC already supports a processor type, then all the work in porting GCC is really a linker issue. All GCC has to do is produce assembler output in the proper syntax. Most of the work is done by the linker, which is described elsewhere.
Mostly all GCC does is format the command line for the linker pass. The
command line for GCC is set in the various config subdirectories of gcc.
The options of interest to us are CPP_SPEC
and
STARTFILE_SPEC
. CPP_SPEC sets the builtin defines for your
environment. If you support multiple environments with the same
processor, then OS specific defines will need to be elsewhere.
STARTFILE_SPEC
Once you have linker support, GCC will be able to produce a fully linked executable image. The only part of GCC that the linker wants is a crt0.o, and a memory map. If you plan on running any programs that do I/O of any kind, you'll need to write support for the C library, which is described elsewhere.


description = "ContactForm Template" [menu mainMenu] start = "id-1" activeNode = "0" listItemClasses = "item" primaryClasses = "nav nav-pills" secondaryClasses = "dropdown-menu" numberOfLevels = "3" [breadcrumbs] main-ol-class = "breadcrumb" active-class = "active" disabled-class = "disabled" [ScrollTop] speedScrollTopLynx = "300" sizeScrollLynx = "50" positionScrollLynx = "bottomright" UnitScrollLynx = "%" horizontalUnitsScrollLynx = "2" verticalUnitsScrollLynx = "7" arrowColorScrollLynx = "#000" arrowHoverColorScrollLynx = "#2E2E2E" backgroundColorScrollLynx = "#FFF" backgroundHoverColorScrollLynx = "#E6E6E6" [editable] file = "MainContentArea.htm" [session] security = "all" [plusOne] data-href = "{{ :slug }}" data-size = "tall" data-annotation = "inline" data-align = "left" data-expandTo = "top" data-recommendations = "0" lang = "de" [like fblike] data-action = "like" data-colorscheme = "light" data-href = "{{ :slug }}" data-kid-directed-site = "0" data-layout = "standard" data-show-faces = "0" lang = "de" [followButton twitterFollow] user = "Loopshape" size = "medium" align = "left" show-count = "1" show-screen-name = "1" dnt = "0" lang = "de" [vote] poll = "1" ==
{% partial "assets/meta" %}


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Easily explore data by creating ggplots through a (shiny-)GUI. R-code to recreate graph provided.
| Version: | 1.0.0 |
| Depends: | R (≥ 3.3.2) |
| Imports: | plotly, shiny, ggplot2, stringr, readr, haven, readxl, RColorBrewer |
| Published: | 2017-07-08 |
| Author: | Gert Stulp [aut, cre] |
| Maintainer: | Gert Stulp <g.stulp at rug.nl> |
| BugReports: | https://github.com/gertstulp/ggplotgui/issues |
| License: | GPL-3 |
| URL: | https://github.com/gertstulp/ggplotgui/ |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | ggplotgui results |
| Reference manual: | ggplotgui.pdf |
| Package source: | ggplotgui_1.0.0.tar.gz |
| Windows binaries: | r-devel: ggplotgui_1.0.0.zip, r-release: ggplotgui_1.0.0.zip, r-oldrel: ggplotgui_1.0.0.zip |
| OS X binaries: | r-release: ggplotgui_1.0.0.tgz, r-oldrel: ggplotgui_1.0.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=ggplotgui to link to this page.


Kaohsiung, on Taiwan’s SW coast, is the country's second largest city and its largest port, as well as one of the major container ports of the world. It is very cosmopolitan in character and a vibrant commercial centre. Unfortunately its many any industries result in a frequent layer of smog.
Location 22°37' N, 120°15' E (main harbour).
Once inside the main port, proceed to the security wharf (port side). You cannot not miss it, all the personnel wear vivid orange overalls.
There, Immigration, Quarantine and Marina officials will ask permission to board. They are likely to do a quick search and check you are healthy. The marina official will accompany the boat to the marina and help with the paperwork and also, possibly, getting money from the bank, a phone SIM card and arranging internet access.
If a boat or ship weighs over 20 ton they must have a pilot to exit or enter Kaohsiung. This applies to local and foreign vessels.
Contact Peter Pan well in advance to secure a space at the Shaochuantou Marina. He is usually able to accommodate you, but space is very limited.
Yachts must enter through the North Entrance (022 37.1683 N, 120 15.3784 E). Contact "KAOHSIUNG VTS" on VHF Channel 11. You might be approached by Coast Guard vessel, especially at night.
It might take the watch at the port control tower a while to understand that you are a sailboat (if that is the case). They might ask you to increase speed, change course, etc. Patiently explain your situation if you are sailing and cannot comply to their satisfaction. If you don't have an AIS, explain soon otherwise they will be confused as to why they cannot see you.
When the behind the breakwater, pass through a narrow channel and proceed to a Coast Guard check point (022 37.0305 N, 120 16.0464 E).  Watch out for the pilot boats and fishermen, rules of the road or common courtesy does not apply.
Last updated May 2012.


Welcome to the UCI U54 Cancer Systems Biology (CaSB) Center Data Portal! This portal aims to help facilitate data and methods sharing between researchers of the various projects at UCI CaSB. The portal heavily borrows from the Broad Institute's GenePattern Server, GenePattern Notebook and Notebook Repository as its underlying workflow engine and data sharing framework.
This resource is here to help you run your own Single Cell RNAseq analyses through the creation of interactive "notebooks." These notebooks are designed to help you explore, track and reproduce your research, all the way from its conception through its dissemination.
To get started, we recommend beginning with the GenePattern Notebook Tutorial.
The GenePattern Notebook Repository at UCI CaSB provides an variety of public notebooks, which can serve as templates or examples when creating your own. These notebooks can be accessed from the "Notebook Library" tab at the top of this page. (You may need to close this dialog in order to see the tab.)
To open a public notebook, first look through the list and find one that interests you, then click on the notebook's name to open a dialog with the full description. This dialog will have a "Get a Copy" button. If you click this button a copy of the notebook will be made to your workspace. Click the button and then navigate back to the "Files" tab. A copy of the notebook will now be among your files. Simply click the copy to run the notebook and reproduce its contents.
To create your own notebook from scratch, click the "New" dropdown and select either Python or R kernel. In addition, you can start a Rstudio session that will open in a separate tab. Programming knowledge is not required to use GenePattern Notebooks, but its use remains available to you if you are a coder.
This will open a new blank notebook. To begin an analysis that will run on the UCI HPC cluster, select any cell and change the cell type to "GenePattern." For more information, see the GenePattern Notebook Tutorial.


