class MainActivity : AppCompatActivity, NoteObserver
MainActivity. Shows previews for already saved notes
<init> |
MainActivity. Shows previews for already saved notes MainActivity() |
onCreate |
Creates Notes view and defines addNote fab action fun onCreate(savedInstanceState: Bundle?): Unit |
onNotesChanged |
Called when mNotes of NoteManager was changed Creates and updates RecyclerView fun onNotesChanged(mNotes: Array<Note>?): Unit |


|
Item/Handle
|
Number of views
|
|
The Intellectual Origins of al-Qaeda's Ideology: The Abolishment of the Caliphate through the Afghan Jihad, 1924-1989 (Zelin, Aaron) (10192/23870)
|
80
|
|
The Remaking of Hillel: A Case Study on Leadership and Organizational Transformation (Rosen, Mark I.) (10192/22948)
|
71
|
|
I Want You for U.S. Army (10192/23677)
|
69
|
|
Gargantua. (10192/3930)
|
67
|
|
Join the U.S. Crop Corps (10192/23818)
|
54
|
|
"I Will be Thin at All Costs; Nothing Else Matters:" A Research Proposal Examining the Effects of Viewing Pro-Anorexia Websites (Beliveau, Leanne) (10192/24532)
|
50
|
|
The Peace Corps: An Altruistic or Imperialistic Enterprise (Phalichanh, Justin) (10192/23862)
|
50
|
|
The Effectiveness of Anti-Semitic Propaganda and Rhetoric: Public Opinion in Nazi Germany (Scouton-Johnson, Dallas Rae) (10192/23867)
|
49
|
|
Tourists, Travelers, and Citizens: Jewish Engagement of Young Adults in Four Centers of North American Jewish Life (Chertok, Fern et al) (10192/23170)
|
49
|
|
The 2010 Western North Carolina Jewish Demographic Study (Boxer, Matthew et al) (10192/24198)
|
49
|
|
http://bir.brandeis.edu/handle/10192/24079
|
48
|
|
http://bir.brandeis.edu/handle/10192/23800
|
47
|
|
http://bir.brandeis.edu/handle/10192/5029
|
46
|
|
http://bir.brandeis.edu/handle/10192/23002
|
44
|
|
http://bir.brandeis.edu/handle/10192/23819
|
42
|
|
http://bir.brandeis.edu/handle/10192/22982
|
42
|
|
http://bir.brandeis.edu/handle/10192/3033
|
41
|
|
http://bir.brandeis.edu/handle/10192/4526
|
40
|
|
http://bir.brandeis.edu/handle/10192/22974
|
40
|
|
http://bir.brandeis.edu/handle/10192/4228
|
39
|
|
http://bir.brandeis.edu/handle/10192/24386
|
39
|
|
http://bir.brandeis.edu/handle/10192/22986
|
39
|
|
http://bir.brandeis.edu/handle/10192/2137
|
39
|
|
http://bir.brandeis.edu/handle/10192/23017
|
38
|
|
http://bir.brandeis.edu/handle/10192/24317
|
37
|
|
http://bir.brandeis.edu/handle/10192/23678
|
36
|
|
http://bir.brandeis.edu/handle/10192/22999
|
36
|
|
http://bir.brandeis.edu/handle/10192/24237
|
35
|
|
http://bir.brandeis.edu/handle/10192/23780
|
34
|
|
http://bir.brandeis.edu/handle/10192/3674
|
33
|
|
http://bir.brandeis.edu/handle/10192/4591
|
33
|
|
http://bir.brandeis.edu/handle/10192/24531
|
33
|
|
http://bir.brandeis.edu/handle/10192/24297
|
33
|
|
http://bir.brandeis.edu/handle/10192/24535
|
32
|
|
http://bir.brandeis.edu/handle/10192/23093
|
32
|
|
http://bir.brandeis.edu/handle/10192/3980
|
32
|
|
http://bir.brandeis.edu/handle/10192/2043
|
32
|
|
http://bir.brandeis.edu/handle/10192/23817
|
32
|
|
http://bir.brandeis.edu/handle/10192/22835
|
32
|
|
http://bir.brandeis.edu/handle/10192/24425
|
32
|
|
http://bir.brandeis.edu/handle/10192/24553
|
32
|
|
http://bir.brandeis.edu/handle/10192/22481
|
31
|
|
http://bir.brandeis.edu/handle/10192/23007
|
31
|
|
http://bir.brandeis.edu/handle/10192/1557
|
31
|
|
http://bir.brandeis.edu/handle/10192/23380
|
31
|
|
http://bir.brandeis.edu/handle/10192/23440
|
31
|
|
http://bir.brandeis.edu/handle/10192/22950
|
31
|
|
http://bir.brandeis.edu/handle/10192/23212
|
30
|
|
http://bir.brandeis.edu/handle/10192/23871
|
30
|
|
http://bir.brandeis.edu/handle/10192/24470
|
30
|
|
http://bir.brandeis.edu/handle/10192/24
|
30
|
|
http://bir.brandeis.edu/handle/10192/23659
|
30
|
|
http://bir.brandeis.edu/handle/10192/10
|
30
|
|
http://bir.brandeis.edu/handle/10192/3064
|
29
|
|
http://bir.brandeis.edu/handle/10192/2426
|
29
|
|
http://bir.brandeis.edu/handle/10192/24533
|
29
|
|
http://bir.brandeis.edu/handle/10192/23697
|
29
|
|
http://bir.brandeis.edu/handle/10192/3199
|
29
|
|
http://bir.brandeis.edu/handle/10192/24137
|
29
|
|
http://bir.brandeis.edu/handle/10192/3334
|
29
|
|
http://bir.brandeis.edu/handle/10192/23421
|
29
|
|
http://bir.brandeis.edu/handle/10192/24427
|
29
|
|
http://bir.brandeis.edu/handle/10192/23256
|
29
|
|
http://bir.brandeis.edu/handle/10192/24430
|
28
|
|
http://bir.brandeis.edu/handle/10192/23861
|
28
|
|
http://bir.brandeis.edu/handle/10192/24398
|
28
|
|
http://bir.brandeis.edu/handle/10192/23797
|
28
|
|
http://bir.brandeis.edu/handle/10192/23629
|
28
|
|
http://bir.brandeis.edu/handle/10192/11
|
28
|
|
http://bir.brandeis.edu/handle/10192/4530
|
27
|
|
http://bir.brandeis.edu/handle/10192/24534
|
27
|
|
http://bir.brandeis.edu/handle/10192/7
|
27
|
|
http://bir.brandeis.edu/handle/10192/23877
|
27
|
|
http://bir.brandeis.edu/handle/10192/36
|
27
|
|
http://bir.brandeis.edu/handle/10192/22989
|
27
|
|
http://bir.brandeis.edu/handle/10192/22985
|
27
|
|
http://bir.brandeis.edu/handle/10192/2151
|
27
|
|
http://bir.brandeis.edu/handle/10192/22971
|
27
|
|
http://bir.brandeis.edu/handle/10192/22977
|
27
|
|
http://bir.brandeis.edu/handle/10192/2031
|
26
|
|
http://bir.brandeis.edu/handle/10192/78
|
26
|
|
http://bir.brandeis.edu/handle/10192/4532
|
26
|
|
http://bir.brandeis.edu/handle/10192/4293
|
26
|
|
http://bir.brandeis.edu/handle/10192/23721
|
26
|
|
http://bir.brandeis.edu/handle/10192/3176
|
26
|
|
http://bir.brandeis.edu/handle/10192/6
|
26
|
|
http://bir.brandeis.edu/handle/10192/4894
|
26
|
|
http://bir.brandeis.edu/handle/10192/3332
|
26
|
|
http://bir.brandeis.edu/handle/10192/23627
|
26
|
|
http://bir.brandeis.edu/handle/10192/23762
|
26
|
|
http://bir.brandeis.edu/handle/10192/2723
|
26
|
|
http://bir.brandeis.edu/handle/10192/23654
|
26
|
|
http://bir.brandeis.edu/handle/10192/24197
|
26
|
|
http://bir.brandeis.edu/handle/10192/4125
|
26
|
|
http://bir.brandeis.edu/handle/10192/24429
|
26
|
|
http://bir.brandeis.edu/handle/10192/13
|
26
|
|
http://bir.brandeis.edu/handle/10192/3169
|
25
|
|
http://bir.brandeis.edu/handle/10192/4527
|
25
|
|
http://bir.brandeis.edu/handle/10192/23522
|
25
|
|
http://bir.brandeis.edu/handle/10192/23799
|
25
|
|
http://bir.brandeis.edu/handle/10192/1829
|
25
|
|
http://bir.brandeis.edu/handle/10192/18
|
25
|
|
http://bir.brandeis.edu/handle/10192/23647
|
25
|
|
http://bir.brandeis.edu/handle/10192/22956
|
25
|
|
http://bir.brandeis.edu/handle/10192/4998
|
25
|
|
http://bir.brandeis.edu/handle/10192/23070
|
24
|
|
http://bir.brandeis.edu/handle/10192/23521
|
24
|
|
http://bir.brandeis.edu/handle/10192/23703
|
24
|
|
http://bir.brandeis.edu/handle/10192/23840
|
24
|
|
http://bir.brandeis.edu/handle/10192/22949
|
24
|
|
http://bir.brandeis.edu/handle/10192/23566
|
24
|
|
http://bir.brandeis.edu/handle/10192/24117
|
24
|
|
http://bir.brandeis.edu/handle/10192/14
|
24
|
|
http://bir.brandeis.edu/handle/10192/24257
|
24
|
|
http://bir.brandeis.edu/handle/10192/4485
|
23
|
|
http://bir.brandeis.edu/handle/10192/23460
|
23
|
|
http://bir.brandeis.edu/handle/10192/24157
|
23
|
|
http://bir.brandeis.edu/handle/10192/23015
|
23
|
|
http://bir.brandeis.edu/handle/10192/22840
|
23
|
|
http://bir.brandeis.edu/handle/10192/23568
|
23
|
|
http://bir.brandeis.edu/handle/10192/27
|
23
|
|
http://bir.brandeis.edu/handle/10192/24059
|
23
|
|
http://bir.brandeis.edu/handle/10192/22951
|
23
|
|
http://bir.brandeis.edu/handle/10192/2964
|
22
|
|
http://bir.brandeis.edu/handle/10192/23881
|
22
|
|
http://bir.brandeis.edu/handle/10192/23882
|
22
|
|
http://bir.brandeis.edu/handle/10192/23525
|
22
|
|
http://bir.brandeis.edu/handle/10192/22723
|
22
|
|
http://bir.brandeis.edu/handle/10192/23091
|
22
|
|
http://bir.brandeis.edu/handle/10192/23210
|
22
|
|
http://bir.brandeis.edu/handle/10192/23878
|
22
|
|
http://bir.brandeis.edu/handle/10192/49
|
22
|
|
http://bir.brandeis.edu/handle/10192/1840
|
22
|
|
http://bir.brandeis.edu/handle/10192/2478
|
22
|
|
http://bir.brandeis.edu/handle/10192/23569
|
22
|
|
http://bir.brandeis.edu/handle/10192/24428
|
22
|
|
http://bir.brandeis.edu/handle/10192/92
|
22
|
|
http://bir.brandeis.edu/handle/10192/24417
|
22
|
|
http://bir.brandeis.edu/handle/10192/23937
|
21
|
|
http://bir.brandeis.edu/handle/10192/24178
|
21
|
|
http://bir.brandeis.edu/handle/10192/23724
|
21
|
|
http://bir.brandeis.edu/handle/10192/23009
|
21
|
|
http://bir.brandeis.edu/handle/10192/23090
|
21
|
|
http://bir.brandeis.edu/handle/10192/23191
|
21
|
|
http://bir.brandeis.edu/handle/10192/23718
|
21
|
|
http://bir.brandeis.edu/handle/10192/23717
|
21
|
|
http://bir.brandeis.edu/handle/10192/1750
|
21
|
|
http://bir.brandeis.edu/handle/10192/22926
|
21
|
|
http://bir.brandeis.edu/handle/10192/23016
|
21
|
|
http://bir.brandeis.edu/handle/10192/23700
|
21
|
|
http://bir.brandeis.edu/handle/10192/46
|
21
|
|
http://bir.brandeis.edu/handle/10192/23014
|
21
|
|
http://bir.brandeis.edu/handle/10192/1775
|
21
|
|
http://bir.brandeis.edu/handle/10192/23626
|
21
|
|
http://bir.brandeis.edu/handle/10192/23957
|
21
|
|
http://bir.brandeis.edu/handle/10192/23760
|
21
|
|
http://bir.brandeis.edu/handle/10192/23857
|
21
|
|
http://bir.brandeis.edu/handle/10192/97
|
21
|
|
http://bir.brandeis.edu/handle/10192/22968
|
21
|
|
http://bir.brandeis.edu/handle/10192/4505
|
21
|
|
http://bir.brandeis.edu/handle/10192/76
|
20
|
|
http://bir.brandeis.edu/handle/10192/23092
|
20
|
|
http://bir.brandeis.edu/handle/10192/23610
|
20
|
|
http://bir.brandeis.edu/handle/10192/52
|
20
|
|
http://bir.brandeis.edu/handle/10192/23866
|
20
|
|
http://bir.brandeis.edu/handle/10192/23019
|
20
|
|
http://bir.brandeis.edu/handle/10192/2935
|
20
|
|
http://bir.brandeis.edu/handle/10192/23231
|
20
|
|
http://bir.brandeis.edu/handle/10192/4463
|
20
|
|
http://bir.brandeis.edu/handle/10192/23150
|
20
|
|
http://bir.brandeis.edu/handle/10192/23757
|
20
|
|
http://bir.brandeis.edu/handle/10192/4702
|
20
|
|
http://bir.brandeis.edu/handle/10192/4844
|
20
|
|
http://bir.brandeis.edu/handle/10192/24490
|
20
|
|
http://bir.brandeis.edu/handle/10192/23741
|
20
|
|
http://bir.brandeis.edu/handle/10192/2130
|
20
|


