|
UMI3D Unity SDK
2.5.b.221125
A UMI3D sdk implementation using Unity
|
Public Member Functions | |||||
| UMI3DAnimatorAnimation (UMI3DAnimatorAnimationDto dto) | |||||
| override float | GetProgress () | ||||
Get the current progress of the animation between 0 (start) and 1 (end).
| |||||
| override void | Start () | ||||
| Play the animation. More... | |||||
| override void | Stop () | ||||
| Interrupt the animation. More... | |||||
| override void | OnEnd () | ||||
| Performed at the end of the animation. More... | |||||
| override bool | SetUMI3DProperty (UMI3DEntityInstance entity, SetEntityPropertyDto property) | ||||
Update an UMI3D Property.
| |||||
| override void | Start (float atTime) | ||||
Play animation starting from atTime , a value between 0 and 1.
| |||||
| override void | SetProgress (long frame) | ||||
Set the current progress of the animation between 0 (start) and 1 (end).
| |||||
| Public Member Functions inherited from umi3d.cdk.UMI3DAbstractAnimation | |||||
| virtual bool | SetUMI3DProperty (UMI3DEntityInstance entity, SetEntityPropertyDto property) | ||||
| Update an UMI3D Property. More... | |||||
| virtual bool | SetUMI3DProperty (UMI3DEntityInstance entity, uint operationId, uint propertyKey, ByteContainer container) | ||||
| UMI3DAbstractAnimation (UMI3DAbstractAnimationDto dto) | |||||
| async void | Destroy () | ||||
| Remove the animation from the environment. More... | |||||
| abstract float | GetProgress () | ||||
| Get the current progress of the animation between 0 (start) and 1 (end). More... | |||||
| abstract void | SetProgress (long frame) | ||||
| Set the current progress of the animation between 0 (start) and 1 (end). More... | |||||
| abstract void | Start () | ||||
| Play the animation. More... | |||||
| abstract void | Start (float atTime) | ||||
| Play animation starting from atTime , a value between 0 and 1. More... | |||||
| abstract void | Stop () | ||||
| Interrupt the animation. More... | |||||
| virtual void | OnEnd () | ||||
| Performed at the end of the animation. More... | |||||
Static Public Member Functions | |
| static new UMI3DAnimatorAnimation | Get (ulong id) |
| Get an UMI3DAnimatorAnimation by its UMI3D id. More... | |
| Static Public Member Functions inherited from umi3d.cdk.UMI3DAbstractAnimation | |
| static UMI3DAbstractAnimation | Get (ulong id) |
| Get an animation by id. More... | |
| static bool | ReadUMI3DProperty (ref object value, uint propertyKey, ByteContainer container) |
Protected Member Functions | |
| IEnumerator | WaitingForAnimator (UMI3DEntityInstance n, UMI3DAnimatorAnimationDto dto) |
Properties | |
| new UMI3DAnimatorAnimationDto | dto [get, set] |
| DTO local copy. More... | |
| Properties inherited from umi3d.cdk.UMI3DAbstractAnimation | |
| UMI3DAbstractAnimationDto | dto [get, set] |
| DTO local copy. More... | |
| umi3d.cdk.UMI3DAnimatorAnimation.UMI3DAnimatorAnimation | ( | UMI3DAnimatorAnimationDto | dto | ) |
|
static |
|
virtual |
Get the current progress of the animation between 0 (start) and 1 (end).
Implements umi3d.cdk.UMI3DAbstractAnimation.
|
virtual |
Performed at the end of the animation.
Reimplemented from umi3d.cdk.UMI3DAbstractAnimation.
|
virtual |
Set the current progress of the animation between 0 (start) and 1 (end).
Implements umi3d.cdk.UMI3DAbstractAnimation.
|
virtual |
Update an UMI3D Property.
| entity | |
| property |
Reimplemented from umi3d.cdk.UMI3DAbstractAnimation.
|
virtual |
Play the animation.
Implements umi3d.cdk.UMI3DAbstractAnimation.
|
virtual |
Play animation starting from atTime , a value between 0 and 1.
| atTime | Time in ms |
Implements umi3d.cdk.UMI3DAbstractAnimation.
|
virtual |
Interrupt the animation.
Implements umi3d.cdk.UMI3DAbstractAnimation.
|
protected |
|
getsetprotected |
DTO local copy.


2020-02-27 12:28:10
“…psychologists tend to treat other peoples’ theories like toothbrushes; no self-respecting individual wants to use anyone else’s.”
“The toothbrush culture undermines the building of a genuinely cumulative science, encouraging more parallel play and solo game playing, rather than building on each other’s directly relevant best work.”
“…the principles of human subject research require an analysis of both risks and benefits…such an analysis suggests that researchers may have a positive duty to share data in order to maximize the contribution that individual participants have made.”
“We regard scientific integrity, transparency, and openness as essential for the conduct of research and its application to practice and policy…”
“SRCD holds that highlighting integrity, transparency, and openness as core values of the Society strengthens child development research as a whole. In emphasizing these values, our science will yield more robust and reliable findings that others can readily build upon and will better serve parents, the public, and policymakers who support and depend upon our work.”
“Respondent neither admits nor denies committing research misconduct but accepts ORI has found evidence of research misconduct as set forth above and has entered into a Voluntary Settlement Agreement to resolve this matter. The settlement is not an admission of liability on the part of the Respondent.”
https://grants.nih.gov/grants/guide/notice-files/NOT-OD-12-149.html
“…Although I have fundamental differences with some of the findings in the ORI report, I acknowledge that I made mistakes. I tried to do too much, teaching courses, running a large lab of students, sitting on several editorial boards, directing the Mind, Brain & Behavior Program at Harvard, conducting multiple research collaborations, and writing for the general public. I let important details get away from my control, and as head of the lab, I take responsibility for all errors made within the lab, whether or not I was directly involved…”
“I am saddened that this investigation has caused some to question all of my work, rather than the few papers and unpublished studies in question. Before, during and after the investigation, many of my lab’s research findings were replicated by independent researchers…”
Flawed science: The fraudulent research practices of social psychologist Diederik Stapel
This may not render if you are not behind the PSU VPN
“…the ability to implement, as exactly as possible, the experimental and computational procedures, with the same data and tools, to obtain the same results.”
“(previously described as replicability) refers to obtaining the same results from the conduct of an independent study whose procedures are as closely matched to the original experiment as possible.”
“…refers to the drawing of qualitatively similar conclusions from either an independent replication of a study or a reanalysis of the original study”
This talk was produced on 2020-02-27 in RStudio using R Markdown. The code and materials used to generate the slides may be found at https://github.com/psu-psychology/psy-525-reproducible-research-2020. Information about the R Session that produced the code is as follows:
## R version 3.6.2 (2019-12-12) ## Platform: x86_64-apple-darwin15.6.0 (64-bit) ## Running under: macOS Mojave 10.14.6 ## ## Matrix products: default ## BLAS: /System/Library/Frameworks/Accelerate.framework/Versions/A/Frameworks/vecLib.framework/Versions/A/libBLAS.dylib ## LAPACK: /Library/Frameworks/R.framework/Versions/3.6/Resources/lib/libRlapack.dylib ## ## locale: ## [1] en_US.UTF-8/en_US.UTF-8/en_US.UTF-8/C/en_US.UTF-8/en_US.UTF-8 ## ## attached base packages: ## [1] stats graphics grDevices utils datasets ## [6] methods base ## ## other attached packages: ## [1] seriation_1.2-8 ## ## loaded via a namespace (and not attached): ## [1] Rcpp_1.0.3 highr_0.8 ## [3] compiler_3.6.2 pillar_1.4.3 ## [5] viridis_0.5.1 bitops_1.0-6 ## [7] iterators_1.0.12 tools_3.6.2 ## [9] dendextend_1.13.3 digest_0.6.23 ## [11] packrat_0.5.0 viridisLite_0.3.0 ## [13] evaluate_0.14 lifecycle_0.1.0 ## [15] tibble_2.1.3 gtable_0.3.0 ## [17] pkgconfig_2.0.3 rlang_0.4.4 ## [19] foreach_1.4.8 cli_2.0.1 ## [21] registry_0.5-1 rstudioapi_0.10 ## [23] yaml_2.2.0 xfun_0.12 ## [25] TSP_1.1-8 gridExtra_2.3 ## [27] stringr_1.4.0 pwr_1.2-2 ## [29] dplyr_0.8.3 cluster_2.1.0 ## [31] knitr_1.27 vctrs_0.2.2 ## [33] gtools_3.8.1 caTools_1.18.0 ## [35] tidyselect_1.0.0 grid_3.6.2 ## [37] glue_1.3.1 R6_2.4.1 ## [39] fansi_0.4.1 rmarkdown_2.1 ## [41] gdata_2.18.0 purrr_0.3.3 ## [43] magrittr_1.5 ggplot2_3.2.1 ## [45] gplots_<IP_ADDRESS> scales_1.1.0 ## [47] codetools_0.2-16 gclus_1.3.2 ## [49] htmltools_0.4.0 MASS_7.3-51.5 ## [51] assertthat_0.2.1 colorspace_1.4-1 ## [53] utf8_1.1.4 KernSmooth_2.23-16 ## [55] stringi_1.4.5 lazyeval_0.2.2 ## [57] munsell_0.5.0 crayon_1.3.4
Baker, M. (2015). Over half of psychology studies fail reproducibility test. Nature News. https://doi.org/10.1038/nature.2015.18248
Brakewood, B., & Poldrack, R. A. (2013). The ethics of secondary data analysis: Considering the application of belmont principles to the sharing of neuroimaging data. NeuroImage, 82, 671–676. https://doi.org/10.1016/j.neuroimage.2013.02.040
Collaboration, O. S. (2015). Estimating the reproducibility of psychological. Science, 349(6251), aac4716. https://doi.org/10.1126/science.aac4716
Gilbert, D. T., King, G., Pettigrew, S., & Wilson, T. D. (2016). Comment on “Estimating the reproducibility of psychological science”. Science, 351(6277), 1037–1037. https://doi.org/10.1126/science.aad7243
Goodman, S. N., Fanelli, D., & Ioannidis, J. P. A. (2016). What does research reproducibility mean? Science Translational Medicine, 8(341), 341ps12–341ps12. https://doi.org/10.1126/scitranslmed.aaf5027
Hauser, M. D., Glynn, D., & Wood, J. (2007).  Proceedings of the Royal Society of London B: Biological Sciences, 274(1620), 1913–1918. https://doi.org/10.1098/rspb.2007.0586
Hauser, M. D., Weiss, D., & Marcus, G. (2002). RETRACTED: Rule learning by cotton-top tamarins. Cognition, 86(1), B15–B22. https://doi.org/10.1016/S0010-0277(02)00139-7
Kim, S. Y., & Kim, Y. (2018). The ethos of science and its correlates: An empirical analysis of scientists’ endorsement of mertonian norms. Science, Technology and Society, 23(1), 1–24. https://doi.org/10.1177/0971721817744438
Mischel, W. (2011). Becoming a cumulative science. APS Observer, 22(1). Retrieved from https://www.psychologicalscience.org/observer/becoming-a-cumulative-science
Nosek, B. A., & Bar-Anan, Y. (2012). Scientific utopia i: Opening scientific communication. Psychological Inquiry, 23(3), 217–243. https://doi.org/10.1080/1047840X.2012.692215
Saffran, J., Hauser, M., Seibel, R., Kapfhamer, J., Tsao, F., & Cushman, F. (2008). Grammatical pattern learning by human infants and cotton-top tamarin monkeys. Cognition, 107(2), 479–500. https://doi.org/10.1016/j.cognition.2007.10.010
SRCD. (2019). Policy on scientific integrity, transparency, and openness | society for research in child development SRCD. https://www.srcd.org/policy-scientific-integrity-transparency-and-openness. Retrieved from https://www.srcd.org/policy-scientific-integrity-transparency-and-openness
Wood, J. N., Glynn, D. D., Phillips, B. C., & Hauser, M. D. (2007). The Perception of Rational, Goal-Directed Action in Nonhuman Primates. Science, 317(5843), 1402–1405. https://doi.org/10.1126/science.1144663


