fuzzychinese #
fuzzychinese._character_to_stroke #
Stroke Objects #
class Stroke(object)
A class to translate a chinese character into strokes.
Arguments:
-
dictionary_filepath
str - default=None. File path for user provided dictionary. Default dictionary will be used if not specified.A valid dictionary should be a “UTF-8” encoded text file, having two columns separated by space. First column is the character and the second column is its corresponding decomposition with each char stands for each stroke. Note, the decomposition does not have to be strokes, it can be numbers or letters, or any sequence of chars you like).
An example dictionary:
Character Strokes 上 〡一一 下 一〡㇔
get_stroke #
| get_stroke(character, placeholder='', raise_error=False)
Decompose a character into strokes based on dictionary.
When a character can not be decomposed, itself will be returned. If it’s not chinese, a placeholder is returned.
Arguments:
-
character
str - A chinese character to be decomposed. -
placeholder
str - default = ‘’. Output to be used when the character is not chinese. -
raise_error
boolean - default = False. If true, raise error if a character can not be decomposed. The default action is to show warnings.
Returns:
str
- decomposition results.
fuzzychinese._fuzzy_chinese_match #
FuzzyChineseMatch Objects #
class FuzzyChineseMatch(object)
The main class for the fuzzy match
Match a collection of chinese words with a target list of words.
Arguments:
-
ngram_range
tuple - (min_n, max_n), default=(3, 3). The lower and upper boundary of the range of n-values for different n-grams to be extracted. All values of n such that min_n <= n <= max_n will be used. -
analyzer
string - {‘char’, ‘radical’, ‘stroke’}, default=‘stroke’. Whether the feature should be made of character or stroke n-grams.
fit #
| fit(X)
Learn the words in X.
Arguments:
X
list, pd.Series, 1d np.array or 1d pd.DataFrame - An iterable yields chinese str in utf-8
Returns:
FuzzyChinese object
fit_transform #
| fit_transform(X, Y=None, n=3)
Learn the words in X and transform
If Y is not passed, then find similar words in the X itself . If Y is passed, for each word in Y, find the similar words in X.
Arguments:
-
X
list, pd.Series, 1d np.array or 1d pd.DataFrame - An iterable yield chinese str in utf-8 -
Y
list, pd.Series, 1d np.array or 1d pd.DataFrame - An iterable yield chinese str in utf-8 -
n
int - top n matched to be returned
Returns:
res
A numpy matrix - [n_samples, n_matches]. Each row corresponds to the top n matches to the input row. Matches are sorted by descending order in similarity.
transform #
| transform(Y, n=3)
Match the list of words to a target list(Y) of words.
Arguments:
Y
list, pd.Series, 1d np.array or 1d pd.DataFrame - an iterable yields chinese str in utf-8n
int - top n matched to be returned
Returns:
res
A numpy matrix - [n_samples, n_matches]. Each row corresponds to the top n matches to the input row. Matches are sorted by descending order in similarity.
get_similarity_score #
| get_similarity_score()
Return the similarity score for last transform call.
Returns:
res
A numpy matrix - [n_samples, n_matches]. Each row corresponds to the similarity score of top n matches.
get_index #
| get_index()
Return the original index of the matched word.
Returns:
res
A numpy matrix - [n_samples, n_matches]. Each row corresponds to the index of top n matches. Original index is return if exists.
compare_two_columns #
| compare_two_columns(X, Y)
Compare two columns and calculated similarity score for each pair on each row.
Arguments:
-
X
list, pd.Series, 1d np.array or 1d pd.DataFrame - An iterable yield chinese str in utf-8 -
Y
list, pd.Series, 1d np.array or 1d pd.DataFrame - Have same length as X. An iterable yield chinese str in utf-8 -
n
int - top n matched to be returned
Returns:
res
A numpy matrix - Return two original columns and a new column for the similarity score.
fuzzychinese._character_to_radical #
Radical Objects #
class Radical(object)
Translate a chinese character into radicals.
Arguments:
-
dictionary_filepath
str - default=None. File path for user provided dictionary. Default dictionary will be used if not specified.A valid dictionary should be a “UTF-8” encoded text file, having two columns separated by space. First column is the character and the second column is its corresponding decomposition with each char stands for each Radical. Note, the decomposition does not have to be radicals, it can be numbers or letters, or any sequence of chars you like).
An example dictionary:
Character Radicals 思 田心 疆 弓土畺
get_radical #
| get_radical(character, placeholder='', raise_error=False)
Decompose a character into radicals based on dictionary.
When a character can not be decomposed, itself will be returned. If it’s not chinese, a placeholder is returned.
Arguments:
-
character
str - A chinese character to be decomposed. -
placeholder
str - default = ‘’. Output to be used when the character is not chinese. -
raise_error
boolean - default = False. If true, raise error if a character can not be decomposed. The default action is to show warnings.
Returns:
str
- decomposition results.


chrecv - receives a message from a channel
#include <libdill.h>
int chrecv(
int ch,
void* val,
size_t len,
int64_t deadline);
Receives a message from a channel.
The size of the message requested from the channel must match the size of the message sent to the channel. Otherwise, both peers fail with EMSGSIZE error.
If there's no one sending a message at the moment, the function blocks until someone shows up or until the deadline expires.
ch: The channel.
val: The buffer to receive the message to.
len: Size of the buffer, in bytes.
deadline: A point in time when the operation should time out, in milliseconds. Use the now function to get your current point in time. 0 means immediate timeout, i.e., perform the operation if possible or return without blocking if not. -1 means no deadline, i.e., the call will block forever if the operation cannot be performed.
In case of success the function returns 0. In case of error it returns -1 and sets errno to one of the values below.
int val;
int rc = chrecv(ch, &val, sizeof(val), now() + 1000);
if(rc != 0) {
perror("Cannot receive message");
exit(1);
}
printf("Value %d received.\n", val);
chdone(3) chmake(3) chmake_mem(3) choose(3) chsend(3) now(3)


Draw stroked lines
Draw calculated lines (CPU expensive)
Use the Arrow Keys to move to the left or the right and jump.


Boston Ruby Group - May '07 / Hackety Hack (2/3) - Hands-On Experience
- 14 min
- May 16, 2007
Rate:
This is a second talk about Hackety Hack focusing on one beta testers real world experience in teaching his children to program via Hackety Hack. Talk by Brian DeLacey.
Download video - iPod/PSP |


Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Western Alfalfa Milling Co. Ltd.
Mailing Address:
P.O. Box 568NORQUAY, Saskatchewan
S0A 2V0
Location Address:
HWY 49NORQUAY, Saskatchewan
S0A 2V0
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
Western Alfalfa Milling Co. Ltd. is a world leader in the production of certified organic alfalfa pellets for organic fertilizer, soil amendments, and animal feed. Our fertilizer, Alfalfa Green, will contribute to the lushness of lawns, golf courses, municipal green spaces and landscaping, abundance in vegetable gardens, flower beds, even indoor plants all year round. Use in reclamation projects to increase soil aeration, moisture retention, organic matter, and decompact clay soils to improve re-vegetation success after industrial use. On the remediation side, Alfalfa Green is used to boost microbe levels, facilitating hydrocarbon breakdown through a bioremediation process. Alfalfa Green can also be used for feed for virtually any livestock or poultry ration to enhance yolk colouration and are a great source of bypass protein in ruminant diets.
Full profile
Full profile
Contact information
Company description
325313 - Chemical Fertilizer (except Potash) Manufacturing
325314 - Mixed Fertilizer Manufacturing
418310 - Agricultural Feed Wholesaler-Distributors
Product / Service / Licensing
1/4" Suncured alfalfa pellets
8710-Forage and Feed
8720-Fertilizers
AA00-Agriculture
AH00-Environmental Protection
E000-Environmental Services
E111-Oil Spill Response Including Cleanup, Removal, Disposal and Operational Support
E199-Other Environmental Services
F010-Other Range/Forest Improvements Services (non-construction)
F040-Surface Mining Reclamation Services (non-construction)
Market profile
Alliances:
Strategic alliances:
Alfalfa Green pellets are used as a soil amendment and organic fertilizer product. They can be used anywhere that your soil needs an additional boost - golf courses, turf, fruit & vegetable production, sportsfields, and following industrial activity.Industry sector market interests:
- Agriculture
- Environment
- Manufacturing
Geographic markets:
Export experience:
- Japan
- United States
- California
- Indiana
- Iowa
- Michigan
- Montana
- Oklahoma
- Oregon
- Texas
- Vermont
- Washington
- Wisconsin
Sector information
Unique applications:
Use Alfalfa Green as a soil amendment to breakdown hydrocarbons rather than 'dig and dumps'. Rather than bringing in new topsoil and dealing with the associated weed issues, use Alfalfa Green to improve your existing soil to a ''near topsoil'' state.Key / Major clients:
A few of our users are:Husky Energy
Enbridge Pipelines
Suncor Energy Inc.
City of Saskatoon
City of Medicine Hat
City of Guelph
Saskatoon Health Region
Success stories:
Alfalfa Green has been used as a soil amendment by major oil and gas companies as a way to reclaim and remediate their affected soils. On the reclamation side, Alfalfa Green boosts soil organic matter, aeration, and moisture retention capabilities promoting a more productive soil. On the remediation side, Alfalfa Green enhances soil microbe populations, acting as a bioremediation agent for hydrocarbon breakdown.Alfalfa Green is also used by municipalities as a certified organic fertilizer product. As a natural option it is used on flowers, sports fields, green spaces, and more. Alfalfa Green works as above to improve your soil structure. This results in a thicker grass with improved root development, which helps to choke out weed development.
Testimonial:
December 7, 2012Western Alfalfa Milling Co.
Danielle Barrett:
We had applied the Certified Organic Alfalfa Green Pellets on our soccer field and ball diamonds in early spring.
Over the spring and summer season we witnessed an increase growth and thickness of its turf, especially in the bare areas, such as goal creases on the soccer pitches. We also noticed a lot less weeds than usual, and as a result we did not spray chemically for weeds this season.
We applied a second application in late October, and are looking forward to next spring with even a better growth; we are also planning to introduce this product to our playground and park areas as well as our sports fields for 2013.
Regards,
Calvin Bennefield
Parks and Facilities Manager
City of Lacombe
403 782-1252
November 6, 2012
We use alfalfa pellets as part of our nutrient program for our garlic crops. The size, shape, and density of the pellets make them very flowable and easy to work with. There is no hanging up in our applicator.
I certainly recommend using alfalfa pellets as a natural fertilizer for farmers and market gardeners growing high value crops.
Darrel Schaab, The Garlic Garden, Yorkton, Saskatchewan
www.yorktongarlic.com
From: Laura Gillepsie<EMAIL_ADDRESS>To<EMAIL_ADDRESS>Subject: Town of Innisfail
Hello Danielle
Hope you are enjoying the fall. Just thought I would forward you this photo of the flower bed at the entrance to Innisfail.
The summer here was cool and wet and as a result the annual beds were slow to develop. The weather turned hot and dry the end of August and throughout September, and the beds finally matured. I applied Alfalfa Green twice throughout the season, to this landscaped area and distributed it by hand. Once the bed started to mature I noticed one section (indicated with black arrow) exhibited significantly more growth and the flower colour was more intense. The plants appeared much more vigorous than the other sections. Obviously, this section received more alfalfa green than the others. In previous years I was able to achieve growth like this with the synthetic fertilizer I used. There was no synthetic fertilizer applied, only Alfalfa Green. All sections of the bed have the same soil, and received the same level of care. I am very excited to achieve results like this with a natural product.
Laura Gillespie
Town Of Innisfail
Horticulturist
4943 53 street
Innisfail, Alberta
T4G 1A1
403.227.7744
<EMAIL_ADDRESS>-----Original Message-----
From: Ken Jackson<EMAIL_ADDRESS>Sent: Thursday, October 11, 2012 3:01 PM
To<EMAIL_ADDRESS>Danielle, attached the photos of the flowers this past summer. All flower
pots, beds and baskets were amended with the Alfalfa Green before planting
and the results were amazing as you can see. I would recommend the product
to anyone, the Parks Department received numerous complements from our
residents about how wonderful our plantings looked. The plants were strong
and healthy and lasted well into October before being removed for the
season.
Ken Jackson
Parks Supervisor
Town of Chestermere
105 Marina Road, Chestermere, AB T1X 1V7
P:<PHONE_NUMBER> F:<PHONE_NUMBER>
September 11, 2012
Please find below a testimonial for Alfalfa Green Fertilizer during the 2012 season.
We have been test trialing Alfalfa Green Fertilizer as a topdressing material to help combat compaction in our parks. We have observed that the area containing Alfalfa Green is less compact than the control plot. This product was compatible with our equipment and easy to apply. The pellets blended well with the turfgrass and were completely broken down within 14 days after applying. So far, we have seen desirable results and we will continue to test this product in the future.
Regards,
Jenna MacDonald B.Sc.
Landscape Technician
City of Medicine Hat
Parks & Recreation Department
(403) 525-8833
<EMAIL_ADDRESS>Sent: Monday, September 10, 2012 7:41 AM
To: Alfalfa Plant-Norquay
Subject: Testimonial
____________________________
Sept 10, 2012
"This is the first year that I used Alfalfa Green pellets on a trial basis in my garden. I used it mainly for tomatoes, cabbage, peas, onions, zucchinis and hanging pots. The results were amazing! The plants grew bigger, had darker green leaves and produced much more and larger vegetables. I plan to expand the use of Alfalfa Green in my garden next year. Alfalfa Green is safe for the environment and there is no chance of burning from overuse of this slow release fertilizer and soil nutrient. I highly recommend to gardeners to use Alfalfa Green in your yard and garden."
Glen Tymiak
Past President
Sask. Horticultural Association.
Danielle Barrett
Western Alfalfa Milling Co.
Norquay Sask.
Danielle: During the past 3 years the Town of Morden, Community Services Department has been using your Alfalfa pellets in our flower beds and sports grounds. We have found the flowers and grounds have greatly improve in growth since we started using your product. The staff has also taken it home for their gardens and say the Tomatoes are the best they have ever had. Our ground grass will increase in growth once we start to aerate the ground. Thanks for your product which we will be continuing to use in the town.
Gord Maddock
Facility Manager
Harold Janzen
Parks Manager
July 27, 2011
______________________________________
From: Murray or Betty Maclure
Sent: Thursday, June 09, 2011 4:58 PM
To<EMAIL_ADDRESS>Subject: PRODUCT ENDORSEMENT
PRODUCT ENDORSEMENT
Shortly after taking over the Greenhouse in 2005 we were introduced to Alfalfa Green and trialed it on some of our container Rose Bushes with positive results. The following season we started using Alfalfa Green as an additive to our growing medium for our transplants. It has now become our primary fertilizer and has allowed us to cut back on both slow release fertilizers and the amount of water soluble fertilizers applied through our injector system.
We strongly feel that our use of Alfalfa Green has allowed us to grow a superior product and the fact that it is an environmentally friendly product is a positive bonus. We also use Alfalfa Green extensively in our Market Garden operation, again with positive results. Our retail sales of Alfalfa Green has also increased with many of our customers coming back for a bag of that special fertilizer which they bought last year.
Regards,
Murray MacLure
Terrys Greenhouse & Market Garden
Swan River, Manitoba
(204) 734-3536
10 March 2011
Testimonial by Barb Holmes
Foreman Parks and Recreation
City of Fort Saskatchewan, Alberta
In July 2009 the City of Fort Saskatchewan purchased certified organic Alfalfa Green manufactured by Western Alfalfa Milling Co. Ltd. (WAMCO). We bought the product primarily for use on our sports fields.
The pellets were applied in late July. The Alfalfa Green was easy to spread and convenient as we did not have to worry about over applying. As well, its nice that it is an organic product rather than being a synthetic chemical.
We found the results satisfactory and therefore in the spring of 2010 we purchased more Alfalfa Green. We used it on all of our 29 sports fields in June 2010. As we were once again pleased with the results on our sports fields, we will again be using Alfalfa Green on our sports fields as well as trying it on some of our flower beds and pots in 2011.
Barb Holmes, City of Fort Saskatchewan
Barb Holmes
Foreman Parks and Recreation
Public Works and Engineering Services
11121-88 Avenue, Fort Saskatchewan, AB T8L 2S5
Tel:<PHONE_NUMBER><EMAIL_ADDRESS>Website: www.fortsask.ca
28 July 2010
Testimonial by Shannon Wanner, Urban Forestry/Green Space Technician for the City of Estevan, Saskatchewan
In April 2010 the City of Estevan purchased certified organic Alfalfa Green manufactured by Western Alfalfa Milling Co. Ltd. (WAMCO). We bought the product primarily for use in flower pots throughout the city.
In an average year the City of Estevan plants approximately 10 000 flowers in flower beds and pots. This year I was looking for a more convenient organic fertilizer option. I went with Alfalfa Green and applied it to our flower beds and pots at a rate of one cup per foot of weep line circumference. The pellets were applied in early May at time of planting and were re-applied one month later in June and again in July. The Alfalfa Green was easy to handle and apply and was more convenient than some inorganic fertilizers Ive previously used which had to be mixed with water prior to applying. Most importantly, I have peace of mind knowing that these organic pellets do not pose a health threat to Estevans citizens, children, or pets as they walk through our parks; nor have they been detrimental to the health of any of my staff members who applied them.
In July I observed that the flowers seem to be doing better than in previous years. The blooms, leaves, and foliage appear larger and the colouring perhaps a bit deeper and more vibrant than normal. The only change to our program this year is the addition of WAMCOs Alfalfa Green fertilizer.
Overall I like Alfalfa Green and will use it again in our flower program next year.
Shannon Wanner, City of Estevan
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
325313 - Chemical Fertilizer (except Potash) Manufacturing
325314 - Mixed Fertilizer Manufacturing
418310 - Agricultural Feed Wholesaler-Distributors
Products, services and licensing
Product / Service / Licensing
1/4" Suncured alfalfa pellets
8710-Forage and Feed
8720-Fertilizers
AA00-Agriculture
AH00-Environmental Protection
E000-Environmental Services
E111-Oil Spill Response Including Cleanup, Removal, Disposal and Operational Support
E199-Other Environmental Services
F010-Other Range/Forest Improvements Services (non-construction)
F040-Surface Mining Reclamation Services (non-construction)
Market
Market profile
Alliances:
Strategic alliances:
Alfalfa Green pellets are used as a soil amendment and organic fertilizer product. They can be used anywhere that your soil needs an additional boost - golf courses, turf, fruit & vegetable production, sportsfields, and following industrial activity.Industry sector market interests:
- Agriculture
- Environment
- Manufacturing
Geographic markets:
Export experience:
- Japan
- United States
- California
- Indiana
- Iowa
- Michigan
- Montana
- Oklahoma
- Oregon
- Texas
- Vermont
- Washington
- Wisconsin
Sector
Sector information
Unique applications:
Use Alfalfa Green as a soil amendment to breakdown hydrocarbons rather than 'dig and dumps'. Rather than bringing in new topsoil and dealing with the associated weed issues, use Alfalfa Green to improve your existing soil to a ''near topsoil'' state.Key / Major clients:
A few of our users are:Husky Energy
Enbridge Pipelines
Suncor Energy Inc.
City of Saskatoon
City of Medicine Hat
City of Guelph
Saskatoon Health Region
Success stories:
Alfalfa Green has been used as a soil amendment by major oil and gas companies as a way to reclaim and remediate their affected soils. On the reclamation side, Alfalfa Green boosts soil organic matter, aeration, and moisture retention capabilities promoting a more productive soil. On the remediation side, Alfalfa Green enhances soil microbe populations, acting as a bioremediation agent for hydrocarbon breakdown.Alfalfa Green is also used by municipalities as a certified organic fertilizer product. As a natural option it is used on flowers, sports fields, green spaces, and more. Alfalfa Green works as above to improve your soil structure. This results in a thicker grass with improved root development, which helps to choke out weed development.
Testimonial:
December 7, 2012Western Alfalfa Milling Co.
Danielle Barrett:
We had applied the Certified Organic Alfalfa Green Pellets on our soccer field and ball diamonds in early spring.
Over the spring and summer season we witnessed an increase growth and thickness of its turf, especially in the bare areas, such as goal creases on the soccer pitches. We also noticed a lot less weeds than usual, and as a result we did not spray chemically for weeds this season.
We applied a second application in late October, and are looking forward to next spring with even a better growth; we are also planning to introduce this product to our playground and park areas as well as our sports fields for 2013.
Regards,
Calvin Bennefield
Parks and Facilities Manager
City of Lacombe
403 782-1252
November 6, 2012
We use alfalfa pellets as part of our nutrient program for our garlic crops. The size, shape, and density of the pellets make them very flowable and easy to work with. There is no hanging up in our applicator.
I certainly recommend using alfalfa pellets as a natural fertilizer for farmers and market gardeners growing high value crops.
Darrel Schaab, The Garlic Garden, Yorkton, Saskatchewan
www.yorktongarlic.com
From: Laura Gillepsie<EMAIL_ADDRESS>To<EMAIL_ADDRESS>Subject: Town of Innisfail
Hello Danielle
Hope you are enjoying the fall. Just thought I would forward you this photo of the flower bed at the entrance to Innisfail.
The summer here was cool and wet and as a result the annual beds were slow to develop. The weather turned hot and dry the end of August and throughout September, and the beds finally matured. I applied Alfalfa Green twice throughout the season, to this landscaped area and distributed it by hand. Once the bed started to mature I noticed one section (indicated with black arrow) exhibited significantly more growth and the flower colour was more intense. The plants appeared much more vigorous than the other sections. Obviously, this section received more alfalfa green than the others. In previous years I was able to achieve growth like this with the synthetic fertilizer I used. There was no synthetic fertilizer applied, only Alfalfa Green. All sections of the bed have the same soil, and received the same level of care. I am very excited to achieve results like this with a natural product.
Laura Gillespie
Town Of Innisfail
Horticulturist
4943 53 street
Innisfail, Alberta
T4G 1A1
403.227.7744
<EMAIL_ADDRESS>-----Original Message-----
From: Ken Jackson<EMAIL_ADDRESS>Sent: Thursday, October 11, 2012 3:01 PM
To<EMAIL_ADDRESS>Danielle, attached the photos of the flowers this past summer. All flower
pots, beds and baskets were amended with the Alfalfa Green before planting
and the results were amazing as you can see. I would recommend the product
to anyone, the Parks Department received numerous complements from our
residents about how wonderful our plantings looked. The plants were strong
and healthy and lasted well into October before being removed for the
season.
Ken Jackson
Parks Supervisor
Town of Chestermere
105 Marina Road, Chestermere, AB T1X 1V7
P:<PHONE_NUMBER> F:<PHONE_NUMBER>
September 11, 2012
Please find below a testimonial for Alfalfa Green Fertilizer during the 2012 season.
We have been test trialing Alfalfa Green Fertilizer as a topdressing material to help combat compaction in our parks. We have observed that the area containing Alfalfa Green is less compact than the control plot. This product was compatible with our equipment and easy to apply. The pellets blended well with the turfgrass and were completely broken down within 14 days after applying. So far, we have seen desirable results and we will continue to test this product in the future.
Regards,
Jenna MacDonald B.Sc.
Landscape Technician
City of Medicine Hat
Parks & Recreation Department
(403) 525-8833
<EMAIL_ADDRESS>Sent: Monday, September 10, 2012 7:41 AM
To: Alfalfa Plant-Norquay
Subject: Testimonial
____________________________
Sept 10, 2012
"This is the first year that I used Alfalfa Green pellets on a trial basis in my garden. I used it mainly for tomatoes, cabbage, peas, onions, zucchinis and hanging pots. The results were amazing! The plants grew bigger, had darker green leaves and produced much more and larger vegetables. I plan to expand the use of Alfalfa Green in my garden next year. Alfalfa Green is safe for the environment and there is no chance of burning from overuse of this slow release fertilizer and soil nutrient. I highly recommend to gardeners to use Alfalfa Green in your yard and garden."
Glen Tymiak
Past President
Sask. Horticultural Association.
Danielle Barrett
Western Alfalfa Milling Co.
Norquay Sask.
Danielle: During the past 3 years the Town of Morden, Community Services Department has been using your Alfalfa pellets in our flower beds and sports grounds. We have found the flowers and grounds have greatly improve in growth since we started using your product. The staff has also taken it home for their gardens and say the Tomatoes are the best they have ever had. Our ground grass will increase in growth once we start to aerate the ground. Thanks for your product which we will be continuing to use in the town.
Gord Maddock
Facility Manager
Harold Janzen
Parks Manager
July 27, 2011
______________________________________
From: Murray or Betty Maclure
Sent: Thursday, June 09, 2011 4:58 PM
To<EMAIL_ADDRESS>Subject: PRODUCT ENDORSEMENT
PRODUCT ENDORSEMENT
Shortly after taking over the Greenhouse in 2005 we were introduced to Alfalfa Green and trialed it on some of our container Rose Bushes with positive results. The following season we started using Alfalfa Green as an additive to our growing medium for our transplants. It has now become our primary fertilizer and has allowed us to cut back on both slow release fertilizers and the amount of water soluble fertilizers applied through our injector system.
We strongly feel that our use of Alfalfa Green has allowed us to grow a superior product and the fact that it is an environmentally friendly product is a positive bonus. We also use Alfalfa Green extensively in our Market Garden operation, again with positive results. Our retail sales of Alfalfa Green has also increased with many of our customers coming back for a bag of that special fertilizer which they bought last year.
Regards,
Murray MacLure
Terrys Greenhouse & Market Garden
Swan River, Manitoba
(204) 734-3536
10 March 2011
Testimonial by Barb Holmes
Foreman Parks and Recreation
City of Fort Saskatchewan, Alberta
In July 2009 the City of Fort Saskatchewan purchased certified organic Alfalfa Green manufactured by Western Alfalfa Milling Co. Ltd. (WAMCO). We bought the product primarily for use on our sports fields.
The pellets were applied in late July. The Alfalfa Green was easy to spread and convenient as we did not have to worry about over applying. As well, its nice that it is an organic product rather than being a synthetic chemical.
We found the results satisfactory and therefore in the spring of 2010 we purchased more Alfalfa Green. We used it on all of our 29 sports fields in June 2010. As we were once again pleased with the results on our sports fields, we will again be using Alfalfa Green on our sports fields as well as trying it on some of our flower beds and pots in 2011.
Barb Holmes, City of Fort Saskatchewan
Barb Holmes
Foreman Parks and Recreation
Public Works and Engineering Services
11121-88 Avenue, Fort Saskatchewan, AB T8L 2S5
Tel:<PHONE_NUMBER><EMAIL_ADDRESS>Website: www.fortsask.ca
28 July 2010
Testimonial by Shannon Wanner, Urban Forestry/Green Space Technician for the City of Estevan, Saskatchewan
In April 2010 the City of Estevan purchased certified organic Alfalfa Green manufactured by Western Alfalfa Milling Co. Ltd. (WAMCO). We bought the product primarily for use in flower pots throughout the city.
In an average year the City of Estevan plants approximately 10 000 flowers in flower beds and pots. This year I was looking for a more convenient organic fertilizer option. I went with Alfalfa Green and applied it to our flower beds and pots at a rate of one cup per foot of weep line circumference. The pellets were applied in early May at time of planting and were re-applied one month later in June and again in July. The Alfalfa Green was easy to handle and apply and was more convenient than some inorganic fertilizers Ive previously used which had to be mixed with water prior to applying. Most importantly, I have peace of mind knowing that these organic pellets do not pose a health threat to Estevans citizens, children, or pets as they walk through our parks; nor have they been detrimental to the health of any of my staff members who applied them.
In July I observed that the flowers seem to be doing better than in previous years. The blooms, leaves, and foliage appear larger and the colouring perhaps a bit deeper and more vibrant than normal. The only change to our program this year is the addition of WAMCOs Alfalfa Green fertilizer.
Overall I like Alfalfa Green and will use it again in our flower program next year.
Shannon Wanner, City of Estevan


