Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 1
For the curry, fry the aubergine in a frying pan with the oil, spring onions and spices. Cook for 5 minutes.
Add the cherry tomatoes and prawns, then turn down the heat and cook for a further 5 minutes.
Finish by stirring in the Greek yoghurt and take off the heat.
For the griddled aubergine, rub the aubergine slices with oil on both sides and place on a hot griddle pan. Cook for 3 minutes on each side or until soft and charred.
Reserve one slice of the griddled aubergine and slice into four for decoration later.
With the 3 remaining slices, place a spoonful of the prawn mixture in the middle of each slice and roll to secure.
Place the parcels on a plate and decorate with the sliced aubergine.


| Reset
to default |
Reset to default values (partial response with full_content) |
| ReplaceById
1 |
Partial response test with only use partial-replace (replaceById).
Only change "default_div_table_2_cell_msg" text to "replace_by_id_div_table_2_cell_msg".
|
| Replace 1 |
Partial response test with only use partial-replace (replace with use selector). Change order:
Only change "default_div_table_2_cell_msg" text to "replace_div_table_2_cell_msg".
|
| Append 1 |
Partial response test with only use partial-append (append with use selector). Change order:
Only change "default_sub_div_0_msg" text to "default_sub_div_0_msg_append".
|
| Prepend 1 |
Partial response test with only use partial-append (prepend with use selector). Change order:
Only change "default_sub_div_0_msg" text to "prepend_default_sub_div_0_msg".
|
| ReplaceById
2 |
Partial response test with only use partial-replace (replaceById). Change order:
1. Change new_content div text ("default_new_content" to "replace_by_id_new_content_with_hard_code_html").
2. Change main_div text (sub_div_0, sub_div_1 and sub_div_2; prefix ("default") is replaced to "replace_by_id").
3. Change div_table_2 text (prefix replaced to "update_DIV_TABLE_2").
4. Change div_table_1 text (prefix replaced to "update_DIV_TABLE_1").
5. Change sub_div_0 text (prefix replaced to "update_SUB_DIV_0").
6. Change sub_div_1 text (prefix replaced to "update_SUB_DIV_1").
|
| Replace 2 |
Partial response test with only use partial-replace (replace with use selector). Change order:
1. Change new_content div text ("default_new_content" to "replace_new_content_with_hard_code_html").
2. Change main_div text (sub_div_0, sub_div_1 and sub_div_2; prefix ("default") is replaced to "replace_").
3. Change div_table_2 text (prefix replaced to "update_DIV_TABLE_2").
4. Change div_table_1 text (prefix replaced to "update_DIV_TABLE_1").
5. Change sub_div_0 text (prefix replaced to "update_SUB_DIV_0").
6. Change sub_div_1 text (prefix replaced to "update_SUB_DIV_1").
|
| Append 2 |
Partial response test with only use partial-append (append with use selector). Change order:
1. Append "_append" postfix to "default_new_content".
2. Append new div elements to main_div. Append "append_new_content" div with text content ("append_new_content")
and empty "after_append" with empty text content.
3. Append "after_append" text to the "after_append" div.
|
| Prepend 2 |
Partial response test with only use partial-append (prepend with use selector). Change order:
1. Prepend "prepend_" prefix to "default_new_content".
2. Prepend new div elements to main_div. Prepend "prepend_new_content" div with text content ("prepend_new_content")
and empty "after_prepend" with empty text content.
3. Prepend "after_prepend" text to the "after_prepend" div.
4. Change sub_div_1 text (prefix replaced to "update_SUB_DIV_1").
|
| Complex |
Partial response test with use partial-append, partial-prepend, partial-replace normal and selectors. Change order:
1. Change main_div text (sub_div_0, sub_div_1 and sub_div_2; prefix ("default") is replaced to "replace_by_id").
2. Append "_append" postfix to "default_new_content".
3. Prepend "prepend_" prefix to "default_new_content_append".
|
| Append table row |
Testing inserting a new row. New row with Hello world should appear after last row. |
| Append with javascript |
Appends new content by passing Javascript code snippet from the server using PartialResponseBuilder.eval(javascript) function. |


--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/pullback.20ring.20topology.3F.html ---
Idle question that just came up: if R is a ring, and X is a topological space and f: R -> X is a map, there is certainly a canonical smallest topology on R which makes f continuous -- but is there a smallest topological ring structure on R which makes f continuous? This would not surprise me -- but the details would need checking. Is this some sort of question which Galois insertions or whatever can just answer instantly? Note: a topological ring is a ring and a topology such that + and - and * are continuous maps.
We would need to check that structure preserving topologies form a complete lattice, i.e. they are closed under arbitrary intersection
that's a math question
known*
Is the answer to the corresponding question to group known?
I've just told you the definition: it's some type R plus some random collection of maps R^n -> R and they all have to be continuous. So it's a model theory question not a maths question.
no, I mean is the intersection of a bunch of topologies respecting the operations, a topology respecting the operations?
The answer to that question is independent of the operations in question, right?
OK so you're saying that it's a question in topology maybe. I want a model theorist to mumble something about second order structures or something, but you want me to do the work.
 The "union" topology on R induces the "union" topology on R^2. Surely. Someone should check in Lean ;-)
And then if f : X -> Y is continuous for a bunch of pairs of topologies on X and Y, then it's surely continuous for the union topology.
yeah, sounds plausible
Great. So why didn't you guys do this in the topological ring API? We need it ;-)
I suppose we'll have to make it ourselves ;-)
Basically that means endowing topological_ring A
with a complete lattice structure
which you can do by galois insertion like you said
Maybe it's about time I learnt what a Galois insertion was.
I think that's the same way topological_space A
gets it's structure, you can look at that
Ah, for the galois insertion you need the forgetting map from topological_ring to topological_space, and then it's adjoint (left? right?) that builds that least topological_ring structure finer than the input topological_space
Indeed.
And I was basically wondering whether this construction is already somehow a trivial special case of some hugely general construction which is already in mathlib somewhere
Actually the part about generating a topology on X making a function f : X -> X continuous looks a little suspicious
I think it will work, but it's sort of inductive
you have one already, right?
There are certainly plenty of ways to build topologies, and you can cobble them together to build this, but I don't think making a least topological_ring is a direct application of anything in mathlib
Aah so it is not as formal as I had hoped.
And in fact if we want X^2 -> X continuous then it's now less clear how this induction is working. "Hey, we want this random subset of X^2 to be continuous -- please put a sensible topology on X which guarantees this"
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


I would like to take the oppertunity to talk a little about our latest project at Purple Scout.
BinOcular - Tabs featureBinOcular is the response to an ever-growing need to browse different kinds of binary files, both modern well documented formats, as well as obscure legacy ones. When developing products, the developer is frequently faced with the problem to deal with binary files in some way or the other. The reasons for having to deal with binary data formats today are many, and could for example be viewing of scientific data files, looking into image formats for specific headers, “debugging” of the output from some tool or simply having to deal with legacy data formats....


{% extends "layout_task-list.html" %} {% block page_title %} Money Claims Prototype {% endblock %} {% block home_link %} ../task-list {% endblock %} {% block proposition_header %} {% set my_account="1" %} {% include "includes/propositional_navigation.html" %} {% endblock %} {% block content %} {% include "includes/phase_banner_beta.html" %} Back Did you make an agreement that's related to the claim? Paying for goods or services counts as an agreement between you and whoever you paid. Yes - a written agreement Yes - a verbal agreement I just paid for goods or services {% include 'prototypes/prototype-jun-2019/includes/contact.html' %} {% endblock %}
Paying for goods or services counts as an agreement between you and whoever you paid.


Adwoa Asante
interest
Mobile Development · Agile Project Management · Web Development .
Software Development · Health Education
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| US MEDICAL and DENTAL | |
|---|---|
| Year | {{itemizedInfo.usmedical_year}} |
| Health insurance premiums | {{itemizedInfo.health_insurance}} |
| Long term care premiums | {{itemizedInfo.longterm_care}} |
| Medical miles traveled | {{itemizedInfo.medical_miles}} |
| Other US medical and dental expenses (list below): | |
| Hospital | {{itemizedInfo.hospital}} |
| Contacts/ Glasses | {{itemizedInfo.contacts_glasses}} |
| Laser eye surgery | {{itemizedInfo.laser_eye_surgery}} |
| Prescriptions | {{itemizedInfo.prescriptions}} |
| Co-pays | {{itemizedInfo.co_pays}} |
| Physician/ Dentist/ Chiropractor | {{itemizedInfo.physician_dentist_chiropractor}} |
| Lab Fees | {{itemizedInfo.lab_fees}} |
| TAXES paid in US | |
| State and local income taxes | {{itemizedInfo.state_local_income_taxes}} |
| Sales tax paid on purchase of boat, automobile | {{itemizedInfo.sales_tax}} |
| Real estate taxes | {{itemizedInfo.real_estate_taxes}} |
| Personal property/ Vehicle Excise taxes | {{itemizedInfo.property_vehicle_excise_taxes}} |
| Other taxes (list): | |
| {{itemizedInfo.other_taxes}} | |
| INTEREST PAID | |
| Do you have home loan in India? | {{itemizedInfo.home_loan_india}} |
If yes, Amount of Home loan Interest paid (Please attach document) |
{{itemizedInfo.homeloan_interest}} |
| Investment interest | {{itemizedInfo.investment_interest}} |
| Any Other interest paid (list below): | {{itemizedInfo.other_interest}} |
| GIFTS TO CHARITY (attach receipts) | |
|---|---|
| Year | {{itemizedInfo.charity_year}} |
| Total gifts by cash or check | {{itemizedInfo.gifts_cash}} |
(Pl specify charity institution name, date contributed and Amount) |
|
| Charitable miles traveled | {{itemizedInfo.charitable_miles}} |
| Other than by cash or check | {{itemizedInfo.other_cash}} |
(Pl specify charity institution name, date contributed and Fair market value of goods) |
|
| JOB EXPENSES (list below): | |
Note: Please mention only the amount which is incurred in your official assignment and it should not be reimbursed by the employer. Emp business expenses should be accompanied by receipts. |
|
Parking fees/ tolls, local transportation expenses |
{{itemizedInfo.parking_fees}} |
Travel expense while away from home including |
{{itemizedInfo.travel_expense}} |
| Lodging, Airplane, car rental etc | {{itemizedInfo.lodging_airplane_car_rental}} |
| Any other expenses (Business Use only) | {{itemizedInfo.other_expenses}} |
| Internet | {{itemizedInfo.internet}} |
| Cell phone/ Company related phone calls | {{itemizedInfo.phone_calls}} |
| Stationary/ Postage | {{itemizedInfo.stationary_postage}} |
| Job related Education expenses | {{itemizedInfo.education_expenses}} |
| Meals & entertainment expenses | {{itemizedInfo.entertainment_expenses}} |
| OTHER MISC. DEDUCTIONS (list below): | |
| Safe Deposit box rental | {{itemizedInfo.safe_deposit}} |
| Investment Expense | {{itemizedInfo.investment_expense}} |
| Margin or Investment Interest Paid | {{itemizedInfo.margin_investment}} |


