List View Examples
A sample application illustrating the use of list views for large amounts of data. Features a range of UX Aspects components:
- Layout Switcher: Present data in table view or card view and auto-switch views based on the display size.
- Toolbar: Quick access to the most common actions.
- Facets & Filters: Narrow your search by date, author, file type etc.
- Sorting: Sort data either by using a dropdown menu or by clicking on a table column header.
- Selection: Select one or more items to enable actions to be applied.
- Document Preview: Using the preview pane.
- PDF Download: Export table data to a downloadable PDF.
Social Chart Example
A sample application illustrating the use of the social chart for viewing connections between people. This provides the following features:
- Clickable Nodes: Select a node to focus on a specific person and their connections.
- Clickable Edges: Select an edge (connector line) to focus on connections between two people. Click on the background again to zoom out again.
- Hoverable Nodes and Edges: Hover over a node or an edge to see a summary popup.
- Zoom: Zoom in or out of the chart and drag with the mouse to control the chart view. Double-click on the background to zoom right out.
Partition Map Example
A sample application illustrating the use of the partition map to show the breakdown of a document set by various criteria. This provides the following features:
- Document breakdown: See a visual representation of the document set by custodian, language and file type.
- Clickable Segments: Select a segment to zoom in or out of the partition map.
- Editing: Edit the data types and their row order in the partition map.
Sankey Chart Example
A sample application illustrating the use of the sankey chart to show document flows within a system. This provides the following features:
- Sections: View the sections of the system at each stage in the document flow.
- Flows: See a visual representation of the document flow by hovering over a segment or the flow connections between adjacent segments.


Xingran Zhou 周星然
Ph.D. student
Zhejiang University, Hangzhou City, P.R.China
Contact<EMAIL_ADDRESS>Biography
Xingran Zhou is a Ph.D. student at Zhejiang University, Hangzhou City, China. He is under the supervision of Professor Zhongfei Zhang.
He was a research intern at Microsoft Research Asia (MSRA) Visual Computing Group from July 2019 to November 2021. During his time at MSRA, he was mentored by Dr. Dong Chen.
His research interests focus on the intersection of Computer Vision and Computer Graphics. He is particularly interested in learning-based models for generating appealing visuals.
Publication
CoCosNet v2: Full-Resolution Correspondence Learning for Image TranslationXingran Zhou, Bo Zhang, Ting Zhang, Pan Zhang, Jianmin Bao, Dong Chen, Zhongfei Zhang, Fang Wen
CVPR 2021
[Code]
[arXiv]
[pdf]
[BibTex]
|
|
Text Guided Person Image SynthesisXingran Zhou, Siyu Huang, Yingming Li, Bin Li, Jiachen Li, Zhongfei Zhang CVPR 2019 (acceptance rate 25.2%) We present a novel method to manipulate the visual appearance (pose and attribute) of a person image according to natural language descriptions. |
|
Generating Person Images with Appearance-aware Pose StylizerSiyu Huang, Haoyi Xiong, Zhi-Qi Cheng, Qingzhong Wang, Xingran Zhou, Bihan Wen, Jun Huan, Dejing Dou International Joint Conference on Artificial Intelligence (IJCAI), 2020 (acceptance rate 12.6%) We present a novel generator called Appearance-aware Pose Stylizer (APS) which generates human images by coupling the target pose with the conditioned person appearance progressively. |


BEYONCÉ
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Quick start to find best fitting distribution
Specify distfit
parameters. In this example nothing is specied and that means that all parameters are set to default.
Generate random data
from distfit import distfit
import numpy as np
# Example data
X = np.random.normal(10, 3, 2000)
y = [3,4,5,6,10,11,12,18,20]
Fit distributions
A series of distributions are fitted on the emperical data and for each a RSS is determined. The distribution with the best fit (lowest RSS) is the best fitting distribution.
# From the distfit library import the class distfit
from distfit import distfit
# Initialize
dfit = distfit(todf=True)
# Search for best theoretical fit on your empirical data
results = dfit.fit_transform(X)
# [distfit] >fit..
# [distfit] >transform..
# [distfit] >[norm ] [0.00 sec] [RSS: 0.0036058] [loc=10.035 scale=2.947]
# [distfit] >[expon ] [0.00 sec] [RSS: 0.1821936] [loc=-0.496 scale=10.531]
# [distfit] >[pareto ] [0.12 sec] [RSS: 0.1821326] [loc=-699709.530 scale=699709.035]
# [distfit] >[dweibull ] [0.02 sec] [RSS: 0.0059431] [loc=10.001 scale=2.541]
# [distfit] >[t ] [0.09 sec] [RSS: 0.0036059] [loc=10.035 scale=2.947]
# [distfit] >[genextreme] [0.27 sec] [RSS: 0.7053157] [loc=17.658 scale=2.731]
# [distfit] >[gamma ] [0.07 sec] [RSS: 0.0036036] [loc=-326.130 scale=0.026]
# [distfit] >[lognorm ] [0.15 sec] [RSS: 0.0036144] [loc=-187.018 scale=197.039]
# [distfit] >[beta ] [0.05 sec] [RSS: 0.0036176] [loc=-16.974 scale=51.538]
# [distfit] >[uniform ] [0.00 sec] [RSS: 0.1162497] [loc=-0.496 scale=19.280]
# [distfit] >[loggamma ] [0.07 sec] [RSS: 0.0036382] [loc=-493.477 scale=77.133]
# [distfit] >Compute confidence interval [parametric]
Plot distribution fit
# Plot
dfit.plot()
Plot RSS
Note that the best fit should be normal, as this was also the input data. However, many other distributions can be very similar with specific loc/scale parameters. It is however not unusual to see gamma and beta distribution as these are the “barba-pappas” among the distributions. Lets print the summary of detected distributions with the Residual Sum of Squares.
# Make plot
dfit.plot_summary()
Fit for one specific distribution
Suppose you want to test for one specific distribution, such as the normal distribution. This can be done as following:
# Create random data
X = np.random.normal(10, 3, 2000)
y = [3,4,5,6,10,11,12,18,20]
# Initialize
dfit = distfit(distr='norm')
# Fit on data
results = dfit.fit_transform(X)
# [distfit] >fit..
# [distfit] >transform..
# [distfit] >[norm] [RSS: 0.0151267] [loc=0.103 scale=2.028]
dfit.plot()
Fit for multiple distributions
Suppose you want to test multiple distributions:
# Create random data
X = np.random.normal(10, 3, 2000)
y = [3,4,5,6,10,11,12,18,20]
# Initialize
dfit = distfit(distr=['norm', 't', 'uniform'])
# Fit on data
results = dfit.fit_transform(X)
# [distfit] >fit..
# [distfit] >transform..
# [distfit] >[norm ] [0.00 sec] [RSS: 0.0012337] [loc=0.005 scale=1.982]
# [distfit] >[t ] [0.12 sec] [RSS: 0.0012336] [loc=0.005 scale=1.982]
# [distfit] >[uniform] [0.00 sec] [RSS: 0.2505846] [loc=-6.583 scale=15.076]
# [distfit] >Compute confidence interval [parametric]
dfit.plot()
Make predictions
The predict
function will compute the probability of samples in the fitted PDF.
Note that, due to multiple testing approaches, it can occur that samples can be located
outside the confidence interval but not marked as significant. See section Algorithm -> Multiple testing for more information.
Generate random data
# Example data
X = np.random.normal(10, 3, 2000)
y = [3,4,5,6,10,11,12,18,20]
Fit all distribution
A series of distributions are fitted on the emperical data and for each a RSS is determined. The distribution with the best fit (lowest RSS) is the best fitting distribution.
# From the distfit library import the class distfit
from distfit import distfit
# Initialize
dfit = distfit(todf=True)
# Search for best theoretical fit on your empirical data
dfit.fit_transform(X)
# Make prediction on new datapoints based on the fit
results = dfit.predict(y)
Plot predictions
The best fitted distribution is plotted over the emperical data with it confidence intervals.
# The plot function will now also include the predictions of y
dfit.plot()
Examine results
results
is a dictionary containing y
, y_proba
, y_pred
and P
for which the output values has the same order as input value y
.
The “P” stands for the RAW P-values and “y_proba” are the corrected P-values after multiple test correction (default: fdr_bh).
In case you want to use the “P” values, set “multtest” to None during initialization.
Note that dataframe df
is included when using the todf=True parameter.
# Print probabilities
print(results['y_proba'])
# > [0.02702734, 0.04908335, 0.08492715, 0.13745288, 0.49567466, 0.41288701, 0.3248188 , 0.02260135, 0.00636084]
# Print the labels with respect to the confidence intervals
print(results['y_pred'])
# > ['down' 'down' 'down' 'none' 'none' 'none' 'none' 'up' 'up']
# Print the dataframe containing the total information
print(results['df'])
y |
y_proba |
y_pred |
P |
|
|---|---|---|---|---|
0 |
3 |
0.0270273 |
down |
0.00900911 |
1 |
4 |
0.0490833 |
down |
0.0218148 |
2 |
5 |
0.0849271 |
down |
0.0471817 |
3 |
6 |
0.137453 |
none |
0.0916353 |
4 |
10 |
0.495675 |
none |
0.495675 |
5 |
11 |
0.412887 |
none |
0.367011 |
6 |
12 |
0.324819 |
none |
0.252637 |
7 |
18 |
0.0226014 |
up |
0.00502252 |
8 |
20 |
0.00636084 |
up |
0.00070676 |
Output
In the previous example, we showed that the output can be captured results
and out
but the results are also stored in the object itself.
In our examples it is the dist
object.
The same variable names are used; y
, y_proba
, y_pred
and P
.
Note that dataframe df
is included when using the todf=True paramter.
# All scores of the tested distributions
print(dfit.summary)
# Distribution parameters for best fit
dfit.model
# Show the predictions for y
print(dfit.results['y_pred'])
# ['down' 'down' 'none' 'none' 'none' 'none' 'up' 'up' 'up']
# Show the probabilities for y that belong with the predictions
print(dfit.results['y_proba'])
# [2.75338375e-05 2.74664877e-03 4.74739680e-01 3.28636879e-01 1.99195071e-01 1.06316132e-01 5.05914722e-02 2.18922761e-02 8.89349927e-03]
# All predicted information is also stored in a structured dataframe (only when setting the todf=True)
# y: input values
# y_proba: corrected P-values after multiple test correction (default: fdr_bh).
# y_pred: True in case y_proba<=alpha
# P: raw P-values
print(dfit.results['df'])
y |
y_proba |
y_pred |
P |
|
|---|---|---|---|---|
0 |
3 |
0.0270273 |
down |
0.00900911 |
1 |
4 |
0.0490833 |
down |
0.0218148 |
2 |
5 |
0.0849271 |
down |
0.0471817 |
3 |
6 |
0.137453 |
none |
0.0916353 |
4 |
10 |
0.495675 |
none |
0.495675 |
5 |
11 |
0.412887 |
none |
0.367011 |
6 |
12 |
0.324819 |
none |
0.252637 |
7 |
18 |
0.0226014 |
up |
0.00502252 |
8 |
20 |
0.00636084 |
up |
0.00070676 |