You've been invited to a meeting at Filament Group in Boston, MA
Hey Stephen, if you're available at 10am tomorrow, we've got a meeting with the jQuery team.
6:24PM
Boston Conference Planning
In preparation for the upcoming conference in Boston, we need to start gathering a list of sponsors and speakers.
9:18AM
Broken Bells
Hot Chip
Phoenix


Gosar Drops Coded 'Epstein Didn’t Kill Himself' Message During Hearing
Rep. Paul Gosar (R-AZ) dropped an extraordinary coded message in a series of impeachment-related tweets during Wednesday’s impeachment inquiry: “Epstein didn’t kill himself.”
by Hannah BleauThe phrase has become a social media phenomenon in recent weeks, with countless users inserting the phrase in memes and dropping the line in seemingly unrelated conversations.
Gosar took it to the next level in a string of impeachment-related tweets on Wednesday. The first letter of each tweet spells out the phrase.
When taking the first letter from every tweet on his Twitter from top to bottom (as it stood on Wednesday evening) it reads, “Epstein didn’t kill himself”:
Evidence
President
Schiff’s
The
Every
It’s
No
Democrats
It
Donald
Neither
The
Kent
In
Let
Lying
Hillary
It’s
Maxine
Schiff
Even
Let’s
Finally
The thread is as follows:
“What?  Gosar added in a follow-up tweet on his personal Twitter account following social media’s discovery.


The Kontalk Network is a community-driven instant messaging network designed for smartphones and tablets.
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Server rental: ∼350 €/year — increase since H2/2016 due to hosting of forum and translation portal


--- layout: post title: Two Bits at Northeastern date: 2008-03-26 18:39:10.000000000 -07:00 categories: - talks and presentations tags: [] status: publish type: post published: true meta: _edit_last: '1' author: login: ckelty email<EMAIL_ADDRESS>display_name: ckelty first_name: Christopher last_name: Kelty excerpt: !ruby/object:Hpricot::Doc options: {} ---
I just managed to cross the river from my current abode to give a talk at Northeastern, courtesy of the Consortium on Technology and Society.
A small but very enthusiastic crowd received the talk very well, with great questions. One thing the book doesn't address upfront, but which is perpetually the most obvious question is the so-called "motivation" question. That is, why do people do all this work creating free software (or free anything) and then give it away. In some ways, this question is central to the success of free software itself, in the form it's taken as a result of Raymond's formulation of it as a "gift economy" and so forth... an issue I attacked with gusto very early on, but never returned to (c.f. "Hau to do things with words").
However, I think the book actually answers this question strongly, if not as straightforwardly as it could: the reason people contribute to free software is in fact because it makes things public. It is the relative certainty that contributors have--based on the license terms and the existing community--that is the minimum necessary "motivation" for contribution. I think the question is asked backwards if one asks "what motivates X to do Y?" rather than asking what motivates X to give away Y after it's done?" In the absence of the license and the community, contributions to free software would diminish absolutely, even if the creation of software and other materials continued for differenet reasons.
Of course, this doens't explain why millions of people contribute reviews to Amazon, or give away ideas and intellectual property to corporations... but the question is still the same I think: not why do people write reviews for amazon, but what motivates them to give up their property in order to see it there.


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--- layout: post title: 'Tonight @nwfilmcenter: Brighton Rock' date: '2009-12-26T16:45:40-08:00' tags: tumblr_url: http://alexhwilliams.tumblr.com/post/301907409/tonight-nwfilmcenter-brighton-rock ---
I went through a Graham Greene phase back in my teen years and early twenties. I did not know that he also had his hand in film. Tonight, the NW Film Center is showing Brighton Rock as part of its “Best of British Film Noir,” series.
Greene wrote the novel and the screenplay for the film.
Fron the NW Film Center:
The brilliant author Graham Greene provides the source novel and screenplay for this Dickensian glimpse into the underbelly of a typical British seaside resort, where sun, sand, and carnivals camouflage another town entirely. In run-down Brighton, the boardwalk is lined with pasty day-trippers and incompetent singing acts and patrolled by teenage Napoleon ‘Pinkie’ Brown (Richard Attenborough). With a choirboy’s looks and a killer’s cold stare, as alien to his fellow gangsters as he is to ‘civilians,’ Attenborough embodies a psychosis matched only by James Cagney in WHITE HEAT.”—Pacific Film Archive. “One of the finest British thrillers ever.”—Time Out, London.
The film starts at 7 pm tonight at the Whitsell in the Portland Art Museum.
We’re heading out for sushi and then to the film. Kind of a perfect date night.


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HAProxy is a free, very fast and reliable solution offering high availability, load balancing, and proxying for TCP and HTTP-based applications.
In this panel, you can view the status of HAProxy and perform configuration tasks. If status is Stopped there is a problem with the configuration. Fix the configuration then click Write configuration.
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Some of basic Data types in C++
- int
- float
- double
- char
- bool
- string
int
- int is considered as short form of integer.
- It can have values both negative and positive.
- possible values of int are positive integer,negative integer.Basically its size is 4 bytes.
- Declaring int
int a = 20; int variableName = -80;
name after the int are called variable name and = defines that the value on right is passed to value on left. so the value of a is 20 and variableName is -80;
float
- float is considered as floating point numbers.
- It can have values as floating numbers.
- Basically its size is 4 bytes.
- Declaring float
float firstFloat = 30.668; float greatNumber = -1.9983;
Name after the char are called variable name and = defines that the value on right is passed to value on left. so the value of letter is 'a' and secondChar is '3';
double
- double is simmilar to float but can store more points.
- It can have floating numbers or exponential numbers
- Its size is 8 bytes.
- Declaring double
double value = 12.588845; char secondChar = 3.62;
Name after the char are called variable name and = defines that the value on right is passed to value on left. so the value of 'value' is 12.588845 and secondChar is 3.62;
char
- char is considered as short form of character.
- It can have any values of just one character.
- The value of character is enclosed by apostrophe ''
- possible values of char are alpha numeric characters and other characters too.Basically its size is 1 bytes.
- Declaring char
char letter = 'a'; char secondChar = '3';
Name after the char are called variable name and = defines that the value on right is passed to value on left. so the value of letter is 'a' and secondChar is '3';
char '3'(character) is not same as 3 in int(integer)
bool
- bool is considered as boolean value.
- It can have values either true or false.
- Its size is 1 bytes.
- Declaring bool
bool firstValue = 0; bool secondValue = true;
In the above code firstValue has value of 0 and represent false. and secondValue has value true. In most of programming 0 represent false and 1 represent true and inverse
string
- It is data type which can store words or combination of character
- Declaring string
string word = "hello world"; string symbols = "+-/**/";
In the above code,word contains value of "hello world" and symbols contains value of "+-/**/"
Ranges of Data types in c++
| Data type | Range |
| int | (-2147483648 to<PHONE_NUMBER>) |
| char | (-127 to 127 or 0 to 255) |
| float | 1.17549e-38 to 3.40282e+38 |
| float(-ve) | -1.17549e-38 to -3.40282e+38 |
| double | 2.22507e-308 to 1.79769e+308 |
| double(-ve) | -2.22507e-308 to -1.79769e+308 |


