Class: ActionDispatch::Routing::Endpoint
Do not use. This class is for internal use only.
| Relationships & Source Files | |
| Extension / Inclusion / Inheritance Descendants | |
|
Subclasses:
|
|
| Inherits: | Object |
| Defined in: | actionpack/lib/action_dispatch/routing/endpoint.rb |
Instance Attribute Summary
- #dispatcher? ⇒ Boolean readonly
- #engine? ⇒ Boolean readonly
- #redirect? ⇒ Boolean readonly
Instance Method Summary
Instance Attribute Details
#dispatcher? ⇒ Boolean
(readonly)
[ GitHub ]
# File 'actionpack/lib/action_dispatch/routing/endpoint.rb', line 6
def dispatcher?; false; end
#engine? ⇒ Boolean
(readonly)
[ GitHub ]
#redirect? ⇒ Boolean
(readonly)
[ GitHub ]
# File 'actionpack/lib/action_dispatch/routing/endpoint.rb', line 7
def redirect?; false; end
Instance Method Details
#app
[ GitHub ]# File 'actionpack/lib/action_dispatch/routing/endpoint.rb', line 9
def app; self; end
#matches?(req) ⇒ Boolean
# File 'actionpack/lib/action_dispatch/routing/endpoint.rb', line 8
def matches?(req); true; end
#rack_app
[ GitHub ]# File 'actionpack/lib/action_dispatch/routing/endpoint.rb', line 10
def rack_app; app; end


WITNESS LIST Jurisprudence Committee April 9, 2003 - 1:30P SB 134 FOR: Chrestman, Don District Judge 43rd Judicial District (Self), Weatherford, TX Quisenberry, Graham Judge (Self), Weatherford, TX Riley, Mark Parker County Judge (Self), Weatherford, TX Registering, but not testifying: For: Stack, Michael (Self), Weatherford, TX SB 167 FOR: Harris, Ron County Judge (Collin County), McKinney, TX SB 169 FOR: Harris, Ron County Judge (Collin County), McKinney, TX SB 184 FOR: Bivings-Norris, Kathy (DRC of Montgomery Co. Texas Mediation Trainers Roundtable), Spring, TX Donley, Kris (The Dispute Resolution Center Travis County), Austin, TX Kopp, Michael (McLennan County Dispute Resolution Center), Waco, TX ON: Fleming, John (State Bar ADR Section), Austin, TX Registering, but not testifying: For: Morrow, Erma (Austin DRC), Austin, TX SB 190 FOR: Brown, Shannon (Dallas County), Dallas, TX Chandler, Danny (Dallas Security & EMG Mgmt.), Dallas, TX Pardue, Craig (Dallas County), Dallas, TX SB 195 FOR: Bush, Tom (Nacogdoches County Comissioners Court), Nacogdoches, TX Klein, Edwin (Nacogdoches County Car Association Nacogdoches County District Attorney), Nacogdoches, TX Registering, but not testifying: For: Simmons, Charles (Self), Nacogdoches, TX Strickland, Tom (Nacogdoches County), Nacogdoches, TX SB 424 FOR: De La Garza, Kimberly 1st Asst. County Attorney (Guadalupe County Attorney's Office), Seguin, TX Murray-Kolb, Elizabeth Guadalupe County Attorney (Self), Seguin, TX Registering, but not testifying: For: Etlinger, Bob (Guadalupe County Attorney's Office), Seguin, TX Owen, James (Henderson County Attornyey's Office), Athens, TX SB 549 FOR: Meurer, W. Jeanne (Travis County Civil District Judge), Austin, TX Registering, but not testifying: For: Bacon, April (Travis County), Austin, TX Elfant, Bruce (Self), Austin, TX Newburger, Manuel (Self), Austin, TX Providing written testimony: For: Spataro, Susan (Travis County Commissioner's Court Travis County District Judges Travis County Auditor), Austin, TX SB 604 FOR: Murray-Kolb, Elizabeth Guadalupe County Attorney (Self), Seguin, TX Sisk, Cathy (Harris County), Houston, TX Registering, but not testifying: For: Collins, James (Self), Lubbock, TX DeLaGarza, Kimberly (Guadalupe County Attorney's Office), Seguin, TX Eckels, Robert (Harris County), Houston, TX Etlinger, Bob (Guadalupe COunty Attorney's Office), Seguin, TX SB 748 FOR: Gent, Wayne (Kaufman County (County Judge)), Kaufman, TX SB 768 FOR: Thomas, Linda Chief Justice (Council of Chief Justices), Dallas, TX SB 828 FOR: Davidson, Mark (District Judges), Houston, TX Jamison, Martha Hill Judge (Harris County District Judges), Houston, TX Registering, but not testifying: For: Eckels, Robert (Harris County Judge), Houston, TX On: McConkle, Lamar (Judicial Section, State of Texas), Houston, TX SB 1046 FOR: Brown, Pamela (Texas Legal Aid), Weslaco, TX White, Kelly (Safe Place), Austin, TX Registering, but not testifying: For: Alvarado, Antonio (State Bar of Texas), Austin, TX Chapman, Randall (Texas Legal Services Center), Austin, TX Chapman, Randall (Texas Legal Services Center), Austin, TX James, Reggie (Consumers Union), Austin, TX Luisa Flores, Maria (Mexican American Bar Association of Texas), Austin, TX Sanchez, Joe (M.A.L.D.E.F.), San Antonio, TX Urrutia, Marcela (National Council of La Raza), Austin, TX Villareal, Armando (United Farm Workers of America), San Antonio, TX Wright, Amy (Women's Advocacy Project), Austin, TX On: Key, Alicia (Office of Court Administration), Austin, TX SB 1165 FOR: Elfant, Bruce (Justices of Peace and Constables Association), Austin, TX Registering, but not testifying: For: Freeman, Gary (Sustice of Peace & Constables Association), Pasadena, TX Haverlah, Kirsha (Justices of the Peace & COnstables Association of Texas), Austin, TX Hilger, Zane (Justice of Peace & Constables Association of Texas), Hurst, TX Holoman, Alvin (Harris County Constable Pct. 8), Baytown, TX Newburn, Gary (Lubbock County Constable Pct. 4), Lubbock, TX Romo, Carlos (Center for Public Policy Priorities), Austin, TX SB 1180 ON: Key, Alicia (Office of Court Administration), Austin, TX Registering, but not testifying: For: Turley, Gail (County & District Clerks Association of Texas), Goliad, TX SB 1212 FOR: James, Reggie (Consumers Union), Austin, TX Newburger, Manuel (Self), Austin, TX ON: Boyd, Jeffrey Deputy AG for Litigation (OAG), Austin, TX Moore, Ed (Texas Trial Lawyers Association), Dallas, TX Registering, but not testifying: For: Bragg, David (Self), Austin, TX SB 1384 FOR: Blomerth, Todd (Local Bar Association), Lockhart, TX Wright, H.T. (Caldwell County), Lockhart, TX SB 1551 Registering, but not testifying: For: Bacon, April (Travis County), Austin, TX Meurer, W. Jeanne (Travis County District Judges - Civil), Austin, TX Spataro, Susan (Travis County Auditor), Austin, TX SB 1564 Registering, but not testifying: On: Evans, Richard County Judge (Bandera County), Bandera, TX SB 1623 FOR: Livingston, Lora Judge (Texas Access to Justice Commission), Austin, TX Registering, but not testifying: For: Alvarado, Antonio (State Bar of Texas), Austin, TX Brown, Pamela (Texas Legal Aid), Weslaco, TX James, Reggie (Consumers Union), Austin, TX Newburger, Manuel (ATJ), Austin, TX Wright, Amy (Women's Advocacy Project), Austin, TX On: O'Neill, Harriet Justice (Texas Supreme Court), Austin, TX SB 1797 FOR: Bacon, April (Travis County), Austin, TX Spataro, Susan (Travis County Commissioners Court Travis County District Judges Travis County Auditor), Austin, TX Registering, but not testifying: For: Meurer, W. Jeanne (Travis County District Judges), Austin, TX Newburger, Manuel (Self), Austin, TX On: McConkle, Lamar (Judicial Section, State of Texas), Houston, TX SB 1841 FOR: Owen, James Henderson County Attorney (Self), Athens, TX


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Member of {{ activeTeam.name }}
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Type a math expression:
Supported tested browsers: IE 7+, Firefox 4+, Safari 5+, Chrome 9+, Opera 11+, Konqueror 4.6+.


RSA Public Key Encryption Demo
2005 Herbert Hanewinkel, adapted from John Hanna's RSA implementation
[
Description
] [Test]
Random seed:
Random.org
will provide us with a random seed by clicking
here
. Copy the text, then paste it above.
No of RSA key bits:
256
512
768
1024
RSA operates with huge integers. They are displayed here as arrays of 28 Bit integers as used by the implementation.
Key generation in Javascript takes time(depending on your processors speed it could be minutes), please be patiented.
prime factor p:
prime factor q:
Public exponent (e):
Public Modulo (p*q):
Private exponent (d):
Private inverse (u):
OpenPGP Multi Precision Integer
(MPI) of Public Key (base64):
This took
seconds
Plaintext:
Ciphertext in hex:
This took
seconds
www.hanewin.de
Home


You should return to Efflux shortly. If not, an authentication error has occurred with the external API.
Close


Issue 1461: Failed to load source for sourceFile (FF 3.0.6 FireBug 1.3.2)
Steps to reproduce
- Open Firebug
- Enable and switch to the Net panel
- Reload the page
-
Expand the request for issue1461.html
⇒ There should be a Response tab.
- Switch to the Response tab
Expected result
- The Response tab should display the source of this page.


In CSS, display can have values of inline,Inline-Block and block. Containers can be given the value of each of these to produce different effects.
Inline elements have left and right margins/padding, but not top and bottom margins/paddings. This leades to inline overlapping with elements above and below it. They also allows other elements to sit to their left and right. They cannot have width or height set; they keep deafult heigh and width and flow within the flow.
Code: .red boxes{
display:block
}
Block elements, however, have all margins and padding and force a line break after the block element. Blocks force a line break after the block, thus resulting in elements that are on top of each other. If width is not defined, block elements gain full width of the page.
Code:
.red boxes{
display:inline
}
Inline-block elements allow other elements to sit to their left and right, however unlike inline elements they can have height and width set. They also have top and bottom margins and padding, and unlike block elements they do not force a line break and this allows elements to sit to their left and right.
Code: .red boxes{
display:inline-block
}


