{% extends "layout.html" %} {% block title %} About | {{ super() }} {% endblock %} {% block body %}
You may be asking why this site is needed when powertochoose.org already exists. While PowerToChoose has relevant data for texas electric plans, it displays this data in a way which is unhelpful at best and more often misleading. PowerToChoose compares plans by their average price per kWh at 500 kWh, 1000 kWh, and 2000 kWh. Comparing plans like this allows companies to set price points which look cheap in PowerToChoose search results but in reality lead to high electric bills. MyTexasPower puts electric plans on an even playing field by comparing them using their estimated average monthly bill. After all what we really care about is "How much will it cost each month?".
The estimated average monthly bill value displayed in MyTexasPower search results is calculated using your average monthly power usage and each plan's average cost per kWh (per Electric Facts Label).
Example calculation:
Your average kWh use = 1200 kWh
* rounded to nearest dollar
Plan X's cost per kWh:
500 kWh = 8.5¢
1000 kWh = 6.9¢
2000 kWh = 9.9¢
Estimated monthly bill* = 1200 x $.099
To answer this question let's do a quick search on PowerToChoose.org for a power provider.
The search parameters are as follows:
| Search Field | Value |
|---|---|
| TDU | CenterPoint Energy |
| Estimated Usage | 1001-2000 kWh |
| Pricing and Billing | Plans Without Minimum Usage Fees/Credits |
| Plan Type | Fixed Rate |
| Renewable Energy | N/A |
| Electric Companies | All |
Wow! Those look like some great deals at $.039 per kWh, but are they? Let’s graph out the top ten offers from these search results and see what we have.
The results from above were found by painstakingly looking through each plan’s Electricity Facts Label (EFL). Looks like all these plans in our top results start out at a flat/low rate up to 1000 kWh and then the jump up at an enormous cost to the consumer. See the providers have set their price points to show up at the top of PowerToChoose search results for the 1001-2000 kWh usage range and appear cheap but if you use even just 1001 kWh or energy your costs will sky rocket. Can you guess what the default usage search parameter is for PowerToChoose is?.... 1001-2000 kWhs!
Since all these plans are compared using their avg price/kWh at 500 kWh/1000 kWh/2000 kWh let's graph each plan by their average price and see what we get.
This is a mixed bag but we can point out some interesting points from this graph. First you can see that for these plans the prices for 0-1000 kWhs are way off. This is due to these plans having fixed prices for this range. You can note that the prices to show up correctly at 500 kWh and 1000 kWh which is what you would expect for average prices. Now looking at 1000 kWh+ the graph is starting to look a lot more familiar. We can see a big jump in prices shortly after 1000 kWhs, this is a clear indication of a “price cliff” plan.
Require companies to input the same information that they put in the EFL into the PowerToChoose website. Base charges, Price/kWh for certain range, etc should all be searchable data at PowerToChoose.org. This would allow any consumer to input their energy usage and see exactly how much each plan would cost them. Consumers need more transparency, companies can’t rely on foggy marketing to get business. Until PowerToChoose makes energy shopping more transparent for users, MyTexasPower will be working to help you avoid overpaying for your electricity.
This site is open source and can be found at Github MyTexasPower repo . We want this site to make finding an electric provider as straightforward as possible. If you have any comments on how to improve the site please send them to mytxpower@gmail.com


Currently supported line types: solid, wave, loop and dashed. Fermions and ghosts also have an anti pair, which will render the arrow in the opposite direction.
{
"title": "Propagators",
"width": 300,
"height": 300,
"diagram": [
"fmfleftn{5}",
"fmfrightn{5}",
"fmf{fermion}{i1,o1}",
"fmf{photon}{i2,o2}",
"fmf{gluon}{i3,o3}",
"fmf{ghost}{i4,o4}",
"fmf{antifermion}{i5,o5}"
]
}
You can easily create top-down diagrams instead of left-right ones by using fmftop
and fmfbottom
, but you can also mix them to create more complex layouts.
{
"title": "Gluon-Ghost Vertex for QCD",
"width": 300,
"height": 300,
"diagram": [
"fmftopn{1}",
"fmfbottomn{2}",
"fmf{gluon}{i1,v1}",
"fmf{ghost}{o1,v1}",
"fmf{ghost,label=$p$,labelx=5,labely=-5}{v1,o2}",
"fmflabel{i1}{$c,\\mu$}",
"fmflabel{o1}{$b$}",
"fmflabel{o2}{$a$}",
"fmfdot{v1}"
]
}
If you don't want a vertex to have an influence on the layout, append a *
to its name (e.g.: v1*
). This can be particularly useful when you would like to split up a propagator into multiple segments, but you don't want your layout to be skewed.
{
"title" : "Penguin",
"width" : 400,
"height" : 300,
"diagram": [
"fmfleftn{4}",
"fmfrightn{4}",
"fmf{antifermion}{i1,v1*,v2*,v3*,o1}",
"fmf{gluon,left=4,label=$g$}{v2*,v4}",
"fmf{photon,left=2.1,tension=0,labelx=-15,labely=-10,label=$\\overline{u}\\,\\overline{c}\\,\\overline{t}$}{v1*,v3*}",
"fmf{antifermion}{o2,v4,o3}",
"fmf{fermion}{i4,o4}",
"fmfdot{v1*,v2*,v3*,v4}",
"fmflabel{i4}{$d$}",
"fmflabel{o4}{$d$}",
"fmflabel{o2}{$u$}",
"fmflabel{o3}{$\\overline{u}$}",
"fmflabel{i1}{$\\overline{b}$}",
"fmflabel{o1}{$\\overline{s}$}"
]
}


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Tree House 14ft Trailer
- 6 Lights
- Complete climate control system
- Very quite
Custom labs
- Need a custom size? no Problem!
- Separated rooms, custom shelving
- High output power needs
GrowLab
- We are a trustworthy company that helps plants and people benefit from
our products and service are designed specifically to meet your needs
- With everyday deals and specials to help you save money and delivery to your doorstep to save your valuable time
- Open to servicing all 50 states as legalization and decriminalization broaden. We customize growing systems that produce quality.
- Working directly with the leading suppliers of today's advanced techniques and grow product
- We give you the tools to be an expert grower with useful forward thinking technology
- Proven products, and the right environment to foster year round harvests.
- Being a reliable company with great product is what we are all about- from our customer service representatives to our cutting edge products you will be capable and comfortable growing and cultivating amazing products in this expanding industry
- Whether you want a small vegetable garden or a high tech commercial growing operation


Waste dumping: civic body to monitor CCTV camera footage
Access sought from residential, commercial complexes
by Staff ReporterIn an attempt to keep a check on dumping of waste in public areas, Tiruchi Corporation has requested access to CCTV camera footage from shops and residential buildings.
Civic officials on Saturday approached shops on Madurai Road in Srirangam Zone of the city limits to request CCTV access so that they could regularly keep a check of a corner where garbage was regularly being dumped.
Speaking to The Hindu, S. Vaidhyanathan, Assistant Commissioner, Srirangam zone, Tiruchi City Corporation, said the idea dawned upon them when they noticed that nearby commercial buildings had CCTVs fitted.
“Instead of spending more to install cameras, we requested them to allow us access whenever necessary. The shop owners too readily agreed," he said.
The idea could be emulated in hotspots across the city, where public dumping was quite common, said Mr. Vaidhyanathan.
"Since the Corporation removed all large bins where the public used to regularly dump waste, they have resorted to using the place where the bin used to be as a dumping area. The common misconception is that sanitary workers who come to collect waste will pick it up, which is not true,” he pointed out.
Sanitary inspectors would approach buildings in front of the hotspots to seek their help in keeping the city clean, he added.
The civic body also set a deadline for collection of waste from bulk waste generators.
Officials said that from December 1 onwards, commercial establishments, wedding halls, etc., where waste of over 100 kg was generated, would not be collected.
A total of 53 bulk waste generators had been identified and notices issued, a Corporation official said.
“Many bulk waste generators have the finances to manage their own waste. But they do not do it. With such deadlines in place, they will have to adhere to norms.” the official added.


Removed AdMob plugin on 4/8/2016 to fix this build problem
Server exception
Project "cloudclub.tmp.proj" (default targets):
Warning: Cannot include the following item(s) in your application: bower_components\everlive\.bower.json;bower_components\everlive\.gitattributes. The build system treats items with a leading dot as hidden files or directories and does not process them. If you want to include these items in your application package, rename them and rebuild your app.
android Build Tooling revision 2<IP_ADDRESS>r
Warning: Note: Some input files use or override a deprecated API.
Warning: Note: Recompile with -Xlint:deprecation for details.
Warning: Note: /home/builder/BpcTooling/Cordova3/Plugins/com.telerik.LiveSync/src/android/LiveSync-Lib/LiveSync-Lib/src/com/telerik/LiveSync/CloudSync.java uses or overrides a deprecated API.
Warning: Note: Recompile with -Xlint:deprecation for details.
Warning: Note: Some input files use or override a deprecated API.
Warning: Note: Recompile with -Xlint:deprecation for details.
Warning: Note: /home/builder/BpcTooling/Cordova3/Plugins/com.telerik.LiveSync/src/android/LiveSync-Lib/LiveSync-Lib/src/com/telerik/LiveSync/CloudSync.java uses or overrides a deprecated API.
Warning: Note: Recompile with -Xlint:deprecation for details.
Warning: /tmp/builds/nyVdqI6iI9nNO25h5D/app/src/com/rjfun/cordova/admob/AdMobPlugin.java:29: error: AdMobPlugin is not abstract and does not override abstract method __showRewardVideoAd(Object) in GenericAdPlugin
Warning: public class AdMobPlugin extends GenericAdPlugin {
Warning: ^
Warning: Note: Some input files use or override a deprecated API.
Warning: Note: Recompile with -Xlint:deprecation for details.
Warning: Note: Some input files use unchecked or unsafe operations.
Warning: Note: Recompile with -Xlint:unchecked for details.
Warning: 1 error
Warning: FAILURE:
Warning: Build failed with an exception.
Warning: * What went wrong:
Warning: Execution failed for task ':compileArmv7DebugJavaWithJavac'.
Warning: > Compilation failed; see the compiler error output for details. * Try: Run with --stacktrace option to get the stack trace. Run with --info or --debug option to get more log output.