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The java.util.NavigableMap
interface is a subtype of the java.util.SortedMap
interface. It has a few extensions to the SortedSet
which makes it possible to navigate the map.
I will take a closer look at these navigation methods in this text.
The java.util
package only has one implementation of the NavigableMap
interface:
java.util.TreeMap
. There is an implementation in the java.util.concurrent
package
but that is outside the scope of this trail.
Here is a list of the topics covered in this text:
The first interesting navigation methods are the descendingKeySet()
and descendingMap()
methods.
The descendingKeySet()
method returns a NavigableSet
in which the order of the
elements is reversed compared to the original key set. The returned "view" is backed by the original NavigableSet
ket set,
so changes to the descending set are also reflected in the original set. However, you should not remove
elements directly from the key set. Use the Map.remove()
method instead.
Here is a simple example:
NavigableSet reverse = map.descendingKeySet();
The descendingMap()
method returns a NavigableMap
which is a view of the original
Map
. The order of the elements in this view map is reverse of the order of the original map.
Being a view of the original map, any changes to this view is also reflected in the original map.
Here is a simple example:
NavigableMap descending = map.descendingMap();
The headMap()
method returns a view of the original NavigableMap
which
only contains elements that are "less than" the given element. Here is an example:
NavigableMap original = new TreeMap(); original.put("1", "1"); original.put("2", "2"); original.put("3", "3"); //this headmap1 will contain "1" and "2" SortedMap headmap1 = original.headMap("3"); //this headmap2 will contain "1", "2", and "3" because "inclusive"=true NavigableMap headmap2 = original.headMap("3", true);
The tailMap()
method works the same way, except it returns all elements that are
higher than the given parameter element.
The subMap()
allows you to pass two parameters demarcating the boundaries of the
view map to return. Here is an example:
NavigableMap original = new TreeMap(); original.put("1", "1"); original.add("2", "2"); original.add("3", "3"); original.add("4", "4"); original.add("5", "5"); //this submap1 will contain "3", "3" SortedMap submap1 = original.subMap("2", "4"); //this submap2 will contain ("2", "2") ("3", "3") and ("4", "4") because // fromInclusive=true, and toInclusive=true NavigableMap submap2 = original.subMap("2", true, "4", true);
The ceilingKey()
method returns the least (smallest) key in this
map that is greater than or equal to the element passed as parameter to the
ceilingKey()
method. Here is an example:
NavigableMap original = new TreeMap(); original.put("1", "1"); original.put("2", "2"); original.put("3", "3"); //ceilingKey will be "2". Object ceilingKey = original.ceilingKey("2"); //floorKey will be "2". Object floorKey = original.floorKey("2");
The floorKey()
method does the opposite of ceilingKey()
The higherKey()
method returns the least (smallest) element in this
map that is greater than (not equal too) the element passed as parameter to
the higherKey()
method. Here is an example:
NavigableMap original = new TreeMap(); original.put("1", "1"); original.put("2", "2"); original.put("3", "3"); //higherKey will be "3". Object higherKey = original.higherKey("2"); //lowerKey will be "1" Object lowerKey = original.lowerKey("2");
The lowerKey()
method does the opposite of the higherKey()
method.
The NavigableMap
also has methods to get the entry for a given key,
rather than the key itself. These methods behave like the ceilingKey()
etc. methods, except they return an Map.Entry
instead of the key
object itself.
A Map.Entry
maps a single key to a single value.
Here is a simple example. For more details, check out the JavaDoc.
NavigableMap original = new TreeMap(); original.put("1", "1"); original.put("2", "2"); original.put("3", "3"); //higherEntry will be ("3", "3"). Map.Entry higherEntry = original.higherEntry("2"); //lowerEntry will be ("1", "1") Map.Entry lowerEntry = original.lowerEntry("2");
The pollFirstEntry()
method returns and removes the "first" entry (key + value) in the NavigableMap
or null if the map is empty. The pollLastEntry()
returns and removes the "last" element in the map
or null if the map is empty. "First" means smallest element according to the sort order of the keys.
"Last" means largest key according to the element sorting order of the map.
Here are two examples:
NavigableMap original = new TreeMap(); original.put("1", "1"); original.put("2", "2"); original.put("3", "3"); //first is ("1", "1") Map.Entry first = original.pollFirstEntry(); //last is ("3", "3") Map.Entry last = original.pollLastEntry();
There are still a few interesting methods left in the NavigableMap
interface that I have
not covered here. For instance, the firstEntry()
and lastEntry()
methods.
You can check out these last methods in the official JavaDoc.


Loading...
Standard Components
Loaded through @Component
@Component(
fromStack=appStack,
withId=fileSelect,
multi=true
)
Loaded through @StdComponents.FileSelect
@StdComponents.FileSelect()
Loaded through @StdComponents.Select
@StdComponents.Select
Loaded through @StdComponents.Select with dynamic data
@StdComponents.Select(data=${list})


{% extends "base.html" %} {% from "custom_macros.html" import render_flash_alert %} {% block head %} <% _.forEach(htmlWebpackPlugin.files.js, function(file) { %> <%}); %> {% endblock %} {% block body %}
{{ _('ADE Scheduler is a tool aiming to provide the same information as the UCLouvain\'s official schedule website but with in a more intuitive way, while also offering many more tools such as subscription links, schedule organization, filtering unwanted events, classroom localization and so on.') }}
{{ _('The main purpose of this website is the calendar page. If you\'re new to this site, make sure to go to this page and try out some of the functionalities.\nYou are also encouraged to watch our quick guide hereunder.') }}
{{ _('Sometimes, you may choose between multiple events such as CMs or TPs but only need to attend to one. The tool named compute tries all the possible combinations of picking one event of each type, every week, in order to find the 5 bests schedules which minimize the conflicts. If you want to be free during a given period, make sure to create a custom event to block this period of time. You can also remove some events before calling the compute function, to not take them into account. Because the compute function optimizes week per week, not all weeks must be the same. If you need to need to attend the same events every week, we encourage you to pick the week that suits your need from the results given by the compute tool and then manually select the events in your main schedule.') }}
{{ _('Once your schedule is complete, you don\'t need to go back to ADE-Scheduler each time you want to check your schedule: you can export it ! Most calendar apps, such as Gmail, support importing external calendar. A short video shows you how to export your calendar to your favorite app.') }}
{{ _('One solution to export your schedule is to download it as an iCalendar file. Then, this file can easily be imported into your main calendar. The downside of this approach is that any further change in your schedule, from you or from ADE, won\'t be seen in your calendar. If you prefer to have calendar up-to-date, then choose the next option.') }}
{{ _('Maybe the best solution ADE Scheduler can offer is a subscription link. With this link, your calendar app will frequently download the latest events and you will never miss any change in your schedule ! Also, any manual change from your side, such as adding or removing a course, will be taken into account at the very next download of your schedule from you or from your app.') }}
{{ _('On this website, no account is required to use most of the tools. Your session is stored during 30 days so you can easily leave this webpage, come back later and see that everything stays unchanged. Nonetheless, if 30 days is not enough or if you want to watch and modify your schedule on more than one device, we suggest you to create an account. With this, you will also be able to save multiple schedules, rename them, choose their color palette and so on.') }}
{{ _('Academical life is important but your private life is important too ! This is why you can also add custom events to your schedule. They will appear in your schedule but will also be taken into account when using the compute tools. This tool will try to minimize the conflicts with your custom events.') }}
{{ _('If you click on a course\'s code, on the left of the calendar page, you will see appearing all the events that are contained in this course, per type. You can select or unselect specific events in order to build you schedule the way you want.') }}
{{ _('Creating an account requires two things: an email address and a password. Your email address will only be used for password resetting and any important information we need to share with our users. On the account page, you can choose between your different schedules and also change their information. The academic year parameter will tell our service which year you want the information from (most of the time, only one possibility).') }}
{{ _('ADE Scheduler is always under developement as we try to propose the best tool for students and teachers at UCLouvain. It may then be possible that new features or changes have been made to the tool since your last use. To stay informed of all modifications of ADE Scheduler, do not hesitate to take a look at our change log page.')}}
{{ _('We are three students from UCLouvain. By the time we started this project, we were finishing our bachelor\'s degree in engineering (Electricity and Mechanics for Jérome and Gilles; Computer Science and Applied Mathematics for Louis).') }}
{{ _('Jérome is a student in the Ecole Polytechnique de Louvain, in engineering. He completed his bachelor degree in Electricity and Mechanics. He is now pursuing a master degree in Electromechanical Engineering.') }}
{{ _('Louis is a student at the Ecole Polytechnique de Louvain, in engineering. He completed his bachelor degree in Applied Mathematics and Computing Science. He is now pursuing a master degree in Computer Sciences Engineering.') }}
{{ _('Gilles is a student in the Ecole Polytechnique de Louvain, in engineering. He completed his bachelor degree in Electricity and Mechanics. He is now pursuing a master degree in Electromechanical Engineering.') }}


Contact us
{!! date('d M Y') !!}
Here are the contact details
Name: $name
Email: $email
Phone: $phone
Message : $message
Director
Prashanth sirsi


I'm a sophomore studying lots of really cool subjects at Stanford University! Currently undeclared but thinking about majoring in Computer Science or Symbolic Systems, with a potential minor in Psychology. CS 147 is the first class on HCI that I've ever taken.
Guess who the president of Stanford University is?? John Hennessy is the president of Stanford University. He also takes HCI classes in his spare time.