--- layout: post title: Flirtomatic.com - Flirt like mad, baby date: 2006-08-22 00:00:00 categories: business interfaces-&-interaction mobile social ---
Flirtomatic.com - Flirt like mad, baby: "I first checked out Flirtomatic a long time ago when it first launched. I was impressed then and, after quite a few revisions and improvements, I am still very much impressed. "


Libraries tutorial
1. Logging in
Much like the old Geospiza LIMS, you need to log in to MISO LIMS in order to make changes to any LIMS entities. Logging in lets us record any changes you make and also allows us to set appropriate permissions.
If you were able to log in to Geospiza LIMS, you already have the correct
permissions and can proceed to logging in. If you are a new user, you will need
to contact<EMAIL_ADDRESS>so that they put you into the appropriate
Active Directory group, MISO_ROLE_INTERNAL
.
Try to log in now:
- Click on http://miso.gsi.oicr.on.ca.
- Enter your username (e.g. jdoe) and password and click the Login button. MISO uses the same username and password as your OICR email account.
If all goes well, you should see the MISO Dashboard and see a message at the top right: "Logged in as: jdoe".
2. Propagating aliquots to libraries
A library is made from one sample for a single target platform and has a specific design associated with it that decides the selection and strategies used to make the library. A library may also have indices (primers) and QC information.
MISO stores two important pieces of information about how a library was generated: the selection (e.g., PCR, cDNA) and the strategy (e.g., WGS, WXS, amplicon). A design captures both a selection and strategy and the list of allowed designs is limited based on the sample type (e.g., a cDNA sample can only have SM, WT, or MR library designs and these lock the selection and strategy type accordingly).
2.0 Scan aliquots into your inbox
First, we accept the aliquots made by the samples team and put them into your inbox.
Boxes hold samples, libraries, and pools. They do not track reagents or primers. Boxes are separated into uses for different kinds of storage (e.g., tissue samples versus extracted DNA), but there is no check that items in a box match. Each box also has a size that includes the physical dimensions of the box as well as whether the box is compatible with the VisionMate scanner. Every position in the box is identified by a standard row letter + column number format (e.g., C05).
In this exercise, we are going to take tissues/samples/libraries from the previous team/collaborator by scanning them out of the previous box and into a newly created 'inbox'.
First, create a new box. This box will be your 'inbox'.
- From the navigation panel, choose Boxes and then Add Box.
- On the Create Box page, enter the information:
- Alias: A short name for the box. Record this name in your worksheet.
- Description: a human description of the box purpose “gDNA ready for
library prep for
”. - Use: The contents of the box. Select an appropriate use for your entities.
- Size: Select
8 x 12 scannable
. - Click Save.
Upon clicking save, a graphic of the box will appear.
You can now fill the box with the tissues, stocks, aliquots, libraries, or pools that were made in previous steps. Collect the appropriate matrix tubes/barcodes now.
- Click on a position in the displayed Contents grid.
- Enter a matrix barcode into the box on the right and click Lookup.
- Click Update Position.
- ⚠ The Save button at the top of the page does not work for individual positions, only for Box Information.
- Repeat for as many samples/libraries/pools as you want.
The table below the box diagram shows the position and information for the currently selected sample. If you would like to see all of the samples in the table, click the List all Box Contents button at the top right of the table.
In the lab, it is possible to use Options > Scan Box to use the plate scanner and update all positions at once, but that will not be covered in this tutorial.
Using Boxes
Boxes can be found either from the Sample or Library page or the Boxes page.
- On the Sample page, search for one of your sample or library aliases and click on the alias to load the page.
- The Box and position is listed under Location near the top of the Sample
Information section. Click on the link to go to the Box (e.g.
PROJ_OUTBOX, A03
).
Boxes can be used to store Samples, Libraries and Pools and one box can store all three types.
2.1 Bulk propagate aliquots into libraries
In this section, you will use the aliquots created already and create libraries.
- On the Samples page, enter your project name into the search box.
- Check the gDNA aliquot samples to turn into libraries. These samples are the
ones that end in
_D_1
:PROJ_0001_Br_P_nn_1-1_D_1
PROJ_0001_Ly_R_nn_1-1_D_1
PROJ_0002_Br_P_nn_1-1_D_1
PROJ_0002_Ly_R_nn_1-1_D_1
- From the Bulk actions drop down, select Propagate (library) selected.
- A table will appear. Enter the library information:
- Library Alias: The sample alias up to the tissue type (R or P), library
type, insert size, library design (e.g.,
DI4S_0001_Br_P_PE_318_WG
). For more information about Library nomenclature, see Library Nomenclature. ⚠ This alias does not automatically fill in yet, so it must be entered: PROJ_0001_Br_P_PE_300_EX
PROJ_0001_Ly_R_PE_300_EX
PROJ_0002_Br_P_PE_300_EX
PROJ_0002_Ly_R_PE_300_EX
- Matrix Barcode: As before, usually this would be scanned by the hand
scanner. In this tutorial, enter matrix barcodes in the form (Short
name)_(Tissue type)(Individual)_Li, e.g.
PROJ_P1_Li
. - Description: Library (Tissue type)(individual), e.g.
Library P1
- Design: EX
- Platform: Illumina
- Type: Paired End
- Index Kit: Nextera Dual Index
- Index 1 and Index 2: Select any combination of indices you wish. Select different indices for each library. Selecting the same index for two different libraries will make you unable to pool those two libraries together later.
- Volume: 100
- Kit: KAPA Hyper Prep
- Library Alias: The sample alias up to the tissue type (R or P), library
type, insert size, library design (e.g.,
- Choose Save.
Note that for dual-index libraries, only the first index needs to be specified. The second is optional.
3. Quality control
There are three way to indicate library quality in MISO: 1) Enter quantitative QC values under the Library QC section; 2) The overall pre-sequencing quality flag QC passed; and 3) The post-sequencing quality control Low quality library.
3.1 Library QC
After measuring the insert size or concentration, this information can be entered into each library. There is no bulk entry for this information yet, it must be entered for each library.
- From the Libraries page, find the
PROJ_0001_Br_P_PE_300_EX
library using the search box and click the sample link. - On the right side of the QCs heading, select Options → Add Library QC.
- Enter the information in the row:
- QC Date: Select a date.
- Method: Choose a QC instrument.
- Results: Enter the measurement.
- Insert Size: Enter the measured insert size.
- Click Add.
3.2 QC passed
QC Passed is a simple pass/fail flag for a library to decide if it is good enough for sequencing. If not measured, this can be left as "Unknown".
- From the Libraries page, find the
PROJ_0001_Br_P_PE_300_EX
library using the search box and click the sample link. - Change QC passed from Unknown to True.
- Click Save.
3.3 Low Quality Sequencing
Libraries can be marked as having low sequencing quality, which will be shown after the Run exercises.
4. Scanning libraries into your outbox
Scan the libraries you just created into the outbox for the sequencing team to use.
Finally, update the TUTORIAL_OUTBOX with your samples/libraries/pools to pass them on to the next team or to put them into storage.
Removing and discarding tubes
When you have a position selected, you can also either remove the tube from the box (setting its location to "Unknown") or discard the tube, meaning it has been used up. Discarding the tube sets the volume of the sample to 0 and marks it as "discarded",and removes it from its box.
- Click on one of the positions in the box with a tube. The position, alias, and barcode will appear to the right or below the box graphic. Right-click on the alias and pick "Open in new tab" to load the details page.
- Go back to the Box page in the other tab. Make sure the tube is still selected in the Box and click Discard Tube. Click "OK" in the pop-up.
- Go to the other tab with the Details page and click the browser refresh button. The Location field will show as blank, Volume will be set to 0.0, and the Discarded box will be ticked.
Moving items around in boxes
An item can only exist in one box. If assigned to a new box, it will disappear from the original.
- In the current tab, go to the Boxes page, find the TUTORIAL_OUTBOX box. This box was previously created by the MISO developers for the tutorial.
- Choose an empty position and enter one of your barcodes.
- Click Lookup and Update Position.
- Go back to your own Box and refresh the page. The sample was removed.
- Repeat this process for the rest of the samples/libraries that you are transferring to the next team.
5. Propagating libraries to dilutions
A library cannot be directly loaded into a lane in a sequencing container (flowcell/SMRTcell) in MISO. A dilution must be made and then many dilutions (or just one) can be mixed into a pool for sequencing.
Orders are requests for sequencing pools a certain number of times. They are used to keep track of sequencing progress for project management and book-keeping.
5.1 Bulk creating Library Dilutions
Dilutions can be made in bulk from libraries.
In this exercise, we will create 4 library dilutions from the libraries we made previously.
- On the Libraries page, check all the libraries just created.
PROJ_0001_Br_P_PE_300_EX
PROJ_0001_Ly_R_PE_300_EX
PROJ_0002_Br_P_PE_300_EX
PROJ_0002_Ly_R_PE_300_EX
- From the Bulk actions drop down, select Make dilutions from selected and click Go.
- Enter the concentrations of the dilutions (use any number you wish).
- Click Save.
Dilutions are a bit ephemeral in MISO: there is no list for all the dilutions. To see the dilutions for a library, view the library page. At present, Dilutions cannot be saved in Boxes.
6. Creating Pools
Pools are the last step for libraries before sequencing and represent the entity that is loaded onto the flowcell lane or SMRTcell. A "pool" can have one or more library dilutions in it. They are equivalent to "worksets" in Geospiza, but are required for every lane of sequencing.
Here we will all all of the dilutions we added previously to make a single pool of 4.
- On the Pools page, under the Illumina tab, select Options → Add Pool.
- Enter the Pool Information:
- Alias: A short description of the pool contents. Enter the project name
followed by
_POOL
(e.g.PROJ_POOL
) - Description: A longer free-text description of the pool.
- Platform Type: Leave
Illumina
selected. - Desired Concentration: Enter a concentration.
- Creation Date: Select a date.
- Ready to Run: Whether or not the pool is ready for sequencing. This flag is used together with the Order to show the pool is ready to be sequenced. Tick this box.
- Volume: Enter a pool volume.
- Click Save.
- In the Pooled Elements section, use the search box to find the dilutions created previously.
- For each dilution, check the box beside the dilution.
- Just above the table, click Add Selected to add the checked dilutions to the pool.
7. Ordering sequencing
Orders are created on the pool to be sequenced, and include the quantity of sequencing required (counted in lanes/SMRT cells), and the sequencing chemistry required (on Illumina).
- On the Edit Pool page for the pool you just created, scroll down to the Orders heading.
- Click Add Order:
- Fill in the new order box:
- Partitions: the number of lanes/cells that should run for this pool. Enter
2
- Platform: Select the instrument for sequencing.
Illumina - Illumina HiSeq 2500
- Sequencing Parameters: Select
v4 2×126
chemistry.
- Partitions: the number of lanes/cells that should run for this pool. Enter
- Click Save. The order will now be visible in the Orders section.
7.1 Checking for unfulfilled orders
The Orders page is used to decide what needs to be sequenced.
- From the navigation menu, choose Orders.
- Verify that the pool you just created is listed in the Unfulfilled tab.
Columns on this page will disappear if there are no entries (e.g., the Failed column will not be shown if there are no failed runs). When enough lanes have been sequenced, the row will disappear from the Unfulfilled tab, but remain in the All tab. Lanes currently being sequenced will be marked as in-progress and remain on the Unfulfilled tab until the run transitions to Completed.
A pool can have many orders. Orders for the same platform and chemistry are summed when displayed on this page.
Troubleshooting
How do I correct an index on a library?
The index can be changed on either the individual library page or the bulk edit page.
- From Tracking, Library, select the library that needs to be changed.
- If necessary, change Index Family. If selected, the indices will be erased.
- Select the correct index under Indices. If the index family supports dual barcoding, another drop down will appear.
What if I assign a library to the wrong parent aliquot?
Please email<EMAIL_ADDRESS>or file a JIRA ticket in GSI Common to get assistance from the MISO team.
What if I forget to put a library dilution in a pool?
If the library dilution has not been created:
- From Tracking, Library, select the library that needs to be added.
- In the Library Dilution section, hover over Options and select Add Library Dilution.
- Fill out the new row in the table, then click Add.
Once the dilution exists:
- From Tracking, Pool, select the pool that needs the additional library dilution.
- In the Pool Elements section, find the second table, labelled Select poolable elements.
- Enter the library name, library alias, or dilution name in the Search box.
- Find the correct dilution in the list and click the plus button beside it.
How do I change the targeted sequencing type on a library?
Targeted sequencing is connected to the dilution since the same library can be used for multiple targeted sequencing panels.
- From Tracking, Library, select the library that needs to be changed.
- In the Library Dilution section, under the Edit column, click the pencil beside the dilution that needs to be changed.
- Select a new Targeted Sequencing from the list.
- Under the Edit column, click Save.
How can I add a new targeted sequencing type, kit, or anything else in drop-down menus?
For targeted sequencing and indices, please email<EMAIL_ADDRESS>or file a JIRA ticket in GSI Common to get assistance from the MISO team.
Kits can be added easily:
- From Tracking, Kits, select the type of kit you want to add.
- Click Create Kit Descriptor.
- Fill in the form. The Stock Level is not currently used, so leave it at zero.
- Carefully select the Kit Type and Platform. This will determine what the kit can be used for.
- Click Save.
How do I make bulk orders?
Alas, this is not possible yet.
How are matrix tube barcodes assigned to tubes?
Barcodes can be assigned on an individual edit page or in bulk.
To change a single library:
- From Tracking, Library, select the library that needs to be changed.
- In the top right, you will see a box labelled Barcode.
- Hover over the down arrow and select Update Barcode.
- Scan the barcode.
- Click Save.
To change many libraries:
- From Tracking, Library, check the box beside each library that needs to be changed.
- From Bulk actions, choose Update selected and click Go.
- Select the cell in the Matrix Barcode column for the library and scan the barcode.
- Repeat for all the libraries.
- Click Save.
What is the importance of selecting a study since it prevents the sequencing stage from adding pools to the lane containers?
The study is important for submitting to the ERA. Although we are not using that feature of MISO, it's required that all projects have at least one study and that it is required when adding a pool to a lane.
| < Samples tutorial | Home | Sequencing tutorial > |