Rigidbody¶
The Rigidbody module.
Rigidbody AddExplosionForce¶
-
UnityEngineRigidbody.
__AddExplosionForce__SystemSingle_UnityEngineVector3_SystemSingle__SystemVoid
(UnityEngine.Rigidbody instanceSystem.Single explosionForceUnityEngine.Vector3 explosionPositionSystem.Single explosionRadius)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody AddForce¶
-
UnityEngineRigidbody.
__AddForce__UnityEngineVector3__SystemVoid
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 force)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody AddForceAtPosition¶
-
UnityEngineRigidbody.
__AddForceAtPosition__UnityEngineVector3_UnityEngineVector3__SystemVoid
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 forceUnityEngine.Vector3 position)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody AddRelativeForce¶
-
UnityEngineRigidbody.
__AddRelativeForce__UnityEngineVector3__SystemVoid
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 force)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody AddRelativeTorque¶
-
UnityEngineRigidbody.
__AddRelativeTorque__UnityEngineVector3__SystemVoid
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 torque)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody AddTorque¶
-
UnityEngineRigidbody.
__AddTorque__UnityEngineVector3__SystemVoid
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 torque)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody ClosestPointOnBounds¶
-
UnityEngineRigidbody.
__ClosestPointOnBounds__UnityEngineVector3__UnityEngineVector3
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 position)¶
outputs: unnamed (Vector3
)
flow: none
op_Equality¶
-
UnityEngineRigidbody.
__op_Equality__UnityEngineObject_UnityEngineObject__SystemBoolean
(UnityEngine.Object UnityEngine.Object)¶
outputs: unnamed (Boolean
)
flow: none
Rigidbody Equals¶
-
UnityEngineRigidbody.
__Equals__SystemObject__SystemBoolean
(UnityEngine.Rigidbody instanceSystem.Object other)¶
outputs: unnamed (Boolean
)
flow: none
Rigidbody get_angularDrag¶
-
UnityEngineRigidbody.
__get_angularDrag__SystemSingle
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Single
)
flow: none
Rigidbody get_angularVelocity¶
-
UnityEngineRigidbody.
__get_angularVelocity__UnityEngineVector3
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Vector3
)
flow: none
Rigidbody get_centerOfMass¶
-
UnityEngineRigidbody.
__get_centerOfMass__UnityEngineVector3
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Vector3
)
flow: none
Rigidbody get_collisionDetectionMode¶
-
UnityEngineRigidbody.
__get_collisionDetectionMode__UnityEngineCollisionDetectionMode
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (CollisionDetectionMode
)
flow: none
Rigidbody get_constraints¶
-
UnityEngineRigidbody.
__get_constraints__UnityEngineRigidbodyConstraints
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (RigidbodyConstraints
)
flow: none
Rigidbody get_detectCollisions¶
-
UnityEngineRigidbody.
__get_detectCollisions__SystemBoolean
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Boolean
)
flow: none
Rigidbody get_drag¶
-
UnityEngineRigidbody.
__get_drag__SystemSingle
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Single
)
flow: none
Rigidbody get_freezeRotation¶
-
UnityEngineRigidbody.
__get_freezeRotation__SystemBoolean
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Boolean
)
flow: none
Rigidbody get_gameObject¶
-
UnityEngineRigidbody.
__get_gameObject__UnityEngineGameObject
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (GameObject
)
flow: none
Rigidbody get_inertiaTensor¶
-
UnityEngineRigidbody.
__get_inertiaTensor__UnityEngineVector3
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Vector3
)
flow: none
Rigidbody get_inertiaTensorRotation¶
-
UnityEngineRigidbody.
__get_inertiaTensorRotation__UnityEngineQuaternion
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Quaternion
)
flow: none
Rigidbody get_interpolation¶
-
UnityEngineRigidbody.
__get_interpolation__UnityEngineRigidbodyInterpolation
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (RigidbodyInterpolation
)
flow: none
Rigidbody get_isKinematic¶
-
UnityEngineRigidbody.
__get_isKinematic__SystemBoolean
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Boolean
)
flow: none
Rigidbody get_mass¶
-
UnityEngineRigidbody.
__get_mass__SystemSingle
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Single
)
flow: none
Rigidbody get_maxAngularVelocity¶
-
UnityEngineRigidbody.
__get_maxAngularVelocity__SystemSingle
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Single
)
flow: none
Rigidbody get_maxDepenetrationVelocity¶
-
UnityEngineRigidbody.
__get_maxDepenetrationVelocity__SystemSingle
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Single
)
flow: none
Rigidbody get_name¶
-
UnityEngineRigidbody.
__get_name__SystemString
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (String
)
flow: none
Rigidbody get_position¶
-
UnityEngineRigidbody.
__get_position__UnityEngineVector3
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Vector3
)
flow: none
Rigidbody get_rotation¶
-
UnityEngineRigidbody.
__get_rotation__UnityEngineQuaternion
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Quaternion
)
flow: none
Rigidbody get_solverIterations¶
-
UnityEngineRigidbody.
__get_solverIterations__SystemInt32
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Int32
)
flow: none
Rigidbody get_solverVelocityIterations¶
-
UnityEngineRigidbody.
__get_solverVelocityIterations__SystemInt32
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Int32
)
flow: none
Rigidbody get_transform¶
-
UnityEngineRigidbody.
__get_transform__UnityEngineTransform
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Transform
)
flow: none
Rigidbody get_useGravity¶
-
UnityEngineRigidbody.
__get_useGravity__SystemBoolean
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Boolean
)
flow: none
Rigidbody get_velocity¶
-
UnityEngineRigidbody.
__get_velocity__UnityEngineVector3
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Vector3
)
flow: none
Rigidbody get_worldCenterOfMass¶
-
UnityEngineRigidbody.
__get_worldCenterOfMass__UnityEngineVector3
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Vector3
)
flow: none
Rigidbody GetComponent¶
-
UnityEngineRigidbody.
__GetComponent__SystemType__UnityEngineComponent
(UnityEngine.Rigidbody instanceSystem.Type type)¶
outputs: unnamed (Component
)
flow: none
Rigidbody GetComponentInChildren¶
-
UnityEngineRigidbody.
__GetComponentInChildren__SystemBoolean__T
(UnityEngine.Rigidbody instanceSystem.Boolean includeInactiveSystem.Type type)¶
outputs: T (Object
)
flow: none
Rigidbody GetComponentInParent¶
-
UnityEngineRigidbody.
__GetComponentInParent__SystemType__UnityEngineComponent
(UnityEngine.Rigidbody instanceSystem.Type t)¶
outputs: unnamed (Component
)
flow: none
Rigidbody GetComponents¶
-
UnityEngineRigidbody.
__GetComponents__ListT__SystemVoid
(UnityEngine.Rigidbody instanceSystem.Collections.Generic.List`1[UnityEngine.Object] results)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody GetComponentsInChildren¶
-
UnityEngineRigidbody.
__GetComponentsInChildren__SystemBoolean_ListT__SystemVoid
(UnityEngine.Rigidbody instanceSystem.Boolean includeInactiveSystem.Collections.Generic.List`1[UnityEngine.Object] result)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody GetComponentsInParent¶
-
UnityEngineRigidbody.
__GetComponentsInParent__SystemBoolean_ListT__SystemVoid
(UnityEngine.Rigidbody instanceSystem.Boolean includeInactiveSystem.Collections.Generic.List`1[UnityEngine.Object] results)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody GetHashCode¶
-
UnityEngineRigidbody.
__GetHashCode__SystemInt32
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Int32
)
flow: none
Rigidbody GetInstanceID¶
-
UnityEngineRigidbody.
__GetInstanceID__SystemInt32
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Int32
)
flow: none
Rigidbody GetPointVelocity¶
-
UnityEngineRigidbody.
__GetPointVelocity__UnityEngineVector3__UnityEngineVector3
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 worldPoint)¶
outputs: unnamed (Vector3
)
flow: none
Rigidbody GetRelativePointVelocity¶
-
UnityEngineRigidbody.
__GetRelativePointVelocity__UnityEngineVector3__UnityEngineVector3
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 relativePoint)¶
outputs: unnamed (Vector3
)
flow: none
Rigidbody GetType¶
-
UnityEngineRigidbody.
__GetType__SystemType
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Type
)
flow: none
op_Implicit¶
-
UnityEngineRigidbody.
__op_Implicit__UnityEngineObject__SystemBoolean
(UnityEngine.Object)¶
outputs: unnamed (Boolean
)
flow: none
op_Inequality¶
-
UnityEngineRigidbody.
__op_Inequality__UnityEngineObject_UnityEngineObject__SystemBoolean
(UnityEngine.Object UnityEngine.Object)¶
outputs: unnamed (Boolean
)
flow: none
Rigidbody IsSleeping¶
-
UnityEngineRigidbody.
__IsSleeping__SystemBoolean
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (Boolean
)
flow: none
Rigidbody MovePosition¶
-
UnityEngineRigidbody.
__MovePosition__UnityEngineVector3__SystemVoid
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 position)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody MoveRotation¶
-
UnityEngineRigidbody.
__MoveRotation__UnityEngineQuaternion__SystemVoid
(UnityEngine.Rigidbody instanceUnityEngine.Quaternion rot)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody ResetCenterOfMass¶
-
UnityEngineRigidbody.
__ResetCenterOfMass__SystemVoid
(UnityEngine.Rigidbody instance)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody ResetInertiaTensor¶
-
UnityEngineRigidbody.

