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SymTable Symbol tabel interface.
An instance of SymTable is created for each scope of symbols corresponding such language constructs as program, subprogram, struct, etc. Relations between symbol table and program constructs: Several symbol tables are constructed according to the structure of given source program. At first, a global symbol table is created by initiate() of SymRoot and symbols inherent to the source language are recorded in it. When a new scope of symbols is opened, a new symbol table is created and linked to ancestor symbol table that contains symbols to be inherited by the new scope (pushSymTable()). When the current scope is closed, the current symbol table is closed and the ancestor symbol table becomes the current symbol table again (by using popSymTable()). Symbols are searched in the current symbol table (symTableCurrent of SymRoot) and its ancestors in the reverse order of scope addition. Popped symbol table is not discarded unless it is empty but made invisible for search procedures so as to make inter-procedure optimization and parallelization can be done. A symbol table usually has corresponding program construct such as subprogram. There are links between such constructs and corresponding symbol table to show their correspondence (getOwner). Anonymous construct (anlnymous Struct, BlockStmt, etc.) may have name generated by the compiler. Scope of symbols: Source program symbols (symbols appearing in source program) have their scope as defined by the grammar of the language. Each Struct and Union opens a new scope. Scope of constants is the entire compile unit. Scope of registers is the subprogram using them. Scope of temporal variables generated by the compiler is the subprogram within which the temporal variables are defined.
| Method Summary | |
Sym |
define(java.lang.String pInternedName,
int pSymKind,
Sym pDefinedIn)
define |
Sym |
defineUnique(java.lang.String pInternedName,
int pSymKind,
Sym pDefinedIn)
defineUnique |
Sym |
generateDerivedSym(Sym pBaseSym)
generateDerivedSym Generate a symbol having the same type and kind as that of pSym in this symbol table. |
Elem |
generateElem(Type pType,
Sym pDefinedIn)
generateElem Generate an element of type pType in this symbol table. |
Label |
generateLabel()
generateLabel Generate an internal label in subpSymTable(). |
Param |
generateParam(Type pType,
Sym pDefinedIn)
generateParam Generate a parameter of type pType in subpSymTable(). |
Sym |
generateSym(Type pType,
int pSymKind,
java.lang.String pPrefix,
Sym pDefinedIn)
generateSym Generate a symbol of type pType in subpSymTable(). |
java.lang.String |
generateSymName(java.lang.String pHeader)
Generate symbol name which is unique in this SymTable and its ancestors. |
Sym |
generateTag()
generateTag Generate a tag name in subpSymTable(). |
Sym |
generateTag(java.lang.String tagname)
|
java.lang.String |
generateUniqueName(Sym pOldSym,
Subp pSubp)
Generate unique name for symbols in the form of subprogramName_originalName_n, where, subprogramName is the name of the subprogram defining the symbol ("" for global symbol), oroginalName is the name of the symbol, n is sequence number (1, 2, 3, ...) attached to avoid duplication if there are same names declared in one subprogram. |
Var |
generateVar(Type pType)
generateVar Generate a variable of type pType in the symbol table of current subprogram symRoot.subpCurrent (to be used as temporal variable, etc.). |
Var |
generateVar(Type pType,
Sym pDefinedIn)
generateVar Generate a variable of type pType in subpSymTable() starting with "_var" (to be used as temporal variable, etc.). |
SymTable |
getBrother()
getBrother |
SymTable |
getFirstChild()
getFirstChild |
Sym |
getFirstSym()
getFirstSym Get the first symbol recorded in this symbol table. |
Sym |
getOwner()
getOwner Get the owner node to which this symbol table is attached. |
java.lang.String |
getOwnerName()
getOwnerName Get the name of the owner of this symbol table. |
SymTable |
getParent()
getParent Get parent symbol table of this table. |
Subp |
getSubp()
getSubp Get the subprogram to which this symbol table is attached or in which the owner of this symbol table is contained. |
int |
getSymCount()
getSymCount Get the number of symbols recorded in the symbol table. |
SymIterator |
getSymIterator()
getSymIterator Get iterator to scan all symbols recorded in this symbol table. |
SymNestIterator |
getSymNestIterator()
getSymNestIterator (##6) Get iterator to scan all symbols recorded in this symbol table and its children. |
SymTableIterator |
getSymTableIterator()
getSymTableIterator (##10) Get iterator to scan all symbols tables starting from this symbol table and its children. |
boolean |
isInThisSymTable(Sym pSym)
isInThisSymTable |
void |
linkSym(Sym pNewSym)
linkSym Link pNewSym as the last symbol of this symbol table. |
SymTable |
popSymTable()
popSymTable Close this (current) symbol table and make its ancestor symbol table as the current symbol table if this has the ancestor. |
void |
printSymTable()
printSymTable (##2) Print symbols in this symbol table using toString(). |
void |
printSymTableAll(SymTable pSymTable)
printSymTableAll (##2) Print symbols in pSymTable and all its descendent symbol tables using printSymTable. |
void |
printSymTableAllDetail()
printSymTableAllDetail with no param. |
void |
printSymTableAllDetail(SymTable pSymTable)
printSymTableAllDetail (##2) Print symbols in pSymTable and all its descendent symbol tables using printSymTableDetail. |
void |
printSymTableDetail()
printSymTableDetail (##2) Print symbols in this symbol table using toStringDetail(). |
SymTable |
pushSymTable(Sym pOwner)
pushSymTable Make this (current) symbol table as an ancestor symbol table and create a new symbol table making it as the current symbol table. |
Sym |
redefine(Sym pSym,
int pSymKind,
Sym pDefinedIn)
redefine |
SymTable |
reopenSymTable(SymTable pPreviousSymTable)
reopenSymTable Push this (current) symbol table as the ancestor symbol table and make the symbol table specified by the parameter as the new current symbol table. |
Sym |
search(java.lang.String pInternedName)
search |
Sym |
search(java.lang.String pInternedName,
int pSymKind)
search Search symbol having pInternedName as its name and pSymKind as its kind. |
Sym |
searchLocal(java.lang.String pInternedName,
int pSymKind)
searchLocal Search the symbol which is specified by parameter pInternedName and whose kind is the same as pSymKind. |
Sym |
searchLocal(java.lang.String pInternedName,
int pSymKind,
boolean pSpecifiedKind)
searchLocal Search the symbol which is specified by parameter pInternedName. |
Sym |
searchOrAdd(java.lang.String pInternedName,
int pSymKind,
Sym pDefinedIn,
boolean pWithinThisTable,
boolean pSpecifiedKind)
searchOrAdd |
SymTableEntry |
searchOrAddEntry(java.lang.String pInternedName,
int pSymKind,
Sym pDefinedIn,
boolean pWithinThisTable,
boolean pSpecifiedKind)
searchOrAddEntry Search a symbol table entry where a symbol is to be placed. |
Sym |
searchOrAddSym(Sym pSym)
searchOrAddSym Search the symbol pSym in this symbol table If found, return it. |
Sym |
searchSymOfThisKind(Sym pSym,
int pSymKind)
searchSymOfThisKind Search for the smbol having the same name as the parameter pSym and its kind is the same to pSymKind in the same manner as Search. |
SymTable |
searchTableHaving(Sym pSym)
searchTableHaving Search the symbol table that has pSym starting from this symbol table and ascending to its sncestors. |
void |
setUniqueNameToAllSym()
setUniqueNameToAllSym Set unique name to all symbols of the kind Var, Param, Subp, Label in the whole compile unit. |
SymTable |
subpSymTable()
subpSymTable Get the symbol table of current subprogram. |
| Method Detail |
public SymTable pushSymTable(Sym pOwner)
pOwner
- Symbol owning the the new SymTable
(subprogram, etc.), null if no symbol corresponds.
public SymTable popSymTable()
public SymTable reopenSymTable(SymTable pPreviousSymTable)
pPreviousSymTable
- a symbol table that was once
a direct descentdant symbol table of this symbol table.
public SymTable getParent()
public SymTable getFirstChild()
public SymTable getBrother()
public SymTable searchTableHaving(Sym pSym)
pSym
- symbol in a symbol table.
public Sym defineUnique(java.lang.String pInternedName, int pSymKind, Sym pDefinedIn)
Define a new symbol specified by the parameter pInternedName in the current symbol table without traversing ancestor symbol tables. If there is already a symbol with the same name as pInternedName, then it is treated as an erronous call and no new symbol is created. "this" should be the current symbol table. Note: If pSymKind is either symKindSubp, symKindVar, symKindParam, symKindElem, or symKindConst, etc. then either Subp, Var, Param, Elem, or Const instance is created each respectively. Several linkages are made between the defined symbol and pDefinedIn symbol (see definedIn(), getFirstParam(), getFirstLocalVar(), getFirstElem(), getNext(), getNextSubp(), etc.) These rules are applied also to Define and redefine.
pInternedName
- unique string representing the symbol to be defined.pSymKind
- kind of the symbol to be created (see GlobalConstants).pDefinedIn
- symbol representing language construct such as
subprogram name or structure name that encloses the definition of
the symbol to be defined; If there is no such construct, specify null.
(See definedIn().)
public Sym define(java.lang.String pInternedName, int pSymKind, Sym pDefinedIn)
Define a new symbol specified by the parameter pInternedName in the current symbol table. If there is already an old symbol with the same name as pInternedName and with the same kind as pSymKind in this symbol table, then no new symbol is created and the old symbol is returned. Ancestor symbol tables are not traversed to find the same symbol. "this" should be the current symbol table.
pInternedName
- unique string representing the symbol to be defined.pSymKind
- kind of the symbol to be created (see GlobalConstants).pDefinedIn
- language construct symbol that encloses the definition
of pInternedName; If there is no such construct, specify null.
public Sym search(java.lang.String pInternedName)
Search the symbol specified by the parameter pInternedName in the current symbol table and its ancestors. The symbol is searched in the current symbol table first, and if not found, then searched in its direct ancestor, and if not found again, then searched in ancestor's ancestor, and so on. If there are more than one symbols having the same name then the one encountered first in the above search process is returned. "this" should be the current symbol table. See searchSymOfThisKind and redefine.
pInternedName
- unique string representing the symbol to be searched.
public Sym search(java.lang.String pInternedName, int pSymKind)
pInternedName
- unique string representing the symbol to be searched.pSymKind
- symbol kind (Sym.KIND_VAR, etc.).
public Sym searchLocal(java.lang.String pInternedName, int pSymKind)
pInternedName
- symbol name which is Interned.pSymKind
- symbol kind (Sym.KIND_VAR, etc.).
public Sym searchLocal(java.lang.String pInternedName, int pSymKind, boolean pSpecifiedKind)
pInternedName
- symbol name which is Interned.pSymKind
- symbol kind (Sym.KIND_VAR, etc.).pSpecifiedKind
- If ture, search symbol of the same name
and the same kind.
public Sym searchSymOfThisKind(Sym pSym, int pSymKind)
pSym
- a symbol having the same name as the one to be searched.pSymKind
- kind of the symbol to be searched;
It may be different from the symbol kind of pSym.
public Sym redefine(Sym pSym, int pSymKind, Sym pDefinedIn)
Create a new symbol that has the name same as this symbol but having the symbol kind indicated by the parameter pSymKind in the current symbol table. "this" should be the current symbol table. Usage of redefine If the source language permits the same name to be defined as a name of different kind in the same scope, then Search may return a symbol having the same name but with different kind. In that case, search ancestors again by searchSymOfThisKind and if not found, then use redefine to define the symbol as the new one of pSymKind. For example, enumerator may have the same name as that of some subprogram in C.
pSymKind
- symbol kind of the symbol to be created.pDefinedIn
- language construct symbol that encloses the
definition
of pSym; If there is no such construct, specify null.
public Sym searchOrAddSym(Sym pSym)
pSym
- symbol to be searched.
public Sym searchOrAdd(java.lang.String pInternedName, int pSymKind, Sym pDefinedIn, boolean pWithinThisTable, boolean pSpecifiedKind)
Search the symbol which is specified by parameter pInternedName, pSymKind. If pWithinThisTable is false search all parents symbol table are as well as searched. If pSpecifiedKind is ture, search the symbol which is same as pInternedName and pSymKind. If the symbol is found and then return it. If not, make new symbol, then add to this symbol table.
pSpecifiedKind
- If ture, search the symbol which is
same name as pInternedName and same kind as pSymKind.
public SymTableEntry searchOrAddEntry(java.lang.String pInternedName, int pSymKind, Sym pDefinedIn, boolean pWithinThisTable, boolean pSpecifiedKind)
public void linkSym(Sym pNewSym)
public SymTable subpSymTable()
public java.lang.String generateSymName(java.lang.String pHeader)
pHeader
- is a string to be used as header of the generated name.
public Var generateVar(Type pType)
pType
- type of the variable to be generated.
public Var generateVar(Type pType, Sym pDefinedIn)
pType
- type of the variable to be generated.pDefinedIn
- language construct symbol that encloses the
definition of the generated variable; If there is no such
construct, specify null.
public Param generateParam(Type pType, Sym pDefinedIn)
pType
- type of the parameter to be generated.pDefinedIn
- Subprogram defining the parameter.
public Elem generateElem(Type pType, Sym pDefinedIn)
pType
- type of the element to be generated.pDefinedIn
- language construct symbol that encloses the
definition
of the element (structure or union name).
public Label generateLabel()
public Sym generateTag()
public Sym generateTag(java.lang.String tagname)
public Sym generateSym(Type pType, int pSymKind, java.lang.String pPrefix, Sym pDefinedIn)
pType
- type of the symbol to be generated.pSymKind
- symbol kind number of the symbol to be generated.pPrefix
- prefix to be attached to the symbol name;
Another prefix "_" preceeds the given prefix pPrefix.pDefinedIn
- language construct symbol that encloses the
definition of the generated variable; If there is no such
construct, specify null.
public Sym generateDerivedSym(Sym pBaseSym)
public void setUniqueNameToAllSym()
public java.lang.String generateUniqueName(Sym pOldSym, Subp pSubp)
pOldSym
- pSubp
-
public Sym getOwner()
public java.lang.String getOwnerName()
public Subp getSubp()
public int getSymCount()
public SymIterator getSymIterator()
public SymNestIterator getSymNestIterator()
public SymTableIterator getSymTableIterator()
public Sym getFirstSym()
public boolean isInThisSymTable(Sym pSym)
pSym
- Any symbol.
public void printSymTable()
public void printSymTableDetail()
public void printSymTableAll(SymTable pSymTable)
pSymTable
- any symbol table.public void printSymTableAllDetail(SymTable pSymTable)
pSymTable
- any symbol table.public void printSymTableAllDetail()
|
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I always keep forgetting the expressions I need to whip up some quick tweens and end up digging old code to look up for them, so I made this mini reference chatsheet to unify them in one place online.