Learn to Code
Exercise
Add a link to my favourite website
CodeAcademy
A List of 5 new vocabulary words or concepts you've learned so far
- Readme-A document that explains how to get started
- Line divider using hr,which need not have closing tag
- Bolder larger headings(h1,h2 and h3)
- Linking websites using href
- Uploading images onto the project
Add an image to your page
Turn your image into a link to Codeup.com


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See http://sailsjs.org/#!documentation for a deeper dive.


---
title: "SCOPES ANDERSON EXHIBIT"
date: "2000-01-01 20:08:14 -06:00"
categories:
- exhibit
subtitle: "A Celebration of Birds"
layout: "free-events"
event-image: "scopes-anderson-photography-exhibit.jpg"
event-dates: "August 14 - September 6"
event-location: "Red Butte Garden"
button-type: "register"
tickets-link: ""
registration-info: "Questions?
Please Call<PHONE_NUMBER>"
instructor-info: "N/A"
member-cost: "Free"
public-cost: "No admission fee required to shop"
event-notes: ""
tickets-button: "hide"
refund-policy: "hide"
published: false
---
A photographic tribute to the wonder of nature by Leslie Scopes Anderson and Mike Anderson.
Two award-winning photographers present an exhibit showcasing the beauty of birds, in the garden and other habitats around the world and throughout the seasons. Leslie and Mike have been photographing birds for more than a decade and are pleased to share their passion with you.
Leslie Scopes Anderson and Mike Anderson combined biography HERE.
European Roller takes flight, Budapest, Hungary - May, 2011 - Leslie Scopes Anderson
Barn Swallow parent feeding baby, Woodley Island Marina, Eureka, CA - July 2008 - Mike Anderson
California Quail greets the day! Point Reyes National Seashore, CA - June 2019 - Leslie Scopes Anderson
Green-breasted Mango, Laguna del Lagarto, Costa Rica - Jan 2013 - Mike Anderson


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Prism has a test suite, that ensures that the correct tokens are matched.
Running the test suite is simple: just call npm test
.
All test files are run in isolation. A new prism instance is created for each test case. This will slow the test runner a bit down, but we can be sure that nothing leaks into the next test case.
To run the tests only for one language, you can use the language
parameter: npm test -- --language=markup
.
You can even specify multiple languages: npm test -- --language=markup --language=css
.
Thank you for writing tests! Tests are awesome! They ensure, that we can improve the codebase without breaking anything. Also, this way, we can ensure that upgrading Prism is as painless as possible for you.
You can add new tests by creating a new test case file (with the .test
file extension) in the tests directory which is located at /tests/languages/${language}
.
All tests are sorted into directories in the tests/languages
directory. Each directory name encodes, which language you are currently testing.
All language names must match the names from the definition in components.js
.
Just put your test file into the directory of the language you want to test.
So, if you want to test CSS, put your test file in /tests/languages/css
to test CSS only. If you create a test case in this directory, the test runner will ensure that the css
language definition including all required language definitions are correctly loaded.
If you want to test language injection, you typically need to load two or more languages where one language is the “main” language that is being tested, with all other languages being injected into it.
You need to define multiple languages by separating them using a +
sign: markup+php
.
The languages are loaded in order, so first markup (+ dependencies) is loaded, then php (+ dependencies). The test loader ensures that no language is loaded more than once (for example if two languages have the same dependencies).
By default the last language is the main language: php+markup
will have markup
as main language. This is equal to putting your code in the following code block:
...