__SetDensity__SystemSingle__SystemVoid
(UnityEngine.Rigidbody instanceSystem.Single density)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody Sleep¶
-
UnityEngineRigidbody.
__Sleep__SystemVoid
(UnityEngine.Rigidbody instance)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed
Rigidbody SweepTest¶
-
UnityEngineRigidbody.
__SweepTest__UnityEngineVector3_UnityEngineRaycastHitRef_SystemSingle_UnityEngineQueryTriggerInteraction__SystemBoolean
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 directionSystem.Single maxDistanceUnityEngine.QueryTriggerInteraction queryTriggerInteraction)¶
outputs: hitInfo (RaycastHit
), unnamed (Boolean
)
flow inputs: unnamed
flow outputs: unnamed
Rigidbody SweepTestAll¶
-
UnityEngineRigidbody.
__SweepTestAll__UnityEngineVector3__UnityEngineRaycastHitArray
(UnityEngine.Rigidbody instanceUnityEngine.Vector3 direction)¶
outputs: unnamed (RaycastHit[]
)
flow: none
Rigidbody ToString¶
-
UnityEngineRigidbody.
__ToString__SystemString
(UnityEngine.Rigidbody instance)¶
outputs: unnamed (String
)
flow: none
Rigidbody WakeUp¶
-
UnityEngineRigidbody.
__WakeUp__SystemVoid
(UnityEngine.Rigidbody instance)¶
outputs: none
flow inputs: unnamed
flow outputs: unnamed