My name is Daniel and I am a happy father of 1 amazing little girl, her name is Cassie. I was born in Portland and raised in rural Yamhill County in Oregon on a farm. I learned to play guitar at a young age and enjoy solving cryptograms. My family practically had a zoo of animals growing up from cats and dogs to more unusual pets like Ricky, who was a raccoon. I moved to Washington in '08 and have enjoyed every last minute of our beautifully overcast rainy skys.


Snackfast
Online Ordering
Email address
We'll send the confirmation to the email
What is your name?
!= itemrows ?>
Pickup Date:
It's only for tomorrow now
Special requirements?
Submit
Order detail
×
Modal body text goes here.


The installer has installed all of the required Umbraco nodes including some demo data. You can either modify this demo data or simply remove it once you are comfortable with how Articulate works. The demo data includes: a blog post, an author, a category and a tag.
To customize your blog navigate to the Content section and click on the Articulate 'Blog' node. Here you can customize the look and feel of your blog, including changing the theme, adding Google analytics tracking, etc... If you want comments enabled you should sign up for a Disqus account and ensure you enter your Disqus details on the 'Blog' node.
Click Here to view Articulate documentation.


our problem:
Throwing away our food is like throwing away our future.
explore solutions:
Waste not, want not.
benefits of food waste consciousness:
Do your part. Not your partisan.
get involved:
Want to get involved?


| StateAlg |
| 1 (Type/Class) | MonadRun |
| 2 (Data Constructor) | MonadRun |
| Strategy | OverloadingTheme, StrategyLib |
| StrategyApply | OverloadingTheme, StrategyLib |
| StrategyMSubst | OverloadingTheme, StrategyLib |
| StrategyMonoid | OverloadingTheme, StrategyLib |
| StrategyPlus | OverloadingTheme, StrategyLib |
| select | StrategyLib, TraversalTheme |
| selectFocus | KeyholeTheme, StrategyLib |
| selectHost | KeyholeTheme, StrategyLib |
| selectenv | StrategyLib, TraversalTheme |
| seqS | OverloadingTheme, StrategyLib |
| seqTP | StrategyLib, StrategyPrelude, StrategyPrimitives |
| seqTU | StrategyLib, StrategyPrelude, StrategyPrimitives |
| setCode | ContainerTheme, StrategyLib |
| skipS | OverloadingTheme, StrategyLib |
| someTP | StrategyLib, StrategyPrelude, StrategyPrimitives |
| someTP' | StrategyLib, TraversalTheme |
| someTU | StrategyLib, StrategyPrelude, StrategyPrimitives |
| someTU' | StrategyLib, StrategyPrelude, StrategyPrimitives |
| stop_tdTP | StrategyLib, TraversalTheme |
| stop_tdTU | StrategyLib, TraversalTheme |
| strings | KeyholeTheme, StrategyLib |
| succeed | MonadicFunctions |


UNICEF INNOVATION FUND
DASHBOARD
ALL PROJECTS
NEWS
ABOUT
SUBMIT
UNICEF INNOVATION FUND
DASHBOARD
ALL PROJECTS
NEWS
ABOUT
SUBMIT
Ok


CCPP Astrocoffee
Shucks!

By declining, you will likely have a high probability of being selected soon, possibly
next time: %s. If you know that won't work, you tell us a day you can go or tell us
when you will be unavailable until:
I will be happy to present on the following Tuesday or Friday at 11am (DDMMYY) -
I wont be around until (DDMMYY) -


Any change or movement of pixels over time.
60 frames per second
One slow frame can interrupt an otherwise smooth experience.
Central Processing Unit
General purpose processor
Typically 1-8 big cores
Can process anything— network packets, mouse input, etc.
Graphics processing unit
Highly specialized processor
Hundreds of little cores
All shapes can be made of triangles.
GPUs also specialize in drawing lots of triangles (and their pixels) to the screen quickly.
GPUs can move, scale, or rotate triangles (and their pixels) quickly.
GPUs can modify a lot of pixels in the same way quickly.
Browser instructs the CPU and GPU to work together and draw a web page.
Use the GPU to draw to the screen.
Draw into hardware accelerated elements, which draw to screen.
#some-element {
will-change: transform;
}
Causes hardware acceleration.
#some-element {
transform: translate3d(0, 0, 0);
}
Cause hardware acceleration.
#some-element {
transform: translate(0, 0);
}
Don't cause hardware acceleration, unless animated.
#some-element {
transition: transform linear 1s;
}
.initial {
transform: translate(0, 0);
}
.final {
transform: translate(100px, 100px);
}
Causes hardware acceleration during the animation.
#some-element {
transition: opacity linear 1s;
}
.initial {
opacity: 0;
}
.final {
opacity: 1;
}
Causes hardware acceleration during the animation.
#some-element {
transition: filter linear 1s;
}
.initial {
filter: grayscale(0);
}
.final {
filter: grayscale(1);
}
Causes hardware acceleration during the animation.
When an element appears on top of a hardware accelerated element, it also becomes hardware accelerated.
CPU reads and interprets HTML & CSS.
CPU draws the element and its children into an offscreen image (aka "texture").
CPU uploads the element's texture to the GPU.
GPU creates two or more triangles representing the element.
GPU decides how to position, rotate, or scale the element's triangles on the screen.
GPU applies the element's texture to the triangles.
If needed, GPU modifies the pixels on the triangle for special effects like CSS Filters (drop-shadow, grayscale, etc.).
GPU draws the element's triangles on top of the other elements in your page.
Because we can.
header {
transition: height ease-in 1s;
}
.initial {
height: 0;
}
.final {
height: 200px;
}
Every frame, the element's size and contents change.
Every frame, the browser has to do almost every costly step.
body {
transition: transform ease-in 1s;
}
.initial {
transform: translate3d(0, -200px, 0);
}
.final {
transform: translate3d(0, 0, 0);
}
Every frame, the browser can skip many costly steps.
Open Terminal and enter the following:
defaults write com.apple.Safari IncludeInternalDebugMenu 1
Restart Safari and navigate to:
> Debug > Drawing/Compositing Flags > Show Compositing Borders
Design animations and transitions intended for the GPU:
Animate CSS properties intended for the GPU:
Hardware accelerate elements before an animation to remove initial CPU work.
#commonly-animated-element {
/* Force acceleration on current browsers. */
transform: translateZ(0);
/* Force acceleration on future browsers. */
will-change: transform;
transition: transform linear 1s;
}
Don't hardware accelerate everything. It wastes GPU memory.


There hasn't been much key-tapping here at Haemoglobin Towers today, what with such distractions as the monkey feng shui consultant and the sandpaper palaver. But a few things twitched the Hooting Yard antennae, among them:
The imminence of a global pig flu epidemic
The fact that it was once common, in fashionable society, to call a humble or paid companion a “toad-eater”
The splendid news that Resonance magnifico Ed Baxter appeared in the Independent On Sunday list of 100 people who make Britain happy
Bela Tarr's film The Man From London, characteristically slow and grim and bleak and black and white, contains a scene with a pair of tailors reminiscent of The Fast Show
There is a Hooting Yard Appreciation Society on Facebook, with 28 members and little or no activity
If I can rouse myself from indolence, I will insert links so readers can scoot off elsewhere on the web to investigate these matters. If not, you shall have to do your own research, which will no doubt be good for your moral fibre, if not mine.


The end of the ‘typical’ American family
The "typical" America family of the 1950s -- a working Dad, a homemaking Mom bringing up the kids -- is no more, replaced by a new model that has as its central identifier a diversity of roles.
There is no one kind of typical family anymore, sociologists are saying, and the breadwinner-homemaker model, common since the dawn of the Industrial Revolution, has been modified into a range of possible family forms.
"There hasn't been the collapse of one dominant family structure and the rise of another," says University of Maryland sociologist Philip Cohen. "It's really a fanning out into all kinds of family structures."
"Different is the new normal," he says.
In a study prepared for the Council on Contemporary Families, Cohen highlights what he says are the three most significant changes in American family life during the past 50 years.
- A decline in marriage: household headed by married couples declined from 66 percent in 1960 to 45 percent by 2010.
- The increase in the numbers of women entering the paid workforce.
- The rising number of blended, remarried and co-habiting families.
While in the 1950s 65 percent of all children under the age of 15 were growing up in traditional breadwinner-homemaker situations, today only 22 percent of them are, Cohen points out.
"In 1960 you would have had an 80 percent chance that two children, selected at random, would share the same situation. By 2012, that chance had fallen to just a little more than 50-50," he says. "It is really impossible to point to a 'typical' family."
Instead, he says, many children are being raised by single mothers, by a parent cohabiting with an unmarried partner, by a single father or by grandparents.
Today's children are much more likely to experience a change in their family arrangements at some point in their lives, Cohen says.
Factors driving the changes in the structure of American families today include a changing economy, job opportunities, rising education and increasing independence of women, Cohen says.
These changes have not been matched with changes to government laws and policies, such as taxes or regulations governing work hours, that affect how families work and live, he points out.
"Different families have different child-rearing challenges and needs, which means we are no longer well-served by policies that assume most children will be raised by married-couple families, especially ones where the mother stays home throughout the children's early years," he says.
From Our Sponsor
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Google Rolls Out Instant Apps Feature For Android: Download And Run Apps Without Installing Them
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Phones/Tablets/Mobile Tech
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Derivatives strategy on Grasim Industries by HDFC Securities
Derivative call by Nandish Shah, Technical Analyst, HDFC securities
by Nandish ShahBuy GRASIM NOVEMBER 800 Call at Rs 23
Stop Loss Rs 15 | Target Rs 40 | Lot Size 750.
Rationale:
1) Long build up is seen in the Grasim Futures’ where we have seen rise in Open Interest with price rising by 4.5%.
2) Stock price has broken out on the daily chart by closing above the resistance level of 760 to close at two month high.
3) On the monthly charts, stock price has formed bullish hammer candle stick pattern.
4) Oscillators and Momentum Indicators like RSI and MACD showing strength in the stock on the daily and weekly charts.