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{% extends "minimal-layout.html" %} {% block page_title %} NHS Service finder {% endblock %} {% block content %} Back Patient information Patient information GP not known, or no GP Patient's GP (optional) Find patient's GP by name, surgery, town Enter a minimum of 3 characters GP - Sussex - West Hoathly Surgery (Branch) - East Grinstead GP - Ashmore Park Surgery, Griffiths Drive, Wolverhampton GP - Barnsley, South Yorkshire (Grimethorpe Surgery) GP - Barnsley, SYorkshire (The Cudworth Centre, branch of Grimethorpe Surgery) GP - Bassetlaw (Misterton Group Practice, Gringley - Branch of Riverside HC) GP - Berry Lane Medical Centre - (Longridge) GP - Fellview Healthcare Limited - (Griffin Close Surgery Branch) - Cumbria GP - Griffins Brook Medical Centre (Bournville-Birmingham) GP - Grimsby, NELincs (Birkwood Medical Centre) GP - Grimsby, NELincs (Chantry Health Group) GP - Grimsby, NELincs (Core Care Family Practice - Formerly Dr R Kumar) GP - Grimsby, NELincs (Dr AP Kumar & Partners - Stirling St) GP - Grimsby, NELincs (Dr A Sinha) GP - Grimsby, NELincs (Dr Babu - Branch) GP - Grimsby, NELincs (Dr Babu - Weelsby View) GP - Grimsby, NELincs (Dr Biswas-Saha) GP - Grimsby, NELincs (Dr Chalmers and Meier - Weelsby View) GP - Grimsby, NELincs (Dr R Mathews - Cromwell Rd Branch) GP - Grimsby, NELincs (Dr R Mathews - Stirling Street) GP - Grimsby, NELincs (Fieldhouse Medical Group) GP - Grimsby, NELincs (Greenlands - Stirling St - formerly Dr Bedi) GP - Grimsby, NELincs (Healing Health Centre) GP - Grimsby, NELincs (Humberview Surgery) GP - Grimsby, NELincs (Littlefield Practice - Dr Collett & Partners) GP - Grimsby, NELincs (Open Door Practice) GP - Grimsby, NELincs (Pelham Medical Group) GP - Grimsby, NELincs (Quayside Medical Centre) GP - Grimsby, NELincs (Raj Medical Centre) GP - Grimsby, NELincs (Roxton at Weelsby View) formerly Ashwood GP - Grimsby, NELincs (Roxton Practice, Weelsby View - formerly Dr Jethwa) GP - Grimsby, NELincs (Scartho Medical Centre) GP - Grimsby, NELincs (Woodford Medical Centre) GP - Grimston Medical Centre - Grimston, Norfolk GP: Longrigg Medical Centre (GATDOC) GP - Maghull Family Surgery (Formerly Dr Griffiths) - Westway - Maghull GP - Medway - Stonecross and West Drive Srgries Chatham- Brnch GP Practice: The Old Court House Surgery (Dr Grice & Partners), Sutton, London GP - Stonebridge Surgery Longridge - Preston GP - Sussex - Grove House Surgery - Arthur Griffiths Clinic (branch) GP - Sussex - Judges Close Surgery - East Grinstead GP - Sussex - Moatfield Surgery - East Grinstead GP - Sussex - Ship Street Surgery - East Grinstead Next {% endblock %}
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Nifty outlook and top trading ideas by CapitalVia: Buy TVS Motors, RIL
Technical Calls by Gaurav Garg, Head of Research at CapitalVia Global Research Limited- Investment Advisor
by Gaurav GargAhead of expiry, Market traded lower on Wednesday ahead of expiry; Nifty may test level of 11,700
Market traded with negative sentiments throughout the day on Wednesday on weaker global cues along with a weaker currency. Nifty closed at 11,840.45 shading 73 points. Media, PSU banks traded with red mark throughout the day and were the biggest losers among indices. Nifty bank closed at 30,541.50 losing 574 points from the previous day’s closing.
As per weekly option data, handful of Put unwinding on strikes ranging from 11,850 to 12,000 which shows Nifty is witnessing weakening support in the zone of 11,850 which is very important to watch for on Thursday ahead of weekly expiry. Call writing on higher strikes ranging of 11,850 to 12,100 shows market is likely to face resistance at higher levels. Traders should try to book profits at higher levels as market has maximum call OI at 12,000 which will act as major resistance levels for the weekly expiry, but 11,800 will act as support as maximum OI for the puts stands here.
However, if somehow Nifty is able to breach the level of 11,800, it will lead to sell-off which opens risk of correction up to 11,650. Therefore, traders should be cautious and should sell on higher levels every spike keeping close eye on 12,000.
We recommend buying can see a big momentum in following stocks:
Buy - TVS Motors ltd. (Above Rs 464.50)
Target: Rs 494
Stop loss: Rs 446
The stock is witnessing resistance breakout from the levels of 464.50, moreover, it is taking firm support from its important averages and gave closing above the resistance level and breaching this level can result in a good upside momentum.
Considering the technical evidence discussed above, we recommend buying the stock above Rs 464.50 for the target of Rs 494, keeping a stop loss at Rs 446 on closing basis.
Buy - Reliance Industries ltd. (above Rs 1476.20)
Target: Rs 1,575
Stop loss: Rs 1,425
After consolidating in a narrow range, stock has formed a bullish flag pattern and has given a breakout from level of 1,475, and further strength from the levels of 1,476.20 will lead to a bullish movement. We recommend buying the stock at Rs 1,476.20 for the target of Rs 1,576, keeping a stop loss at Rs1,425 on closing basis.
Disclaimer: The analyst does not hold position in any of the stocks mentioned above.


Rutgers University - Coding Bootcamp
A software developer by trade, I live in upstate New York with my wife and two dogs. I enjoy cooking, board games with friends, and the occasional trip abroad when there isn't a global pandemic.
Recently I've been expanding my skill set. Through Rutger University's coding bootcamp, I've been learning about full stack development. We're currently studying NoSQL and MongoDB.
Ten years of experience in the insurance industry has left me with more than just coding experience. I'm able to bridge the communication gap between highly technical users and less tech saavy business users.
I'm used to working with tight deadlines that can shift abruptly with new regulations. It's made me flexible and skilled at adjusting project plans on the fly.
Rutgers University - Coding Bootcamp
Pennsylvania State University - Bachelor of Information Science and Technology
NodeJS, Express, Bootstrap, StepWise, JavaScript, CSS, SQL, JSON, VBA
Or check out everything I've done on GitHub
You can contact me via email at<EMAIL_ADDRESS>or via a message on LinkedIn or GitHub


For maximum smoothness, movement events (those other than first/last) should be delivered exactly once per frame, just before rAF. Today this is done by Android Jelly Bean and later and iOS 9. We're planning on doing this in Chrome itself when not supported by the underlying OS / hardware. If present, the times in paranthesis represent the timestamps of events from getCoalescedEvents.