All you need to do is highlight some of the foreground and background and our algorithm takes care of details. Say goodbye to the background and save.
You do NOT have to carefully select the areas, just make sure that the red (remove) marker touches any colors that you want to become transparent and the green (keep) marker touches any colors that you want to keep.
Make sure you stay within the lines of the object you want to cut out. If you mark an area outside of the foreground with a green marker, a part of the background can be cut out as well. Similarly, don't mark red on the foreground.


This form is used to view properties of application events registered in event log.
It displays full information (more detailed than event log data) on each application event:
Data presentation - applied object indication.
You can choose to display only some of the columns in the event log, hiding any information that is not necessary for your purposes.


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Dana Miller
Unafffiliated
Director of Finance - Adams County Housing Authority - dba Maiker Housing Partners
Bachelor's of Science - Accounting, CPA
80516
No political activity
Member - National Association of Housing and Redevelopment Officials (NAHRO); Professional Development Committee - NAHRO; Legislative Committee (NAHRO); Member - Colorado and Mountain Plains chapters of NAHRO; Member - American Institute of Certified Public Accountants; Colorado Society of CPAs; CoCPA Board of Directors; CoCPA Member Connections Committee;
I am just getting involved in Legislative matters at the national level through NAHRO. Previously, I have little experience organizing or representing groups
This is an excellent opportunity to get involved at the grass roots level in a foundational aspect of our democracy - and ensuring there is adequate opportunities for all voices to be heard in Colorado.
In my most recent work as a CFO of a Housing Authority, our role has been to not only build community and consensus among our residents, but to work with local, state, and national leaders in keeping them informed and connected with the needs and successes of our mission: to disrupt generational poverty through socially conscious community development. It's a collaborative approach that has taught me that the ONLY way to achieve our goals for the good of all is to cooperate, collaborate, respect, and honor each person's perspective and contribution to the solution we are seeking. We are a diverse state, and a diverse nation, and I would like to be a part of ensuring that we continue to allow all voices to be heard - and redistricting work provides me with the opportunity to do this.
As a CPA, by nature I have an analytical perspective. Working in non-profits and governmental organizations, much of my work has been around tackling big problems with less than big resources, so it included taking into account the needs of the many, including analytical and experiential information in arriving at a solution that satisfied as many as possible.
female


I am hoping to learn more about HTML and the Terminal in order to support with database needs for the Asian Pacific Environmental Network(APEN).I also hope to learn more about the connection between intel technology and social justice in the non-profit sector and how I could effectiently use the knowledge I learn to support my community


Singsing:
Well done! Karakawei will be very pleased.
Here's the fee we agreed upon; I trust it's sufficient.
Say, since you've done such a good job, how about continuing this kind of work?
Continue.
Stop.


Menu button
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Governance¶
This document outlines the policies and procedures that manage the conda-forge community. This document recognizes that, while packaging is deeply important to all of us, conda-forge is an all-volunteer organization. Members of the core, any team, or external contributors choose to participate and may choose to leave at any time for any reason or for no reason. We deeply appreciate all good faith contributions.
Code of Conduct¶
Conda-forge adheres to the Numfocus Code of Conduct.
Teams & Roles¶
Here are defined the primary teams participating in conda-forge activities.
- core: The core team is the governing body over the entire conda-forge organization. Members of the core team have full rights over all conda-forge repositories. Members of core are the face of the project, and are responsible for officially interfacing with external communities, organizations, non-profits, and companies. The core team may create new sub-teams, as appropriate. Each member of core is entitled to one vote on all elected matters.
- staged-recipes: The staged-recipes team administers the staged-recipes repository and is responsible for the review and creation of new feedstocks.
- maintainers: A maintainer is an individual responsible for the management of one or more feedstock repositories and packages. Maintainers have the ability to merge pull requests into the feedstock of only the packages they maintain.
- external contributors: This group encompasses all others who are not on core, part of staged-recipes, or maintainers. This includes first time contributors, collaborators, and funders. They have no special rights within the conda-forge organization itself.
Sub-Teams¶
The core team may elect to create new sub-teams for managing the daily business of the organization. While sub-teams may have non-core members, every sub-team must have at least one core team member at all times. If a sub-team fails to have a core team member for more than 1 week, that team is considered to be dissolved. A new sub-team would need to be established by the core in order to reinstate the activity.
Sub-teams have a charter that is either dynamic or static.
- A dynamic charter means that the sub-team is self-organizing, with respect to its own internal policies, procedures, and membership. A sub-team may choose to modify its membership independent of the core team. For example, a Google Summer of Code team could be a good candidate for a dynamic charter. Alternatively, language-based maintenance teams also have a dynamic charter.
- A static charter means that all membership decisions and non-trivial policies changes must be approved by the core team. For example, a finance team may require a static charter.
All sub-teams must adhere to the governance, policies, and procedures of conda-forge at all times.
Voting¶
This section presents descriptions and criteria for voting items in the conda-forge community. The core team is the only team with voting rights. Members of core may also call a vote on any topic. The restrictions on calling a vote are as follows:
- There must only be one vote active on a particular item at any time.
- The act of calling for a vote cannot itself violate the code of conduct. For example, Sam repeatedly called for votes immediately after a previous votes failed to achieve Sam’s result. Sam is attempting to bully other members of core into agreeing, and is thus violating the code of conduct.
- Voting yes moves the proposal forward; voting no is the only way to express opposition to the proposal; not voting is discouraged, but non-votes do not count as “no”.
- There should always be an option to abstain from voting.
Voting items are labeled as either standard or sensitive. Standard items are ones where public record and discourse and record is preferable. Sensitive voting items are ones where the results of the vote should remain private to the voters after the vote has occurred. Sensitive votes should take place on the Helios voting system in order retain anonymity.
The default voting period is 1 week (7 days). This may be modified at the time when a vote is called, but may never be less than 24 hrs.
To call for a standard vote, here is a template PR comment:
@conda-forge/core
This PR falls under {policy}, please vote and/or comment on this PR.
This PR needs {policy_percent} of core to vote yea to pass.
To vote please leave Approve (yea) or Request Changes (nay) reviews.
If you would like changes to the current language please leave a comment or push to this branch.
This vote will end on {date}.
| Nominate new member of staged-recipes: | |
|---|---|
The proposer must provide a brief justification as to why the new member is desirable or needed.
|
| Nominate new member of core: | |
|---|---|
The proposer must provide a sufficient justification as to why the nominee should be welcomed into core. Prior service to the community, including but not limited to: serving as a staged-recipes reviewer, working on critical conda-forge infrastructure, and helping to bridge disparate communities are an important part of the nomination process.
|
| Sub-team Formation: | |
|---|---|
Proposers must specify the name, role & responsibility, members, and charter (dynamic or static) of any new sub-teams.
|
| Sub-team Dissolution: | |
|---|---|
Proposers must specify the name and justification for why a sub-team should be dissolved.
|
| Lock an Issue, Pull Request, Thread: | |
|---|---|
Occasionally, discussions become toxic and antithetical to the goal of fostering the conda-forge community. Members of core have the right to lock the thread in an “ask for forgiveness and not for permission” way so bad situations are handled quickly. The lock must be justified in the thread itself with a text explaining the reasons for locking and how the participants may can contest it.
|
| Block a Contributor: | |
|---|---|
In extreme cases, such as repeated harassment, it may become necessary to block a user completely from participating in all conda-forge activities. This should not be done lightly, but it may be necessary to do so expediently. Shorter voting periods (such as 24 hrs) are to be expected. The proposer of the block must provide ample justification as to why this is needed.
|
| Remove member of staged-recipes: | |
|---|---|
The proposer must provide a justification as to why the member of staged recipes should be removed.
|
| Remove member of core: | |
|---|---|
The proposer must provide an overwhelming justification as to why the member core should be removed.
|
| Overall workflow and packaging policies: | |
|---|---|
The proposer can choose to create a poll with an external tool or call for voting on the GH issue in question. The voting period must be open for at least one core member meeting cycle to allow for clarification questions and discussions. Friendly reminders to vote are encouraged.
|
| Spending of funds: | |
|---|---|
Proposers must specify the purpose, time limit, and source of funds that are to be spent. Purpose and time limit should be general enough in order to prevent excessive voting. For example, recurrent items (such as CI) should not need to be voted on each and every month. Instead, they should exist for a defined period of time (e.g. until the current migration ends, or for the next year). For such recurring expenses, the person coordinating spending the funds can choose to cancel the spending if it is deemed no longer necessary or cost-effective without calling another vote, although they should make reasonable efforts to notify the rest of core before doing so.
|
| Modifying the governance document: | |
|---|---|
The voting should happen in the PR in question and there must be a call to @conda-forge/core. The voting period must be open for at least one core member meeting cycle to allow for clarification questions and discussions.
|
All other voting items are considered to be standard and require a 50% majority to pass.
Current Members of Core¶
In alphabetical order,
- Marcel Bargull, @mbargull
- Lori Burns, @loriab
- Matt Craig, @mwcraig
- Eric Dill, @ericdill
- Phil Elson, @pelson
- Filipe Pires Alvarenga Fernandes, @ocefpaf
- Isuru Fernando, @isuruf
- Björn Grüning, @bgruening
- Jonathan J. Helmus, @jjhelmus
- John Kirkham, @jakirkham
- Marius van Niekerk, @mariusvniekerk
- Mike Sarahan, @msarahan
- Anthony Scopatz, @scopatz
- Patrick Snape, @patricksnape
- Dougal J. Sutherland, @dougalsutherland
- Christopher J. Wright, @CJ-Wright
Document History¶
This document was written by Anthony Scopatz.
This document is released under the CC-BY 4.0 license.