Warning: /tmp/builds/nyVdqI6iI9nNO25h5D/app/cordova/node_modules/q/q.js:126 throw e; ^ Error code 1 for command: /tmp/builds/nyVdqI6iI9nNO25h5D/app/gradlew with args: cdvBuildDebug,-b,/tmp/builds/nyVdqI6iI9nNO25h5D/app/build.gradle,-Dorg.gradle.daemon=true,-PcdvBuildArch=armv7,-PcdvBuildMultipleApks=true
Error: Build failed during execution
Error: 'Build failed with error code 1'
Done building project "cloudclub.tmp.proj" -- FAILED.


VersionOne Search
Introduction
VersionOne Search (V1Search) is a standalone web application that allows individuals across your organization to search for VersionOne assets across all projects. V1Search is built on top of Lucene.NET, a powerful open-source information retrieval engine. This technology also supports a rich query parser that allows users to create queries that mix terms, logical expressions, and wildcards to narrow their searches.
Contents
System Requirements
- Windows:
- Tested with Windows 2000, 2003
- Framework:
- Microsoft .NET 4.0
- Web Server:
- IIS 5 or IIS 6, with ASP.Net 2.0 Service Pack 1
- VersionOne:
- 8.0 or above, including Team Edition
Download
The latest version of V1Search is available from the VersionOne Community site
Installation
- Determine Install Location
V1Search can be installed on any web server that has internet access to your VersionOne instance. Exact placement should be determined by your internal software management requirements. The integation server must meet the System Requirements stated above.
- Install
- Download
Download the V1Search binary zip using the link above.
- Extract to Web Server
Extract the contents to a location on your web server.
- Create Virtual Directory
Create a virtual directory in IIS that points to the folder you extracted the files to.
- Enable ASP.NET
Ensure that the virtual directory is using ASP.Net 2.0 Service pack 1.
- Default to index.htm
Ensure that the default document is
index.htm
.
- Download
- Test the Web Application
At this point you'll want to ensure that the Web Application is working. Open a web browser and navigate the the URL defined in the install step. You should see the VersionOne Search web page.
- Index your VersionOne Server
To index your server navigate the the Extractor subdirectory. From this location, you need to modify the V1Extractor.exe. config file and provide your server connection information. The following table describes the parameters available to you in the configuration file.
Parameter Description V1Server This is the URL to your VersionOne server V1User A valid VersionOne user in the system specifed by V1Server V1Password Password for the specified user IndexDir Location for storing Lucene index The index will only contain items the V1User has privileges to view. Therefore, if you use the admin user, then the index will contain everything. Conversely, if you choose a user that is restricted to a given project or has "Inheritor" access, you index may contain no data.


We solve problems using data, math and science, creating innovative web-based visualizations and tools. Our interests range from ecology to economics to finance to (e)sports... and more.
Contact: info@thepredictionlab.com


Radio-frequency identification (RFID) is an automatic identification method wherein the data stored on RFID tags or transponders is remotely retrieved. The RFID tag is a device that can be attached to or incorporated into a product, animal or person for identification and tracking using radio waves. Some tags can be read from several metres away, beyond the line of sight of the reader.
Our Project


List of the observations Sirius Quality can manage:
The observations names are case sensitives.
|
Observations names |
File containing
this observation |
|
Leaf area index |
.sqcan |
|
Green area index |
.sqcan |
|
Crop dry mass |
.sqcan |
|
Leaf dry mass |
.sqcan |
|
Leaf nitrogen |
.sqcan |
|
Laminae dry mass |
.sqcan |
|
Laminae nitrogen |
.sqcan |
|
Specific leaf nitrogen |
.sqcan |
|
Specific leaf dry mass |
.sqcan |
|
Stem dry mass |
.sqcan |
|
Stem nitrogen |
.sqcan |
|
True stem dry mass |
.sqcan |
|
True stem nitrogen |
.sqcan |
|
Stem length |
.sqcan |
|
Grain dry mass |
.sqcan |
|
Crop nitrogen |
.sqcan |
|
Grain nitrogen |
.sqcan |
|
Single grain dry mass |
.sqcan |
|
Maturity single grain dry mass |
.sqmat |
|
Single grain nitrogen |
.sqcan |
|
Starch per grain |
.sqcan |
|
Albumins-globulins per grain |
.sqcan |
|
Amphiphils per grain |
.sqcan |
|
Gliadins per grain |
.sqcan |
|
Glutenins per grain |
.sqcan |
|
Soil mineral N |
.sqos |
|
Soil water |
.sqos |
|
ZC10_Emergence |
.sqmat |
|
ZC65_Anthesis |
.sqmat |
|
ZC92_Maturity |
.sqmat |
|
Final leaf number |
.sqmat |
|
Grain number |
.sqmat |
|
Maturity shoot number |
.sqmat |
|
Maturity grain yield |
.sqmat |
|
Grain protein concentration |
.sqmat |
|
Anthesis leaf area index |
.sqmat |
|
Anthesis green area index |
.sqmat |
|
Anthesis crop dry mass |
.sqmat |
|
Maturity crop dry mass |
.sqmat |
|
Anthesis leaf dry mass |
.sqmat |
|
Maturity leaf dry mass |
.sqmat |
|
Anthesis leaf nitrogen |
.sqmat |
|
Maturity leaf nitrogen |
.sqmat |
|
Anthesis laminae dry mass |
.sqmat |
|
Maturity laminae dry mass |
.sqmat |
|
Anthesis laminae nitrogen |
.sqmat |
|
Maturity laminae nitrogen |
.sqmat |
|
Anthesis specific leaf nitrogen |
.sqmat |
|
Anthesis specific leaf dry mass |
.sqmat |
|
Anthesis stem dry mass |
.sqmat |
|
Maturity stem dry mass |
.sqmat |
|
Anthesis stem nitrogen |
.sqmat |
|
Maturity stem nitrogen |
.sqmat |
|
Anthesis true stem dry mass |
.sqmat |
|
Maturity true stem dry mass |
.sqmat |
|
Anthesis true stem nitrogen |
.sqmat |
|
Maturity true stem nitrogen |
.sqmat |
|
Anthesis stem length |
.sqmat |
|
Anthesis ear dry mass |
.sqmat |
|
Anthesis crop nitrogen |
.sqmat |
|
Maturity crop nitrogen |
.sqmat |
|
Maturity grain nitrogen |
.sqmat |
|
Maturity single grain nitrogen |
.sqmat |
|
Maturity starch per grain |
.sqmat |
|
Maturity grain starch concentration |
.sqmat |
|
Maturity albumins-globulins per grain |
.sqmat |
|
Maturity amphiphils per grain |
.sqmat |
|
Maturity gliadins per grain |
.sqmat |
|
Maturity glutenins per grain |
.sqmat |
|
Post-anthesis crop n
uptake (kgn/ha) |
.sqmat |
|
% gliadins at maturity (% of total grain n) |
.sqmat |
|
% gluteins at maturity (%
of total grain n) |
.sqmat |
|
Gliadins-to-gluteins ratio
(dimensionless) |
.sqmat |
|
DM harvest index |
.sqmat |
|
N harvest index |
.sqmat |
|
Cumulative available soil
nitrogen |
.sqos |
|
N leaching (kgn/ha) |
.sqos |
|
Cumulative water drainage (mm) |
.sqos |
|
N use efficiency (kgdm/kgn) |
.sqmat |
|
N utilisation efficiency (kgdm/kgn) |
.sqmat |
|
N uptake efficiency (kgN/kgn) |
.sqmat |
|
Water use efficiency (kgdm/ha/mm) |
.sqmat |
|
Cumulative N mineralisation (kgN/ha) in soil profil |
.sqos |
|
Cumulative N denitrification in soil profil (kgn/ha) |
.sqos |
|
Available mineral soil N at maturity in soil profil (kgn/ha) |
.sqos |
|
Total mineral soil N at maturity in soil profil (kgn/ha) |
.sqos |
|
Available water at maturity in soil profil (mm) |
.sqos |
|
Emerged leaf number |
.sqoln |


[gecode-users] FloatVars update
Filip Konvička
filip.konvicka at logis.cz
Thu Aug 28 14:15:15 CEST 2008
>> Great! I probably should have mentioned in the README that you need
>> to explicitly enable floatvars when building with the patch.
>
> I would just add to the README file where the file "float.vis" must be
> copied.
> (also if you wrote about in your first announcement in the mailing list)
Ah, OK. Originally I thought that you had to do "--enable-float-vars"
explicitly, but I see now that it's the default. So I was just going to
ask you what exactly went wrong. Now I see.
So I'll post a hint separately to the announcement thread so that people
find it easily.
Thanks,
Filip
More information about the gecode-users
mailing list


This is the thing
Use input and checked to show hide menu on smaller screens
A very small stage in a vast cosmic arena. Explorations courage of our questions network of wormholes. Orion's sword Vangelis.
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Dynamic Aspect-Weaving with .NET
Here. From Hun Boon Teo: Another research paper from Wolfgang Schult and Andreas Polze, part of abstract: "Within this paper, we focus on dynamic management of aspect information during program runtime. We introduce a new approach called "dynamic aspect weaving" to interconnect aspect code and functional code. Using our approach, it is possible to decide at runtime whether objects living inside a compoent should be instantiated with support for a particular aspect or not. We have implemented our approach in contect of the langauge C# and the Microsoft .NET environment."


DIY Skincare Products
Fill out the form to express interest in a class.
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1) Create The Character Map. Click the “CharMaps” button at the top-right of the Animations palette. This will bring up the Character Maps Palette, which we'll come back to shortly.Now click the “Create New Character Map” button toward the bottom right of the Character Maps Palette. This will bring up the actual dialogue for creating Character Maps.
