| This inspection reports instances of JavaScript this expression occuring outside of object literals or constructor bodies. Such this expressions are legal JavaScript, and reference the top-level "global" JavaScript object, but are largely useless. |
| Powered by InspectionJS |


The gcloud.storage
object contains a bucket
function, which is how you will interact with your Google Cloud Storage bucket.
To learn more about Cloud Storage, see the Google Cloud Storage overview.
Google Cloud Storage uses access control lists (ACLs) to manage object and bucket access. ACLs are the mechanism you use to share files with other users and allow other users to access your buckets and files.
To learn more about ACLs, read this overview on Access Control.


|
My Project
|
Files | |
| file | _data.hpp [code] |
| file | _object.hpp [code] |
| file | CCharacter.cpp |
| file | CCharacter.hpp [code] |
| file | Client.cpp |
| file | Client.hpp [code] |
| file | CMap.cpp |
| file | CMap.hpp [code] |
| file | Configuration.cpp |
| file | Configuration.hpp [code] |
| file | Connection.cpp |
| file | Connection.hpp [code] |
| file | CProjectile.cpp |
| file | CProjectile.hpp [code] |
| file | Cursor.cpp |
| file | Cursor.hpp [code] |
| file | Defines.hpp [code] |
| file | editorMain.cpp |
| file | Enums.hpp [code] |
| file | IGObject.hpp [code] |
| file | mainClient.cpp |
| file | mainServer.cpp |
| file | Map.cpp |
| file | Map.hpp [code] |
| file | MapEditor.cpp |
| file | MapEditor.hpp [code] |
| file | Menu.cpp |
| file | Menu.hpp [code] |
| file | MenuManager.cpp |
| file | MenuManager.hpp [code] |
| file | Pistol.cpp |
| file | Pistol.hpp [code] |
| file | Projectile.cpp |
| file | Projectile.hpp [code] |
| file | Rifle.cpp |
| file | Rifle.hpp [code] |
| file | SCharacter.cpp |
| file | SCharacter.hpp [code] |
| file | Server.cpp |
| file | Server.hpp [code] |
| file | SMap.cpp |
| file | SMap.hpp [code] |
| file | Weapons.cpp |
| file | Weapons.hpp [code] |


Encrypt a Password
Password
Secret
Show passwords
Encrypt a File
Choose File...
Secret
Show passwords
Generate a Key
128-bit
192-bit
256-bit
Copy


|
The
Cup Of Life
(Ricky Martin) |
|
The
Cup of Life this is the one
Now is the time donít even stop Push it along gotta be strong Push it along right to the top The feeliní in your soul is gonna take control Nothing can hold you back if you really want it I se it in your eyes you want the cup of life Now that the day is here gotta go and get it Do you really want it ... (Yeah!) Do you really want it ... (Yeah!) Do you really want it ... (Yeah!) Do you really want it ... (Yeah!) CHORUS: Here we go! Ale, Ale, Ale! Go, go, go! Ale, Ale, Ale! Tonightís the night weíre gonna celebrate The cup of life... the world is ours today! The cup of life itís do or die Itís here itís now turn up the lights Push it along then let it roll Push it along Go! Go! Goal! And when you feel that heat The world is at your feet No one can hold you down If you really want it Just steal your destiny Right from the hands of fate Reach for the cup of life Cause your name is on it Do you really want it ... (Yeah!) Do you really want it ... (Yeah!) Do you really want it ... (Yeah!)  (Yeah!) Do you really want it ... (Yeah!) Do you really want it ... (Yeah!) CHORUS Un, Dos, Tres... Ole, Ole, Ole! Un, Deux, Trois... Ale, Ale, Ale! Tonightís the night weíre gonna celebrate The cup of life... the world is ours today! |


Forecast Count Forecast Death Forecast Test 5-day Forecast statistics
If you can see this, your browser does not support iframes!


“Early that evening, the real Ah-Fang had been waylaid by a stalwart, roughlooking character who had thrust a peculiarly shaped gun into the Chinese's face.A jet of powerful anesthetizing vapor had shot from that gun. Ah-Fang had dipped into unconsciousness and had been whisked away in a powerful motor car. For the stalwart man was none other than Secret Agent “X” concealed behind another of his masterly disguises. No identity was too difficult for him to assume. His special plastic volatile compound could be molded to resemble the contours of any face. His own formulated pigments, clever toupees, faceplates, and other elements of make-up, had enabled him to create for himself the exact replica of the face of Ah-Fang.” — Brant House, The Golden Ghoul


Toggle navigation
Home
Architecture
Entertainment
Subscribe
Site Map
Student Pages
Veronica Leong
Validator
Header
First name
Last name
Enter e-mail address:
Submit