Id: 4
Name: Worldender's lair
Type: Planet
Dimension: unknown
Residents: ['https://rickandmortyapi.com/api/character/10', 'https://rickandmortyapi.com/api/character/81', 'https://rickandmortyapi.com/api/character/208', 'https://rickandmortyapi.com/api/character/226', 'https://rickandmortyapi.com/api/character/382', 'https://rickandmortyapi.com/api/character/340', 'https://rickandmortyapi.com/api/character/362', 'https://rickandmortyapi.com/api/character/375', 'https://rickandmortyapi.com/api/character/395']
Url: https://rickandmortyapi.com/api/location/4
Created: 2017-11-10T13:08:20.569Z


Elevate LAB
Home
Team
Projects
Events
Contribute
Learn
Contact Us
Meet
the
Team
Maintainers
Contributors


K-means algorithm is a supervised learning algorithm which is used for both classification as well as regression. To process the learning data, the K-means algorithm in data mining starts with a first group of randomly selected centroids, which are used as the beginning points for every cluster, and then performs iterative (repetitive) calculations to optimize the positions of the centroids.
Parameters:


Tone.Panner3D and Tone.Listener work together to create 3D audio. Connect your synths and sources to Panner3D and then to the master output, anything you connect to the panner will be spatialized according the position of the panner relative to the position of the listener. This example synchronizes the position of the camera with Tone.Listener and the position of each of the spheres with a track.
Note: the 3D panning effect is more effective with headphones.


Interviews
IMPORTANT: Make sure you are ready before you select "Take interview". You will only have one chance to attempt this assignment, so be
sure to take advantage of the provided practice interviews. Also, be certain that your attire and environment are interview friendly as well.
For recommendations, please refer to our Interview Preparation Guide .


So on the internet it's kind of hard to get a realistic impression of what travelling through a wormhole could look like. If you look around a bit you'll find things like:
None of these show what a wormhole with a long "throat" would look like. This simulation does.
Side note: on some mobile devices and on PCs with certain GPUs the rendering might be rather grainy. If it happens to you: sorry about that!
Click anywhere to continue
Caution: depending on the power of your GPU, changing the pixel ratio might slow your browser to a crawl.


--- layout: post title: "SSH and GPG" date: 2008-09-16 04:43:58 +0000 permalink: /2008/09/16/ssh-and-gpg/ category: Security redirect_from: - /blog/ssh-and-gpg/ ---
This weekend I'm going to be presenting a demo on ssh/gpg (e.g., cryptography and secure communications on Linux) at the Atlanta Linux Festival. Some of the things I intend to cover include:
If anyone has any input on additional points to be covered or anything of that nature, please drop me a comment here or send me an email at david -at- webgroup -dot- org.


This page regroups ressources about project of the Smithay ecosystem, providing tools for using wayland in Rust.
The Rusty Wayland Handbook. A currently WIP general tutorial about wayland and how to use the various libraries.
wayland-client API docs. API documentation of the wayland-client crate. It is the core crate for writing wayland client apps.
wayland-kbd API docs. API documentation of the wayland-kbd crate. It is an helper crate for wayland clients to handle keymaps for keyboard inputs.
wayland-window API docs. API documentation of the wayland-window crate. It is an helper crate for wayland clients to easily draw decorations and handle resizing/move.
wayland-server API docs. API documentation of the wayland-server crate. It is the core crate for writing wayland compositors.
smithay API docs. API documentation of the smithay crate, a WIP toolkit for writing wayland compositors.


Science fiction website completed as final project of Web Design course at the Minneapolis College of Art & Design.