Creating Character Maps and Assiging “Effects” to Images
2) Assigning Images to be replaced by a Character Map. Now use the left column of the “Edit Character Map” Palette to navigate to the images you want to effect with this Character Map. Left click on an image you want to effect, and then use the right column of the “Edit Character Map” palette to find the image you would like to replace the currently selected image with. When you've found the replacement image, right click it to assign it. It will then appear in the left column by the side of the image it will be replacing. Repeat this process for all images you want replaced by this Character Map.In this example shown in these images, because there are two folders with sets of images with exactly the same names, you can actually assign entire folders at a time in your Character Map. To do so, simply left click the entire folder in the left column of the “Edit Character Map” Palette, and then right-clicking on the folder containing the replacement images in the right column of the “Edit Character Map” Palette.3) Setting Images to be ignored (not changed) by a Character Map. If you accidentally assign a new image to an image you do not want to be replaced, simply select that image once more in the left column and then click the “set ignored” button toward the top left of the “Edit Character Map” palette.4) Setting Images to be hidden by a Character Map instead of replaced. If there are images you'd like to be hidden instead of replaced by a Character map, simply select the image in the left column of the “Edit Character Map” palette and then click the “Set Hidden” button toward the top-left of the “Edit Character Map” palette.


Pretty Networks Inc. is a company that builds some curious artifacts whose purpose is to transform a set of input values in a given way. The transformation is determined by what they call a p-network. The following picture shows an example of a p-network.
In the general case, a p-network of order N
and size M
,has N
horizontal wires numbered
1, 2,...N
, and M
vertical strokes. Each stroke connects two consecutive wires. There are no two different strokes touching the same point of any wire, and there is no stroke touching the leftmost or rightmost point of any wire. The above example is a p-network of order 5 and size 9.
The transformation determined by a p-network can be explained using a set of rules that govern the way a p-network should be traversed:
- start at the leftmost point of one wire, and go to the right;
- each time a stroke appears move to the connected wire, and keep going from left to right;
- stop when the rightmost point of one wire is reached.
If starting at wire i
the traversing ends at wire j
, we say that the p-network transforms i
into j
, and we denote this with
i j
. In the above example the p-network determines the set of transformations
{1
3, 2
5, 3
4, 4
1, 5
2}.
Pretty Networks Inc. hired you to solve the following p-network design problem: given a number N
and a set of transformations
{1 i1, 2 i2,...N iN}
, decide if a p-network of order N
can be built to accomplish them and, in this case, give one that does it.
When there exists a solution with a certain size, in many cases there is another solution with a greater size. Scientists at Pretty Networks Inc. have stated that if there exists a solution for a p-network design problem, then there is a solution with size less than 4N2
. Therefore, they are interested only in solutions having a size below this bound.
The input has a certain number of p-network design problems. Each problem is described in just one line that contains the values
N, i1, i2,..., iN
, separated by a single blank space. The value N
is the order of the desired p-network, i.e., its number of wires
(1N20)
. The values
i1, i2,...iN
represent that the p-network should determine the set of transformations
{1 i1, 2 i2,..., N iN}
(
1ijN
, for each
1jN
). The input ends with a line in which N = 0
; this line must not be processed as a p-network design problem.
For each p-network design problem in the input, the output must contain a single line. If the problem has no solution the line must be `No solution'. Otherwise the line must contain a description of any p-network (with N
wires and less than 4N2
strokes) that accomplishes the requested set of transformation. This description is given by a set of values
M, s1, s2,..., sM
, where consecutive values are separated by a single blank space. The value M
is the size of the p-network, i.e., its number of strokes. The values
s1, s2,...sM
describe the strokes of the p-network; it should be understood that the i
-th stroke from left to right, connects the wires si
and 1 + si
(
1iM
). Notice that
0M < 4N2
, while
1si < N
for each
1iM
.
5 3 5 4 1 2
3 1 1 3
2 1 2
2 1 2
0
9 1 3 2 4 1 3 2 3 4
No solution
0
2 1 1
South America 2005-2006


The Ti.JBChart project providers a wrapper around the JBChartView.
If you are building from source you will need to do the following:
Import the project into Xcode:
~~~ TITANIUM_SDK = /Users/benjamin/Library/Application Support/Titanium/mobilesdk/osx/$(TITANIUM_SDK_VERSION) ~~~
var chart = require('ti.jbchart');
The BarChartView creates a bar chart from an array datasource you provide.
data required - Array : An Array of the data to be displayed on the chart. See example section for details.
toolTipData optional - Array : An Array of the tool tip information that should be displayed. There should be one tool tip data array item for each of the data array items provided.
selectionBarColor optional - Color : This property sets the color of the selection bar that is displayed when the user taps the chart. This is white by default.
barColors optional - Array of Colors : An Array of colors, with a color for each of the bars to be displayed. If no bar color is available, a default of blue will be used.
defaultBarColor optional - Color : The default bar color used unless otherwise specified, by default this is green.
barPadding optional - float : The padding between bars in the chart.
chartBackgroundColor optional - Color : This property sets the backgroundColor of the chart, which is by default white. This property can only be set at creation time.
For a complete example, please visit bar chart in examples
~~~ function createRandom(min,max){ return Math.floor(Math.random()*(max-min+1)+min); }
var data = [],
colors =[];
for (var iLoop=0;iLoop<12;iLoop++){
data.push(createRandom(15,110));
colors.push((iLoop % 2 == 0) ? 'blue' : 'green');
}
var barChart = chart.createBarChartView({
width:Ti.UI.FILL, height:250,
data : data,
toolTipData : ['January', 'February', 'March', 'April', 'May', 'June','July', 'August', 'September', 'October', 'November', 'December'],
barColors:colors,
selectionBarColor:'yellow',
chartBackgroundColor:'#404041'
});
~~~
reloadData : The reloadData is called after the chart has been rendered to reload the data provided to the views data property.
Reload Example
~~~
data.length = 0; //Reset data collection
for (var iLoop=0;iLoop<12;iLoop++){
data.push(createRandom(1,20));
}
//Change the Tool Tip Data
barChart.setToolTipData(['Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun','Jul', 'Aug', 'Sep', 'Oct', 'Nov', 'Dec']);
//Update the data
barChart.setData(data);
//Reload the chart data
barChart.reloadData();
~~~
selected : The selected event is fired when the user selects a chart object.
unselected : The unselected event is fired when the user removes their focus for the selected chart object.
~~~
chart.addEventListener('selected',function(e){
Ti.API.info(JSON.stringify(e));
});
chart.addEventListener('unselected',function(e){
Ti.API.info(JSON.stringify(e));
});
~~~
The AreaChartView creates a area chart from an array datasource you provide.
data required - Array : This is an Array of Arrays with each Array being the data source of an area chart. For example if the data property is provided [[1,2,3,4,5],[6,7,8,9,10]] it will create two area charts, each with 5 data points. See example section for details.
toolTipData optional - Array : An Array of the tool tip information that should be displayed. There should be one tool tip data array item for each of the data array items provided.
selectionBarColor optional - Color : This property sets the color of the selection bar that is displayed when the user taps the chart. This is white by default.
selectedLineColors optional - Array of Colors : This property sets the color of the line when it is selected by the user. This is an array, the index of the selected chart item will determine what color is applied, by default this is blue. See example for a reference on how this is implemented.
selectedAreaColors optional - Array of Colors : This property sets the color of the area when it is selected by the user. This is an array, the index of the selected chart item will determine what color is applied, by default this is blue. See example for a reference on how this is implemented.
lineColors optional - Array of Colors : This property sets the color of the outline of the area chart data point.This is an array, with a value for each data source index provided, but default this is green.
fillColors optional - Array of Colors : This property sets the color of the fill of the area chart data point. This is an array, with a value for each data source index provided, but default this is green.
defaultSelectedLineColors optional - Color : This property sets the default color used for the outline of the selected area, by default this is blue.
defaultSelectedAreaColors optional - Color : This property sets the default color used for the selected area, by default this is blue.
defaultLineColors optional - Color : This property sets default area outline color to be used unless otherwise specified, by default this is green.
defaultFillColors optional - Color : This property sets default area fill color to be used unless otherwise specified, by default this is green.
styles optional - Array of Styles : This property sets the style of the Area Chart. By default this style is CHART_AREA_SMOOTH. This can be changed by providing an array of styles, one for each chart data source provided. See example for a reference on how this is implemented.
chartBackgroundColor optional - Color : This property sets the backgroundColor of the chart, which is by default white. This property can only be set at creation time.
For a complete example, please visit area chart in examples
~~~
function createData(){
var result =[];
function createRandom(min,max){
return Math.floor(Math.random()*(max-min+1)+min);
}
for (var iLoop=0;iLoop<12;iLoop++){
result.push(createRandom(1,24));
}
return result;
}
var data = [];
//Add first area chart
data.push(createData());
//Add second area chart
data.push(createData());
var myStyles = [];
//Create the first area chart with a smooth curved line
myStyles.push(chart.CHART_AREA_SMOOTH);
//Create the second area chart as a with a solid line
myStyles.push(chart.CHART_AREA_SOLID);
var areaChart = chart.createAreaChartView({
width:Ti.UI.FILL, height:250,
data : data,
toolTipData : ['January', 'February', 'March', 'April', 'May', 'June','July', 'August', 'September', 'October', 'November', 'December'],
selectedLineColors :['yellow','orange'],
selectedFillColors :['yellow','orange'],
fillColors:['green','blue'],
styles :myStyles,
selectionBarColor:'#fff',
chartBackgroundColor:'#404041'
});
~~~
reloadData : The reloadData is called after the chart has been rendered to reload the data provided to the views data property.
Reload Example
~~~
data.length = 0; //Reset the data collection
data.push(createData()); //Create a new collection for our first chart
data.push(createData()); //Create a new collection for our second chart
//Update the Tool Tip Data
areaChart.setToolTipData(['Jan', 'Feb', 'Mar', 'Apr', 'May', 'Jun','Jul', 'Aug', 'Sep', 'Oct', 'Nov', 'Dec']);
areaChart.setData(data); //Update with new data
areaChart.reloadData(); //Reload Data
~~~
selected : The selected event is fired when the user selects a chart object.
unselected : The unselected event is fired when the user removes their focus for the selected chart object.
