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Lake Winnipeg

Lake Winnipeg is a large shallow 24,514-square-kilometre lake in North America, in the province of Manitoba, Canada. Its southern end is about 55 kilometres north of the city of Winnipeg. Lake Winnipeg is Canada's sixth-largest freshwater lake and the third-largest freshwater lake contained within Canada, but it is shallow excluding a narrow 36 m deep channel between the northern and southern basins, it is the eleventh-largest freshwater lake on Earth. The lake's east side has pristine boreal forests and rivers that were inscribed as a UNESCO World Heritage Site; the lake is 416 km from north to south, with remote sandy beaches, large limestone cliffs, many bat caves in some areas. Manitoba Hydro uses the lake as one of the largest reservoirs in the world. There are many islands, most of them undeveloped; the Sagkeeng First Nation holds a reserve on Turtle Island, in the southern part of the lake. The Anishinaabe people have been in this area for hundreds of years. Lake Winnipeg has the largest watershed of any lake in Canada, receiving water from four U.

S. states and four Canadian provinces. The lake's watershed measures about 982,900 square kilometres, its drainage is about 40 times larger than its surface, a ratio bigger than any other large lake in the world. Lake Winnipeg drains northward into the Nelson River at an average annual rate of 2,066 cubic metres per second, forms part of the Hudson Bay watershed, one of the largest drainage basins in the world; this watershed area was known as Rupert's Land when the Hudson's Bay Company was chartered in 1670. The Saskatchewan River flows in from the west through Cedar Lake, the Red River flows in from the south, the Winnipeg River enters from the southeast; the Dauphin River enters from draining Lake Manitoba and Lake Winnipegosis. The Bloodvein River, Berens River, Poplar River and the Manigotagan River flow in from the eastern side of the lake, within the Canadian Shield. Other tributaries of Lake Winnipeg include. Lake Winnipeg and Lake Manitoba are remnants of prehistoric Glacial Lake Agassiz, although there is evidence of a desiccated south basin of Lake Winnipeg 4,000 years ago.

The area between the lakes is called the Interlake Region, the whole region is called the Manitoba Lowlands. The varying habitats found within the lake support a large number of fish species, more than any other lake in Canada west of the Great Lakes. Sixty of seventy-nine native species found in Manitoba are present in the lake. Families represented include lampreys, mooneyes, suckers, pikes and whitefish, codfishes, sculpins, sunfishes and drums. Two fish species present in the lake are considered to be at risk, the shortjaw cisco and the bigmouth buffalo. Rainbow trout and brown trout are stocked in Manitoba waters by provincial fisheries as part of a put and take program to support angling opportunities. Neither species is able to sustain itself independently in Manitoba. Smallmouth bass was first recorded from the lake in 2002, indicating populations introduced elsewhere in the watershed are now present in the lake. White bass were first recorded from the lake in 1963, ten years after being introduced into Lake Ashtabula in North Dakota.

Common carp were introduced to the lake through the Red River of the North and are established. Lake Winnipeg provides feeding and nesting sites for a wide variety of birds associated with water during the summer months. Isolated, uninhabited islands provide nesting sites for colonial nesting birds including pelicans and terns. Large marshes and shallows allow these birds to feed themselves and their young. Pipestone Rocks are considered a globally significant site for American white pelicans. In 1998, an estimated 3.7% of the world's population of this bird at the time were counted nesting on the rocky outcrops. The same site is significant within North America for the numbers of colonial waterbirds using the area Common terns. Other globally significant nesting areas are found at Gull Island and Sandhill Island, Little George Island and Louis Island. Birds nesting at these sites include Common and Caspian terns, Herring gull, Ring-billed gull, Double-crested cormorant and Greater scaup. Lake Winnipeg has two sites considered globally important in the fall migration.

Large populations of waterf

QML

QML is a user interface markup language. It is a declarative language for designing user interface–centric applications. Inline JavaScript code handles imperative aspects, it is associated with Qt Quick, the UI creation kit developed by Nokia within the Qt framework. Qt Quick is used for mobile applications where touch input, fluid animations and user experience are crucial. QML is used with Qt3D to describe a 3D scene and a "frame graph" rendering methodology. A QML document describes a hierarchical object tree. QML modules shipped with Qt include primitive graphical building blocks, modeling components, behavioral components, more complex controls; these elements can be combined to build components ranging in complexity from simple buttons and sliders, to complete internet-enabled programs. QML elements can be augmented by standard JavaScript both inline and via included.js files. Elements can be seamlessly integrated and extended by C++ components using the Qt framework. QML is the language; these are all part of the Qt Declarative module, while the technology is no longer called Qt Declarative.

