His website is operated by MT SecureTrade Limited Splix Cannot Get Input Slot Information ('us', 'our', 'we' or the 'Company'), a company incorporated under the laws of Malta with registration number C56545 and registered address at @GIGBeach Triq id-Dragunara, St. Julians, STJ 3148, Malta. It is a compact audio and video interface system of transmitting data digitally. Through the use of an HDMI cable, it is possible to send an image, sound, video, or other files from a source - Blu-ray, audio box, DVD, or in this case, your Android device - to a second display, like a monitor, TV, or projector. I have used wmic MEMORYCHIP get command, but it is not giving any slot information. Nidhin.CK System Analyst. Wednesday, July 11, 2012 8:12 PM.

You’re browsing the documentation for v2.x and earlier. For v3.x, click here.

Samsung SCX 4200 OpenBSD General. OpenBSD General Other questions regarding OpenBSD which do not fit in any of the categories below. SpliX is a set of CUPS printer drivers for SPL (Samsung Printer Language) printers. If you have such a printer, you need to download and use SpliX. Moreover you will find documentation about this proprietary language. Note that only SPL2 (monochrome) and SPLc (color) printers are currently supported!

Basic Usage

You can use the v-model directive to create two-way data bindings on form input, textarea, and select elements. It automatically picks the correct way to update the element based on the input type. Although a bit magical, v-model is essentially syntax sugar for updating data on user input events, plus special care for some edge cases.

v-model will ignore the initial value, checked, or selected attributes found on any form elements. It will always treat the Vue instance data as the source of truth. You should declare the initial value on the JavaScript side, inside the data option of your component.

v-model internally uses different properties and emits different events for different input elements:

• text and textarea elements use value property and input event;
• checkboxes and radiobuttons use checked property and change event;
• select fields use value as a prop and change as an event.

For languages that require an IME (Chinese, Japanese, Korean, etc.), you’ll notice that v-model doesn’t get updated during IME composition. If you want to cater to these updates as well, use the input event instead.

Text

Message is: {{ message }}

Multiline text

Interpolation on textareas (<textarea>{{text}}</textarea>) won't work. Use v-model instead.

Checkbox

Single checkbox, boolean value:

Multiple checkboxes, bound to the same Array:

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Radio

Select

Single select:

If the initial value of your v-model expression does not match any of the options, the <select> element will render in an “unselected” state. On iOS, this will prevent the user from being able to select the first item, because iOS does not fire a change event in this case. It is therefore recommended to provide a disabled option with an empty value, as demonstrated in the example above.

Multiple select (bound to Array):

Dynamic options rendered with v-for:

Value Bindings

For radio, checkbox and select options, the v-model binding values are usually static strings (or booleans for checkboxes):

But sometimes, we may want to bind the value to a dynamic property on the Vue instance. We can use v-bind to achieve that. In addition, using v-bind allows us to bind the input value to non-string values.

Checkbox

The true-value and false-value attributes don’t affect the input’s value attribute, because browsers don’t include unchecked boxes in form submissions. To guarantee that one of two values is submitted in a form (i.e. “yes” or “no”), use radio inputs instead.

Radio

Select Options

Modifiers

.lazy

By default, v-model syncs the input with the data after each input event (with the exception of IME composition, as stated above). You can add the lazy modifier to instead sync afterchange events:

.number

If you want user input to be automatically typecast as a Number, you can add the number modifier to your v-model managed inputs:

This is often useful, because even with type='number', the value of HTML input elements always returns a string. If the value cannot be parsed with parseFloat(), then the original value is returned.

.trim

If you want whitespace from user input to be trimmed automatically, you can add the trim modifier to your v-model-managed inputs:

v-model with Components

If you’re not yet familiar with Vue’s components, you can skip this for now.

HTML’s built-in input types won’t always meet your needs. Fortunately, Vue components allow you to build reusable inputs with completely customized behavior. These inputs even work with v-model!

To learn more, read about custom inputs in the Components guide.

Description

Tile Sampler is the ultimate tile-pattern generating node. It's an evolved, more complex version of Tile Generator. As of 2017 2.1, the differences are much smaller between Tile Sampler and Generator. The main differences are now only in the seven different map slots which are available for driving Scale, Position, Rotation, Size, Color and Masking. Their effect can be blended in separately.

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Tile Sampler is useful for creating man-made procedural patterns, with additional control over certain parameters driven by external input maps.

Make sure you are familiar with Tile Generator before moving on to Tile Sampler. In most cases, you'll find Tile Generator suffices and you won't need the added complexity of Tile Sampler.

Parameters

Inputs

• Pattern Input 1-6: Grayscale Input / Color Input
  Custom pattern image, used when the 'Pattern' parameter is set to 'Image Input'.
  The amount of available inputs is determined by the Pattern Input Number parameter.
• Scale Map Input: Grayscale Input
  Grayscale map to drive tile scaling.
• Displacement Map Input: Grayscale Input
  Grayscale map to drive tile displacement.
• Rotation Map Input: Grayscale Input
  Grayscale map to drive tile rotation.
• Vector Map Input: Color Input
  Color vector map to drive non-uniform scaling.
• Color Map Input: Grayscale Input / Color Input
  Map to drive per-tile tinting.
• Mask Map Input: Grayscale Input
  Mask slot used for hiding certain tiles.
• Pattern Distribution Map Input: Grayscale Input
  Mask slot used to drive multiple custom pattern inputs.
• Background Input: Grayscale Input / Color Input
  Optional background image.