~~~
chart.addEventListener('selected',function(e){
Ti.API.info(JSON.stringify(e));
});
chart.addEventListener('unselected',function(e){
Ti.API.info(JSON.stringify(e));
});
~~~
The LineChartView creates a line chart from an array datasource you provide.
data required - Array : This is an Array of Arrays with each Array being the data source of an area chart. For example if the data property is provided [[1,2,3,4,5],[6,7,8,9,10]] it will create two line charts, each with 5 data points. See example section for details.
toolTipData optional - Array : An Array of the tool tip information that should be displayed. There should be one tool tip data array item for each of the data array items provided.
selectionBarColor optional - Color : This property sets the color of the selection bar that is displayed when the user taps the chart. This is white by default.
selectedLineColors optional - Array of Colors : This property sets the color of the line when it is selected by the user. This is an array, the index of the selected chart item will determine what color is applied, by default this is blue. See example for a reference on how this is implemented.
lineColors optional - Array of Colors : This property sets the color of the line in the chart.This is an array, with a value for each data source index provided, but default this is green.
lineWidths optional - Array of floats : This property sets the line width for each line on the chart. This is an array, with a value for each data source index provided, but default this is 6.
defaultLineColor optional - Color : This property sets the default color the line unless otherwise specified, by default this is green.
defaultLineWidth optional - float : This property sets the line width unless otherwise specified, by default this is 6.
styles optional - Array of Styles : This property sets the style of the Line Chart. By default this style is CHART_LINE_SOLID. This can be changed by providing an array of styles, one for each chart data source provided. See example for a reference on how this is implemented.
chartBackgroundColor optional - Color : This property sets the backgroundColor of the chart, which is by default white. This property can only be set at creation time.
For a complete example, please visit line chart in examples
~~~
function createData(){
var result =[];
function createRandom(min,max){
return Math.floor(Math.random()*(max-min+1)+min);
}
for (var iLoop=0;iLoop<12;iLoop++){
result.push(createRandom(1,12));
}
return result;
}
var data = [];
//Add first line chart
data.push(createData());
//Add second line chart
data.push(createData());
var myStyles = [];
//Create the first line chart with a solid line
myStyles.push(chart.CHART_LINE_SOLID);
//Create the second line chart as a with a dashed line
myStyles.push(chart.CHART_LINE_DASHED);
var lineChart = chart.createLineChartView({
width:Ti.UI.FILL, height:250,
data : data,
toolTipData : ['Mon', 'Tue', 'Wed', 'Thu', 'Fri', 'Sat', 'Sun'],
selectedLineColors :['yellow','orange'],
lineColors:['green','blue'],
styles : myStyles,
selectionBarColor:'purple',
chartBackgroundColor:'#404041'
});
~~~
reloadData : The reloadData is called after the chart has been rendered to reload the data provided to the views data property.
Reload Example
~~~
data.length = 0; //Reset the data collection
data.push(createData()); //Create a new collection for our first chart
data.push(createData()); //Create a new collection for our second chart
//Update the Tool Tip Data
lineChart.setToolTipData(['Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday', 'Saturday', 'Sunday']);
lineChart.setData(data); //Update with new data
lineChart.reloadData(); //Reload Data
~~~
~~~
chart.addEventListener('selected',function(e){
Ti.API.info(JSON.stringify(e));
});
chart.addEventListener('unselected',function(e){
Ti.API.info(JSON.stringify(e));
});
~~~
CHART_LINE_SOLID : This property is used set a solid line when displaying the LineChartView.
CHART_LINE_DASHED : This property is used set a dashed line when displaying the LineChartView.
CHART_AREA_SMOOTH : This property is used set a smooth area effect for the AreaChartView.
CHART_AREA_SOLID : This property is used set a solid area effect for the AreaChartView.
If you like the Titanium module,please consider following the @bencoding Twitter for updates.
For module updates, Titanium tutorials and more please check out my blog at benCoding.Com.
This project provides a Titanium wrapper for Jawbone's great graphing library JBChartView.


Computing LUP decomposition:
• Consider a matrix A to find the Lower-triangular matrix, Upper-triangular matrix and permutation matrix to be calculated.
• Initially find the nonzero element from matrix A such that the element in first column A (1, 1) is greatest value.
The general equation of LUP decomposition is as follows:
• Now, choose such that the value of A (1, 1) is greatest value.
Or,
Where is column vector, is row vector, is a
matrix and.
Consider the following given equation to solve using LUP decomposition:
…… (1)
Where
and
• To solve the above equation, it is required to find LUP decomposition. That is, for , Upper-triangular matrix and Lower-triangular matrix and permutation matrix need to be find first.
• Swap with to find the greatest absolute value of A (1, 1).
So,
Now, select the value and find the value of by using and.
So,
• Now, again swap the value of with to find the greatest absolute value of A (2, 2).
So,
Now, again select the value and find the value of by using and.
• From the above matrix, the Lower Triangular Matrix and Upper Triangular Matrix are as follows:
• Permutation matrix P is the matrix which has exactly one 1 in each row or column and 0 elsewhere.
Therefore,
From the above LUP decomposition, the following matrices are obtained:
Now, the given equation can be solved, by solving the following two triangular liner systems:
Ly=Pb (Forward substitution)
And
Ux=y (Back substitution)
Forward substitution:
• Consider the value of L, P and b to calculate the value of y.
Put the value of L, P and b in Ly=Pb as follows:
=
Or,
=
• Now, perform the matrix multiplication and solve the equations to obtain y1,y2,y3
Therefore,
• Calculate the value of by substituting the value.
So,
• Now, put the value of and to find the value of .
So,
Hence,
Back substitution:
So consider the values of U and y to calculate the values of x.
Put the value of U and y in as follows:
=
Now, perform the matrix multiplication to compute x1, x2, and x3
So,
• Put the value of to calculate the value of
So,
• Now, find the value of
• Put the value of and to calculate the value of
So,
• Now, calculate the value of,
Thus,
Therefore the solution for the given equation is
If we consider A is a diagonal matrix, i.e.
The LUP decomposition of the diagonal matrix A is A = IAI where I is the identity matrix.
Then this system is extremely easy to decompose in LU matrix.
If a matrix is taken i.e., diagonal then the LUP decomposition have no effect on the lower triangular matrix, and no effect on the upper triangular matrix.
Thus, A = LDU where D is the diagonal matrix and L and U are the unit matrices which are triangular which means that they are identity matrices
A LU decomposition of a permutation matrix A means that the matrix A is the decomposition of a lower triangular matrix (L) and an upper triangular matrix (U)
Let there be 3 matrices: P (inverse matrix), A (permutation matrix), LU (identity matrix)
and PA=LU
A LU decomposition looks like:
• A is the non-singular matrix and possesses an inverse and U is the upper triangular matrix that has non-zero elements at its diagonals. The computation of the LUP decomposition has the advantage that the linear system of equations can be solved more easily as the matrices L and U are triangular.
• Let there be some non-zero elements off the diagonal in L which is the lower triangular matrix, which means for ij.
• In the matrix LU, there is a non-zero entry both at the row i and the column j.
• Since, there are more than one non-zero entries in the matrix LU so it cannot be transformed into a permutation matrix by permuting the rows.
• Similarly, the matrix U cannot have any zero entries at the diagonals.
• Since, the permutation matrix A only has one as its non-zero entries and its purpose is to avoid dividing by 0 and LU is the identity matrix(I). This means:
PA=I …… (Since, PA=LU)
P=
This shows that the decomposition is unique.
LU DECOMPOSITION:
LU decomposition is a procedure for decomposing or factorizing amatrix.
For example:
It is decomposed into two parts, upper triangular matrix U which has 0s below the diagonal and lower triangular matrix L which has 0s above the diagonal. As the decomposition is there by applying the properties of matrix, there will be no change in the result of the matrix.
We have to show that for all, there exists a singularmatrix that has an LU Decomposition.
A singular matrix is a square matrix (matrix) which does not have inverse. A matrix is singular matrix if and only if its determinant is zero.
For considering such a matrix, we take a matrix shown below:
For matrix,
One way to solve for LU, using the linear equation:
Now taking a singular matrix (determinant is zero and does not have inverse),
After solving the above equations, one possible solution that comes out is:
For amatrix,
Step wise process to convert the matrix in LU decomposition form:
Consider the LU-DECOMPOSITION (A) algorithm and its process given in the book.
For matrix (a singular matrix),
Now, the above matrix performs an LU decomposition, whose resultant is shown as (either use the above method or here diagonal elements are zero; so during the decomposition only gives the alternate combination of 0 and 1 on diagonal of L and U):
Thus, similarly for all there exists a singularmatrix that has LU decomposition.
LU DECOMPOSITION
LU decomposition is a procedure for decomposing or factorizing a matrix.
It is decomposed into two parts, upper triangular matrix U which has 0s below the diagonal and lower triangular matrix L which has 0s above the diagonal.
To perform LU decomposition, a process called Gaussian elimination is performed. This is basically used for finding the determinant of matrix or for inverting a matrix
In LU decomposition algorithm, after making the lower and upper matrix of given matrix, the following algorithm is followed:
Consider the LU-DECOMPOSITION from the text book and here are the loops of that algorithm;
for k = 1 to n
ukk = akk
for i = k+1 to n
lik = aik / ukk
uki = aki
for i = k+1 to n
for j = k+1 to n
a ij = aij – lik.ukj
return L and U
The loop will be executed n times for matrix. For updating the matrix, the loop should trace all the elements of matrix. This is possible only when the value of loop will iterate till .
So, there is necessity of outermost for loop iteration when.
Suppose the matrix is of, then the value of n is 3. This helps in updating the value of upper and lower matrix.
Within this algorithm the upper and lower matrix are initialized before for loop. The rest of the ‘for’ loops will not work; when. It is because the values takes by them is.
So the outermost for loop has to be performed otherwise the triangular matrix L and triangular matrix U will not get updated.
Due to which time complexity of LU decomposition will increase from.
LUP DECOMPOSITION:
In LUP decomposition we find three matrices namely L, U and P following:
Here,
U= Upper triangular matrix
L= lower triangular matrix
P= Permutation matrix
This is known as LUP factorization of Matrix A.
In LUP decomposition algorithm, the LU procedure has been replaced by recursion of iteration loop. In this algorithm the array has been build in such a manner that. This means that the matrix P has a value 1 at ith row and jth column.
Consider the LUP algorithm from the text book and here are the loops used in that algorithm;
for k = 1 to n
p = 0
for i = k to n
if |aik| > p
p = |aik|
k’ = i
if p == 0
error “singular matrix”
exchange with
The outermost for loop will not work in the case when.
Suppose the matrix order is, means the value of n is 3. When the value of k is 3, recursion process will not re-initialized and therefore the dynamically maintained matrix P will not be able to implement the code.