| Modifier and Type | Class and Description |
|---|---|
class |
CTBlumPartyOne
This class plays as party one of coin tossing Blum protocol, which tosses a single bit.
|
class |
CTBlumPartyTwo
This class plays as party two of coin tossing Blum protocol, which tosses a single bit.
|
class |
CTSemiSimulatablePartyOne
This class plays as party one of coin tossing protocol which tosses a string.
|
class |
CTSemiSimulatablePartyTwo
This class plays as party two of coin tossing protocol which tosses a string.
|
class |
CTStringPartyOne
Concrete implementation of a protocol for tossing a string from party one's point of view.
|
class |
CTStringPartyTwo
Concrete implementation of a protocol for tossing a string from party two's point of view.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CmtElGamalOnByteArrayCommitter
This class implements the committer side of the ElGamal commitment.
|
class |
CmtElGamalOnByteArrayReceiver
This class implements the receiver side of the ElGamal commitment.
|
class |
CmtElGamalOnGroupElementCommitter
This class implements the committer side of the ElGamal commitment.
|
class |
CmtElGamalOnGroupElementReceiver
This class implements the receiver side of the ElGamal commitment.
|
class |
CmtElGamalWithProofsCommitter
Concrete implementation of committer with proofs.
|
class |
CmtElGamalWithProofsReceiver
Concrete implementation of receiver with proofs.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CmtElGamalHashCommitter
This class implements the committer side of the ElGamal hash commitment.
|
class |
CmtElGamalHashReceiver
This class implements the committer side of the ElGamal hash commitment.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CmtEquivocalCommitter
Concrete implementation of Equivocal commitment scheme in the committer's point of view.
|
class |
CmtEquivocalReceiver
Concrete implementation of Equivocal commitment scheme in the receiver's point of view.Pseudo code:
|
| Modifier and Type | Class and Description |
|---|---|
class |
CmtPedersenCommitter
Concrete implementation of committer that executes the Pedersen commitment scheme in the committer's point of view.
|
class |
CmtPedersenReceiver
Concrete implementation of receiver that executes the Pedersen commitment scheme in the receiver's point of view.
|
class |
CmtPedersenWithProofsCommitter
Concrete implementation of committer with proofs.
|
class |
CmtPedersenWithProofsReceiver
Concrete implementation of receiver with proofs.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CmtPedersenHashCommitter
Concrete implementation of committer that executes the Pedersen hash commitment
scheme in the committer's point of view.
|
class |
CmtPedersenHashReceiver
Concrete implementation of receiver that executes the Pedersen hash commitment
scheme in the receiver's point of view.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CmtPedersenTrapdoorCommitter
Concrete implementation of committer that executes the Pedersen trapdoor commitment
scheme in the committer's point of view.
|
class |
CmtPedersenTrapdoorReceiver
Concrete implementation of receiver that executes the Pedersen trapdoor commitment
scheme in the receiver's point of view.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CmtSimpleHashCommitter
This class implements the committer side of Simple Hash commitment.
|
class |
CmtSimpleHashReceiver
This class implements the receiver side of Simple Hash commitment.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OTFullSimDDHOnByteArrayReceiver
Concrete implementation of the receiver side in oblivious transfer based on the DDH assumption that achieves full simulation.
|
class |
OTFullSimDDHOnByteArraySender
Concrete implementation of the sender side in oblivious transfer based on the DDH assumption that achieves full simulation.
|
class |
OTFullSimDDHOnGroupElementReceiver
Concrete implementation of the receiver side in oblivious transfer based on the DDH assumption that achieves full simulation.
|
class |
OTFullSimDDHOnGroupElementSender
Concrete implementation of the sender side in oblivious transfer based on the DDH assumption that achieves full simulation.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OTFullSimROMDDHOnByteArrayReceiver
Concrete implementation of the receiver side in oblivious transfer based on the DDH assumption
that achieves full simulation in the random oracle model.
|
class |
OTFullSimROMDDHOnByteArraySender
Concrete implementation of the sender side in oblivious transfer based on the DDH assumption that achieves
full simulation in the random oracle model.
|
class |
OTFullSimROMDDHOnGroupElementReceiver
Concrete implementation of the receiver side in oblivious transfer based on the DDH assumption
that achieves full simulation in the random oracle model.
|
class |
OTFullSimROMDDHOnGroupElementSender
Concrete implementation of the sender side in oblivious transfer based on the DDH assumption
that achieves full simulation in the random oracle model.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OTOneSidedSimDDHOnByteArrayReceiver
Concrete implementation of the receiver side in oblivious transfer based on the DDH assumption that achieves
privacy for the case that the sender is corrupted and simulation in the case that the receiver
is corrupted.
|
class |
OTOneSidedSimDDHOnByteArraySender
Concrete implementation of the sender side in oblivious transfer based on the DDH assumption that achieves
privacy for the case that the sender is corrupted and simulation in the case that the receiver
is corrupted.
|
class |
OTOneSidedSimDDHOnGroupElementReceiver
Concrete implementation of the receiver side in oblivious transfer based on the DDH assumption that achieves
privacy for the case that the sender is corrupted and simulation in the case that the receiver
is corrupted.
|
class |
OTOneSidedSimDDHOnGroupElementSender
Concrete implementation of the sender side in oblivious transfer based on the DDH assumption that achieves
privacy for the case that the sender is corrupted and simulation in the case that the receiver
is corrupted.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OTExtensionMaliciousReceiver
A concrete class for Malicious OT extension receiver.
|
class |
OTExtensionMaliciousSender
A concrete class for Malicious OT extension sender.
|
class |
OTSemiHonestExtensionReceiver
A concrete class for Semi-Honest OT extension receiver.
|
class |
OTSemiHonestExtensionSender
A concrete class for Semi-Honest OT extension sender.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OTSemiHonestDDHBatchOnByteArrayReceiver
Concrete class for batch Semi-Honest OT assuming DDH receiver ON BYTE ARRAY.
|
class |
OTSemiHonestDDHBatchOnByteArraySender
Concrete class for batch Semi-Honest OT assuming DDH sender ON BYTE ARRAY.
|
class |
OTSemiHonestDDHBatchOnGroupElementReceiver
Concrete class for batch Semi-Honest OT assuming DDH receiver ON GROUP ELEMENT.
|
class |
OTSemiHonestDDHBatchOnGroupElementSender
Concrete class for Batch Semi-Honest OT assuming DDH sender ON GROUP ELEMENT.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OTPrivacyOnlyDDHOnByteArrayReceiver
Concrete class for OT Privacy assuming DDH receiver ON BYTE ARRAY.
|
class |
OTPrivacyOnlyDDHOnByteArraySender
Concrete class for OT Privacy assuming DDH sender ON BYTE ARRAY.
|
class |
OTPrivacyOnlyDDHOnGroupElementReceiver
Concrete class for OT Privacy assuming DDH receiver ON GROUP ELEMENT.
|
class |
OTPrivacyOnlyDDHOnGroupElementSender
Concrete class for OT Privacy assuming DDH sender ON GroupElement.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OTSemiHonestDDHOnByteArrayReceiver
Concrete class for Semi-Honest OT assuming DDH receiver ON BYTE ARRAY.
|
class |
OTSemiHonestDDHOnByteArraySender
Concrete class for Semi-Honest OT assuming DDH sender ON BYTE ARRAY.
|
class |
OTSemiHonestDDHOnGroupElementReceiver
Concrete class for Semi-Honest OT assuming DDH receiver ON GROUP ELEMENT.
|
class |
OTSemiHonestDDHOnGroupElementSender
Concrete class for Semi-Honest OT assuming DDH sender ON GROUP ELEMENT.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OTUCDDHOnByteArrayReceiver
Concrete class for OT receiver based on the DDH assumption that achieves UC security in
the common reference string model.
|
class |
OTUCDDHOnByteArraySender
Concrete class for OT sender based on the DDH assumption that achieves UC security in
the common reference string model.
|
class |
OTUCDDHOnGroupElementReceiver
Concrete class for OT receiver based on the DDH assumption that achieves UC security in
the common reference string model.
|
class |
OTUCDDHOnGroupElementSender
Concrete class for OT sender based on the DDH assumption that achieves UC security in
the common reference string model.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
DSABasedSignature
General interface for DSA signature scheme.
|
interface |
RSABasedSignature
General interface for RSA PSS signature scheme.
|
| Modifier and Type | Class and Description |
|---|---|
class |
BcRSAPss
This class implements the RSA PSS signature scheme, using BC RSAPss implementation.
|
class |
CryptoPPRSAPss
This class implements the RSA PSS signature scheme, using Crypto++ RSAPss implementation.
|
class |
OpenSSLDSA
This class implements the DSA signature scheme using OpenSSL library.
|
class |
OpenSSLRSAPss
This class implements the RSA PSS signature scheme, using OpenSSL RSAPss implementation.
|
class |
RSAPssAbs
Abstract class for RSA PSS signature scheme.
|
class |
ScDSA
This class implements the DSA signature scheme.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
AsymAdditiveHomomorphicEnc
General interface for asymmetric additive homomorphic encryption.
|
interface |
AsymmetricEnc
General interface for asymmetric encryption.
|
interface |
AsymMultiplicativeHomomorphicEnc
Interface for asymmetric multiplicative homomorphic encryption.
|
interface |
CramerShoupDDHEnc
General interface for CramerShoup encryption scheme.
|
interface |
DamgardJurikEnc
General interface for DamgardJurik encryption scheme.
|
interface |
ElGamalEnc
General interface for El Gamal encryption scheme.
|
interface |
RSAOaepEnc
General interface for RSA OAEP encryption scheme.
|
interface |
TPBlumGoldWasserEnc |
| Modifier and Type | Class and Description |
|---|---|
class |
BcRSAOaep
RSA-OAEP encryption scheme based on BC library's implementation.
|
class |
CramerShoupAbs |
class |
CryptoPPRSAOaep
RSA-OAEP encryption scheme based on Crypto++ library's implementation.
|
class |
ElGamalAbs
Abstract class that implements some common functionality to all ElGamal types.
|
class |
OpenSSLRSAOaep
RSA-OAEP encryption scheme based on OpenSSL library's implementation.
|
class |
RSAOaepAbs
Abstract class of RSA OAEP encryption scheme.
|
class |
ScCramerShoupDDHOnByteArray |
class |
ScCramerShoupDDHOnGroupElement
Concrete class that implement Cramer-Shoup encryption scheme.
|
class |
ScDamgardJurikEnc
Damgard Jurik is an asymmetric encryption scheme based on the Paillier encryption scheme.
|
class |
ScElGamalKEM
This class performs the El Gamal KEM encryption scheme.
|
class |
ScElGamalOnByteArray
This class performs the El Gamal encryption scheme that perform the encryption on a ByteArray.
|
class |
ScElGamalOnGroupElement
This class performs the El Gamal encryption scheme that perform the encryption on a GroupElement.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
AuthenticatedEnc |
interface |
CBCEnc |
interface |
CTREnc
Any implementation of Symmetric encryption in Counter-Mode ash to implement this interface.
|
interface |
SymAdditiveHomomorphicEnc
General interface for symmetric additive homomorphic encryption.
|
interface |
SymmetricEnc
This is the main interface for the Symmetric Encryption family.
|
interface |
SymMultiplicativeHomomorphicEnc
General interface for symmetric multiplicative homomorphic encryption.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OpenSSLCBCEncRandomIV
This class performs the Cipher Block Chaining (CBC) Mode encryption and decryption, using OpenSSL library.
|
class |
OpenSSLCTREncRandomIV
This class performs the randomized Counter (CTR) Mode encryption and decryption, using OpenSSL library.
|
class |
OpenSSLEncWithIVAbs
This is an abstract class that manage the common behavior of symmetric encryption using Open SSL library.
|
class |
ScCBCEncRandomIV
This class performs the Cipher Block Chaining (CBC) Mode encryption and decryption.
|
class |
ScCTREncRandomIV
This class performs the randomized Counter Mode encryption and decryption.
|
class |
ScEncryptThenMac
This class implements a type of authenticated encryption: encrypt then mac.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
CbcMac
General interface for CBC-Mac.
|
| Modifier and Type | Class and Description |
|---|---|
class |
ScCbcMacPrepending
Concrete class of CBC-Mac.
|
| Modifier and Type | Class and Description |
|---|---|
class |
BcDlogECF2m
This class implements an Elliptic curve Dlog group over F2m utilizing Bouncy Castle's implementation.
|
class |
BcDlogECFp
This class implements an Elliptic curve Dlog group over Fp utilizing Bouncy Castle's implementation.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CryptoPpDlogZpSafePrime
This class implements a Dlog group over Zp* utilizing Crypto++'s implementation.
|
| Modifier and Type | Class and Description |
|---|---|
class |
MiraclDlogECF2m
This class implements a Dlog group over F2m utilizing Miracl's implementation.
|
class |
MiraclDlogECFp
This class implements an Elliptic curve Dlog group over Zp utilizing Miracl's implementation.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OpenSSLDlogECF2m
This class implements an Elliptic curve Dlog group over F2m utilizing OpenSSL's implementation.
|
class |
OpenSSLDlogECFp
This class implements an Elliptic curve Dlog group over Fp utilizing OpenSSL's implementation.
|
class |
OpenSSLDlogZpSafePrime
This class implements a Dlog group over Zp* utilizing OpenSSL's implementation.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
SHA1
Marker interface.
|
interface |
SHA224
Marker interface.
|
interface |
SHA256
Marker interface.
|
interface |
SHA384
Marker interface.
|
interface |
SHA512
Marker interface.
|
| Modifier and Type | Class and Description |
|---|---|
class |
BcSHA1
Concrete class of cryptographicHash for SHA1.
|
class |
BcSHA224
Concrete class of cryptographicHash for SHA224.
|
class |
BcSHA256
Concrete class of cryptographicHash for SHA256.
|
class |
BcSHA384
Concrete class of cryptographicHash for SHA384.
|
class |
BcSHA512
Concrete class of cryptographicHash for SHA512.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CryptoPpSHA1
Concrete class of cryptographicHash for SHA1.
|
class |
CryptoPpSHA224
Concrete class of cryptographicHash for SHA224.
|
class |
CryptoPpSHA256
Concrete class of cryptographicHash for SHA256.
|
class |
CryptoPpSHA384
Concrete class of cryptographicHash for SHA384.
|
class |
CryptoPpSHA512
Concrete class of cryptographicHash for SHA512.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OpenSSLSHA1
Concrete class of cryptographicHash for SHA1.
|
class |
OpenSSLSHA224
Concrete class of cryptographicHash for SHA224.
|
class |
OpenSSLSHA256
Concrete class of cryptographicHash for SHA256.
|
class |
OpenSSLSHA384
Concrete class of cryptographicHash for SHA384.
|
class |
OpenSSLSHA512
Concrete class of cryptographicHash for SHA512.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
Hmac
Marker interface.
|
| Modifier and Type | Class and Description |
|---|---|
class |
BcHMAC
Adapter class that wraps the Hmac of bouncy castle.
|
| Modifier and Type | Class and Description |
|---|---|
class |
OpenSSLHMAC
Concrete class of PRF family for Hmac.
|
| Modifier and Type | Interface and Description |
|---|---|
interface |
Cca1
An encryption scheme that is secure in the presence of preprocessing chosen-ciphertext attacks
(meaning that the decryption oracle is available only before the challenge ciphertext is provided) should implement this interface.
|
interface |
Cca2
An encryption scheme that is secure in the presence of (full) chosen-ciphertext attacks should implement this interface.
|
interface |
CDH
A group in which the computational Diffie-Hellman problem is assumed to hold should implement this interface.
|
interface |
ChannelSecLevel
This interface is the root interface of the channel security level family.
|
interface |
CollisionResistant
A hash function H is collision resistant if it is infeasible to find two distinct values x and y such that H(x)=H(y).
|
interface |
CommitSecLevel |
interface |
Covert
Any protocol that is secure in the presence of covert adversaries should implement this interface.
|
interface |
Cpa
An encryption scheme that is secure in the presence of chosen-plaintext attacks should implement this interface.
|
interface |
DDH
A group in which the decisional Diffie-Hellman problem is assumed to hold should implement this interface.
|
interface |
Dlog
A group in which the discrete log problem is assumed to hold should implement this interface.
|
interface |
DlogSecLevel
This hierarchy specifies the security level of a cyclic group in which discrete log hardness is assumed to hold.
|
interface |
Eav
An encryption scheme that is only secure for eavesdropping adversaries (like a stream cipher) should implement this interface.
|
interface |
EncSecLevel
This hierarchy specifies the security level of encryption schemes; it does not differentiate between symmetric and asymmetric encryption.
|
interface |
EquivocalCmt |
interface |
ExtractableCmt |
interface |
FullyTrapdoorCmt |
interface |
HashSecLevel
This hierarchy specifies the security level of a cryptographic hash function.
|
interface |
Indistinguishable
This interface should be used when the security level of the encryption scheme is according to the regular indistinguishability game that defines privacy.
|
interface |
MacSignSecLevel
This hierarchy specifies the security level of a message authentication code (MAC) or digital signature scheme.
|
interface |
Malicious
Any protocol that is secure in the presence of malicious adversaries should implement this interface.
|
interface |
NonMalleable
This interface should be used for encryption schemes that achieve non-malleability, meaning that it is infeasible for an adversary to generate a related ciphertext.
|
interface |
NonMalleableCmt |
interface |
OneSidedSimulation |
interface |
OneTime
Any MAC or signature scheme that is secure for one-time use only should implement this interface.
|
interface |
Perfect
This interface should be used for any primitive, scheme or protocol that achieves perfect security (e.g., a perfect MAC, one-time pad, perfectly-secure multiparty protocol, and so on).
|
interface |
PerfectlyBindingCmt
Any commitment scheme that is perfectly binding should implement this interface.
|
interface |
PerfectlyHidingCmt
Any commitment scheme that is perfectly hiding should implement this interface.
|
interface |
PrivacyOnly |
interface |
ProtocolSecLevel
This interface is the root interface of the security level hierarchy for (secure computation) protocols.
|
interface |
SecureCommit |
interface |
SemiHonest
Any protocol that is secure in the presence of semi-honest adversaries should implement this interface.
|
interface |
StandAlone
Any protocol that is proven secure in the stand-alone model (where secure protocols are run sequentially and not concurrently) should implement this interface.
|
interface |
Statistical
This interface should be used for any primitive, scheme or protocol that achieves statistical security (e.g., a perfect MAC, one-time pad, perfectly-secure multiparty protocol, and so on).
|
interface |
StatisticallyHidingCmt |
interface |
TargetCollisionResistant
A hash function is target collision resistant if it is infeasible for an adversary to succeed in the following game:
the adversary chooses a message x;
next a random key K is chosen for the hash function and given to the adversary;
finally the adversary outputs some y (not equal to x) such that H_K(x)=H_K(y).
|
interface |
UC
Any protocol that is universally composable (aka.
|
interface |
UnlimitedTimes
Any MAC or signature scheme that is secure for an unlimited number of uses should implement this interface.
|