Qt SCXML Calculator QML Example
Calculator uses Qt SCXML to implement the Calculator Example presented in the SCXML Specification.
The state machine is specified in the statemachine.scxml file and compiled into the CalculatorStateMachine
class. The user interface is created using Qt Quick.
Running the Example
To run the example from Qt Creator, open the Welcome mode and select the example from Examples. For more information, visit Building and Running an Example.
Compiling the State Machine
We link against the Qt SCXML module by adding the following line to the .pro file:
QT += widgets scxml
We then specify the state machine to compile:
STATECHARTS = ../calculator-common/statemachine.scxml
The Qt SCXML Compiler, qscxmlc
, is run automatically to generate statemachine.h and statemachine.cpp, and to add them to the HEADERS
and SOURCES
variables for compilation.
Instantiating the State Machine
We make the generated CalculatorStateMachine
class available to QML by registering it as a QML type in the calculator-qml.cpp file:
#include "statemachine.h" int main(int argc, char *argv[]) { QGuiApplication app(argc, argv); qmlRegisterType<CalculatorStateMachine>("CalculatorStateMachine", 1, 0, "CalculatorStateMachine"); QQmlApplicationEngine engine; engine.load(QUrl(QStringLiteral("qrc:/calculator-qml.qml"))); if (engine.rootObjects().isEmpty()) return -1; return app.exec(); }
To use the CalculatorStateMachine type in a QML file, we import it:
import CalculatorStateMachine 1.0
We instantiate a CalculatorStateMachine and listen to the updateDisplay
event. When it occurs, we change the text on the calculator display:
CalculatorStateMachine { id: statemachine running: true EventConnection { events: ["updateDisplay"] onOccurred: resultText.text = event.data.display } }
When users press the calculator buttons, the buttons submit events to the state machine:
Button { x: 3 * width y: parent.height / 5 textHeight: y - 2 fontHeight: 0.4 width: parent.width / 4 height: y * 4 color: pressed ? "#e0b91c" : "#face20" text: "=" onClicked: statemachine.submitEvent("EQUALS") }
Files:


Encoders
A listing of the encoders included in this library, specifically focused on the sklearn compatible transformers. For
each one of these, an equivalent standalone method is also available.
Ordinal
-
class
category_encoders.ordinal.
OrdinalEncoder
(verbose=0, mapping=None, cols=None)[source]
Ordinal encoding uses a single column of integers to represent the classes. An optional mapping dict can be passed
in, in this case we use the knowledge that there is some true order to the classes themselves. Otherwise, the classes
are assumed to have no true order and integers are selected at random.
| Parameters: |
- verbose – foo
- mapping – bar
- cols – baz
|
| Returns: |
|
-
fit
(X, y=None, **kwargs)[source]
Fit doesn’t actually do anything in this case. So the same object is just returned as-is.
-
transform
(X)[source]
Will use the mapping (if available) and the column list (if available, otherwise every column) to encode the
data ordinally.
One-Hot
Scikit-learn already includes a one-hot encoder implementation, and we simply expose that as an option here. See their
docs for detailed information.
Binary
-
class
category_encoders.binary.
BinaryEncoder
(verbose=0, cols=None)[source]
Binary encoding encodes the integers as binary code with one column per digit.
-
fit
(X, y=None, **kwargs)[source]
-
-
transform
(X)[source]
-
Hashing
-
class
category_encoders.hashing.
HashingEncoder
(verbose=0, n_components=8, cols=None)[source]
A basic hashing implementation with configurable dimensionality/precision
| Parameters: |
- verbose –
- n_components –
- cols –
|
| Returns: |
|
-
fit
(X, y=None, **kwargs)[source]
-
-
transform
(X)[source]
-
Backward Difference Coding
-
class
category_encoders.backward_difference.
BackwardDifferenceEncoder
(verbose=0, cols=None)[source]
-
-
fit
(X, y=None, **kwargs)[source]
-
-
transform
(X)[source]
-
Helmert Coding
-
class
category_encoders.helmert.
HelmertEncoder
(verbose=0, cols=None)[source]
-
-
fit
(X, y=None, **kwargs)[source]
-
-
transform
(X)[source]
-
Polynomial Coding
-
class
category_encoders.polynomial.
PolynomialEncoder
(verbose=0, cols=None)[source]
-
-
fit
(X, y=None, **kwargs)[source]
-
-
transform
(X)[source]
-
Sum Coding
-
class
category_encoders.sum_coding.
SumEncoder
(verbose=0, cols=None)[source]
-
-
fit
(X, y=None, **kwargs)[source]
-
-
transform
(X)[source]
-