...
If you need to load the languages in a given order, but you don't want to use the last language as main language, you can mark the main language with an exclamation mark: php!+markup
. This will use php
as main language. (You can only define one main language. The test runner will fail all tests in directories with more than one main language.)
Note: by loading multiple languages you can do integration tests (ensure that loading two or more languages together won't break anything).
At first you need to create a new file in the language directory, you want to test.
Use a proper name for your test case. Please use one case of the following conventions:
issue{issueid}
: reference a github issue id (example: issue588.test
).{featurename}_feature
: group all tests to one feature in one file (example: string_interpolation_feature.test
).{language}_inclusion
: test inclusion of one language into the other (example: markup!+css/css_inclusion.test
will test CSS inclusion into markup).You can use all conventions as a prefix, so string_interpolation_feature_inline.test
is possible. But please take a minute or two to think of a proper name of your test case file. You are writing code not only for the computers, but also for your fellow developers.
The structure of a test case file is as follows:
... language snippet...
----
... the simplified token stream you expect ...
Your file is built up of two or three sections, separated by ten or more dashes -
, starting at the begin of the line:
The easiest way would be to look at an existing test file:
var a = 5;
----------------------------------------------------
[
["keyword", "var"],
" a ",
["operator", "="],
["number", "5"],
["punctuation", ";"]
]
----------------------------------------------------
This is a comment explaining this test case.
While compiling, Prism transforms your source code into a token stream. This is basically a tree of nested tokens (or arrays, or strings).
As these trees are hard to write by hand, the test runner uses a simplified version of it.
It uses the following rules:
Token
objects are transformed into an array: [token.type, token.content]
(whereas token.content
can be a nested structure).For further information: reading the tests of the test runner (tests/testrunner-tests.js
) will help you understand the transformation.
Sometimes, using the token stream tests is not powerful enough. By creating a test file with the file extension .js
instead of .test
, you can make Prism highlight arbitrary pieces of code and check their HTML results.
The language is determined by the folder containing the test file lies, as explained in the previous section.
The structure of your test file will look like this, for example:
module.exports = {
'➊': '➊',
'¶': '¶',
};
The keys are the codes which will be highlighted by Prism. The values are the expected results, as HTML.
The test runner itself is tested in a separate test case. You can find all “test core” related tests in tests/testrunner-tests.js
.
You shouldn't need to touch this file ever, except you modify the test runner code.
The global test flow is at follows:


Readme2HTML is a simple commandline javascript utility which takes a README.md markdown page and converts to an index.html page. This is useful for build scripts where you want to able to just browse a directory and have see the same content as a README.md but don't have a markdown viewer installed (say as a browser extension).
(assumes all installation has been completed. see Installation section)
```bash
./readme2html.js
The actual input files and output can be changed at command line by providing parameters:
bash
./readme2html.js
## Dependancies
readm2html uses the nodejs javscript runtime along with some package which are available via the npmjs javascript packaging service.
* nodejs javascript runtime - [nodejs](https://nodejs.org/en/)
* npm - package manager javascript packages - [npm](https://docs.npmjs.com/cli/install)
* uses showdown.js for markdown parsing - [showdown.js](https://www.npmjs.com/package/showdown)
* uses bitwrench.js for page formatting duties - [bitwrench](https://www.npmjs.com/package/bitwrench)
## Source code home
all source is at github:
[readme2html on github](http://github.com/deftio/readme2html)
## Linting
readm2html uses eslint for static code checking and analysis.
bash npm install eslint --save-dev
./node_modules/.bin/eslint --init
Now run the lint test like this:
bash
./node_modules/.bin/eslint readme2html.js
```
readme2html is released under the OSI Approved FreeBSD 2-clause license
Copyright (c) 2011-19, M. A. Chatterjee
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are met:
Redistributions of source code must retain the above copyright notice, this
list of conditions and the following disclaimer.
Redistributions in binary form must reproduce the above copyright notice,
this list of conditions and the following disclaimer in the documentation
and/or other materials provided with the distribution.


$mpdf
$mpdf :
__construct( $config = array())
invoicePrinter constructor
Call with no arguments for defaults, or pass in a config array If supplying an over-wridden tempDir ensure it's the full system path the the directory and that the _www or apache user/group has read/write permission to it.
| $config |


Probability for Robotics Review
Introduction
In this blog post, I will go over some of the fundamental statistics that every roboticist will encounter when working or studying. I am assuming the audience will have knowledge of high school statistics and are familiar with the basic probability theory. At first, probability definitions are introduced and will continue to introduce common definitions and end with the Bayes probability theory. I am pumped, let’s get started!
Motivation
No sensor is perfect! Imagine Rami bot, a romba like robot with a sonar distance sensor attached. Using the sensor we wanted to predict where the obstacles are with respect to the world frame (start point of the Rami). Since the sensor is not perfect, it might be noisy and predict the obstacle distance to be 1ft short than what it actually is. To help improve Rami’s obstacle estimates being able to quantify the obstacles location is important not to crash. For example, it would be helpful to Rami if we can say that the obstacle is +/- 0.5 ft with a confidence of 90% is helpful to predict and plan a route compared to the deterministic value we get from the noisy measurements. This framework can be achieved using probability theory. Enough of the imagination, let’s get to the cake.
Axiomatic Probability Theory
sample space
: universe of all possible outcomes of the experiments
$S = \cup s_i$
Let $s_i$ denote a possible outcome of an experiment. The collection of $s_i$ denoted by $S$ should be such that $s_i$ are
- Mutually Exclusive: $A_i \cap A_j = 0; i \neq j$
- Exhaustive: Need to cover all possibilities of the outcome
Event
: is any subset of the sample space $S$
Example: coin flip
possible samples in the experiment are either heads or tails
$S =$ { tails; heads}
$A =$ event heads -> {heads}
Random Variable
: Mapping from a sample space to a number. Can take multiple values
$X : S \rightarrow \mathbb{R}$
Notation: In literature, it is conventional to use capital letters to indicate capital letters
Example: Coin flip
$X =$ {heads; tails}
If it takes a specific value, we indicate by $P(X=$ heads) i.e probability of getting heads
properties:
-
The probability distribution must sum to 1
$\sum_{x} P(X = x) = 1$
-
always non-negative
$P(X = x) \geq 0$
for simplicity, instead of using $P(X=x)$ from here, I will use $P(x)$
Probability density
$f(x) = \frac{ \partial F(x)}{\partial x}$ where $F(x)$ is the probability distribution function
In the robotics community, Gaussian/normal density function is widely used.
parametrized by $\mu:$ mean, $\sigma^{2}:$ variance
$$ p(X=x)=p(x)=\frac{1}{\sqrt{2 \pi \sigma^{2}}} e^{-\frac{(x-\mu)^{2}}{2 \sigma^{2}}} $$
Multi-variate case: here $\boldsymbol{x}$ is vector instead of scalar
$$ P(\boldsymbol{x})=\frac{1}{\sqrt{(2 \pi)^{N} \operatorname{det}(\mathbf{\Sigma})}} \exp \left(-\frac{1}{2}(\boldsymbol{x}-\boldsymbol{\mu})^{T} \boldsymbol{\Sigma}^{-1}(\boldsymbol{x}-\boldsymbol{\mu})\right) $$
$\boldsymbol{\Sigma}$ is called covariance matrix properties:
- Positive semi-definite
- Symmentric
Don’t worry if the above equation looks daunting, I am sure you will be seeing it in various literature and you will get comfortable with it. Takeaways are properties of the covariance matrix, and we need two parameters: mean, and variance is enough to get the normal distribution for a state $x$
Conditional Probability
Often random variables carry information about other random variables. For example, LIDAR measurements can carry information about the robot’s position.
$p(x\mid y) = p(X = x\mid Y = y)$ i.e probability of x given y
$p(y) > 0$, $p(x\mid y) = \frac{p(x,y)}{p(y)}$
If x and y are independent $p(x,y) = p(x) * p(y)$
$p(x\mid y) = \frac{p(x) * p(y)} {p(y)} = p(x)$
make sense right? if $y$ has no information about $x$ then $y$ won’t contribute anything by querying.
Most Used Theorems
Below are the most used theorems in solving probabilistic proofs and problems in various books:
Total probability:
$p(x) = \sum_{Y} p(x\mid y) p(y)$
$B$ is the disjoint union of the intersection $(B \cap A_{i})$ i.e
$B = \cup_{i = 3}^{6}$ $A_{i}$
$p(B) = p(\cup_{i = 3}^{6}$ $(B \cap A_{i}))$
$= \sum_{i = 3}^{6}$ $p (B, A_{i})$
$= \sum_{i = 3}^{6}$ $p (B\mid A_{i})$ $p (A_{i})$
Chain rule
$$ p\left(x_{1}, \ldots, x_{n}\right)=p\left(x_{n} \mid x_{n-1}, \ldots, x_{1}\right) p\left(x_{n-1}, \ldots, x_{1}\right) $$
generally we can formulate as follows:
$$ p\left(\cap_{k=1}^{n} x_{k}\right)=\prod_{k=1}^{n} p\left(x_{k} \mid \cap_{j=1}^{k-1} x_{j}\right) $$
Bayes rule
$p(x\mid y) = \frac{p(y\mid x) * p(x)}{p(y)} = \frac{p(y\mid x) * p(x)}{\sum_{x'} p(y\mid x') p(x')}$ = $\frac{\text{likelihood} * \text{prior}}{\text{total probability}}$
sometimes the above can be written as follows:
$p(x\mid y) = \eta * p(y\mid x) * p(x)$
the Bayes rule can also be used for more than one random variable
$$ p(x \mid y, z)=\frac{p(y \mid x, z) p(x \mid z)}{p(y \mid z)}=\frac{p(z \mid x, y) p(x \mid y)}{p(z \mid y)} $$
Conditional Independence
$$ p(x, y \mid z) = \frac{p(x, y, z)}{p(z)} = p(x\mid z) $$
Expectation
$E[X] = \sum_{x} x p(x)$
property:
-
linearity
$E[aX + b] = a * E[X] + b$
Variance
measures squared expected deviation $\sigma$
$$
\begin{array}{c}
\boldsymbol{\Sigma}(X, Y)=E[(X-E[X])(Y-E[Y])] \
\Sigma(X, Y)=\left[\begin{array}{cc}
\sigma^{2}(x) & \sigma(x, y)=\sigma(x) \sigma(y) \
\sigma(y, x)=\sigma(y) \sigma(x) & \sigma^{2}(y)
\end{array}\right]
\end{array}
$$
properties:
- Bilinear: $\sigma(ax + by, z) = a\sigma(x,z) + b\sigma(y,z)$
- Symmentric: $\sigma(x,y) = \sigma(y,x)$ (very handy)
- Positive semi-definite: $\sigma^2(x) = \sigma(x,x) \geq 0$ $\forall$ random variable
If $\sigma(x,x) = 0$ then random variable is constant
If a vector of random variable transformed by linear transform $A$ then covariance is also transformed as $\Sigma(Ax) = A \Sigma(x) A^T$
Entropy
measures information content
$H(X) = E[ -log_{2} p(X)]$
$= -\Sigma_{x} p(x) log_{2} p(x)$
can be very useful for estimating the gain of the information when our Rami takes a specific action. Usually, we seek to minimize the entropy to increase the gain of information
Bayes Filter
Complete state
: $x_t$ is a complete state if it encompases the necessary information about the past states in order to predict future states. Therefore, $x_t$ will be independent from the past events like past measurements $Z_{0:t-1}$, actions $u_{0:t-1}$, and previous states $x_{0:t-1}$
Belief
:
$bel(x_t) = p(x_t \mid z_{1:t}, u_{1:t})$
sources:
- Probabilistic Robotics: https://mitpress.mit.edu/books/probabilistic-robotics
- http://bibing.us.es/proyectos/abreproy/70437/fichero/4_Capitulo2.pdf
- ENAE788K UMD class: Dr. Robert Sanner