Brooklyn, New York
Tortilleria Mexicana Los Hermanos
A B.Y.O.B. Mexican cantina lives inside one of the last tortilla factories in Brooklyn.
by lukefaterIn the 1990s, the far-east corner of Bushwick—a former industrial pocket of Brooklyn—was known as “Tortilla Triangle.” A proliferation of tortilla factories pointed to a booming, commercially vibrant Latinx community. Millions of tortillas were shipped from this small corner of the city every day. Today, as the neighborhood gets gobbled up by realtors, Tortilleria Mexicana Los Hermanos stands as one of the last tortillerias of its kind in the area. It’s also the only one where you can watch the manufacturing process from their dining room while eating tacos made from tortillas taken fresh off the line.
It started in 2006 when owner Maurcelino Lazaro, as he told Edible Brooklyn, “sat a little carrito outside of the warehouse when the weather was nice.” The trickle of customers turned into a stream, which turned into a Department of Health visit and order for the informal taqueria to formalize. The factory shuttered its doors for two months for renovations, reopening as it stands today: a Mexican cantina in the delivery dock of a tortilla factory.
The menu is simple enough to warrant a “write-it-yourself” ordering system. Write your name, choose from six different meats including carnitas, cecina, and the highly recommended chorizo in either a taco, taquito, torta, or tostada, and indicate “for here” or “to go” on an index card, then hand it to one of the employees. The double-wrapped tacos are petite, but pack a punch. The quesadillas are monstrous and pack two.
The TV on the wall of the garage-cum-dining room jumps from Mexican soaps to the day’s soccer match while a mix of Brooklynites and Mexican families watch from folding chairs and laminated tables adorned with requisite bowls of limes and salsas. The Virgen de Guadalupe and the Mexican flag look over all. Sip a Tecate (that you bring yourself: This spot’s B.Y.O.B.) or Jarritos, and watch the tortilla machine churn out hundreds of toasty corn flats while you wait for your order. Try to guess which one will be yours.
Know Before You Go
Los Hermanos is cash only and B.Y.O.B.
Atlas Obscura Experiences
Inside the Holographer's Laboratory
New York, New York
$35 per person
Community Discussion
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No Comments Yet
Start the discussion. forum Visit our forums.
Sources
- https://www.instagram.com/p/BzGn9NYBOxT/
- https://www.ediblebrooklyn.com/2009/indigenous_industry/
- https://bushwickdaily.com/bushwick/categories/food-and-drink/5224-mi-barrio-tortilleria
- http://www.villagevoice.com/restaurants/bushwick-tacos-redux-tortilleria-mexicana-los-hermanos-6392603
- https://gothamist.com/food/still-got-it-tortilleria-mexicana-los-hermanos
- http://nymag.com/listings/restaurant/tortilleria-mexicana-los-hermanos/
- https://www.theinfatuation.com/new-york/reviews/tortilleria-mexicana-los-hermanos


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import uk.gov.hmrc.thirdpartydeveloperfrontend.domain.models.developers.DeveloperSession @import uk.gov.hmrc.thirdpartydeveloperfrontend.domain.models.controllers.Crumb @import uk.gov.hmrc.apiplatform.modules.submissions.controllers.CredentialsRequestedController.CredentialsRequestedViewModel @import include._ @import includes._ @this(devMain: DevMain) @(model: CredentialsRequestedViewModel, error: Option[String])(implicit request: play.api.mvc.Request[Any], loggedIn: DeveloperSession, messagesProvider: MessagesProvider, appConfig: ApplicationConfig) @title = @{ if(model.isNewTermsOfUseUplift) { "Your request" } else { "Credentials requested" }} @labelAsId(label: String) = @{ label.toLowerCase.replaceAll(" ", "-") + "-link" } @devMain( title = title, userFullName = loggedIn.loggedInName, breadcrumbs = Seq( Crumb.viewAllApplications, Crumb.home ), developerSession = Some(loggedIn) ) {
The checking process can take at least 10 working days. We may ask you to demo your software or email you with more questions.
@if(model.isNewTermsOfUseUplift) {We will send a verification email to the responsible individual and they must reply in 24 hours.
} else {We will send a verification email to the responsible individual and they must reply in 10 working days.
}


