Habitify 6 0 3

adminApril 24 2021

Habitify 6 0 3

Freeware

Habitify 6 0 30
Habitify 6 0 3 0
Habitify 6 0 3 Sezonas

Download Habitify: Habit Tracker and enjoy it on your iPhone, iPad, iPod touch, Mac OS X 10.15.1 or later, or Apple Watch. ‎. App of The Day' - Apple (2019). Habitify is a habit tracker that helps you form habits that actually stick. Habitify 3.0 A free iOS habit tracker with data analytics Habitify is the best, free modern habit tracker app that will let you organize your schedule and provide you with the motivation you need to have a productive day.

Windows/macOS/Linux/Android

55.4 MB

Great movies and TV shows

We're constantly searching all over the web for the best torrents from the most important sites.

No restrictions

Watch any movie as many times as you want. All you need to get started is a proper internet connection.

Awesome catalogue

If the movie is out there, Popcorn Time will find the best version possible and start streaming it right away.

The best quality

Watch your movie instantly in HD and with subtitles. And then keep watching.

What's New:

Android version updated to 2.7.4.1
Mac version updated to 5.3
New interface for Mac Os X!
Metadata errors fixed! (0/0 peers,0kb/s, 100% and then back to info page issues are under this category).
Magnet links support
Initial download progress fix
Torrent engine stability updates
Seek and download bar fixes
Brazilian Portuguese subtitles fix
Cache bug fixed.
Updater improvements – From the next version on there will be no need for you to re-install every time we offer a new version
Time4Popcorn for Android updated to 2.5
- Magnet links support
- Added app translations (Dutch, Spanish, Portuguese)
- A lot of bugs fixes (torrent not found included!)
- Improved subtitles logic
- Some UI changes
- Updater improvem

Software similar to Time 4 Popcorn 4

2352 votes
This is the most consistent and safest version of Popcorn Time. Watch movies and TV shows in HD with subtitles for free. Available for Windows, macOS and Linux.
- Freeware
- Windows/macOS/Linux/Android
44 votes
Netflix is the world’s leading subscription service for watching TV episodes and movies on your phone. This Netflix mobile application delivers the best experience anywhere, anytime.
- Freeware
- Android
6 votes
Whether it's video from the Internet Archive, music from Creative Commons, or audiobooks from Librivox, you can play it right away. You don't have to wait for it to finish downloading. Also stream videos to AirPlay, Chromecast, and DLNA
- Freeware
- Windows/macOS/Linux

-->

Describes the wave operation intrinsics added to HLSL Shader Model 6.0.

Shading language intrinsics

Shader Model 6.0

For earlier shader models, HLSL programming exposes only a single thread of execution. New wave-level operations are provided, starting with model 6.0, to explicitly take advantage of the parallelism of current GPUs - many threads can be executing in lockstep on the same core simultaneously. For example, the model 6.0 intrinsics enable the elimination of barrier constructs when the scope of synchronization is within the width of the SIMD processor, or some other set of threads that are known to be atomic relative to each other.

Potential use cases include: stream compaction, reductions, block transpose, bitonic sort or Fast Fourier Transforms (FFT), binning, stream de-duplication, and similar scenarios.

Most of the intrinsics appear in pixel shaders and compute shaders, though there are some exceptions (noted for each function). The functions have been added to the requirements for DirectX Feature Level 12.0, under API level 12.

The parameter and return value for these functions implies the type of the expression, the supported types are those from the following list that are also present in the target shader model for your app:

half, half2, half3, half4
float, float2, float3, float4
double, double2, double3, double4
int, int2, int3, int4
uint, uint2, uint3, uint4
short, short2, short3, short4
ushort, ushort2, ushort3, ushort4
uint64_t, uint64_t2, uint64_t3, uint64_t4

Some operations (such as the bitwise operators) only support the integer types.

Terminology

Term	Definition
Lane	A single thread of execution. The shader models before version 6.0 expose only one of these at the language level, leaving expansion to parallel SIMD processing entirely up to the implementation.
Wave	A set of lanes (threads) executed simultaneously in the processor. No explicit barriers are required to guarantee that they execute in parallel. Similar concepts include 'warp' and 'wavefront.'
Inactive Lane	A lane which is not being executed, for example due to the flow of control, or insufficient work to fill the minimum size of the wave.
Active Lane	A lane for which execution is being performed. In pixel shaders, it may include any helper pixel lanes.
Quad	A set of 4 adjacent lanes corresponding to pixels arranged in a 2x2 square. They are used to estimate gradients by differencing in either x or y. A wave may be comprised of multiple quads. All pixels in an active quad are executed (and may be 'Active Lanes'), but those that do not produce visible results are termed 'Helper Lanes'.
Helper Lane	A lane which is executed solely for the purpose of gradients in pixel shader quads. The output of such a lane will be discarded, and so not render to the destination surface.