|
Uri GellerLet's just get one thing clear from the get-go. Bending spoons is not a useful life skill.Fortunately, or unfortunately, depending on how you look at it, there's so much more to Uri Geller than just bending spoons. For instance, there's the close soul-friendship with Michael Jackson. There's the Uri Geller brand bendable bicycle. There's the lifelong support of the arts, like Uri's adoption of a waifish blonde painter whose only source of inspiration is Michael Jackson and his family. There's the appearance on B-list celebrity game show "I'm a Celebrity, Get Me Out of Here." There's the claim that Jesus Christ was born on September 11. Uh... Maybe he shoulda stuck with the spoons. Uri Geller falls into a very small career profile group called "professional psychic." Not "fortune teller," which is a dime a dozen. Geller doesn't especially tell fortunes. No, Uri is simply a psychic. We're supposed to be so awed by his powers that we send him money.  You're not giving him the money because God says so.  He's not trying to create a super-race of freaks to take over the world. He just wants your money, and he's even willing to give you something vaguely resembling a product in exchange. I suppose you should be grateful. Geller hit the scene in the 1970s, when he became a minor media sensation over a claim that he could bend spoons using the power of his mind. Geller, who claims to be related to Sigmund Freud, claims he has the following amazing powers:
After brief stints as a male model and a paratrooper, Geller realized that spoon-bending was his destiny. He began by making appearances in his native Israel, where a nation full of people living in daily fear for their lives were immediately entranced by his whimsical telekinetic feats. Rather than use his super-powers of telekinesis and clairvoyance to assist his homeland in decades of war, struggle and slaughter, Geller decided that vaudville was a more appropriate life vocation. Unsatisfied with executing a series of David Copperfield-style stunts, Geller believed his manifest destiny included a specific mission to prove the scientific validity of ESP and other paranormal phenomena, such as the millennia-long tradition of spoon-bending. Like a Mexican wrestling movie hero, Geller is a man of many diverse talents. When he's not busy bending spoons and befriending Jacko, Geller likes to try his hand at inventions, all of which seem to have slightly crackpot-ish sound to them. His inventions include the "Moneytron" counterfeit bill detector, the aforementioned bendable bike and a home earthquake detector (useful if you were wondering why your roof is collapsing). Other side businesses for Geller include litigiousness and painting. Naturally, any superhero with powers and abilities far beyond those of mortal men must necessarily have an archenemy, as surely as night follows day. Geller's nemesis is known to the world as "The Amazing Randi" (his secret identity is "James Randi"). Randi would surely argue that he's the hero and Geller is the villain. Frankly, neither of them comes off particularly well to the dispassionate observer (i.e., those whose life priorities do not include plumbing the depths of bendy spoons). (Not that there's anything wrong with that.) An apparently joyless man, Randi has spent a considerable amount of time and energy debunking Geller's various and sundry claims about having superpowers. He's written books on the subject; his Web site is considerably devoted to the topic. He gets very cranky with those who deign to disagree with him. The fact that Randi raises some excellent points really doesn't make him any more likeable. Geller likes to rattle off a list of "scientific" research to support his claims, but most of it is inconclusive. Randi, on the other hand, has a lot of science on his side but faces the inherent difficulty of proving a negative. The bottom line: Both men are zealots, locked into a mortal death grip of competitive narcissism, each so deeply in love with his world view that he cannot for a moment allow himself to stop talking about it. What it all basically boils down to is the following sad fact: There's no real basis to think that Geller's claims have any scientific merit but it's not completely outside the realm of possibility. Stranger things have happened, but that doesn't mean that every strange thing has a claim to credibility. Perhaps the most difficult and far-fetched claim Geller has made is that Michael Jackson isn't a pedophile. According to Geller, who numbers hypnosis among his many talents, he has hypnotized Jackson and asked him about the allegations. In a name-dropping column penned for a British newspaper, Geller wrote in confessional style that he had been treating Jackson hypnotically for some other undisclosed-but-most-assuredly-not-related-to-pedophilia craving, when he took it on himself, psychic vigilante-style, to rip open Jackson's mind and discover whether he molested little boys or not. "I am not proud of any of this," Geller wrote. "It gives me no pleasure to say I betrayed a friend's trust by probing his psyche. But I am glad I did it, and I would do it again. Because I know I do not merely hope and trust in Michael Jackson's innocence, but I know. Because I have looked into his mind." Kind of makes the whole spoon-bending controversy look silly, doesn't it?
Timeline
|


lvec: Out of Memory Vectors
Core functionality for working with vectors (numeric, integer,
logical and character) that are too large to keep in memory. The vectors are
kept (partially) on disk using memory mapping. This package contains the
basic functionality for working with these memory mapped vectors (e.g.
creating, indexing, ordering and sorting) and provides C++ headers which can
be used by other packages to extend the functionality provided in this
package.
Downloads:
Reverse dependencies:
Linking:
Please use the canonical form
https://CRAN.R-project.org/package=lvec
to link to this page.


Gaea
Experimental planetary birthday clock.
Gaea calendar starts with your birth timestamp in Gregorean format and moves in sync with the Earth from then. Each Gaea day corresponds to 1 angular degree around the Sun.
A year has 12 months & 30 days each and as such, doesn't respect Gregorean calendar days and is out of phase with regular day/night cycles. There are no hours or minutes in Gaea, a day lasts 360
units, which is equal to 87661536
milliseconds. Year index is zero-based.
Created using HTML canvas and JavaScript.


Help
This question looks at your ability to select, put on and take off un-adapted clothing
(which could include using fastenings such as zips or buttons). It includes putting on
and taking off socks and shoes.
It also looks at your ability to select clothing appropriate to your culture, the weather
and time of the day, and to put your clothes on in the right order.
If you have any hand tremor or MS affects your dexterity, then you may well have
difficulties with laces, buttons and other types of fastenings.
Muscle pain or coordination problems can create difficulties with other articles of
clothing. Write down if it takes a long time to dress yourself, or if you have to rest
after putting on each piece of clothing due to fatigue. Also, mention if you need to
change your clothes during the day if you have either bladder or bowel problems.
Fatigue
Fatigue could well be a symptom that affects you more than any other. If this is the
case, you must write it down. You might be able to carry out an activity, but it takes a
great deal of time to do so. You might have to take several rests, or even give up the
attempt until you have found more energy. Or the activity may leave you so fatigued
you are unable to do anything else for some time. Write down if any of this applies to
you.
If you live by yourself, write down if there are days when you do not dress because
of the pain or discomfort involved. Also, state if you avoid putting on certain clothes,
which you would like to wear, for the same reason.
List any aids that you use to dress, such as modified buttons, zips, front fastening
bras, trousers, velcro fastenings and shoe aids. Write down if you still need
assistance, despite using such aids, even if this does not take long. Let them know if
you need someone to choose clothing that is clean and appropriate (for example if
you have blurred or double vision and cannot see stains or marks on clothing).


Federal, state, and local governments have been tracking the spread of the COVID-19 pandemic, an infectious disease caused by a coronavirus. As a result of this pandemic, a consistent stream of health data has been produced that tracks the state of health for the seven billion plus people in the world each day, much of which has been publicly released. This open-source data can be used to analyze, visualize, and explain the spread of COVID-19. Here, a COVID-19 information system was created with the business intelligence software Tableau utilizing big data analysis techniques to contribute to general knowledge about the global pandemic. At a state level, data was collected from the big data initiative, the Covid Tracking Project. At the county level, if not provided in a downloadable format, the data was transcribed into a comma-separated values (CSV) file format and used for analysis. Data collection, cleaning, merging, and filtering was a time consuming and tedious task. The COVID-19 pandemic and increased amount of data collection has highlighted the need to perform rapid data analysis and visualizations. Tableau was used for the rapid prototyping of information system. The available data was decentralized and showed the lack of consistency and lack of nation-wide standardization in collecting COVID-19 data. Uncertainties in the data could be reduced through emphasizing how not all states release the same information, as well as efforts for transparency with how published statistics are calculated. The work aims to draw attention to the need for standardized data collection and the viability of using software such as Tableau for the creation of rapid visualizations.
This paper was published in ACM ICMHI ( International Conference on Medical and Health Informatics) in May, 2021 in Kyoto, Japan.
The conceptual information model shows how a user can find and compare testing centers in different states in the United States. The main object for the model is a series of visualization maps that show comparisons of COVID-19 cases and severity of cases between states and even counties. In addition to the main information model, there are several subtopics such as:


Equivalent to clicking the Unhide command on the sheet submenu of the Format menu. Unhides one or more sheets in the current workbook.
Syntax
WORKBOOK.UNHIDE(sheet_text)
WORKBOOK.UNHIDE?(sheet_text)
Sheet_text. specifies the sheet that you want to unhide. If sheet_text is omitted, then this function unhides the sheets in the order that they would appear in the workbook.
Remarks
If the workbook is protected, you cannot unhide any sheets in the book.
Related Function
WORKBOOK.HIDE Hides sheets in the active workbook
Return to index