Schtromm.github.io
Choose from 165 different sets of pearson economics flashcards on Quizlet. Log in Sign up. pearson economics chapter 3 vocab. profit motive. Pearson Prentice Hall Economics Unit 1 Test Chapters 1, 2. need. want. goods. services. something essential for survival. View pearson-chaper-2-exam-v1-answer-key (2) from ECON Econ201 at Baltimore City Community College. CHAPTER 2 Exam - Scarcity and the World of Tradeoffs MULTIPLE CHOICE. Choose the one alternative. Chapter 3: Demand and Supply - Pearson Education. Agricultural Economics, 3rd Edition - Pearson. Pearson Economics Test Chaper 3 Answer Key - mybooklibrary.
Title: Microsoft PowerPoint - econ_ch02_sect04_online_lecture_notes Author: Bob Created Date: 8/8/2012 7:33:32. Pearson economics test chaper 3 answer. MyLab Economics is the teaching and learning platform that empowers you to reach every student. When combined with educational content written by respected scholars across the curriculum, MyLab Economics helps deliver the learning outcomes that students and instructors aspire. MyLab™ Economics engages students with real time data, current micro/macro news, adaptive learning, and experiments. Learn. Pearson Economics Test Chaper 3 Answer Key Download ebook Pearson Economics Test Chaper 3 Answer Key in pdf / kindle / epub format also available for any devices anywhere. Test Prep Book for Economics Answer Key (Economics Principles in Action) Pearson on Amazon.com. FREE shipping on qualifying offers. Provides answers to Economics practice tests.
Chapter Summary, Key Terms, Problems and Discussion Questions, and (new to this edition) Sources of Information provide students with useful review and study tools. Introduction to Agricultural Economics. 3. Introduction to Market Price Determination PART II: MICROECONOMICS. TestGen Computerized Test Bank for Agricultural Economics. 3 When a price rises, ceteris paribus, people cannot afford to buy all the things they previously bought so they buy less.This is called. Pearson economics Flashcards and Study Sets Quizlet. Pearson-chaper-2-exam-v1-answer-key (2) - CHAPTER Chapter 2: Economic Systems Section 1 - jb-hdnp.org.


{% extends "base.html" %} {% block title %}Players{% endblock %} {% block content %} {#
| Rank | Aggregate Scored | First Name | Last Name | {% for player in player_list %}
|---|---|---|---|
| {{ forloop.counter }} | {{ player.aggregate_scored }} | {{ player.first_name }} | {{ player.last_name }} |


TWISTD(1) TWISTD(1) NAME twistd - run Twisted applications (TACs, TAPs) SYNOPSIS twistd [options] DESCRIPTION Read a twisted.application.service.Application out of a file and run it. OPTIONS -n, --nodaemon Don't daemonize (stay in foreground). -q, --quiet No-op for backwards compatibility. -p, --profile <profile output> Run the application under the profiler, dumping results to the specified file. --profiler <profiler name> Specify the profiler to use. Defaults to the 'hotshot' profiler. --savestats Save the Stats object rather than the text output of the profiler. -b, --debug Run the application in the Python Debugger (implies --nodaemon option). Sending a SIGINT or SIGUSR2 signal to the process will drop it into the debugger. -e, --encrypted <file> The specified tap/aos file is encrypted. --euid Set only effective user-id rather than real user-id. This option has no effect unless the server is running as root, in which case it means not to shed all privileges after binding ports, retaining the option to regain privileges in cases such as spawning pro‐ cesses. Use with caution. -o, --no_save Do not save shutdown state. --originalname Behave as though the specified Application has no process name set, and run with the standard process name (the Python binary in most cases). -l, --logfile <logfile> Log to a specified file, - for stdout (default: twistd.log). The log file will be rotated on SIGUSR1. -l, --logger <fully qualified python name> A fully-qualified name to a log observer factory to use for the initial log observer. Takes precedence over --logfile and --sys‐ log. --pidfile <pidfile> Save pid in specified file (default: twistd.pid). --chroot <directory> Chroot to a supplied directory before running (default: don't chroot). Chrooting is done before changing the current directory. -d, --rundir <directory> Change to a supplied directory before running (default: .). -u, --uid <uid> The uid to run as (default: don't change). -g, --gid <gid> The gid to run as (default: don't change). --umask <mask> The (octal) file creation mask to apply. (default: 0077 for dae‐ mons, no change otherwise). -r, --reactor <reactor> Choose which reactor to use. See --help-reactors for a list of possibilities. --help-reactors List the names of possibly available reactors. --spew Write an extremely verbose log of everything that happens. Useful for debugging freezes or locks in complex code. -f, --file <tap file> Read the given .tap file (default: twistd.tap). -s, --source <tas file> Load an Application from the given .tas (AOT Python source) file. -y, --python <python file> Use the variable "application" from the given Python file. This option overrides -f. This option implies --no_save. --syslog Log to syslog instead of a file. --version Print version information and exit. --prefix <prefix> Use the specified prefix when logging to logfile. Default is "twisted". Note that if twistd is run as root, the working directory is not searched for Python modules. SIGNALS A running twistd accepts SIGINT for a clean shutdown and SIGUSR1 to rotate log files. AUTHOR Written by Moshe Zadka, based on twistd's help messages. REPORTING BUGS To report a bug, visit http://twistedmatrix.com/trac/wiki/TwistedDevelop‐ ment#DevelopmentProcess COPYRIGHT Copyright © 2001-2011 Twisted Matrix Laboratories. This is free software; see the source for copying conditions. There is NO warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PUR‐ POSE. Dec 2011 TWISTD(1)