MY FAVORITE APPLICATION
Sakay.ph became my favorite application since I was in Senior High School in PUP. In PUP, students came from different cities and provinces, when we are having groupings, almost all of my groupmates come from north. I had no choice but to adjust and also had the fear of getting lost. I discovered Sakay.ph, when I was searching at Google Play Store a commuter’s guide. Sakay.ph is very helpful for me, whenever I go to places for the first time, Sakay.ph is the application that I hold on to and I never get lost when I’m using it.
Sakay.ph suggests different alternate routes that you can take. In every route, it has an estimated travel time and you will get to know what time you will arrive at that place. You can also know your fare and your total fare on the suggested routes. You can also manage your transportation priorities. If you don’t want to ride a bus or a jeep, you can set up through your preferred modes. New routes will show without bus or a jeep.
If you think that the route is not that accurate, you can submit a route. Though, I submit new routes, I don’t know if they added it yet. It would be a great help to increase their accuracy on their resulted routes. Also, there are no tricycle routes, but maybe in the future they may add it. I am glad that this application is created, it is very helpful to all commuters (like me). If car owners have Waze, commuters have sakay.ph. Now, you cannot get lost because of sakay.ph. It is an underrated application because only few people know this, I hope that it will get the great reviews that it deserves.


Explore selections of over 27,000 photographs from the Meserve-Kunhardt Collection at Yale’s Beinecke Rare Book & Manuscript Library. Reload this page for more.
Similarity based on approximate nearest neighbors from 2,048 dimensions in the penultimate tensor of an Inception Convolutional Neural Network, trained on ImageNet 2012. Inference run using TensorFlow with CUDA-accelearted cuDNN. NVIDIA hardware courtesy Yale Center for Research Computing.


Here in Akan website, we calculate the day of the week that you were born, just using your birthday dates!
The Akan people of Ghana frequently name their children after the day of
the week they were born and the order in which they were born.
These "day names" have further meanings concerning the soul and character
of the person.


Sample
Tomb Raider – Lara's Home
Barebones textured model
Barebones triangle
Built-in shading
Mipmapping
Multipass rendering
Point rendering
Shaders, context
Shaders, pixel
Shaders, vertex
Transparency
Wireframe rendering
First-person camera
Isometric 2D
Layered rendering
Masking
Path tracing
Ray casting
Refresh rate limiter
Renderer
~dev
0.1.0


{{ctx.rowContext.index}}
{{!!ctx.rowContext.firstRender}}
- Clicking on any cell in the column name will trigger an input box, leaving the input box (blur) will return to the read-only view.
- Clicking on will trigger edit on the 4th rendered row and the 2nd cell (name).


Microsoft Power BI
So you want to learn how to create dashboards in Power BI huh? Then this blog is for you!
What is Microsoft Power BI?
Microsoft Power BI is a collection of software services, apps, and connectors that work together to turn your unrelated sources of data into coherent, visually immersive, and interactive insights. Whether your data is a simple Microsoft Excel workbook, or a collection of cloud-based and on-premises hybrid data warehouses, Power BI lets you easily connect to your data sources, visualize (or discover) what's important, and share that with anyone or everyone you want.
Key Components of Power BI ecosystem:
- Power BI Desktop
- Power BI (Service)
- Power BI Mobile Apps
- Power BI Mobile Apps
The Windows-desktop-basaed application for PCs and desktops. This will probably the one you will be using the most to create your dashboard and reports.
This is the SaaS (Software as a service) based online service. This is typically used in publishing, sharing and collaborating with your reports and dashboards.
The Power BI Mobile apps for Android and iOS devices, as well as for Windows phones and tablets. This feature of Power BI is very efficient for business executives, imagine having to your dashboards right in your pocket!
The Power BI Mobile apps for Android and iOS devices, as well as for Windows phones and tablets. This feature of Power BI is very efficient for business executives, imagine having to your dashboards right in your pocket!


Sometimes we like to wrap text around an image
Pork belly fashion axe taxidermy photo booth succulents cred. Humblebrag authentic bicycle rights farm-to-table bespoke umami lo-fi keytar coloring book chicharrones hoodie palo santo typewriter. Pok pok activated charcoal meditation tousled craft beer.
Floating the image will allow the text to appear next to it.


@*
* Copyright 2023 HM Revenue & Customs
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*@
@import uk.gov.hmrc.cataloguefrontend.ViewMessages
@import uk.gov.hmrc.cataloguefrontend.connector.Team
@import uk.gov.hmrc.cataloguefrontend.vulnerabilities.{CurationStatus, routes => appRoutes, VulnerabilitiesTimelineCount}
@import uk.gov.hmrc.cataloguefrontend.DateHelper._
@import views.html.vulnerabilities.VulnerabilityDetails
@import views.html.helper._
@this(viewMessages: ViewMessages)
@(teams: Seq[String],
result : Seq[VulnerabilitiesTimelineCount],
form : Form[_]
)(implicit
messages : Messages,
request : RequestHeader
)
@standard_layout("Vulnerabilities Timeline", "vulnerabilities-timeline") {
Vulnerabilities Timeline
No data was returned based on the provided filters
} else if(result.size == 1) {Only one data point was returned - so unable to draw timeline.
Please expand the date filter criteria.
} else { } }


PG&E Web Is Currently Under Maintenance
We are working with Microsoft to figure out some issues relating to PG&E Web that cause the website to go down. We apology for any inconvenience and the site will be back up shortly.
25, April 2018
"PG&E" refers to Pacific Gas and Electric Company, a subsidiary of PG&E Corporation. ©2017 Pacific Gas and Electric Company. All Rights Reserved.


--- layout: default permalink: /404.html sitemap: false ---
The site configured at this address does not contain the requested file. Make sure that the filename case matches the URL.


You must be at least 18 years old to create an account.By clicking Sign Up you agree to the terms of use (EULA).


BHAGAWAN ON HIS HOSPITALS:
- What is happening in the hospital is not for today or tomorrow. This establishment will serve the poor forever. Some may have a mistaken notion that it will only be a temporary one. All the institutions established by Sai are eternal. They are an example to the whole world. July 1992.
- Come and see it for yourself the work that is being done here with the spirit of sacrifice, and experience bliss. Here you will find the poor with happiness and joy on their faces. January 19, 2001.
- This is the only hospital where you can see patients, doctors, nurses, technicians and paramedical staff with smiling faces. February 6, 1993.
- Doctors wonder how all diseases are cured in our Sathya Sai Hospital. The answer is: if any action is done with a pure heart and good intentions, it is bound to be successful. February 7, 1993.
- Doctors are like the fragrant flowers and Bhagavan is the invisible thread which binds them together into a beautiful garland. Jan 23, 1994.
|
|


DICOM utility for anonymizing, viewing, editing, and uploading to a PACS
DICOM+ is an end-user program that operates on DICOM files to:
This program uses the Pixelmed library written by David Clunie
Every attempt has been made to conform as closely as possible to the DICOM standard.