As a result the LUP decomposition will not be performed and the above algorithm will fail.


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object | +--org.apache.bcel.generic.InstructionList
This class is a container for a list of Instruction objects. Instructions can be appended, inserted, moved, deleted, etc.. Instructions are being wrapped into InstructionHandles objects that are returned upon append/insert operations. They give the user (read only) access to the list structure, such that it can be traversed and manipulated in a controlled way. A list is finally dumped to a byte code array with getByteCode.
Instruction
,
InstructionHandle
,
BranchHandle
,
Serialized Form| Constructor Summary | |
InstructionList()
Create (empty) instruction list. |
|
InstructionList(BranchInstruction i)
Create instruction list containing one instruction. |
|
InstructionList(byte[] code)
Initialize instruction list from byte array. |
|
InstructionList(CompoundInstruction c)
Initialize list with (nonnull) compound instruction. |
|
InstructionList(Instruction i)
Create instruction list containing one instruction. |
| Method Summary | |
void |
addObserver(InstructionListObserver o)
Add observer for this object. |
BranchHandle |
append(BranchInstruction i)
Append a branch instruction to the end of this list. |
InstructionHandle |
append(CompoundInstruction c)
Append a compound instruction. |
InstructionHandle |
append(Instruction i)
Append an instruction to the end of this list. |
InstructionHandle |
append(Instruction i,
CompoundInstruction c)
Append a compound instruction, after instruction i. |
BranchHandle |
append(InstructionHandle ih,
BranchInstruction i)
Append an instruction after instruction (handle) ih contained in this list. |
InstructionHandle |
append(InstructionHandle ih,
CompoundInstruction c)
Append a compound instruction. |
InstructionHandle |
append(InstructionHandle ih,
Instruction i)
Append an instruction after instruction (handle) ih contained in this list. |
InstructionHandle |
append(InstructionHandle ih,
InstructionList il)
Append another list after instruction (handle) ih contained in this list. |
InstructionHandle |
append(Instruction i,
Instruction j)
Append a single instruction j after another instruction i, which must be in this list of course! |
InstructionHandle |
append(Instruction i,
InstructionList il)
Append another list after instruction i contained in this list. |
InstructionHandle |
append(InstructionList il)
Append another list to this one. |
boolean |
contains(Instruction i)
|
boolean |
contains(InstructionHandle i)
|
InstructionList |
copy()
|
void |
delete(Instruction i)
Remove instruction from this list. |
void |
delete(InstructionHandle ih)
Remove instruction from this list. |
void |
delete(InstructionHandle from,
InstructionHandle to)
Remove instructions from instruction `from' to instruction `to' contained in this list. |
void |
delete(Instruction from,
Instruction to)
Remove instructions from instruction `from' to instruction `to' contained in this list. |
void |
dispose()
Delete contents of list. |
static InstructionHandle |
findHandle(InstructionHandle[] ihs,
int[] pos,
int count,
int target)
Find the target instruction (handle) that corresponds to the given target position (byte code offset). |
InstructionHandle |
findHandle(int pos)
Get instruction handle for instruction at byte code position pos. |
byte[] |
getByteCode()
When everything is finished, use this method to convert the instruction list into an array of bytes. |
InstructionHandle |
getEnd()
|
InstructionHandle[] |
getInstructionHandles()
|
int[] |
getInstructionPositions()
Get positions (offsets) of all instructions in the list. |
Instruction[] |
getInstructions()
|
int |
getLength()
|
InstructionHandle |
getStart()
|
BranchHandle |
insert(BranchInstruction i)
Insert a branch instruction at start of this list. |
InstructionHandle |
insert(CompoundInstruction c)
Insert a compound instruction. |
InstructionHandle |
insert(Instruction i)
Insert an instruction at start of this list. |
InstructionHandle |
insert(Instruction i,
CompoundInstruction c)
Insert a compound instruction before instruction i. |
BranchHandle |
insert(InstructionHandle ih,
BranchInstruction i)
Insert an instruction before instruction (handle) ih contained in this list. |
InstructionHandle |
insert(InstructionHandle ih,
CompoundInstruction c)
Insert a compound instruction. |
InstructionHandle |
insert(InstructionHandle ih,
Instruction i)
Insert an instruction before instruction (handle) ih contained in this list. |
InstructionHandle |
insert(InstructionHandle ih,
InstructionList il)
Insert another list before Instruction handle ih contained in this list. |
InstructionHandle |
insert(Instruction i,
Instruction j)
Insert a single instruction j before another instruction i, which must be in this list of course! |
InstructionHandle |
insert(Instruction i,
InstructionList il)
Insert another list before Instruction i contained in this list. |
InstructionHandle |
insert(InstructionList il)
Insert another list. |
boolean |
isEmpty()
Test for empty list. |
java.util.Iterator |
iterator()
|
void |
move(InstructionHandle ih,
InstructionHandle target)
Move a single instruction (handle) to a new location. |
void |
move(InstructionHandle start,
InstructionHandle end,
InstructionHandle target)
Take all instructions (handles) from "start" to "end" and append them after the new location "target". |
void |
redirectBranches(InstructionHandle old_target,
InstructionHandle new_target)
Redirect all references from old_target to new_target, i.e., update targets of branch instructions. |
void |
redirectExceptionHandlers(CodeExceptionGen[] exceptions,
InstructionHandle old_target,
InstructionHandle new_target)
Redirect all references of exception handlers from old_target to new_target. |
void |
redirectLocalVariables(LocalVariableGen[] lg,
InstructionHandle old_target,
InstructionHandle new_target)
Redirect all references of local variables from old_target to new_target. |
void |
removeObserver(InstructionListObserver o)
Remove observer for this object. |
void |
replaceConstantPool(ConstantPoolGen old_cp,
ConstantPoolGen new_cp)
Replace all references to the old constant pool with references to the new constant pool |
void |
setPositions()
|
void |
setPositions(boolean check)
Give all instructions their position number (offset in byte stream), i.e., make the list ready to be dumped. |
int |
size()
|
java.lang.String |
toString()
|
java.lang.String |
toString(boolean verbose)
|
void |
update()
Call notify() method on all observers. |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Constructor Detail |
public InstructionList()
public InstructionList(Instruction i)
i
- initial instructionpublic InstructionList(BranchInstruction i)
i
- initial instructionpublic InstructionList(CompoundInstruction c)
c
- compound instruction (list)public InstructionList(byte[] code)
code
- byte array containing the instructions| Method Detail |
public boolean isEmpty()
public static InstructionHandle findHandle(InstructionHandle[] ihs, int[] pos, int count, int target)
ihs
- array of instruction handles, i.e. il.getInstructionHandles()pos
- array of positions corresponding to ihs, i.e. il.getInstructionPositions()count
- length of arraystarget
- target position to search for
public InstructionHandle findHandle(int pos)
pos
- byte code position to search for
public InstructionHandle append(InstructionHandle ih, InstructionList il)
ih
- where to append the instruction listil
- Instruction list to append to this one
public InstructionHandle append(Instruction i, InstructionList il)
i
- where to append the instruction listil
- Instruction list to append to this one
public InstructionHandle append(InstructionList il)
il
- list to append to end of this list
public InstructionHandle append(Instruction i)
i
- instruction to append
public BranchHandle append(BranchInstruction i)
i
- branch instruction to append
public InstructionHandle append(Instruction i, Instruction j)
i
- Instruction in listj
- Instruction to append after i in list
public InstructionHandle append(Instruction i, CompoundInstruction c)
i
- Instruction in listc
- The composite instruction (containing an InstructionList)
public InstructionHandle append(CompoundInstruction c)
c
- The composite instruction (containing an InstructionList)
public InstructionHandle append(InstructionHandle ih, CompoundInstruction c)
ih
- where to append the instruction listc
- The composite instruction (containing an InstructionList)
public InstructionHandle append(InstructionHandle ih, Instruction i)
ih
- where to append the instruction listi
- Instruction to append
public BranchHandle append(InstructionHandle ih, BranchInstruction i)
ih
- where to append the instruction listi
- Instruction to append
public InstructionHandle insert(InstructionHandle ih, InstructionList il)
il
- Instruction list to insert
public InstructionHandle insert(InstructionList il)
il
- list to insert before start of this list
public InstructionHandle insert(Instruction i, InstructionList il)
i
- where to append the instruction listil
- Instruction list to insert
public InstructionHandle insert(Instruction i)
i
- instruction to insert
public BranchHandle insert(BranchInstruction i)
i
- branch instruction to insert
public InstructionHandle insert(Instruction i, Instruction j)
i
- Instruction in listj
- Instruction to insert before i in list
public InstructionHandle insert(Instruction i, CompoundInstruction c)
i
- Instruction in listc
- The composite instruction (containing an InstructionList)
public InstructionHandle insert(CompoundInstruction c)
c
- The composite instruction (containing an InstructionList)
public InstructionHandle insert(InstructionHandle ih, Instruction i)
ih
- where to insert to the instruction listi
- Instruction to insert
public InstructionHandle insert(InstructionHandle ih, CompoundInstruction c)
ih
- where to insert the instruction listc
- The composite instruction (containing an InstructionList)
public BranchHandle insert(InstructionHandle ih, BranchInstruction i)
ih
- where to insert to the instruction listi
- Instruction to insert
public void move(InstructionHandle start, InstructionHandle end, InstructionHandle target)
start
- of moved blockend
- of moved blocktarget
- of moved blockpublic void move(InstructionHandle ih, InstructionHandle target)
ih
- moved instructiontarget
- new location of moved instructionpublic void delete(InstructionHandle ih) throws TargetLostException
ih
- instruction (handle) to remove
TargetLostException
public void delete(Instruction i) throws TargetLostException
i
- instruction to remove
TargetLostException
public void delete(InstructionHandle from, InstructionHandle to) throws TargetLostException
from
- where to start deleting (inclusive)to
- where to end deleting (inclusive)
TargetLostException
public void delete(Instruction from, Instruction to) throws TargetLostException
from
- where to start deleting (inclusive)to
- where to end deleting (inclusive)
TargetLostException
public boolean contains(InstructionHandle i)
public boolean contains(Instruction i)
public void setPositions()
public void setPositions(boolean check)
check
- Perform sanity checks, e.g. if all targeted instructions really belong
to this listpublic byte[] getByteCode()
public Instruction[] getInstructions()
public java.lang.String toString()
toString
in class java.lang.Object
public java.lang.String toString(boolean verbose)
verbose
- toggle output format
public java.util.Iterator iterator()
public InstructionHandle[] getInstructionHandles()
public int[] getInstructionPositions()
public InstructionList copy()
public void replaceConstantPool(ConstantPoolGen old_cp, ConstantPoolGen new_cp)
public void dispose()
public InstructionHandle getStart()
public InstructionHandle getEnd()
public int getLength()
public int size()
public void redirectBranches(InstructionHandle old_target, InstructionHandle new_target)
old_target
- the old target instruction handlenew_target
- the new target instruction handlepublic void redirectLocalVariables(LocalVariableGen[] lg, InstructionHandle old_target, InstructionHandle new_target)
lg
- array of local variablesold_target
- the old target instruction handlenew_target
- the new target instruction handleMethodGen
public void redirectExceptionHandlers(CodeExceptionGen[] exceptions, InstructionHandle old_target, InstructionHandle new_target)
exceptions
- array of exception handlersold_target
- the old target instruction handlenew_target
- the new target instruction handleMethodGen
public void addObserver(InstructionListObserver o)
public void removeObserver(InstructionListObserver o)
public void update()
|
|||||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||||
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[ht::head {Data Ingest}]
Note: If you are trying to access files on your server you need
to first configure the [ug::link admin.html#filesystemaccess {file access settings}].