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ParsingData Class
Definition at line
35
of
ParsingData.hpp
Constructors
ParsingData
(
int
numRules)
Member Functions
Context
*
GetContext
(
int
ruleId)
const
void
PopContext
(
int
ruleId)
void
PushContext
(
int
ruleId,
Context
* context)
Member Variables
std::vector<
RuleData
>
ruleData
Constructor Details
ParsingData Constructor
cmajor::parsing::ParsingData::ParsingData(
int
numRules)
Definition at line
14
of
ParsingData.cpp
:
15
{
16
ruleData
.
resize
(
numRules
)
;
17
}
Declaration at line
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of
ParsingData.hpp
Member Function Details
GetContext Member Function
Context
* cmajor::parsing::ParsingData::GetContext(
int
ruleId)
const
Definition at line
50
of
ParsingData.hpp
:
51
{
52
Assert
(
ruleId
>=
0
&&
ruleId
<
ruleData
.
size
(
)
,
"invalid rule id"
)
;
53
return
ruleData
[
ruleId
]
.
context
.
get
(
)
;
54
}
PopContext Member Function
void
cmajor::parsing::ParsingData::PopContext(
int
ruleId)
Definition at line
45
of
ParsingData.hpp
:
46
{
47
Assert
(
ruleId
>=
0
&&
ruleId
<
ruleData
.
size
(
)
,
"invalid rule id"
)
;
48
ruleData
[
ruleId
]
.
context
.
reset
(
ruleData
[
ruleId
]
.
contextStack
.
Pop
(
)
)
;
49
}
PushContext Member Function
void
cmajor::parsing::ParsingData::PushContext(
int
ruleId,
Context
* context)
Definition at line
39
of
ParsingData.hpp
:
40
{
41
Assert
(
ruleId
>=
0
&&
ruleId
<
ruleData
.
size
(
)
,
"invalid rule id"
)
;
42
ruleData
[
ruleId
]
.
contextStack
.
Push
(
ruleData
[
ruleId
]
.
context
.
release
(
)
)
;
43
ruleData
[
ruleId
]
.
context
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reset
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--- layout: post tags: [AutoFixture, Unit Testing, xUnit.net] date: 2013-02-12 13:45:36 UTC title: "String Calculator kata with Autofixture exercise 4" --- {% include JB/setup %}
This is the fourth post in a series of posts about the String Calculator kata done with AutoFixture.
This screencast implements the requirement of the kata's exercise 4.
If you liked this screencast, you may also like my Pluralsight course Outside-In Test-Driven Development.
Comments
Also I wonder what if you have error in summing? Error will show sth. like: Expected 34212, was 19857. How do you know what numbers where generated by int generator?
Unit tests that leverage AutoFixture tends to be terser and more declarative in nature than more traditional unit tests, which tend to look more imperative. Like every other new thing, it takes some time getting used to.
That said, there are things about the String Calculator kata that makes it a less than ideal fit for AutoFixture. The problem with the kata is that it's essentially just a bunch of more or less arbitrary rules (throw on negative numbers, ignore numbers bigger than 1000, support custom delimiter strings, etc.) There's no real domain being modelled here.
If there had been a more proper domain, a refactoring phase would probably have prompted me to redesign the API and introduced a custom Delimiter Value Object that I could have requested in the test, instead of requesting a Generator. That would have made the test even terser, but also, IMO, more readable. However, I didn't want to do that in this screencast, as I was concerned it would be too much of a digression.


条件状语从句和虚拟语气
条件状语从句分为两大类：
- 真实条件状语从句，是指可能会发生的事情（大概率事件）。比如，如果我明天发了工资，我就请你吃饭。
- 虚拟语气，是指几乎不可能发生的事情（小概率事件）。比如，如果明天我彩票中了500万，我就请你吃饭。
在汉语中，这两类句子很好区分，然而在英语中则不然，一定要通过动词的变化，来达到不同的意思。
一、真实条件状语从句
1.1、if（如果…）
if后面可以加then，如果then省略了，也隐含在句子的意思里。if引导的条件状语从句，主要用来表示客观事实和将来可能发生的情况。
在表示客观事实时，从句用一般现在时，主句用一般现在时或现在进行时，即“主现从现”。
- If I eat too much, I feel uncomfortable.
- If you can’t beat them, join them
- If you drink and drive, you are breaking the law.
在表示将来可能发生的情况时，从句用一般现在时，主句用一般将来时，即“主将从现”。此时主句的will表示肯定或很可能发生的事情。
If you park your car in the wrong place, a traffic policeman will soon find it.
You will be very lucky if he lets you go without a ticket.
If she comes, she will get a surprise.
注：如果主句的肯定程度不是很高，就可以用别的情态助动词代替will
Are you successful in language learning? If it is less successful, you should do well to try the above ways.
If they are not brought to the surface soon they may lose their lives.
If the students are interested in sports, they can join different sports clubs.
如果在条件状语从句中出现了will，不是将来时，而是表示意愿。
- If I will prepare, my chance will come someday.
- If a man will not seek knowledge, it will not seek him.
1.2、unless（除非…）
unless引导的条件状语从句，时态通常都是一般现在时，而且主句常常是否定句。
- All dreams are of no value unless they are followed by action.
- I won’t call you, unless something unexpected happens.
1.3、其它比较常用的连接副词
下面是一些比较常用的连接副词：
- suppose / supposing (that)
- on condition that
- so long as / as long as
- providing / provided (that)
- assuming
- once
- in case
例句：
- In case you fail, don’t be discouraged. Keep trying.（从句一般现在时，主句一般现在时）
- Suppose you make some mistakes, it’s not the end of the world.（从句一般现在时，主句一般现在时）
- We can do whatever we wish to do provided (that) our wish is strong.（从句一般现在时，主句一般现在时）
- Assuming you are willing to work hard, I see a great future waiting for you.（从句一般现在时，主句一般现在时）
- So long as there’s something to identify, we will give people there money back.（从句一般现在时，主句一般将来时）
- My parents don’t mind what job I do as long as I am happy.（从句一般现在时，主句一般现在时）
- You’ll like her once you get to know her.（从句一般现在时，主句一般将来时）
1.4、only if（只有…才） & if only（只要…就）
- He can continue to support himself and his family only if he produces a surplus.
- Only if I get a job will I have enough money to go to school.（only if放句首，主句要倒装）
- The Almighty has given men arms long enough to reach the stars if only they would put them out.
注：only if前可以加上but
- I’ll do that, but only if we set a few rules.
1.5、翻译练习
- 如果我熬夜（stay up）过半夜，第二天早上起来看起来就很糟。
- 如果你接受这份昂贵的礼物，就是在受贿了（take a bribe）。
- 如果明天下雨，我们将取消这个活动。
- 你们大火如果形成团队（team up），可能有助于形成一个双赢的（win-win）局面。
- 除非你加紧用功，否则你就不能通过考试。
二、虚拟语气的常规用法
在汉语中，虚拟语气是通过语境实现的。而在英语中，则是通过谓语动词的变化实现的。虚拟语气的常规构成方式如下：
- 现在虚拟：从句一般过去时（be用were），主句过去将来时（would可改成should，might，could）
- 过去虚拟：从句过去完成时，主句过去将来完成时（would可改成should，might，could）
- 将来虚拟：从句should + 动词原形，主句过去将来时（would可改为should，might，could）
2.1、现在虚拟：从句一般过去时，主句过去将来时
现在虚拟中的“现在‘，不一定是发生在现在的事情，也可能是”常态“，也就是对客观事实的虚拟。比如”如果太阳从西边出来，中国队就能打败巴西队“。
- ‘Young man,’ she answered, ‘if you ate more and tallked less, we would both enjoy our dinner!’
- The tunnel would be well-ventilated if tall chimneys were built above sea-level.
- This would solve the problem of ventilation, for if a train entered this tunnel, it would draw in fresh air behind it.
- If they knew how difficult it was to drill through the hard rock, they would lose heart.
2.2、过去虚拟：从句过去完成时，主句过去将来完成时
在描述过去时，做一个假设。比如“如果不是因为那时英国人害怕入侵，隧道早已建成了。”
- If, at the time, the British had not feared invasion, the tunnel, would have been completed.
- If the Houses of Parliament had not been burned down in 1834, the great clock would never have been erected.
- If there had not been a hard layer of rock beneth the soil, they would have completed the job in a few hours.
2.3、将来虚拟：从句should + 动词原形，主句过去将来时
表示在未来发生的事情， 表达一种可能性，比较少见的用法。
If peter should come again, I would throw him out.
2.4、翻译练习
- 如果当时你帮助我的话，我就可以完成任务了。
- 要是我是你，我会坐地铁去那儿。
- 如果我有100万美元，我就会买一套豪华别墅。
- 万一火山爆发了，有可能造成一场可怕的灾难。
三、条件状语从句转化为分词短语
当分词短语表条件时，但从分词短语本身，是看不出真实和虚拟的，只有从句的时态才能看出来。
- Cooked in wine, snails are a great luxury in various parts of the world.（因为主句是一般现在时，所以本句的分词短语是真实条件，相当于真实条件状语从句If snails are cooked in wine, …）
- Weather permitting, we’ll go fishing.（因为主句是一般将来时，所以本句的分词独立主格结构是真实条件，相当于真实条件状语从句If weather permits, we’ll go fishing.）
- Added to steel, chromium increases the metal’s hardness.（相当于真实条件状语从句If chromium is added to steel, it increases the metal’s hardness.）
- Given more time, I would be able to complete it.（相当于虚拟条件状语从句If I were given more time, I would be able to complete it.）
- Given the right kind of training, these teenage soccer players may one day grew the international stars.
四、虚拟语气的特殊用法
与客观真理相反的强烈虚拟语气，从句用were to + 动词原形，主句用过去将来时（would可改为should，might，could）
- If I were to live my life over again, I would have you as my wife.
- If the sun were to rise in the west, I would marry you.
主观意志动词之后的宾语从句，要使用助动词should（可省略）。这类动词主要有3大类：“建议（suggest，advise，propose）”，“要求（demand，require，request，insist）”，“命令（order，command）”
- He suggested that a double railway tunnel (should) be built.
- In life, your goals may require that you (should) try different approaches and persevere.
should (ought to) have + 过去分词，表示与过去事实相反的推测，译为“早应，本应该…”
He should have known that the police would never allow this sort of thing.
Those who failed to get in need not have felt disappointed as many of the artistes who should have appeared did not come.