This is an implementation of my machine learning project as documented on GitHub and Medium
Please enter all the following information in order to predict the match outcome:
Match Details
Select the country for which you want to predict the result
Select the opposition country against which your subject country is playing
Is it a home match or an away match
Country Aggregates
Enter the latest following aggregate statistics for your country on which you want to predict the match outcome.
All the required information can be obtained from here. Just make sure to change the Totals in terms of for the bowling average and RPO on the linked page.
Enter the latest batting average for your subject country
Enter the latest batting RPO for your subject country
Enter the latest bowling average for your subject country
Enter the latest bowling RPO for your subject country
Enter the latest win/loss ratio for your subject country
Your Team's ICC ODI Bowling Rankings
Enter the latest ICC ODI Bowling Rankings of all your team's players here. In case a player is not in the top 100 ranking, then enter 101 for that player.
Click here to find a list of any team's players in ICC's Top 100 ODI Batsmen and Bowlers Ranking.
Enter the ICC ODI Bowling Rank for your team's 1st player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 2nd player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 3rd player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 4th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 5th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 6th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 7th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 8th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 9th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 10th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for your team's 11th player (101 if outside top 100)
Opposition Team's ICC ODI Bowling Rankings
Enter the latest ICC ODI Bowling Rankings of all the opposition team's players here. In case a player is not in the top 100 ranking, then enter 101 for that player.
Enter the ICC ODI Bowling Rank for the opposition team's 1st player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for the opposition team's 2nd player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for the opposition team's 3rd player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for the opposition team's 4th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for the opposition team's 5th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for the opposition team's 6th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for the opposition team's 7th player (101 if outside top 100)
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Enter the ICC ODI Bowling Rank for the opposition team's 10th player (101 if outside top 100)
Enter the ICC ODI Bowling Rank for the opposition team's 11th player (101 if outside top 100)
Your Team's ICC ODI Batting Rankings
Enter the latest ICC ODI Batting Rankings of all your team's players here. In case a player is not in the top 100 ranking, then enter 101 for that player.
Click here to find a list of any team's players in ICC's Top 100 ODI Batsmen and Ballers Ranking.
Enter the ICC ODI Batting Rank for your team's 1st player (101 if outside top 100)
Enter the ICC ODI Batting Rank for your team's 2nd player (101 if outside top 100)
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Opposition Team's ICC ODI Batting Rankings
Enter the latest ICC ODI Batting Rankings of all the opposition team's players here. In case a player is not in the top 100 ranking, then enter 101 for that player.
Enter the ICC ODI Batting Rank for the opposition team's 1st player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 2nd player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 3rd player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 4th player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 5th player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 6th player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 7th player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 8th player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 9th player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 10th player (101 if outside top 100)
Enter the ICC ODI Batting Rank for the opposition team's 11th player (101 if outside top 100)


Mahout-Samsara’s Distributed Linear Algebra DSL Reference
Note: this page is meant only as a quick reference to Mahout-Samsara’s R-Like DSL semantics. For more information, including information on Mahout-Samsara’s Algebraic Optimizer please see: Mahout Scala Bindings and Mahout Spark Bindings for Linear Algebra Subroutines.
The subjects of this reference are solely applicable to Mahout-Samsara’s DRM (distributed row matrix).
In this reference, DRMs will be denoted as e.g. A
, and in-core matrices as e.g. inCoreA
.
Imports
The following imports are used to enable seamless in-core and distributed algebraic DSL operations:
import org.apache.mahout.math._
import scalabindings._
import RLikeOps._
import drm._
import RLikeDRMOps._
If working with mixed scala/java code:
import collection._
import JavaConversions._
If you are working with Mahout-Samsara’s Spark-specific operations e.g. for context creation:
import org.apache.mahout.sparkbindings._
The Mahout shell does all of these imports automatically.
DRM Persistence operators
Mahout-Samsara’s DRM persistance to HDFS is compatible with all Mahout-MapReduce algorithms such as seq2sparse.
Loading a DRM from (HD)FS:
drmDfsRead(path = hdfsPath)
Parallelizing from an in-core matrix:
val inCoreA = (dense(1, 2, 3), (3, 4, 5))
val A = drmParallelize(inCoreA)
Creating an empty DRM:
val A = drmParallelizeEmpty(100, 50)
Collecting to driver’s jvm in-core:
val inCoreA = A.collect
Warning: The collection of distributed matrices happens implicitly whenever conversion to an in-core (o.a.m.math.Matrix) type is required. E.g.:
val inCoreA: Matrix = ...
val drmB: DrmLike[Int] =...
val inCoreC: Matrix = inCoreA %*%: drmB
implies (incoreA %*%: drmB).collect
Collecting to (HD)FS as a Mahout’s DRM formatted file:
A.dfsWrite(path = hdfsPath)
Logical algebraic operators on DRM matrices:
A logical set of operators are defined for distributed matrices as a subset of those defined for in-core matrices. In particular, since all distributed matrices are immutable, there are no assignment operators (e.g. A += B) Note: please see: Mahout Scala Bindings and Mahout Spark Bindings for Linear Algebra Subroutines for information on Mahout-Samsars’s Algebraic Optimizer, and translation from logical operations to a physical plan for the back end.
Cache a DRM and trigger an optimized physical plan:
drmA.checkpoint(CacheHint.MEMORY_AND_DISK)
Other valid caching Instructions:
drmA.checkpoint(CacheHint.NONE)
drmA.checkpoint(CacheHint.DISK_ONLY)
drmA.checkpoint(CacheHint.DISK_ONLY_2)
drmA.checkpoint(CacheHint.MEMORY_ONLY)
drmA.checkpoint(CacheHint.MEMORY_ONLY_2)
drmA.checkpoint(CacheHint.MEMORY_ONLY_SER
drmA.checkpoint(CacheHint.MEMORY_ONLY_SER_2)
drmA.checkpoint(CacheHint.MEMORY_AND_DISK_2)
drmA.checkpoint(CacheHint.MEMORY_AND_DISK_SER)
drmA.checkpoint(CacheHint.MEMORY_AND_DISK_SER_2)
Note: Logical DRM operations are lazily computed. Currently the actual computations and optional caching will be triggered by dfsWrite(…), collect(…) and blockify(…).
Transposition:
A.t
Elementwise addition (Matrices of identical geometry and row key types):
A + B
Elementwise subtraction (Matrices of identical geometry and row key types):
A - B
Elementwise multiplication (Hadamard) (Matrices of identical geometry and row key types):
A * B
Elementwise division (Matrices of identical geometry and row key types):
A / B
Elementwise operations involving one in-core argument (int-keyed DRMs only):
A + inCoreB
A - inCoreB
A * inCoreB
A / inCoreB
A :+ inCoreB
A :- inCoreB
A :* inCoreB
A :/ inCoreB
inCoreA +: B
inCoreA -: B
inCoreA *: B
inCoreA /: B
Note the Spark associativity change (e.g. A *: inCoreB
means B.leftMultiply(A
), same as when both arguments are in core). Whenever operator arguments include both in-core and out-of-core arguments, the operator can only be associated with the out-of-core (DRM) argument to support the distributed implementation.
Matrix-matrix multiplication %*%:
\(\mathbf{M}=\mathbf{AB}\)
A %*% B
A %*% inCoreB
A %*% inCoreDiagonal
A %*%: B
Note: same as above, whenever operator arguments include both in-core and out-of-core arguments, the operator can only be associated with the out-of-core (DRM) argument to support the distributed implementation.
Matrix-vector multiplication %*%
Currently we support a right multiply product of a DRM and an in-core Vector(\(\mathbf{Ax}\)
) resulting in a single column DRM, which then can be collected in front (usually the desired outcome):
val Ax = A %*% x
val inCoreX = Ax.collect(::, 0)
Matrix-scalar +,-,*,/ Elementwise operations of every matrix element and a scalar:
A + 5.0
A - 5.0
A :- 5.0
5.0 -: A
A * 5.0
A / 5.0
5.0 /: a
Note that 5.0 -: A
means \(m_{ij} = 5 - a_{ij}\)
and 5.0 /: A
means \(m_{ij} = \frac{5}{a{ij}}\)
for all elements of the result.
Slicing
General slice:
A(100 to 200, 100 to 200)
Horizontal Block:
A(::, 100 to 200)
Vertical Block:
A(100 to 200, ::)
Note: if row range is not all-range (::) the the DRM must be Int
-keyed. General case row slicing is not supported by DRMs with key types other than Int
.
Stitching
Stitch side by side (cbind R semantics):
val drmAnextToB = drmA cbind drmB
Stitch side by side (Scala):
val drmAnextToB = drmA.cbind(drmB)
Analogously, vertical concatenation is available via rbind
Custom pipelines on blocks
Internally, Mahout-Samsara’s DRM is represented as a distributed set of vertical (Key, Block) tuples.
drm.mapBlock(…):
The DRM operator mapBlock
provides transformational access to the distributed vertical blockified tuples of a matrix (Row-Keys, Vertical-Matrix-Block).
Using mapBlock
to add 1.0 to a DRM:
val inCoreA = dense((1, 2, 3), (2, 3 , 4), (3, 4, 5))
val drmA = drmParallelize(inCoreA)
val B = A.mapBlock() {
case (keys, block) => keys -> (block += 1.0)
}
Broadcasting Vectors and matrices to closures
Generally we can create and use one-way closure attributes to be used on the back end.
Scalar matrix multiplication:
val factor: Int = 15
val drm2 = drm1.mapBlock() {
case (keys, block) => block *= factor
keys -> block
}
Closure attributes must be java-serializable. Currently Mahout’s in-core Vectors and Matrices are not java-serializable, and must be broadcast to the closure using drmBroadcast(...)
:
val v: Vector ...
val bcastV = drmBroadcast(v)
val drm2 = drm1.mapBlock() {
case (keys, block) =>
for(row <- 0 until block.nrow) block(row, ::) -= bcastV
keys -> block
}
Computations providing ad-hoc summaries
Matrix cardinality:
drmA.nrow
drmA.ncol
Note: depending on the stage of optimization, these may trigger a computational action. I.e. if one calls nrow()
n times, then the back end will actually recompute nrow
n times.
Means and sums:
drmA.colSums
drmA.colMeans
drmA.rowSums
drmA.rowMeans
Note: These will always trigger a computational action. I.e. if one calls colSums()
n times, then the back end will actually recompute colSums
n times.
Distributed Matrix Decompositions
To import the decomposition package:
import org.apache.mahout.math._
import decompositions._
Distributed thin QR:
val (drmQ, incoreR) = dqrThin(drmA)
Distributed SSVD:
val (drmU, drmV, s) = dssvd(drmA, k = 40, q = 1)
Distributed SPCA:
val (drmU, drmV, s) = dspca(drmA, k = 30, q = 1)
Distributed regularized ALS:
val (drmU, drmV, i) = dals(drmA,
k = 50,
lambda = 0.0,
maxIterations = 10,
convergenceThreshold = 0.10))
Adjusting parallelism of computations
Set the minimum parallelism to 100 for computations on drmA
:
drmA.par(min = 100)
Set the exact parallelism to 100 for computations on drmA
:
drmA.par(exact = 100)
Set the engine specific automatic parallelism adjustment for computations on drmA
:
drmA.par(auto = true)
Retrieving the engine specific data structure backing the DRM:
A Spark RDD:
val myRDD = drmA.checkpoint().rdd
An H2O Frame and Key Vec:
val myFrame = drmA.frame
val myKeys = drmA.keys
A Flink DataSet:
val myDataSet = drmA.ds
For more information including information on Mahout-Samsara’s Algebraic Optimizer and in-core Linear algebra bindings see: Mahout Scala Bindings and Mahout Spark Bindings for Linear Algebra Subroutines