There are lots of ways of getting information and data ingested into RAMADDA.
If you have a large and/or dynamic collection of files that you want quick view only access try the
Server Side File entry. If you have a directory of data you want fully ingested you can use a
harvester.
Server Side File Entry
If you have a very large set of files or you have a set of files that are changing all of the time (e.g,, real-time feeds)
it might not be practical or possible to have RAMADDA ingest each and every file. However, you can provide RAMADDA view access
to these files by creating a Server Side File Entry.
- Go to the some destination folder in RAMADDA
- Select "New Entry" under the File menu.
- Under the "General" list choose Server Side Files.
- This will take you to the Server Side File View Entry create form.
Enter a name, the server file path and any patterns to use to include or exclude specific files.
- Once created all of the entries shown under the new entry are dynamic and are not stored
in the RAMADDA database.
Data and project organization
You can organize a file system directory tree that can represent project or data sets
[ug::link harvesters.html harvester].
There are a number of constructs provided by RAMADDA to help you create and organize your information and data.
You might for example have a directory tree as shown below that you want to harvest into RAMADDA. Normally the [ug::link harvesters.html harvester] would create generic File and Folder entries for the directories and files. You can configure the types and metadata with [ug::link entryxml.html#configuration {Entry XML Configuration}]. Copy this dataset.xml as a .ramadda.xml file under the same parent directory before the harvest.
Dataset_1
datafile1.suff
datafile2.suff
...
Dataset_2
datafile1.suff
datafile2.suff
There are numerous other organizational schemes and constructs available. One could have Project information, Sites, Site Visits, etc. The entrtypes and metadata for the data files can be specified as well.


Inventory REST API Service
Status:
Create, Retrieve, Update, and Delete an Inventory:
Inventory ID:
Retrieve
Delete
Product Id:
Disable
Quantity:
Restock Level:
Condition:
Select the condition for the inventory
New
Open Box
Used
Availability:
Select the availability for the inventory
True
False
Search
List Inventory need restock
Clear
Create
Update


Ancestor Martankus:
I am Martankus from Hestui tribe! I have been dead for a thousand years and though my body has gone, my spirit remains to watch over my descendents.
Tell me, Shaman of Flame, why do you seek me?
"I have come to take the Test of the Lord!"


XRP Has ‘Better Technology’ Than Ethereum, Says CEO of Crypto Exchange CoinField
by Daily Hodl StaffThe CEO of crypto exchange CoinField says XRP is the best choice for the company’s new tokenized trading platform Sologenic.
In an interview with Nugget’s News, Bob Ras offers new details on the platform, which is designed to let anyone trade tokenized versions of stocks and ETFs against XRP and a new token called SOLO.
According to Ras, CoinField decided to move from Canada to Malta in order to launch Sologenic where he could legally offer trading for tokenized securities.
“Right now in Canada, there are no clear regulations. Everything is in a gray area.  We want to know what is legal and what is not legal.”
Ras says the company considered multiple distributed ledger platforms including Ethereum and Stellar, and decided XRP offered the best combination of speed and utility.
“As you probably know, XRP has one of the fastest blockchain networks. It can literally transfer funds from ‘A’ to ‘B’ in a matter of seconds. And it’s super, super cost-efficient.
And the XRP Ledger gives you all the tools that you need to develop your own customized financial ecosystem.
Six or seven months ago, we started to do research and we started with Ethereum, Stellar Lumens and XRP. But at the end of the day, we decided to go with XRP’s technology because of the reasons that I mentioned…
We want to move money fast, we want to move liquidity from A to B [in a snap]. We don’t want to wait two or three minutes, sometimes more than that, for the money to be transferred. So that’s why we chose XRP.”
When asked why the team at CoinField isn’t creating smart contract tokens on Ethereum in particular, Ras says the fact that the XRP Ledger allows users to create tokens, combined with its speed, gave it the edge for Sologenic.
“SOLO tokens are issued on the XRP network. The tokenized assets like stocks and etc are tradable on the decentralized exchange only against XRP and SOLO, no other coins. This is literally like listing 30,000 stocks against XRP and definitely it’s going to increase the volume of XRP long term…
Some people are probably not going to love [this], but XRP offers you much better and stronger technology than Ethereum. That doesn’t mean I’m against Ethereum. I’m not against it. I like Ether and I have a personal investment in it, so that’s a great technology and coin. But XRP – it’s our opinion that it offers better technology and that’s why we selected XRP. They do have very similar basic features.”
Sologenic is scheduled to launch in the first quarter of next year.


Abstract
Music source separation is an important task for many
applications in music information retrieval field. However, due to the complexity of the music signal
t is still considered a challenging task. In this paper, we propose a novel approach extending Wasserstein
generative adversarial networks to source separation task. We used the mixture signal as a condition to
generate sources and applied the U-net style network for the stable training of the model. Experiments
with the DSD100 dataset show the promising results with the potential of using the GANs for music source
separation.


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Weather Report for last 7 days
Mars
Mars is the fourth planet from the Sun and the second-smallest planet in the Solar System, being larger than only Mercury.
In English, Mars carries the name of the Roman god of war and is often referred to as the "Red Planet"
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This article describes two separate ways to set up a Composer repository
Set up a custom Composer Repository with Satis - Ubuntu, Debian
Difficulty: 3
Time: 30 minutes
Composer is a package dependency tool that assists users to install software. If you are reading this article, you probably have used it in that capacity and are ready to create a repository of your own that others can use to download whatever cool software you have built.
This article covers implementing two mutually exclusive custom repositories with Composer, Satis and Pakagist.
Platform Requirements
- LAMP / LEMP stack
- git
- curl
Install Composer
- Start from your web root (usually /usr/share/nginx/html)
cd /usr/share/nginx/html
- Install php5-cli
sudo apt-get install php5-cli
- Change permissions on the web root
sudo chmod 667 /usr/share/nginx/html
- Install Composer
sudo curl -sS https://getcomposer.org/installer | php
Install Satis
- Use Composer to install Satis
php composer.phar create-project composer/satis --stability=dev --keep-vcs
- Create a satis.json file
sudo vim /var/repo/satis.json
- Edit satis.json as follows
{
"name": "My Cool Repository",
"homepage": "http://Your Ip address",
"repositories": [
{ "type": "vcs", "url": "https://github.com/symfony/yaml" },
{ "type": "vcs", "url": "https://github.com/symfony/HttpFoundation"
}
],
"require-all": true
}
- Change permissions on theindex file
sudo chmod 666 index.html
- Generate satis web pages
sudo php satis/bin/satis build satis.json
The process may ask you to supply your github username and password.
- Verify your installation by navigating to your server or IP:
http://your server or IP/index.html
Your repository will display
Install Packagist
Packagist and Satis do not play well together. Start from a clean LEMP stack and install Composer as above.
Preparation
- Install the build-essential package
sudo apt-get -y install build-essential tcl8.5
- Navigate to the
/opt
directory
cd /opt
Redis installation
- Download Redis
sudo wget http://download.redis.io/releases/redis-2.8.7.tar.gz
- Unzip it
sudo tar xzf redis-2.8.7.tar.gz
- Move Redis to its own dierectory
sudo mv redis-2.8.7 redis
- Navigate to it
cd redis
- Install Redis by building it from source
sudo make
- compile it
sudo make install
Redis configuration
- navigate to the
utils
directory
cd utils
- Install the Redis server (click enter after each question to accept the defaults)
sudo ./install_server.sh
- Set it up to auto-start
sudo update-rc.d redis_6379 defaults
- Verify (ping-pong)
redis-cli ping
Java
- Make a directory for java it
sudo mkdir /usr/java
- Download Java
sudo apt-get -y install openjdk-7-jdk
- Make a symbolic link to the Java directory (substitute
i386
for amd64
if you are on a 32 bi system.
ln -s /usr/lib/jvm/java-7-openjdk-amd64 /usr/java/default
Install Solr
- Navigate to
/opt
cd /opt
- Get the Solr package
sudo wget http://archive.apache.org/dist/lucene/solr/3.6.2/apache-solr-3.6.2.tgz
- Unzip it
sudo tar -xvf apache-solr-3.6.2.tgz
- Copy it to its own dierectory
sudo cp -R apache-solr-3.6.2/example /opt/solr
Install Jetty
- Navigate to
/opt/solr
cd /opt/solr
- Get the Jetty package
sudo wget -O /etc/default/jetty https://gist.githubusercontent.com/koesie10/93cd2f2ab68471c34a25/raw/jetty
- Get the Jetty logging package
sudo wget -O /opt/solr/etc/jetty-logging.xml https://gist.githubusercontent.com/koesie10/1070b285b45fb9de652c/raw/6adbb2d54455de4a0adce44015a294b77795d298/jetty-logging.xml
Set up Solr
- Create a solr user
sudo useradd -d /opt/solr -s /sbin/false solr
- Change ownership of the solr directory
sudo chown solr:solr -R /opt/solr
- Get the jetty service
sudo wget -O /etc/init.d/jetty https://raw.githubusercontent.com/jetty-project/codehaus-jetty6/master/bin/jetty.sh
- Change permissions of the jetty directory
sudo chmod a+x /etc/init.d/jetty
- Make a service
sudo update-rc.d jetty defaults
- Restart Solr
sudo /etc/init.d/jetty restart
- Verify Solr installation by visiting your website:
http;//Your server or IP:8983/solr
You will see the "Welcome to Solr" Admin page
Set up Packagist
Preparation
- Navigate to your web root folder
cd /usr/share/nginx/html
- Remove all files
sudo rm *
- Clone Packagist from git to your web root
git clone https://github.com/composer/packagist .