My Candidate Criteria
Andrea Testa - Boston, Ma
Director of Enginering, Acme Corporation,
Rochester Institute, Bachelor of Engineering
Resume Update: 1 Month ago | Years of experience: 17
Top Skills: Skill 1, Skill 2, Skill 3
Experience
2016 - 2017 Director, Software Engineering
ACME Systems, Concord, MA
Cupcake ipsum dolor sit amet caramels apple pie powder pie. I love pie donut sweet roll chocolate cheesecake donut tootsie roll. Topping icing cake fruitcake marzipan I love ice cream. Candy canes danish dessert wafer biscuit sweet roll bear claw. Sweet I love dessert powder halvah fruitcake sweet roll. I love gummi bears lemon drops icing biscuit. Dragée cupcake toffee cotton candy donut caramels topping. Cheesecake liquorice fruitcake marzipan marzipan. Bear claw marzipan topping icing carrot cake cheesecake ice cream lemon drops. Dessert jelly caramels candy canes oat cake sugar plum cake tiramisu. Lollipop powder gummi bears gingerbread cupcake lollipop marzipan liquorice. Jelly-o biscuit ice cream.
Brownie liquorice brownie tart dragée jelly-o tootsie roll. Liquorice ice cream biscuit. Pastry lemon drops I love cotton candy jelly beans. I love bear claw brownie sugar plum pastry. Danish danish topping I love cake I love donut apple pie marzipan. I love dragée bonbon chocolate lemon drops cake toffee. Biscuit cotton candy chocolate cake tootsie roll carrot cake. Tart bonbon I love I love dessert soufflé cheesecake. Cotton candy powder donut tart bonbon pie muffin jujubes. Carrot cake tootsie roll icing apple pie. Tiramisu gingerbread wafer I love. Chupa chups wafer chocolate cake toffee toffee sweet roll pudding fruitcake. Marshmallow dragée fruitcake cake halvah marshmallow muffin.
Chocolate cake sweet roll halvah I love I love gummies sweet roll cupcake carrot cake. Lemon drops tart chocolate cake chocolate cake apple pie wafer pie. Dragée I love donut I love cotton candy. Carrot cake cookie I love cake I love sugar plum tart cake. Chocolate bar cheesecake jelly chupa chups croissant. Caramels I love sweet roll. Sesame snaps lemon drops chupa chups cake gummi bears caramels cupcake. Jujubes jelly-o dragée tiramisu marshmallow chupa chups. Sweet toffee sesame snaps sweet roll carrot cake topping. Pudding chocolate cake tiramisu marshmallow carrot cake biscuit carrot cake marzipan chupa chups. Dessert pie donut oat cake I love marzipan. Cake macaroon chocolate macaroon jelly. Fruitcake chocolate cake macaroon oat cake.
2016 - 2017 Director, Software Engineering
ACME Systems, Concord, MA
Cupcake ipsum dolor sit amet caramels apple pie powder pie. I love pie donut sweet roll chocolate cheesecake donut tootsie roll. Topping icing cake fruitcake marzipan I love ice cream. Candy canes danish dessert wafer biscuit sweet roll bear claw. Sweet I love dessert powder halvah fruitcake sweet roll. I love gummi bears lemon drops icing biscuit. Dragée cupcake toffee cotton candy donut caramels topping. Cheesecake liquorice fruitcake marzipan marzipan. Bear claw marzipan topping icing carrot cake cheesecake ice cream lemon drops. Dessert jelly caramels candy canes oat cake sugar plum cake tiramisu. Lollipop powder gummi bears gingerbread cupcake lollipop marzipan liquorice. Jelly-o biscuit ice cream.
Brownie liquorice brownie tart dragée jelly-o tootsie roll. Liquorice ice cream biscuit. Pastry lemon drops I love cotton candy jelly beans. I love bear claw brownie sugar plum pastry. Danish danish topping I love cake I love donut apple pie marzipan. I love dragée bonbon chocolate lemon drops cake toffee. Biscuit cotton candy chocolate cake tootsie roll carrot cake. Tart bonbon I love I love dessert soufflé cheesecake. Cotton candy powder donut tart bonbon pie muffin jujubes. Carrot cake tootsie roll icing apple pie. Tiramisu gingerbread wafer I love. Chupa chups wafer chocolate cake toffee toffee sweet roll pudding fruitcake. Marshmallow dragée fruitcake cake halvah marshmallow muffin.
Chocolate cake sweet roll halvah I love I love gummies sweet roll cupcake carrot cake. Lemon drops tart chocolate cake chocolate cake apple pie wafer pie. Dragée I love donut I love cotton candy. Carrot cake cookie I love cake I love sugar plum tart cake. Chocolate bar cheesecake jelly chupa chups croissant. Caramels I love sweet roll. Sesame snaps lemon drops chupa chups cake gummi bears caramels cupcake. Jujubes jelly-o dragée tiramisu marshmallow chupa chups. Sweet toffee sesame snaps sweet roll carrot cake topping. Pudding chocolate cake tiramisu marshmallow carrot cake biscuit carrot cake marzipan chupa chups. Dessert pie donut oat cake I love marzipan. Cake macaroon chocolate macaroon jelly. Fruitcake chocolate cake macaroon oat cake.
2016 - 2017 Director, Software Engineering
ACME Systems, Concord, MA
Cupcake ipsum dolor sit amet caramels apple pie powder pie. I love pie donut sweet roll chocolate cheesecake donut tootsie roll. Topping icing cake fruitcake marzipan I love ice cream. Candy canes danish dessert wafer biscuit sweet roll bear claw. Sweet I love dessert powder halvah fruitcake sweet roll. I love gummi bears lemon drops icing biscuit. Dragée cupcake toffee cotton candy donut caramels topping. Cheesecake liquorice fruitcake marzipan marzipan. Bear claw marzipan topping icing carrot cake cheesecake ice cream lemon drops. Dessert jelly caramels candy canes oat cake sugar plum cake tiramisu. Lollipop powder gummi bears gingerbread cupcake lollipop marzipan liquorice. Jelly-o biscuit ice cream.
Brownie liquorice brownie tart dragée jelly-o tootsie roll. Liquorice ice cream biscuit. Pastry lemon drops I love cotton candy jelly beans. I love bear claw brownie sugar plum pastry. Danish danish topping I love cake I love donut apple pie marzipan. I love dragée bonbon chocolate lemon drops cake toffee. Biscuit cotton candy chocolate cake tootsie roll carrot cake. Tart bonbon I love I love dessert soufflé cheesecake. Cotton candy powder donut tart bonbon pie muffin jujubes. Carrot cake tootsie roll icing apple pie. Tiramisu gingerbread wafer I love. Chupa chups wafer chocolate cake toffee toffee sweet roll pudding fruitcake. Marshmallow dragée fruitcake cake halvah marshmallow muffin.
Chocolate cake sweet roll halvah I love I love gummies sweet roll cupcake carrot cake. Lemon drops tart chocolate cake chocolate cake apple pie wafer pie. Dragée I love donut I love cotton candy. Carrot cake cookie I love cake I love sugar plum tart cake. Chocolate bar cheesecake jelly chupa chups croissant. Caramels I love sweet roll. Sesame snaps lemon drops chupa chups cake gummi bears caramels cupcake. Jujubes jelly-o dragée tiramisu marshmallow chupa chups. Sweet toffee sesame snaps sweet roll carrot cake topping. Pudding chocolate cake tiramisu marshmallow carrot cake biscuit carrot cake marzipan chupa chups. Dessert pie donut oat cake I love marzipan. Cake macaroon chocolate macaroon jelly. Fruitcake chocolate cake macaroon oat cake.
Education
University of Massachusetts at Amherst
BFA Interactive Design, Amherst, MA
University of Massachusetts at Amherst
BFA Interactive Design, Amherst, MA
Andrea Testa - Boston, Ma
Director of Enginering, Acme Corporation,
Rochester Institute, Bachelor of Engineering
Resume Update: 1 Month ago | Years of experience: 17
Top Skills: Skill 1, Skill 2, Skill 3
Experience
2016 - 2017 Director, Software Engineering
ACME Systems, Concord, MA
Cupcake ipsum dolor sit amet caramels apple pie powder pie. I love pie donut sweet roll chocolate cheesecake donut tootsie roll. Topping icing cake fruitcake marzipan I love ice cream. Candy canes danish dessert wafer biscuit sweet roll bear claw. Sweet I love dessert powder halvah fruitcake sweet roll. I love gummi bears lemon drops icing biscuit. Dragée cupcake toffee cotton candy donut caramels topping. Cheesecake liquorice fruitcake marzipan marzipan. Bear claw marzipan topping icing carrot cake cheesecake ice cream lemon drops. Dessert jelly caramels candy canes oat cake sugar plum cake tiramisu. Lollipop powder gummi bears gingerbread cupcake lollipop marzipan liquorice. Jelly-o biscuit ice cream.
Brownie liquorice brownie tart dragée jelly-o tootsie roll. Liquorice ice cream biscuit. Pastry lemon drops I love cotton candy jelly beans. I love bear claw brownie sugar plum pastry. Danish danish topping I love cake I love donut apple pie marzipan. I love dragée bonbon chocolate lemon drops cake toffee. Biscuit cotton candy chocolate cake tootsie roll carrot cake. Tart bonbon I love I love dessert soufflé cheesecake. Cotton candy powder donut tart bonbon pie muffin jujubes. Carrot cake tootsie roll icing apple pie. Tiramisu gingerbread wafer I love. Chupa chups wafer chocolate cake toffee toffee sweet roll pudding fruitcake. Marshmallow dragée fruitcake cake halvah marshmallow muffin.
Chocolate cake sweet roll halvah I love I love gummies sweet roll cupcake carrot cake. Lemon drops tart chocolate cake chocolate cake apple pie wafer pie. Dragée I love donut I love cotton candy. Carrot cake cookie I love cake I love sugar plum tart cake. Chocolate bar cheesecake jelly chupa chups croissant. Caramels I love sweet roll. Sesame snaps lemon drops chupa chups cake gummi bears caramels cupcake. Jujubes jelly-o dragée tiramisu marshmallow chupa chups. Sweet toffee sesame snaps sweet roll carrot cake topping. Pudding chocolate cake tiramisu marshmallow carrot cake biscuit carrot cake marzipan chupa chups. Dessert pie donut oat cake I love marzipan. Cake macaroon chocolate macaroon jelly. Fruitcake chocolate cake macaroon oat cake.
2016 - 2017 Director, Software Engineering
ACME Systems, Concord, MA
Cupcake ipsum dolor sit amet caramels apple pie powder pie. I love pie donut sweet roll chocolate cheesecake donut tootsie roll. Topping icing cake fruitcake marzipan I love ice cream. Candy canes danish dessert wafer biscuit sweet roll bear claw. Sweet I love dessert powder halvah fruitcake sweet roll. I love gummi bears lemon drops icing biscuit. Dragée cupcake toffee cotton candy donut caramels topping. Cheesecake liquorice fruitcake marzipan marzipan. Bear claw marzipan topping icing carrot cake cheesecake ice cream lemon drops. Dessert jelly caramels candy canes oat cake sugar plum cake tiramisu. Lollipop powder gummi bears gingerbread cupcake lollipop marzipan liquorice. Jelly-o biscuit ice cream.
Brownie liquorice brownie tart dragée jelly-o tootsie roll. Liquorice ice cream biscuit. Pastry lemon drops I love cotton candy jelly beans. I love bear claw brownie sugar plum pastry. Danish danish topping I love cake I love donut apple pie marzipan. I love dragée bonbon chocolate lemon drops cake toffee. Biscuit cotton candy chocolate cake tootsie roll carrot cake. Tart bonbon I love I love dessert soufflé cheesecake. Cotton candy powder donut tart bonbon pie muffin jujubes. Carrot cake tootsie roll icing apple pie. Tiramisu gingerbread wafer I love. Chupa chups wafer chocolate cake toffee toffee sweet roll pudding fruitcake. Marshmallow dragée fruitcake cake halvah marshmallow muffin.
Chocolate cake sweet roll halvah I love I love gummies sweet roll cupcake carrot cake. Lemon drops tart chocolate cake chocolate cake apple pie wafer pie. Dragée I love donut I love cotton candy. Carrot cake cookie I love cake I love sugar plum tart cake. Chocolate bar cheesecake jelly chupa chups croissant. Caramels I love sweet roll. Sesame snaps lemon drops chupa chups cake gummi bears caramels cupcake. Jujubes jelly-o dragée tiramisu marshmallow chupa chups. Sweet toffee sesame snaps sweet roll carrot cake topping. Pudding chocolate cake tiramisu marshmallow carrot cake biscuit carrot cake marzipan chupa chups. Dessert pie donut oat cake I love marzipan. Cake macaroon chocolate macaroon jelly. Fruitcake chocolate cake macaroon oat cake.
2016 - 2017 Director, Software Engineering
ACME Systems, Concord, MA
Cupcake ipsum dolor sit amet caramels apple pie powder pie. I love pie donut sweet roll chocolate cheesecake donut tootsie roll. Topping icing cake fruitcake marzipan I love ice cream. Candy canes danish dessert wafer biscuit sweet roll bear claw. Sweet I love dessert powder halvah fruitcake sweet roll. I love gummi bears lemon drops icing biscuit. Dragée cupcake toffee cotton candy donut caramels topping. Cheesecake liquorice fruitcake marzipan marzipan. Bear claw marzipan topping icing carrot cake cheesecake ice cream lemon drops. Dessert jelly caramels candy canes oat cake sugar plum cake tiramisu. Lollipop powder gummi bears gingerbread cupcake lollipop marzipan liquorice. Jelly-o biscuit ice cream.
Brownie liquorice brownie tart dragée jelly-o tootsie roll. Liquorice ice cream biscuit. Pastry lemon drops I love cotton candy jelly beans. I love bear claw brownie sugar plum pastry. Danish danish topping I love cake I love donut apple pie marzipan. I love dragée bonbon chocolate lemon drops cake toffee. Biscuit cotton candy chocolate cake tootsie roll carrot cake. Tart bonbon I love I love dessert soufflé cheesecake. Cotton candy powder donut tart bonbon pie muffin jujubes. Carrot cake tootsie roll icing apple pie. Tiramisu gingerbread wafer I love. Chupa chups wafer chocolate cake toffee toffee sweet roll pudding fruitcake. Marshmallow dragée fruitcake cake halvah marshmallow muffin.
Chocolate cake sweet roll halvah I love I love gummies sweet roll cupcake carrot cake. Lemon drops tart chocolate cake chocolate cake apple pie wafer pie. Dragée I love donut I love cotton candy. Carrot cake cookie I love cake I love sugar plum tart cake. Chocolate bar cheesecake jelly chupa chups croissant. Caramels I love sweet roll. Sesame snaps lemon drops chupa chups cake gummi bears caramels cupcake. Jujubes jelly-o dragée tiramisu marshmallow chupa chups. Sweet toffee sesame snaps sweet roll carrot cake topping. Pudding chocolate cake tiramisu marshmallow carrot cake biscuit carrot cake marzipan chupa chups. Dessert pie donut oat cake I love marzipan. Cake macaroon chocolate macaroon jelly. Fruitcake chocolate cake macaroon oat cake.
Education
University of Massachusetts at Amherst
BFA Interactive Design, Amherst, MA
University of Massachusetts at Amherst
BFA Interactive Design, Amherst, MA
Andrea Testa - Boston, Ma
Director of Enginering, Acme Corporation,
Rochester Institute, Bachelor of Engineering
Resume Update: 1 Month ago | Years of experience: 17
Top Skills: Skill 1, Skill 2, Skill 3
Experience
2016 - 2017 Director, Software Engineering
ACME Systems, Concord, MA
Cupcake ipsum dolor sit amet caramels apple pie powder pie. I love pie donut sweet roll chocolate cheesecake donut tootsie roll. Topping icing cake fruitcake marzipan I love ice cream. Candy canes danish dessert wafer biscuit sweet roll bear claw. Sweet I love dessert powder halvah fruitcake sweet roll. I love gummi bears lemon drops icing biscuit. Dragée cupcake toffee cotton candy donut caramels topping. Cheesecake liquorice fruitcake marzipan marzipan. Bear claw marzipan topping icing carrot cake cheesecake ice cream lemon drops. Dessert jelly caramels candy canes oat cake sugar plum cake tiramisu. Lollipop powder gummi bears gingerbread cupcake lollipop marzipan liquorice. Jelly-o biscuit ice cream.
Brownie liquorice brownie tart dragée jelly-o tootsie roll. Liquorice ice cream biscuit. Pastry lemon drops I love cotton candy jelly beans. I love bear claw brownie sugar plum pastry. Danish danish topping I love cake I love donut apple pie marzipan. I love dragée bonbon chocolate lemon drops cake toffee. Biscuit cotton candy chocolate cake tootsie roll carrot cake. Tart bonbon I love I love dessert soufflé cheesecake. Cotton candy powder donut tart bonbon pie muffin jujubes. Carrot cake tootsie roll icing apple pie. Tiramisu gingerbread wafer I love. Chupa chups wafer chocolate cake toffee toffee sweet roll pudding fruitcake. Marshmallow dragée fruitcake cake halvah marshmallow muffin.
Chocolate cake sweet roll halvah I love I love gummies sweet roll cupcake carrot cake. Lemon drops tart chocolate cake chocolate cake apple pie wafer pie. Dragée I love donut I love cotton candy. Carrot cake cookie I love cake I love sugar plum tart cake. Chocolate bar cheesecake jelly chupa chups croissant. Caramels I love sweet roll. Sesame snaps lemon drops chupa chups cake gummi bears caramels cupcake. Jujubes jelly-o dragée tiramisu marshmallow chupa chups. Sweet toffee sesame snaps sweet roll carrot cake topping. Pudding chocolate cake tiramisu marshmallow carrot cake biscuit carrot cake marzipan chupa chups. Dessert pie donut oat cake I love marzipan. Cake macaroon chocolate macaroon jelly. Fruitcake chocolate cake macaroon oat cake.
2016 - 2017 Director, Software Engineering
ACME Systems, Concord, MA
Cupcake ipsum dolor sit amet caramels apple pie powder pie. I love pie donut sweet roll chocolate cheesecake donut tootsie roll. Topping icing cake fruitcake marzipan I love ice cream. Candy canes danish dessert wafer biscuit sweet roll bear claw. Sweet I love dessert powder halvah fruitcake sweet roll. I love gummi bears lemon drops icing biscuit. Dragée cupcake toffee cotton candy donut caramels topping. Cheesecake liquorice fruitcake marzipan marzipan. Bear claw marzipan topping icing carrot cake cheesecake ice cream lemon drops. Dessert jelly caramels candy canes oat cake sugar plum cake tiramisu. Lollipop powder gummi bears gingerbread cupcake lollipop marzipan liquorice. Jelly-o biscuit ice cream.
Brownie liquorice brownie tart dragée jelly-o tootsie roll. Liquorice ice cream biscuit. Pastry lemon drops I love cotton candy jelly beans. I love bear claw brownie sugar plum pastry. Danish danish topping I love cake I love donut apple pie marzipan. I love dragée bonbon chocolate lemon drops cake toffee. Biscuit cotton candy chocolate cake tootsie roll carrot cake. Tart bonbon I love I love dessert soufflé cheesecake. Cotton candy powder donut tart bonbon pie muffin jujubes. Carrot cake tootsie roll icing apple pie. Tiramisu gingerbread wafer I love. Chupa chups wafer chocolate cake toffee toffee sweet roll pudding fruitcake. Marshmallow dragée fruitcake cake halvah marshmallow muffin.
Chocolate cake sweet roll halvah I love I love gummies sweet roll cupcake carrot cake. Lemon drops tart chocolate cake chocolate cake apple pie wafer pie. Dragée I love donut I love cotton candy. Carrot cake cookie I love cake I love sugar plum tart cake. Chocolate bar cheesecake jelly chupa chups croissant. Caramels I love sweet roll. Sesame snaps lemon drops chupa chups cake gummi bears caramels cupcake. Jujubes jelly-o dragée tiramisu marshmallow chupa chups. Sweet toffee sesame snaps sweet roll carrot cake topping. Pudding chocolate cake tiramisu marshmallow carrot cake biscuit carrot cake marzipan chupa chups. Dessert pie donut oat cake I love marzipan. Cake macaroon chocolate macaroon jelly. Fruitcake chocolate cake macaroon oat cake.
2016 - 2017 Director, Software Engineering
ACME Systems, Concord, MA
Cupcake ipsum dolor sit amet caramels apple pie powder pie. I love pie donut sweet roll chocolate cheesecake donut tootsie roll. Topping icing cake fruitcake marzipan I love ice cream. Candy canes danish dessert wafer biscuit sweet roll bear claw. Sweet I love dessert powder halvah fruitcake sweet roll. I love gummi bears lemon drops icing biscuit. Dragée cupcake toffee cotton candy donut caramels topping. Cheesecake liquorice fruitcake marzipan marzipan. Bear claw marzipan topping icing carrot cake cheesecake ice cream lemon drops. Dessert jelly caramels candy canes oat cake sugar plum cake tiramisu. Lollipop powder gummi bears gingerbread cupcake lollipop marzipan liquorice. Jelly-o biscuit ice cream.
Brownie liquorice brownie tart dragée jelly-o tootsie roll. Liquorice ice cream biscuit. Pastry lemon drops I love cotton candy jelly beans. I love bear claw brownie sugar plum pastry. Danish danish topping I love cake I love donut apple pie marzipan. I love dragée bonbon chocolate lemon drops cake toffee. Biscuit cotton candy chocolate cake tootsie roll carrot cake. Tart bonbon I love I love dessert soufflé cheesecake. Cotton candy powder donut tart bonbon pie muffin jujubes. Carrot cake tootsie roll icing apple pie. Tiramisu gingerbread wafer I love. Chupa chups wafer chocolate cake toffee toffee sweet roll pudding fruitcake. Marshmallow dragée fruitcake cake halvah marshmallow muffin.
Chocolate cake sweet roll halvah I love I love gummies sweet roll cupcake carrot cake. Lemon drops tart chocolate cake chocolate cake apple pie wafer pie. Dragée I love donut I love cotton candy. Carrot cake cookie I love cake I love sugar plum tart cake. Chocolate bar cheesecake jelly chupa chups croissant. Caramels I love sweet roll. Sesame snaps lemon drops chupa chups cake gummi bears caramels cupcake. Jujubes jelly-o dragée tiramisu marshmallow chupa chups. Sweet toffee sesame snaps sweet roll carrot cake topping. Pudding chocolate cake tiramisu marshmallow carrot cake biscuit carrot cake marzipan chupa chups. Dessert pie donut oat cake I love marzipan. Cake macaroon chocolate macaroon jelly. Fruitcake chocolate cake macaroon oat cake.