Team Profile
Cristian Acevedo
Manager
Cristian Acevedo's ID: 123
Cristian Acevedo's Email:
<EMAIL_ADDRESS>Cristian Acevedo's Office Number:<PHONE_NUMBER>
Damaris
Engineer
Damaris's ID: 345
Damaris's Email:
<EMAIL_ADDRESS>Damaris's GitHub:
cacevedo2011
Steve
Intern
Steve's ID: 1234
Steve's Email:
<EMAIL_ADDRESS>Steve's School: UCF


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The question about payment is how does it work? What is the economy? This is why I keep going to the Terravi. I'll change my language to say, "Fluxum" The way I see it, the vHomeOwner might be prepared to send me a cheque or I might be able to deal with Credit Cards and Debit Cards, long term. But for now, if they have a certain amount of Fluxum in their back pocket, they can transfer the appropriate amount of tokens to me and the deal is complete. (I know, not that simple, but this is just the infancy) I can then take these Fluxum and use them for some other purpose. At some point in time, this token should be convertable to IRL cash. And, there needs to be some trustworthy businesses which help track this movement of Fluxum and floatsam...  ;-) But joking aside, I'd like to see the economy incorporated being somewhat secure. Sure, I don't mind someone making money off a transaction because of the "real" service they give, but the inflationary "creating" of money is not something I'd like to see in play. Perhaps an isolated system needs to be in place. 655K tokens are put into play. If the two entities are prepared to exchange Fluxum for work, then great. If the "worker" wants cold hard cash, then that needs to be negotiated. Cash does not eqaul Fluxum, in this scenario... ~~~~~~~~~~ Along with the Zones I am giving away, I am planning to also give about 200 Fluxom. These Fluxom will be used by the new Zowner in exchange for mesh and other objects or beautification. The way I figure it, one Fluxum would be worth about $1.00. 200 Fluxom would be worth about 4 hours of my time. (ie. I am charging nothing less than $50/hour for my VRMLing services). This is a very real value to me. Some may feel their time is worth more, but for me, I'll be happy with 50 Fluxom an hour. Now, I'll be building things like chairs, couches, bushes, etc, etc, etc. If someone wants a Kevin Rattai exclusive, they would redeem those Fluxom for these objects. If and when they begin to run out, or it goes over and above the current amount of Fluxum they have, they would then pay the remainder in cash or the would "purchase" more fluxom directly, or there are a number of other ways to obtain more fluxum, such as doing some work for me, in exchange for Fluxum. These are the transactions I am looking to generate. This is how I see people getting "used to" a CyberSpace economy. I will honour all the Fluxom I distribute. If someone else wants to honour my Fluxom, that's fine by them. It has a very real value and I will redeem all of them. And I am prepared to take the risk of potential for conterfeit, as I will do everything I can to track my Fluxom. If someone I did not issue Fluxom to, tries to redeem the Fluxom, they will have to provide a Fluxom trail to ensure that Fluxom does in fact exist in the Fluxom system. Fluxom are not redeamable for cash. I will not guarantee the Fluxom. The Fluxom is based on an honour system. The Fluxom is simply a token used to account for transactions. ~~~~~~~ *heh* dropped a zero to my benefit... =) Yeah, I agree if I can re-imberse most of the outstanding Flumox with mesh, then I'm further ahead. I've also determined it's better for me to offer the Fluxom only on stuff I personally give out, not on the stuff that is picked up off other servers, disks, etc. And I might give away "specials" or "gifts" such as with a random object today, I will give 50 Flumox. Or the first 10 customer requests on Dec. 25 get 100 Fluxom each. The other prerogative I have is "cash first, Fluxom second." Otherwise, my free time here is exactly that, might as well spend it keeping my skills in order... =) ~ Now say you act as my agent for my objects e.g. someone pays 50 F for my ~ mail-box you keep 25 and credit 25 to my Flummox account. Excellent addition to the program. Very nice, indeed. We all start working for each other, as well. All contributing to the big picture. I like that. ~ And I do the same for ~ anyone in Europe who wants a v.Johannes Apfelsamen worlds and contents crediting ~ your Flummox Account. Now we are on the way to establishing real and virtual ~ international business structures. Yup, and as these token are returned, we can (as gruen would say) "buy 'em, trade 'em, collect 'em all!" =) If I have 25 of your Fluxom and you have 25 of mine, and instead of working for them, decide we have too much else to do, we can exchange them. ~ We can attract some artists as well - a mesh library is a showcase for the skills ~ of constructors. I can see this as being a real attractor for the artists as well as the general public. As it was mentioned earlier, getting an exclusive, signed "Gwinner Creation", people may start to pay cold, hard cash. But the only way Gwinner will be recognized in a grand way might be to participate in a program such as this, by putting his mesh on the market. Very positive. Win-win-win. ~ Every item will be credited and the artist contactable for ~ custom work or job offers etc. Yeah, kinda like having a 1 Fluxom rack, a 100 Fluxum rack, and everything in between. As an aside, earlier on in Terra Vista it was also determined that every Zone should have a mail box via which visitors could contact the Zowner, and also every vHomeOwner sould also have a mailbox on their lot. Following this line of thought, every object could have a "tag" which would bring up details as to the Artist, contact information, etc when the pointer is over the object. Just thoughts... ~~~~~~~ ~ that you could 'brand' a fluxum with 'your' ID; well... I was thinking of this at first, then realized the potential for conterfeit... the solution I saw to this is in a bit... ~ thus some fluxom would be ~ worth more than others. For this (forgot to mention, sorry), the concept is all Fluxom are equal. That's the bit about I'm OK with 50 Fluxom/hour, someone else might want 100. But they are equal, across the board, no matter who issues them. We need a consistancy both for ourselves and for the customer. ~ This might actually cause some minor currency ~ problems: nobody would want to spend the really cool coinsFor more information on dFluxom and vFluxom, or to make comments on the concept please email:. This was interesting, though... Again, I thought of actually "creating" the coins and again thought better of it due to conterfeit, as well as concepts like a document with Fluxom number ranges... It all increases the likelyhood of conterfeit and abuse. So, I'm simply thinking of this. Right now a manual system, in the future an automated system, or perhaps there will be a point where it will be converted to a different system or picked up by e-cash, or something. Since the transfer of Fluxom will not include any actual object, except perhaps documentation, then the need for a locked object falls outside of this... ~ I'd really like to do something like that, but it's GOT to be secure. I do agree with the security issue in some ways. I'm open to discussing this as we move along, and feel we should take a look at a lot of different options to find a best fit. For now, we might simply go with the non-transferable Fluxom issued independantly to those customers you can "trust." And if someone offers me Fluxom they claimed were issued by Andrew, I would cross reference with him to ensure a valid claim and allow him to make the appropriate calculations. ~~~~~~~ ~ 'hand' people tokens. It's a cool idea. I think the idea of having ~ different kinds of currency would be cool too. Yup, I really see a benefit to having some kind of currency system in place. Perhaps we could even implement the basic vFluxom, create 1million tokens, and start distributing them amongst the population. This is used between them, this does not concern any transactions for actual content from authors/artists/whatever. If they want to pay each other to exchange objects, they can use the vFluxom. The dFluxom is a documented Fluxom. These are used specifically for transactions between Zowners, vHomowners, etc, and the authors/artists/whatever. a vFluxom is an "id'd", numbered, whatever object, within the wrls, a dFluxom is documented and non-transferable between vCitizens. Once we can find a better way to secure the dFluxom as an object, numbered, with a number of other protective measures, than we can distribute them as well. ~~~~~~~~~~
Mail me
if you are interested in providing opportunities within the community.
Warning:


Okay so this has been the most brilliant night I've had in a decade! I will shamelessy anounce to all that I have reinvented the Art of masturbation this evening! That's right, ten years worth of programatic chugging seen finally for what it was. A groping towards something more engrossing (Reminder to reader: we are now living in a land of masturbation.)
I came across a program called Mandala. It was oblivatingly beautiful screen saver type-thingamagig. I was being pulled all over the screen as colors swirled in some crooked geometric ballet. Drifting like colored waters down a demented drain...I felt the knowledge that something was being imprinted. A fear of being the guy who hypnotises himself forever. Something important, but foggy happened here. (Do we have a president yet?) I was so enraptured in the eddies of psychedelic rainbows, like locks of hair. Meanwhile I am still wanking away, without any connection to sexual gratification what so ever! I felt perfectly synchronized as my energies comingled with the visual display on the screen. I felt myself being integrated mentally into the graphics. I was merely observing a series of fractal type graphs evolving into new forms continuosly.
So, you can kinda see that there was a separation of consciousness. Or so the polls indicate on this election eve after. Part of me realized 'jerk, it's a screen saver. duh.', and then another part of me was lost, I mean lost like underwater. I could feel the waves of color undulate throughout my corpse (i was not really dead though and another part of me knew that piece of info.) There was always a string to bind whatever came next. My vision became a puzzle that put itself together in a blur, only to melt away into o-blob-ian.  I was nothing but the mass of my body. A weird sensation, much lighter without holding your thoughts, your mind, your tensions, etc. Just energy vibrating in synch with the universe. And then across the screen plops up a grey rectangle, decorated in bold text with the following: PLEASE REGISTER blahrdy blarh blarh. End mind trek. The dork has landed. Safe to say, I was still masturbating. At least some things still stay on auto pilot.
So safe to say, I had a very enjoyable experience. Fantasy came easy, almost natural. Words became worlds before my mind's soggy eye, and I squinted much easier certainly owing much to the klonapin. I felt in touch with emotions at the core of my self, my anger for sure, and my laziness, but mostly a wounded sense of creativity prevailed. Something once loved now forgotton. Some nice music was then recorded (now remembering) with me my guitar, my puppy making puppy noises, and a casio keyboard. There's a definite mood to the music. Sounds like a junkyard though. But kinda happy anyhow. As for the rest of the evening/morning. Nothing but good vibes all the way! I am thankful to see the sun rise today. And after only it I will follow to the end of my every day, no matter who ends up acting as our president. Amen.
And for all us science nerds: I started at 12 midnight. First alert was easliy 45 min, as I a took klonopin .5mg concurrent to the 32mg 2CT7. Relaxed going into it, everything developes softly and in a gentel way. At the 3 hourpoint; klonopin .5mg ingested, I am peaking (reference the screen saver bit listed above, up there) my eye balls out. Not puking, peaking. Or maybe peeking. I dunno. But by Shulgin, a++++. Certianly a mystical moment, out of my body for sure for the first time in my life. And back okay. All of 5 minutes couldn't have passed while I was out drifitng. The same song is on the radio.
Thank goodness for anchors. It felt like a days worth of time elapsed, at least!But only six hours had past by the time I figured out that I had indeed been out of my body...It is very hard to distinguish it from something in a dream. And 8 hours later, I'm still kickin it in Tron land waiting around for Q-Bert to show up. Etc. This stuff is the energizer bunny of phenetylalalawhatevrs.
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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public interface VIWHBleBaseCB
| Modifier and Type | Method and Description |
|---|---|
void |
centralWillRestoreState(java.util.Map dict)
the function is called while BLE Central will be in restore state
|
void |
connectedBleFail(java.lang.Object peripheral,
java.lang.String error)
the function is called while device connect failure
|
void |
connectedBleReady(java.lang.Object peripheral)
the function is called while device connect success
|
void |
didDisconnectPeripheral(java.lang.Object peripheral,
java.lang.String error)
the function is called while device disconnect
|
void |
onDiscoverying(java.lang.String peripheralName,
java.util.UUID peripheralUuid)
the function is called while find new BLE device
|
void |
onStatePoweredOff()
the function is called while device state change to power off
|
void |
onStatePoweredOn()
the function is called while device state change to power on
|
void |
onStateResetting()
the function is called while device state change to resetting
|
void |
onStateUnauthorized()
the function is called while device state change to unauthorized
|
void |
onStateUnknown()
the function is called while device state change to unknown
|
void |
onStateUnsupported()
the function is called while device state change to unsupport
|
void onDiscoverying(java.lang.String peripheralName, java.util.UUID peripheralUuid)
peripheralName
- BLE device nameperipheralUuid
- UUIDvoid onStateUnknown()
void onStateResetting()
void onStateUnsupported()
void onStateUnauthorized()
void onStatePoweredOff()
void onStatePoweredOn()
void connectedBleReady(java.lang.Object peripheral)
peripheral
- BLE device peripheral instance (TODO)(需換成 android 對應於 CBPeripheral 的 class)void connectedBleFail(java.lang.Object peripheral, java.lang.String error)
peripheral
- BLE device peripheral instance (TODO)(需換成 android 對應於 CBPeripheral 的 class)error
- If an error occurred, the cause of the failure.void didDisconnectPeripheral(java.lang.Object peripheral, java.lang.String error)
peripheral
- BLE device peripheral instance (TODO)(需換成 android 對應於 CBPeripheral 的 class)error
- If an error occurred, the cause of the failure.void centralWillRestoreState(java.util.Map dict)
dict
- BLE device peripheral instance (TODO)(不一定要用 MAP 結構，Android 有其他的


| 016:101 Khan | : |
And when We change a Verse [of the Qur'an, i.e. cancel (abrogate) its order] in place of another, and Allah knows the best of what He sends down, they (the disbelievers) say: "You (O Muhammad SAW) are but a Muftari! (forger, liar)." Nay, but most of them know not. |
| 016:101 Maulana | : |
And when We change a message for a message -- and Allah knows best what He reveals -- they say: Thou art only a forger. Nay, most of them know not. |
| 016:101 Pickthal | : |
And when We put a revelation in place of (another) revelation, - and Allah knoweth best what He revealeth - they say: Lo! thou art but inventing. Most of them know not. |
| 016:101 Rashad | : |
When we substitute one revelation in place of another, and GOD is fully aware of what He reveals, they say, "You made this up!" Indeed, most of them do not know. |
| 016:101 Sarwar | : |
When God replaces one revelation with another, He knows best what to reveal. But they say, "(Muhammad), you have falsely invented it." Most people are ignorant. |
| 016:101 Shakir | : |
And when We change (one) communication for (another) communication, and Allah knows best what He reveals, they say: You are only a forger. Nay, most of them do not know. |
| 016:101 Sherali | : |
And when WE bring one Sign in place of another - and ALLAH knows best the object of what HE reveals - they say, 'Thou art but a fabricator,' Nay, but most of them know not. |
| 016:101 Yusufali | : |
When We substitute one revelation for another,- and Allah knows best what He reveals (in stages),- they say, "Thou art but a forger": but most of them understand not. |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > صفات الله تعالى > أعلم Pillars of Islam> Islamic> Oneness of Allah> His Glory's Characteristics> The One who Knows Better أركان الإسلام > (محمد (صلى الله عليه وسلم > أقوال الكافرين فيه Pillars of Islam> The Blessed Muhammad(PBUH)> The Disbelievers' Tales About Him(PBUH) القرآن الكريم > تغييرهم حكم القرآن The Holy Quran> Changing the Quran Rules القرآن الكريم > حقيقته وتصديقه للكتب الأوائل The Holy Quran> The Quran's Reality and its confirmation of the Previous Books القرآن الكريم > النسخ The Holy Quran> The Abrogation
This tool uses eight English parallel translations for the Holy Quran imported from Mr. Clay Smith. You can also visit Qurany Concepts for browsing the Quran themes or topics. If you want to search the Holy Quran for keywords, please visit Qurany Keywords.


Letter Notation Reverse Calculator
This is a calculator which converts from notation which uses letter in index order to power of ten.
Input: 1
Calculate!
Output: e
Warning: The result may have lost precision!