Order Information
| Select Book Name | : |
|
| Available Stock | : |
|
| Quantity Ordered | : |
|
| Shipping Address | : |
|


Bee support radians using (π) prefix. Instead of (2 * π) you can write ( 2π )
With Comb Dot: ° 30°_30′_30″
| symbol | same value in degree |
|---|---|
| 0 | 0°0′0″ |
| π/4 | 45° |
| π/2 | 90° |
| π | 180° |
| 2π | 360° |
Minutes and Seconds:
Bee is using Unicode symbols prime (′) for minutes and (″) for seconds of arc:
α:= 180° ∈ ∠;
β:= 0°0′0″ ∈ ∠;
claim α ≈ π; -- α ≠ π
| Type | Name | Signature | Description |
|---|---|---|---|
| V | Canvas | {o ∈ ⊡, w,h ∈ Z, m ∈ [Y]} | Canvas (with points and shapes) |
| Y | Layer | {c ∈ B, v ∈ L, m ∈ [H]} | Layer with c = color, m = set of shapes |
| H | Shape | {o ∈ ⊡, s ∈ ⌂, α ∈ ∠ } | Shape, with origin and rotation |
| G | Tag | {o ∈ ⊡, t ∈ S, α, β ∈ ∠} | Graphic label with rotation |
legend
w = width h = height s = shape m = members d = distance v = visible
Each graphic element is a composite data type.
| Type | Name | Description |
|---|---|---|
| ∠ | Angle | (0 .. 2π) or (0°..360°) |
| ⊡ | Cartesian | {x, y ∈ Q} |
| ⊙ | Polar | {r ∈ P, α ∈ ∠ } |
| ↗ | Vector | {o, p ∈ ⊡} |
| ↺ | Relative | {o ∈ ⊡, r ∈ P, α ∈ ∠ } |
| ○ | Circle | {o ∈ ⊡, r ∈ P} |
| ◷ | Arc | {o ∈ ⊡, r ∈ P, α,β ∈ ∠ } |
| □ | Square | {o ∈ ⊡, b ∈ P} |
| ◁ | Triangle | {o ∈ ⊡, b ∈ P, α,β,ɣ ∈ ∠} |
| ◇ | Diamond | {o ∈ ⊡, α,β ∈ ∠} |
| ⎊ | Regular | {o ∈ ⊡, r, n ∈ P} |
| ⌂ | Polygon | {o ∈ ⊡, c ∈ [⊡]} |
| ◪ | Fill | { ▤, ▥, ▦, ▧, ▨, ▩ } |
| Keyword | Description |
|---|---|
| draw | put shape on layer |
| wipe | remove drown shapes |
| show | show canvas |
| hide | hide canvas |
Any location on Earth is described by two numbers: its latitude and its longitude. If a pilot or a ship captain wants to specify position on a map, these are the "coordinates" they would use.
Latitude and longitude are two angles, measured in degrees, "minutes of arc" and "seconds of arc." These are denoted by the symbols ( "°", "′", "″" ) For example: 35° 43′ 9″ means an angle of 35 degrees, 43 minutes and 9 seconds. A degree contains 60 minutes of arc and a minute contains 60 seconds of arc and you may omit the words "of arc" where the context makes it absolutely clear that these are not units of time.
Bee language has limited support for measurement units. Calculations often represent angles by small letters of the Greek alphabet, and that way latitude will be represented by λ (lambda, Greek L), and longitude by φ (phi, Greek F). Here is how they are defined.
Earth coordinates can be represented using default Q numbers on 32 bit.
| .digits | angle (g°) | equivalent |
|---|---|---|
| 2 | 0.01° | 1.1132 km |
| 3 | 0.001° | 111.32 m |
| 4 | 0.0001° | 11.132 m |
| 5 | 0.00001° | 1.1132 m (default precision) |
| Type | Description |
|---|---|
| Galactic | Galactic space |
| Solar | Solar space |
| Star | A celestial body similar to the Sun with position relative to our Sun |
| Planet | Planed similar to Earth with: mass, radius, year duration, day duration |
| Moon | Natural celestial body bound to a planet by gravity |
| Satellite | Artificial celestial body bound to a planet or moon by gravity |
| Craft | Space-craft capable to travel in space, not bounded to a planet |
| Type | Name |
|---|---|
| ☀ | Sun |
| ☿ | Mercury |
| ♀ | Venus |
| ♁ | Earth |
| ♂ | Marth |
| ♃ | Jupiter |
| ♄ | Saturn |
| ♅ | Uraus |
| ♆ | Neptun |
| ♇ | Pluto |
Read next: System Library


Use parameterized APIs to send email. Don't implement your own SMTP client code. Use APIs that separate different parts of the message into different parameters. For example, the recipient address should be separate from the message subject and the message body.
Using APIs that provide SMTP functionality is better than writing your own SMTP client code because it reduces the risk of introducing Mail Command Injection vulnerabilities. Most Web Application platforms provide APIs that can be used to send email and these APIs should be used instead of custom SMTP client code.
Use this Guideline when your application sends email.
##How ##
To use parameterized APIs to send email:


WITNESS LIST Criminal Jurisprudence Committee (SUBCOMMITTEE ON Enhancements) March 23, 2005-12:00A HB 197 For: del Llano, Ann (ACLU of Texas) HB 360 For: Cabaniss, Katherine (Charles Rosenthal, District Attorney Harris County) Rolater, John (Bill Hill, Dallas County Criminal District Attorney) Weeks, David P. (Self) Against: del Llano, Ann (ACLU of Texas) HB 692 For: Thompson, Byron (Texas Association Against Sexual Assault) On: Edmonds, Shannon (Texas District and County Attorneys Association)


5 references to FuzzyMatch
System.Management.Automation (5)
engine\CommandSearcher.cs (4)
708
(_commandResolutionOptions.HasFlag(SearchResolutionOptions.
FuzzyMatch
) &&
788
(_commandResolutionOptions.HasFlag(SearchResolutionOptions.
FuzzyMatch
) &&
1026
(_commandResolutionOptions.HasFlag(SearchResolutionOptions.
FuzzyMatch
) &&
1534
useFuzzyMatch: _commandResolutionOptions.HasFlag(SearchResolutionOptions.
FuzzyMatch
));
engine\GetCommandCommand.cs (1)
788
options |= SearchResolutionOptions.
FuzzyMatch
;


cvs2git
Index
cvs2svn/cvs2git is a tool that can be used to migrate CVS
repositories to newer version control tools, including git. git is a distributed version
control system most famous for being used for Linux kernel
development. The program used to convert to git, called cvs2git, is
distributed as part of the cvs2svn project.
If you are reading this documentation on the cvs2svn website, then please be
aware that it describes the current trunk version of cvs2svn, which
may be different than the most recent released version. Please refer
to the documentation that was included with your version of cvs2svn.
Conversion to git was added in release 2.1 of cvs2svn and has
improved significantly since then. Please make sure you are using an
up-to-date version of cvs2svn--perhaps even the development trunk
version.
cvs2git requires the following:
- Direct (filesystem) access to a copy of the CVS repository that
you want to convert. cvs2git parses the files in the CVS
repository directly, so it is not enough to have remote CVS
access. See the FAQ for more
information and a possible workaround.
- Python 2, version 2.4 or later. See http://www.python.org/.
(cvs2git does not work with Python 3.x.)
- If you use the --use-rcs option, then RCS's `co'
program is required. The RCS home page is
http://www.cs.purdue.edu/homes/trinkle/RCS/.
See the --use-rcs flag for more
details.
- If you use the --use-cvs option, then the `cvs' command
is required. The CVS home page is
http://ccvs.cvshome.org/.
See the --use-cvs flag for more
details.
- Git version <IP_ADDRESS> or later (earlier versions have a bug in
"git fast-import" that prevent them from loading the files
generated by cvs2git).
Most of the work of converting a repository from CVS to a more
modern version control system is inferring the most likely history
given the incomplete information that CVS records. cvs2svn has a long
history of making sense of even the most convoluted CVS repositories,
and cvs2git uses this same machinery. Therefore, cvs2git inherits the
robustness and many of the features of
cvs2svn. cvs2svn can convert just about every CVS repository we
have ever seen, and includes a plethora of options for customizing
your conversion.
The output of cvs2git is one or more dump files that can be
imported into git using the excellent git fast-import tool.
Although cvs2git is considerably newer than cvs2svn, and much less
well tested, it is believed that cvs2git can be used for production
conversions. If you use cvs2git, please let us know how it worked for
you!
cvs2git still has many limitations compared to
cvs2svn. Help would be much appreciated! Some of
these missing features would be pretty easy to program, and I'd be
happy to help you get started.
- The cvs2git documentation is still not as complete as that for
cvs2svn. See below for more references.
- Differences between CVS and git branch/tag models: CVS allows a
branch or tag to be created from arbitrary combinations of source
revisions from multiple source branches. It even allows file
revisions that were never contemporaneous to be added to a single
branch/tag. Git, on the other hand, only allows the full source
tree, as it existed at some instant in the history, to be branched
or tagged as a unit. Moreover, the ancestry of a git revision
makes implications
about the contents of that revision. This difference means
that it is fundamentally impossible to represent an arbitrary CVS
history in a git repository 100% faithfully. cvs2git uses the
following workarounds:
- cvs2git tries to create a branch from a single source, but
if it can't figure out how to, it creates the branch using a
"merge" from multiple source branches. In pathological
situations, the number of merge sources for a branch can be
arbitrarily large. The resulting history implies that
whenever any file was added to a branch, the entire
source branch was merged into the destination branch, which is
clearly incorrect. (The alternative, to omit the merge, would
discard the information that some content was moved
from one branch to the other.)
- If cvs2git cannot determine that a CVS tag can be created
from a single revision, then it creates a tag
fixup branch named TAG.FIXUP, then tags this
branch. (This is a necessary workaround for the fact that git
only allows existing revisions to be tagged.) The
TAG.FIXUP branch is created as a merge between all of
the branches that contain file revisions included in the tag,
which involves the same tradeoff described above for branches.
The TAG.FIXUP branch is cleared at the end of the
conversion, but (due to a technical limitation of the git
fast-import file format) not deleted. There are some
situations when a tag could be created from a single
revision, but cvs2git does not realize it and creates a
superfluous tag fixup branch. It is possible to delete
superfluous tag fixup branches after the conversion by running
the contrib/git-move-refs.py script within the
resulting git repository.
- There are no checks that CVS branch and tag names are legal git
names. There are probably other git constraints that should also
be checked.
- The data that should be fed to git fast-import are written to
two files, which have to be loaded into git fast-import manually.
These files might grow to very large size. It would be nice to
add an option to invoke git fast-import automatically and pipe the
output directly into git fast-import; this should also speed up
the conversion.
- Only single projects can be converted at a time. Given the way
git is typically used, this is probably what you want anyway.
- The cvs2svn test suite does not include meaningful tests of git
output.
- cvs2git makes no attempt to convert .cvsignore files
into .gitignore files.
- cvs2git, like cvs2svn, does not support incremental conversion
(i.e., tracking a live CVS repository). However, at least one
person has documented a possible
workaround.
There is some documentation specific to cvs2git, and much of the
cvs2svn documentation also applies fairly straightforwardly to
cvs2git. See the following sources:
- This document.
- The output of cvs2git --help.
- The cvs2git man page. If the man page is not installed on your
Unix-like system, you can view it by typing a command like
cvs2git --man | groff -man -Tascii | less.
- The cvs2svn documentation and
the cvs2svn FAQ, which contain much general
discussion and describe many features that can also be used for
cvs2git.
- cvs2git-example.options in the cvs2svn source tree,
which is an example of an options file that can be used to
configure a cvs2git conversion. The file is extensively
documented.
- The cvs2svn mailing lists, etc., as described in the cvs2svn FAQ.
This section outlines the steps needed to convert a CVS repository
to git using cvs2git.
- Be sure that you have the requirements,
including either RCS or CVS (used to read revision contents from
the CVS repository).
- Obtain a copy of cvs2svn/cvs2git version 2.1 or newer. It is
recommended that you use the most recent version available, or
even the development version.
- To install cvs2svn from a tarball,
simply unpack the tarball into a directory on your conversion
computer; cvs2git can be run directly from this
directory.
-
To check out the current trunk version of cvs2svn, make
sure that you have Subversion installed and then run:
svn co --username=guest --password="" http://cvs2svn.tigris.org/svn/cvs2svn/trunk cvs2svn-trunk
cd cvs2svn-trunk
make man # If you want to create manpages for the main programs
make check # ...optional
Please note that the test suite includes tests that are
marked "XFAIL" (expected failure); these are known and are
not considered serious problems.
-
Configure cvs2git and run the conversion. This can be done via
command-line options or via an options file:
-
The command-line options for running cvs2git are documented
in the cvs2git man page and in the output of cvs2git
--help. For example:
cvs2git \
--blobfile=cvs2git-tmp/git-blob.dat \
--dumpfile=cvs2git-tmp/git-dump.dat \
--username=cvs2git \
/path/to/cvs/repo
-
The more flexible options-file method
requires you to create an options file, then start cvs2git
with
cvs2git --options=OPTIONS-FILE
Use cvs2git-example.options in the cvs2svn source
tree as your starting point; the file contains lots of
documentation.
This creates two output files
in git
fast-import format. The names of these files are specified
by your options file or command-line arguments. In the example,
these files are named cvs2git-tmp/git-blob.dat and
cvs2git-tmp/git-dump.dat.
-
Initialize a git repository:
git init --bare /path/to/myproject.git
cd /path/to/myproject.git
-
Load the dump files into the new git repository using git
fast-import:
git fast-import --export-marks=../cvs2git-tmp/git-marks.dat <../cvs2git-tmp/git-blob.dat
git fast-import --import-marks=../cvs2git-tmp/git-marks.dat <../cvs2git-tmp/git-dump.dat
On Linux/Unix this can be shortened to:
cat ../cvs2git-tmp/git-blob.dat ../cvs2git-tmp/git-dump.dat | git fast-import
-
Delete the TAG.FIXUP branch:
git branch -D TAG.FIXUP
-
(Optional) View the results of the conversion, for example:
gitk --all
- (Recommended) To get rid of unnecessary tag fixup branches, run
the contrib/git-move-refs.py script from within the git
repository.
-
(Recommended) Re-compact the repository and discard any
garbage:
git gc --prune=now
-
The result of the above procedure is a bare git
repository (one that does not have a checked-out version of the
source tree). This is the type of repository that you would put
on your server. To work on your project, make a non-bare clone
(one that includes a checked-out source tree):
cd $HOME
git clone /path/to/myproject.git
cd myproject
Now you are ready to start editing files and committing to
git!
If you want to convert into a non-bare git repository (one
that includes a working tree), then you need to make two changes to
the above procedure:
Omit the --bare option in step 4; i.e., type
git init /path/to/myproject.git
cd /path/to/myproject.git
When the conversion is done, instead of cloning as described
in step 10, you need to explicitly check out the "master" version
of the files into your working tree:
git checkout master
Feedback would be much appreciated, including reports of success
using cvs2git. Please send comments, bug reports, and patches to
the cvs2svn
mailing lists.