The complaint process
When you submit a complaint to the CFPB, we forward your complaint to the company and work to get a response about your issue.
1. Complaint submitted
You submit a complaint about an issue you have with a company about a consumer financial product or service. You will receive email updates and can log in to track the status of your complaint.
2. Review and route
We'll forward your complaint and any documents you provide to the company and work to get a response from them. If we find that another government agency would be better able to assist, we will forward your complaint to them and let you know.
3. Company response
The company reviews your complaint, communicates with you as needed, and reports back about the steps taken or that will be taken on the issue you identify in your complaint.
4. Complaint published
We publish information about your complaint—such as the subject and date of the complaint—on our public Consumer Complaint Database. With your consent we also publish your description of what happened, after taking steps to remove personal information.
5. Consumer review
We will let you know when the company responds. You’ll be able to review the company’s response and will have 60 days to give us feedback about the response.
6. Analyze and report
Complaints help with our work to supervise companies, enforce federal consumer financial laws, and write better rules and regulations. We also report to Congress about the complaints we receive and post some consumer complaint data.


Creates a new Play Framework Application
specifying the activator template to use.
The project will be created
using the activator command


--- layout: page title: About header-img: "img/about-bg.png" ---
New to programming and hoping to eventually become a software developer. Like to play FPS games and enjoy golfing on my free time.


{% extends "base.html" %} {% block page_title %}Web FWD — Error{% endblock %} {% block body_id %}five-hundred{% endblock %} {% block body_classes %}white{% endblock %} {% block content %} Server Error There was an error processing your request. Please try again. Learn about Web FWD by Mozilla. {% endblock content %}
There was an error processing your request. Please try again. Learn about Web FWD by Mozilla.