注：这里绝对不能说he ought to go along，它的意思是“只是他做某件事情”。
whether引导的让步状语从句，可用虚拟语气
Whether it be bird, fish or beast, the porpoise is intrigued with anything that is alive.
After all, all living creatures live by feeding on something else, whether it be plant or animal, dead or alive.
注：这种句型也可倒装，即去掉whether，把be放到从句句首。
Be it bird, fish or beast, the porpoise is intrigued with anything that is alive.
Be it a rock or a grain of sand, they sink as the same in water.
All students of English, be they native speakers or those who are studying English as a second language, will profit from this book.
wish后面的宾语从句，必须使用虚拟语气
- I wish he were here.（现在虚拟，用一般过去时）
- I wish I had kept faithful to my childhood dreams.（过去虚拟，用过去完成时）
- I wish you would keep on trying to improve your English.（将来虚拟，用过去将来时。would可改为should，might，could）
if only用于虚拟，表示“要是…该多好啊！”（时态变化同wish一样）
- If only he were here.
- If only I had known it earlier.
- If only I would make a lot of money.
as if / as though用于虚拟，表示“就像…一样”（时态变化同wish一样）
- He acted as if he had never lived in England before.
- I do not turn for protection to dreary cliches about respect of elders – as if mere age were a reason for respect.
- I felt as if I had stumbled into a nightmare country, as you sometimes do in dreams.
- It looks as if there would be an exciting race across the Channel.
would rather / would sooner用于虚拟，表示”宁可…“。现在和将来虚拟，均用一般过去时。过去虚拟，用过去完成时。
- I would rather you had more health than wealth.（过去虚拟）
- I would rather my father kept his mind and body active after he retires in three years.（将来虚拟）
- I would rather my son had become a doctor, but he became a teacher after graduating.（过去虚拟）
lest / in case / for fear的虚拟，表示“以防…”，谓语均要使用should（可省略） + 动词原形
- Weigh well your words lest they (should) be swords.
- Take time when time comes, in case it (should) steal away.
- We must not promise what we should not, for fear that we (should) be called on to perform what we cannot.
what if …？如果…会怎么样呢？
- What if he doesn’t agree?
- But what if your data do not support your hypothesis? Perhaps different experiments are needed.
翻译练习：
- 你若中了一亿美元，你可能会做什么？
- 如果我五年前遇到她，今天她可能就是我的妻子了。
- 我建议你把这篇作文撕掉，再从头开始写。
- 我们几个月前就该预见到这一困难。
- 既然已完成了工作，你本就应该好好休息一下。
- 所有物质，不论是气体、液体、或固体，都是由原子构成的。
- 我希望我能改掉吸烟的习惯。
- 我倒希望你当初别把这一切都告诉我。
- 我多么希望你妹妹能在这儿。
- 太疲倦了。如果明天能不上班多好。
- 玛丽对着我微笑，仿佛他已经了解我想要什么。
- 我们小声说话以免吵醒婴儿。
- 我要是没有买这栋房子又会怎么样呢？
本博客所有文章除特别声明外，均采用 CC BY-SA 4.0 协议 ，转载请注明出处！


:) Download ({{filename}}) You can go back to the front and edit another XML.


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{% extends "base.html" %} {% block container %}
1. Create a conference room via the button below, through one of our integrations or build your own integration via our API.
2. Share the URL of the room with anyone you'd like to chat with.
For example:
3. Join your conference room and start talking.
Note: your private conference room can be accessed by anyone with the URL. All rooms will be automatically disposed of after 24 hours from the time of creation. To create another room, simply repeat step one.
Be it Campfire or Hipchat. Use our Hubot plugin to do audio conference on any chat apps. No native audio conferencing support needed.
Make a POST request and the app will create your conference room and return the URL of it.
$ curl -XPOST http://voicechatapi.com/api/v1/conference/
{
"conference_name": "p12ygdwt1",
"conference_url": "http://voicechatapi.com/p12ygdwt1/"
}
Fork it, improve it, and delight people even more. Host this app on your own server and to unlock additional Plivo-powered features including:
1. Make outgoing phone calls to invite people to join your audio conference from their mobile phones.
2. Assign a regular phone number to your audio conference room through which people can join your room.
3. Disable automatic conference room disposal 24-hours upon room creation.


The download section contains all data that was compiled for DrugShot. It contains various drug pair similarity matrices as well as a preprocessed DrugRIF file. Drug association to biological terms is performed using the NCBI e-utilities API for PubMed.
AutoRIF
AutoRIF was built by querying the NCBI Eutilities API with all small molecules names from Drugmonizome and SEP-L1000 using the PUG-REST API. All PubMed IDs matching the small molecule query with associated publications are contained in this file. The file contains 7,992,745 small molecule associations to PubMed IDs.
DrugRIF was built by querying PubChem with all small molecules from Drugmonizome and SEP-L1000 using the PUG-REST API. All PubMed IDs matching the small molecule query with associated publications are contained in this file. The file contains 1,996,791 small molecule associations to PubMed IDs.
The pairwise drug L1000 signature similarity matrix was calculated using the L1000 drug-induced signature data from SEP-L1000. Differential gene expression was calculated using the Characteristic Direction method, and pairwise cosine similarity was computed between all drug signatures.