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webtechconf - Munich, October 29th 2013 - Peter Seliger / @petsel
Frontend Engineer at XING AG
Role
, Trait
and Mixin
.[LibraryName].extends
approaches.
Object
Function
and closures ...
call
and apply
, ...
prototype
too.
prototype
slot of constructor functions.
call
or apply
.
TRAIT
/MIXIN
modules.
delegation example part I
var cat = {
sound : "meow",
makeSound : function () {
console.log(this.sound);
}
};
var dog = {
sound: "woof"
};
console.log("cat.sound", cat.sound); // "meow"
console.log("dog.sound", dog.sound); // "woof"
console.log("typeof cat.makeSound", (typeof cat.makeSound)); // "function"
console.log("typeof dog.makeSound", (typeof dog.makeSound)); // "undefined"
cat.makeSound.call(dog); // "woof"
delegation example part II
var cat = {sound: "meow"}, dog = {sound: "woof"};
var Talkative = function () {
this.makeSound = function () {
console.log(this.sound);
};
};
console.log("typeof cat.makeSound", (typeof cat.makeSound)); // "undefined"
console.log("typeof dog.makeSound", (typeof dog.makeSound)); // "undefined"
Talkative.call(cat);
Talkative.call(dog);
cat.makeSound(); // "meow"
dog.makeSound(); // "woof"
Role
s, Trait
s and Mixin
s.Role
s, Trait
s and Mixin
s.Trait
Nathanael Schärli et.al., Universität Bern, 25th November 2002
Nathanael Schärli, Universität Bern, 03.02.2005
Role
s, Trait
s and Mixin
s.SCG Trait
(very briefly)Role
s, Trait
s and Mixin
s.Role
s in »Perl 6« as well as in the »Perl 5« based
»Moose«-Framework are allowed to be stateful too.
Role
s are also supported by the
»Joose«-Framework,
a »Moose« inspired JavaScript Meta-Object System created by
Malte Ubl / @cramforce.
Mixin
s, and
Mixin
concept to »LISP«.
Role
s, Trait
s and Mixin
s.Enumerable_first_last
Allocable
and Queue
Observable_SignalsAndSlots
Allocable
and Observable
and Queue
Queue
composed by its factory
Role
s, Trait
s and Mixin
s in JS.Role
Any function object that is a container for at least one public behavior or acts as collection of more than one public behavior and is intended to neither being invoked by the call operator »()
« nor with the »new
« operator but always should be applied to objects by invoking one of the[Function]
s call methods - either[call]
or[apply]
- is considered to be a Role.
Role
s, Trait
s and Mixin
s in JS.Trait
A purely stateless implementation of a Role should be called Trait.
Role
s, Trait
s and Mixin
s in JS.Trait
var Trait = (function () {
var
behavior_01 = function () {
// implementation of behavior.
},
behavior_02 = function () {
// implementation of behavior.
}
;
var Trait = function () {
// stateless trait implementation.
var compositeType = this;
compositeType.behavior_01 = behavior_01;
compositeType.behavior_02 = behavior_02;
};
return Trait;
}());
// usage.
var obj = {
// object description.
};
Trait.call(obj); // [obj] now features additional behavior applied by [Trait].
Role
s, Trait
s and Mixin
s in JS.Trait
Enumerable_first_last
var Enumerable_first_last = (function () {
var
first = function () {
return this[0];
},
last = function () {
return this[this.length - 1];
}
;
return function () {
this.first = first;
this.last = last;
};
}());
var
allListItems = document.getElementsByTagName("li"),
allSections = document.getElementsByTagName("section")
;
Enumerable_first_last.call(allListItems);
Enumerable_first_last.call(allSections);
console.log("allListItems", [allListItems, (allListItems[0] === allListItems.first()), (allListItems[allListItems.length - 1] === allListItems.last())]);
console.log("allSections", [allSections, (allSections[0] === allSections.first()), (allSections[allSections.length - 1] === allSections.last())]);
Enumerable_first_last.call(Array.prototype);
console.log('["1st", "2nd", "3rd"].first()', ["1st", "2nd", "3rd"].first());
console.log('["first", "second", "third"].last()', ["first", "second", "third"].last());
Array.prototype.last = null;
Array.prototype.first = null;
console.log('["1st", "2nd", "3rd"].first', ["1st", "2nd", "3rd"].first);
console.log('["first", "second", "third"].last', ["first", "second", "third"].last);
Role
s, Trait
s and Mixin
s in JS.Privileged Trait
An implementation of a Role that relies on additionally injected state but does only read and never does mutate it should be called Privileged Trait.
Role
s, Trait
s and Mixin
s in JS.Privileged Trait
var PrivilegedTrait = (function () {
var
behavior_02 = function () {
// e.g. implementation of behavior.
return "behavior_02";
}
;
var PrivilegedTrait = function (injectedReadOnlyState) {
var compositeType = this;
compositeType.behavior_01 = function () {
/*
implementation of behavior is not allowed
to mutate [injectedReadOnlyState] but shall
only read it.
nevertheless if [injectedReadOnlyState] was
a reference it still could be mutable but only
remotely from outside this trait modules scope.
*/
return injectedReadOnlyState;
};
compositeType.behavior_02 = behavior_02;
};
return PrivilegedTrait;
}());
// usage.
var obj = {
// object description.
};
PrivilegedTrait.call(obj, "injectedReadOnlyState"); // [obj] now features additional behavior applied by [PrivilegedTrait].
Role
s, Trait
s and Mixin
s in JS.Privileged Trait
Allocable
var Allocable = (function () {
var makeArray = (function (proto_slice) {
return function (listType) {
return proto_slice.call(listType);
};
}(Array.prototype.slice));
return function (list) {
var allocable = this;
allocable.valueOf = allocable.toArray = function () {
return makeArray(list);
};
allocable.toString = function () {
return ("" + list);
};
allocable.size = function () {
return list.length;
};
};
}());
var Queue = function () {
var
queue = this,
list = [],
onEnqueue = function (type) {
queue.dispatchEvent({target: queue, type: "enqueue", item: type/*, even more key:value pairs */});
},
onDequeue = function (type) {
queue.dispatchEvent({target: queue, type: "dequeue", item: type/*, even more key:value pairs */});
},
onEmpty = function () {
queue.dispatchEvent({target: queue, type: "empty"/*, even more key:value pairs */});
}
;
//Observable.call(queue);
Allocable.call(queue, list);
queue.enqueue = function (type) {
list.push(type);
// onEnqueue(type);
};
queue.dequeue = function () {
var type = list.shift();
/*
if (list.length <= 0) {
onEmpty();
}
onDequeue(type);
*/
return type;
};
};
var queue = new Queue;
console.log("queue", [queue, queue.toArray(), queue.toString(), queue.size()]);
console.log('queue.enqueue("hallo")', [queue.enqueue("hallo"), queue.toArray(), queue.toString(), queue.size()]);
console.log('queue.enqueue("world")', [queue.enqueue("world"), queue.toArray(), queue.toString(), queue.size()]);
console.log('queue.dequeue()', [queue.dequeue(), queue.toArray(), queue.toString(), queue.size()]);
console.log('queue.dequeue()', [queue.dequeue(), queue.toArray(), queue.toString(), queue.size()]);
Role
s, Trait
s and Mixin
s in JS.Mixin
An implementation of a Role that does create mutable state on its own in order to solve its task(s) but does never rely on additionally injected state should be called Mixin.
Role
s, Trait
s and Mixin
s in JS.Mixin
var Mixin = (function () {
var
AdditionalState = function () {
// implementation of a custom state type [Mixin] relies on.
},
behavior_02 = function () {
// e.g. implementation of behavior.
return "behavior_02";
}
;
var Mixin = function () {
var
compositeType = this,
additionalState = new AdditionalState(compositeType) // (mutable) additional state.
;
compositeType.behavior_01 = function () {
/*
implementation of behavior is allowed
to mutate [additionalState].
*/
};
compositeType.behavior_02 = behavior_02;
};
return Mixin;
}());
// usage.
var obj = {
// object description.
};
Mixin.call(obj); // [obj] now features additional behavior applied by [Mixin].
Role
s, Trait
s and Mixin
s in JS.Mixin
Observable_SignalsAndSlots
var Observable_SignalsAndSlots = (function () {
// the »Observable« Mixin Module.
// ... implementation ...
var
Event = function (target/*:[EventTarget(observable)]*/, type/*:[string|String]*/) {
this.type = type;
this.target = target;
},
EventListener = function (target/*:[EventTarget(observable)]*/, type/*:[string|String]*/, handler/*:[Function]*/) {
var defaultEvent = new Event(target, type); // default [Event] object
this.handleEvent = function (evt/*:[string|String|Event-like-Object]*/) { /*:void*/
// ... implementation ...
};
},
EventTargetMixin = function () {
// [EventTargetMixin] will be exposed as »Observable« Mixin.
var eventMap = {};
this.addEventListener = function (type/*:[string|String]*/, handler/*:[Function]*/) { /*:[EventListener|undefined]*/
var
event = eventMap[type],
listener = new EventListener(this, type, handler)
;
// ... implementation ...
};
this.dispatchEvent = function (evt/*:[string|String|Event-like-Object]*/) { /*:[true|false]*/
// ... implementation ...
};
}
;
return EventTargetMixin;
}());
Role
s, Trait
s and Mixin
s in JS.Privileged Mixin
An implementation of a Role that relies either on mutation of additionally injected state only or on both, creation of mutable state and additionally injected state, regardless if the latter then gets mutated or not, should be called Privileged Mixin.
Role
s, Trait
s and Mixin
s in JS.Privileged Mixin
var PrivilegedMixin = (function () {
var
AdditionalState = function () {
// implementation of a custom state type [PrivilegedMixin] relies on.
},
behavior_02 = function () {
// e.g. implementation of behavior.
return "behavior_02";
}
;
var PrivilegedMixin = function (injectedState) {
var
compositeType = this,
//additionalState = new AdditionalState(compositeType) // (mutable) additional state.
additionalState = new AdditionalState(compositeType, injectedState) // (mutable) additional state.
;
compositeType.behavior_01 = function () {
/*
- implementation of behavior is allowed to mutate [additionalState].
- it is also allowed to manipulate [injectedState]
*/
};
compositeType.behavior_02 = behavior_02;
};
return PrivilegedMixin;
}());
// usage.
var obj = {
// object description.
};
PrivilegedMixin.call(obj, "injectedState"); // [obj] now features additional behavior applied by [PrivilegedMixin].
Trait
and Mixin
based Type/Object Composition in JS.Trait
and Mixin
based Type/Object Composition in JS.
var CompositeTypeFactory = (function () {
var CompositeType = function (type_configuration) {
var compositeType = this;
/*
- do implement something type specific
- do something with e.g. [type_configuration]
*/
var locallyScopedTypeSpecificReference = [];
Mixin.apply(compositeType);
PrivilegedTrait.apply(compositeType, locallyScopedTypeSpecificReference);
};
CompositeType.prototype = {
/*
- if necessary do assign and/or describe
the [CompositeType] constructor's prototype.
*/
};
/*
- purely stateless trait implementations almost always
should be exclusively applied to a constructors prototype.
*/
Trait.call(CompositeType.prototype);
var
createType = function (arg_0/*[, arg_1[, arg_2[,...]]]*/) {
return (new CompositeType({
/*
do something with [arguments] ...
... e.g. creating a type configuration.
*/
}));
},
isType = function (type) {
return (type instanceof CompositeType);
}
;
return {
create: createType,
isType: isType
};
}());
Trait
and Mixin
based Type/Object Composition in JS.
Trait
and Mixin
implementations should resolve conflicts by making use of
AOP inspired
method modifiers.
Function.prototype.before
Function.prototype.after
Function.prototype.around
https://github.com/hakimel/reveal.js
https://github.com/artemave/StarLogs
http://qrcode-monkey.de


Dan O’Halloran, one of the two referees in Game 7 of a Western Conference quarterfinals series between the Knights and San Jose Sharks in April, was one of the two refs for Thursday’s game between the teams at T-Mobile Arena.
Game 7 was notable for the controversial major penalty call on Knights center Cody Eakin that led to a Sharks comeback victory in overtime. The NHL expanded video review to include major penalties as the result of the call.
O’Halloran did not move on to the second round of the playoffs after the controversy. He previously had not missed a conference final round in more than a decade, according to Scouting the Refs, including officiating the 2010-17 Stanley Cup Final.