An energetic and motivated Web Developer looking for a challenging, informative and engaging position along talented professionals that will improve my skills while encouraging personal growth and development.
A guessing game using Javascript made with Bootstrap.
A quick game created with JavaScript where you are given a random number at the start of the game. There are given four crystals with random numbers behind them and by clicking on a crystal you need to come up with the random number given at the start of the game.
You win the game by matching your total score to the random number, you will lose the game if your total score goes above the random number. Each time the game starts, the values of the crystals will change.
Want to check out the code? Visit my GitHub Repo here Crystal Collector, or you can visit my GitHub here.
Hangman Game
Hangman game built with JavaScript.
Hangman Game created using Bootstrap and JavaScript. Press any button to begin! If you are correct, you will add a point to your counter and an image of the artist will appear.
Want to check out the code? Visit my GitHub Repo here Hangman-Game, or you can visit my GitHub here.
LIRI
Language Interpretation and Recognition Interface.
Command line Node.js application that submits API calls to Twitter, Spotify, and OMDB to retrieve tweets, songs, movie information.
Want to check out the code? Visit my GitHub Repo here LIRI-Node-App, or you can visit my GitHub here.
Friend Finder
Compatibility-based "Friend Finder" application.
Friend Finder application that uses Express. This full-stack application will take in results from users' surveys, then compare their answers with those from other users. The app will then display the name and picture of the user with the best overall match.
Want to check out the code? Visit my GitHub Repo here Friend Finder, or you can visit my GitHub here.
Project Name
Lorem ipsum dolor sit amet consectetur.
Escape is a free PSD web template built by Mathavan Jaya. Escape is a one page web template that was designed with agencies in mind. This template is ideal for those looking for a simple one page solution to describe your business and offer your services.
You can download the PSD template in this portfolio sample item at FreebiesXpress.com.
Project Name
Lorem ipsum dolor sit amet consectetur.
Dreams is a free PSD web template built by Mathavan Jaya. Dreams is a modern one page web template designed for almost any purpose. It’s a beautiful template that’s designed with the Bootstrap framework in mind.
You can download the PSD template in this portfolio sample item at FreebiesXpress.com.


--- sort_order: 98 tei_id: rdx_v6r43.p.idm140456917168016 annotation_count: 0 images: small-thumbnail: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6r43/mini-thumbnail/ json: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6r43/info/ full: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6r43/fs/ page: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6r43/single-page/ thumbnail: https://readux.ecds.emory.edu/books/readux:v5mxs/pages/readux:v6r43/thumbnail/ title: Page 94 number: 94 permalink: "/pages/94/" ---


Stonewall hails Wycombe keeper Ryan Allsop for reporting homophobic abuse
LGBT equality charity Stonewall has praised Wycombe goalkeeper Ryan Allsop after he reported homophobic abuse during his team's League One match at Tranmere.
The 27-year-old spoke out after both he and referee John Busby were allegedly abused during Sunday's game.
Merseyside Police said on Sunday night that a 24-year-old man was being questioned in connection with the incident related to Busby.
Stonewall welcomed Allsop's intervention and its director of sport Robbie De Santos said in a statement released to the PA news agency: "Homophobic, biphobic and transphobic language are sadly still a feature of some football terraces.
"What happened to Ryan Allsop is a reminder of why Stonewall's Rainbow Laces campaign is so important.
"Tackling offensive language is a crucial part of helping LGBT people feel welcome in sport.
"Our research shows more than half of British people (58 per cent) believe it's important anti-LGBT language is challenged at live sporting events.
"That's why it's great Ryan, Tranmere Rovers and Wycombe Wanderers stepped up to show that homophobic words are unacceptable and that they are committed to creating an inclusive environment.
"Our Rainbow Laces campaign is about giving people the confidence to tackle this abuse and show their visible support for lesbian, gay, bi and trans people, on and off the field.
"The more players, fans, clubs and organisations that stand up for equality in sport, the sooner we kick discrimination out and make sport everyone's game."
The Rainbow Laces campaign, which celebrates LGBT people in sport and challenges the use of anti-LGBT language, launches on Friday and runs until Sunday, December 8.
It is understood Allsop, 27, reported abuse at the interval after keeping at the Kop end of Prenton Park in the first half.
Chief Inspector Jason Crellin of Merseyside Police said: "We're grateful to the player, both clubs and the stewarding staff for intervening and reporting these abhorrent incidents immediately.
"I also want to reassure them and everyone present and watching on television that we will be working alongside both clubs and the authorities to fully investigate the allegations.
"Hate crime has no place in our communities, and not least at a showcase sporting event attended and watched by many people."
Tranmere said they take a "zero-tolerance" approach to such matters.
body check tags ::


--- layout: post date: 2016-07-17 14:00:00 +0200 title: "mergebot: easily merging contributions" categories: Artikel tags: - debian ---
Recently, I was wondering why I was pushing off accepting contributions in Debian for longer than in other projects. It occurred to me that the effort to accept a contribution in Debian is way higher than in other FOSS projects. My remaining FOSS projects are on GitHub, where I can just click the “Merge” button after deciding a contribution looks good. In Debian, merging is actually a lot of work: I need to clone the repository, configure it, merge the patch, update the changelog, build and upload.
I wondered how close we can bring Debian to a model where accepting a contribution is just a single click as well. In principle, I think it can be done.
To demonstrate the feasibility and collect some feedback, I wrote a program called mergebot
. The first stage is done: mergebot
can be used on your local machine as a command-line tool. You provide it with the source package and bug number which contains the patch in question, and it will do the rest:
midna ~ $ mergebot -source_package=wit -bug=#831331 2016/07/17 12:06:06 will work on package "wit", bug "831331" 2016/07/17 12:06:07 Skipping MIME part with invalid Content-Disposition header (mime: no media type) 2016/07/17 12:06:07 gbp clone --pristine-tar git+ssh://git.debian.org/git/collab-maint/wit.git /tmp/mergebot-743062986/repo 2016/07/17 12:06:09 git config push.default matching 2016/07/17 12:06:09 git config --add remote.origin.push +refs/heads/*:refs/heads/* 2016/07/17 12:06:09 git config --add remote.origin.push +refs/tags/*:refs/tags/* 2016/07/17 12:06:09 git config user.email stapelberg AT debian DOT org 2016/07/17 12:06:09 patch -p1 -i ../latest.patch 2016/07/17 12:06:09 git add . 2016/07/17 12:06:09 git commit -a --author Chris Lamb <lamby AT debian DOT org> --message Fix for “wit: please make the build reproducible” (Closes: #831331) 2016/07/17 12:06:09 gbp dch --release --git-author --commit 2016/07/17 12:06:09 gbp buildpackage --git-tag --git-export-dir=../export --git-builder=sbuild -v -As --dist=unstable 2016/07/17 12:07:16 Merge and build successful! 2016/07/17 12:07:16 Please introspect the resulting Debian package and git repository, then push and upload: 2016/07/17 12:07:16 cd "/tmp/mergebot-743062986" 2016/07/17 12:07:16 (cd repo && git push) 2016/07/17 12:07:16 (cd export && debsign *.changes && dput *.changes) midna ~ $ cd /tmp/mergebot-743062986/repo midna /tmp/mergebot-743062986/repo $ git log HEAD~2.. commit d983d242ee546b2249a866afe664bac002a06859 Author: Michael Stapelberg <stapelberg AT debian DOT org> Date: Sun Jul 17 13:32:41 2016 +0200 Update changelog for 2.31a-3 release commit 5a327f5d66e924afc656ad71d3bfb242a9bd6ddc Author: Chris Lamb <lamby AT debian DOT org> Date: Sun Jul 17 13:32:41 2016 +0200 Fix for “wit: please make the build reproducible” (Closes: #831331) midna /tmp/mergebot-743062986/repo $ git push Counting objects: 11, done. Delta compression using up to 8 threads. Compressing objects: 100% (11/11), done. Writing objects: 100% (11/11), 1.59 KiB | 0 bytes/s, done. Total 11 (delta 6), reused 0 (delta 0) remote: Sending notification emails to<EMAIL_ADDRESS>remote: Sending notification emails to<EMAIL_ADDRESS>To git+ssh://git.debian.org/git/collab-maint/wit.git 650ee05..d983d24 master -> master * [new tag] debian/2.31a-3 -> debian/2.31a-3 midna /tmp/mergebot-743062986/repo $ cd ../export midna /tmp/mergebot-743062986/export $ debsign *.changes && dput *.changes […] Uploading wit_2.31a-3.dsc Uploading wit_2.31a-3.debian.tar.xz Uploading wit_2.31a-3_amd64.deb Uploading wit_2.31a-3_amd64.changes
Of course, this is not quite as convenient as clicking a “Merge” button yet. I have some ideas on how to make that happen, but I need to know whether people are interested before I spend more time on this.
Please see github.com/Debian/mergebot for more details, and please get in touch if you think this is worthwhile or would even like to help. Feedback is accepted in the GitHub issue tracker for mergebot or the project mailing list mergebot-discuss. Thanks!


Packs the specified fields into an Avro org.apache.avro.generic.GenericRecord.
Packs the specified fields into an Avro org.apache.avro.generic.GenericRecord. The provided field names must match the fields of the generic record specified by the schema.
is the mapping of input fields (to be packed into the org.apache.avro.generic.GenericRecord) to output field which will contain the org.apache.avro.generic.GenericRecord.
a pipe containing all input fields, and an additional field containing an org.apache.avro.generic.GenericRecord.
Packs the specified fields into an Avro org.apache.avro.generic.GenericRecord and drops other fields from the flow.
Packs the specified fields into an Avro org.apache.avro.generic.GenericRecord and drops other fields from the flow. The provided field names must match the fields of the generic record specified by the schema.
is the mapping of input fields (to be packed into the org.apache.avro.generic.GenericRecord) to new output field which will contain the org.apache.avro.generic.GenericRecord.
a pipe containing a single field with an Avro org.apache.avro.generic.GenericRecord.
A class that adds Kiji-specific functionality to a Cascading pipe, allowing the user to pack fields into an Avro record.
A
KijiPipe
can be obtained by end-users during the course of authoring a Scalding flow via an implicit conversion or by constructing one directly with an existing pipe.