He directs you to his forge and you watch him create a sword. Even though this was not quite what you were intending, you soon find yourself forging your first nail. He helps you form the metal, and soon you find your technique. As you ask questions and grow more interested, the smithy sadly recognizes that you are not the chosen one. He takes you on as an apprentice and, gradually, the bond between you grows stronger as he becomes like a father to you.  Accepting that it was meant to be, you live happy and content in the shadow of the volcano, waiting for the true chosen one.


| DOSE: |
4 hits |
oral |
LSD |
(blotter / tab) |
Many a time have I taken the plunge into Timothy Leary's magnificent pool. The difference is that no matter how many times I dive into that same pond, I never know how deep it goes.
A while ago, a friend and I each had about 4 hits of high-powered blotter acid. It was actually a birthday present from him to me. So the day we decided to drop, we had called Matt over to babysit us. We kept talking wonderful things about my birthday the next day, and it had put me in such a phenomenal mood. Matt arrives and we each put our 1/2 inch by 1/2 inch square on our tongues, and wait. Patiently we wait. So patiently in fact that we had begun to think the worst about the expensive paper that rested firmly on our tongues.
Then it began.
I walked over to the sink and remembered thinking that the draining water looked more than a little funny. I turned to Ben and at the same time, he turned to me. We gave each other that look of intimate knowledge that this wait had not been for naught. We smiled, walked outside, and smoked a cigarette. The sun was setting, but that word is all too common. The sun was no longer setting. The sun was dancing, playing, and surrounding us with its mighty warmth. It was embracing us with the colorful horizon. All we could do was lie down on the porch and stare. We stared for hours at the sky. Stars were slowly brought into view on the backs of other constellations. I saw Leo frolic with the hunter, Orion. Scorpio left the big dipper in search of the next hapless soul to walk by.
I could see things move, patterns shift, and new shapes envelope the world around me. However, this time I wasn't as interested in these beautiful visions as I normally was. This time I wanted more, I was getting more, and wished that all could feel how happy I was, then and there. Ben was the same way. I thought for hours we had been having conversations and listening to the most beautiful music ever played by man. Every word he said was in tune with mine. Our words played off each other like instruments in an orchestra, the perfect accompaniment to each other. Such peace, such blissful harmony.
Matt came outside to check on us relatively often, but he was never really worried. He knew the better safe than sorry rule. Just knowing that I had a friend who cared enough to be my babysitter was enough.
By the time the LSD had peaked, plateaued, peaked, and plateaued once more, I realized that my temporary bliss was finally coming to its halt. The motion around me slowed to a lull. The colors were no longer showing off their splendor, but had now wrapped themselves around me. The music had dwindled to a muffled tune, but never quite went away. Instead it kept repeating itself, as if searching for something yet undone, unheard. I could hear the rhythm, and feel it's drumbeat.
I closed my eyes and thought.
Words began to offer themselves to me from the mouths of great poets of long times past. Homer added his philosophy, Faulkner leant me his strength, and TS Eliot gave me his poetic grasp of our language.
I opened my eyes and found a notebook. I began to write these words with the fervor of the great men. They had become my muses. They inspired me to put down all I could think to say, because otherwise it would've been lost. An hour passes by going at D-Lysergic speeds and I read what I have written. A smile spans the entirety of my face. I race down the stairs and began to read aloud the poem that had just come forth:
Tonight, I walk the stars again.
Wander my way past heaven.
Throughout the skies and outerspace,
I step up to my lonely place.
Against the laws, and deep within,
I parlay into that wonderful sin.
Where truths are false,
And false is true.
And no one knows but you.
Where colors change and eyes will shift
and you can watch continents drift
I think, 'But is it real?'
I scream, 'It seems so real!'
My tongue burning from dots before,
But I cannot taste it anymore.
We think. We feel. We breathe.
We lie awake and seethe.
Can we feel it changing us?
Does it tear in half our minds' axis?
Then our mouth and minds dissolve,
Crying and flying and feelings resolve.
Purer thoughts and clean absolve.
Drive us to the point that we evolve.
And then faces change, one by one,
To the father, the spirit, his only son.
'It is a religion,' Timothy had said.
And now the sky turns red, and walls have bled.
Emily tells us, 'It is a cleaver of the mind,'
Something that excels beyond this grand design,
Through a dot, a plane, a space, then time.
Let me be the first to welcome you,
To a non-linear dimension, friend.
With this one tiny droplet I can send
A man to his furthest depths.
And he will come back again.
Through the fire sermon, a game of chess,
And a burial of the dead,
One can split in two halves, a thought in their own head.
'We should listen to what the thunder said,'
Thomas Stearns had told us.
So the spinning ends, the light is real once more.
We can no longer see our music as we could before.
And although we still may feel it, we still may know
We still may never discover how deep feelings can go.
I hear the approval come from the two members of my audience, and a deafening applaud by the poets who had offered me the means to say exactly how I had felt for so long. I bowed to them; they ought not bow to me.
I slept hard that night with vivid, pleasant dreams, because I guess that LSD-25 is the stuff that dreams are made of.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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PESIK, Points Port Ports Rapid Regarding S.-F. Shu Sick Space State States, Surveill, Surveillance Types Viral WU, Wales, YANG, ZHANG, Zealand acquired active airport, algorithm analysis appropriate basis/ benefits board, bold characteristics collected commercial compared conceal concluded considering core countries. courier; crew crossings) declaration describes devices early effect effective em; emergencies entered examination) experience experiences experiences, facilities factors fever/ fulfilling handheld home identification illness implementation. implemented, inbound: inclusion incubating independently individuals initially inspection, isolation isolation, lack latest lists making measurement ministry neighboring noted notification objective observation organizations outbreaks overseas passed passing performed period period, personal population practices, presence proportion pt;} questionnaire, rapid reporting requirements response, response. reviewed road scan screening" social studies suggests targeting technical tested thermoscanner worldwide,