QML and JavaScript code can be compiled into native C++ binaries with the Qt Quick Compiler. Alternatively there is a QML cache file format which stores a compiled version of QML dynamically for faster startup the next time it is run. KDE Plasma 4 and KDE Plasma 5 through Plasma-framework Liri OS Simple Desktop Display Manager reMarkable tablet device Unity2D Sailfish OS BlackBerry 10 MeeGo Maemo Tizen Mer Ubuntu Phone Lumina Many open-source applications Example: Objects are specified by their type, followed by a pair of braces. Object types always begin with a capital letter. In the example above, there are a Rectangle. Between the braces, one can specify information about the object, such as its properties. Properties are specified as property: value. In the example above, we can see the Image has a property named source, assigned the value pics/logo.png. The property and its value are separated by a colon; the id property Each object can be given a special unique property called an id. Assigning an id enables the object to be referred to by other objects and scripts.

The first Rectangle element below has myRect. The second Rectangle element defines its own width by referring to myRect.width, which means it will have the same width value as the first Rectangle element. Note that an id must begin with a lower-case letter or an underscore, cannot contain characters other than letters and underscores. A property binding specifies the value of a property in a declarative way; the property value is automatically updated if the other properties or data values change, following the reactive programming paradigm. Property bindings are created implicitly in QML whenever a property is assigned a JavaScript expression; the following QML uses two property bindings to connect the size of the rectangle to that of otherItem. QML extends a standards-compliant JavaScript engine, so any valid JavaScript expression can be used as a property binding. Bindings can access object properties, make function calls, use built-in JavaScript objects like Date and Math. Example: States are a mechanism to combine changes to properties in a semantic unit.

A button for example has a pressed and a non-pressed state, an address book application could have a read-only and an edit state for contacts. Every element has an "implicit" base state; every other state is described by listing the properties and values of those elements which differ from the base state. Example: In the default state, myRect is positioned at 0,0. In the "moved" state, it is positioned at 50,50. Clicking within the mouse area changes the state from the default state to the "moved" state, thus moving the rectangle. State changes can be animated using Transitions. For example, adding this code to the above Item element animates the transition to the "moved" state: Animations in QML are done by animating properties of objects. Properties of type real, color, point and vector3d can all be animated. QML supports three main forms of animation: basic property animation and property behaviors; the simplest form of animation is a PropertyAnimation, which can animate all of the property types listed above.

A property animation can be specified as a value source using the Animation on property syntax. This is useful for repeating animations; the following example creates a bouncing effect: Usage of QML does not require Qt/C++ knowledge to use, but it can be extended via Qt. Any C++ class derived from QObject can be registered as a type which can be instantiated in QML. QML provides direct access to the following concepts from Qt: QObject signals – can trigger callbacks in JavaScript QObject slots – available as functions to call in JavaScript QObject properties – available as variables in JavaScript, for bindings QWindow – Window creates a QML scene in a window Q*Model – used directly in data binding Signal handlers are JavaScript callbacks which allow imperative actions to be taken in response to an event. For instance, the MouseArea element has signal handlers to handle mouse press and click: All signal handler names begin with "on"; because QML and JavaScript are similar all code editors supporting JavaScript will work.

However full support for syntax highlighting, code completion, inte

Jhungian Mahansingh

Jhungian Mahansingh is a village in Phillaur tehsil of Jalandhar District of Punjab State, India. It is located 12 km from Nagar, 7 km from postal head office Phillaur, 52 km from Jalandhar and 131 km from state capital Chandigarh; the village is administrated by a sarpanch, an elected representative of village as per Panchayati raj. The village has schedule caste constitutes 67.16% of total population of the village and it doesn't have any Schedule Tribe population. Phillaur Junction is the nearest train station, Bhatian Railway Station is 16 km away from the village; the nearest domestic airport is located 40 km away in Ludhiana and the nearest international airport is located in Chandigarh a second nearest international airport is 147 km away in Amritsar