{% block meta %}{% endblock %}
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CHRN
One of the two major classes of cholinergic receptors. Nicotinic receptors were originally distinguished by their preference for NICOTINE over MUSCARINE. They are generally divided into muscle-type and neuronal-type (previously ganglionic) based on pharmacology, and subunit composition of the receptors.
(mesh:D011978)
Cross-references
Synonyms
| Synonym |
Reference |
Specificity |
| nicotinic acetylcholine receptor |
|
Exact
|
| nAChR |
|
Exact
|
| nicotine class acetylcholine receptors |
|
Exact
|
Incoming Relations
Outgoing Relations


INTRUDER ALERT!!!
IP Address: {{data.ip}}
City: {{data.city}}
Region: {{data.region}}
Country: {{data.country}}
Location Coordinates: {{data.loc}}
Organisation: {{data.organisation}}
Host Name: abts-north-dynamic-<IP_ADDRESS>.airtelbroadband.in
REAL-TIME IMAGE AND VIDEO CAPTURES
The Face capture of the intruder have been mailed and sent on Telegram to the ADMIN:
This was just to inform you that someone was trying to hack into the organisation.
Thank you,
HONEYPOT REAL-TIME IMPLEMENTATION


gs_quant.timeseries.statistics.exponential_std¶
-
exponential_std
(x, beta=0.75)[source]¶ Exponentially weighted standard deviation
- Parameters
x (
Series
) – time seriesbeta (
float
) – how much to weigh the previous price in the time series, thus controlling how much importance we place on the (more distant) past. Must be between 0 (inclusive) and 1 (exclusive)
- Return type
Series
- Returns
time series of standard deviation of the input series
Usage
Provides an unbiased estimator of exponentially weighted standard deviation of a series [\(X_0\), \(X_1\), \(X_2\), …]:
\(S_t = \sqrt{[EWMA(X_t^2) - EWMA(X_t)^2] * DF_t}\)
where \(EWMA(X_t)\) is the exponential moving average at \(t\) (see function
exponential_moving_average()
), \(DF_t\) is the debiasing factor (see Weighted sample variance for further details):\(DF_t = \frac{(\sum_{i=0}^t w_i)^2} {(\sum_{i=0}^t w_i)^2 - \sum_{i=0}^t w_i^2}\)
where \(w_i\) is the weight assigned to \(i\) th observation:
\(w_i = (1-\beta)\beta^i\) for i<t; \(\beta^i\) for i=t
Examples
Generate price series and compute exponentially weighted standard deviation of returns
>>> prices = generate_series(100) >>> exponential_std(returns(prices), 0.9)
See also


{% load static %}
SB Admin 2 - Dashboard
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--- layout: default title: ICMTOD'17 - Scientific Committee meta: The scientific committee members of ICMTOD. ---
The Scientific Committee list is currently being updated. We appreciate your patience!
Scientific Committee Members:
Dr. Martin Désilets, Universite de Sherbrooke, Canada
Dr. Pavel Hasal, University of Chemistry and Technology Prague, Czech Republic
Dr. Angela Lueking, Pennsylvania State University, USA
Dr. Marco Marengo, University of Brighton, UK
Dr. Mehrab Mehrvar, Ryerson University, Canada
Dr. Badie Morsi, University of Pittsburgh, USA
Dr. Peter H.L. Notten, Eindhoven University of Technology, Netherlands
Dr. Shusheng Pang, University of Canterbury, New Zealand
Dr. N. Papayannakos, National Technical University of Athens, Greece
Dr. Khellil Sefiane, University of Edinburgh, Scotland
Dr. Geoff Stevens, University of Melbourne, Australia
Dr. Bruno Zelić, University of Zagreb, Croatia


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Dribbble Short Urls
The dribbble short url is now copied to the clipboard. Clicking on the Growl notification still links to the full url.
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Update Preferences
Update preferences have been added to the Preference Window.
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Copy Link to Clipboard
A preference to control if the link will be copied to the clipboard has been added in the General tab.
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Bug Fix: Growl
The preference to show Growl notifications now works and has been renamed to be more clear.


B.Tech. III (CO) Semester – 5 |
L |
T |
P |
C |
CO303 : ALGORITHM ANALYSIS AND DESIGN (CS-II) |
3 |
1 |
0 |
4 |
(04 Hours) |
||||
Introduction to algorithms, analysis and design techniques. Analysis Techniques: Mathematical, Empirical and Asymptotic analysis. Review of the notations in asymptotic analysis. Recurrence Relations and Solving Recurrences - Proof Techniques - Illustrations |
||||
(06 Hours) |
||||
Sorting & order statistics: Divide and Conquer technique – Various Comparison based Sorts – Analysis of the Worst-case and the Best-cases – Randomized Sorting Algorithms – Lower Bound on Sorting - Non-comparison based sorts – Applications – Medians and Order Statistics |
||||
(08 Hours) |
||||
Basic Greedy Control Abstraction – Motivation – The Thirsty Baby Problem – Formalization – Activity Selection and its variants – Huffman Coding – Horn Formulas - The Tape Storage Problem - The Container Loading Problem – The Knapsack Problem – Graph Algorithms – Minimum Spanning Trees – Single Source Shortest Paths – Maximum Bipartite Cover Problem – Applications |
||||
(08 Hours) |
||||
Motivation – The Coin Changing problem – The Longest Common Subsequence – The 0/1 Knapscak problem – Memoization – All-pairs Shortest Path Problems - The Dynamic Programming Control Abstraction |
||||
(04 Hours) |
||||
Backtracking - Branch & Bound - N-Queens problem - 15-puzzle problem |
||||
(06 Hours) |
||||
Number Theoretic notions – the GCD – Modular Arithmetic – The Chinese Remainder Theorem – Generators – Cyclic Groups – Galois Fields – Applications in Cryptography - The Primality Testing |
||||
(06 Hours) |
||||
Polynomial time – verification – NP-completeness – Search Problems – The reductions – Dealing with NP-completeness – Approximation Algorithms – Local Search Heuristics |
||||
(14 Hours) |
||||
(Total Contact Time: 42 Hours + 14 Hours = 56 Hours) |
||||
BOOKS RECOMMENDED |
||||
1). Cormen, Leiserson, Rivest, Stein:” Introduction to Algorithms”, 3/E, the MIT Press, 2001. |