Database Setup
- Open a mysql session
mysql -u root -p
- Create a new database, packagist
ysql> CREATE DATABASE packagist';
- Create a new user (choose your own password)
mysql> CREATE USER 'packagist'@'localhost' IDENTIFIED BY 'password';
- Grant Usage to all databases
GRANT USAGE ON * . * TO 'packagist'@'localhost';
- Grant all privileges to the packagist db
GRANT ALL PRIVILEGES ON `packagist` . * TO 'packagist'@'localhost';
- Write changes to disk
Flush Privileges;
- Exit
exit
Packagist Parameters Configuration
- Copy the default parameters file to the configuration directory
sudo cp app/config/parameters.yml.dist app/config/parameters.yml
- Edit it
sudo vim app/config/parameters.yml
- The resulting file should look like this:
parameters:
database_driver: pdo_mysql
database_host: localhost
database_name: packagist
database_user: root
database_password:
database_name_test: packagist_test
mailer_transport:
mailer_host: localhost
mailer_user:
mailer_password:
mailer_from_email<EMAIL_ADDRESS>mailer_from_name: Admin Team
packagist_host: your site or IP addresssyour site or IP address
router.request_context.host: %packagist_host%
router.request_context.scheme: https
redis_dsn: redis://localhost/1
redis_dsn_test: redis://<IP_ADDRESS>/14
redis_session_dsn: redis://localhost/2
locale: en
google_analytics:
ga_key:
# set those to values obtained by creating an application at https://github.com/settings/applications
github.client_id: your clientid 572b6674b6214ddb8ad4
github.client_secret: your client secret 0baea690eac3acfb771d44ba151d091c0bb9bf83
# -- performance features --
# set both to apc to optimize things if it is available
validation_cache_backend: ~
doctrine_cache_backend: array
# -- security features --
secret: your secret (make one up) CHANGE_ME_IN_PROD
remember_me.secret: your remember_me secret (make one up) CHANGE_ME_IN_PROD
Packagist Install (Finally)
- Install Packagist
php composer.phar install
- Create schema
app/console doctrine:schema:create
- Clear the cache
app/console cache:clear --env=prod
- Install the web app
app/console assets:install web
- Make a home directory
sudo mkdir home
- Change the owner to the nginx owner
sudo chown www-data:www-data -R root:root /usr/share/nginx/html/home
- List item
command (Put each command on a separate line.)
- List item
command (Put each command on a separate line.)
- List item
command (Put each command on a separate line.)
- List item
command (Put each command on a separate line.)
- List item
command (Put each command on a separate line.)
- List item
command (Put each command on a separate line.)
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command (Put each command on a separate line.)
- List item
command (Put each command on a separate line.)
- List item
command (Put each command on a separate line.)
- List item
command (Put each command on a separate line.)
- List item
- List item
Section 1 content. Format code snippets like this
, variables like this, and interface items like this.
Include any of the following elements as needed:
command (Put each command on a separate line.)
note
warning
| Table head |
Table head |
Table head |
| Content |
Content |
Content |
| Content |
Content |
Content |
| Content |
Content |
Content |
| Content |
Content |
Content |
Bulleted list with intro:
- List item
- List item
- List item
- List item
Numbered list with intro:
- List item
- List item
- List item
- List item
Image (PNG only). See editorial guidelines for more information.
Section 2 title
Section 2 content.
Section 3 title
Section 3 content.
Next steps
A brief summary of what the user just learned. Add links to procedural articles if appropriate. Direct the user to explore a related subject or to complete a related task.


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Britain's most lucrative bus lane rakes in £2m in fines from 30,500 motorists
This 70-metre long Lambeth bus lane has seen over 30,000 motorists stung with penalty charges while the AA accuses councils of deliberately milking unsuspecting motorists
by Stephen Hayward, https://www.facebook.com/dailymirror/Drivers have shelled out over £2million in fines on one bus lane.
The 70-metre stretch in Lambeth, South London, is Britain’s most lucrative.
It has stung 30,500 motorists with penalty charge notices of up to £130 since January 2018, the AA revealed.
Its president Edmund King said: “Councils continue to hoover up fines on an industrial scale as drivers who make a single mistake on unfamiliar roads are targeted ruthlessly.”
The AA accuse many councils of deliberately milking motorists by not marking their bus lanes properly.
And they have ignored government advice to warn rather than fine first-time offenders.
One driver successfully challenged his fine for using the 70m lane in Lambeth when a tribunal ruled signs were inadequate.
Across England, councils are expected to make more than £52million this year from bus lane cameras – a 33 per cent increase from last year.
London authorities are expected to make £28.5million this year, followed by Manchester with £5million, Essex on £1.8million and Reading on £1.7million.
Others raking it in are: Ealing (£1.4million), Coventry and Lancashire (both on £1.3million) and Bristol, Kingston on Thames and Kirklees, all on £1.2million.
Mr King added: “Councils outside London are lobbying central government to be given extended powers to enforce ‘moving traffic’ offences, such as yellow box junctions.
"This can’t be allowed to happen while drivers are hunted for fines income. The guiding principle needs to be deterrence.”
Lambeth council said: “The bus lane in Clapham Park Road is clearly marked and complies with all regulations and standards.”


{{ define "main" }}
Following bookings require your attention!
Rooms
Fulfillment Issues:
You have
Total Revenue through Goomo (Last 15 Days)
Getting more bookings is in your hands. Increasing your property page score to 100% can potentially lead to 18% more bookings.
Update your pageHow to improve my performance?


Separated Soul:
Yes take this. Thank you. I hope this weakens the army of Antharas and the day would come to avenge me someday...


Emergency object. More...
#include <CO_Emergency.h>
Data Fields | |
| uint8_t | errorStatusBits [CO_CONFIG_EM_ERR_STATUS_BITS_COUNT/8] |
| Bitfield for the internal indication of the error condition. | |
| uint8_t * | errorRegister |
| Pointer to error register in object dictionary at 0x1001,00. | |
| uint16_t | CANerrorStatusOld |
| Old CAN error status bitfield. | |
| uint32_t | fifo [CO_CONFIG_EM_BUFFER_SIZE+1][2] |
| Internal circular FIFO buffer for storing pre-processed emergency messages. More... | |
| uint8_t | fifoWrPtr |
| Pointer for the fifo buffer, where next emergency message will be written by CO_error() function. | |
| uint8_t | fifoPpPtr |
| Pointer for the fifo, where next emergency message has to be post-processed by CO_EM_process() function. More... | |
| uint8_t | fifoOverflow |
| Indication of overflow - messages in buffer are not post-processed. | |
| uint8_t | fifoCount |
| Count of emergency messages in fifo, used for OD object 0x1003. | |
| bool_t | producerEnabled |
| True, if emergency producer is enabled, from Object dictionary. | |
| uint8_t | nodeId |
| Copy of CANopen node ID, from CO_EM_init() | |
| CO_CANmodule_t * | CANdevTx |
| From CO_EM_init() | |
| CO_CANtx_t * | CANtxBuff |
| CAN transmit buffer. | |
| uint16_t | producerCanId |
| COB ID of emergency message, from Object dictionary. | |
| uint16_t | CANdevTxIdx |
| From CO_EM_init() | |
| uint32_t | inhibitEmTime_us |
| Inhibit time for emergency message, from Object dictionary. More... | |
| void(* | pFunctSignalRx )(const uint16_t ident, const uint16_t errorCode, const uint8_t errorRegister, const uint8_t errorBit, const uint32_t infoCode) |
| From CO_EM_initCallbackRx() or NULL. | |
| void(* | pFunctSignalPre )(void *object) |
| From CO_EM_initCallbackPre() or NULL. | |
| void * | functSignalObjectPre |
| From CO_EM_initCallbackPre() or NULL. | |
Emergency object.
| uint32_t CO_EM_t::fifo[CO_CONFIG_EM_BUFFER_SIZE+1][2] |
Internal circular FIFO buffer for storing pre-processed emergency messages.
Messages are added by CO_error() function. All messages are later post-processed by CO_EM_process() function. Fifo is also used for error history - OD object 0x1003, "Pre-defined error field".
| uint8_t CO_EM_t::fifoPpPtr |
Pointer for the fifo, where next emergency message has to be post-processed by CO_EM_process() function.
If equal to bufWrPtr, then all messages has been post-processed.
| uint32_t CO_EM_t::inhibitEmTime_us |
Inhibit time for emergency message, from Object dictionary.
Internal timer for inhibit time


Jokers, Yodas, and Trumps met with tear gas at Halloween rally
by AFPHong Kong democracy activists donned Halloween masks lampooning the city’s pro-Beijing leaders last night, defying an emergency law that bans face coverings and sparking renewed clashes with police.
Online forums used to organize the largely leaderless movement encouraged supporters to use a night when revelers traditionally embrace costumes to mock a recently enacted ban on face masks at protests.
Flashmob rallies broke out in multiple locations, hours after the city announced it has plunged into a technical recession for the first time since the global financial crisis over a decade ago.
Police set up checkpoints around Lan Kwai Fong, a tightly-packed entertainment district that hosts a large annual Halloween party, as protesters descended on the area.
Many mocked the officers, shouting sarcastic chants such as “I want to drink alcohol and get laid”, as well as more familiar protest slogans, as small groups of confused revelers looked on.
Police declared an “unlawful assembly” and eventually fired tear gas to disperse the crowds sending plumes of acrid smoke wafting through the city’s commercial district once more.
Many of those protesting wore outfits poking fun at the city’s leadership.