you Coach ATO
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March 14, 2019
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Step 1. Select a Manager and enter Date
select yes or no if manager has a current
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Step 2. Select Ride Day Coverage, enter
initiative type, and enter reason for coverage.
Coverage
--Metric--
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| PostgreSQL 9.0.10 Documentation | ||||
|---|---|---|---|---|
| Prev | Up | Chapter 5. Data Definition | Next |
When you create a table and you realize that you made a mistake, or the requirements of the application change, you can drop the table and create it again. But this is not a convenient option if the table is already filled with data, or if the table is referenced by other database objects (for instance a foreign key constraint). Therefore PostgreSQL provides a family of commands to make modifications to existing tables. Note that this is conceptually distinct from altering the data contained in the table: here we are interested in altering the definition, or structure, of the table.
You can:
Add columns
Remove columns
Add constraints
Remove constraints
Change default values
Change column data types
Rename columns
Rename tables
All these actions are performed using the ALTER TABLE command, whose reference page contains details beyond those given here.
To add a column, use a command like:
ALTER TABLE products ADD COLUMN description text;
The new column is initially filled with whatever default value is given (null if you don't specify a DEFAULT clause).
You can also define constraints on the column at the same time, using the usual syntax:
ALTER TABLE products ADD COLUMN description text CHECK (description <> '');
In fact all the options that can be applied to a column description in CREATE TABLE can be used here. Keep in mind however that the default value must satisfy the given constraints, or the ADD will fail. Alternatively, you can add constraints later (see below) after you've filled in the new column correctly.
Tip: Adding a column with a default requires updating each row of the table (to store the new column value). However, if no default is specified, PostgreSQL is able to avoid the physical update. So if you intend to fill the column with mostly nondefault values, it's best to add the column with no default, insert the correct values using UPDATE, and then add any desired default as described below.
To remove a column, use a command like:
ALTER TABLE products DROP COLUMN description;
Whatever data was in the column disappears. Table constraints involving the column are dropped, too. However, if the column is referenced by a foreign key constraint of another table, PostgreSQL will not silently drop that constraint. You can authorize dropping everything that depends on the column by adding CASCADE:
ALTER TABLE products DROP COLUMN description CASCADE;
See Section 5.11 for a description of the general mechanism behind this.
To add a constraint, the table constraint syntax is used. For example:
ALTER TABLE products ADD CHECK (name <> ''); ALTER TABLE products ADD CONSTRAINT some_name UNIQUE (product_no); ALTER TABLE products ADD FOREIGN KEY (product_group_id) REFERENCES product_groups;
To add a not-null constraint, which cannot be written as a table constraint, use this syntax:
ALTER TABLE products ALTER COLUMN product_no SET NOT NULL;
The constraint will be checked immediately, so the table data must satisfy the constraint before it can be added.
To remove a constraint you need to know its name. If you gave it a name then that's easy. Otherwise the system assigned a generated name, which you need to find out. The psql command \d tablename can be helpful here; other interfaces might also provide a way to inspect table details. Then the command is:
ALTER TABLE products DROP CONSTRAINT some_name;
(If you are dealing with a generated constraint name like $2, don't forget that you'll need to double-quote it to make it a valid identifier.)
As with dropping a column, you need to add CASCADE if you want to drop a constraint that something else depends on. An example is that a foreign key constraint depends on a unique or primary key constraint on the referenced column(s).
This works the same for all constraint types except not-null constraints. To drop a not null constraint use:
ALTER TABLE products ALTER COLUMN product_no DROP NOT NULL;
(Recall that not-null constraints do not have names.)
To set a new default for a column, use a command like:
ALTER TABLE products ALTER COLUMN price SET DEFAULT 7.77;
Note that this doesn't affect any existing rows in the table, it just changes the default for future INSERT commands.
To remove any default value, use:
ALTER TABLE products ALTER COLUMN price DROP DEFAULT;
This is effectively the same as setting the default to null. As a consequence, it is not an error to drop a default where one hadn't been defined, because the default is implicitly the null value.
To convert a column to a different data type, use a command like:
ALTER TABLE products ALTER COLUMN price TYPE numeric(10,2);
This will succeed only if each existing entry in the column can be converted to the new type by an implicit cast. If a more complex conversion is needed, you can add a USING clause that specifies how to compute the new values from the old.
PostgreSQL will attempt to convert the column's default value (if any) to the new type, as well as any constraints that involve the column. But these conversions might fail, or might produce surprising results. It's often best to drop any constraints on the column before altering its type, and then add back suitably modified constraints afterwards.
To rename a column:
ALTER TABLE products RENAME COLUMN product_no TO product_number;


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ICO reader / writer¶
The flexx.util.ico
module uses the png
module plus additonal code
to be able to read and write icon files.
-
class
flexx.util.icon.
Icon
(*filenames)¶ Object for reading/creating icons. Considers only RGBA icons. Can deal with images stored raw (BMP) and compressed (PNG).
-
add
(data)¶ Add an image represented as bytes or bytearray. The size of the image is inferred from the number of bytes. The image is assumed to be square and in RGBA format.
-
from_bytes
(ext, data)¶ Read an image from the raw bytes of the encoded image. The format is specified by the extension (or filename).
-
image_sizes
()¶ Get a tuple of image sizes (integers) currently loaded.
-
read
(filename)¶ Read an image from the given filename and add to collection. Can be an ICO, PNG, or BMP file. When a grayscale or RGB image is read, it is converted to RGBA. Some restrictions may apply to the formats that can be read.
-
to_bytes
()¶ Return the bytes that represent the .ico image. This function can be used by webservers to serve the ico image without needing a physical representation on disk.
-
write
(filename)¶ Write the icon collection to an image with the given filename. Can be an ICO, ICNS, PNG, or BMP file. In case of PNG/BMP, multiple images may be generated, the image size is appended to the file name.
-


{% extends "layout.html" %} {% block page_title %} GOV.UK prototyping kit {% endblock %} {% block content %} BETA This is a new service – your feedback will help us to improve it. Back to sections you must complete Your releases to air Check what you’re reporting Check your carbon dioxide report Substance 2017 threshold 2017 total Unit Method More detail Delete Carbon dioxide 1.0E+7 kg Enter a number or ‘BRT’ (below reporting threshold) Releases Select a type of unit Unit -- kt t kg g mg Select your method Unit -- Est. Meas. Calc. More detail Delete Add a new release to air {% endblock %}
BETA This is a new service – your feedback will help us to improve it.


¶deploy.pyBuild minified javascript and CSS for production using Pythondemarcate.js provides a simple Python script which is in the base demarcate directory and can build minified CSS and JS files. |
|
¶Setting up
a simple deployment script which uses The deployment script is part of the demarcate.js bundle available under an MIT license. |
pip install jsmin
pip install cssmin
|
¶ RunningCall from the command line:
|
python deploy.py |


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Amazon opens store on China’s e-commerce platform
by Global TimesPhoto: IC
Amazon on Monday said it will open a store on China's e-commerce platform Pinduoduo, after the US firm closed its own Chinese domestic marketplace in July.
The store will run until the end of December and carry a selection of roughly 1,000 overseas products from markets such as the US, the UK, Japan and Germany.
"Amazon's commitment to China remains strong and we will continue to invest and grow the Amazon Global Store business in China," the firm told the Global Times on Monday.
The July closure of Amazon's Chinese marketplace was due to operational adjustments intended to focus the company's efforts on cross-border sales in China, according to the firm.
RELATED ARTICLES:


Before Change
@tf.contrib.eager.run_test_in_graph_and_eager_modes()
def test_encode_decode(self):
expectations = self.expectations
fdict = features.FeaturesDict(
{exp.name: exp.feature for exp in expectations})
decoded_sample = features_encode_decode(
fdict, dict([(exp.name, exp.value) for exp in expectations]))
for exp in expectations:
self.assertAllEqual(decoded_sample[exp.name], exp.expected)
// TODO(rsepassi): test shape and dtype against exp.feature
After Change
// Maybe should try to use metaclass instead and dynamically generate one
// method per feature expectation.
for exp in self.expectations:
tf.logging.info("Testing feature %s", exp.name)
// Check the shape/dtype
self.assertEqual(exp.feature.shape, exp.shape)
self.assertEqual(exp.feature.dtype, exp.dtype)


1. You first need to bind to the footable_row_expanded
event
2. Then inside the event, find all rows that are already expanded (other than the row you clicked on)
3. For each row found, call the FooTable function toggleDetail
$('.footable').footable().bind('footable_row_expanded', function(e) { $('.footable tbody tr.footable-detail-show').not(e.row).each(function() { $('.footable').data('footable').toggleDetail(this); }); });


HEAD --- theme : name : the-program --- {% include JB/setup %} {% include themes/the-program/default.html %} =======


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--- title: Districts in Eastern layout: default menu: regioncards searchcontext: in Eastern districts level: region ---


<lcMatching2>
In a <lcMatching2>
interaction, the learner identifies the correct
choice that matches another choice and, optionally, any feedback for the pair or for
correct or incorrect matches. This element replaces the <lcMatching>
element in DITA 1.2.
Category: Top level interactions elements


Mad Men
Mad Men may not be the most exciting show on TV but it is the best written. Novelistic, character-driven, plot-averse with an umatched style of pacing. Below, we have gathered the top 3 quotes of Mad Men.
Head over to the Contact page and submit your own favorite quote.


CRUD Operations
Enter Song Name
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Enter Movie/Album Name
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T. Tissington
Athletics
Rugby
I started playing rugby in 2015 for my high school Sacred Heart. I have played four seasons of rugby sevens and rugby fifteens for school as well as one season of rugby fifteens for the Aurora Barbarians team. Of the years I have been playing rugby, I have also supported my coach in developing the junior teams as well as teaching any athletes new to the sport how to play. My coaches believe I am a very valuable player because I have experience playing every position with a high degree of proficiency, but I excel in the positions of hooker, and flanker in fifteens. I am always eager to learn more as well as continue to develop myself as a player and a teammate putting in the effort at practice and during rest days/the offseason. Rugby is one of my passions, I’ve fallen in love with the sport and do my best to get better every single time I touch the ball.
Rugby Achievements
Volleyball
I have been playing volleyball since I could try out for the elementary school team in grade four! Competitively I’ve been playing volleyball for three years and have played four years of volleyball for my high school team. I take every opportunity I can get to touch a ball. I have played for Venom Volleyball club for two years and Markham Thunder volleyball for one year. I have played every position at a competitive level except for middle, but excel in the libero position. I am currently the team captain of my intramural volleyball team at the University of Guelph as well as play in a recreational 6 on 6 league in Guelph. For intramurals, I play on both a co-ed team and a womens team and would always utilize the drop-in times that the Athletic Centre provided pre-Covid!


jQuery EU Cookie Law popups
An easy-to-install jQuery plugin to create EU Cookie Law popups.
Supports multiple layouts out of the box. Works well with Bootstrap 3. Easy to customize markup and CSS.
This is a demo page; the newest live demo will always be
here.
For the code, install instructions and to see how amazingly free it is,
go to Github.
Also, you might find other interesting things on my blog at
wimagguc.com.
Get started
To get started, first include jQuery and import the plugin's files:

<link rel="stylesheet" type="text/css" href="css/jquery-eu-cookie-law-popup.css"/>

(Mind you, you need to run the code on a webserver to be able to set cookies.)
Simple popup
In its simplest form, you can add an EU Cookie Law popup by simply adding the "eupopup" classes to any HTML tag.