7000
Ocean Systems Design
develops concept design methods for marine systems from need definition through to solution selection, including weight, cost and power requirements estimating, selection of principal design characteristics and evaluation of alternative solutions. Students develop a proposal for a marine system design project which will include a statement of requirements, a parametric study, a work plan and schedule. This design project will be completed as a full design in ENGI 8000.
CR: the former ENGI 7052
LH: 3
7003
Small Craft Design
(same as the former ENGI 8003) presents fundamentals of naval architecture and design methodology for small craft. Emphasis is on recreational craft, with special emphasis on sailing vessels. Construction materials, scantlings, performance prediction and seaworthiness are covered. Design problems unique to small craft such as mast design, sail area determination and performance prediction are covered. Students will do a small craft design of their choice. Small weekly design studies will be required.
CO: ENGI 7035 or the former 6030
CR: the former ENGI 8003
7007
Marine Materials
examines the properties and uses of steel and aluminum in marine applications. Topics include: overview of shipbuilding process; review of mechanics of materials, Hooke’s Law, material failure models; carbon steel properties, grades, classification, testing; welding of steel - fundamentals, processes, preparation, design, drawings, certification; joining of aluminum - riveting, welding.
LH: at least 4 three-hour sessions per semester
7033
Marine Hydrodynamics
examines the fundamental equations of hydrodynamics, boundary layers; potential flow, added mass, damping, circulation, and vorticity; numerical methods for hydrodynamic coefficients; water waves and loading for regular and irregular seas.
LH: at least one 3-hour session per semester
OR: one tutorial hour per week
PR: ENGI 4020
7035
Dynamics and Maneuvering of Ocean Vehicles
(same as the former ENGI 6030) examines applications of the linearised equations of motion to ocean vehicle problems with single and multiple degrees of freedom; dynamics and maneuvering of marine vehicles: motions in calm water and in waves; hydrodynamics effects such as added mass, radiation and viscous damping; strip theory; irregular motions; and systems for course keeping and motion control.
CR: the former ENGI 6030
LH: at least two 3-hour sessions per semester
7621
Process Dynamics and Control
familiarizes students with the scientific and engineering principles of process dynamics and control. Students will apply and integrate knowledge of chemical engineering to identify, formulate and solve process dynamics problems and develop control systems. Modern computational techniques and tools will be used for solving chemical process control problems. Also students will become familiar with industrial control systems.
LH: at least six 2-hour sessions per semester
PR: ENGI 6621 or the former ENGI 5621
7623
Process Simulation
provides students with the knowledge and experience to use a process simulator effectively for the analysis and synthesis of process flowsheets, mass and energy balances, sizing of individual component and process unit, reactor modeling, separation device modeling, heat exchanger modeling, and dynamic and steady state analysis.
LH: at least nine 2-hour sessions per semester
7640
Process Engineering Project I
gives students the opportunity to apply the knowledge gained in previous design and technical courses to the complete design of a piece of process equipment, e.g. distillation column, evaporator, membrane separation unit, etc. The goal is to expose the students to practical design issues that arise in process equipment design, and to provide experience in the complete design process as applied to real devices. This course is a precursor to ENGI 8640 where students will work in groups to design a process system.
LC: scheduled as required
PR: ENGI 4102, completion of academic term 6 of the Process Engineering program
7650
Offshore Oil and Gas Engineering Project I
is a multidisciplinary design project that illustrates the application of previous engineering science and design related courses. The project will be done by teams of students with individuals concentrating their participation in their own engineering discipline. The project topic will be from the offshore oil and gas engineering industry. Lectures will be scheduled as required. This is the Term 7 project and if the scope of the project is such that it needs to continue, then the student will have the option to continue the same project in term 8 (in ENGI 8650).
LC: 1
PR: completion of Academic Term 6
7651
Industrial Pollution Control/Pollution Prevention
is designed to introduce methods of industrial pollution assessment and control. Topics include waste characterization, water pollution assessment, water pollution control, air pollution assessment and control, solid waste assessment and control, pollution prevention, environmental risk assessment and risk based decision making.
7680
Supervisory Control and Data Acquisition
examines data acquisition and intelligent field devices; distributed systems and fieldbus technology; programmable logic controllers and programming standards; operator control interface; supervisory control and data acquisition; and enterprise organization.
LH: at least four 3-hour sessions per semester
PR: ENGI 5821
7691
Mining and Metallurgical Process Engineering
is designed to provide students with a basic fundamental background to the mining, mineral processing, and extractive metallurgical processing industry from both traditional and modern industrial methodologies. Concepts such as a mine design, mineral flow sheets, extraction methods, and examples from industrial applications will be reviewed with problems.
LH: at least four 2-hour sessions per semester
PR: completion of academic term 6 of the Process Engineering program
7704
Design of Steel Structures
begins with a review of Design Concepts, Standards and Products. Topics include design of members and connections, tension members, bolted joints, welded joints, compression members, stability and effective length, flexural members, beams & beam-columns, plate girders, composite construction, introduction to serviceability, and deflections.
LH: at least four 2-hour sessions per semester
PR: ENGI 5706 or approval of the appropriate Head of the Department
7706
Finite Element Structural Analysis
includes a review of basic concepts required for FEA, basics of stiffness formulation, direct stiffness method, displacement method, one dimensional elements, trusses and frames. Topics include 1-D fluid and heat transfer elements, automated analysis and modelling concepts, higher order elements, two dimensional elements - plane stress and plane strain, introduction to 3D and other types. - introduction to advanced topics and isoparametric formulation.
LH: at least eight 2-hour sessions per semester
PR: ENGI 6705 or approval of the appropriate Head of the Department
7707
Reliability and Environmental Loading on Offshore Structures
begins with an introduction to natural phenomena that cause loading and influence the design of marine structures. Topics include the interpretation and utilization of field data for the determination of design loads for wind, waves currents and ice and case studies of load analysis for the design of offshore structures in Atlantic Canada.
PR: ENGI 5312
7713
Hydrology and Water Resources
examines precipitation, snowmelt, infiltration, runoff and streamflow; statistical treatment of hydrologic data; hydrograph analysis and synthesis; evaporation; structure design floods; reservoir storage and flood routing; urban run-off and drainage.
LH: at least 6 hours per semester
7716
Hydrotechnical Engineering
examines the theory and application of steady gradually-varied flow in artificial and natural open channels together with an introduction to appropriate software; erosion protection and mobile-boundary hydraulics; problems with ice in rivers, the design of spillways, energy dissipaters, and culverts; physical scale models. There is an introduction to water hammer and surge tanks.
LH: at least four 3-hour sessions per semester
PR: ENGI 6713
7723
Geotechnical Engineering III
examines soil investigation and site characterization; pile foundations; embankment dams; elements of geotechnical earthquake engineering; constitutive theories for soil materials; and numerical methods in geotechnical engineering. The students select two of the above topics on which they are interested in concentrating their efforts. Bi-weekly lectures are offered on the other topics at an informal level.
PR: ENGI 5723
7745
Highway Engineering
examines design and construction of highways including driver, vehicle and road characteristics; highway location and geometric design; soil classification; subgrade and base materials; highway drainage; flexible and rigid pavement; and highway economics.
PR: completion of Academic Term 6 of the Civil Engineering program
7748
Project Planning and Control
includes an introduction to types of contracts, project delivery approaches, and prevailing contractual relationships. The course examines basic project management techniques for network planning and scheduling (CPM and PERT); principles of resource productivity databases, preliminary estimating, and detailed bid preparation; quantitative approaches for effective control of time, cost, resource, quality, and value of constructed facilities; use of computer software for scheduling, estimating, and control.
PR: completion of Academic Term 6 of the Civil Engineering program
7803
Electrical Engineering Design Project I
provides an opportunity for senior students to integrate the knowledge that they have acquired through the junior terms and apply it to solving an electrical engineering design problem. Students work in small teams with the assistance of a faculty mentor to define an appropriate design problem and propose a method of solution to the problem. The project is continued in ENGI 8853.
CR: the former ENGI 7800
LC: at least 10 lecture hours per semester
OR: weekly meetings with project supervisor
PR: ENGI 4102, completion of Academic Term 6 of the Electrical Engineering program
7804
Computer Engineering Design Project I
provides an opportunity for senior students to integrate the knowledge that they have acquired through the junior terms and apply it to solving a computer engineering design problem. Students work in small teams with the assistance of a faculty mentor to define an appropriate design problem and propose a method of solution to the problem. The project is continued in ENGI 8854.
CR: the former ENGI 7800
LC: at least 10 lecture hours per semester
OR: weekly meetings with project supervisor
PR: ENGI 4102, completion of Academic Term 6 of the Computer Engineering program
7811
Antennas
examines the fundamentals of electromagnetic radiation; potentials; small antennas and antenna parameters; thin linear wire antennas and antenna arrays; antenna impedance and ground effects; Friis transmission formula; and aperture antennas.
LH: at least three 3-hour sessions per semester
PR: ENGI 6813
7814
Electromagnetics for Communications
- inactive course.
7824
Introduction to Digital Signal Processing
examines sampling theory; elementary discrete-time signals; discrete-time linear and time-invariant systems; linear constant-coefficient difference equations; the convolution sum; the discrete-time Fourier series; the discrete-time Fourier transform; the z-transform; the frequency response of discrete-time systems; the discrete Fourier transform; the efficient fast Fourier transform algorithm; an introduction to digital filter design techniques; and digital signal processing applications.
PR: ENGI 6871
7825
Control Systems II
examines state space models for multi-input/output systems; observability, controllability; state feedback without and with integral controller structure, state observers; quadratic optimal regulator and tracking control strategies; discrete-time state equations; and an introduction to optimal control.
CR: the former ENGI 6825
PR: ENGI 5821
7844
Power System Analysis
begins with an introduction to electric power systems. Topics include per unit quantities; transmission line parameters; modelling of power system components; single line diagrams; network equations formulation; bus impedance and admittance matrices; load flow analysis and control; design of reactive power compensation for power system performance enhancement; tap changing, auto and control transformers for power system application; economic dispatch and optimal power flow studies.
LH: at least six 3-hour sessions per semester
PR: ENGI 6843
7854
Image Processing and Applications
presents fundamental theoretical and practical concepts of image processing and analysis. These concepts include image enhancement and filtering, frequency domain analysis, morphological image operations, image segmentation, and feature extraction. The course enables the use of these concepts to automatically process and analyze images and videos from various real-world applications such as biomedical imaging, visual surveillance, and robotics.
CR: Computer Science 4756
LH: at least four 3-hour sessions per semester
7855
Communications Electronics
- inactive course.
7856
Renewable Energy Systems
examines the assessment of wind energy potential, wind turbine aerodynamics, types, modelling and control strategies; hybrid energy systems; energy storage; solar energy systems; photovoltaic, PV system engineering, stand-alone and grid connected systems, sizing and maximum power tracking; solar water pumping; micro-hydro systems and control; tidal power, wave energy converters, ocean thermal systems. Applications of hybrid energy system sizing software are also included in the course.
LH: at least eight 3-hour sessions per semester
PR: ENGI 4841 or the former ENGI 5842
7894
Concurrent Programming
surveys parallel and distributed architectures and examines patterns of concurrent program design; correctness of concurrent programs: safety and liveness properties, proof of properties; synchronization using locks, semaphores, and monitors; communication using message passing and remote procedures; parallelization for high-performance computation and advanced topics such as scientific applications, distributed systems, model checking, and transaction processing.
CR: the former ENGI 8893
7901
Heat Transfer II
examines advanced topics in heat transfer; multi-dimensional conduction: shape factors, numerical methods, moving heat sources; heat transfer equipment: heat exchangers, heat exchanger design principles; phase change heat transfer: melting, solidification, condensation, and boiling.
LH: at least one 3-hour session per semester
PR: ENGI 6901
7903
Mechanical Equipment
examines performance characteristics of mechanical equipment; fluid power devices: pipes; valves; pumps; fans; blowers; compressors; storage tanks; heat transfer devices: heat exchangers; boilers; cooling towers; and pressure vessels.
LH: at least three 1.5-hour sessions per semester
PR: ENGI 6901
7911
Industrial Materials
examines physical and mechanical properties; industrial materials; metals and metal alloys, ceramics and polymer, composite materials, failure modes and mechanisms, non-destructive testing and evaluation; damage tolerant materials; material treatments; and materials selection.
CR: the former ENGI 6972
LH: at least 20 hours per semester
PR: ENGI 5911
7926
Mechanical Design Project I
is the first of two capstone design courses in the Department of Mechanical Engineering. In this course mechanical students are organized into small groups or teams, which must complete a common design challenge. The project is presented as an open-ended problem statement with specific performance objectives. The system must be designed, prototyped and tested during the course of the term. Each team is a small consulting firm and is required to document its object planning as well as its design.
CR: the former ENGI 7936
LC: scheduled as required
LH: scheduled as required
PR: ENGI 4102, completion of Academic Term 6 of the Mechanical Engineering program
7929
Mechanical Component Design II
same as the former ENGI 6927) is a continuation of the ENGI 6929 course in analysis and synthesis of machinery, including advanced analysis of machine elements such as clutches, brakes, couplings, journal bearings and gears. Advanced machine design concepts are examined, such as reliability, optimization and techniques for stimulating innovative design. A synthesis project involving the machine elements studied is usually included.
CR: the former ENGI 6926 or 6927
LH: at least ten 3-hour sessions per semester
PR: ENGI 6929 or the former 5927
7930
Instrumentation and Experimental Design
involves instrumentation and measurement techniques, sensors for motion and process control, data acquisition and signal conditioning; the design, conduct, and analysis of engineering, scientific, and numerical experiments; design of experiments: factorial design and analysis; and response surface methodology (RSM).
LH: five 3-hour sessions per semester
PR: ENGI 4421
7934
Finite Element Analysis
examines the basis of the finite element method. The course examines continuum mechanics applications; beam problems, fluid mechanics problems, and heat transfer problems. There are relevant computer laboratory exercises
LH: at least ten 2-hour sessions per semester
7952
Robotics and Automation
provides the fundamentals in robotic manipulators and arms. The course provides basic understanding in coordinate transformations for spatial description, both kinematical and kinetic analysis, forces and dynamics and finally trajectory generations and path planning.
CR: the former ENGI 7944
LH: at least three 3-hour sessions per semester
7953
Mechatronics II
(same as the former ENGI 5951) emphasizes the integration of the core technologies on which contemporary, mechatronic designs are based. Topics covered include semiconductors devices, analog and digital electronics; microcontroller technology and interfacing; sensors for motion control; selection, sizing, and modelling of electric servomotors, servovalves and hydraulic actuators; position, velocity, and force control; digital and analog implementation of controller architectures; mechatronic design case studies.
CR: the former 5951
LH: five 3-hour sessions per semester
PR: ENGI 5952


{% extends "layout.html" %} {% block title %}Filearchive{% endblock %} {% block head %} {{ super() }} {% endblock %} {% block content %}
This tool displays information about deleted files, including the uploader and EXIF metadata. It does not usually have access to the description page or the file itself.


Web 1. Special Consideration for DB2 Version 6
IN THIS CHAPTER
DB2 Version 6 was officially released in June 1999. This release included many new features such as large objects, triggers, user-defined functions, user-defined data types, and more. However, the item that is most important for every DB2 shop to understand is what is not in DB2 V6. For the first time, IBM removed features from DB2. As such, your organization must prepare its DB2 subsystems for V6 by removing the soon-to-be-unsupported features from your installation.
At this late date, this information is included here for those few shops that still need to migrate to Version 6, as well as for posterity for folks investigating obsolete DB2 features.
Let's examine each of the features that were removed from DB2 as of Version 6.
|


Before following this guide you should install dependencies as described in Building S2E.
In order to build S2E you must compile LLVM from sources. LLVM installed from binary distribution packages will not work.
S2E and LLVM are built using the clang. Since clang itself relies on LLVM, we first build LLVM and clang using gcc. Then, we rebuild LLVM a second time using the clang compiler. In a nutshell, gcc is only used to bootstrap the process.
$ S2ESRC=/path/to/s2e $ S2EBUILD=/path/to/build $ cd $S2EBUILD $ # Download and unpack clang and llvm-3.0 $ wget http://llvm.org/releases/3.0/clang-3.0.tar.gz $ wget http://llvm.org/releases/3.0/llvm-3.0.tar.gz $ tar -zxf clang-3.0.tar.gz $ tar -zxf llvm-3.0.tar.gz $ # Move clang to the LLVM's project directory $ mv clang-3.0.src llvm-3.0.src/tools/clang $ #First, build LLVM and clang with the system's compiler $ mkdir $S2EBUILD/llvm-native $ cd $S2EBUILD/llvm-native $ ../llvm-3.0.src/configure \ --prefix=$S2EBUILD/opt \ --enable-optimized --target=x86_64 --enable-targets=x86 --enable-jit $ # Compile release build of the native compiler. $ # Note that it is not necessary to have a debug version of it. $ make ENABLE_OPTIMIZED=1 -j4 $ # Second, build again but this time with clang. $ # This is the compiled LLVM version that will be used by S2E $ mkdir $S2EBUILD/llvm $ cd $S2EBUILD/llvm $ ../llvm-3.0.src/configure \ --prefix=$S2EBUILD/opt \ --enable-optimized --enable-assertions \ --target=x86_64 --enable-targets=x86 --enable-jit \ CC=$(S2EBUILD)/llvm-native/Release/bin/clang \ CXX=$(S2EBUILD)/llvm-native/Release/bin/clang++ $ make ENABLE_OPTIMIZED=1 -j4 $ make ENABLE_OPTIMIZED=0 -j4 $ # We will refer to these two variables when building the rest of S2E $ export CLANG_CXX=$(S2EBUILD)/llvm-native/Release/bin/clang++ $ export CLANG_CC=$(S2EBUILD)/llvm-native/Release/bin/clang
STP can only be built inside its source directory. It is recommended to copy STP source into another directory before building:
$ cd $S2EBUILD $ cp -R $S2ESRC/stp stp $ cd stp $ bash scripts/configure --with-prefix=$(S2EBUILD)/stp --with-fpic --with-g++=$(CLANG_CXX) --with-gcc=$(CLANG_CC) $ make -j4 $ cp src/c_interface/c_interface.h include/stp
Note that you can use the upstream version of STP as a drop-in replacement for the STP version that is bundled with S2E.
$ mkdir $S2EBUILD/klee $ cd $S2EBUILD/klee $ $S2ESRC/klee/configure \ --prefix=$(S2EBUILD)/opt \ --with-llvmsrc=$(S2EBUILD)/llvm-3.0.src \ --with-llvmobj=$(S2EBUILD)/llvm \ --with-stp=$(S2EBUILD)/stp \ --target=x86_64 \ --enable-exceptions --enable-assertions \ CC=$(S2EBUILD)/llvm-native/Release/bin/clang \ CXX=$(S2EBUILD)/llvm-native/Release/bin/clang++ $ # Compile Release and Debug versions (you can have the both at the same time) $ make ENABLE_OPTIMIZED=1 -j4 $ make ENABLE_OPTIMIZED=0 CXXFLAGS="-g -O0" -j4
Unlike STP, you cannot replace the provided version of KLEE with the upstream one.
S2E is based on QEMU and therefore inherits most of its configuration parameters.
$ # Configure and build QEMU in release mode $ mkdir $S2EBUILD/qemu-release $ cd $S2EBUILD/qemu-release $ $S2ESRC/qemu/configure \ --prefix=$(S2EBUILD)/opt \ --with-llvm=$(S2EBUILD)/llvm/Release+Asserts \ --with-clang=$(S2EBUILD)/llvm-native/Release/bin/clang \ --with-stp=$(S2EBUILD)/stp \ --with-klee=$(S2EBUILD)/klee/Release+Asserts \ --target-list=i386-s2e-softmmu,i386-softmmu \ --enable-llvm \ --enable-s2e --compile-all-with-clang $ make -j4 $ # Verify that QEMU works in vanilla mode $ ./i386-softmmu/qemu-system-i386 -m 8 # you should see BIOS booting in the VM $ # Verify that QEMU works in S2E mode $ ./i386-s2e-softmmu/qemu-system-i386 -m 8 # you should see BIOS booting in the VM
For debug mode, proceed as follows.
$ mkdir $S2EBUILD/qemu-debug $ cd $S2EBUILD/qemu-debug $ $S2ESRC/qemu/configure \ --prefix=$(S2EBUILD)/opt \ --with-llvm=$(S2EBUILD)/llvm/Debug+Asserts \ --with-clang=$(S2EBUILD)/llvm-native/Release/bin/clang \ --with-stp=$(S2EBUILD)/stp \ --with-klee=$(S2EBUILD)/klee/Debug+Asserts \ --target-list=i386-s2e-softmmu,i386-softmmu \ --enable-llvm \ --enable-s2e --compile-all-with-clang $ make -j4
Note that you can mix Debug/Release versions of the libraries, depending on what you want to debug. Using a debug version of KLEE and LLVM may incur >10x slowdowns.
$ cd $S2EBUILD/tools $ $S2ESRC/tools/configure \ --with-llvmsrc=$(S2EBUILD)/$(LLVM_SRC_DIR) \ --with-llvmobj=$(S2EBUILD)/llvm \ --with-s2esrc=$(S2ESRC)/qemu \ --target=x86_64 --enable-assertions \ CC=$(S2EBUILD)/llvm-native/Release/bin/clang \ CXX=$(S2EBUILD)/llvm-native/Release/bin/clang++ $ make -j4