Yan Lee, an accountant in her 50s, wore a mask that combined the face of justice secretary Theresa Cheng with the Disney villain Maleficent.
“For months she has done nothing for Hong Kong but defend the authorities,” she told AFP.
Another protester, who gave her surname as Loo, had painted her face in the style of Batman’s nemesis, The Joker.
She said she was inspired by the recent Hollywood film that traces The Joker’s origin story as he launches a revolution against Gotham City’s elites.
“The idea that everyone owns the spirit to fight touched me a lot,” she said.
One 72-year-old man surnamed Wong was wearing a mask with the likeness of Forky, the new Toy Story character.
“Everyone knows the saying ‘Hongkongers resist,’ so I’m here to resist,” he said.
“I don’t think there’s anyone out here tonight who’s not afraid, [it’s] because we’re afraid we have to come out. If things were peaceful… we probably wouldn’t come out.”
“Watching what’s been happening in the last few months has made everyone angry… I’m scared and I’m angry, so that’s why I’m out here,” he continued, adding that he would keep coming to protests. “I’ve still got a few more years left.”
Tear gas was also fired across the harbor in Mong Kok and Prince Edward where hardcore protesters had adopted a less satirical but more familiar tactic — blocking roads and setting fire to makeshift barricades.
Activists were marking two months since police were filmed beating protesters in Prince Edward subway station, one of multiple incidents this summer that have fanned hostility towards the force.
Additional reporting by Vicky Wong.


SD
BETA
NEW GAME
PLAYER SETUP
ADD PLAYER
PLAYERS
SCORE SETUP
301
501
701
START GAME
DART SCORE:
0
1
2
5
10
DOUBLE
TRIPLE
✔
X
TURN SCORE:
0
GAME RESULTS
Winner:
Finish


Wave 4
In Wave 4, the class did a turnover of the capstone project to Haven for Children. This was done on March 20 in the 12M classroom. It was styled as a defense presentation, where people presented in the front while a panel (composed of both school and Haven for Children administrators/clients) listened.
Despite not being the one to present for the website group, I was able to contribute by helping write the manual for the store logistics, which was needed since the Haven for Children administrators don’t have much technical know-how. It taught how to process online orders and deliver them to the customers. I based this on real-life practices of small online shops in social media.
After our presentation, the panel gave their insights. Aside from a few questions, they were happy with the project. We then gave them our leftover materials, along with the first drafts of the manuals we made. To conclude, this entire project brought us outside of our comfort zone as privileged students, but for a good cause. I am thankful to Haven for Children for the whole learning experience; I am sure they feel the same.


Open Console (F12) to view the returns :)
The expression "Smart Form" is basically the same modal approach, what changes and ends up becoming a form has a functionality to work in the form of CRUD (Create, Read, Update and Delete) and manages to create a form with these actions defined and tasked to execute upon completion.
The First Step of the form creation is declare in your application the tlContainerModal
directive and its Module that calls ContainerModalModule
.In this demo application its declared on app.component.html. This directive is used to place the modal on the window, it will lock the modal on that region while dragging for example.
To create a CRUD form in truly-ui we should pass some the parameter ModalConfiguration
like described bellow.
The smart form has a property ( [primaryKey]
) to approach the primary key field on the the form, that allows the form to disable it but still return the value when the action is Update
See bellow an example of the use.
When using CloseOnOK
property as false
the modal form does not going to close, but the modal service provides a method to close the modals
using the id passed in the moment of the creation
To use the method, just call:


Corda with Spring Security login
Invalid username and password.
You have been logged out.
Username
Password
Server
Port


{% extends "_base.html" %} {% block content %}
Thank you for voting!
Please take a moment to fill out our optional feedback survey to help us learn how to improve BCeV.
Do you know what blockchain technology is? {{ form.q1(placeholder="Enter reponse here.") }} Was BCeV easy to use? {{ form.q2(placeholder="Enter reponse here.") }} Do you value privacy/anonymity when voting? {{ form.q3(placeholder="Enter reponse here.") }} Do you prefer digital voting in comparison to pen and paper? {{ form.q4(placeholder="Enter reponse here.") }} Do you think the future of voting should be similar to BCeV? {{ form.q5(placeholder="Enter reponse here.") }}
Do you know what blockchain technology is?
Was BCeV easy to use?
Do you value privacy/anonymity when voting?
Do you prefer digital voting in comparison to pen and paper?
Do you think the future of voting should be similar to BCeV?


{% extends "base_menu.html" %} {% block content %}
Delete Blog
Are you sure you want to delete the blog: {{ blog }}?
{% csrf_token %}
{% endblock %}


Welcome,
{{name}}
Look up a movie or TV Show review you made.
Return Home
Filter by Platform
Movie
TV Show
Search Reviews
Title
Type
Score
Review
Average Rating
{% for item in items %}
{{item.Title}}
{{item.Type}}
{{item.Score}}
{{item.Review}}
{{item.AverageRating}}
Update Review
Delete Review
{% endfor %}


Working with Datasheet
1. Creating a datasheet
To create a datasheet you can either:
(i) import a data from an ASCII file. Click the ‘Open’ button (in the main toolbar) and select the file to be imported. The Import ASCII dialog appears, giving you the possibility to select the delimiter (TAB, SPACE or ;), to set the number of rows to skip at the beginning of the file, to set the number of rows to read from the file. When ready, press ‘OK’ to import the file content into a new datasheet. A posted note is associated to the datasheet. To view and modify it, select ‘View/Note’.
(ii) create a blank document by clicking the ‘New’ button (or click ‘File/New’ menu). A new datasheet, with two blank columns, will be created
2. Column properties
To show and set the column properties, right click the column and choose ‘Properties’. The ‘Column Properties’ appears giving you the possibility to:
(i) To change the column label. You can select to show column name (A, B, C, and so on), label or both.
(ii) To change numeric format of the column data. You can choose between decimal (1000.0) and scientific (1e3). You can also set the format prefix (‘Pre’ = number of digits before the decimal point) and suffix (‘Suf’ = number of digits after the decimal point).
(iii) To change the column type: X, Y, X-Err (Error Bars on X) and Y-Err (Error Bars on Y).
When ready press ‘Apply’ and then ‘OK’. You can change the active column by using the left-right arrows.
3. Inserting, Appending and Deleting columns
To insert a new column after an existing one, right click the latter and choose ‘Insert Column’. A new blank column will be created. You can also append columns (inserting column after the last one) by right clicking on any column and choose ‘Append columns’. To delete a column, right click it and choose ‘Delete columns’.
4. Creating series
You can fill a column with a series of numbers, by setting the initial (‘From’) value y0, Increment δ and, if needed, a multiplier m. At index i (varying from 0 to n-1 (n = number of rows)), the value yi is given by yi = m * yi-1 + δ. To create a series, right click the column and select ‘Create Series’. The ‘Create Series’ dialog appears, giving you the possibility to set the initial value y0, the increment δ and the multiplier m. If you check the ‘To’ button, the calculation will be stopped when yi reach the final (‘To’) value.
5. Setting column values
You can set the column values by using any mathematical expression. Right click the column and choose ‘Set Column Values’ With the shown dialog you can set the column values. The columns are alphabetically named: A, B, C, … (the names are not case sensitive). To set the column values, write down the expression and click the ‘Apply’ button. You can use the dialog menu to quickly include functions and constants in your expression. For more details cf. the paragraph on the mathematical console.
6. Statistics on column
To view the column descriptive statistics, right click the column and select ‘Statistics’. The statistics dialog appears with the standard parameters: Minimum, Maximum, Sum, Mean, Median, Variance, Standard Deviation, Variance Coefficient, Root Mean Square (RMS), Skewness and Kurtosis. You can copy statistics to the clipboard by clicking the ‘Copy’ button.
7. Analysis on column
You can perform some useful calculations on column (e.g. integrate, differentiate, average, calculate the FFT (Fast Fourier Transform) or the autocorrelation function of a transient signal), by selecting the ‘Analysis’ menu.
You can then select, in the ‘Output Column’ list, an existing column to update with the calculation results, or create a new column by checking the ‘New’ button. To add the integral, derivative, averaged or FFT curve to the graph, check the ‘Add to Graph’ button.
Note that you can program you own algorithms by using the SigmaGraph scripting capabilities.
SigmaGraph use a centered difference formula to approximate the derivative:
For integration, the trapezoidal rule is used.
The averaging formula used is the following (where m is the averaging order):
For FFT, the module is calculated and normalized by the number of points (this number of points should be a power of two). The frequency is calculated based on the sampling period (X-step in second).
The Autocorrelation function is calculated by using the following formula:
For equi-spaced measurements y1, y2, ..., yN.
8. Masking data
You can mask selected cells in a column (or group of columns) by right clicking and selecting ‘Mask’. The masked cell will be printed out in red and the corresponding data will not be plotted or used in fitting. You can invert mask or unmask cells: right click the selected cells and choose ‘Invert Mask’ or ‘Unmask’. You can also use the datasheet toolbar buttons to perform these operations.
9. Sorting column
To sort a column, select it, right click and choose ‘Sort Column’ (ascending or descending).
10. Importing ASCII data
SigmaGraph gives you two ways to import ASCII data into a datasheet:
(i) Importing with options. Select the datasheet to import in, and click ‘Import with options’ toolbar button. The importing dialog will appears. Click the browse button (‘…’) and select the ASCII file. The file content and info will be displayed. You can select the delimiter (TAB, SPACE or ;), set the number of rows to skip at the beginning of the file, set the number of rows to read from the file, and select whether or not to read titles into the datasheet. You can select the columns to import by entering their indexes (example: means importing the first and the third columns) or leaving the default behavior ( means import all columns). When ready, press ‘OK’ to import the selected columns into datasheet.
(ii) Importing directly from file. Select the datasheet to import in, click ‘Import’ toolbar button, and choose the ASCII file to import from. The default importing options are used (ASCII separator, rows to skip…).
11. Copy/Paste data
You can copy/paste cells, rows, column… by selecting the data and clicking the ‘Copy’ toolbar button (or Ctrl+C or right-click and select ‘Copy’). To paste data, select destination cells, rows or column and click the ‘Paste’ toolbar button (or Ctrl+V or right-click and select ‘Paste’).
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