|
Groovy Documentation | |||||||
| FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | METHOD | DETAIL: FIELD | METHOD |
org.vertx.groovy.core.streams.ReadStream org.vertx.groovy.core.http.HttpClientResponse org.vertx.groovy.core.streams.ExceptionSupport
@groovy.transform.CompileStatic interface HttpClientResponse extends ReadStream
Represents a client-side HTTP response.
An instance of this class is provided to the user via a handler that was specified when one of the HTTP method operations, or the generic HttpClient#request(String, String, Closure)#request(String, String, Closure) method was called on an instance of HttpClient.
It implements ReadStream so it can be used with Pump to pump data with flow control.
Instances of this class are not thread-safe
| Method Summary | |
|---|---|
HttpClientResponse
|
bodyHandler(groovy.lang.Closure bodyHandler)
Convenience method for receiving the entire request body in one piece. |
java.util.List
|
getCookies()
@return The Set-Cookie headers (including trailers) |
MultiMap
|
getHeaders()
@return The HTTP headers |
int
|
getStatusCode()
The HTTP status code of the response |
java.lang.String
|
getStatusMessage()
The HTTP status message of the response |
MultiMap
|
getTrailers()
@return The HTTP trailers |
| Methods inherited from interface ReadStream | |
|---|---|
| dataHandler, endHandler, pause, resume |
| Methods inherited from interface ExceptionSupport | |
|---|---|
| exceptionHandler |
| Method Detail |
|---|
HttpClientResponse bodyHandler(groovy.lang.Closure bodyHandler)
bodyHandler
- This handler will be called after all the body has been received
java.util.List getCookies()
MultiMap getHeaders()
int getStatusCode()
java.lang.String getStatusMessage()
MultiMap getTrailers()
Groovy Documentation


Spring Boot based Online Judge
Self Learning
A backend server that acts as an Online Judge built on Spring Boot Framework using ORM to connect to a MySQL database.
Discrete Event Simulator of Scheduling Algorithms
Self Learning
A discrete event simulator which simulates an Operating system scheduling processes in First Come First Serve (FCFS), or in Round Robin Queue (RR) and keeps track of Arrival Time,Completion Time,Burst Time,Turn Around Time.
Subway AI
Artificial Intelligence
An AI for subways, or MRTS in general, that reroutes and reshedules trains in real time depending on the some situation or changes made by the operator eg: a track breakdown.
Translation Systems
Information Retrieval
An implemetnation of the IBM Models 1 & 2, and the EM algorithm. It is primarily built using Python3 and NLTK.
Recommender Systems
Information Retrieval
Various implementations of recommender systems. Currently has user-user collaborative filtering, SVD and CUR recommender systems. It is primarily built using Python3 and NLTK.
Plagiarism Checker
Information Retrieval
A simple plagiarism checker that compares, scores and ranks documents according to their plagiarism score after comparing from a given corpus. It is primarily built using Python3 and NLTK.
Quiz Test Generator
Object Oriented Programming
A GUI quiz generator based in Java. Each question bank can hold a maximum of 999,999 questions. Has ability to insert, delete and modify questions within the question bank.
Time Card Management System
Databases
A Time Card Management System for BPOs, that manages employee data, employee entry and exit time, Auto-calculates salary based on current project and number of logged hours, Leave Applications. Extra features for Admins to allocate holiday bonuses, and accept Leave Applications. Built using JavaFX along with JDBC which connects to a MySQL database.


Popular DI implementations
Some of the most popular DI implementations
- Spring framework - notebook-spring
- Context and Dependency Injection (CDI) - notebook-cdi
- Google Guice - notebook-guice
- Dagger - notebook-dagger
- Blueprint - Spring based, OSGi specific


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import pandas as pd
import numpy as np
import matplotlib.pyplot as plt
from sklearn.preprocessing import scale
from scipy import stats
import researchpy as rp
https://github.com/Opensourcefordatascience/Data-sets/blob/master/blood_pressure.csv
In this dataset fictitious and contains blood pressure readings before and after an intervention. These are variables “bp_before” and “bp_after”.
bp_reading = pd.read_csv('datasets/blood_pressure.csv')
bp_reading.sample(10)
| patient | sex | agegrp | bp_before | bp_after | |
|---|---|---|---|---|---|
| 39 | 40 | Male | 46-59 | 160 | 174 |
| 71 | 72 | Female | 30-45 | 157 | 135 |
| 70 | 71 | Female | 30-45 | 162 | 133 |
| 33 | 34 | Male | 46-59 | 148 | 184 |
| 72 | 73 | Female | 30-45 | 141 | 168 |
| 69 | 70 | Female | 30-45 | 138 | 135 |
| 81 | 82 | Female | 46-59 | 170 | 150 |
| 82 | 83 | Female | 46-59 | 150 | 138 |
| 10 | 11 | Male | 30-45 | 149 | 164 |
| 119 | 120 | Female | 60+ | 185 | 163 |
bp_reading.shape
(120, 5)
bp_reading.describe().T
| count | mean | std | min | 25% | 50% | 75% | max | |
|---|---|---|---|---|---|---|---|---|
| patient | 120.0 | 60.500000 | 34.785054 | 1.0 | 30.75 | 60.5 | 90.25 | 120.0 |
| bp_before | 120.0 | 156.450000 | 11.389845 | 138.0 | 147.00 | 154.5 | 164.00 | 185.0 |
| bp_after | 120.0 | 151.358333 | 14.177622 | 125.0 | 140.75 | 149.5 | 161.00 | 185.0 |
bp_reading[['bp_before', 'bp_after']].boxplot(figsize=(12, 8))
<matplotlib.axes._subplots.AxesSubplot at 0x107b51690>
The hypothesis being tested¶
Null hypothesis (H0): u1 = u2, which translates to the mean of sample 01 is equal to the mean of sample 02
Alternative hypothesis (H1): u1 ? u2, which translates to the means of sample 01 is not equal to sample 02
Assumption check¶
The samples are independently and randomly drawn
The distribution of the residuals between the two groups should follow the normal distribution
The variances between the two groups are equal
stats.levene(bp_reading['bp_after'], bp_reading['bp_before'])
LeveneResult(statistic=4.863729003161597, pvalue=0.028383666362347747)
bp_reading['bp_diff'] = scale(bp_reading['bp_after'] - bp_reading['bp_before'])
/anaconda3/lib/python3.7/site-packages/sklearn/utils/validation.py:595: DataConversionWarning: Data with input dtype int64 was converted to float64 by the scale function.
warnings.warn(msg, DataConversionWarning)
bp_reading[['bp_diff']].head()
| bp_diff | |
|---|---|
| 0 | 0.906743 |
| 1 | 0.726496 |
| 2 | 1.207155 |
| 3 | -0.354987 |
| 4 | 0.005508 |
bp_reading[['bp_diff']].hist(figsize=(12, 8))
array([[<matplotlib.axes._subplots.AxesSubplot object at 0x1a1ab7f210>]],
dtype=object)
Checking Normal distribution by Q-Q plot graph¶
https://www.statisticshowto.datasciencecentral.com/assumption-of-normality-test/
plt.figure(figsize=(15, 8))
stats.probplot(bp_reading['bp_diff'], plot=plt)
plt.title('Blood pressure difference Q-Q plot')
plt.show()
Note:- The corresponding points are lies very close to line that means are our sample data sets are normally distributed
Checking Normal distribution by method of Shapiro stats
¶
https://docs.scipy.org/doc/scipy/reference/generated/scipy.stats.shapiro.html
stats.shapiro(bp_reading['bp_diff'])
(0.9926842451095581, 0.7841846942901611)
stats.ttest_rel(bp_reading['bp_after'], bp_reading['bp_before'])
Ttest_relResult(statistic=-3.3371870510833657, pvalue=0.0011297914644840823)
Note:- Here, t-test = -3.337
and p-value = 0.0011
since p-value is less than the significant value hence null-hypothesis is rejected(Alpha = 0.05)
T-test using researchpy
¶
https://researchpy.readthedocs.io/en/latest/ttest_documentation.html
rp.ttest(bp_reading['bp_after'], bp_reading['bp_before'],
paired = True, equal_variances=False)
| Wilcoxon signed-rank test | results | |
|---|---|---|
| 0 | Mean for bp_after = | 151.358333 |
| 1 | Mean for bp_before = | 156.450000 |
| 2 | T value = | 2234.500000 |
| 3 | Z value = | -3.191600 |
| 4 | Two sided p value = | 0.001400 |
| 5 | r = | -0.206000 |


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