[1]
ok maps I guess..; Reboots, Locks, Freezes, Poor GPS
[2]
big screeen, online updates and extras, diff voices; limited verbal navigation


How to initialize a model¶
To initialize a model, you can use one of the following model classes:
For simple reinforcement learning models:
RLModel_2A
For diffusion decision models:
DDModel
For reinforcement learning diffusion decision models:
RLDDModel
For race models:
RDModel_2A
,LBAModel_2A
,ARDModel_2A
,ALBAModel_2A
For reinforcement learning race models:
RLRDModel_2A
,RLLBAModel_2A
,RLARDModel_2A
,RLALBAModel_2A
All these classes have 1 non-default argument: hierarchical_levels
. This should be set to 1 for model fits on individual data, and 2 for model fits on group data.
Additional arguments can be specified in order to “turn on and off” different model mechanisms that are implemented.
For example, let’s say I want to specify a RLDDM for 1 subject:
[1]:
import rlssm
[2]:
model = rlssm.RLDDModel(hierarchical_levels=1)
Using cached StanModel
After initialization, you can inspect the model’s default priors. You can change these when you fit the model.
[3]:
model.priors
[3]:
{'alpha_priors': {'mu': 0, 'sd': 1},
'drift_scaling_priors': {'mu': 1, 'sd': 50},
'threshold_priors': {'mu': 1, 'sd': 5},
'ndt_priors': {'mu': 1, 'sd': 1}}
Note that, if this is the first time that you initialize this type of model, it’s going to take some time to compile it. Otherwise, the cashed model will be automatically loaded.
By default, all mechanisms are “off”, meaning that the simplest model is fit, so you need to set alternative mechanisms to True
to have them included in your model:
[4]:
model_complex = rlssm.DDModel(hierarchical_levels=1,
drift_variability = True,
starting_point_variability=True)
Using cached StanModel
[5]:
model_complex.priors
[5]:
{'threshold_priors': {'mu': 0, 'sd': 5},
'ndt_priors': {'mu': 0, 'sd': 5},
'drift_trialmu_priors': {'mu': 1, 'sd': 5},
'drift_trialsd_priors': {'mu': 0, 'sd': 5},
'rel_sp_trialmu_priors': {'mu': 0, 'sd': 0.8},
'rel_sp_trialsd_priors': {'mu': 0, 'sd': 0.5}}
You can check what are the possible mechanisms for each class in the API reference guide, or by typing:
[6]:
rlssm.DDModel?
Init signature:
rlssm.DDModel(
hierarchical_levels,
starting_point_bias=False,
drift_variability=False,
starting_point_variability=False,
drift_starting_point_correlation=False,
drift_starting_point_beta_correlation=False,
drift_starting_point_regression=False,
)
Docstring:
DDModel allows to specify a diffusion decision model.
When initializing the model, you should specify whether the model is hierarchical or not.
Additionally, you can specify the mechanisms that you wish to include or exclude.
The underlying stan model will be compiled if no previously compiled model is found.
After initializing the model, it can be fitted to a particular dataset using pystan.
Init docstring:
Initialize a DDModel object.
Note
----
This model is restricted to two options per trial (coded as correct and incorrect).
Parameters
----------
hierarchical_levels : int
Set to 1 for individual data and to 2 for grouped data.
starting_point_bias : bool, default False
By default, there is no starting point bias.
If set to True, the starting point bias is estimated.
drift_variability : bool, default False
By default, there is no drift-rate variability across trials.
If set to True, the standard deviation of the drift-rate across trials is estimated.
starting_point_variability : bool, default False
By default, there is no starting point bias variability across trials.
If set to True, the standard deviation of the starting point bias across trials
is estimated.
drift_starting_point_correlation : bool, default False
By default, the correlation between these 2 parameters is not estimated.
If set to True, the 2 parameters are assumed to come
from a multinormal distribution.
Only relevant when drift_variability and starting_point_variability are True.
drift_starting_point_beta_correlation : bool, default False
If True, trial-by-trial drift-rate, rel_sp and an external
variable beta are assumed to come from a multinormal distribution.
Only relevant when drift_variability and starting_point_variability are True.
drift_starting_point_regression : bool, default False
If True, two regression coefficients are estimated, for trial drift
and relative starting point, and an external variable beta.
Only relevant when drift_variability and starting_point_variability are True.
Attributes
----------
model_label : str
The label of the fully specified model.
n_parameters_individual : int
The number of individual parameters of the fully specified model.
n_parameters_trial : int
The number of parameters that are estimated at a trial level.
stan_model_path : str
The location of the stan model code.
compiled_model : pystan.StanModel
The compiled stan model.
File: ~/git/rlssm/rlssm/models_DDM.py
Type: type
Subclasses:


CMDampedSpringConstraint Class Reference
| Inherits from | CMConstraint : CMObject : NSObject |
| Declared in | CMDampedSpringConstraint.h CMDampedSpringConstraint.m |
Overview
A spring with a damper. While a spring is not technically a constraint, the damper is. The spring forces are simply a convenience.
Tasks
Initialization
-
- initBetweenBody:andBody:anchor1:anchor2:restLength:stiffness:damping:
Constructs a new damped spring. -
- setAnchor1:
Changes the first anchor point. -
- anchor1
Returns the first anchor point. -
- setAnchor2:
Changes the second anchor point. -
- anchor2
Returns the second anchor point. -
- setRestLength:
The length the spring wants to contract or expand to. -
- restLength
Returns the length the spring wants to contract or expand to. -
- setStiffness:
The young's modulus of the spring. -
- stiffness
Returns the the young's modulus of the spring. -
- setDamping:
The amount of viscous damping to apply. -
- damping
Returns the amount of viscous damping to apply.
Instance Methods
anchor1
Returns the first anchor point.
- (cpVect)anchor1
Return Value
the first anchor point.
Declared In
CMDampedSpringConstraint.h
anchor2
Returns the second anchor point.
- (cpVect)anchor2
Return Value
the second anchor point.
Declared In
CMDampedSpringConstraint.h
damping
Returns the amount of viscous damping to apply.
- (float)damping
Return Value
the amount of viscous damping to apply.
Declared In
CMDampedSpringConstraint.h
initBetweenBody:andBody:anchor1:anchor2:restLength:stiffness:damping:
Constructs a new damped spring.
- (id)initBetweenBody:(CMBody *)cmBody andBody:(CMBody *)andCmBody anchor1:(cpVect)anchor1 anchor2:(cpVect)anchor2 restLength:(float)restLength stiffness:(float)stiffness damping:(float)damping
Parameters
- cmBody
- The first body.
- andCmBody
- The second body.
- anchor1
- The anchor point on the first body.
- anchor2
- The anchor point on the second body.
- restLength
- The length the spring wants to contract or expand to.
- stiffness
- The young's modulus of the spring. (http://en.wikipedia.org/wiki/Young%27s_modulus)
- damping
- The amount of viscous damping to apply.
Declared In
CMDampedSpringConstraint.h
restLength
Returns the length the spring wants to contract or expand to.
- (float)restLength
Return Value
the length the spring wants to contract or expand to.
Declared In
CMDampedSpringConstraint.h
setAnchor1:
Changes the first anchor point.
- (void)setAnchor1:(cpVect)anchor1
Parameters
- anchor1
- the new anchor point.
Declared In
CMDampedSpringConstraint.h
setAnchor2:
Changes the second anchor point.
- (void)setAnchor2:(cpVect)anchor2
Parameters
- anchor2
- the new anchor point.
Declared In
CMDampedSpringConstraint.h
setDamping:
The amount of viscous damping to apply.
- (void)setDamping:(float)damping
Parameters
- damping
- the amount of viscous damping to apply.
Declared In
CMDampedSpringConstraint.h
setRestLength:
The length the spring wants to contract or expand to.
- (void)setRestLength:(float)restLength
Parameters
- restLength
- the length the spring wants to contract or expand to.
Declared In
CMDampedSpringConstraint.h


Test name: Article Name. Test name text: Article Name.
Test author: Article Author. Test author text: Article Author.
Test date: 2013-06-29. Test datetime: 2013-06-29T00:00:00Z. Don't do datetime-fmt because it's in localtime.
Test aside: This is used as the feed abstract. Test aside text: This is used as the feed abstract.
Test image: foo.jpg.


--- layout: post title: Tips for Ubuntu 9.04 date: 2009-05-04 20:46:00.000000000 +02:00 categories: - Hows To tags: [ubuntu, tips] status: publish type: post published: true meta: blogger_blog: psanxiao.blogspot.com blogger_author: Pablo<EMAIL_ADDRESS>blogger_permalink: /2009/05/tips-for-ubuntu-904.html author: login: psanxiao email<EMAIL_ADDRESS>display_name: psanxiao first_name: '' last_name: '' ---
Testing the new release of Ubuntu I found some changes that don't like very much. First of them is that now the sortcut Ctrl+Alt+BackSpace is deactivated by default, the other one is that the update manager just appear when there are some new update instead of the old icon in the systray. I really hate windows that appear out of control in my desktop.
Fortunately, looking for Internet I could find a solution. In the first case it's enough to add this lines at the end of /etc/X11/xorg.cong file:
Section "ServerFlags"
Option "DontZap" "False"
EndSection
To avoid that update manager appears whenever it likes just type this in a terminal:
gconftool -s --type bool /apps/update-notifier/auto_launch false
I have also some problem with the 3D acceleration of my card, a Intel 945GM, that was fixed downgrading the driver to the intrepid version. For that, I added these lines to /etc/apt/sources.list:
deb http://ppa.launchpad.net/siretart/ppa/ubuntu jaunty main
deb-src http://ppa.launchpad.net/siretart/ppa/ubuntu jaunty main
and doing apt-get update
and sudo apt-get install xserver-xorg-video-intel
.
The moral of the post is that Human Beings are prisoners of our habits.