Parameters

• X Amount: 0 - 64
  Amount of X-repetitions of the pattern.
• Y Amount: 0 - 64
  Amount of Y-repetitions of the pattern.
• Non Square Expansion: False/True
  Enables compensation of squash and stretch with non-square ratios.
• Pattern
  
  • Pattern: Pattern Input, Square, Disc, Paraboloid, Bell, Gaussian, Thorn, Pyramid, Brick, Gradation, Waves, Half bell, Ridged Bell, Crescent, Capsule, Cone
    Selects what pattern shape to use.
  • Pattern Input Number: 1 - 6
    Amount of custom patterns to randomly choose from.
  • Pattern Input Distribution: Random, Pattern Number, Distribution Map
    Sets how multiple Pattern Inputs are chosen. Random means a random one is chosen, Pattern Number means they are just placed in a looping sequence. Distribution map uses a grayscale map input to drive placement.
  • Pattern Input Filtering (Engine > v4): Bilinear + Mipmaps, Bilinear, Nearest
  • Pattern Specific: 0.0 - 1.0
    Lets you change the selected pattern's shape. The effect is dependent on the selected pattern.
  • Pattern Specific Random: 0.0 - 1.0
    The randomization effect is dependent on the selected pattern.
  • Rotation: 0, 90, 180, 270
    Stepped rotation (90 degree).
  • Rotation Random: 0.0 - 1.0
    Random free-rotation on a per-tile basis.
  • Symmetry Random: 0.0 - 1.0
    Sets the number of tiles that should be randomly flipped/mirrored according to below behaviour.
  • Symmetry Random Mode: Horizontal + Vertical, Horizontal, Vertical
    Determines symmetry mirroring behaviour.
• Size
  • Size Mode:Normal, Keep Ratio, Absolute, Pixel
    Sets general behavior of the pattern size.
    Normal lets you define the size of the pattern elements. It is affected by the X and Y amount.
    Keep Ratio lets you set a size affected by X and Y amount, but the X and Y ratio between the two is left intact.
    Absolute lets you set an absolute size that is not affected by X and Y amount.
    Pixel lets you set an absolute size in pixels, unaffected by X and Y amount. Changing the resolution will affect the size of the elements.
  • Size (Absolute/Pixel): 0.0 - 1.0
    Changes non-uniform proportions for tiles. Exact behaviour depends on Size Mode.
  • Size Random: 0.0 - 1.0
    Randomizes proportions per-tile.
  • Scale: 0.0 - 10.0
    Sets global tile scale.
  • Scale Random: 0.0 - 1.0
    Randomizes scale per-tile
  • Scale Map Multiplier: 0.0 - 1.0
    Blends in the effect of the Scale map.
  • Scale Vector Map Multiplier: 0.0 - 1.0
    Blends in the effect of the scale vector map to drive non-uniform scaling.
  • Scale Parametrization Affect: X and Y, X, Y
    Sets which axes the scale parametrization affects. Can be used to have Scale map only affect X or Y of elements.
• Position
  
  • Position Random: 0.0 - 10.0
    Randomizes tile position over both axes.
  • Offset: 0.0 - 1.0
    Shifts tiles depending on Offset Type.
  • Offset Type: horizontal quincux, vertical quincux, horizontal global, vertical global
    Changes which direction the Offset operates in.
  • Global Offset: 0.0 - 1.0
    Globally offsets all tiles on X- or Y-axis.
  • Displacement Map Intensity: 0.0 - 1.0
    Blends in the strength of the Displacement map on the Offset.
  • Displacement Angle: 0.0 - 1.0
    Sets the angle at which to displace.
  • Vector Map Displacement: 0.0 - 1.0
    Uses Vector map to drive displacement and Angle.
• Rotation
  
  • Rotation: 0.0 - 1.0
    Globally rotates all tiles.
  • Rotation Random: 0.0 - 1.0
    Rotates randomly per-tile.
  • Rotation Map Multiplier: 0.0 - 1.0
    Blends in the effect of Rotation map on per-Tile rotation.
  • Vector Map Multiplier: 0.0 - 1.0
    Uses Vector Map to drive per-tile rotation.
• Color
  
  • Mask Map Threshold: 0.0 - 1.0
    Threshold for mask map when to start hiding tiles.
  • Mask Map Invert: False/True
    Inverts Mask map effect.
  • Mask Map Sampling Technique: Pattern Center, Pattern Bounding Box (slower)
    Whether hiding should be determined by a single point or by a bounding box. Avoids stray pixels causing strange effects.
  • Mask Random: 0.0 - 1.0
    Random masking, works parallel to mask map.
  • Invert Mask: False/True
    Inverts random masking.
  • Blending Mode: Add/Sub, Max (Tile Sampler) / Add/Sub, Alpha Blend (Tile Sampler Color)
    Blend mode for tiles onto background and each other.
  • Color: (Grayscale value) / (Color value)
    Solid, global tile color.
  • Color/Luminance Random: 0.0 - 1.0
    Randomization of color, per-tile.
  • Color Parametrization Mode: Color Input, Scale, Line Index, Row Index, Pattern Index (Tile Sampler)
    / Color Map, Scale, Line Index, Row Index, Pattern Index, Pattern Center Position, Pattern Center Position (RG) Bsphere Size (B) (Tile Sampler Color)
    Sets how exactly color randomization is parametrised.
  • Color Parametrization Multiplier: 0.0 - 1.0
    Blends in the above Parametrization effect.
  • Color Parametrization Affect (Color only):RGB+Alpha, RGB only, Alpha only
    Sets how the Parametrization affects color.
  • Global Opacity (Grayscale only): 0.0 - 1.0
    Sets global tile opacity.
  • Background Color: (Grayscale value) / (Color value)
    Sets solid background color.
  • Reverse Rendering Order: False/True
    Reverses rendering order to go from back to front.

Example Images

Example shows how parameters are driven by input maps (Pattern Distribution, Scale, Rotation).