What is Project Loot?
Project Loot is a game similar to old school RPG's where you
have limited abilities and take turns during battles. It is a
multiplayer and single player game designed with cross-platform
play in mind.
The basic gameplay requires 2 to 4 players. Each player has 2
to 5 Heroes. Each Hero has 3 abilities: Attack, Defend, and
some special ability that expends a pool of magic points.
Each player decides what each hero will do for the current
round at the same time. When everyone has submit their
decisions the actions are sorted and put in a queue.
The winner is the player who has the most points in his health
pool at the end of the game. Good Luck!
{% endblock %}


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WITNESS LIST Juvenile Justice & Family Issues Committee May 3, 1999-1:30P SB 8 For: Forbes, Scott (City of Houston) SB 368 On: Benson, Lynda (ACES) Rhoads, Mary (Self and Texas Association of Domestic Relations Offices & Wichita Co. Family Court Services) Registering, but not testifying: For: Raab, Ted Melina (Texas State Employees Union) On: Baldwin, Jr., Howard G. (Attorney General of Texas) Levine, Ken (Self and Sunset Commission) SB 1571 For: Arey, Gary (Dallas County District Attorney, Juvenile Division) SB 1735 For: Usery, Lynn Moore (Self and ACES of Collin County) Registering, but not testifying: For: Reister, Eric (Bexar County) On: Childress, Charles (Texas Department of Protective & Regulatory Services)