Shading language intrinsics

All the operations of this shader model have been added in a range of intrinsic functions.

Wave Query

The intrinsics for querying a single wave.

Intrinsic	Description	Pixel shader	Compute shader
WaveGetLaneCount	Returns the number of lanes in the current wave.	*	*
WaveGetLaneIndex	Returns the index of the current lane within the current wave.	*	*
WaveIsFirstLane	Returns true only for the active lane in the current wave with the smallest index	*	*

Wave Vote

This set of intrinsics compare values across threads currently active from the current wave.

Intrinsic	Description	Pixel shader	Compute shader
WaveActiveAnyTrue	Returns true if the expression is true in any active lane in the current wave.	*	*
WaveActiveAllTrue	Returns true if the expression is true in all active lanes in the current wave.	*	*
WaveActiveBallot	Returns a 64-bit unsigned integer bitmask of the evaluation of the Boolean expression for all active lanes in the specified wave.	*	*

Wave Broadcast

These intrinsics enable all active lanes in the current wave to receive the value from the specified lane, effectively broadcasting it. The return value from an invalid lane is undefined.

Intrinsic	Description	Pixel shader	Compute shader
WaveReadLaneAt	Returns the value of the expression for the given lane index within the specified wave.	*	*
WaveReadLaneFirst	Returns the value of the expression for the active lane of the current wave with the smallest index.	*	*

Wave Reduction

These intrinsics compute the specified operation across all active lanes in the wave and broadcast the final result to all active lanes. Therefore, the final output is guaranteed uniform across the wave.

Intrinsic	Description	Pixel shader	Compute shader
WaveActiveAllEqual	Returns true if the expression is the same for every active lane in the current wave (and thus uniform across it).	*	*
WaveActiveBitAnd	Returns the bitwise AND of all the values of the expression across all active lanes in the current wave, and replicates the result to all lanes in the wave.	*	*
WaveActiveBitOr	Returns the bitwise OR of all the values of the expression across all active lanes in the current wave, and replicates the result to all lanes in the wave.	*	*
WaveActiveBitXor	Returns the bitwise Exclusive OR of all the values of the expression across all active lanes in the current wave, and replicates the result to all lanes in the wave.	*	*
WaveActiveCountBits	Counts the number of boolean variables which evaluate to true across all active lanes in the current wave, and replicates the result to all lanes in the wave.	*	*
WaveActiveMax	Computes the maximum value of the expression across all active lanes in the current wave, and replicates the result to all lanes in the wave.	*	*
WaveActiveMin	Computes the minimum value of the expression across all active lanes in the current wave, and replicates the result to all lanes in the wave.	*	*
WaveActiveProduct	Multiplies the values of the expression together across all active lanes in the current wave, and replicates the result to all lanes in the wave.	*	*
WaveActiveSum	Sums up the value of the expression across all active lanes in the current wave and replicates it to all lanes in the current wave, and replicates the result to all lanes in the wave.	*	*

Wave Scan and Prefix

These intrinsics apply the operation to each lane and leave each partial result of the computation in the corresponding lane.

Intrinsic	Description	Pixel shader	Compute shader
WavePrefixCountBits	Returns the sum of all the specified boolean variables set to true across all active lanes with indices smaller than the current lane.	*	*
WavePrefixSum	Returns the sum of all of the values in the active lanes with smaller indices than this one.	*	*
WavePrefixProduct	Returns the product of all of the values in the lanes before this one of the specified wave.	*	*

Habitify 6 0 30

Quad-wide Shuffle operations

These intrinsics perform swap operations on the values across a wave known to contain pixel shader quads as defined here. The indices of the pixels in the quad are defined in scan-line or reading order - where the coordinates within a quad are:

+---------> X

[0] [1]

[2] [3]

Habitify 6 0 3 0

These routines work in either compute shaders or pixel shaders. In compute shaders they operate in quads defined as evenly divided groups of 4 within an SIMD wave. In pixel shaders they should be used on waves captured by WaveQuadLanes, otherwise results are undefined.

Habitify 6 0 3 Sezonas

Intrinsic	Description	Pixel shader	Compute shader
QuadReadLaneAt	Returns the specified source value read from the lane of the current quad identified by quadLaneID [0..3] which must be uniform across the quad.	*
QuadReadAcrossDiagonal	Returns the specified local value which is read from the diagonally opposite lane in this quad.	*
QuadReadAcrossX	Returns the specified source value read from the other lane in this quad in the X direction.	*
QuadReadAcrossY	Returns the specified source value read from the other lane in this quad in the Y direction.	*

Hardware capability

In order to check that the wave operation features are available on any specific hardware, call ID3D12Device::CheckFeatureSupport, noting the description and use of the D3D12_FEATURE_DATA_D3D12_OPTIONS1 structure.