You can also choose from these layouts:
- Top of the page (“eupopup”, or “eupopup eupopup-top”)
- Fixed banner on top (“eupopup eupopup-fixedtop”)
- Fixed to bottom (“eupopup eupopup-bottom”)
- Fixed window, to bottom left (“eupopup eupopup-bottomleft”)
- Fixed window, bottom right (“eupopup eupopup-bottomright”)
- Inline (“eupopup eupopup-block”)
And these colours or styles:
- White text on dark background ("eupopup-color-default")
- Dark text on light background ("eupopup-color-inverse")
- Compact ("eupopup-style-compact")
Custom HTML
To use a custom HTML markup, you can either add it as a Javascript parameter (read about it later), or by adding a DIV with the classname "eupopup-markup".

This website is using cookies

We use cookies to ensure that we give you the best experience on our website. If you continue using the site, we\'ll assume that you are happy to receive all cookies on this website.

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Parameters
The script takes quite a few parameters. The suggested method to override these is from the init method (find the out-of-the-box one in the jquery-eu-cookie-law-popup.js):
$(document).euCookieLawPopup().init({
cookiePolicyUrl : 'http://www.wimagguc.com/?cookie-policy',
popupPosition : 'top',
colorStyle : 'default',
compactStyle : false,
popupTitle : 'This website is using cookies',
popupText : 'We use cookies to ensure that we give you the best experience on our website. If you continue without changing your settings, we\'ll assume that you are happy to receive all cookies on this website.',
buttonContinueTitle : 'Continue',
buttonLearnmoreTitle : 'Learn more',
buttonLearnmoreOpenInNewWindow : true,
agreementExpiresInDays : 30,
autoAcceptCookiePolicy : false,
htmlMarkup : null
});
Events
If you need to be notified about the consent somewhere in your code (for example, to enable the cookies in other parts of your software), you can listen to the 'user_cookie_consent_changed' event.
$(document).bind("user_cookie_consent_changed", function(event, object) {
// true or false
console.log("User consent: " + $(object).attr('consent') );
});
As seen on
Created By


Ones counting is one of the simplest model-problem and consists of a binary chromosome. The fitness of a Genotype is proportional to the number of ones. The FitnessFunction looks like this:
import org.jenetics.BitChromosome; import org.jenetics.BitGene; import org.jenetics.GeneticAlgorithm; import org.jenetics.Genotype; import org.jenetics.Mutator; import org.jenetics.NumberStatistics; import org.jenetics.Optimize; import org.jenetics.RouletteWheelSelector; import org.jenetics.SinglePointCrossover; import org.jenetics.util.Factory; import org.jenetics.util.Function; final class OneCounter implements Function<Genotype<BitGene>, Integer> { @Override public Integer apply(Genotype<BitGene> genotype) { int count = 0; for (BitGene gene : genotype.getChromosome()) { if (gene.getBit()) { ++count; } } return count; } } public class OnesCounting { public static void main(String[] args) { Factory<Genotype<BitGene>> gtf = Genotype.valueOf( new BitChromosome(20, 0.15) ); Function<Genotype<BitGene>, Integer> ff = new OneCounter(); GeneticAlgorithm<BitGene, Integer> ga = new GeneticAlgorithm<>(gtf, ff, Optimize.MAXIMUM); ga.setStatisticsCalculator( new NumberStatistics.Calculator<BitGene, Integer>() ); ga.setPopulationSize(50); ga.setSelectors( new RouletteWheelSelector<BitGene, Integer>() ); ga.setAlterers( new Mutator<BitGene>(0.55), new SinglePointCrossover<BitGene>(0.06) ); ga.setup(); ga.evolve(100); System.out.println(ga.getBestStatistics()); } }
The genotype in this example consists of one BitChromosome with a ones probability of 0.15. The altering of the offspring population is performed by mutation, with mutation probability of 0.55, and then by a single-point crossover, with crossover probability of 0.06. After creating the initial population, with the ga.setup() call, 100 generations are evolved. The tournament selector is used for both, the offspring- and the survivor selection---this is the default selector.
+---------------------------------------------------------+ | Population Statistics | +---------------------------------------------------------+ | Age mean: 1.36000000000 | | Age variance: 3.74530612245 | | Samples: 50 | | Best fitness: 18 | | Worst fitness: 5 | +---------------------------------------------------------+ +---------------------------------------------------------+ | Fitness Statistics | +---------------------------------------------------------+ | Fitness mean: 12.30000000000 | | Fitness variance: 8.25510204082 | | Fitness error of mean: 1.73948268172 | +---------------------------------------------------------+
The given example will print the overall timing statistics onto the console.
In the knapsack problem a set of items, together with their size and value, is given. The task is to select a disjoint subset so that the total size does not exeed the knapsacks size. (Wikipedia: Knapsack problem) For the 0/1 knapsack problem we define a BitChromosome, one bit for each item. If the ith BitGene is set to one the ith item is selected.
import org.jscience.mathematics.number.Float64; import org.jenetics.BitChromosome; import org.jenetics.BitGene; import org.jenetics.Chromosome; import org.jenetics.GeneticAlgorithm; import org.jenetics.Genotype; import org.jenetics.Mutator; import org.jenetics.NumberStatistics; import org.jenetics.RouletteWheelSelector; import org.jenetics.SinglePointCrossover; import org.jenetics.util.Factory; import org.jenetics.util.Function; final class Item { public double size; public double value; } final class KnappsackFunction implements Function<Genotype<BitGene>, Float64> { private final Item[] _items; private final double _size; public KnappsackFunction(final Item[] items, double size) { _items = items; _size = size; } public Item[] getItems() { return _items; } @Override public Float64 apply(final Genotype<BitGene> genotype) { final Chromosome<BitGene> ch = genotype.getChromosome(); double size = 0; double value = 0; for (int i = 0, n = ch.length(); i < n; ++i) { if (ch.getGene(i).getBit()) { size += _items[i].size; value += _items[i].value; } } if (size > _size) { return Float64.ZERO; } else { return Float64.valueOf(value); } } } public class Knapsack { private static KnappsackFunction FF(int n, double size) { Item[] items = new Item[n]; for (int i = 0; i < items.length; ++i) { items[i] = new Item(); items[i].size = (Math.random() + 1)*10; items[i].value = (Math.random() + 1)*15; } return new KnappsackFunction(items, size); } public static void main(String[] argv) throws Exception { KnappsackFunction ff = FF(15, 100); Factory<Genotype<BitGene>> genotype = Genotype.valueOf( new BitChromosome(15, 0.5) ); GeneticAlgorithm<BitGene, Float64> ga = new GeneticAlgorithm<>(genotype, ff); ga.setMaximalPhenotypeAge(30); ga.setPopulationSize(100); ga.setStatisticsCalculator( new NumberStatistics.Calculator<BitGene, Float64>() ); ga.setSelectors( new RouletteWheelSelector<BitGene, Float64>() ); ga.setAlterers( new Mutator<BitGene>(0.115), new SinglePointCrossover<BitGene>(0.16) ); ga.setup(); ga.evolve(100); System.out.println(ga.getBestStatistics()); } }
The console out put for the Knapsack GA will look like the listing beneath.
+---------------------------------------------------------+ | Population Statistics | +---------------------------------------------------------+ | Age mean: 1.55000000000 | | Age variance: 2.69444444444 | | Samples: 100 | | Best fitness:<PHONE_NUMBER>3871303 | | Worst fitness: 0.0 | +---------------------------------------------------------+ +---------------------------------------------------------+ | Fitness Statistics | +---------------------------------------------------------+ | Fitness mean:<PHONE_NUMBER>8894 | | Fitness variance: 1486.23455609328 | | Fitness error of mean: 15.76065476889 | +---------------------------------------------------------+
The Traveling Salesman problem is a very good example which shows you how to solve combinatorial problems with an GA. Jenetics contains several classes which will work very well with this kind of problems. Wrapping the base type into an EnumGene is the first thing to do. In our example, every city has an unique number, that means we are wrapping an Integer into an EnumGene. Creating a genotype for integer values is very easy with the factory method of the PermutationChromosome. For other data types you have to use one of the constructors of the permutation chromosome. As alterers, we are using a swap-mutator and a partially-matched crossover. These alterers guarantees that no invalid solutions are created—every city exists exactly once in the altered chromosomes.
import static java.lang.Math.PI; import static java.lang.Math.abs; import static java.lang.Math.sin; import org.jenetics.Chromosome; import org.jenetics.EnumGene; import org.jenetics.GeneticAlgorithm; import org.jenetics.Genotype; import org.jenetics.NumberStatistics.Calculator; import org.jenetics.Optimize; import org.jenetics.PartiallyMatchedCrossover; import org.jenetics.PermutationChromosome; import org.jenetics.SwapMutator; import org.jenetics.util.Factory; import org.jenetics.util.Function; class FF implements Function<Genotype<EnumGene<Integer>>, Float64> { private final double[][] _adjacence; public FF(final double[][] adjacence) { _adjacence = adjacence; } @Override public Float64 apply(Genotype<EnumGene<Integer>> genotype) { Chromosome<EnumGene<Integer>> path = genotype.getChromosome(); double length = 0.0; for (int i = 0, n = path.length(); i < n; ++i) { final int from = path.getGene(i).getAllele(); final int to = path.getGene((i + 1)%n).getAllele(); length += _adjacence[from][to]; } return Float64.valueOf(length); } } public class TravelingSalesman { public static void main(String[] args) { final int stops = 20; Function<Genotype<EnumGene<Integer>>, Float64> ff = new FF(adjacencyMatrix(stops)); Factory<Genotype<EnumGene<Integer>>> gt = Genotype.valueOf( PermutationChromosome.ofInteger(stops) ); final GeneticAlgorithm<EnumGene<Integer>, Float64> ga = new GeneticAlgorithm<>(gt, ff, Optimize.MINIMUM); ga.setStatisticsCalculator( new Calculator<EnumGene<Integer>, Float64>() ); ga.setPopulationSize(300); ga.setAlterers( new SwapMutator<EnumGene<Integer>>(0.2), new PartiallyMatchedCrossover<Integer>(0.3) ); ga.setup(); ga.evolve(700); System.out.println(ga.getBestStatistics()); System.out.println(ga.getBestPhenotype()); } private static double[][] adjacencyMatrix(int stops) { double[][] matrix = new double[stops][stops]; for (int i = 0; i < stops; ++i) { for (int j = 0; j < stops; ++j) { matrix[i][j] = chord(stops, abs(i - j), RADIUS); } } return matrix; } private static double chord(int stops, int i, double r) { return 2.0*r*abs(sin((PI*i)/stops)); } private static double RADIUS = 10.0; }
The listing above shows the output generated by our example. The last line represents the phenotype of the best solution found by the GA, which represents the traveling path. As you can see, the GA has found the shortest path, in reverse order.
+---------------------------------------------------------+ | Population Statistics | +---------------------------------------------------------+ | Age mean: 1.48333333333 | | Age variance: 3.72212931996 | | Samples: 300 | | Best fitness: 62.573786016092335 | | Worst fitness:<PHONE_NUMBER>9824816 | +---------------------------------------------------------+ +---------------------------------------------------------+ | Fitness Statistics | +---------------------------------------------------------+ | Fitness mean:<PHONE_NUMBER>1782 | | Fitness variance: 6464.82405084876 | | Fitness error of mean: 6.86315575146 | +---------------------------------------------------------+ [19|18|17|16|15|14|13|12|11|10|9|8|7|6|5|4|3|2|1|0] --> 62.573786016092335