2. Section Message Data
on page Message Data
,
Section C++ Datatypes
on page C++ Datatypes
, and
Annex Defined Values and Handles
on page Defined Values and Handles
.
MPI_LONG_LONG_INT, MPI_LONG_LONG (as synonym), MPI_UNSIGNED_LONG_LONG,
MPI_SIGNED_CHAR,
and MPI_WCHAR are moved from optional to official and they are therefore
defined for all three language bindings.
3. Section Return Status
on page Return Status
.
MPI_GET_COUNT with zero-length datatypes:
The value returned as the count argument of
MPI_GET_COUNT for a datatype of length zero where zero bytes
have been transferred is zero. If the number of bytes transferred is
greater than zero, MPI_UNDEFINED is returned.
4. Section Derived Datatypes
on page Derived Datatypes
.
General rule about derived datatypes:
Most datatype constructors have replication count or block length arguments.
Allowed values are nonnegative integers. If the value is zero, no elements are
generated in the type map and there is no effect on datatype bounds or
extent.
5. Section Canonical MPI_PACK and MPI_UNPACK
on page Canonical MPI_PACK and MPI_UNPACK
.
MPI_BYTE should be used to send and receive data that is packed
using MPI_PACK_EXTERNAL.
6. Section All-Reduce
on page All-Reduce
.
If comm is an intercommunicator in MPI_ALLREDUCE, then
both groups should
provide count and datatype arguments that specify the same type
signature
(i.e., it is not necessary that both groups provide the same count value).
7. Section Group Accessors
on page Group Accessors
.
MPI_GROUP_TRANSLATE_RANKS and MPI_PROC_NULL:
MPI_PROC_NULL is a valid rank for input to
MPI_GROUP_TRANSLATE_RANKS, which returns
MPI_PROC_NULL as the translated rank.
8. Section Caching
on page Caching
.
About the attribute caching functions:
Advice
to implementors.
High-quality implementations should raise an error when a keyval
that was created by a call to MPI_XXX_CREATE_KEYVAL is
used with an object of the wrong type with a call to
MPI_YYY_GET_ATTR, MPI_YYY_SET_ATTR, MPI_YYY_DELETE_ATTR, or
MPI_YYY_FREE_KEYVAL. To do so, it is necessary to maintain, with
each keyval, information on the type of the associated user
function.
( End of advice to implementors.)
9. Section Naming Objects
on page Naming Objects
.
In MPI_COMM_GET_NAME:
In C, a null character is additionally stored at name[resultlen].
resultlen cannot be larger then MPI_MAX_OBJECT-1.
In Fortran, name is padded on the right with blank characters.
resultlen cannot be larger then MPI_MAX_OBJECT.
10. Section Overview of the Functions
on page Overview of the Functions
.
About MPI_GRAPH_CREATE and MPI_CART_CREATE:
All input arguments must have identical values on all processes
of the group of comm_old.
11. Section Cartesian Constructor
on page Cartesian Constructor
.
In MPI_CART_CREATE:
If ndims is zero then a zero-dimensional Cartesian topology is created. The
call is erroneous if it specifies a grid that is larger than the group size or if
ndims is negative.
12. Section General (Graph) Constructor
on page General (Graph) Constructor
.
In MPI_GRAPH_CREATE:
If the graph is empty, i.e., nnodes == 0,
then MPI_COMM_NULL is returned in all processes.
13. Section General (Graph) Constructor
on page General (Graph) Constructor
.
In MPI_GRAPH_CREATE:
A single process is allowed to be defined multiple times in the list of
neighbors of a process (i.e., there may be multiple edges between two
processes). A process is also allowed to be a neighbor to itself (i.e., a self
loop in the graph). The adjacency matrix is allowed to be non-symmetric.
Advice to users.
Performance implications of using multiple edges or a non-symmetric
adjacency matrix are not defined. The definition of a node-neighbor
edge does not imply a direction of the communication.
( End of advice to users.)
14. Section Topology Inquiry Functions
on page Topology Inquiry Functions
.
In MPI_CARTDIM_GET and MPI_CART_GET:
If comm is associated with a zero-dimensional Cartesian topology,
MPI_CARTDIM_GET returns ndims=0 and MPI_CART_GET will keep
all output arguments unchanged.
15. Section Topology Inquiry Functions
on page Topology Inquiry Functions
.
In MPI_CART_RANK:
If comm is associated with a zero-dimensional Cartesian topology,
coord is not significant and 0 is returned in rank.
16. Section Topology Inquiry Functions
on page Topology Inquiry Functions
.
In MPI_CART_COORDS:
If comm is associated with a zero-dimensional Cartesian topology,
coords will be unchanged.
17. Section Cartesian Shift Coordinates
on page Cartesian Shift Coordinates
.
In MPI_CART_SHIFT:
It is erroneous to call MPI_CART_SHIFT with a direction that is either
negative or greater than or equal to the number of dimensions in the Cartesian
communicator. This implies that it is erroneous to call MPI_CART_SHIFT with a
comm that is associated with a zero-dimensional Cartesian topology.
18. Section Partitioning of Cartesian structures
on page Partitioning of Cartesian structures
.
In MPI_CART_SUB:
If all entries in remain_dims are false or comm is already associated
with a zero-dimensional Cartesian topology then newcomm is associated
with a zero-dimensional Cartesian topology.
19. Section Environmental Inquiries
on page Environmental Inquiries
.
In MPI_GET_PROCESSOR_NAME:
In C, a null character is additionally stored at name[resultlen].
resultlen cannot be larger then MPI_MAX_PROCESSOR_NAME-1.
In Fortran, name is padded on the right with blank characters.
resultlen cannot be larger then MPI_MAX_PROCESSOR_NAME.
20. Section Error Handling
on page Error Handling
.
MPI_{COMM,WIN,FILE}_GET_ERRHANDLER behave as if a
new error handler object is created.
That is, once the error handler is no longer needed,
MPI_ERRHANDLER_FREE should be called with the error handler returned
from MPI_ERRHANDLER_GET or
MPI_{COMM,WIN,FILE}_GET_ERRHANDLER
to mark the error handler for deallocation.
This provides behavior similar to that of MPI_COMM_GROUP and
MPI_GROUP_FREE.
21. Section Startup
on page Startup
, see explanations to MPI_FINALIZE.
MPI_FINALIZE is collective over all connected processes.
If no processes were spawned, accepted or connected then this means
over MPI_COMM_WORLD; otherwise it is collective over the
union of all processes that have been and continue to be connected,
as explained in Section Releasing Connections
on page Releasing Connections
.
22. Section Startup
on page Startup
.
About MPI_ABORT:
Advice to users.
Whether the errorcode is returned from the executable or
from the MPI process startup mechanism (e.g., mpiexec), is an aspect of
quality of the MPI library but not mandatory.
( End of advice to users.)
Advice
to implementors.
Where possible, a high-quality implementation will
try to return the errorcode from the MPI process startup mechanism (e.g.
mpiexec or singleton init).
( End of advice to implementors.)
23. Section The Info Object
on page The Info Object
.
An implementation must support info objects as caches for arbitrary ( key,
value) pairs, regardless of whether it recognizes the key. Each function that
takes hints in the form of an MPI_Info must be prepared to ignore any key it
does not recognize. This description of info objects does not attempt to
define how a particular function should react if it recognizes a key but not the
associated value.
MPI_INFO_GET_NKEYS, MPI_INFO_GET_NTHKEY,
MPI_INFO_GET_VALUELEN, and MPI_INFO_GET
must retain all ( key, value)
pairs so that layered functionality can also use the Info object.
24.
Section Communication Calls
on page Communication Calls
.
MPI_PROC_NULL is a valid target rank in the MPI RMA calls
MPI_ACCUMULATE, MPI_GET, and MPI_PUT.
The effect is the same as for MPI_PROC_NULL in MPI point-to-point
communication.
See also item Changes from Version 2.0 to Version 2.1
in this list.
25.
Section Communication Calls
on page Communication Calls
.
After any RMA operation with rank MPI_PROC_NULL, it is still necessary to
finish the RMA epoch with the synchronization method that started the epoch.
See also item Changes from Version 2.0 to Version 2.1
in this list.
26. Section Accumulate Functions
on page Accumulate Functions
.
MPI_REPLACE
in MPI_ACCUMULATE,
like the other predefined operations,
is defined only for the predefined MPI datatypes.
27. Section File Info
on page File Info
.
About MPI_FILE_SET_VIEW and MPI_FILE_SET_INFO:
When an info object that specifies a subset of valid hints is passed to
MPI_FILE_SET_VIEW or MPI_FILE_SET_INFO,
there will be no effect on
previously set or defaulted hints that the info does not specify.
28. Section File Info
on page File Info
.
About MPI_FILE_GET_INFO:
If no hint exists
for the file associated with fh,
a handle to a newly created info object is returned that
contains no key/value pair.
29. Section File Views
on page File Views
.
If a file does not have the mode MPI_MODE_SEQUENTIAL,
then MPI_DISPLACEMENT_CURRENT is invalid as disp in
MPI_FILE_SET_VIEW.
30. Section External Data Representation: ``external32''
on page External Data Representation: ``external32''
.
The bias of 16 byte doubles was defined with 10383. The correct value is 16383.
31. Section Class Member Functions for MPI
on page Class Member Functions for MPI
.
In the example in this section,
the buffer should be declared as const void* buf.
32. Section Additional Support for Fortran Numeric Intrinsic Types
on page Additional Support for Fortran Numeric Intrinsic Types
.
About MPI_TYPE_CREATE_F90_xxxx:
Advice
to implementors.
An application may often repeat a call to
MPI_TYPE_CREATE_F90_xxxx with the same combination of
( xxxx, p, r).
The application is not allowed to free the returned predefined, unnamed
datatype handles. To prevent the creation of a potentially huge amount of
handles, the MPI implementation should return the same datatype handle for
the same ( REAL/COMPLEX/INTEGER, p, r) combination.
Checking for the
combination ( p, r) in the preceding call to
MPI_TYPE_CREATE_F90_xxxx and
using a hash-table to find formerly generated handles should limit the
overhead of finding a previously generated datatype with same combination
of ( xxxx, p, r).
( End of advice to implementors.)
33. Section Defined Constants
on page Defined Constants
.
MPI_BOTTOM is defined as
void * const MPI::BOTTOM.


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| < Day Day Up > |
About the AuthorDru Lavigne is the author of ONLamp.com's FreeBSD Basics column and has been an avid BSD user since FreeBSD 2.2.1. As an IT instructor, she specializes in networking, routing, and security. She is also responsible for ISECOM's Protocol Database, which can be found at http://www.isecom.org. |
| < Day Day Up > |


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Mastering Apache Spark notebook featured in the Big Data course at Coursera!


How to use: highlight some text, click the edit annotation button, and use the Z icon to search for and add Zotero citations. Zotero lookup is configured to use the publicly accessible Digital Humanities Topic Modeling Zotero group library (in order to avoid using a private account key).
The text here is excerpted from the beginning of “The LDA Buffet: A Topic Modeling Fable” by Matthew Jockers (CC BY-SA).
. . . imagine a quaint town, somewhere in New England perhaps. The town is a writer’s retreat, a place they come in the summer months to seek inspiration. Melville is there, Hemingway, Joyce, and Jane Austen just fresh from across the pond. In this mythical town there is spot popular among the inhabitants; it is a little place called the “LDA Buffet.” Sooner or later all the writers go there to find themes for their novels. . .
One afternoon Herman Melville bumps into Jane Austen at the bocce ball court, and they get to talking.
“You know,” says Austen, “I have not written a thing in weeks.”
“Arrrrgh,” Melville replies, “me neither.”
So hand in hand they stroll down Gibbs Lane to the LDA Buffet. Now, down at the LDA Buffet no one gets fat. The buffet only serves light (leit?) motifs, themes, topics, and tropes (seasonal). Melville hands a plate to Austen, grabs another for himself, and they begin walking down the buffet line. Austen is finicky; she spoons a dainty helping of words out of the bucket marked “dancing.” A slightly larger spoonful of words, she takes from the “gossip” bucket and then a good ladle’s worth of “courtship.”
Melville makes a bee line for the “whaling” trough, and after piling on an Ahab-sized handful of whaling words, he takes a smaller spoonful of “seafaring” and then just a smidgen of “cetological jargon.”
The two companions find a table where they sit and begin putting all the words from their plates into sentences, paragraphs, and chapters.
At one point, Austen interrupts this business: “Oh Herman, you must try a bit of this courtship.”
He takes a couple of words but is not really fond of the topic. Then Austen, to her credit, asks permission before reaching across the table and sticking her fork in Melville’s pile of seafaring words, “just a taste,” she says. This work goes on for a little while; they order a few drinks and after a few hours, voila! Moby Dick and Persuasion are written . . .
[Now, dear reader, our story thus far provides an approximation of the first assumption made in LDA. We assume that documents are constructed out of some finite set of available topics. It is in the next part that things become a little complicated, but fear not, for you shall sample themes both grand and beautiful.]
. . . Filled with a sense of deep satisfaction, the two begin walking back to the lodging house. Along the way, they bump into a blurry-eyed Hemingway, who is just then stumbling out of the Rising Sun Saloon.
Having taken on a bit too much cargo, Hemingway stops on the sidewalk in front of the two literati. Holding out a shaky pointer finger, and then feigning an English accent, Hemingway says: “Stand and Deliver!”
To this, Austen replies, “Oh come now, Mr. Hemingway, must we do this every season?”
More gentlemanly then, Hemingway replies, “My dear Jane, isn’t it pretty to think so. Now if you could please be so kind as to tell me what’s in the offing down at the LDA Buffet.”
Austen turns to Melville and the two writers frown at each other. Hemingway was recently banned from the LDA Buffet. Then Austen turns toward Hemingway and holds up six fingers, the sixth in front of her now pursed lips.
“Six topics!” Hemingway says with surprise, “but what are today’s themes?”
“Now wouldn’t you like to know that you old sot.” Says Melville.
The thousand injuries of Melville, Hemingway had borne as best he could, but when Melville ventured upon insult he vowed revenge. Grabbing their recently completed manuscripts, Hemingway turned and ran toward the South. Just before disappearing down an alleyway, he calls back to the dumbfounded writers: “All my life I’ve looked at words as though I were seeing them for the first time. . . tonight I will do so again! . . . ”
[Hemingway has thus overcome the first challenge of topic modeling. He has a corpus and a set number of topics to extract from it. In reality determining the number of topics to extract from a corpus is a bit trickier. If only we could ask the authors, as Hemingway has done here, things would be so much easier.]
. . . Armed with the manuscripts and the knowledge that there were six topics on the buffet, Hemingway goes to work.
After making backup copies of the manuscripts, he then pours all the words from the originals into a giant Italian-leather attache. He shakes the bag vigorously and then begins dividing its contents into six smaller ceramic bowls, one for each topic. When each of the six bowls is full, Hemingway gets a first glimpse of the topics that the authors might have found at the LDA Buffet. Regrettably, these topics are not very good at all; in fact, they are terrible, a jumble of random unrelated words . . .