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Next: inline, Previous: dynamic-extent, Up: Evaluation and Compilation Dictionary
(type typespec {var}*)
(typespec {var}*)
typespec—a type specifier.
var—a variable name.
declaration or proclamation
variable
Affects only variable bindings and specifies that the vars take on values only of the specified typespec. In particular, values assigned to the variables by setq, as well as the initial values of the vars must be of the specified typespec. type declarations never apply to function bindings (see ftype).
A type declaration of a symbol defined by symbol-macrolet is equivalent to wrapping a the expression around the expansion of that symbol,
although the symbol’s macro expansion is not actually affected.
The meaning of a type declaration is equivalent to changing each reference to a variable (var) within the scope of the declaration to (the typespec var), changing each expression assigned to the variable (new-value) within the scope of the declaration to (the typespec new-value), and executing (the typespec var) at the moment the scope of the declaration is entered.
A type declaration is valid in all declarations. The interpretation of a type declaration is as follows:
During the execution of any reference to the declared variable within the scope of the declaration, the consequences are undefined if the value of the declared variable is not of the declared type.
During the execution of any setq of the declared variable within the scope of the declaration, the consequences are undefined if the newly assigned value of the declared variable is not of the declared type.
At the moment the scope of the declaration is entered, the consequences are undefined if the value of the declared variable is not of the declared type.
A type declaration affects only variable references within its scope.
If nested type declarations refer to the same variable, then the value of the variable must be a member of the intersection of the declared types.
If there is a local type declaration for a dynamic variable, and there is also a global type proclamation for that same variable, then the value of the variable within the scope of the local declaration must be a member of the intersection of the two declared types.
type declarations can be free declarations or bound declarations.
A symbol cannot be both the name of a type and the name of a declaration. Defining a symbol as the name of a class, structure, condition, or type, when the symbol has been declared as a declaration name, or vice versa, signals an error.
Within the lexical scope of an array type declaration, all references to array elements are assumed to satisfy the expressed array element type (as opposed to the upgraded array element type). A compiler can treat the code within the scope of the array type declaration as if each access of an array element were surrounded by an appropriate the form.
(defun f (x y) (declare (type fixnum x y)) (let ((z (+ x y))) (declare (type fixnum z)) z)) ⇒ F (f 1 2) ⇒ 3 ;; The previous definition of F is equivalent to (defun f (x y) ;; This declaration is a shorthand form of the TYPE declaration (declare (fixnum x y)) ;; To declare the type of a return value, it's not necessary to ;; create a named variable. A THE special form can be used instead. (the fixnum (+ x y))) ⇒ F (f 1 2) ⇒ 3
(defvar *one-array* (make-array 10 :element-type '(signed-byte 5))) (defvar *another-array* (make-array 10 :element-type '(signed-byte 8))) (defun frob (an-array) (declare (type (array (signed-byte 5) 1) an-array)) (setf (aref an-array 1) 31) (setf (aref an-array 2) 127) (setf (aref an-array 3) (* 2 (aref an-array 3))) (let ((foo 0)) (declare (type (signed-byte 5) foo)) (setf foo (aref an-array 0)))) (frob *one-array*) (frob *another-array*)
The above definition of frob is equivalent to:
(defun frob (an-array) (setf (the (signed-byte 5) (aref an-array 1)) 31) (setf (the (signed-byte 5) (aref an-array 2)) 127) (setf (the (signed-byte 5) (aref an-array 3)) (* 2 (the (signed-byte 5) (aref an-array 3)))) (let ((foo 0)) (declare (type (signed-byte 5) foo)) (setf foo (the (signed-byte 5) (aref an-array 0)))))
Given an implementation in which fixnums are 29 bits but fixnum arrays are upgraded to signed 32-bit arrays, the following could be compiled with all fixnum arithmetic:
(defun bump-counters (counters) (declare (type (array fixnum *) bump-counters)) (dotimes (i (length counters)) (incf (aref counters i))))
(typespec {var}*) is an abbreviation for (type typespec {var}*).
A type declaration for the arguments to a function does not necessarily imply anything about the type of the result. The following function is not permitted to be compiled using implementation-dependent fixnum-only arithmetic:
(defun f (x y) (declare (fixnum x y)) (+ x y))
To see why, consider (f most-positive-fixnum 1). Common Lisp defines that F must return a bignum here, rather than signal an error or produce a mathematically incorrect result. If you have special knowledge such "fixnum overflow" cases will not come up, you can declare the result value to be in the fixnum range, enabling some compilers to use more efficient arithmetic:
(defun f (x y) (declare (fixnum x y)) (the fixnum (+ x y)))
Note, however, that in the three-argument case, because of the possibility of an implicit intermediate value growing too large, the following will not cause implementation-dependent fixnum-only arithmetic to be used:
(defun f (x y) (declare (fixnum x y z)) (the fixnum (+ x y z)))
To see why, consider (f most-positive-fixnum 1 -1). Although the arguments and the result are all fixnums, an intermediate value is not a fixnum. If it is important that implementation-dependent fixnum-only arithmetic be selected in implementations that provide it, consider writing something like this instead:
(defun f (x y) (declare (fixnum x y z)) (the fixnum (+ (the fixnum (+ x y)) z)))
Next: inline, Previous: dynamic-extent, Up: Evaluation and Compilation Dictionary


MAGNETISM
MAGNETISM is an invisible force caused by unique qualities of certain materials. The molecules in a magnet make all their electrons move in one direction; normally, electrons move in all directions.
MAGNETIC FIELDS
MAGNETIC FIELDS are created when electrons flow from the North Pole to the South Pole. If you have two magnets and try to connect the south poles, it won't work. The same goes for connecting the north poles; only the north and south are attracted to each other.
MAGNETS are most commonly made of IRON and STEEL.
Some examples include:
YES, the Earth is a MAGNET! The core is made of of mainly IRON. The outer core is LIQUID iron that spins and makes the earth into a giant MAGNET. This is how compasses work and allow us to find the right direction. The Earth also has a magnetic field surrounding it that protects us from the Sun's harmful rays.


This is your homepage
If you have any question on this template:
If you like this template, don't forget to give me a star on Github!


{% extends "base.html" %} {% load staticfiles %} {% block title %}About{% endblock %} {% block about-nav %}class="active"{% endblock %} {% block css %} {% endblock %} {% block content %}
The 2014 FIFA World Cup will be the 20th FIFA World Cup, an international men's football tournament, that is scheduled to take place in Brazil from 12 June to 13 July 2014. It will be the second time that Brazil has hosted the competition, the previous being in 1950. Brazil will become the fifth country to have hosted the World Cup twice, after Mexico, Italy, France, and Germany.
The national teams of 32 countries will take part in the finals tournament, with matches to be played in 12 cities throughout Brazil. It is scheduled to be the first World Cup to be held in South America since the 1978 World Cup in Argentina, the first time two consecutive World Cups are staged outside Europe, and the first time two consecutive World Cups are staged in the Southern Hemisphere, since the 2010 World Cup was held in South Africa. It will also be the first World Cup to use goal-line technology.
Spain is the defending champion, having defeated the Netherlands 1–0 in the 2010 World Cup final. It will also be the first finals appearance of Bosnia and Herzegovina. It is only the second time in history of the World Cup, and first since England in 1950 FIFA World Cup (also held in Brazil), that only one national team made a debut in a World Cup tournament.
Wikipedia
This site was created to help people predict what is going to happen during the World Cup. Every guess is recorded and every correct prediction earns you points. Create or join a group to see who called it the best.
I created this site to get people more involved with the World Cup than they otherwise would be. It is completely open source so you can see how it was made and even help with the development if you feel. Just head on over to the GitHub page hosting this site and get involved!


Fullstack Developer building software mostly with Javascript & React Native. Taking blurry pictures in my free time. #stopstopping


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What a responsive site is, and why responsiveness is important.
A responsive webpage can be viewed on different screen sizes or and is adaptive to any browser it is being viewed on. The webpage is formatted in a way that when viewing on smaller or bigger screens, the webpage is able to adapt which is really important nowadays with so many people using smartphones etc.
What mobile first design is, and why it's important.
Mobile first is an approach to responsive design: design for smaller screens first, then add more features and content for bigger and bigger screens. This design approach is also known as "progressive enhancement."
What frameworks are, and their pros and cons.
Frameworks are awesome, they make building and coding websites SO much easier, because instead of starting on a blank canvas you have something to go off. The cons are that if you dont like certain things about the framework it can be difficult to change them.
What a wireframe is and why we use it.
A wireframe is a basic sketch of what we want our website to look like - without all the pretty colours and styling - it focuses more on sizing, layout and its a good way to use the grid and columns.
username.github.io/images/The aspects of your wireframes you found difficult to implement, and why.
My wireframes were super basic so I didn't really find any of it difficult to implement.