Celebs react to Democratic primary debate: 'Ask Joe who did his new chompers'
by Tyler McCarthyAfter a day of impeachment hearings, all eyes in Hollywood seemed to be focused on the latest debate between the current crop of Democrats vying for the 2020 nomination against President Donald Trump.
Ten of the top Democratic presidential candidates for 2020 took the stage for the fifth time on Wednesday to duke it out in the penultimate debate before the New Year. Those who managed to qualify for MSNBC's all-female panel debate were: Amy Klobuchar, Cory Booker, Bernie Sanders, Kamala Harris, Elizabeth Warren, Pete Buttigieg, Joe Biden, Andrew Yang, Tulsi Gabbard and Tom Steyer.
BUTTIGIEG HAS TARGET ON BACK IN DEMOCRATIC DEBATE, AS HE RISES IN POLLS
Outspoken celebrities took to Twitter in real-time to share their thoughts on how everyone performed.
Comedian Sarah Silverman kicked things off with a joke about new poll front-runner, Buttigieg.
Actress Jane Lynch commented on the somewhat uneventful night by mentioning the setting, Tyler Perry's studio in Atlanta.
"Tweeps. I'm a superficial person. And the ladies' makeup is very good tonight. #DemocraticDebate," she wrote. "And how about that lighting? @tylerperry 's studio. Top notch."
"That #ManchurianCandidate @TulsiGabbard is on that debate stage and @JulianCastro isn’t makes my want to flip tables. That’s it. That’s the tweet. #DemDebate," wrote actress Yvette Nicole Brown.
WHICH 2020 CANDIDATE CAN EXPECT TO SEE A BOOST FROM THE LATEST DEBATE?
"Damn! Steyer needs to take one of his millions and invest it in his teeth. Ask Joe who did his new chompers. #DemDebate," wrote comedian Wanda Sykes.
"Tulsi: Do you know what else “aloha” means? GOODBYE," wrote a sarcastic George Takei.
CLICK HERE TO GET THE FOX NEWS APP
"There is no doubt in my mind that Tulsi Gabbard would join 'The Masked Singer,'" wrote comedian Billy Eichner.


Hypercubes and their slices. More...
#include <helib/NumbTh.h>
Go to the source code of this file.
Classes | |
| class | helib::CubeSignature |
| Holds a vector of dimensions for a hypercube and some additional data. More... | |
| class | helib::HyperCube< T > |
| A multi-dimensional cube. More... | |
| class | helib::ConstCubeSlice< T > |
| A constant lower-dimension slice of a hypercube. More... | |
| class | helib::CubeSlice< T > |
| A lower-dimension slice of a hypercube. More... | |
Functions | |
| std::ostream & | helib::operator<< (std::ostream &s, const CubeSignature &sig) |
| template<typename T > | |
| void | helib::getHyperColumn (NTL::Vec< T > &v, const ConstCubeSlice< T > &s, long pos) |
| template<typename T > | |
| void | helib::setHyperColumn (const NTL::Vec< T > &v, const CubeSlice< T > &s, long pos) |
| template<typename T > | |
| void | helib::setHyperColumn (const NTL::Vec< T > &v, const CubeSlice< T > &s, long pos, const T &val) |
| template<typename T > | |
| void | helib::print3D (const HyperCube< T > &c) |
Detailed Description
Hypercubes and their slices.
Function Documentation
◆ getHyperColumn()
template<typename T >
| void helib::getHyperColumn | ( | NTL::Vec< T > & | v, |
| const ConstCubeSlice< T > & | s, | ||
| long | pos | ||
| ) |
getHyperColumn reads out a (multi-dimensional) column from a slice. The parameter pos specifies the position of the column, which must be in the range 0 <= pos < s.getProd(1). The vector v is filled with values whose coordinate in the lower dimensional subcube is equal to pos. The length of v will be set to s.getDim(0).
◆ setHyperColumn() [1/2]
template<typename T >
| void helib::setHyperColumn | ( | const NTL::Vec< T > & | v, |
| const CubeSlice< T > & | s, | ||
| long | pos | ||
| ) |
setHyperColumn does the reverse of getHyperColumn, setting the column to the given vector
◆ setHyperColumn() [2/2]
template<typename T >
| void helib::setHyperColumn | ( | const NTL::Vec< T > & | v, |
| const CubeSlice< T > & | s, | ||
| long | pos, | ||
| const T & | val | ||
| ) |
this version of setHyperColumn implicitly pads v with a default value, if v is too short


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first floor
second floor
third floor
forth floor
fifth floor
sixth floor
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1ST Item8
>
Sub item eight here
This
is
the
item's
introduction
1ST Item9
>
Sub item nine here
This
is
the
item's
introduction
1ST Item1
>
Sub item one here
This
is
the
item's
introduction
1ST Item2
>
Sub item two here
This
is
the
item's
introduction
1ST Item3
>
Sub item three here
This
is
the
item's
introduction
1ST Item4
>
Sub item four here
This
is
the
item's
introduction
1ST Item5
>
Sub item five here
This
is
the
item's
introduction
1ST Item6
>
Sub item six here
This
is
the
item's
introduction
1ST Item7
>
Sub item seven here
This
is
the
item's
introduction
1ST Item8
>
Sub item eight here
This
is
the
item's
introduction
1ST Item9
>
Sub item nine here
This
is
the
item's
introduction


|
ActiveTcl User Guide
|
||
Tk_MainWindow, Tk_GetNumMainWindows - functions for querying main window information
#include <tk.h>
Tk_Window
Tk_MainWindow(interp)
int
Tk_GetNumMainWindows()
A main window is a special kind of toplevel window used as the outermost window in an application.
If interp is associated with a Tk application then Tk_MainWindow returns the application's main window. If there is no Tk application associated with interp then Tk_MainWindow returns NULL and leaves an error message in interp->result.
Tk_GetNumMainWindows returns a count of the number of main windows currently open in the process.
Copyright © 1990 The Regents of the University of California. Copyright © 1994-1996 Sun Microsystems, Inc. Copyright © 1995-1997 Roger E. Critchlow Jr.


Tooltips on Icons.
Tooltip on a button.
Long tooltip text on a link.
webdev.dartlang.orgCustom tooltip on some text. &ngsp; Use this configuration sparingly, as the tooltip text is intended for simple strings.
Explicitly declare a tooltip component
A simple sentence about something.
How it works: Text explains things further.
Clickable tooltip. Target will open immediately on clicks and keyboard events.
How it works: Text explains things further.
A simple sentence about something, followed by an info tooltip icon.
A simple dark-themed sentence about something, followed by a help tooltip
icon.
Use a tooltipSource to control a popup.


I have a hunger and a passion to learn new technologies in order to produce meaningful and user friendly applications. I'm currently working fulltime and taking classes towards my Bachelors in Computer Science. I expect to graduate from UNC Chapel Hill in 2020. I'm seeking fulltime employment as a full-stack or front-end developer in the RTP area. I work well independently but I really thrive when I work with a team. Please contact me if you are interested in added new team members.
Every feature I produce starts with a great user experience in mind.
Mobile first is not optional for me. All of my apps work on any device.
My passion is to take a static app and make something dynamic and exciting.


Knife and hammer raiders hold up Dudley Nando's
Masked raiders wielding a knife and a hammer held up a restaurant in Dudley.
by Marion BrennanThe two armed robbers threatened terrified staff in Nando's at Castlegate Way just before noon on Friday.
The pair made off with cash from the till, said police, who are now appealing for witnesses to the robbery.
Noone was hurt in the incident, they said.
A West Midlands Police spokesman said: "Police were called to an armed robbery at Nando's, Castlegate Way, Dudley, just before 11.45am on Friday.
"Two masked men holding a knife and hammer threatened staff and made off with cash. Noone was injured."
Anyone with information is asked to contact police, quoting log number 824 of 15/11/19.


BF4 Clone Glitch - Better Battlelog Forums #111803
Sitemap
28. November 2013 19:16
Topicstarter
GameFreakBoy
XD What is this?
http://bf4central.com/2013/11/strange-battlefield-4-bug-duplicates-player-lets-shoot/
28. November 2013 22:34
Dendari
Translator
A bug.
29. November 2013 00:26
Topicstarter
GameFreakBoy
Dendari wrote:
A bug.
I know that. :P I guess it is just my way of asking how ridiculous is that.