Note
: This demo uses a modified version of Underscore.
The modification consists on a one-line addition of the following text (quotes included):
//s6d export this._; //-s6d
Expected output: All the public methods accessible in Underscore


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How to Download Purchased Games
1. You will need to download and install the Origin client in order to access your games. Get the latest version of Origin here.
2. Once you've installed the Origin client, you can log in using your email address and password.
3. Navigate to the "My Games" tab in the Origin client, then click the "Ready To Download" button on the game you want to play.
A receipt for your purchase is below. While certainly handy, it's not nearly as exciting as the game you just added to your library. Head over to the "My Game Library" tab in the Origin client to start playing!
How to Download Purchased Games
1. You will need to download and install the Origin client in order to access your games. Get the latest version of Origin here.
2. Once you've installed the Origin client, you can log in using your email address and password.
3. Navigate to the "My Games" tab in the Origin client, then click the "Ready To Download" button on the game you want to play.
A receipt for your purchase is below. While certainly handy, it's not nearly as exciting as the game you just added to your library. Head over to the "My Game Library" tab in the Origin client to start playing!
Payment Information
<EMAIL_ADDRESS>Download
Origin Great Game Guarantee: Not Eligible
We hope you enjoy your new Sims 4 content! To download, launch Origin and go to the "My Game Library" section. Right-click the Sims 4 game tile and select "Show Game Details." From the details page you can download and install your new content. Re-launch The Sims™ 4 to access it in-game.
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Teller
The second piece of our umbrella is the :teller
application. It’s responsible for providing a GraphQL gateway to the :database
application.
For a complete set of examples to the GraphQL API, check API.
Or upload the graphiql_workspace.json
file (at the root of the repository) to the GraphiQL endpoint.
API Authorization
My initial plan for authorization was to use Guardian and provide a JWT based system. But in a attempt to speed up the first deliverance, I’ve opted to use a weak token.
It’s weak for a number of reasons: Lack of TTL, plain text storage, faulty randomness. All on top of a plain text HTTP connection.
But it may fit us for now. Improving it should be the next step.
That said, here’s how to perform authorizations: Authorization.
API Level Errors
Check Teller.ErrorMessages
for a complete set of GraphQL API leveled errors.


Hi there.
My name is Jia, pronounciation: ja. Or if you'd like a challenge Jiashan Wu, pronounciation: jiāshān wú
<<<<<<< HEAD
I am a designer, technologist, and researcher. Currently I'm a graduate student in the NYU Interactive Telecommunications Program and Partner at Dorm Room Fund. As a designer and art director I've worked with early stage startups, large enterprises, and nonprofits. I'm the co-founder of XOlator, a creative interactive agency that designs and build web platforms, applications, and data visualizations. As a Fulbright scholar, I've researched the design and manufacturing of Shanzhai phones in Shenzhen, China. I graduated from Parsons School of Design majoring in Communication Design.
=======I am a designer, technologist, and researcher. Currently I'm a graduate student in NYU Interactive Telecommunications Program and Partner at Dorm Room Fund. As a designer and art director I've worked with early stage startups, large enterprises, and nonprofits. I'm the co-founder of XOlator, a creative interactive agency that designs and build web platforms, applications, and data visualizations. As a Fulbright scholar, I've researched the design and manufacturing of Shanzhai phones in Shenzhen, China. I graduated from Parsons School of Design majoring in Communication Design.
>>>>>>> f2b5fadb8d752b47316343c2c71a80923003d455These days I'm working with HTML/CSS, JavaScript, Node.js, microcontrollers such as Arduino and Flora, GSM modules, and lots of sensors.
On a clear day, you can find me biking in the friendly New York traffic and in Brooklyn, where I reside.
Talks/workshops
F.A.T. Gold exhibition workshops: Online Documentations
MU Artspace | Eindenhoven, Netherlands
2013
Beijing Maker Carnival: Shanzhai vs. Innovation Panelist
China Millennium Monument Museum of Digital Arts | Beijing, China
2012
Shanzhai and Remix Culture
National Chung Tsing University | Taichung, Taiwan
2012
Exhibitions
ITP Winter Show
ITP | New York, NY
2014
Eyebeam Annual Showcase
Eyebeam | New York, NY
2014
NYC Resistor Interactive Show
NYC Resistor | New York, NY
2013
Awards
TSOA Fellowship
NYU Tisch School of Arts | New York, NY
2014-2016
Clio Award
The Clio Award | International
2009
One Show Pencil
The One Club | International
2008


[gecode-users] BinPacking constraint crash
Guido Tack
tack at gecode.org
Thu Mar 28 22:25:36 CET 2013
Hi,
thanks, that should definitely not crash. I've committed a fix so that l[i]=0 for all i if b.size()==0 (that's consistent with the semantics we describe in the doc comment).
Cheers,
Guido
On 29/03/2013, at 1:28 , David Rijsman <David.Rijsman at quintiq.com> wrote:
> Hi,
>
> minor issue (I think in all versions with a bin packing constraint); I am not sure to what degree we want Gecode to protect me from invoking constraint with nonsense arguments but I noticed that the bin packing constraint:
>
> binpacking(Home home, const IntVarArgs& l, const IntVarArgs& b, const IntArgs& s, IntConLevel)
>
> crashed when you pass an empty list of b and s (I have one load variable). This due to line 64 in bin-packing.cpp where it is assumed there is at least one bin.
>
>
>
> David J. Rijsman
> Algorithm Lead
> Quintiq
>
> T +31 (0)73 691 07 39
> F +31 (0)73 691 07 54
> M +31 (0)62 127 68 29
> E david.rijsman at quintiq.com
> I www.quintiq.com
>
>
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
--
Guido Tack,
http://www.csse.monash.edu/~guidot/
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PlasmoDB provides programmatic access to its searches, via
REST Web Services.
The result of a web service request is a list of records (genes, compounds, etc.) in one of various formats (json, csv, etc.).
REST services can be executed in a browser by typing a specific URL.
For example, this URL:
https://plasmodb.org/plasmo/service/record-types/transcript/searches/GenesByMolecularWeight/reports/standard?organism=Plasmodium falciparum 3D7&min_molecular_weight=10000&max_molecular_weight=10500&reportConfig={"attributes":["gene_source_id","source_id","organism","gene_type"]}
Corresponds to this request:
Find all (Plasmodium falciparum,Plasmodium knowlesi) genes that have molecular weight between 10,000 and 50,000.
For each gene ID in the result, return its gene type and organism.
Provide the result in this format.