Transport strike won't affect rice market, says food minister
by bdnews24.comThe ongoing transport strike over the new road traffic law will not adversely affect the rice market even if it is prolonged by another 10 days, Food Minister Sadhan Chandra Majumder has said.
Speaking to reporters ahead of a meeting with mill owners on Wednesday, the minister said the market in Dhaka will not be affected 'in the slightest' due to the existing rice stocks at small and large markets.
"I can guarantee that there won't be any impact even if the strike continues for the next 10 days."
Buses remained grounded in several districts in the country's south-western and northern regions for the last two days after transport workers 'willingly' abstained from work.
Long-haul bus services on the Dhaka-Chattogram, Dhaka-Sylhet and Dhaka-Tangail routes were impeded by protesters on Wednesday morning.
A network of truckers and lorry owners also joined the strike on Wednesday morning leaving many businesses to suffer as a result.
The minister acknowledged a four-taka rise in retail prices of Miniket rice, but said there is no logical reason for the hike.
"After monitoring the mills and markets, we have found that there isn't any shortage of rice in stock. There's no need to import rice. Instead, we are ready to export the product."
The food ministry has written to the home ministry to prevent any attempt to raise the price of rice, said Sadhan. The Directorate of National Consumer Rights Protection and the commerce ministry have also been informed of the matter.
"We won't tolerate any attempt to raise the price by anyone."


Ben's Pizza Palace
Add Pizza
Small $10
Medium $12
Large $14
Extra-Large $16
Pepperoni + $1
Sausage + $1
Chicken + $1
Olives + $0.75
Onions + $0.75
Bell Peppers + $0.75
Add to cart
Order Total
Check Out
Delivery or Pickup?
Delivery
Pickup


Snaps your way - on demand. Snaps to objects, surfaces, and precise points on segments are global keys Q A T B I J K which you use when you need them.


--- title: forget your failures date: 2012-11-14 10:32:40.000000000 +02:00 categories: [] tags: [] status: publish type: post published: true meta: _edit_last: '600927' geo_latitude: '37.979180' geo_longitude: '23.716647' geo_accuracy: '4584' geo_address: "Αθήνα, Ελλάς" geo_public: '1' publicize_twitter_user: koukopoulos _wpas_done_14391: '1' _publicize_done_external: a:1:{s:7:"twitter";a:1:{i:13858422;b:1;}} author: login: kouk email<EMAIL_ADDRESS>display_name: Konstantinos Koukopoulos first_name: '' last_name: '' excerpt: !ruby/object:Hpricot::Doc options: {} ---
Sometimes we are attached to our failures as much as to our successes. After all, our failures are our own creations as well. And while we are tormented by them, we also feel pain when someone lends us a helping hand, shows us a path to their amendment or, heaven forbid, tells us the truth: that our failures were creations with a purpose, and actually quite successful. What purpose does a failure have? To hide something even more uncomfortable to us, ourselves. This can be especially the case if, confronted with our failures, we flee from other people in anger or in sadness. We flee especially from those who love us, a tragedy for both them and us.
[youtube=http://www.youtube.com/watch?v=6kk7vCHvof4]


{% extends "base.html" %} {% load login_form from accounts %} {% block content %}
{{ user.username|capfirst }}, your account has been validated, you can now login and return to what you were doing.