Becky's Travel Map
Where I've been in the USA
Create your own visited states map
or check out the
JavaScript Charts
.


Vega Lite Example:
Parallel Coordinates Plot
Parallel Sets
Map Projection with Center Dot
Hexagon Matrix using SVG Shapes
Hexagon Matrix using Unicode Icons
Hexagon Matrix Base Generation
Selected Interval Delta Indicator


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Import


Status
- Author
-
Mike Amundsen<EMAIL_ADDRESS>- Status
-
Working Draft — Only experimental and ‘proof-of-concept’ apps should be built on this unstable draft.
- Proposed IANA Registrations
-
application/prs.profile-object-desc+json
- Repository
- Last Updated
-
2016-12-28
General
This document contains the details of the Profile Object Description (POD) specification used in the book RESTful Web Clients [RWCBook] by Mike Amundsen. This specification is designed to describe the rules for displaying domain objects and their properties in a human-centric user interface. This general specification can be used as an internal JSON object or (as described in Sharing POD Documents at Runtime below) POD documents can be requested from remote locations over HTTP at runtime.
Below is an example of a valid POD document:
{
"user" : {
"id" : {"prompt" : "ID", "render" : "none"},
"nick" : {"prompt" : "Nickname", "render" : "text"},
"email" : {"prompt" : "Email", "render" : "text"},
"name" : {"prompt" : "Full Name", "render" : "text"},
"password" : {"prompt" : "Password", "render" : "text"},
"dateCreated" : {"prompt" : "Date Created", "render" : "none"},
"dateUpdated" : {"prompt" : "Date Updated", "render" : "none"}
}
}
Design Goals
The goal of the POD specification is to make it easy to describe rendering rules for shared data objects. Similar to the way HTML.INPUT elements describe rules for rendering human-centric data input fields, POD documents provide rules for rendering data display fields.
Typically, each POD document desribes a single shared object (e.g. "user", "customer", "product", etc.). Each document contains a list of one ore more properties that are members of the object and each property has an associated prompt
and render
value (e.g. "email" : {"prompt" : "Email Address", "render" : "text"}
). The key of each property (e.g. "email") usually corresponds to the name of a data element to display. Rendering engines can use this information to decide how (and whether) to display the asscociated data on a screen.
These rules can be packaged as part of an installed application or can be shared at runtime over the Web. When sharing over the Web at runtime, services can inform client apps of the availability of POD documents via the HTTP LINK header and client apps can request those documents and use the responses to determine how to display associated data objects.
Updates
There is an open source repository [REPO] for this specification. Readers are encouraged to submit updates via the repository any time.
Compliance
An implementation is not compliant if it fails to satisfy one or more of the MUST or REQUIRED elements. An implementation that satisfies all the MUST and REQUIRED elements as well as all the SHOULD and RECOMMENDED elements is said to be "unconditionally compliant"; one that satisfies all the MUST and REQUIRED elements but not all the SHOULD and RECOMMENDED elements is said to be "conditionally compliant."
|
Note
|
The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC [RFC2119]. |
The POD Document Model
The POD document model is rather simple. It MUST be valid JSON document [RFC4627] that consists of a single enclosing OBJECT
element which has one or more PROPERTY
elements. A POD document typically has one OBJECT
element but MAY have multiple OBJECT
elements.
Quick View
Below is the structure of a POD document:
{
"OBJECT" : {
"PROPERTY" {"prompt" : "STRING", "render" : "STRING"},
... more property objects
},
"OBJECT" : {
"PROPERTY" {"prompt" : "STRING", "render" : "STRING"},
... more property objects
}
}
Details
Here are the details:
-
OBJECT
-
The
OBJECT
element identifies a domain object. It is a REQUIRED element and it MUST be a valid JSONSTRING
. TheOBJECT
element has one or morePROPERTY
elements as children. -
PROPERTY
-
The
PROPERTY
element identifies a domain object’s property. It is a RECOMMENDED element and it MUST be a valid JSONSTRING
. ThePROPERTY
element has one or more named attributes. For this version of the POD spec, there are two defined attributes:prompt
andrender
. These attributes are OPTIONAL. -
prompt
-
The
prompt
attribute contains a JSON string that represents a human-readable string to be used to identify displayed data. This is an OPTIONAL attributed. If it is missing, theOBJECT
string MAY be treated as the value for theprompt
attribute. -
render
-
The
render
attribute contains a JSON string that represents details on how the associatedPROPERTY
SHOULD be rendered in the user interface. This is an OPTIONAL attribute. If it is missing, the attribute SHOULD be assumed to be set to the value oftext
. For this version of the POD spec, the following is a list of valid values (and their suggested use):
-
text
: render as a string of text -
none
: do not render on the screen at all -
embedded
: If an image or URL, render the contents as an embedded element (e.g. HTML.IMG or HTML.IFRAME) -
link
: If an image or URL, render the contents as a clickable link (e.g. HTML.A)
-
Sharing POD Documents at Runtime
POD documents can be shared at runtime over the Web. Services can ‘announce’ the availability of POD documents by sharing URIs marked with the registered rel
value [IANA-REL] of "profile" [RFC6906]. Clients can use the shared URI to make a request for the POD document using the application/prs.pod+json
media type identifier.
The POD Media Type Identifier
This specification defines the POD media type identifier as: application/prs.profile-object-desc.json
. Clients requesting a POD document SHOULD use this value as the HTTP accept
header. Servers responding with a POD document SHOULD use this same value as the HTTP content-type
header.
Requesting POD Documents
Client applications SHOULD make an HTTP GET request to that URL using the ACCEPT Header value of application/prs.profile-object-desc+json
. If the document request is valid, the service SHOULD return the POD document using the CONTENT Header value of application/prs.profile-object-desc+json
(see below).
An HTTP session requesting POD documents follows:
First, a client application makes a request for a user
record:
*** REQUEST ***
GET /user/123 HTTP/1.1
accept: application/json
...
*** RESPONSE ***
200 OK /user/123
content-type application/json
link: <http://example.org/pods/user.pod;rel=profile>
...
Since the rel=profile
appears in the response, the client decides to make a request for a POD document:
*** REQUEST ***
GET /pods/user.pod HTTP/1.1
accept: application/prs.profile-object-desc+json
...
*** RESPONSE ***
200 OK /pods/user.pod
content-type application/prs.profile-object-desc+json
...
Now the client can use the response (/pods/user.pod
) to determine how to render the contents of the "user" response (/user/123
).
Extending POD Documents
Any POD document can be extended with new objects and attributes as long as the extension results in a valid JSON document. The only rules that MUST be followed are:
-
You MUST NOT remove any existing attributes or objects listed in this specification.
-
You MUST NOT change the meaning or use of any existing attributes or objects listed in this specification.
-
You MAY add new attributes and objects as long as they do not cause existing compliant POD document parsers to fail.
Enclosing Your POD Extensions
You SHOULD add new features in POD documents in a way that reduces the likelihood that future changes to the standard format as well as extensions from other document authors will cause a conflict with your extensions. Typically, this means using a unique name for an enclosing object to hold all your extensions.
For example, the following shows how to safely add the style
extension by enclosing it in a unique identifying object named "amundsen"
:
{
"user" : {
"email" : {
"prompt" : "Email",
"render" : "text",
"amundsen : {
"style" : "bold"
}
},
"name" : {
"prompt" : "Full Name",
"render" : "text",
"amundsen" : {
"style" : "italic"
}
}
}
}
This opens a wide set of possibilities for extending POD documents with only a low possibility of conflicts with other unknown extensions.
References
-
[RWCBook] Amundsen, M., "RESTful Web Clients", January 2017, http://g.mamund.com/rwcbook
-
[REPO] Github, "Profiles for Object Description", https://github.com/RWCBook/pod-spec
-
[RFC2119] Bradner, S.,"Key words for use in RFCs to Indicate Requirement Levels", March 1997, http://tools.ietf.org/html/rfc2119
-
[RFC4627] D. Crockford, "The application/json Media Type for JavaScript Object Notation (JSON)", July 2006, http://tools.ietf.org/html/rfc4627
-
[IANA-REL] "Link Relations, December 2013, http://www.iana.org/assignments/link-relations/link-relations.xhtml
-
[RFC6906] Wilde, E., "The ‘profile’ Link Relation Type", March 2013, https://tools.ietf.org/html/rfc6906


Ping Pong!
How to play:
Ping Pong will count up to your number from 1 with the following exceptions:
- Numbers divisible by 3 are replaced with "ping"
- Numbers divisible by 5 are replaced with "pong"
- Numbers divisible by 15 are replaced with "ping-pong"


Total Counted User
Total Payment Amount
Reward Amount Which given to user
Profit Amount ("After giving reward owner get Profit")


Private Chat
Private chat utilizing the main chat window is very similar to regular chatting in nearly every way; every option that was mentioned in the public chat section applies to private chat when using the main window. The only difference is that you select a user from either list box and click Send Private to send your message.
It's when you start using the private chat windows that things get interesting.
To open a private chat window, select a user from either list box, and click the Private Chat button. Any private message from this person will now be dispatched to this window.
To send messages, type your message in the bottom text box and hit Enter, or click the Send button. All private chat window messages are timestamped as they appear.
Closing the chat session is done by simply clicking Close. You can save a plain-text log of the session, as well, by clicking Save Log.