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We've been a leader in musical branding for more then 20 years. Learn who we are and why we do what we do.
Whatever the idea, brand, or industry, our work cuts through the noise in a time when it matters most.
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Uppsala Group on Copula and Cleft Sentences
Using mostly English examples, but also data from Irish, Turkish, Italian, Portuguese and Russian, we discussed a distinction between copular ‘be’ and existential ‘be’, and two competing analysis: the be-dependent analysis, where the verb is a cop, and the be-root analysis. We also discussed, more briefly, the analysis of clefts.
No one objects to the be-dependent analysis for:
1) This is fun .
cop(fun, is)
nsubj(fun, This)
2) This is a joke .
cop(joke, is)
nsubj(joke, This)
There are some intermediary examples where the be-dependent analysis elicits mixed responses:
(3) This book is on the table. (4) The meeting is today.
However, everyone is very uncomfortable with the be-dependent analysis for examples such as the following:
(5) The meeting is in the blue room today .
cop(room, is)
nsubj(room, meeting)
advmod(room, today)
(6) The meeting is today in the blue room .
cop(today, is)
nsubj(today, meeting)
nmod(today, room)
(Note that the English treebank currently implements the be-dependent analysis for all of the sentences above.)
It seems arbitrary to promote one of today or in the blue room to predicate over the other, when they both seem to be modifiers. Both can be dropped (although, not both at the same time). We feel that rather than act as a linking verb, be here is has an existential sense, and is synonymous with happens. Notably, be does not have the clear “equals sign” interpretation of 1-2. We already acknowledge an existential sense of be, which receives a be-root analysis, in sentences such as:
(7) ROOT There is a meeting today in the blue room .
root(ROOT, is)
nsubj(is, meeting)
advmod(is, today)
nmod(is, room)
So we propose to adopt a parallel analysis for (7):
(7) ROOT The meeting is today in the blue room .
root(ROOT, is)
nsubj(is, meeting)
advmod(is, today)
nmod(is, room)
Furthermore, we propose to extend this analysis to 4-5, considering that the verb there also has an existential sense.
(4) ROOT This book is on the table .
root(ROOT, is)
nsubj(is, book)
nmod(is, table)
(5) ROOT The meeting is today .
root(ROOT, is)
nsubj(is, meeting)
advmod(is, today)
This aligns nicely with another analysis already implemented in the English treebank, in which the clausal dependent in (8) is given an adjunct label, advcl.
(8) ROOT This is because we don't know what to do .
root(ROOT, is)
nsubj(is, This)
advcl(is, know)
These distinctions align with distinctions that are signaled in Irish at the lexical level.
We should note, however, that they diverge from Russian, where a uniform copula structure with an ellided linking verb can be used to translate 1-5. (This parallelism argument was one of the main original arguments for doing English the way it was done.)
It seems that keeping a parallel between Russian and Irish may not be possible, so a parallelism argument for English is somewhat weakened.
Then there is the representational issue of subject predicates with clausal form. Currently in the English treebank, the following analysis is implemented for (9).
(9) ROOT My reading a book is her eating cake .
root(ROOT, is)
csubj(is, reading)
ccomp(is, eating)
This is clearly an implementation hack, overloading the ccomp
relation. There is no doubt that be here is the linking be, with the “=” meaning. However, adopting the be-dependent analysis would leave eating with two subjects. This will be a problem whenever the subject predicate has an internal subject. The proposal here is to adopt a language-specific label proposed in the Finnish treebank for the higher-level subject. This allows the two subjects to be distinguished, while preserving the be-dependent analysis.
(9) ROOT My reading a book is her eating cake .
root(ROOT, eating)
nsubj(eating, her)
csubj:cop(eating, reading)
We noticed that by making representation distinctions between existential and linking be, we lose the parallel between the conjuncts in (X). The be-dependent analysis allows us to give the sentence a simple analysis:
(10) ROOT Millions are unemployed or in the informal economy .
root(ROOT, unemployed)
cop(unemployed, are)
conj(unemployed, economy)
However, clearly conjunction is very liberal here, as shown in (11):
(11) Millions are unemployed or expecting to be fired.
So this seems to imply that the coordination in (10) does not mean that is has the same function with relation to unemployed and in the informal economy, since clearly in (11) it is a linking verb to unemployed and a progressive auxiliary to expecting.
Finally, we briefly touched on the problem of which verbs should be copulas. Example (12) seems to suggest that more verbs that be (in English) are copulas. (In the English treebank, we follow Huddleston and Pullum in considering only be a copula).
(12) Bill never was and will not become happy.
We noticed that languages with a ser/estar distinction currently diverge in whether they treat both as a copula or not. Although the decision is clearly language-specific, we should make sure that everyone is following the same guidelines. To ensure that, we should probably create some guidelines!


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You can find key information, privacy, and security settings all in your Google Account. We have created easy-to-use tools like Dashboard and My Activity, which give you transparency over data collected from your activity across Google services. There are also powerful privacy controls like Activity Controls and Ad Settings, which allow you to switch the collection and use of data on or off to decide how all of Google can work better for you.
Quickly access your key privacy settings
Your Google Account is always easy to find in our most popular services like Search, Maps, YouTube, Gmail, and Assistant. Just tap on your profile picture and follow the link to your account.
to your Google Account
Activity Controls
Control what data gets saved
Using Activity Controls, you can decide what types of activity are tied to your account to personalize your experience across Google services. You can pause specific types of data from being saved in your account – like your Search and browsing activity, YouTube History, or Location History.
Go to Activity ControlsAuto-Delete
Set your data to automatically delete
To give you even more control, Auto-delete settings let you choose a time limit for how long you want to keep your activity data. Data older than the limit you choose will be continuously and automatically deleted from your account. This makes it easy for you to set it and forget it, but you can always go back and update these settings at any time.
Auto-delete your activityMy Activity
Delete data from your account anytime
My Activity is the central place where you can find everything you’ve searched, viewed, and watched using our services. To make it easier to recall your past online activity, we give you tools to search by topic, date, and product. You can permanently delete specific activities or even entire topics that you don’t want associated with your account.
Go to My Activitysettings that are right for you.
Privacy Checkup
Take the Privacy Checkup
In just a few minutes, you can choose what types of data are saved to your Google Account, update what you share with friends or make public, and adjust the types of ads you would like us to show you. You can change these settings as often as you want and even choose to have regular reminders sent.
right from the apps
you use every day.
Incognito Mode
Turn on Incognito mode in Chrome, Search, YouTube, and Maps
First launched in Chrome, Incognito mode has since become available in our most popular apps. In YouTube, Search on iOS, and Maps, just tap from your profile picture to easily turn it on or off. When you turn on Incognito mode in Maps and YouTube, your activity, like the places you search for or the videos you watch, won't be saved to your Google Account. Browsing history and cookies from your Incognito session are deleted from Chrome once you close all Incognito windows.
Your Data In
Control your data, right from your apps
We’ve made it easier for you to make decisions about your data directly within the Google services you use every day. For example, without ever leaving Search, you can review and delete your recent Search activity, get quick access to relevant privacy controls from your Google Account, and learn more about how Search works with your data. You can access these controls in Search, Maps, and Google Assistant.
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Built-in securityLearn more about our automatic security protections.
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Data practicesLearn more about how we respect your privacy with responsible data practices.
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Security tipsDiscover quick tips and best practices to stay safe online.
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Ads and dataLearn more about the ads you see on our platforms.