WD-SVGReq-19981029
Scalable Vector Graphics (SVG) Requirements
W3C Working Draft, 29 Oct 1998
- This version:
- http://www.w3.org/TR/1998/WD-SVGReq-19981029
- Latest version:
- http://www.w3.org/TR/WD-SVGReq
- Previous (member only) version:
- http://www.w3.org/Graphics/SVG/Group/1998/10/SVGReq-981019
- Editor:
- Jon Ferraiolo, Adobe
Systems Incorporated
Status of this document
This document is a work in progress representing the current consensus of the W3C Scalable
Vector Graphics Working Group. This draft of the SVG Requirements document
has been approved by the SVG working group to be posted for review by W3C members and
other interested parties. It is the first public review draft of this document.
Publication as a working draft does not imply
endorsement by the W3C membership.
Review comments from the public should be sent to<EMAIL_ADDRESS>which is an automatically archived
email list. Information on how to subscribe
to public W3C email lists can be found at http://www.w3.org/Mail/Request.
Introduction
The W3C has chartered a Scalable Vector Graphics working group
to produce a specification for an SVG format,
written as a modular XML tagset and usable as an XML namespace,
which can be widely implemented in browsers and authoring tools
and which is suitable for widespread adoption
by the content authoring community
as a replacement for many current uses of raster graphics.
This will mean that the graphics in Web documents will be
smaller, faster, more interactive, and
be displayable on a wider range of device resolutions
from small mobile devices through office computer monitors
to high resolution printers. This will be a significant advance
in Web functionality. Interoperability, both in multiple browsers
across multiple platforms and in multiple authoring tools (both read and write),
is a prime focus.
The SVG working group decided to solicit public review and
feedback at the earliest possible point to best ensure that SVG
meets the Web community's needs for a vector graphics language
specification. This document reflects early SVG working group
discussions on what SVG should and should
not be. The working group has not reached consensus on all topics,
so the document below sometimes describes particular features
as open issues that are still under discussion.
This document lists both SVG Design Goals and SVG Detailed Requirements.
The SVG Design Goals describe the high-level objectives which
SVG should attempt to achieve. These design goals should also
act as the criteria by which proposed features are judged. The
SVG Detailed Requirements contains the actual list of proposed
features.
A first draft of the detailed specification for SVG will be made available a couple
of months after the posting of this requirements document for public review. The
specification will be developed largely by looking at:
- the design goals and detailed requirements that are contained
in this document
- review comments on this document from public feedback, invited experts
and working group members
The home page for the W3C graphics activity is
http://www.w3.org/Graphics/Activity.
Table of Contents
- Consistent visual results and behaviors across implementations
- Elegant, uniform, complete and consistent
- Packaging
- Performance
- Alternate representations
- Backward compatibility
- Well internationalized
- Accessibility features
- Vector graphics shapes
- Text data
- Image data
- Color support
- Transparency support
- Grouping and layering
- Template objects/symbols
- Fill options
- Stroke options
- Transformations
- Coordinate systems, relationship to CSS positioning
- Antialiasing
- Stenciling and masking
- Client-side filter effects such as shadowing
- Compositing
- CSS support
- Connectable reference points
- Parameter substitution and formulas
- Print control
- Zoom and pan
- Links
- Event handling
- Object selection, clipboard
- DOM access
- Animation
- Inclusion of private data (metadata)
- Extensibility
- Embedded fonts and images
SVG Design Goals
The following are the Design Goals for SVG. Besides providing
a set of high-level objectives for SVG, these goals act as the
criteria by which proposed features are judged. Thus, the features
list shown below under SVG Detailed Requirements should reflect
the higher-level goals listed here.
These SVG Design Goals are not listed in any particular order.
It is recognized that some of the goals might conflict or be unachievable
and that tradeoffs will need to be made.
Open specification
- The specification should be controlled by the members in the
W3C, not by a single vendor. Thus, the specification should not
subject to sudden change by a single vendor.
- The specification
should be vendor neutral and thus should not contain features
biased towards a particular vendor.
Widely implemented and supported
- SVG should be a standard feature in Web browsers
- Implementations of SVG should be consistent so that the same
visual results and behaviors exist in all conforming SVG processors.
- There should not be subset problems and incompatible generator/reader
sets. Thus, there should be a single language specification,
not a set of layered language specifications.
- There should be widespread support in authoring applications and related tools
- To promote widespread adoption and support, SVG should be specified to be
as basic and simple as possible while still providing necessary features
to satisfy the needs of graphics on the Web.
While the chief goal is to aim at the middle ground,
a basic and simple feature set will allow it to be used on devices
with a wide range of resolutions and capabilities,
from small mobile devices through office computer monitors to high resolution printers.
- Straightforward generation via hand-authoring with a text editor
or server-side scripts (e.g., CGI)
- SVG should be as self-contained as possible.
While SVG should leverage and be compatible with other W3C work,
it should attempt to do so without introducing
excessive dependencies on other specifications.
- Ready availability to the casual implementor is desirable
- Reference source code is desirable
Relationship to other Web standards efforts
- Defined as an application of XML
- Compatible with and/or leverages other relevant standards
efforts, including XML namespaces, XML links (XLink), DOM, CSS, XSL and
metadata.For example:
- the elements and attributes of an SVG
drawing should be scriptable via the DOM
- text should be expressed
as XML character data so that it can be found by search engines
- attributes which make
sense to be part of a style should be expressed in CSS
The SVG working group will need to coordinate proactively
with other working groups when it is more appropriate to meet the SVG
requirements through modifications to other Recommendations.
Graphics features
- Complete, general-purpose Web vector graphics format that
satisfactorily meets the graphics delivery needs for all creators
and consumers of Web vector graphics
- Sufficiently powerful and precise to meet the needs of professional
Web graphic designers such that they will utilize SVG instead
of raster formats in those cases where vector graphics is a more
natural or appropriate format
- Sufficiently powerful to meet the needs of
business presentation and diagramming applications such that
these drawings will be published on the Web using SVG instead of raster formats
- Feature set is rich enough such that a reasonable conversion of
most existing standard static graphics files into SVG is possible
- Sufficiently compatible with the graphics design and
publishing industries' feature sets and file formats
such that there is (as lossless as possible) a straightforward mapping
from these applications and file formats
into SVG. The goals are to facilitate
conversion of existing artwork into SVG, promote the creation of lots
of compelling new SVG artwork, make it as easy as possible for the graphics design
and publishing industries to adapt existing authoring tools, and provide for
new SVG authoring tools.
- Compatible with the needs of non-technical persons who want
a straightforward way to generate relatively simple graphics
either by hand-editing or via server-based graphics generation
(e.g., CGI scripts).
- Compatible with high-quality, efficient printing at full
printer resolution and with reliable color
- Focused on basic foundation, presentation-level graphics
facilities, with a critical eye toward higher-level (model-level) constructs which
might be better suited to a higher-level standard which would sit
on top of SVG
- The working group is investigating whether other Web standards
(e.g., CSS, XSL, MathML, Web Schematics) could use SVG as its
low-level rendering specification.
(This goal has significant dependencies on other W3C initiatives such as the
W3C Formatting Model and might change accordingly.)
- The specification for SVG should take into account the possibility of
building a future 3D graphics specification which either sits on top of SVG
or which is entirely independent but with a similar syntax; however, the
SVG working group should not let itself be slowed down or constrained by 3D
upgrade path issues.
Interactivity and Dynamic Behaviors
- Allows for interactive and dynamic Web pages
Interchange features
- Suitable as a platform-independent graphics exchange format
- Mechanisms for inclusion of application-specific (or industry
specific) private data which would facilitate use of SVG as a
application-specific (or industry-specific) native file format
for authoring applications
- Capable of use as a print metafile: sufficiently expressive
such that a higher-level print metafile XML grammar could use
SVG for its page imaging operators
SVG Detailed
Requirements
The following is the detailed list of required features and
capabilities in SVG. Items which are already listed as a Design
Goal are not repeated here. It is recognized that some of these
requirements might conflict or may not be possible.
General requirements
- Consistent visual results and behaviors across implementations
- The specification needs to be complete and unambiguous
- The goal is to have at least two independent implementations
each of SVG viewers and SVG generators under development as the
specification is defined to help find and remove ambiguities
from the specification.
- An extensive conformance test suite needs to be delivered
in conjunction with the final specification.
- Elegant, uniform, complete and consistent
- Wherever possible, all graphical attributes and
operations should be available to all object types. For example,
if 2x3 transformation matrices are available for shape objects, then
2x3 transformation matrices should also be available for
text and image objects.
- Packaging
- Stand-alone packaging: Compatible with the need of stand-alone
graphics authoring packages. It should be possible
for a graphics authoring application to save a stand-alone SVG
file. ("Stand-alone packaging" means that an SVG file
is saved as a separate, self-contained file, probably with a
.svg extension on platforms where the extension is important.)
- Fragment packaging: Compatible with the need of consolidated
full-page Web authoring packages which would like to author/deliver
full pages of XML with optional vector graphics elements
interspersed as isolated components within the page. ("Fragment
packaging" means that snippets of SVG would appear inside
the content of a parent XML grammar. For example, a picture
of an arrow expressed in SVG might appear inline within an XML
file. The expected way this would be achieved would be by referencing
the SVG namespace within the XML file.)
- Performance
- Reasonable display performance on commonly used end-user
machines
- Highly efficient representation to minimize download times
- The working group should investigate abbreviation schemes
(particularly for path data) to minimize file sizes
- The working group should also collaborate with other
working groups, such as the XML working group.
on binary compression alternatives.
- Streamable (i.e., support progressive rendering)
- Simple primitives (e.g., lines) should exhibit fast performance
- Alternate representations
- The working group should investigate
the issue of alternative representations in the form of text strings
or image data. Alternate representations as text or images
might provide a good answer for backwards compatibility in some cases
or provide for a faster display option for some drawings.
Alternate text strings would be particularly
valuable to visually impaired users.
- Backward compatibility
- The working group should develop a reasonable
backward compatibility strategy for when a user attempts to view
an SVG drawing in a browser which doesn't yet support SVG.
- Well internationalized
- By virtue of being written in XML, SVG will already have
baseline internationalisation capability (Unicode characters,
language tagging). The working group will collaborate with
the I18N working group to ensure that SVG is suitable for
worldwide Web graphics.
- Accessibility
- The working group should ensure that
adaptive interfaces for
people with disabilities are fully supported, and that mapping
SVG content to these contexts is easy and graceful.
Graphical facilities
- Vector graphics shapes
(Note: in the remainder of this document,
the terms "vector graphic shape" will be abbreviated to
"shape" or "shape objects")
- Path data
- Paths can be made up of any combination of the following:
- Straight line segments
- Cubic bezier curved segments
- Quadratic bezier curved segments
- Elliptical and circular arcs
- No other curve types (Other curve types such as
splines or nurbs are either technically
very difficult, industry-specific and/or
have not established themselves
as industry standards as much as beziers.)
- Compound paths (i.e., paths with donut holes) should be supported. Both
the non-zero winding and even-odd fill rules should
be supported in both fill and clip operations to ensure
compatibility with the design and publishing industries' existing
file formats and authoring applications. (Also, it is much easier to implement
these fill rules inside a renderer than it is in a file format converter.)
- A set of predefined shape types such as rectangles, rounded rectangles,
circles and ellipses should
be available so that simple objects can be defined without having
to learn bezier mathematics. The exact list of predefined object types
has not been decided yet.
- Any shape can be filled, stroked or used as a clipping path and/or mask.
(See Fill options,
Stroke options and
Stenciling and masking, below.)
- Text data
- Text strings should be expressed as XML character data
which could be marked up with arbitrary XML name spaces. (Text strings
as XML character data allow search engines to find the strings.)
- All text/font attributes from CSS should be supported. Complete support for
CSS is what the Web community will expect.
(See CSS support, below)
- It is clear that precise text sizing/positioning is a requirement for the
graphics design community.
Thus, SVG should allow for precise control of text sizing, positioning,
rotation, and skewing on a character-by-character basis. In particular,
the working group should look to see if this feature could be packaged as
to provide for precise text on a path.
- It is clear that precise control of fonts and glyphs is a requirement for the
graphics design community.
It should be possible to achieve precise control of the exact font and the exact glyphs
within a given font to use for a given character sequence so that
graphic artists have a way to ensure that the end user sees what was
intended
- The same fill/stroke/clip/mask capabilities that can be used with
vector data should also be available to text data. For example,
it should be possible to fill a text string with a gradient or
stroke it with a dashed line pattern. This is a widely used
feature in the graphics design world and is required for compatibility
with existing graphics content.
- The working group hasn't investigated yet whether it is advisable to
provide a capability to automatically position a text string relative
to another graphical element (e.g., automatically centering a text string
within a rectangle). It is clear that such a feature would be a great
convenience for hand-coders of certain types of drawings, such as diagrams.
The working group
should investigate whether there is an easy-to-use (for a hand-coder)
yet robust and elegant way of achieving this.
- Having a text string determine the dimensions of a parent graphical object
(e.g., a box is drawn to fit around a text string) is too high-level of
a construct and is not planned for version 1 of SVG.
- Adding a text-on-a-path capability to SVG is still under consideration.
The working group recognizes that there are many
technical complexities which make it difficult to design the
feature in such a way that it will be both sufficiently powerful and
sufficiently compatible with the needs of various authoring scenarios.
- Image data
- The same image formats available to HTML should be available to SVG
- The working group hasn't had time yet to address the issue of color
management on image data. The goals will be to:
- achieve compatibility with how other specifications (e.g., HTML) perform
color management on image data
- (just like the rest of SVG) take full advantage of color management systems
when supported by the browser and/or the platform operating system
(see Color support below)
- if different ICC profile are specified both as an attribute on an image
and embedded within the image, the attribute should win
- Color support
- All colors need to be specified in the sRGB color space for compatibility
with other Web standards.
- It is clear that reliable color is important to both end users and
Web content creators.
sRGB does not answer all precise color needs, and most desktop platforms
support the more complete ICC-based color management system.
Thus, an alternative ICC-based color representation should be available for all
color attributes. If the SVG processor supports color management, then
the ICC color takes precedence over the sRGB color.
- There has been little discussion so far on sport color support. Spot
colors might be possible by specifying then using ICC profiles (perhaps via
a Named Color profile), or by storing spot color information as private
data (metadata) in the SVG file.
- Transparency support
Transparency support is becoming
commonplace in authoring applications and
is widely used today in Web animations.
- Many existing authoring applications achieve transparency by adding an
opacity property wherever a color property is allowed.
For compatibility with these
applications, and because this represents a good technical solution
to many transparency needs, wherever a color property is allowed,
there will be a corresponding opacity property which indicates how
transparent a given object/component/attribute
should be when blended into its background
- In group opacity, the collection
of objects that makes up a group is (in effect) drawn into a
temporary area in memory, and then the temporary area is blended
as a single unit into the background graphics.
Group opacity is necessary when you have an aggregate object such as a automobile
which is drawn as a collection of overlapping, opaque components
(e.g., the hubcap might be an opaque circle that is drawn on top of
an opaque tire) and you want to blend that object as a unit into
the background. Group opacity is a requirement for many animation
applications and has utility with static graphics also.
It is straightforward to implement, particularly once you have
support for transparent image objects, which is needed for GIF and PNG.