Alert Ready to send test emergency alerts on November 27
The alert will be distributed over television, radio and compatible wireless devices
by Shruti ShekarAlert Ready, Canada’s emergency alerting system, is issuing a public test alert message on November 27th.
The message will be sent to everyone in participating provinces and territories, a press release indicated. It states that one test message will be distributed over television, radio and compatible wireless devices at these times:
- Alberta – 1:55pm MT
- British Columbia – 1:55pm PT
- Manitoba – 1:55pm CT
- New Brunswick – 10:55am AT
- Newfoundland & Labrador – 10:55am NT
- Northwest Territories – 9:55am MT
- Nova Scotia – 1:55pm AT
- Nunavut – No test scheduled
- Ontario – 2:55pm ET
- Prince Edward Island – 12:55pm AT
- Quebec – 1:55pm ET
- Saskatchewan – 1:55pm CT
- Yukon – 1:55pm PT
“Not all provinces and territories have had the need to issue an actual alert. Test alerts educate Canadians on what an emergency alert will look and sound like in the event of a life-threatening situation; across television, radio and compatible wireless devices,” said Martin Belanger, director of public alerting at Pelmorex, in a press release. Pelmorex is the operator of the technical infrastructure of Alert Ready.
The release noted that Alert Ready has enabled government authorities to deliver 130 tests since January 1st, 2019, and 1,413 since 2010.
These emergency tests provide an “opportunity to validate and improve the performance and reliability of the system and to ensure it operates as it is intended in the event of an imminent life-threatening situation.”
Source: Pelmorex


Basic¶
1. MaixPy IDE¶
1.1 Download IDE¶
1.2 Steps：¶
Open the IDE and select the model of the development board in the upper toolbar.
选择 工具(Tool) ->
鼠标 选择开发板(Select board) ->
点击 T-Watch
2.The first program:Blink the LED¶
import time #import time, use delay sleep
from Maix import GPIO #import the GPIO function of Maix module, divided into general and high-speed
from fpioa_manager import * #import all of the module fpioa_manager, abbreviated as fm
fm.register(22,fm.fpioa.GPIO1) #general GPIO0 has been used. So use GPIO1
light=GPIO(GPIO.GPIO1,GPIO.OUT) #the code uses general GPIO1 for control by default
#fm.register(22,fm.fpioa.GPIOHS0) #high-speed GPIOHS0 is available. So use GPIOHS0
#light=GPIO(GPIO.GPIOHS0,GPIO.OUT) #when using high-speed IO, comment out the general IO code
while True: #while infinite loop
light.value(0) #set the low level of the LED to light up
time.sleep_ms(1000) #delay 1s
light.value(1) #set the LED high level, the light is off
time.sleep_ms(1000) #delay 1s
3. T-Watch Example¶
import lcd #import LCD screen library
import time #import time time library
import sensor #import sensor camera sensor library
from Maix import GPIO #import the GPIO function of Maix module, divided into general and high-speed
from fpioa_manager import * #import all of the module fpioa_manager, abbreviated as fm
#Turn on the screen backlight, please refer to turning on the LED light 1. The principle of LED.py is the same
fm.register(board_info.PIN17,fm.fpioa.GPIO0)
led=GPIO(GPIO.GPIO0,GPIO.OUT)
led.value(1) #1: Turn on the backlight 0: Turn off the backlight
lcd.init(freq=15000000) #LCD screen initialization operating frequency 15M
lcd.rotation(2) #LCD rotation mode setting 2: up 0: down 1: left 0: right
sensor.reset() #camera reset initialization
sensor.set_pixformat(sensor.RGB565) #camera image format RGB565 16 bits/pixel
sensor.set_framesize(sensor.QVGA) #camera image frame size QVGA
sensor.skip_frames(time=2000) #the frame skipping time of the camera is 2 seconds so that the image is transmitted to the screen stably
while(True): #while infinite loop execution
img = sensor.snapshot() #The camera gets the image data and assigns it to the variable img(image)
lcd.display(img) #LCD screen displays camera img image frame by frame


Navbar example
This example is a quick exercise to illustrate how the top-aligned navbar works. As you scroll, this navbar remains in its original position and moves with the rest of the page.
View navbar docs »This example is a quick exercise to illustrate how the top-aligned navbar works. As you scroll, this navbar remains in its original position and moves with the rest of the page.
View navbar docs »


I have taken the path less traveled, starting out at a triple-A video game studio before working on high performance computing in the world of academia, ending up working on the blockchain scene in London via some live science shows and some teaching of cyber security.
Dev, web, devops, systems, testing... I have done a lot of different things.
I love people, and they love coming to events with free beer and pizza.
Chains of blocks. Blocks in a chain. When adoption?
Teaching, talks, pitches, networking - I've done them all, and well.


True or False - It is best to use a for-each loop for indefinite iteration and a while loop for definite iteration.
False; it is best to use a for-each loop for definite iteration and a while loop for indefinite iteration.
- False; it is best to use both a for-each loop and a while loop for indefinite iteration.
- True.
- False; it is best to use both a for-each loop and a while loop for indefinite iteration.
There are not hints for this question


Truck Name 01
Type of food
Location
Truck Name 02
Type of food
Location
Truck Name 03
Type of food
Location
Truck Name 04
Type of food
Location
Truck Name 05
Type of food
Location
Truck Name 06
Type of food
Location
Truck Name 01
Type of food
Location
Truck Name 02
Type of food
Location
Truck Name 03
Type of food
Location
Truck Name 04
Type of food
Location
Truck Name 05
Type of food
Location
Truck Name 06
Type of food
Location


An e-commerce website where users can add products to cart and buy them.
A trip planning application with share feature among registered users.
A market place where registered users can sell or buy bikes.
Full stack software engineer with knowlege in JavaScript, TypeScript, HTML, CSS, Python, Angular 2, Node.js, jQuery, SQL, NoSQL, and more! Currently looking for new opportunities as an entry-level / junior developer
Self-driven Software developer with master's in Electrical Engineering, eager to learn even more technologies to sharpen my skillset. In addition to web technologies, I do have a passion for Big data as well. I've worked on a few projects using big data technologies.
(425)686-8824
mounika.tunga9@gmail.com


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phylocomr
gives you access to Phylocom, specifically the
https://github.com/phylocom/phylocom/.
This package isn't doing system calls to a separately installed Phylocom instance - but actually includes Phylocom itself in the package.
Phylocom is usually used either on the command line or through the R package https://cran.r-project.org/package=picante, which has duplicated some of the Phylocom functionality.
In terms of performance, some functionality will be faster here than
in picante
, but the maintainers of picante
have re-written some
Phylocom functionality in C/C++, so performance should be similar in
those cases.
ecovolve()
/ph_ecovolve()
- interface to ecovolve
executable,
and a higher level interface
phylomatic()
/ph_phylomatic()
- interface to phylomatic
executable, and a higher level interface
phylocom()
- interface to phylocom
executable
ph_aot()
- higher level interface to aot
ph_bladj()
- higher level interface to bladj
ph_comdist()
/ph_comdistnt()
- higher level interface to comdist
ph_comstruct()
- higher level interface to comstruct
ph_comtrait()
- higher level interface to comtrait
ph_pd()
- higher level interface to Faith's phylogenetic diversity


Guardiola wants to stay at Man City, embrace another title challenge
MANCHESTER, Nov 23 — Pep Guardiola has said there is no chance he will quit as Manchester City manager at the end of the season, even if they miss out on a third consecutive Premier League title.
City have slipped to fourth in the table and a 3-1 defeat by leaders Liverpool two weeks ago left Guardiola’s team nine points off the top.
“Why should people think I’m not happy here? Because we lost at Anfield or I’ve lost three games this season? That’s an odd reason to say I’m not happy or satisfied to be here,” he told reporters.
Guardiola will complete four years at City at the end of this campaign, matching his spell at Barcelona before he chose to step down.
After setting records for goals scored and points tally with City over the last two seasons, the Spanish coach said he is enjoying the challenge of trying to topple Liverpool.
“I love to be in this position,” said Guardiola, who is contracted with City until the end of the 2020-21 season.
“If they (the club’s hierarchy) decide the results are getting worse then they are going to take a decision, that’s normal.”
Ahead of Saturday’s match against Chelsea, Guardiola said the deficit means his players have no room for further slip-ups.
“You never always win in sport. It’s part of normality. People say: ‘It’s gone, it’s over’ but the people, the pundits – all of them – have to remember that it’s November,” he added.
“Until May, we are the Champions and we want to defend that until the end.” — Reuters


---
creation_epoch:<PHONE_NUMBER>
lastmod_epoch:<PHONE_NUMBER>
categories: Games
title: Howto setup Synergy Half-life 2 dedicated server on Linux
---
Pre-reqs
- You need a Steam account with a purchased copy of Half-life 2 (ep0, 1, or 2)
- Only needed once during install, not required for running server afterwards (server will run anonymously)
- Ubuntu 17.10 Server 64-bit
- Used in my setup, but the 16.04 LTS would probably work too
- About 20GB of disk space per episode
- Appropriate iptables firewall rules to permit traffic (doced later)
- 512MB of memory is sufficient, 1 vCPU
Steps
Setup steam user and steamcmd
- Following assume you are root, but can prefix with sudo if you like
- useradd -m steam
- apt-get update; apt-get -y dist-upgrade; apt-get -y autoremove; apt-get -y autoclean; apt-get -y clean
- reboot
- apt-get install lib32gcc1
- su - steam
- mkdir ~/Steam && cd ~/Steam
- curl -O "https://steamcdn-a.akamaihd.net/client/installer/steamcmd_linux.tar.gz"
- The apt-get install steamcmd is not recommended, use latest instead
- tar -xvf steamcmd_linux.tar.gz
- iptables -A INPUT -p udp --dport 27015 -j ACCEPT
- iptables -A INPUT -p tcp --dport 27015 -j ACCEPT
Download Half-life 2 and Synergy
- su - steam
- cd ~steam/Steam/
- bash ./steamcmd.sh login YOUR_USERNAME app_update 17520 app_update 220
- Enter your password when prompted. Also 2FA code if asked
- Add more add_update ### if you want the other episodes too (hl2=220, ep1=380, ep2=420, lostCoast=340, ep3=*all*_the_decimals_in_pi)
- cd ~steam/Steam/steamapps/common/Synergy/synergy/
- vi mount.cache
- Add which game to mount as needed (hl2, ep1, ep2)
- Create file if necessary
- hl2,ep1,ep2
vi motd.txt
vi cfg/server.cfg
hostname "NotOSNameButNameYouWantToShowInSynergy"
rcon_password "betterMakeThisGoodOrYouGetPwned_also-not-encrypted-over-network"
sv_password "you-can-leave-this-as-empty-quotes-for-public-server"
sv_tags "mario,luigi"
sv_cheats 1
developer 1
Run Server
cd ~steam/
nohup sudo -i -u steam /home/steam/Steam/steamapps/common/Synergy/srcds_run -console -game synergy -port 27015 +map d1_trainstation_01 -nocrashdialog -insecure -nohltv &
rcon (Remote Console to admin server from client)
This tends to not work as the TCP port binds itself to the second network adapter instead of INET_ANY (<IP_ADDRESS>) or your primary IP. Seems to be a bug, and I don't know of any config option or workaround.
I just ssh onto the server box and run a local rcon program in python to edit variables live. Or you can place any settings you need in your server.cfg.
- apt-get install python3-pip
- python3 --version
- su - steam
- pip3 install pysrcds
- python3 rcon.py status
rcon.py
from srcds.rcon import RconConnection
import sys
conn = RconConnection('YOUR_SECOND_NIC_INTERFACE_IP_HERE', '27015', 'betterMakeThisGoodOrYouGetPwned_also-not-encrypted-over-network', single_packet_mode=True)
response = conn.exec_command(sys.argv[1])
print( response )
References