You can use a new endpoint to
Create a repository using a template
and
Create a repository for the authenticated user
that is a template repository by setting the
is_template
parameter to true
.
Get a repository to
check whether it's set as a template repository using the
is_template
key.
Custom media types: baptiste-preview
Announced:
2019-07-05


An intuitive UI for lists of data in a confined space. supports horizontal or vertical "scrolling", but not both
| LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM | LOREM IPSUM |
Foo! Seems you need explicit height on ScrollPane's in a BorderContainer. 100% seems to suffice.
Lorem, ipsum Dolor Lorem, ipsum Dolor Lorem, ipsum Dolor Lorem, ipsum Dolor Lorem, ipsum Dolor
Lorem, ipsum Dolor Lorem, ipsum Dolor Lorem, ipsum Dolor Lorem, ipsum Dolor Lorem, ipsum Dolor Lorem, ipsum Dolor


package bindings
- Source
- package.scala
Linear Supertypes
Ordering
- Alphabetic
- By Inheritance
Inherited
- bindings
- AnyRef
- Any
- Hide All
- Show All
Visibility
- Public
- All


Hello World Web Servers in Python & Go
Note: This is a simple post primarily written to learn markdown
Hello World programs are the first programs typically introduced in any programming language tutorial. However, in our modern era of web applications they are not particularly insightful into the strenghts of a language to support web development. In this article, we compare Hello World web servers written in Python & Go languages.
Go Language
The Go Language released by Google is notable for its terse C Language inspired syntax (indeed Ken Thompson that nevertheless removes a lot of boilerplate. It has a unique approach to concurrency and derives high performance from being a compiled language.
Go comes with extensive support for developing web applications within its standard library including a robust templating solution. For serving simple static or dynamic driven websites, onerarely need anything more than this. For fancier applications, third party libraries provide more complex routers, context packages etc. The Hello World web server is effectively just 3 lines of code and can support many concurrent connections.
package main
import (
"fmt"
"log"
"net/http"
)
func main() {
http.HandleFunc("/", func(w http.ResponseWriter, r *http.Request) {
fmt.Fprintf(w, "Hello World")
})
log.Fatal(http.ListenAndServe(":8080", nil))
}
Python
Python is among the simplest of modern programming languages to learn due to its guiding philosophy of There should be one and preferably only one obvious way to do it. Python’s ease and a large base of mature third party libraries has made it a language of choice among startups looking to iterate their minimum viable product quickly accepting the performance penalty of an interpreted language.
Python’s standard library has been designed for a prior era and it is definitely not as simple to spin up a Hello World webserver as in Go.
import BaseHTTPServer
HOST_NAME = 'localhost'
PORT_NUMBER = 8080
class MyHandler(BaseHTTPServer.BaseHTTPRequestHandler):
def do_GET(s):
s.send_response(200)
s.send_header("Content-type", "text/text")
s.end_headers()
s.wfile.write("Hello World")
if __name__ == '__main__':
server_class = BaseHTTPServer.HTTPServer
httpd = server_class((HOST_NAME, PORT_NUMBER), MyHandler)
try:
httpd.serve_forever()
except KeyboardInterrupt:
pass
httpd.server_close()
However modern web development with Python typically relies on one of the many third party web frameworks, notably Django, to speed up web development. As an example, look at the simplification coming from the popular Flask micro-framework. However, Python’s lack of in-built support for easy concurrency means that often, jury-rigged solutions need to be employed in production to scale
from flask import Flask
app = Flask(__name__)
@app.route("/")
def hello():
return "Hello World!"
if __name__ == "__main__":
app.run()


We're Getting Married
Gabrielle
Jakob
&
Details
Accomodation
RSVP
TWO O'CLOCK, SATURDAY AFTERNOON
FOURTEENTH OF APRIL,
Ceremony
Gardens at the Chocolate Studio
2 Armstrong Ave
Waitara, Taranaki
Reception
1005 Main North Road, Onaero
Registry
Briscoes
AirBnB
Urenui Motel
Wai Iti Cabins
Devon Hotel
Name
Email
Ready to dance
Party on without us
Submit
Thanks!


I Make Games. Here's where you can see some of them.
Email<EMAIL_ADDRESS>Github: ryan-mignini
Résumé: Download (.pdf)
The train's been taken over. The only things that can prevent certain doom are your special forces experience and the gun in your hands... but you're all the way in the caboose! Fight your way from car to car, flipping tables and exchanging gunfire with enemy agents as you progress through the train and save the day. Presented by the Dancing Lobsters studio, Gunslinger delivers pulse-pounding action right to your web browser.
Gunslinger can be played online here.
It's a tough world out there, but you don't have to brave it alone! Team up with a friend through online multiplayer to run and jump your way through 8 levels of puzzle platforming fun! Both players have unique abilities that will be required to flip switches, toggle doors, and make it to the end of each level.
The Adventures of Rob and Ots can be downloaded from its Github repository.
Sometimes a project is noteworthy not for its final form, but for the process used to create it. This one represents an effort to create a game engine from scratch using the power of C++ and OpenGL. Model loading, directional lighting, octree-optimized collision detection, and simple physics come together to create a simple 3D level. Help the lizard in its quest to collect metal nuts and bolts, avoiding spikeballs and jumping from platform to platform as you do so.
This project has no downloadable releases, but its code can be viewed on its Github repository.
The journey has been long and hard, but you've finally reached the top of the tallest mountain in the world... now how are you going to get down? The fast way, of course! Zip-line back to base camp, dodging boulders and racking up high scores along your way. ZipClimber, created by two members of the Dancing Lobsters studio, provides fun and challenging casual entertainment for all ages.
ZipClimber can be downloaded from its Github repository.
Video games aren't the only thing we can make! This first release from the Dancing Lobsters studio combines solid theming with social manipulation to create an engaging tabletop experience for 3 or more players. Race across the galaxy, dodging pirates and scooping up loot in your quest to finish with as much cargo as possible! Other players' requests for help could leave you in rags or fill your space truck with riches... but can you can trust them?
Printable materials to play Frogs in the Bog can be downloaded here (Game Board and Cards), and the game's illustrated 1-page ruleset/design document can be downloaded here.
 But you've been disconnected from your support line, and are now adrift in the vacuum of space... but you've got your trusty cleaning vacuum with you! Use suction and repulsion to bend Newton's laws to your advantage as you wind your way through the death-defying labyrinth of the artificial asteroid field to the safety of low-earth orbit!
Vacuum the Vacuum can be downloaded from its Github repository.
In the mechanical complexity of algorithms lies a simple beauty, and the power of visualization can bring it to light. Rendered in full 3D through the power of three.js, Conway's Permutations allows its users to fully experience the majesty of the classic cellular automaton known as Conway's Game of Life. Watch a selection of classic patterns play out or discover your own, tinkering with the rules of the simulation itself to discover the wonders that lie within its time-tested logic!
Conway's Permutations can be viewed online here and its code is on display at its Github repository.


TL;DR Programmer and outdoor enthusiast living in San Francisco. Works at GoPollGo. Worked on a bunch of different programming projects over the years.
I was born on a small farm in Winnetka, Illinois. (OK, Winnetka is more of a suburb of Chicago than a farming town, but it sounds more interesting to have grown up on a farm.) In 7th grade, I wrote my first program - a quadratic equation solver in TI-Basic for my TI-83. Fortunately for my career, I quickly decided to move beyond calculator programming to web development. In 1999, when I was in 8th grade, I wrote an HTML and CSS tutorial back when CSS was a controversial bleeding edge technology and presented on the subject at the Illinois Student Technology Conference. In high school I designed such illustrious web sites as the New Trier Track and Field and Cross Country home pages. Again fortunately for my career, all evidence of these websites has disappeared.
In 2004 I graduated from New Trier High School and moved on to a small liberal arts university in New Jersey, where I studied Computer Science and Quantitative and Computational Biology. I also became a Leader and Leader Trainer in our Outdoor Action (OA) program, where we led pre-orientation backpacking trips for over 700 incoming freshman. Through this program I trained as a Wilderness First Responder and went on to teach and coordinate Health And Rescue Training (HEART) program, the required Wilderness First Aid training for OA leaders.
In 2008 I graduated and moved to Seattle to work at a software company specializing in operating systems. In Seattle, I learned to appreciate sunshine in its liquid forms (espresso, especially from Victrola, and IPA, especially from Hopvine). I also joined King County Explorer Search and Rescue, where I learned how to be really cold and wet and not complain about it along with a few other useful wilderness skills. I spent a lot of days skiing at Crystal Mountain and Alpental, climbing at Exit 38 and Vantage, and hiking and trail running in the Cascades along the I-90 corridor and Highway 2.
In January, 2011 I moved on to new adventures. I tried my hand as the solo founder of Outdrsy for 6 months before meeting Ben Schaechter and deciding to move to the Bay Area to work at GoPollGo. Here in San Francisco I've learned to appreciate sunshine in its real form and become one of those obnoxious California people who complains about how boring it is to always be 70 and sunny. For those of you not from San Francisco - that whole thing about the fog is a ruse to keep you out and maintain any chance of finding a parking space. Just don't visit in the summer.
I now spend my days writing lots of Ruby code with an occasional cup of CoffeeScript. In my spare time I've been cycling, indoor rock climbing at Mission Cliffs, and skiing.
I don't really use Google+, but I'm going to throw in a link to my profile so Google will make my search results prettier.


For our loyal Customers We would like to inform you there are fancy Luxurious Homes Coming sOOn.
| Firstname | Lastname | |
|---|---|---|
| Dennis | Mwau |<EMAIL_ADDRESS>|
| Justus | Langat |<EMAIL_ADDRESS>|
| Lilian | Munyekenye |<EMAIL_ADDRESS>|
| Jonah | Makori |<EMAIL_ADDRESS>|


Multiple Yahtzees
- You already have a Yahtzee: You get a 100 bonus points in the Yahtzee box,
but you also have a joker, which means that you can choose another move for
the Yahtzee you just got. If the number you got yahtzees with has not been
filled out in the upper section, then you must choose that. E.g. if you get an
additional Yahtzee with 2's, and you haven't filled out the 2's in the upper
section then you must choose that, and get 10 points for it. If the upper section
box is already filled then you can choose any of the lower region boxes, and
they will be scored as normal. Yahtzee is a superset of 3 of a kind, 4 of a kind,
full house and chance, but you can also choose small or large straight and will
get the normal 30 and 40 points for those.
- You've already put 0 in the Yahtzee box: In this case you get no 100 point
bonus, but you do get a joker, and can choose your move following the rules
described above for jokers.
- All rules taken from "https://cardgames.io/yahtzee/#rules"
- Dice effects from "https://codepen.io/SuperJinx/pen/kXjgVQ"


Bootstrap DemoButtons
This is a modified jumbotron that occupies the entire horizontal space of its parent.