It is infeasible to achieve these effects without this feature.
Thus, group opacity should be supported in SVG.
- The working group decided that identification of
a transparency/blue-screen/chromaKey
color will not be supported for shapes and text because the opacity
features are sufficient. However, the transparency color feature
that exists in image file formats such as GIF and PNG will be supported.
- See Compositing, below.
- Grouping and layering
- There needs to be an ability to define groups (i.e., collections) of objects
to allow for convenient access for scripting applications.
Groups should have the following attributes (among others), all of
which are accessible and/or controllable via scripting:
- Unique ID
- z-index for explicit layering
- visibility
- transformations
- opacity
- Implicit layering: unless an explicit z-index value is provided,
objects will be drawn
bottom-to-top in the order which they appear in the input stream.
This strategy is compatible with most popular graphics
file formats.
- Explicit layering: objects or collections of objects can be
assigned an explicit z-index value, which takes precedence over
the implicit bottom-to-top drawing order. (The bottom-to-top drawing order of
objects with the
same z-index relative to each other is the the order in which they
appear in the input stream.) This explicit layering is a requirement
for achieving certain types of animation effects.
- Template objects/symbols
- There should be a capability for defining template objects that can
be instantiated multiple times with different attributes.
- The template objects should be able to establish a full set of
default attributes, and the instantiated objects should be
able to override any of these default attriubutes.
- Fill options (i.e., painting the interior of a shape or text object)
The following fill options should be available:
- Solid-color fill (see Color support above)
- Gradients
- Multiple gradient stops will be supported (not just two)
- Both linear and radial gradients will be supported
- It is still an open issue within the working group
whether additional gradient types should be supported.
Examples: conical, elliptical, square, rectangular,
Gouraud shaded triangle and rectangular meshes.
- Gradients should allow for both a linear ramp between
gradient stops and a well-defined sigma function for
the calculation of the intermediate colors between the
stops.
- For all gradients, the specification should provide details
for the exact behavior of the gradient ramp. If there is
a disagreement about what the gradient ramps should be,
priority should be given to: (1) making sure the gradient
ramp rules are consistent with real-world lighting effects,
(2) retaining compatibility with as much existing content
as possible (with a bias towards existing content whose
users really care about how their gradients look)
- The suggestion has been made to allow for substitution of
a different color table for use with a given gradient.
(The color stop positions stay the same, but the colors
used change.) This suggestion hasn't been discussed yet
in the working group.
- Patterns (i.e., tiled object fill)
- Any objects (i.e., shapes, images, text) can be
used to fill any other objects
- When objects are used to fill other objects, parameters
can be set to achieve tiling effects.
- The tiling options
should be at least as capable as those found in the file
formats used by the design and publishing industries to
ensure compatibility
with existing artwork and authoring applications.
- Other fill styles - The working group hasn't decided yet whether other fill styles
such as fractal patterns are appropriate.
- Custom fill styles - See Extensibility, below.
- Stroke options (i.e., drawing the outline of a shape or text object)
- The same attributes available for filling an object
(see Fill options, above)
should be available to stroke an object. For example,
you should be allowed to stroke with a pattern.
- The set of stroke options should be at least as capable as the stroke options in
the file formats used by the design and publishing industries
- Arbitrary, continuous values for line width
- The working group hasn't reached consensus yet on whether SVG should
support hairlines
(i.e., instructing the device to draw the thinnest possible line)
- User-defined dash patterns and initial phase offset
- Caps, joins and miterlimits
- Arrowheads and polymarkers
- There should be a small set of predefined arrowheads
- Arrowheads are optional and can be placed at the start and/or end of path objects
- The working group should investigate the possibility of providing
for custom "arrowheads" at the start and/or end of a path object
which are defined by referencing a different graphical object or group.
This capability would solve the following needs:
- Diagramming applications might use arrowheads extensively, but the
predefined arrowheads might not be satisfactory
- Graphic designers who want to attach arrowheads to drawings will want
complete control of the visual characteristics of their arrowheads
- This feature can be leveraged to provide a polymarker capability for
applications such as scatter diagrams
- Transformations
- Arbitrarily nested 2x3 matrix transformations should be available.
This facility is necessary to ensure compatibility with existing
artwork and authoring tools.
- 2x3 matrices are sufficient to achieve any types of translation,
scaling, rotation and skewing
- Transformation matrices can be nested to an arbitrary depth. A
given transformation matrix is concatenated with the transformation
matrices of all parent objects.
- In the spirit of making SVG reasonably easy to use for content
creators who would have difficulty constructing 2x3 matrices,
SVG should offer an alternative set of simpler transformation attributes
(e.g., rotation=, scale=). The SVG specification, however, needs to
defined unambiguously what should happen if both the simpler
transformation attributes and a 2x3 transformation matrix is provided.
- These transformations should apply to all object types (shapes,
images and text) in a uniform and consistent manner
- Transformed objects should have the option of exhibiting true scalability
(where all attributes should scale uniformly, and linewidths, images and
text should scale along with the sizes of the shapes). Additionally,
transformed objects should also have the option of selective
scalability such that certain attributes (e.g., stroke size and textsize)
are invariant.
- Coordinate systems, relationship
to CSS positioning
- SVG should use CSS positioning for establishing a viewport for an
outermost SVG element, such as an <svg>...</svg>
complete drawing or an SVG fragment within an XML Web page.
- SVG will support local user coordinates
- Real number values (i.e., an integer followed by a possible
decimal fractional component) should be possible for all
appropriate attributes and coordinates.
The language definition itself should not inhibit infinite precision.
- Antialiasing
- It is clear that the graphics design community not only wants
antialiasing to be available, but also wants to have the ability to turn
antialiasing on/off on an object basis in order to achieve precise
control of the rendering and possibly to control drawing speed.
Thus, there will be an antialias control attribute on each graphics
object in SVG.
- Antialiasing adds a significant burden to the casual implementor
and isn't a requirement for all potential applications of SVG, such
as viewing CAD drawings. Thus, antialiasing control will be regarded as
a hint to the SVG processor, which can choose whether or not to honor
it. Major general-purpose implementations of SVG processors
such as commercial Web browsers should
honor and implement the antialiasing control hint.
- Stenciling and masking
- Clipping paths
Clipping paths are a commonly used feature in existing artwork and
an integral part of all authoring products used by graphic designers.
Clipping paths are as fundamental to the design and publishing industries'
existing file formats and authoring tools as are nested transformation matrices.
Clipping is relatively easy to implement in viewers using a
raster mask approach in device space if you have code for drawing a
filled path into an offscreen buffer. Nested clipping paths are easy to
achieve on top of an unnested clipping path implementation by just looping
through each parent clipping path one after another.
The performance overhead with nested clipping paths in animation scenarios
is probably small relative to other necessary computations (e.g, filling and stroking)
and can be overcome on the user end by simply avoiding/minimizing the use of the feature.
Without nested clipping paths, converters from the design and publishing industries'
existing file formats will have a significant burden in determining how to flatten
the nested clipping paths they encounter.
Nested clipping paths are necessary to prevent lossless translation
from the design and publishing industries' existing file formats.
- Any shape or text object can be used as a hard-edge clipping path
- Clipping paths can be nested arbitrarily to ensure compatibility with
existing artwork and authoring tools.
- Masks
8-bit masking is a fundamental feature on all operating
systems, and a key feature for both static and dynamic Web pages.
- Any graphics object (i.e., shape, text, or image)
can be used as an 8-bit alpha mask to control the alpha-compositing
of a different object (or group/collection of objects) into other objects
- Client-side filter effects such as shadowing
Client-side filters provide for the possibility of significant
file size and download time savings in many applications.
An example is text drawn with a glow effect and a drop shadow.
If client-side glow and drop shadow filters were available,
then only the text string and the names of the filters would need to
be downloaded, instead of today, where the text needs to be
converted to a raster by the author.
- SVG should include a set of built-in client-side filter effects for
commonly used effects such as shadowing. The definitions of these
effects should be unambiguous so that all implementations produce
the same visual results.
- Additionally, the working group should investigate the feasibility
of a general filter mechanism which would allow for custom filter
effects to be downloaded and applied to a given graphical object
(see Extensibility, below)
- Compositing
Compositing means the rules by which a foreground object's colors are
blended into a background object's colors. There are many different
approaches to compositing. Alpha compositing (where each pixel has
an 8-bit alpha channel which determines how opaque that pixel is)
is the most common, but even this method has multiple variations.
- The working group needs to define standard rules for
how alpha compositing should work. Which color space (sRGB? Lab?)?
What are the exact formulas?
- The working group needs to decide whether SVG should offer
multiple compositing options
as standard features. Should SVG support all of the Porter/Duff
compositing options? Additionally, Photoshop offers many
Adjustment Layer options. Should these be supported?
- See Extensibility, below.
- CSS support
- All CSS text/font attributes from the most recently approved CSS recommendation
should be honored by all conforming SVG processors.
- The issue of CSS inheritance is still open. It is unclear that the
standards world will have addressed how a parent XML/HTML grammar passes
its current style table to a child grammar. Until this issue is addressed,
the SVG working group cannot promise that version 1 of SVG will support
the inheritance of CSS styles from a parent grammar. The working group
should work towards achieving this highly desirable capability, however.
Representatives from the CSS and XSL have requested working with
the SVG working on style sheet issues. They would like to discuss:
- use either XSL or CSS stylesheets within SVG
- use stylesheets to apply properties to both the text AND graphic
objects/assemblies within an embedded SVG component (to provide/enforce
"house style" or common properties across all illustrations in a document).
- Connectable reference points
Connectable reference points are useful constructs for many applications.
In particular, diagramming applications could use connectable reference
points to define the start and end points for lines that connect
two different objects. The difficulty with connectable reference points
is that they might introduce a large degree of complexity into the
specification and the various implementations. It might be better
to leave connectable reference points to a higher-level XML grammar which
sits on top of SVG.
- It is not a requirement for version 1 of SVG to provide for a mechanism
for defining connectable reference points. This is a complex issue
which might be better served by a higher-level XML grammar.
- However, the working group should not exclude this as an option for
version 1 of SVG. If one of the working group members can come up with
a good proposal, then the working group should consider the proposal seriously.
- See DOM access, below, for more on connectable reference points.
- Parameter substitution and formulas on coordinates
Parameterized graphic objects, possibly built using a set of formulas
to define how the object grows and stretches based on the values of
its parameters and other aspects of the graphics, would provide for
a powerful "intelligent graphics" capability. However, such as feature
opens up many complex issues which might be better off in
a higher-level XML grammar which
sits on top of SVG.
- Parameter substitution and formulas on coordinates are not requirements
for version 1 of SVG.
- A simple parameter substitution strategy, however, might be easy to define,
simple to implement, and provide lots of value. In other words,
a simple parameter substitution strategy might provide 90% of the value
at 10% of the effort.
If one of the working group members can come up with
a good proposal, then the working group should consider the proposal seriously.
- It is harder to conceive of a simple formula-based coordinate capability.
However, if someone of the working group members can come up with
a good proposal, then the working group should consider the proposal seriously.
- Ability to control whether a given object is printed.
- When the working group considers this feature, it should see whether
CSS's print control features are adequate.
Interaction
- Zoom and pan
- An SVG processor should support zoom and pan on graphics, with true
scalability. Thus, all objects and attributes (including such things
as text and linewidths) should grow/shrink uniformly with the
zoom level.
- Links
- It should be possible to assign a link to any graphic object or group.
- SVG should support all of the kinds of links into and out of a drawing as
would be appropriate. For example, it should provide for links to other views in the same file
or links to external media (i.e., a URL). Also, it should be possible
to link into a particular view within an SVG drawing.
- As much as is appropriate, SVG should be compatible with XLink.
- The working group discussed briefly the concept of linking into a moment
of time within an animation application. This should be investigated
by the working group as the specification is developed.
- Event handling
- It should be possible to assign event handlers to an individual
graphic object or group.
- The list of event handlers should at least be as extensive as
what is available for HTML (e.g., mouseovers, mouseclicks).
- Additional event handlers might prove to be valuable. For example,
an onzoom event handler might prove very useful to control what
content appears based on zoom level. The working group should
investigate onzoom and other possible event handlers.
- Object selection, copying/pasting to clipboard
- It is highly desirable but not required that SVG viewing processors
have the ability to selectively copy/paste graphical elements,
particularly from the browser to the desktop environment.
- The working group has not investigated yet whether it makes sense
to specify an object selection mechanism in SVG. However, it is
clear that the ability to select part of a drawing is a requirement
for clipboard/exchange purposes.
- A particular detail is selecting text for the purposes of copying
to the clipboard. The working group hasn't discussed yet whether
it should be possible to select text strings (complete or partial)
from within an SVG processor.
- DOM access
- SVG should provide for complete DOM support for all attributes and
elements.
- To provide robust hooks for animation applications, the DOM should
expose graphic objects down to the individual point.
- Supplemental utility methods (e.g., query an object's bounds, its center,
its perimeter as expressed as a path, access to "connectable"
points for callouts or connection lines) would
be very helpful to people writing scripts that drive SVG drawings or
to higher level grammars (e.g., Web Schematics or MathML) which
might want to perform layout based on the bounds of a given
graphics object.
The SVG working group should collaborate with the DOM working group
to investigate whether it is possible within the constraints of DOM
to provide such utility methods.
- Animation
Built-in animation primitives will not be part of SVG. Animation
will only be possible via the DOM or a different specification,
which might sit on top of SVG.
Miscellaneous
- Inclusion of private data (metadata)
To promote the use of SVG as an interchange format or as a
component of higher-level graphics languages, there needs
to be a provision for inclusion of application-specific or
industry-specific private data within an SVG drawing.
- Extensibility
It is highly desirable that SVG be extensible to cope with changing
requirements and for providing many valuable hooks to allow for
creation of more efficient and compelling Web pages. A well-designed
extensibility mechanism can allow for tomorrow's innovations to
be available in today's browsers (i.e., no need to wait for a new version
of the standard to be defined an implemented in browsers). A well-designed
extensibility mechanism could be the best solution for many valuable
features such as client-side filters on graphics data. Possible
extensibility facilities are custom paint servers (for filling
and stroking), custom object types, custom filters, custom
compositing engines and custom color spaces.
However, defining a useful and workable extensibility mechanism is
very difficult and frought with many obstacles, such as deficiencies in
cross-platform language standards. Thus, the working group should
look into an extensibility mechanism as a highly desirable feature and
review proposals from the members,
but an extensibility mechanism is not an absolute requirement for version 1
of SVG.
- Embedded components to achieve
self-contained graphics files
- Images - There has been some strong initial feedback has been that SVG should
provide for embedded images. The working group should collaborate
with other working groups (e.g., XML) to investigate the feasibility of
allowing for embedded images within an SVG drawing.
- Fonts - There has been some strong initial feedback has been that SVG should
provide for embedded fonts. The working group has yet to
make decisions on this issue. The working group should collaborate
with other working groups (e.g., XML) to investigate the feasibility of
allowing for embedded fonts within an SVG drawing.
Chris Lilley<EMAIL_ADDRESS>Chair, W3C SVG Working Group
Last modified: $Date: 1998/11/03 23:41:19 $