- SELinux policy: split out base system untrusted_app (normal unprivileged apps) and isolated_app (isolatedProcess sandbox) SELinux policy domains for future work
- SELinux policy: remove base system app execmod
- SELinux policy: remove base system app execmem
- SELinux policy: remove base system app execute_no_trans
- SELinux policy: remove base system app app_data_file execute
- SELinux policy: remove base system app ashmem execute
- SELinux policy: remove base system app tmpfs execute
- SELinux policy: remove zygote execmem
- SELinux policy: remove system_server_startup domain
- add LTE only mobile network configuration option
Tags:
Changes since the 2<IP_ADDRESS> release:
- rebuild crosshatch kernel to correct build environment issue
- Vanadium (including WebView): update Chromium base to 80.0.3987.87
- Vanadium (including WebView): drop partially working AImageReader workarounds
- fully work around bug with AImageReader caught by CFI on 64-bit to fix crashes during video rendering in Vanadium and other Chromium-based browsers
Restoration of past features since the 2<IP_ADDRESS> release:
- WebView: use Vanadium WebView as provider
Tags:
Changes since the 2<IP_ADDRESS> release:
- full 2020-02-01 security patch level
- full 2020-02-05 security patch level
- rebased onto QQ1A.200205.002 release
- remove obsolete Email app
- Vanadium: update Chromium base to 79.0.3945.116
- WebView: update to 79.0.3945.116
- Vanadium: update Chromium base to 79.0.3945.136
- WebView: update to 79.0.3945.136
- Vanadium: fully disable AImageReader to fix remaining issues with video playback uncovered by CFI on 64-bit
- Settings: fix MAC randomization setting for other locales by removing incomplete translations
Restoration of past features since the 2<IP_ADDRESS> release:
- add PIN scrambling feature
Tags:
Changes since the 2<IP_ADDRESS> release:
- full 2020-01-01 security patch level
- full 2020-01-05 security patch level
- rebased onto QQ1A.200105.002 release
- Vanadium: update Chromium base to 79.0.3945.93
- Vanadium: disable hiding trivial subdomains
- WebView: update to 79.0.3945.93
- add the option to randomize the MAC address for each connection instead of per-network
- authenticated network time updates via HTTPS
Restoration of past features since the 2<IP_ADDRESS> release:
- Settings: expose control over USB peripheral denial feature
Tags:
Changes since the 2<IP_ADDRESS> release:
- full 2019-12-01 security patch level
- full 2019-12-05 security patch level
- rebased onto QQ1A.191205.011 release
- Pixel 3a, Pixel 3a XL: fix userspace hw_random stirring service
- Vanadium: update Chromium base to 78.0.3904.96
- WebView: update to 78.0.3904.96
- Vanadium: update Chromium base to 78.0.3904.108
- WebView: update to 78.0.3904.108
- Auditor: update to version 17
- QuickSearchBox: disable widget
- QuickSearchBox: disable launcher icon
- Launcher: rebranding
- require unlocking to use work tile
Tags:
Changes since the 2<IP_ADDRESS> release:
- Vanadium: fix Services preferences menu
- WebView: avoid incompatibility due to wrong apk variant
Tags:
Changes since the 2<IP_ADDRESS> release:
- full 2019-11-01 security patch level
- full 2019-11-05 security patch level
- rebased onto QP1A.191105.004 release
- Settings: disable legacy suggestions mode
- recovery: GrapheneOS branding for fastboot mode
- Vanadium: update Chromium base to 77.0.3865.116
- WebView: update to 77.0.3865.116
- Vanadium: update Chromium base to 78.0.3904.62
- WebView: update to 78.0.3904.62
- Vanadium: update Chromium base to 78.0.3904.90
- WebView: update to 78.0.3904.90
- kernel (Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): mark functions with address taken via assembly (this fixes compatibility with CFI in a build with !CONFIG_MODULES)
- protect static TLS from stack buffer overflows
- drop legacy Pixel and Pixel XL support due to absence of any GrapheneOS device maintainers, the end of vendor support and an increasingly large security gap with current generation devices for the hardware, firmware and device / generation specific software
Restoration of past features since the 2<IP_ADDRESS> release:
- Bluetooth: add alloc_size attribute to OSI allocator
- protect pthread_internal_t from stack buffer overflows
- add secondary stack randomization
- kernel (Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): disable dynamic kernel module support (resulting in substantially improved CFI granularity)
Tags:
Changes since the 2<IP_ADDRESS> release:
- full 2019-10-01 security patch level
- full 2019-10-05 security patch level
- full 2019-10-06 security patch level
- rebased onto QP1A.191005.007.A1 release
- add changes to support disabling full preloading with exec spawning to the public libcore API
- add OTHER_SENSORS to the public frameworks/base API
- Messaging app: fix notifications with a backport
- Vanadium: switch back to ChromeModern (standalone browser app) from Monochrome (monolithic browser + WebView app, no longer supported for Android 10) until Vanadium is moved to Trichrome (separate browser and WebView apps with a third shared library app)
- unified kernel tree (kernel/google/crosshatch) for Pixel 3, Pixel 3 XL, Pixel 3a and Pixel 3a XL
Restoration of past features since the 2<IP_ADDRESS> release:
- begin generating / uploading delta updates from the last release to the current release
Tags:
Changes since the 2<IP_ADDRESS> release:
- update to QP1A.190711.020.C3 bug fix release
- fix granting Network and Sensors permissions at install time
- fix wording for Network permission group
Tags:
- QP1A.190711.020.2<IP_ADDRESS> (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL, emulator, generic, other targets)
Changes since the 2<IP_ADDRESS> release:
- disable enforcing Runtime Resource Overlays for baseline overlays to work around incompatibility with exec spawning
- enable exec spawning for com.android.phone again
Tags:
- QP1A.190711.020.2<IP_ADDRESS> (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL, emulator, generic, other targets)
Changes since the 2<IP_ADDRESS> release:
- Settings: use Mainline branding for APEX components
- Vanadium: update Chromium base to 77.0.3865.92
- WebView: update to 77.0.3865.92
- temporarily disable exec spawning for com.android.phone
- Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL, mainline: disable updatable apex for simplicity
- Pixel 2, Pixel 2 XL: enable increased system.img inode count
- script: replace networkstack key
Tags:
- QP1A.190711.020.2<IP_ADDRESS> (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL, emulator, generic, other targets)
Changes since the 2<IP_ADDRESS> release:
- full port to Android 10 with some exceptions (listed below)
- full 2019-08-05 security patch level
- full 2019-09-01 security patch level
- full 2019-09-05 security patch level
- temporarily add back standalone WebView (77.0.3865.73) until Vanadium supports it for Android 10
- Vanadium: update Chromium base to 76.0.3809.132
- Vanadium: update Chromium base to 77.0.3865.73
- System Updater: update targetSdkVersion to 29
- retrofit dynamic partitions for Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL
- disable GSI keys
- kernel (Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): temporarily disable slab canary implementation until an issue is narrowed down and addressed
- kernel (Pixel 3, Pixel 3 XL): temporarily re-enable dynamic kernel module support until an issue is narrowed down and addressed (no dynamic kernel modules are ever actually loaded but something breaks internally with it disabled)
- add guard page between the stack and the new static TLS region
- bionic: pthread_internal_t changes have not yet been ported over so that feature is temporarily gone
Tags:
Changes since the 2<IP_ADDRESS> release:
- add missing privileged permission whitelist for SdkSetup in SDK emulator builds
- set up Vanadium for other architectures (arm, x86, x86_64)
- hardened_malloc (GrapheneOS only): remove workaround for use-after-free in the citadel (Titan M) driver's key attestation support since it was fixed upstream
- hardened_malloc: update libdivide to 2.0
- Vanadium (browser and WebView): update Chromium base to 76.0.3809.111
- Vanadium: redirect settings help icon
- Vanadium: set default search engine to DuckDuckGo
- apply partial fix for package manager original-package feature
- PDF Viewer: update to version 2
- Auditor: update to version 16
- add Vanadium to the apps that cannot be disabled via Settings (can still be disabled) since the warning isn't enough to deter people from unknowingly breaking apps using the WebView
- System Updater: add settings entry to manually trigger check for updates
- System Updater: reschedule update check job on channel change
- arm, x86 and x86_64 are now supported / tested architectures
- generic and emulator build targets are now supported / tested for development usage (not suitable for secure production releases)
Tags:
Changes since the 2<IP_ADDRESS> release:
- full 2019-08-01 security patch level
- partial 2019-08-05 security patch level (not yet fully available)
- Vanadium (browser and WebView): update Chromium base to 76.0.3809.89
- Vanadium: expand string rebranding including covering translations
- Vanadium: rename Sync and Google services to Services
- Vanadium: remove data reduction preference
- Vanadium: remove translate offer preference
- Vanadium: remove sync preferences
- Vanadium: remove navigation error preference
- Vanadium: remove safe browsing reporting preference
- Vanadium: remove usage and crash reports preference
- Vanadium: remove url keyed anonymized data preference
- Vanadium: disable contextual search by default
- Vanadium: remove redundant services preference category
- Vanadium (browser and WebView): use a unified Vanadium signing key instead of the device-specific release key
- rename WebView provider to Vanadium
- SELinux policy: label protected_{fifos,regular} as proc_security (this is needed for init to override the default values)
Tags:
Changes since the 2<IP_ADDRESS> release:
- Vanadium (browser and WebView): update Chromium base to 75.0.3770.143
- Vanadium: disable media router media remoting by default
- Vanadium: disable media router by default (avoids the triggering warning about not having Play services)
- Vanadium: remove Help & feedback menu entry
- Vanadium: further string rebranding from Chromium / Chrome to Vanadium
- Vanadium: disable unused reporting feature at compile-time
- Vanadium: disable unused remoting feature at compile-time
- Vanadium (browser and WebView): move from external/chromium to external/vanadium in the GrapheneOS source tree and rename module from Chromium to Vanadium
- Vanadium: disable offering translations by default
- Vanadium: disable prefetching suggested pages by default
- Vanadium: disable browser sign in feature by default
- Vanadium: disable safe browsing reporting opt-in by default
- extend release.sh to call the script for signing factory images
- extend release.sh to call the script for generating update channel metadata
- kernel build script (Pixel, Pixel XL, Pixel 3a, Pixel 3a XL): verify that no arguments are passed
- kernel build script (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL): verify that a single argument (device variant) is passed
- enable kernel mitigations for file spoofing
Restoration of past features since the 2<IP_ADDRESS> release:
- Vanadium (browser and WebView): enable type-based CFI for virtual calls
- enable kernel mitigations for link races
- kernel (Pixel 2, Pixel 2 XL): backport fixes for SLAB_FREELIST_RANDOM
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): enable SLAB_FREELIST_RANDOM
- kernel (Pixel 2, Pixel 2 XL): backport slub dynamic DEBUG_PAGEALLOC setting
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): backport slub free list pointer obfuscation
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): backport slub free list pointer obfuscation prefetch fix
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): backport slub native double free detection
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): enable SLAB_FREELIST_HARDENED
- kernel (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): enable DEBUG_LIST
- kernel (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): enable DEBUG_SG
- kernel (Pixel, Pixel XL): reduce DEBUG_SG virt_addr_valid check to a warning (this works around a bug in the legacy QCE driver)
- kernel (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): enable DEBUG_NOTIFIERS
- kernel (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): enable DEBUG_CREDENTIALS
- kernel (Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): enable SCHED_STACK_END_CHECK
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): bug on !PageSlab && !PageCompound in ksize
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): always perform cache_from_obj consistency checks
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): bug on kmem_cache_free with the wrong cache
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): real slab_equal_or_root check for !MEMCG_KMEM
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): add missing cache_from_obj !PageSlab check
- kernel (Pixel 2, Pixel 2 XL): backport upstreamed FORTIFY_SOURCE implementation
- kernel (Pixel 2, Pixel 2 XL): backport upstreamed leading zero byte for stack canary
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): add simpler page sanitization
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): add support for verifying page sanitization
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): slub: add basic full slab sanitization
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): slub: add support for verifying slab sanitization
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL, Pixel 3a, Pixel 3a XL): slub: add multi-purpose random canaries
Tags:
Changes since the 2<IP_ADDRESS> release:
- full 2019-07-01 security patch level
- full 2019-07-05 security patch level
- rebased onto PQ3A.190705.003/PQ3B.190705.003 releases
- Auditor: update to version 15
Restoration of past features since the 2<IP_ADDRESS> release:
- add GrapheneOS PDF Viewer app (version 1)
- Vanadium: stop ignoring download location prompt setting
- Vanadium: show download prompt again by default
Tags:
Changes since the 2<IP_ADDRESS> release:
- hardened_malloc: use copy_size to check for canaries (tiny performance / hardening fix and avoids an erroneous abort in a corner case with realloc from 0 byte allocations)
- hardened_malloc: update libdivide to 1.1
- Pixel 3a, Pixel 3a XL: raise maximum users to 16
- Pixel 3a, Pixel 3a XL: disable system_other odex
- Pixel 3a, Pixel 3a XL: disable system_other preloads_copy
- Pixel 3a, Pixel 3a XL: show connected mac randomization feature
- Pixel 3a, Pixel 3a XL: move to custom kernel
- Pixel 3a, Pixel 3a XL: use monolithic kernel builds
- kernel (Pixel 3a, Pixel 3a XL): disable slab merging
- kernel (Pixel 3a, Pixel 3a XL): add toggle for disabling newly added USB devices
- kernel (Pixel 3a, Pixel 3a XL): replace SECURITY_SMACK with SECURITY_NETWORK
- kernel (Pixel 3a, Pixel 3a XL): mark qcedev data const
- Vanadium (browser and WebView): update Chromium base to 75.0.3770.101
- Vanadium: disable sensors access by default
- Vanadium: disable third party cookies by default
- Vanadium: disable background sync by default
- Vanadium (browser and WebView): stub out battery API
- Vanadium: disable search logo
- Vanadium: always use local new tab page
- Vanadium: disable payment support by default
Restoration of past features since the 2<IP_ADDRESS> release:
- Vanadium: do not enable default search engine notification permission by default
Tags:
Changes since the 2<IP_ADDRESS> release:
- Vanadium (browser and WebView): update Chromium base to 75.0.3770.67
- add back brk system call to the seccomp whitelist for compatibility with Go
- Auditor: update to version 13
- Auditor: update to version 14
- Music: backport bug fix for passing CTS
- System Updater: replace seamlessupdate.app with releases.grapheneos.org alias
- add initial experimental support for the Pixel 3a and Pixel 3a XL
- Pixel 2, Pixel 2 XL: set AVB rollback index to security patch timestamp (backport of the implementation for the Pixel 3)
Restoration of past features since the 2<IP_ADDRESS> release:
- kernel (Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL): replace SECURITY_SMACK with SECURITY_NETWORK
Tags:
Changes since the 2<IP_ADDRESS> release:
- full 2019-06-01 security patch level
- full 2019-06-05 security patch level
- rebased onto PQ3A.190605.003 release
- Auditor: update to version 11
- Auditor: update to version 12
- hardened_malloc (GrapheneOS only): further expand workaround for Pixel 3 and Pixel 3 XL camera issues
Restoration of past features since the 2<IP_ADDRESS> release:
- disable exec spawning when using debugging options
- enable exec spawning by default
- enable Verizon visual voicemail support
- kernel (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL): add toggle for disabling newly added USB devices
- add properties for controlling deny_new_usb
- implement dynamic deny_new_usb toggle mode
- set deny_new_usb feature to dynamic by default
- sepolicy: deny_new_usb sysctl and system property policy
Tags:
Changes since the 2<IP_ADDRESS> release:
- GrapheneOS logo mask
- Auditor: update to version 10
- add preload parameter for avoiding full preload with exec
- raise maximum users to 16
- Vanadium (browser and WebView): update Chromium base to 74.0.3729.157
- hardened_malloc (GrapheneOS only): apply temporary workaround for citadel HAL
use-after-free (need to start building vendor HALs from the sources to fix
issues like this)
Restoration of past features since the 2<IP_ADDRESS> release:
- disable OpenGL preloading for exec spawning
- disable resource preloading for exec spawning
- disable ICU cache pinning for exec spawning
- disable class preloading for exec spawning
- disable WebView reservation for exec spawning
- disable JCA provider warm up for exec spawning
- avoid AssetManager errors with exec spawning
Tags:
Changes since the 2<IP_ADDRESS> release:
- fix cellular, hotspot and battery saver quick settings tiles (they became no-ops when unlocked)
Tags:
Changes since the 2<IP_ADDRESS> release:
- full 2019-05-01 security patch level
- full 2019-05-05 security patch level
- rebased onto PQ3A.190505.002 release
- add Pixel and Pixel XL support including standard changes to kernel and device code
- Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL: fix hw_random permissions
- bundle Auditor (version 9)
- Chromium (browser and WebView): update to 74.0.3729.136
- Chromium: enable strict site isolation by default
- Chromium: initial rebranding to Vanadium including icon recolor
- hardened_malloc: extensive work on refactoring, micro-optimization and documentation (see commits for details)
- hardened_malloc: implement mallinfo and mallinfo extensions for Android
- hardened_malloc: implement Android API for requesting purging
- hardened_malloc: implement the option of large size classes (enabled by default)
- hardened_malloc: support extended range of small size classes (enabled by default)
- hardened_malloc: support for slabs with 1 slot for largest sizes
- hardened_malloc: use round-robin assignment to arenas
- hardened_malloc: disable current in-place growth code path
- hardened_malloc: harden arena implementation
- hardened_malloc: fix non-init size for malloc_object_size extension
- hardened_malloc: shrink initial region table size to fit in 1 page
- hardened_malloc (GrapheneOS only): expand workaround for Pixel 3 and Pixel 3 XL camera issues
- Pixel 3, Pixel 3 XL: change SystemUIGoogle pinning to SystemUI
Restoration of past features since the 2<IP_ADDRESS> release:
- use -fwrapv when signed overflow checking is off
- add exec-based spawning support (disabled by default for now)
- require unlocking to use battery saver quick tile
- require unlocking to use cellular quick tile
- require unlocking to use hotspot quick tile
- require unlocking to use data saver quick tile
- require unlocking to use rotation lock quick tile
- require unlocking to use wifi quick tile
- require unlocking to use airplane mode quick tile
- require unlocking to use bluetooth quick tile
- require unlocking to use nfc quick tile
- add support for kernels without module support enabled to the VTS and compatibility tests
- kernel (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL): disable slab merging
- kernel (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL): disable loadable kernel module support
- kernel (Pixel, Pixel XL, Pixel 2, Pixel 2 XL, Pixel 3, Pixel 3 XL): mark qcedev data const
- kernel (Pixel 2, Pixel 2 XL): disable unused ramdisk compression formats
- SELinux policy: remove priv_app app_data_file execute
- SELinux policy: remove dumpstate ashmem execute and execmem (GrapheneOS doesn't use the ART JIT compiler)
- SELinux policy: remove healthd ashmem execute and execmem (GrapheneOS doesn't use the ART JIT compiler)
- SELinux policy: auditallow app execmem (moving back towards an exception system)
- SELinux policy: auditallow app ashmem execute (moving back towards an exception system)
- SELinux policy: auditallow ephemeral_app app_data_file execute (moving back towards an exception system)
- SELinux policy: auditallow untrusted_app_all execmod (moving back towards an exception system)
- SELinux policy: auditallow untrusted_app_all app_data_file execute (moving back towards an exception system)
- SELinux policy: auditallow untrusted_app_all app_data_file execute_no_trans (moving back towards an exception system)
Tags:
Initial rebranding to GrapheneOS. This was not the initial release of the
project but rather when we switched away from the Android Hardening branding
used as a temporary placeholder while we chose a new name to replace our prior
CopperheadOS branding.
Detailed changelogs were not written at this point.
Tags:
Final and only tagged release branded as the Android Hardening project
before it was renamed to GrapheneOS. Earlier AndroidHardening releases were
only snapshots and are not listed here. Prior to the AndroidHardening
placeholder name, the project was known as CopperheadOS. For more details, see the page on the project's history.
Detailed changelogs were not written at this point.