Corona Chatbot
-
Namaste, {{ user.username }}!
-
Welcome to Corona Bot!
-
Please Tell Cbot What to Do!
A)Get Live Updates of Covid-19 Virus in India including details about any state!
B)Get Vaccine Updates
C)Get Diagnosis for Covid 19 by Cbot's Symptoms Checker!
D)Check for Hospitals in your City!
E)Get Covid-19 Virus Cases details across the Whole Globe! -
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PLEASE CHOOSE AN OPTION
1. Total Covid-19 Case details of India
2. Covid-19 Case Details for a Particular State
{% if replya is not none %}
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{{replya}}
{%if replya == '1' %}
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{% for i in ic%}
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{%endfor%}
{%endif%}
- {%endif%}


| Address | {{element.address}} | Year Built | {{element.yearBuilt || '-'}} | List Price | {{(element.listPrice | currency) || '-'}} | Monthly Rent | {{(element.monthlyRent | currency) || '-'}} | Gross Yield | {{(element.grossYield | percent:'1.0-2') || '-'}} | Status |
Saved
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It will be used in tests.
It probably will not be used anywhere else.
Here's a quotation.
You might want to check out Google
Nothing to really talk about.


--- title: Overview keywords: fastai sidebar: home_sidebar summary: "overview of examples" description: "overview of examples" nb_path: "nbs/examples/example_overview.ipynb" ---
The examples section shows some examples of working with nnanno/the Newspaper Navigator data. Currently, there is an 'end-to-end' example for exploring advertisements using computer vision. These examples will be augmented with others in the future.


in response to
a recent occurrence
Who doesn't belong in SF?
click the text above, type your own outcasts, and press enter


When we organize a party at home a big issue that we are facing is setting the right music. Usually we choose only one type of music for the entire house, so the big question is, will everyone be satisfied? A smart multi-room system comes to answer this question.
Find Out More
The last time you attended a party, did you wonder how it would be like if you were in charge of the music? With a smart Party-Time system you will be able to do it: your house will be transformed into a plethora of music parties. The system's mission is to make the parties more successful and interactive by adapting the playlist to the guests, by letting them vote for their favorite type of music.
Our system will cover multiple party spaces, each playing a different type of music by interacting with the guests, such that there will be a personalized experience in each space. After leaving the party, the guests will have complete access to the party's playlist which will be provided by the system, so that they can find the songs they enjoyed the most and listen to them again.
Get Started!Identifies in which room people are and if they are moving to another room
Dynamic playlist adaptation based on users voting system
Adjust the light to the current music playing
Real-time voting system
Have some idea or noticed any bugs? That's great! Give us a feedback with an email and we will get back to you as soon as possible!


{{ define "main" }}
Britona, Goa, India
Overview:
{{ .Params.property }}, Goa, features front desk, room service, Wi-Fi, parking. The cozy in-house restaurant and bar is a perfect place to pamper the taste buds with a wide range of delectable dishes and drinks. The rooms are equipped with air-conditioner, television, intercom. They are spacious and decorated in warm neutrals and textures. They have attached bathrooms fitted with necessary toiletries. The proximity of hotel to numerous tourist attractions makes it one of the most sought after accommodation options in Goa. Guests can explore places like St Alex Church(1 km), Tibetan Market(1 km), Calangute Beach(2 km), Baga Beach(2 km), Holiday Street(2 km) and other places. Shoppers can have fun-filled shopping experience at nearby mall. The hotel is located at a distance of 18 km from Thivim Railway Station and 38 km from Goa International Airport. Relax and have a lovely stay at {{ .Params.property }} Resort!
Edits Pending Review


${hello}, ${name}
Value for valid1 is ${valid1}
Value for valid2 is ${vaLID2}
Value for invalid1 is ${invalid1}
${n}! =
Passed template


Student Admissions Representative
Office of Admissions
Nov 2018—Present
|
- Lead groups of up to 40 prospective students and guests on campus tours
- Answer questions in panel discussions about student life and resources available
|
Engineering Development Intern
MathWorks
May 2020—Aug 2020
|
- Programmed support for MATLAB
datetime ,
duration in the
Python interface
- Prototyped support for MATLAB
table using
Apache Arrow
- Integrated solution within large existing code base while
developing remotely
|
Course Assistant
CS125 Staff
Aug 2019—Dec 2019
|
- Led a weekly lab section and held regular office hours to express course objectives
- Prioritized student experience and development via in-person and virtual interactions
|
Assistant Instructor
SIM Camp
May 2019—Jun 2019
|
- Led weeklong classes for 25 high school students in cryptography, number theory
- Implemented original lesson plans and coding exercises for students with varying skills and experience
|
Research Scholar
Illinois Geometry Lab
Aug 2018—Dec 2018
|
- Studied automata and non-standard numeration systems in a group of five
- Programmed an automaton generator for arithmetic in different systems
|
Instructor
iD Tech Camps
May 2018—Aug 2018
|
- Led classes using Minecraft to teach problem-solving strategies and game design
- Gave feedback and updates to parents through daily interactions and weekly presentations
|


OrientationValues reads and outputs orientation parameters.
More...
#include <orientation_sensor.h>
|
| enum | OrientationValType {
kCompassHeading,
kYaw,
kPitch,
kRoll,
kAttitude,
kAccelerationX,
kAccelerationY,
kAccelerationZ,
kRateOfTurn,
kRateOfPitch,
kRateOfRoll,
kTemperature
} |
| |
|
| void | Update (void) |
| | fetches current orientation parameter and notifies consumer More...
|
| |
| virtual void | get_configuration (JsonObject &doc) override |
| | Get the current sensor configuration and place it in a JSON object that can then be stored in non-volatile memory. More...
|
| |
| virtual bool | set_configuration (const JsonObject &config) override |
| | Use the values stored in JSON object config to update the appropriate member variables. More...
|
| |
|
virtual String | get_config_schema () override |
| | Fetch the JSON format used for holding the configuration.
|
| |
OrientationValues reads and outputs orientation parameters.
One parameter is sent per instance of OrientationValues, selected from the list of OrientationValType. The one exception is the attitude (yaw,pitch,roll) which consists of three parameters and is provided by the AttitudeValues class instead of this one. Create new instances in main.cpp for each parameter desired.
◆ OrientationValType
| Enumerator |
|---|
| kCompassHeading | compass heading, also called yaw
|
| kYaw | rotation about the vertical axis
|
| kPitch | rotation about the transverse axis
|
| kRoll | rotation about the longitudinal axis
|
| kAttitude | attitude combines heading, pitch, and roll
|
| kAccelerationX | acceleration in the stern-to-bow axis
|
| kAccelerationY | acceleration in the starboard-to-port axis
|
| kAccelerationZ | acceleration in the down-to-up axis
|
| kRateOfTurn | rate of change of compass heading
|
| kRateOfPitch | rate of change of pitch
|
| kRateOfRoll | rate of change of roll
|
| kTemperature | temperature as reported by sensor IC
|
◆ OrientationValues()
Constructor sets up the frequency of output and the Signal K path.
- Parameters
-
| orientation_sensor | Pointer to the physical sensor's interface |
| val_type | The type of orientation parameter to be sent |
| report_interval_ms | Interval between output reports |
| config_path | RESTful path by which reporting frequency can be configured. |
◆ enable()
| void OrientationValues::enable |
( |
| ) |
|
|
finaloverride |
starts periodic outputs of Attitude
Starts periodic output of orientation parameter.
The enable() function is inherited from Sensor::, and is automatically called when the SensESP app starts.
◆ get_configuration()
| void OrientationValues::get_configuration |
( |
JsonObject & |
doc | ) |
|
|
overrideprivatevirtual |
Get the current sensor configuration and place it in a JSON object that can then be stored in non-volatile memory.
- Parameters
-
| doc | JSON object to contain the configuration parameters to be updated. |
◆ set_configuration()
| bool OrientationValues::set_configuration |
( |
const JsonObject & |
config | ) |
|
|
overrideprivatevirtual |
Use the values stored in JSON object config to update the appropriate member variables.
- Parameters
-
| config | JSON object containing the configuration parameters to be updated. |
- Returns
- True if successful; False if a parameter could not be found.
◆ Update()
| void OrientationValues::Update |
( |
void |
| ) |
|
|
private |
fetches current orientation parameter and notifies consumer
Provides one orientation parameter reading from the sensor.
value_type_ determines which particular parameter is output. Readings are obtained using the sensor fusion library's get() methods and assigned to the output variable that passes data from Producers to Consumers. Consumers of the orientation data are then informed by the call to notify()
The documentation for this class was generated from the following files:


Black to Play 16
b1-w1/5
pips Black=154 White=126
(CorrectAnswer= 0/0, ErrorScore= 0)
1. 22/16 5/4 eq:-0.769 22.87% (G:4.32% B:0.39%) 77.13% (G:22.63% B:7.17%) 2. 22/16 6/5 eq:-0.798 (-0.029) 21.70% (G:3.95% B:0.27%) 78.30% (G:21.89% B:6.29%) 3. 22/15 eq:-0.801 (-0.031) 20.50% (G:3.24% B:0.31%) 79.50% (G:20.19% B:4.31%) 4. 22/16 3/2 eq:-0.823 (-0.054) 20.40% (G:3.57% B:0.19%) 79.60% (G:20.94% B:4.93%) 5. 24/17 eq:-0.931 (-0.162) 25.13% (G:6.21% B:0.55%) 74.87% (G:35.59% B:5.24%)