This visualization demonstrates the spatial aggregation of carbon fluxes.
The minimum monthly (or daily) carbon flux from the model is assigned to each state at the approriate time step.
Using the minimum value (or maximum value) provides a stable representation of the aggregated fluxes that is not sensitive to the sample size (the number of modeled flux values within the state's boundaries).
Both the color and the size of the state represent the flux value.
Flux values above the population mean correspond with an increased size of the state (the state is "breathing out" more carbon to the atmosphere).
Flux values below the population mean correspond with a decreased size of the state (the state is "inhaling" more carbon from the atmosphere).
States with a monthly (or daily) minimum flux value close to the mean appear white in color and take on their normal size with respect to the basemap.


---
layout: post
title: Am I Crazy?
date: '2012-12-13T00:37:00.001-05:00'
author: Daniel Smith
tags:
modified_time: '2012-12-13T00:37:54.530-05:00'
blogger_id: tag:blogger.com,1999:blog-358950712929443967.post-3304629979783441903
blogger_orig_url: http://www.getabetterpic.com/2012/12/am-i-crazy.html
---
I must be very egotistical/narcissistic/batshit crazy. I've decided I'm going to build the next ERP system that the world is going to use. At my soon-to-be former job, we use Oracle, which a lot of very big companies use. The bad thing about Oracle is you have to have dedicated hardware to run it, and it doesn't always run very smoothly. Upgrading can be a bitch, and sometimes there is so much functionality, you just don't know how to use half of it.
So my great grand idea is to build a basic version of that for the web. There are currently other options for this out there, but none of them are quite where I would want them. So I have this grand Idea of building the one the rest of the world would want to use. So excuse me now, the download I was waiting on has finished.


- accept(Visitor<R>) - Method in class net.peierls.expr.BinaryOpExpression
-
- accept(Visitor<R>) - Method in class net.peierls.expr.ConstantExpression
-
- accept(Visitor<R>) - Method in class net.peierls.expr.Expression
-
Apply a visitor function to this expression.
- accept(Visitor<R>) - Method in class net.peierls.expr.ExtendedExpression
-
- accept(Visitor<R>) - Method in class net.peierls.expr.LetExpression
-
- accept(Visitor<R>) - Method in class net.peierls.expr.UnaryOpExpression
-
- accept(Visitor<R>) - Method in class net.peierls.expr.VariableExpression
-
- acos() - Method in class net.peierls.expr.TrigonometricExpression
-
Returns a trigonometric expression representing the arc cosine of this expression.
- acos(Expression) - Static method in enum net.peierls.expr.TrigonometricOperator
-
Returns an expression representing the arc cosine of
the given expression.
- apply(UnaryOp) - Method in class net.peierls.expr.Expression
-
Returns a unary operation expression for the given operation applied
to this expression as the operand.
- apply(BinaryOp, Expression) - Method in class net.peierls.expr.Expression
-
Returns a binary operation expression for the given operation applied
to this expression (as the left operand) and the given right operand
expression.
- apply(UnaryOp) - Method in class net.peierls.expr.ExtendedExpression
-
Returns an extended expression representing the result of
applying the given unary operation to this expression.
- apply(BinaryOp, Expression) - Method in class net.peierls.expr.ExtendedExpression
-
Returns an extended expression representing the result of
applying the given binary operation to this expression.
- asBinary() - Method in interface net.peierls.expr.DelegatingOperator
-
Returns a valid binary operator, by default the delegate().
- asin() - Method in class net.peierls.expr.TrigonometricExpression
-
Returns a trigonometric expression representing the arc sine of this expression.
- asin(Expression) - Static method in enum net.peierls.expr.TrigonometricOperator
-
Returns an expression representing the arc sine of
the given expression.
- asUnary() - Method in interface net.peierls.expr.DelegatingOperator
-
Returns a valid unary operator, by default the delegate().
- atan() - Method in class net.peierls.expr.TrigonometricExpression
-
Returns a trigonometric expression representing the arc tangent of this expression.
- atan(Expression) - Static method in enum net.peierls.expr.TrigonometricOperator
-
Returns an expression representing the arc tangent of
the given expression.
- parse(String) - Method in class net.peierls.expr.ExpressionParser
-
Parse an expression using whatever operators
this parser has been configured with.
- parseExpr(String) - Static method in class net.peierls.expr.Expression
-
Turn a string representation of an expression into an Expression instance.
- parseExpr(String, Class<? extends Enum<? extends Operator>>, Class<? extends Enum<? extends Operator>>...) - Static method in class net.peierls.expr.Expression
-
Turn a string representation of an expression into an Expression instance,
using the build-in operators and any operators from the given enum types.
- parser(Class<? extends Enum<? extends Operator>>, Class<? extends Enum<? extends Operator>>...) - Static method in class net.peierls.expr.ExpressionParser
-
Creates a parser on the built-in operators and the operators of the given types.
- parser(List<Class<? extends Enum<? extends Operator>>>) - Static method in class net.peierls.expr.ExpressionParser
-
Creates a parser on the built-in operators and the operators of the given types.
- pi() - Static method in class net.peierls.expr.ConstantExpression
-
Constant expression for the value of pi.
- plus(Expression) - Method in class net.peierls.expr.Expression
-
Returns an expression representing the sum of this
expression and the given argument expression.
- plus(double) - Method in class net.peierls.expr.Expression
-
Returns an expression representing the sum of this
expression and a constant expression of the given value.
- plus(String) - Method in class net.peierls.expr.Expression
-
Returns an expression representing the sum of this
expression and a variable expression of the given
variable name.
- postfix(String, DoubleUnaryOperator) - Static method in class net.peierls.expr.OperatorBuilder
-
Creates a builder for a unary postfix operator.
- pow(Expression) - Method in class net.peierls.expr.Expression
-
Returns the expression representing this expression
to the power of the given expression;
- pow(double) - Method in class net.peierls.expr.Expression
-
Returns the expression representing this expression
to the power of a constant expression of the given value;
- pow(String) - Method in class net.peierls.expr.Expression
-
Returns the expression representing this expression
to the power of a variable expression of the given
variable name;
- precedence() - Method in interface net.peierls.expr.DelegatingOperator
-
- precedence() - Method in interface net.peierls.expr.Operator
-
The precedence of this operator.
- precedence(int) - Method in class net.peierls.expr.OperatorBuilder
-
Returns a new instance equivalent to this one, but with the given precedence.
- precedence() - Method in class net.peierls.expr.OperatorBuilder
-
Returns the symbol that will be used when formatting or parsing this operator.
- prefix(String, DoubleUnaryOperator) - Static method in class net.peierls.expr.OperatorBuilder
-
Creates a builder for a unary prefix operator.
- tan() - Method in class net.peierls.expr.TrigonometricExpression
-
Returns a trigonometric expression representing the tangent of this expression.
- tan(Expression) - Static method in enum net.peierls.expr.TrigonometricOperator
-
Returns an expression representing the tangent of
the given expression.
- times(Expression) - Method in class net.peierls.expr.Expression
-
Returns an expression representing the product of
this expression and the given argument expression.
- times(double) - Method in class net.peierls.expr.Expression
-
Returns an expression representing the product of
this expression and a constant expression of the given value.
- times(String) - Method in class net.peierls.expr.Expression
-
Returns an expression representing the product of
this expression and a variable expression of the given
variable name.
- toString() - Method in class net.peierls.expr.Expression
-
Returns the string representation of this expression.
- trigExpr(Expression) - Static method in class net.peierls.expr.TrigonometricExpression
-
Returns a trigonometric expression equivalent to the
given expression, but supporting trigonometric operations.
- trigExpr(double) - Static method in class net.peierls.expr.TrigonometricExpression
-
Returns a trigonometric expression representing the
given constant.
- trigExpr(String) - Static method in class net.peierls.expr.TrigonometricExpression
-
Returns a trigonometric expression representing the
given variable.
- TrigonometricExpression - Class in net.peierls.expr
-
Extends expressions with trigonometric operations.
- TrigonometricExpression(Expression) - Constructor for class net.peierls.expr.TrigonometricExpression
-
- TrigonometricOperator - Enum in net.peierls.expr
-
Trigonometric operations on expressions.
- type() - Method in interface net.peierls.expr.DelegatingOperator
-
- type() - Method in interface net.peierls.expr.Operator
-
- type() - Method in class net.peierls.expr.OperatorBuilder
-
Returns the type of operator: prefix, postfix, infix (and, if infix, whether
it is left-, right, or non-associative).
- value() - Method in class net.peierls.expr.ConstantExpression
-
The double precision value represented by this constant expression.
- value() - Method in class net.peierls.expr.Expression
-
Returns the value of this expression, if it has no free variables
or divisions by zero.
- valueOf(String) - Static method in enum net.peierls.expr.BasicOperator
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum net.peierls.expr.Operator.Type
-
Returns the enum constant of this type with the specified name.
- valueOf(String) - Static method in enum net.peierls.expr.TrigonometricOperator
-
Returns the enum constant of this type with the specified name.
- values() - Static method in enum net.peierls.expr.BasicOperator
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum net.peierls.expr.Operator.Type
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- values() - Static method in enum net.peierls.expr.TrigonometricOperator
-
Returns an array containing the constants of this enum type, in
the order they are declared.
- VariableExpression - Class in net.peierls.expr
-
An expression consisting of a single variable.
- varName() - Method in class net.peierls.expr.VariableExpression
-
The name of the variable represented by this variable expression.
- visit(ConstantExpression) - Method in interface net.peierls.expr.Visitor
-
Apply this visitor function to the given constant expression.
- visit(VariableExpression) - Method in interface net.peierls.expr.Visitor
-
Apply this visitor function to the given variable expression.
- visit(UnaryOpExpression) - Method in interface net.peierls.expr.Visitor
-
Apply this visitor function to the given unary operation expression.
- visit(BinaryOpExpression) - Method in interface net.peierls.expr.Visitor
-
Apply this visitor function to the given binary operation expression.
- visit(LetExpression) - Method in interface net.peierls.expr.Visitor
-
Apply this visitor function to the given bound expression.
- Visitor<R> - Interface in net.peierls.expr
-
Visitor interface for computing values from known expression subtypes.
- visitUnknown(Expression) - Method in interface net.peierls.expr.Visitor
-
Apply this visitor function to the given expression of unknown type.
- where(Map<String, Expression>) - Method in class net.peierls.expr.Expression
-
Returns an expression equivalent to this expression but with
the bindings of the given map of variable names to subexpressions.
- where(String, Expression) - Method in class net.peierls.expr.Expression
-
Returns an expression equivalent to this expression but with
the named variable bound to the given subexpression.
- where(String, Expression, String, Expression) - Method in class net.peierls.expr.Expression
-
Returns an expression equivalent to this expression but with
the named variables bound to the given subexpressions.
- where(String, Expression, String, Expression, String, Expression) - Method in class net.peierls.expr.Expression
-
Returns an expression equivalent to this expression but with
the named variables bound to the given subexpressions.
- where(String, double) - Method in class net.peierls.expr.Expression
-
Returns an expression equivalent to this expression but with
the named variable bound to the given double precision value.
- where(String, double, String, double) - Method in class net.peierls.expr.Expression
-
Returns an expression equivalent to this expression but with
the named variables bound to the given double precision values.
- where(String, double, String, double, String, double) - Method in class net.peierls.expr.Expression
-
Returns an expression equivalent to this expression but with
the named variables bound to the given double precision values.
- wrap(Expression, Class<T>) - Static method in class net.peierls.expr.ExtendedExpression
-
Returns an extended expression equivalent to the
given expression, but supporting extended operations.
- wrap(double, Class<T>) - Static method in class net.peierls.expr.ExtendedExpression
-
Returns an extended expression representing the given constant.
- wrap(String, Class<T>) - Static method in class net.peierls.expr.ExtendedExpression
-
Returns an extended expression representing the
given variable.
- WrapException - Exception in net.peierls.expr
-
Base for exceptions thrown during expression evaluation.
- WrapException(String, Throwable) - Constructor for exception net.peierls.expr.WrapException
-