Graphitti
A toolkit/software architecture to ease creating high-performance neural network simulators
Simulator
Core
FunctionNodes
IFunctionNode.h
Go to the documentation of this file.
1
10
#pragma once
11
12
#include "
Operations.h
"
13
14
using namespace
std;
15
16
class
IFunctionNode
{
17
public
:
19
virtual
~IFunctionNode
() {}
20
22
virtual
bool
invokeFunction
(
const
Operations::op
&operation)
const
= 0;
23
24
protected
:
26
Operations::op
operationType_
;
27
};
Operations.h
This class is public reference to the operation types that the OperationManager can register and exec...
IFunctionNode
Definition:
IFunctionNode.h:16
IFunctionNode::~IFunctionNode
virtual ~IFunctionNode()
Destructor.
Definition:
IFunctionNode.h:19
IFunctionNode::operationType_
Operations::op operationType_
The operation type of the stored function.
Definition:
IFunctionNode.h:26
IFunctionNode::invokeFunction
virtual bool invokeFunction(const Operations::op &operation) const =0
Invokes the stored function if the sent operation type matches the operation type the function is sto...
Operations::op
op
Available operations the OperationManager can register and execute.
Definition:
Operations.h:15
Generated by
1.9.1


| Package | Description |
|---|---|
| energy.usef.agr.config |
Configuration classes.
|
| energy.usef.agr.controller |
Controller classes of the Aggregator.
|
| energy.usef.agr.controller.error |
This package contains the controller error classes for the Aggregator side.
|
| energy.usef.agr.dto |
This package contains the DTO classes for the Aggregator side.
|
| energy.usef.agr.dto.device.capability |
JSON classes of aggregator device capabilities.
|
| energy.usef.agr.dto.device.request |
DTO classes of the Aggregator related to UDI.
|
| energy.usef.agr.endpoint |
Endpoint classes of the Aggregator.
|
| energy.usef.agr.endpoint.dto |
Data transfer objects for the Aggregator endpoint.
|
| energy.usef.agr.event.endpoint |
Classes implementing aggregator endpoints.
|
| energy.usef.agr.exception |
Package containing java components related to the Aggregator-specific exceptions and errors.
|
| energy.usef.agr.model |
Model classes of the Aggregator.
|
| energy.usef.agr.model.device.capability |
Model classes of aggregator device capabilities.
|
| energy.usef.agr.pbcfeederimpl | |
| energy.usef.agr.repository |
Repository classes of the Aggregator.
|
| energy.usef.agr.repository.device.capability |
Repository classes of the Aggregator related to device capabilities.
|
| energy.usef.agr.service.business |
Business classes of the Aggregator.
|
| energy.usef.agr.transformer |
Package contains helper classes to transform between our Model and the DTO's
|
| energy.usef.agr.util |
This package contains aggregator utility functions.
|
| energy.usef.agr.workflow | |
| energy.usef.agr.workflow.housekeeping |
Classes implementing aggregator housekeeping.
|
| energy.usef.agr.workflow.nonudi.dto |
Data transfer object classes of aggregator non-UDI workflow.
|
| energy.usef.agr.workflow.nonudi.goals |
Workflow classes for Non-UDI goals of the Aggregator.
|
| energy.usef.agr.workflow.nonudi.initialize |
Workflow classes for Non-UDI initialization of the Aggregator.
|
| energy.usef.agr.workflow.nonudi.operate |
Workflow classes for Non-UDI operate phase of the Aggregator.
|
| energy.usef.agr.workflow.nonudi.service |
Classes for Non-UDI related services.
|
| energy.usef.agr.workflow.operate.control.ads |
This package contains the Java components needed for the workflow 'Realize A-Plans and/or D-Prognoses by controlling
Active Demand and Supply'.
|
| energy.usef.agr.workflow.operate.deviation |
Package containing the java components needed for the 'AGR Detect deviations from Prognoses' workflow.
|
| energy.usef.agr.workflow.operate.identifychangeforecast |
Classes for the identify changes in forecast workflow in the operate phase for the Aggregator.
|
| energy.usef.agr.workflow.operate.netdemand |
Package to contain workflow logic around Determining Net Demands
|
| energy.usef.agr.workflow.operate.recreate.prognoses |
Classes for (re-)creation of prognoses in the operate phase by the Aggregator.
|
| energy.usef.agr.workflow.operate.reoptimize |
Package to contain workflow logic around Determining Net Demands
|
| energy.usef.agr.workflow.plan.commonreferenceupdate |
This package contains the workflow classes for CommonReferenceUpdate logic.
|
| energy.usef.agr.workflow.plan.connection.forecast |
This package contains the workflow classes for Update the Forecast on the Aggregator side.
|
| energy.usef.agr.workflow.plan.connection.profile |
Workflow classes for connection profiles in the plan phase of the Aggregator.
|
| energy.usef.agr.workflow.plan.create.aplan |
Classes for creation of A-plans in the plan phase by the Aggregator.
|
| energy.usef.agr.workflow.plan.recreate.aplan |
Classes for creation of A-plans in the plan phase by the Aggregator.
|
| energy.usef.agr.workflow.plan.updateforecast |
This package contains the workflow classes for Update the Forecast on the Aggregator side.
|
| energy.usef.agr.workflow.settlement.initiate |
This package contains the workflow classes for Initiating Settlement on the Aggregator side.
|
| energy.usef.agr.workflow.settlement.receive |
This package contains the workflow classes for Receiving Settlements on the Aggregator side.
|
| energy.usef.agr.workflow.step |
Example AGE Workflow step.
|
| energy.usef.agr.workflow.validate.create.dprognosis |
Package containing the java components needed for the 'Create and Send D-Prognosis' workflow.
|
| energy.usef.agr.workflow.validate.flexoffer |
This package contains the logic to create and send FlexOffer's
|
| energy.usef.brp.config |
Configuration classes.
|
| energy.usef.brp.controller |
Controller classes of the Balance Responsible Party.
|
| energy.usef.brp.dto |
This package contains the DTO classes for the BRP role.
|
| energy.usef.brp.endpoint |
The package which contains all the endpoints for the BRP.
|
| energy.usef.brp.event.endpoint |
Classes implementing balance responsible party endpoints.
|
| energy.usef.brp.exception | |
| energy.usef.brp.model |
The package which contains all the additional Entity's for the BRP.
|
| energy.usef.brp.pbcfeederimpl |
Package contains service classes.
|
| energy.usef.brp.repository |
The package which contains all database repositories for the BRP.
|
| energy.usef.brp.service.business |
The package which contains all the business services for the BRP.
|
| energy.usef.brp.workflow | |
| energy.usef.brp.workflow.housekeeping |
Classes implementing balance responsible party housekeeping.
|
| energy.usef.brp.workflow.plan.aplan.finalize |
Workflow classes for A-plan finalization in the plan phase of the BRP.
|
| energy.usef.brp.workflow.plan.aplan.missing | |
| energy.usef.brp.workflow.plan.commonreferencequery |
Contains java components to trigger the common reference query.
|
| energy.usef.brp.workflow.plan.commonreferenceupdate |
This package contains the workflow classes for CommonReferenceUpdate logic.
|
| energy.usef.brp.workflow.plan.connection.forecast |
Connection forecast classes of the Balance Responsible Party.
|
| energy.usef.brp.workflow.plan.flexoffer.revoke |
Classes for flexoffer revocation in the plan phase by the Balance Responsible Party.
|
| energy.usef.brp.workflow.plan.flexorder.acknowledge |
Classes for flex order acknowledgment in the plan phase for the Balance Responsible Party.
|
| energy.usef.brp.workflow.plan.flexorder.place |
This package contains the components needed for the implementation of the workflow describing the placement of Flex Orders on the BRP side.
|
| energy.usef.brp.workflow.plan.flexrequest.create |
This package contains the classes related to the workflow describing the creation and sending of flex requests from the
BRP to the AGR.
|
| energy.usef.brp.workflow.settlement.initiate |
Settlement Initiation classes of the Balance Responsible Party.
|
| energy.usef.brp.workflow.settlement.send |
This package contains the java components and logic needed to send Settlement messages.
|
| energy.usef.brp.workflow.step |
Example BRP Pluggable Business Components.
|
| energy.usef.brp.workflow.transformer |
Transformer classes of the Balance Responsible Party.
|
| energy.usef.core.adapter |
This package contains XMLAdapters used throughout the usef project.
|
| energy.usef.core.config |
Configuration classes.
|
| energy.usef.core.constant |
Constants classes.
|
| energy.usef.core.controller |
Controller classes for the transport core.
|
| energy.usef.core.controller.error |
Package which contains the controller handling errors.
|
| energy.usef.core.controller.factory |
Factory classes for the transport core.
|
| energy.usef.core.data.participant | |
| energy.usef.core.data.xml.bean.message |
Message class interfaces.
|
| energy.usef.core.dto |
Data transfer objects for core objects.
|
| energy.usef.core.endpoint |
Endpoint classes for the transport core.
|
| energy.usef.core.event |
This package contains the core Events which are related to the planboard (cross-role).
|
| energy.usef.core.event.validation | |
| energy.usef.core.exception |
Exception classes.
|
| energy.usef.core.factory |
Factory classes for the transport core.
|
| energy.usef.core.model |
Model classes for the transport core.
|
| energy.usef.core.repository |
Package for the core repository classes.
|
| energy.usef.core.service.business |
Package for the core business service classes.
|
| energy.usef.core.service.business.error | |
| energy.usef.core.service.helper |
Helper classes for the transport core.
|
| energy.usef.core.service.mdb |
Message Driven Bean classes for the transport core.
|
| energy.usef.core.service.notification |
Notification classes for the transport core.
|
| energy.usef.core.service.rest.sender |
Sender classes for the transport core.
|
| energy.usef.core.service.rest.sender.error |
Sender error classes for the transport core.
|
| energy.usef.core.service.validation |
Package for global business validations.
|
| energy.usef.core.timer |
This package contains the classes which register triggers to fire planboard events on a regular basis.
|
| energy.usef.core.transformer |
Transformer classes for the planboard.
|
| energy.usef.core.util |
Package for the core utility classes.
|
| energy.usef.core.util.encryption |
Encryption classes.
|
| energy.usef.core.workflow | |
| energy.usef.core.workflow.coordinator |
This package contains the core workflow coordinator classes.
|
| energy.usef.core.workflow.dto |
This package contains classes describing Data Transfer Objects (DTO), which are used to convey information to Pluggable Business
Components.
|
| energy.usef.core.workflow.exception |
Exception classes for the workflow.
|
| energy.usef.core.workflow.settlement | |
| energy.usef.core.workflow.step |
Step helper classes for the workflow core.
|
| energy.usef.core.workflow.transformer |
Transformer classes for the workflow.
|
| energy.usef.core.workflow.util |
Util classes for the Workflow.
|
| energy.usef.cro.config |
Configuration classes.
|
| energy.usef.cro.controller |
Controller classes for the Common Reference Operator.
|
| energy.usef.cro.event.endpoint |
Classes implementing common reference operator endpoints.
|
| energy.usef.cro.model |
Model classes for the Common Reference Operator.
|
| energy.usef.cro.repository |
Repository classes for the Common Reference Operator.
|
| energy.usef.cro.service.business |
Business classes of the Common Reference Operator.
|
| energy.usef.cro.workflow.housekeeping |
Classes implementing common reference operator housekeeping.
|
| energy.usef.dso.config |
Configuration classes.
|
| energy.usef.dso.controller |
Controller classes of the Distribution System Operator.
|
| energy.usef.dso.controller.error |
Package containing java components related to errors which can occur at controller level.
|
| energy.usef.dso.event.endpoint |
Classes implementing distribution system operator endpoints.
|
| energy.usef.dso.exception |
Contains the enumeration of possible DSO-related exceptions and errors.
|
| energy.usef.dso.model |
Model classes of the Distribution System Operator.
|
| energy.usef.dso.pbcfeederimpl | |
| energy.usef.dso.repository |
Repository classes of the Distribution System Operator.
|
| energy.usef.dso.service.business |
Business classes of the Distribution System Operator.
|
| energy.usef.dso.workflow |
Classes to implement the workflow for the DSO.
|
| energy.usef.dso.workflow.coloring |
Classes to implement regime transitions (green/yellow/orange/red) for the DSO.
|
| energy.usef.dso.workflow.dto |
Data transfer object classes for the Distribution Service Operator.
|
| energy.usef.dso.workflow.housekeeping |
Classes implementing distribution system operator housekeeping.
|
| energy.usef.dso.workflow.operate |
Operate classes of the Distribution System Operator.
|
| energy.usef.dso.workflow.plan.commonreferenceupdate |
This package contains the workflow classes for CommonReferenceUpdate logic.
|
| energy.usef.dso.workflow.plan.connection.forecast |
Connection forecast classes of the Distribution System Operator.
|
| energy.usef.dso.workflow.settlement.collect | |
| energy.usef.dso.workflow.settlement.determine | |
| energy.usef.dso.workflow.settlement.initiate |
Settlement Initiation classes of the Distribution System Operator.
|
| energy.usef.dso.workflow.settlement.send |
This package contains the java components and logic needed to send Settlement messages.
|
| energy.usef.dso.workflow.step |
Example DSO Workflow step.
|
| energy.usef.dso.workflow.transformer |
Transformer classes of the Distribution System Operator.
|
| energy.usef.dso.workflow.validate.acknowledgement.flexorder |
Flexorder validation classes of the Distribution System Operator.
|
| energy.usef.dso.workflow.validate.create.flexorder |
Flexorder creation classes of the Distribution System Operator.
|
| energy.usef.dso.workflow.validate.create.flexrequest |
This package contains the components needed for the implementation of the 'Create Flex Requests' DSO workflow.
|
| energy.usef.dso.workflow.validate.gridsafetyanalysis |
Grid safety analysis classes of the Distribution System Operator.
|
| energy.usef.dso.workflow.validate.revoke.flexoffer |
Flexoffer Revocation classes of the Distribution System Operator.
|
| energy.usef.mdc.config |
Contains Config Classes.
|
| energy.usef.mdc.controller |
Contains Controller Classes.
|
| energy.usef.mdc.dto |
Data transfer objects for the meter data company.
|
| energy.usef.mdc.event.endpoint |
Classes implementing meter data company endpoints.
|
| energy.usef.mdc.model |
This package contains the model entities for the MDC role of USEF.
|
| energy.usef.mdc.pbcfeederimpl | |
| energy.usef.mdc.repository |
Contains Repository Classes.
|
| energy.usef.mdc.service.business |
Contains BusinessService classes.
|
| energy.usef.mdc.transformer |
Transformer classes for the meter data company.
|
| energy.usef.mdc.workflow |
Contains Workflow classes.
|
| energy.usef.mdc.workflow.housekeeping |
Classes implementing meter data company housekeeping.
|
| energy.usef.mdc.workflow.meterdata |
Contains Workflow classes for handling MeterDataQuery.
|
| energy.usef.mdc.workflow.step |
This package contains the PBC step implementations for the MDC role.
|
| energy.usef.pbcfeeder |
Package for the PBC feeder classes.
|
| energy.usef.pbcfeeder.config |
Configuration classes.
|
| energy.usef.pbcfeeder.dto | |
| energy.usef.schema | |
| energy.usef.time |
Copyright © 2016. All rights reserved.