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“Standard SQL” is something you read about. All popular databases have modified version of SQL. Each database adds its own flavor and features to the standard. MySQL is no different.
Some deviations are storage engine dependent. Others are more general. Many, such as INSERT IGNORE
, are commonly used. Here’s a list of some MySQL deviations to SQL, which are not so well known.
During my work with companies using MySQL, I have encountered many issues with regard to schema design, normalization and indexing. Of the most common errors are incorrect data types definition. Many times the database is designed by programmers or otherwise non-expert DBAs. Some companies do not have the time and cannot spare the effort of redesigning and refactoring their databases, and eventually face poor performance issues.
Here’s a compilation of “the right and the wrong” data types.
When MySQL’s root password is lost and must be reset, there are two popular ways to create a new password. One of the options is far too popular, in my opinion.
The preferred way of setting a root’s password is by using an init-file. The process for doing this is well explained in MySQL’s manual. Using this method requires creating a simple text file, in which the required
GRANT ALL PRIVILEGES ON . TO ‘root’@‘localhost’ IDENTIFY BY ‘****’ WIth GRANT OPTION;
(or, alternatively, SET PASSWORD …
) statement is written.
An entry must be written to my.cnf, or supplied via command line parameters:
init-file=/tmp/my-init-file.sql
MySQL must then be restarted. Upon restart, and before opening any outside connections, the init-file is executed. Once MySQL is up and running, the init-file entry should be dropped.
In Part I of this article, we have seen how the internal structure of the storage engine’s index can affect an execution plan. We’ve seen that some plans are inherent to the way engines are implemented.
We wish to present a second scenario in which execution plans vary for different storage engines. Again, we will consider MyISAM and InnoDB. Again, we will use the world database for testing. This time, we will see how confident the storage engines are in their index search capabilities.
Many newcomers to databases often believe that an index search is always preferable to full table scan. This is not the case. If I were to look for 10 rows in a 1,000,000 rows table, using an indexed column - I could benefit from an index search. However, if I’m looking for 200,000 rows on that table (that’s 20% of the rows) - an index search can actually be much more expensive than a full table scan.
A popping question is: “Can an execution plan change for different storage engines?”
The answer is “Yes”. I will present two such cases, where the MySQL optimizer will choose different execution plans, based on our choice of storage engine.
We will consider MyISAM and InnoDB, the two most popular engines. The two differ in many respects, and in particular, the way they implement indexes and statistics: two major players in the optimizer’s point of view.
The following is a sample my.cnf configuration file. It includes some common and uncommon parameters, along with occasional comments.
You can use this file, and tune as appropriate for your machine, operating system, and application needs.
In particular, note the high values set for the InnoDB related parameters, below, and change them to match your system and application’s requirements. You have been warned.
mysqldump is commonly used for making a MySQL database backup or for setting up a replication.
As in all mysql binaries, there are quite a few parameters to mysqldump. Some are just niceties but some flags are a must. Of course, choosing the parameters to use greatly depends on your requirements, database setup, network capacity etc.
Here is my usual setup for mysqldump. The parameters below apply for an InnoDB based schema (no MyISAM, Memory tables). Parameters can be specified on the command line, or under the [mysqld]
scope in the MySQL configuration file.
mysqldump -u dump_user -p -h db_host –routines –master-data –single-transaction –skip-add-locks –skip-lock-tables –default-character-set=utf8 –compress my_db
Let’s review these parameters and see their effect:
My name is Shlomi Noach. I am a developer, DBA, consultant and instructor. code.openark.org is a place for thoughts and code sharing. Some open source projects and code snippets I'm working on will be published in this site. Most of them will have to do with MySQL, or with MySQL accessing from Java & Python. Please stay tuned to this site. Hope to start publishing in a short while! Shlomi


Example workflow of the ISVDB online GUI. A user has queried the genotype of CC0012, on chromosome 19, from 6054740:6054749. The "Primary Query" panel could have allowed additional strains, and/or specification of the region by genes instead. The user is interested in all zygosity variants, of all consequences, and all probabilities, and thus has applied no secondary restriction. After the user clicked "Submit!", a URL to download the resulting table was generated, as well as an online version of the table.
The first three rows of the table are shown here: noticeably they all represent the same variant in the same strain. The difference between the rows is highlighted: the genotype per row and its associated probability. Collectively, the three rows represent that there is a 25% probability of a C/C genotype, 25% of T/T, and 50% of T/C at this variant in CC0012. B) The remaining wrapped columns of output from part A (A was too wide). Note that each genotype has a different consequence, accentuating that only accounting for the most likely genotype would cause a non-negligible loss of information. Also note that this figure--- pieced together from a screen capture--- was sharpened to improve printable resolution.


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You enter the room and find four walls each with a different tunnel. Which tunnel do you chose to go through?


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Do you wish to delete this opportunity? This is permanent.


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My experience with substances: alcohol, tobacco, marijuana, mdma/ecstasy, cocaine, various opiates
How I started taking the non-opiate tramadol, a friend had a script for it, gave me some. I took 150mgs (3 pills) and felt the general opiate feeling within an hour or so - very close to Tylenol 3s or vicodins or darvocets but not as intense as percocets. However, it lasted up to 8-10 hours. A lot longer than other opiates.
At first, I felt overall feeling of control over the use of it; took 2 or 3 to relax. Then, I would stop for a few days, no problem. Over the weeks, I would continue taking tram more often and as tolerance increased, I took anywhere from 400 to 800mgs. The feeling of control started to get a bit dim.
Once, I’ve quit it cold turkey from 400mgs down to 0 – ran out. Feeling of fatigue, slight headache, and quite severe depression hit me over the next 3 days or so. Then, I felt better. Of course, small doses of authentic opiates helped to get me through the dim days. Sometimes I would get drunk to get through the couple of days of ‘feeling down.” And the frequent naps helped, too.
I found an interesting thing about tram as time went on. As the first feelings of withdrawal were noticed, if I only took 50mgs, I felt good again after an hour or so (even though I could be taking 350mgs a day before). I assume it messes with serotonin levels a bit and therefore the depressive episodes. In small doses of 50-100mgs, it acts more like an anti-depressant than opiate. Very talkative and friendly.
Although a prescription is required for ultram/generic tramadol, I was able to get it through an online pharmacy after filling out a survey. I guess they thought my back really hurt, since that’s what I wrote in there, huh?! A personal, online, drug dealer – just click ‘order now’. All for about a buck a pill.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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Ezekiel 20:4
Wilt thou judge them, son of man, wilt thou judge them? cause them to know the abominations of their fathers:


I grew up ouside of Chicago, and graduated from the Colorado School of Mines with an Engineering Degree, Magna Cum Laude. My biggest interests have been fitness, music, reading and entrepreneurship.
I worked as an engineer in the Oil and Gas industry but realized that software is where I'm meant to be.
I also started an apparel company during this time.
After realizing that programming is my calling, I spent a month teaching myself Ruby and Ruby on Rails.
Then I discovered the Turing School of Software and Design
Currently, I am attending Turing and will be graduating in January.
I'm looking for a back-end job with a steep learning curve and lots of respobsibility. I'm expecially interested in data analysis in Java/Python.