Compiled By Shahed Molla
L3     Ihsaan - Worship Allah as if you see Him, else know that Allah sees you. Convert 24/7 life into worship through this consciousness
L2     Emaan - Increase acts of worship beyond Fard i.e. 12 rakah sunnah prayers
L1     Islam - Tawheed, 5 daily Fard prayers, 30 days of Fasting, 2.5% Zakah, 1 Hajj if able


Survey Form
This form is used to collect to data from students about their favorite food, subjects and teachers
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Email Address
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An identifier you pick for this library, to be used in the @Library annotation.
An environment variable library.THIS_NAME.version will also be set to the version loaded for a build
(whether that comes from the Default version here, or from an annotation after the @ separator).


Software Engineer
Uber
Writing code to manage ETL pipelines and big data systems
Principal Operations Data Analyst
Chicago Police Department
Administering & Maintaining Tableau Servers. Using Python, Tableau & SQL for creating data pipelines & for data analysis.
Consultant - Social Media Analytics & Marketing
Polsky Center for Entrepreneurship & Innovation
Consulted small & minority owned businesses on increasing their digital presence, and presented marketing & growth strategies.
Mayoral Fellow - Data Science
Chicago Mayor's Office
Created an Extract-Transform-Load (ETL) pipeline for a city-wide project using Python & SQL, liasoned between tech & policy teams, and carried out large scale data analysis & visualization for various governmental departments.
Marketing Associate - Business Analytics & CSR
Reckitt Benckiser
Analyzed country wide marketing and sales data to provide assessments of the campaigns & recommendations for future growth.
Teaching Assistant - Economic Policy
Lahore University of Management Sciences
Taught students policy assessment methods & analysis of technical academic papers. Managed administrative functions across faculty, students & the department.


The vector artwork and CSS3 animations were done by me. The website was meant to showcase the Domes, a unique co-operative housing option at UC Davis that emphasizes communal living.


{% extends "base.html" %} {% load i18n %} {% load static %} {% block content %}
MDMA allows non-expert users to apply style transfer (a deep learning technique) to their image to create new artworks.
It's simple to get started. First, you have to choose an input image. You can upload your image or choose an already uploaded, public one. Then, you have to select a style image. The neural network will generate a new picture by mimicing the style of the style image.
We are using "Universal Style Transfer via Feature Transforms" published by Yijun Li et al. in 2017 (paper). It has some advantages over traditional neural style transfer (paper). It promises to work better on unseen patterns which we have a lot in our data. In addition, it's faster and more efficient which allows us to run the computation on CPU.
You can find the code on Github and don't forget to follow on Twitter.
Done by Johannes Filter for the cultural hackathon Coding Da Vinci Ost 2018.


{% extends "global/Page.html" %} {% load otree static %} {% block title %} Block 2 {% endblock %} {% block content %}
Decision 9: You have two options:
| Left | Right |
|---|---|
| 20€ with 50% probability and 0 with 50% probability | {{new_amount}}€ with certainty |
Important information: After you have submitted your decision, the computer will let you know the outcome of the lottery even if you do not play it. This means that, if you do not play the lottery, you will learn nevertheless how much you would have earned, had you played the lottery.
{% formfield player.decision_9 %}
Decision 10: You have two options:
| Left | Right |
|---|---|
| 20€ with 50% probability and 0 with 50% probability | {{new_amount}}€ with certainty |
Important information: After you have submitted your decision, the computer will not let you know the outcome of the lottery if you do not play it. This means that, if you do not play the lottery, you will not learn how much you would have earned, had you played it.
{% formfield player.decision_10 %}
Decision 11: You have two options:
| Left | Right |
|---|---|
| 20€ with 50% probability and 0 with 50% probability | {{new_amount}}€ with certainty |
You have been assigned {{new_amount}}€ with certainty, but you will nevertheless learn the outcome of the lottery.
{% formfield player.decision_11 %}
Decision 12: You have two options:
| Left | Right |
|---|---|
| 20€ with 50% probability and 0 with 50% probability | {{new_amount_more}}€ with certainty |
Important information: After you have submitted your decision, the computer will let you know the outcome of the lottery even if you do not play it. This means that, if you do not play the lottery, you will learn nevertheless how much you would have earned, had you played it.
{% formfield player.decision_12 %}
Decision 13: You have two options:
| Left | Right |
|---|---|
| 20€ with 50% probability and 0 with 50% probability | {{new_amount_more}}€ with certainty |
Important information: After you have submitted your decision, the computer will not let you know the outcome of the lottery if you do not play it. This means that, if you do not play the lottery, you will not learn how much you would have earned, had you played it.
{% formfield player.decision_13 %}
Decision 14: You have two options:
| Left | Right |
|---|---|
| 20€ with 50% probability and 0 with 50% probability | {{new_amount_more}}€ with certainty |
You have been assigned {{new_amount_more}}€ with certainty, but you will nevertheless learn the outcome of the lottery.
{% formfield player.decision_14 %}


Supports calculations and visualization for renewable power systems and the environment. Analysis and graphical tools for DC and AC circuits and their use in electric power systems. Analysis and graphical tools for thermodynamic cycles and heat engines, supporting efficiency calculations in coal-fired power plants, gas-fired power plants. Calculations of carbon emissions and atmospheric CO2 dynamics. Analysis of power flow and demand for the grid, as well as power models for microgrids and off-grid systems. Provides resource and power generation for hydro power, wind power, and solar power.
| Version: | 0.1-1 |
| Depends: | R (≥ 2.10) |
| Published: | 2018-05-16 |
| Author: | Miguel F. Acevedo |
| Maintainer: | Miguel F. Acevedo <acevedo at unt.edu> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| URL: | https://www.r-project.org/ |
| NeedsCompilation: | no |
| CRAN checks: | renpow results |
| Reference manual: | renpow.pdf |
| Package source: | renpow_0.1-1.tar.gz |
| Windows binaries: | r-devel: renpow_0.1-1.zip, r-release: renpow_0.1-1.zip, r-oldrel: renpow_0.1-1.zip |
| OS X binaries: | r-release: renpow_0.1-1.tgz, r-oldrel: renpow_0.1-1.tgz |
Please use the canonical form https://CRAN.R-project.org/package=renpow to link to this page.


{% extends "layout.html" %} {% block content %}
{{ _('This is your personal profile page.') }}
{% if current_user.email !=<EMAIL_ADDRESS>%} {{ _('Edit Display Name') }} {{ _('Change Email') }} {{ _('Change Password') }} {% endif %}{{ _('The National Library of Sweden processes personal data in accordance ' 'with the European Union General Data Protection Regulation (2018), GDRP, ' 'find out more here. ' 'This is how the National Library of Sweden processes your personal data ' 'while using ' 'login.libris.kb.se.') }}
{{ _('If you are missing a permission or any of the permissions below are ' 'incorrect, please contact the cataloging admin for that collection.') }}
{{ _('You can find the collection administrator contact information by following the collection link ' 'below or by going to the Collections list view and selecting ' 'the collection there.', collections_link=url_for('collection.home')) }}
{{ _('For any other questions or concerns, please contact customer service at '<EMAIL_ADDRESS>}}
{{ _('You are a cataloging admin in Libris Login. This means that you are ' 'responsible for managing other users\' access to your collections. ' 'You manage permissions by going to your collection\'s detail view and ' 'use the add/edit/delete buttons.') }}
{{ _('When attempting to grant a new permission, you might find that ' 'the intended user does not exist. In this event, you may register ' 'the user account by following this link:') }} {{ _('New User') }}
| {{ _('Code') }} | {{ _('Friendly Name') }} | {{ _('Registrant') }} | {{ _('Cataloger') }} | {{ _('Cataloging Admin') }} | {% if current_user.can_see_global_registrant %}{{ _('Global Registrant') }} | {% endif %}
|---|---|---|---|---|---|
| {{ permission.collection.code }} | {{ permission.collection.friendly_name }} | {{ _('Yes') if permission.registrant else _('No') }} | {{ _('Yes') if permission.cataloger else _('No') }} | {{ _('Yes') if permission.cataloging_admin else _('No') }} | {% if current_user.can_see_global_registrant %}{{ _('Yes') if permission.global_registrant else _('No') }} | {% endif %}