semiotics paleo Schlitz letterpress Marfa deep v tousled locavore selfies blog pop-up beard Bushwick American Apparel wayfarers McSweeney's mumblecore food truck direct trade mixtape disrupt salvia PBR four loko Neutra cray irony Banksy Shoreditch Intelligentsia raw denim Cosby sweater jean shorts freegan yr street art stumptown cliche Austin butcher try-hard authentic Tonx ugh bicycle rights fingerstache lo-fi leggings.


B&M releases its Black Friday 2019 deals with £100 off TVs, cordless vacuums and more
Amazon Alexa Speaker was £79 but will be on sale for £39
by Catherine MurphyBargain retailer B&M has announced its Black Friday deals with customers able to save up to 60% off branded electrical products.
This year B&M is offering its customers 10 days of deals which will be able available from Friday, November 22 until Monday, December 2.
Shoppers will even be able to pick up items for much less than in other high street stores. For example, the Hoover H-free Cordless Vacuum will go on sale tomorrow for £60 with the same item on sale at Argos for £149.99.
Other deals include a Samsung 50" Smart 4K Ultra HD TV for £350 reduced from £450 and Beat earphones for £29 which are currently on sale at Currys for £54.95.
For anyone wanting to take a look at the full list of offers, a full list will be available on B&M's website here.
Deals will also be available on toy brands including LOL surprise, LEGO, Peppa Pig and more.
It seems many retailers have decided to extend its Black Friday deals this year, with Asda, Smyths and Amazon have already started its offers.
Below, we've rounded up some of B&M stand out Black Friday deals - although customers are being warned stock will be limited.
Electricals
- Samsung 50" Smart 4K Ultra HD TV was £450 now £350
- Tower Air Fryer was £49.99 now £20
- Amazon Alexa Speaker was £79 now £39
- URBEATS3 Earphones £29
- Roberts DAB+ Radio was £50 now £25
- Hoover H-Free Cordless Vacuum £60
- Black & Decker Cordless Vacuum was £99.99 now £40
- Boombods Amazon Alexa Smart Speaker was £40 now £20
- Dolce Gusto Coffee Machine was £39 now £25
- Tefal Actifry was £129 now £79
- JBL Wireless Headphones was £69 now £29
Toys
- Frozen Toddler Doll was £17.99 now £12.99
- LOL Surprise Suitcase was £19.99 now £14.99
- LEGO Quidditch Match was £33.99 now £24.99
- Peppa Pig Family 4pk was £24.99 now £19.99
- Stunt Scooter was £29.99 now £19.99
- Hot Wheels Figure 8 was £19.99 now £14.99
Sign up to the What's On newsletter - packed with brilliant things to see and do in Liverpool and beyond.


Mystic Pines specializes in producing all kinds of outdoor wooden houses, such as villas, holiday bungalows, chalets, tool houses, tourist cabins and so on.
We have a professional design team, skillful production technical personnel, complete and scientific quality management system, and have established our reputation based on good faith, strength and quality.


Mussoorie, Queen of the Hills, located some 290 km north of New Delhi, is among the most popular hill stations of the country. It is a captivating paradise for leisure travellers and honeymooners. A perfect summer resort and a major educational and cultural centre has been rolled into one hub. Located on a 15 km long horseshoe ridge with the grand Himalayas as a backdrop, the colonial hill resort of Mussoorie spreads across at a height of 2,005.5 m above sea level. From this vantage point, Mussoorie offers superb scenic view of peaks of the Himalayas in western Garhwal. Mussoorie boasts of some of the most spectacular views of the Himalayas. Hill ridges, irregular in shape and partly wooded, form layer after layer to the horizon, where snow capped mountain peaks are visible as though you can touch them. From West to East, the mighty peaks of Bandar Poonch, Srikantha, the Gangotri group and the Chaukhamba present a mesmerizing panorama. 34 km from Dehradun, Mussoorie overlooks the majestic Doon valley to its south and the impressive Himalayas up north. The mountains beckon climbers, trekkers and adventure sport enthusiasts. Trekkers begin their journey into the popular trekking area of Hari-ki-Doon with its snowscapes and verdant-forested slopes from Mussoorie. The holy River Ganga is visible from one end of the ridge and Yamuna from the other, a stretch of around 20 km in all, from Cloud's end in the west to Jabarkhet in the east. One of the most easily accessible hill stations in Northern India, during the peak tourist season, Mussoorie becomes a bustling resort with hordes of holiday-makers ambling down the central Mall. The suburban area of Landour, about 300 m away from the main town, is quieter and has managed to retain some of its old colonial charm. Surrounded by lush wooded expanses and winding lanes, it offers exclusive opportunities for quiet walks. It overlooks the sprawling Doon valley and the city of Dehradun, the gateway to Mussoorie and to entire Garhwal.