SAVING GRACE
Reviewed by Harvey Karten Fine Line Features/Portman Entertainment Director: Nigel Cole Writer: Craig Ferguson, Mark Crowdy, Story by Mark Crowdy Cast: Brenda Blethyn, Craig Ferguson, Martin Clunes, Tcheky Karyo, Jamie Forman, Bill Bailey, Valerie Edmond, Tristan Sturrock, Clive Merrison, Leslie Phillips, Diana Quick, Phyllida Law, Linda Kerr Scott, Ken Campbell
A picture with the same amusing spirit as Kirk Jones's "Waking Ned Devine," Nigel Cole's "Saving Grace" is one of those insular comedies of people living on tight little islands, having little contact with the outside world, only to be compelled by misfortune to enter into the rough-and-tumble of big city politics. Such a situation is earmarked for whimsy, and given the talent at director Cole's call, that's what we get.
The story is photographed in the Cornish city of St. Isaacs in an area of the world that for Europeans could be called a lands end--nobody just passes through and doubtless few residents even bother to make the trip to London. The fanciful tone is set in the very first scene just after the dissolute husband of Grace Trevethan (Brenda Blethyn) has jumped or fallen out of a plane without a parachute and is buried by people who mutter curses rather than benedictions under their breath. We soon find out why. The man--who proves to have had an affair unbenownst to his wife--was heavily in debt, having mortgaged his home and borrowed heavily to finance a series of disastrous business ventures. With creditors swamping Grace for payment and taking away her furniture right down to the motorized lawnmower which had been secured on time payments, Grace, who is merely an amateur albeit remarkable gardener, is about to become homeless. Under advice from Matthew ("The Big Tease"'s Craig Ferguson), her now underemployed gardener, she transforms her well-lit greenhouse into fertile soil for the growing of marijuana. Just as the entire village of Tallymore (pop. 52) in Kirk Jones's fable is aware of and hiding the fact that Ned Devine, winner of a lottery, was dead, so are the inhabitants of this Cornish coastal town hip to the desperate measures that Grace must pursue to save herself from bankruptcy.
While the plot is amusing enough, "Saving Grace" is too derivative to stand on its own as a comedy the likes of Robert Asher's 1960 movie "Make Mine Mink," about a former soldier who organizes a band of fur thieves. This film is driven not by plot but by its inhabitants, who are far enough removed from the pressures of urban conformity to cultivate their separate eccentricities in much the way that Grace and Matthew cultivate their plants.
In the sort of story that brings broad smiles to the faces of the audience rather than loud guffaws, "Saving Grace" subverts the idea that money does not grow on trees, as director Cole uses his keen eyes and ears to supply each of his personalities with erratic individuality. Best of all is Brenda Blethyn, who appears in virtually every scene and who proves that she is as able to coax grins in this picture as she had brought tears to our eyes in Mike Leigh's poignant "Secrets and Lies." We watch her grow from a naive and accepting backwater matron unable even to express her sexual frustration to her unscrupulous husband, to a cosmopolitan women human being. She does this by briefly taking up a career in what is still ludicrously considered a crime, making a trip on her own to London, and consorting with an urbane international drug dealer (Tcheky Karyo) who takes quite a fancy to this dauntless individual.
While the conclusion of this deft little comedy is scarcely believable and, in fact, is resolved with an unforeshadowed contrivance, we revel in the gentle fun the story makes at the expense of village people, some of whom turn out to be not as dumb as they appear. Keystone Cop Sgt. Alfred (Ken Campbell) could easily remind you of "Waking Ned Devine"'s daft Michael O'Sullivan (played by David Kelly)--a slightly bemused officer who dreams of the fame he would receive if only he can catch the local salmon poachers. Martin Clunes as Dr. Bamford is the kind of physician we hope to find, at least when we're not gravely ill--the sort who hardly takes himself seriously and is up for a toke or a drink at any time. Among other comic scenes is one involving women who have the time of their lives when they unknowingly down cups of tea made from marijuana leaves.
Mark Crowdy, who wrote the story and is its producer, tells us something about the history of the movie. Crowdy, who is from the very Cornwall of the narrative, heard about a man driving a Land Rover who had a sneezing attack so bad that his head pitched forwarded and got stuck in the steering wheel. His car swerved from the road, crashed, and the man died. In the hands of "The Ice Storm"'s Ang Lee, this could be a take-off point for a tragic tale, but Crowdy uses the inspiration to carve a daffy yarn of a woman who turns to a crime of the most harmless kind to save herself.
Not Rated. Running time: 93 minutes. (C) 2000 by Harvey Karten<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Recipe Finder
Here are your recipes for {{ recipe }} with {{ ingredients }}
{% for result in results.results %}
{{ result.title }}
{{ result.ingredients }}
{% endfor %}


The survey covers all establishments and statutory boards engaged in services activities, excluding those engaged in financial & insurance and public administration activities, as well as taxi drivers, hawkers and stall-holders, independent artistes and other individual self-employed persons not registered with the Accounting & Corporate Regulatory Authority (ACRA). Sample size is about 15% of the population.
Conditions of Use
Data in this table has been released for public access in ESS reports. If data are to be re-produced in reports, the user should acknowledge 'Singapore Department of Statistics' as the source of the data.


Hi,
I'm just starting play with arduino and current/voltage measurement, and found your project, it is amazing!
What I want to do is to read exactly the value of current and voltage on a three phase system. In fact without the approximation of a single ac-ac transformer used by you, I don't care about invasivity of the project ;-)
Is there already any example sketch of an arduino reading 3 analog and 3 current? I was starting editing one of your example but then I think that, maybe, I can start from an already working example ;-)
I know that, theorically, I will able to do 30 measurement per cycle, but for now is enough, next i'll want to extend it with a more powerful ADC, but it will be another story ;-)
Thank you a lot!
Re: 3 Voltage and 3 Current readings sketch
I don't know of an example sketch that does that, because our hardware has only one voltage input. That's because a 3 phase domestic supply is extremely rare in the UK. You could stack 3 x emonTx V2, as in Martin Robert's design or (what I suspect you want) design your own front-end interface and write your own sketch - which will be quite simple, the major change you'll need is to the library to allow the voltage pin to be defined so as to pair with a c.t. pin on the same phase. The rest of the sketch would be almost unchanged.
Re: 3 Voltage and 3 Current readings sketch
I posted a sketch last year which measures two current paths on each of two phases. This could be easily changed for measuring one current path on each of three phases. I used strip-board for the front-end sensors and a standard Arduino Uno.
Details are in the zip file some way down this thread (posted 17/10/14)
Re: 3 Voltage and 3 Current readings sketch
Thank you both! I'll take a look on calypso_rae sketch and I'll going to edit it to adapt it to my need...
Re: 3 Voltage and 3 Current readings sketch
OK, sette, send me a PM if you need any help.
Re: 3 Voltage and 3 Current readings sketch
Thanks Calypso,
now i'm trying to calibrate my arduino setup, i'm using an AC-AC 9v industrial trafo and one allegro ACS712 to measure current.
I want to compare this with professional meter and see if it will be good enough.
Until now i've some problem on "centering" the 0 of ACS712, the inputs always fluctuate between 510-515.... This afternoon i'll check it with an oscilloscope...
Bye!
Re: 3 Voltage and 3 Current readings sketch
Until now i've some problem on "centering" the 0 of ACS712, the inputs always fluctuate between 510-515....
If the ADC in your Arduino has its maximum range set to 5V, each step of the ADC will correspond to just 1 mV. The fluctuation that you are seeing is therefore only 5 mV. Do you think you'll be able to see this reliably on your oscilloscope?
If you do connect an oscilloscope to the input signal, it may be worth checking that the ADC's output has not been affected. The analogue input pins on the Atmega processor are very sensitive.
Re: 3 Voltage and 3 Current readings sketch
It should be 5 mV each ADC's step, and so less or more 20-25 mV, I think that i'll be able to see it....
you said "The analogue input pins on the Atmega processor are very sensitive.", is there somethign that i can do? like a circuit to stabilize it? or to remove this "noise"?
Re: 3 Voltage and 3 Current readings sketch
Sorry, my mistake; the ADC is indeed 5mV per step.
I've never had much success measuring these inputs with a scope. All I know is that the amount of noise on a supposedly quiet channel is usually very small. I wouldn't expect to see more than a couple of steps between the min and max values. Unless any background signal is correlated with the mains voltage, the calculated power in the signal will be very small.
What happens to your readings if you earth the analogue input pin?
Re: 3 Voltage and 3 Current readings sketch
Hy calypso_rae,
sorry for the delay but i was out for work.
Today i did all the try, with input connected to earth it read 0, correctly. I've connect the oscilloscope and i i've a lot of noise, and the peak/peak voltage is 30mV! amazing, arduino read exactly the same value (it's float between 5-6 number)!
Now i'm making some testing using a normal CT with burder resistor and DC bias and on another input the ACS712. With little voltage ACS has a lot of noise, these famous 25-30mV... and i think that this give me problems also on reading correctly the power factor.
With a capacitor on DC bias i've a very good voltage waveform, but in current it is not so good. Have you got an idea on how i can calculate the capacitor for that?
thanks
Re: 3 Voltage and 3 Current readings sketch
Hi there
I have already made a PCB with the following specs:
1. 3 phase current input from f.ex. 3 phase solar inverter.
2. 3 phase current input from the grid
3. 3 voltage input for measuring grid voltage
4. 2 burglar alarm inputs
5. 2 alarm outputs for light and siren.
6. pot for calibration adjustment.
the PCB is designed as a shield for Arduino Mega 2560.
I think that it will also interface to Arduino Due with ARM processor.
I am a very experienced PCB high speed designer, but a "new bee" in programming.
I will kindly ask if anybody had made a sketch (software) for a system like this or similar.
thanks
Re: 3 Voltage and 3 Current readings sketch
have a look here:
http://openenergymonitor.org/emon/node/1170
Re: 3 Voltage and 3 Current readings sketch
That is 3 sketches running on 3 processors, hardly a sketch, and not all that helpful (sorry, Bo).
I think, Kurt, you need to look at the "continuous" monitoring sketch for the emonTx V3 (in emonTxV3 > RFM12B > Examples > emonTxV3_continuous ) because I think it will be easier to merge the alarm inputs into that one. You will need to extend the code to handle your 3 voltage and 6 current inputs, plus the alarm inputs.
The sketch is quite advanced in terms of the techniques it uses, but expanding it should be fairly straightforward, once you understand that the analogue input is working independently of the main loop, so at each step you are setting the ADC up for the next step but processing the last one.
Out of interest, why do you think you need a pot for calibration?
[Edit]
Robin Emley, who is the author of the continuous monitoring sketch, has pointed out that he thinks this http://openenergymonitor.org/emon/node/2917 (already linked to further up this thread) and the sketch in the file http://openenergymonitor.org/emon/sites/default/files/NZ_project.zip (in a post about half-way down that thread) would be a better starting point.
Re: 3 Voltage and 3 Current readings sketch
Hi
Thank you for the responses.
Sorry for the late answer, but I have been away a few days.
You are right Robert, I cannot use node 1170, as you said this is a design for 3 sketches, but very nice and neat.
I will look into your suggestions and I will come back later with the result.
By the way, the pot is for calibration, I want to make a calibration sketch for setup of all constants and place them in the EEPROM area.
I think it is in the end easier to make readjustments, when changing's occur.
Is it possible to get an email when someone is responding on a topic where you is participating?
Thank you in advance
Re: 3 Voltage and 3 Current readings sketch
"Is it possible to get an email when someone is responding on a topic where you is participating?" I believe that is broken, and has been for a long time.
I think you would be better not relying on a pot with mechanical adjustment. What is there that is likely to change? There is little that is likely to drift far with age, once the uncertainty in the initial component values is accounted for (and a pot wouldn't help with the main cause of variation - temperature changes).


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