The software needs to be connected to a Wiimote (Nintendo Wii controller) via bluetooth, since this type of controller has an infrared receiver at the tip. The Wiimote is placed pointing to the whiteboard and, for the markers to be detected, they have an infrared LED on the back. The software receives the movements of the markers and, from these, generates a highly similar image to the one on the board.


SBI raises Rs 3,814 crore from perpetual bonds to fund business growth
Under the Basel-III norms, AT-1 bonds come with loss absorbency features, meaning that in case of stress, banks can write off such investments
by Press Trust of IndiaState Bank of India (SBI) on Friday said it has raised Rs 3,813.60 crore through perpetual bonds to fund its business growth.
The Committee of Directors for Capital Raising today accorded approval for allotment of 38,136 non-convertible, taxable, subordinated, unsecured Basel III compliant AT1 bonds in the nature of debentures of face value of Rs 10 lakh each, SBI said in a regulatory filing.
It will bear coupon rate of 8.50 per cent with call option after 5 years or any anniversary date thereafter, aggregating to Rs 3,813.60 crore to the bond subscribers, it added.
Under the Basel-III norms, AT-1 bonds come with loss absorbency features, meaning that in case of stress, banks can write off such investments or convert them into common equity if approved by the Reserve Bank of India.
AT-1 bonds qualify as core or equity capital.


{% load static %}
To change the tempo, clef, or key signature, click on one of the items in the menu shown below the toolbar. The score will be updated to show your changes.
To change the time signature, type in the desired time signature in the input boxes and click 'Set Time Signature.'


WHITE MEN CAN'T JUMP A film review by Mark R. Leeper Copyright 1992 Mark R. Leeper
Capsule review: Occasionally very funny dialogue is not enough to rescue a story about the lives of two basketball hustlers who basically live for the game. The story off the court is basically pointless and has holes large enough to stuff a basketball through. Rating: -1 (-4 to +4). (After the review is a spoiler section listing plot absurdities.)
Billy Hoyle (played by Woody Harrelson) is a natural basketball player. The game is his whole life. And he has a natural advantage. Billy is white and, as the title suggests, everybody thinks only blacks can be good at basketball. One day Billy hustles Sidney Dean (played by Welsey Snipes), who is also a part-time hustler. Sidney suggests that the two of them join up as a hustling team. Each needs money. Dean has a wife and son and a semi-legal part-time job that does not pay enough. Hoyle is on the run from two thugs because--are you ready for a twist?--he failed to throw a game after he'd told some gamblers he would. Billy has a girlfriend also, who spends her day memorizing trivia facts in the hopes that someday she will be on JEOPARDY. The hustle has Sidney offering to play two-on-two playground basketball and his opponents can choose any partner for Sidney they want.
 We see in great detail how the two get along, how they occasionally don't get along, and how basketball conquers all. We see how each relates to "his woman." When things get dull the wise and wordly Sidney gives Billy some fatherly advice like "listen to your woman." And there is genuine pathos as we learn Billy's terrible secret that being white, he just does not have the talent to slam-dunk the basketball. (Spoiler: guess what happens in the climactic scene of the film? And in slow motion, yet.)
WHITE MEN CAN'T JUMP was written and directed by Ron Shelton. Shelton previously did the nice BULL DURHAM and the very good BLAZE. While some of the basketball photography is okay, in terms of dramatic tension it degenerates into the cliche of slow motion photography. Only the rapid-fire insult-trashings on the court give the film interest value. This one is skippable. I would give it a -1 on the -4 to +4 scale.
Spoilers:
Plot problems:
1. So what if a security guard for JEOPARDY owes a favor? How does that get a contestant on the show? 2. Why did just the right question categories show up on JEOPARDY? Another security guard favor? Not likely. 3. On JEOPARDY you have to wait until a question is read before you can hit the button. 4.  It is a really good way to get yourself killed if anyone sees the victim still alive. 5. The bet is that you are to play against Sidney and one other person of your choice. This guy over to your left owes you money. On your right is your best friend since second grade. Then there's the kid with the missing arm. And that one over there can't dribble a basketball without tripping. There is a seven-year-old watching behind the fence. And over there is a tall, athletic white dude, somewhat nerdy, whom you've never seen before. Which one *wouldn't* you pick? Ever? But if the hustle doesn't work the whole film makes no sense.
Mark R. Leeper att!mtgzy!leeper<EMAIL_ADDRESS>.
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{% extends 'base.html' %} {% block title %}Sign Up{% endblock %} {% block header %}
Sign up to create lists, bibliographies and reviews of library materials.


Before Change
def test_zinb_0_gate(total_count, probs):
// if gate is 0 ZINB is NegativeBinomial
zinb_ = ZeroInflatedNegativeBinomial(
torch.zeros(1), total_count=torch.tensor(total_count), probs=torch.tensor(probs)
)
neg_bin = NegativeBinomial(torch.tensor(total_count), probs=torch.tensor(probs))
s = neg_bin.sample((20,))
zinb_prob = zinb_.log_prob(s)
neg_bin_prob = neg_bin.log_prob(s)
assert_close(zinb_prob, neg_bin_prob)
After Change
def test_zinb_0_gate(total_count, probs):
// if gate is 0 ZINB is NegativeBinomial
zinb1 = ZeroInflatedNegativeBinomial(
total_count=torch.tensor(total_count), gate=torch.zeros(1), probs=torch.tensor(probs)
)
zinb2 = ZeroInflatedNegativeBinomial(
total_count=torch.tensor(total_count), gate_logits=torch.tensor(-99.9), probs=torch.tensor(probs)
)
neg_bin = NegativeBinomial(torch.tensor(total_count), probs=torch.tensor(probs))
s = neg_bin.sample((20,))
zinb1_prob = zinb1.log_prob(s)
zinb2_prob = zinb2.log_prob(s)
neg_bin_prob = neg_bin.log_prob(s)
assert_close(zinb1_prob, neg_bin_prob)
assert_close(zinb2_prob, neg_bin_prob)


Copyright © 2016 Guilherme Andrade
Version: 1.0.0
Authors: Guilherme Andrade (tightfloats(at)gandrade(dot)net).
tightfloats
: Bandwidth-friendly IEEE 754 floating-point serialisation for Erlang
tightfloats
is a lossy compression algorithm for double precision floating-point values. Its behaviour is adjusted through three parameters:
* MinValue
, MaxValue
: the range of the values (bigger range => more bits)
* ErrorMargin
: a value, between 0 and 1, specifying how big do we want the error margin to be (bigger error margins => less bits)
It can achieve a **compression ratio of 5** when a 1% error margin and a range encompassing 6 orders of magnitude are specified.
MinValue = 0.1, % 1.0e-1
MaxValue = 1000000, % 1.0e6
ErrorMargin = 0.05, % 5%
Packer = tfloats:packer(MinValue, MaxValue, ErrorMargin),
Unpacker = tfloats:unpacker(MinValue, MaxValue, ErrorMargin),
ValueA = 3.14,
PackedValueA = tfloats:pack(Packer, ValueA), % bit_size(PackedValue) == 10
tfloats:unpack(Unpacker, PackedValueA), % [3.125]
ValueB = 3210,
PackedValueB = tfloats:pack(Packer, ValueB), % bit_size(PackedValue) == 10
tfloats:unpack(Unpacker, PackedValueB). % [3200]
ValueC = 123000,
PackedValueC = tfloats:pack(Packer, ValueC), % bit_size(PackedValue) == 10
tfloats:unpack(Unpacker, PackedValueC). % [122880]
It chops up the original values into sign, exponent and significand parts and, based on the packing requirements, reduces the granularity of those values.
* Deal less ambiguously with mixed ranges (e.g. negative minimum value and positive maximum value.) * Padding for easier use.
Generated by EDoc, Feb 21 2016, 23:43:10.


I am a Second year undergraduate at Indian Institute of Technology Delhi currently pursuing BTech in Computer Science and Engineering.