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#include <ScreenPoint.h>
Public Types | |
| typedef wf_int32 | coord_t |
| Type for the coordinates. | |
Public Member Functions | |
| ScreenPoint (coord_t xPos, coord_t yPos) | |
| ScreenPoint () | |
| const coord_t | getX () const |
| const coord_t | getY () const |
| coord_t & | getX () |
| coord_t & | getY () |
| bool | operator== (const ScreenPoint &rhs) const |
| bool | operator!= (const ScreenPoint &rhs) const |
Constructor with screen coordinates as parameters.
| xPos | The x coordinate of the position. | |
| yPos | The y coordinate of the position. |
| WFAPI::ScreenPoint::ScreenPoint | ( | ) | [inline] |
Empty constructor. Initialized with origo as position.
| coord_t& WFAPI::ScreenPoint::getX | ( | ) | [inline] |
Returns a reference to the x coordinate for writing.
| const coord_t WFAPI::ScreenPoint::getX | ( | ) | const [inline] |
Returns the x coordinate of the point.
| coord_t& WFAPI::ScreenPoint::getY | ( | ) | [inline] |
Returns a reference to the y value for writing.
| const coord_t WFAPI::ScreenPoint::getY | ( | ) | const [inline] |
Returns the y coordinate of the point.
| bool WFAPI::ScreenPoint::operator!= | ( | const ScreenPoint & | rhs | ) | const [inline] |
Returns true if the two points are equal
| bool WFAPI::ScreenPoint::operator== | ( | const ScreenPoint & | rhs | ) | const [inline] |
Returns true if the two points are equal


[all packages]
[package ]
[class hierarchy]
[index]
public class Constraints
(source file: Constraints.java)
java.lang.Object
|
+----Printable
|
+----Constraints
The pure class interface.
public class Constraints
extends Printable
-
A class representing a collection of constraints. Each constraint is
of the form x +d <= y where
x and y are variables and d is a non-negative
constant.
There should be no cyclic dependencies, such as
x + 1 <= y,
y + 1 <= x,
since such dependencies obviously have no solution.
Variables are implemented as integers.
Constraint sets can be solved returning an object of
class Solution
.
- See also:
- Solution
- Constraints(FontMetrics)
-
Create a new constraint set.
- above
-
The constraints on which variables are above which others.
- below
-
The constraints on which variables are below which others.
- fm
-
The font metrics used in these constraints.
- varCount
-
The number of variables in the constraint set.
- gap0(int, int)
-
Add a constraint x + 0 <= y
- gap1(int, int)
-
Add a constraint x + d <= y
where d is a `small' gap (20% of
- gap2(int, int)
-
Add a constraint x + d <= y
where d is a `large' gap (50% of
- gapStringHeight(String, int, int)
-
Add a constraint x + d <= y
where d is the height of the string.
- gapStringWidth(String, int, int)
-
Add a constraint x + d <= y
where d is the width of the string.
- isHorizontal(int)
-
Is this variable horizontal or vertical?
- newHVar()
-
Create a new horizontal variable.
- newVVar()
-
Create a new vertical variable.
- print(Printer)
-
Print the constraint set (useful for debugging).
- solve()
-
Solve the constraint set.
Constraints
public Constraints(FontMetrics fm);
-
Create a new constraint set.
- Parameters:
- fm - the font metrics to base all distances on.
fm
public final FontMetrics fm;
-
The font metrics used in these constraints.
varCount
public int varCount;
-
The number of variables in the constraint set.
above
public ConstraintVector above;
-
The constraints on which variables are above which others.
below
public ConstraintVector below;
-
The constraints on which variables are below which others.
print
public void print(Printer p);
-
Print the constraint set (useful for debugging).
- Parameters:
- p - where to print to.
- Overrides:
- print in class Printable
solve
public Solution solve();
-
Solve the constraint set.
- Returns:
- the solution.
newVVar
public int newVVar();
-
Create a new vertical variable.
- Returns:
- the new variable.
newHVar
public int newHVar();
-
Create a new horizontal variable.
- Returns:
- the new variable.
isHorizontal
public boolean isHorizontal(int x);
-
Is this variable horizontal or vertical?
- Parameters:
- x - the variable.
- Returns:
- true iff the variable is horizontal.
gap0
public void gap0(int x,
int y);
-
Add a constraint x + 0 <= y
- Parameters:
- x - the lower variable
- y - the higher variable
gap1
public void gap1(int x,
int y);
-
Add a constraint x + d <= y
where d is a `small' gap (20% of the font height).
- Parameters:
- x - the lower variable
- y - the higher variable
gap2
public void gap2(int x,
int y);
-
Add a constraint x + d <= y
where d is a `large' gap (50% of the font height).
- Parameters:
- x - the lower variable
- y - the higher variable
gapStringWidth
public void gapStringWidth(String s,
int x,
int y);
-
Add a constraint x + d <= y
where d is the width of the string.
- Parameters:
- s - the string to measure
- x - the lower variable
- y - the higher variable
gapStringHeight
public void gapStringHeight(String s,
int x,
int y);
-
Add a constraint x + d <= y
where d is the height of the string.
- Parameters:
- s - the string to measure
- x - the lower variable
- y - the higher variable
[all packages]
[package ]
[class hierarchy]
[index]
Constraints.html


The FOL Evaluator is a semantic calculator which will evaluate a well-formed formula of first-order logic on a user-specified model. In its output, the program provides a description of the entire evaluation process used to determine the formula's truth value. For a list of the symbols the program recognizes and some examples of well-formed formulas involving those symbols, see below. Click the "Sample Model" button for an example of the syntax to use when you specify your own model.
|
|
|
Here is a list of the symbols the program recognizes (note that since the letter 'v' is used for disjunction, it cannot be used as a variable or individual constant):
| Logical Symbols | Non-Logical Symbols | |||
| Negation | ~ | Individual Constants | a, b, c ... z (except v) | |
| Conjunction | & | Variables | a, b, c ... z (except v) | |
| Disjunction | v | Propositional Constants | A, B, C, ... Z | |
| Conditional | > | 1- and 2-Place Predicates | A, B, C, ... Z | |
| Biconditional | <> | |||
| Existential Quantifier | E | |||
| Universal Quantifier | A | |||
| Identity Relation | = | |||
| Absurdity/Falsum | # |
Here are some examples of well-formed formulas the program will accept:
If you load the "sample model" above, these formulas will all successfully evaluate in that model. In general, in order for a formula to be evaluable in a model, the model needs to assign an extension to every non-logical constant the formula contains.
Notice that only binary connectives introduce parentheses, whereas quantifiers don't, so e.g. 'ExRxa' and 'Ex(Rxa & Fx)' are well-formed but 'Ex(Rxa)' is not. In the above examples, I've left off the outermost parentheses on formulas that have a binary connective as their main connective (which the program allows). In general, the formal grammar that the program implements for complex wffs is:
One final point: if you load a model that assigns an empty extension to a predicate, the program has no way of anticipating whether you intend to use that predicate as a 1-place predicate or a 2-place predicate. Internally it therefore adds two versions of the predicate to the model, a 1-place version and a 2-place version, each with an empty extension. (Extensions for sentences and individual constants can't be empty, and neither can domains.)


Test
Copyright Scilligence, 2016 (
http://www.scilligence.com/
)
License:
Free for education (
Download
)
Please
contact us
for commercial licenses


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For Consumers
The following survey is intended for females between the ages of 55-90 who have experienced adverse events to medication in the past 12 months.
If you fall into this category, please proceed with the survey by clicking the button below.
Start the Survey arrow_forwardAbout openFDA & This Survey
OpenFDA was created by Taha Kass-Hout, MD, MS, the FDA's first Chief Health Information Office. The platform launched in beta mode in June, 2014, and provides APIs to several high-value structured datasets, including drug adverse event reports, medical device reports, and enforcement reports.
The Women's Health Adverse Event survey is intended as real-time mechanism for women consumers to report adverse events, and as a tool for physicians to educate patients and raise awareness of adverse events.


6.25 psb_sp_getrow — Extract row(s) from a sparse matrix
call psb_sp_getrow(row, a, nz, ia, ja, val, info, &
& append, nzin, lrw)
-
Type:
- Asynchronous.
-
On Entry
-
-
row
- The (first) row to be extracted.
Scope:local
Type:required
Intent: in.
Specified as: an integer > 0.
-
a
- the matrix from which to get rows.
Scope:local
Type:required
Intent: in.
Specified as: a structured data of type psb_Tspmat_type.
-
append
- Whether to append or overwrite existing output.
Scope:local
Type:optional
Intent: in.
Specified as: a logical value default: false (overwrite).
-
nzin
- Input size to be appended to.
Scope:local
Type:optional
Intent: in.
Specified as: an integer > 0. When append is true, specifies how many
entries in the output vectors are already filled.
-
lrw
- The last row to be extracted.
Scope:local
Type:optional
Intent: in.
Specified as: an integer > 0, default: row.
-
On Return
-
-
nz
- the number of elements returned by this call.
Scope:local.
Type:required.
Intent: out.
Returned as: an integer scalar.
-
ia
- the row indices.
Scope:local.
Type:required.
Intent: inout.
Specified as: an integer array with the ALLOCATABLE attribute.
-
ja
- the column indices of the elements to be inserted.
Scope:local.
Type:required.
Intent: inout.
Specified as: an integer array with the ALLOCATABLE attribute.
-
val
- the elements to be inserted.
Scope:local.
Type:required.
Intent: inout.
Specified as: a real array with the ALLOCATABLE attribute.
-
info
- Error code.
Scope: local
Type: required
Intent: out.
An integer value; 0 means no error has been detected.
Notes
- The output nz is always the size of the output generated by the current
call; thus, if append=.true., the total output size will be nzin + nz, with
the newly extracted coefficients stored in entries nzin+1:nzin+nz of the
array arguments;
- When append=.true. the output arrays are reallocated as necessary;
- The row and column indices are returned in the local numbering
scheme; if the global numbering is desired, the user may employ the
psb_loc_to_glob routine on the output.


(
is invalid here. Did you forget to escape it?
echo (foo) bar
Depends on your intention:
echo "(foo) bar" # Literal parentheses
echo "$(foo) bar" # Command expansion
echo "foo bar" # Tried to use parentheses for grouping or function invocation
ShellCheck expected an ordinary shell word but found an opening parenthesis instead.
Determine what you intended the parenthesis to do and rewrite accordingly. Common issues include:
echo (FAIL) Some tests failed
. In this case, it requires quoting.echo Today is (date)
. Add the missing $
: echo "Today is $(date)"
foo (bar, 42)
to call a function. This should be foo bar 42
. Also, shells do not support tuples or passing arrays as single parameters.Bash allows some parentheses as part of assignment-like tokens to certain commands, including export
and eval
. This is a workaround in Bash to allow commands that normally would not be valid:
eval foo=(bar) # Valid command
echo foo=(bar) # Invalid syntax
f=foo; eval $f=(bar) # Also invalid
In these cases, please quote the command, such as `eval "foo=(bar)". This does not change the behavior, but stops relying on bash specific parsing quirks.