Changes:
- Added 'neon' vector option in build system
- Introduced neon version of rasterRGBA32 API, which improves
speed of the funciton on ARM cpu's around ~35%
if many canvas instances own private memory pool,
the memory usage can be increased linearly.
To prevent memory usage, flush out memory pool from the clear()
if the canvas uses private memory pool.
Bitmap based pictures doesn't need the viewbox,
LoaderModule should delegate the viewbox to the derived classes which
having vector-based image loaders such as svg, tvg.
In that case, paint resizing can be performed by the loaders by own
policy.
replace from Scene to Paint at the internal interface.
Picture doesn't need to know the returned Node type.
base class, Paint is enough to in the data passing.
This is an utility to convert a file from svg to tvg
To use this, enable the feature by toggling in the meson option.
$meson build -Dtools="svg2tvg" ...
See also the usage:
Usage:
svg2tvg [SVG file]
Examples:
$ svg2tvg input.svg
We can replace the system logger method by changing single line print source in common,
This also helps to remove the THORVG_LOG_ENABLED macro from each use-cases.
TVGLOG(): To print the hint & tip messages for users.
TVGERR(): To print the error message for debugging.
@Issues: https://github.com/Samsung/thorvg/issues/36
3 api candidates has been verified since it's tagged in beta,
we confirm that they are useful for tvg usages.
Here list shows the candidates apis:
@API Addition:
Matrix Paint::transform() noexcept;
CompositeMethod Paint::composite(const Paint** target) const noexcept;
Result SwCanvas::mempool(MempoolPolicy policy) noexcept;
tvg saver is a new module to export tvg files.
In this patch, it also contains the infrastructure of saver module
to expand other types of savers such as png, jpg, etc.
To save the tvg file from a paint, you can use the Saver feature, for example:
auto saver = tvg::Saver::gen();
saver->save(paint, "sample.tvg");
saver->sync();
Later, you can read the "sample.tvg" using Picture.
auto picture = tvg::Picture::gen();
picture->load("sample.tvg");
...
The behavior of the saver will work on sync/async based on the threading setting of the initializer.
Thus if you wish to have a benefit of it, you must call sync() after the save() in the proper delayed time.
Otherwise, you can call sync() immediately.
Note that, the asynchronous tasking is depent on the saver module implementation.
Also, you need to enable tvg saver/loader modules from meson option. (yet this feature is under the beta)
@API Addition:
Result Saver::save(std::unique_ptr<Paint> paint, const std::string& path) noexcept;
Result Saver::sync() noexcept;
@Examples: tvgSaver
@Co-author: Mira Grudzinska <m.grudzinska@samsung.com>
* svg_loader: allow both clipPath and mask together
* svg_loader: allow both clipPath and mask together fix#1
Changed seperate functions _applyClipPathComposition and _applyMaskComposition into single function _applyComposition
replace from ofstream to FILE
We know both have the same purpose, we always prefer the less binary size.
So... this brings the binary size reduction.
1918496 => 1913528
Previously the 'test.tvg' file was loaded from the EXAMPLE_DIR.
Now the 'test.tvg' file is created using the tvg saver module
(if in the EXAMPLE_DIR is alread a 'test.tvg' file, it is overwriten)
and then it's loaded using the tvg loader module.
The Saver class enables to save any Paint object (Scene, Shape, Picture)
in a binary file. To read the file the tvg loader should be used.
To save a paint a new API was introduced - tvg::Saver::save.
For filled and stroked shapes with a gradient, the opacity
was applied during the composition and during the ctable update.
To prevent this, in case the composition occured, ctable
is updated with the opacity = 255.
* svg_loader: image tag: force size equal to the viewbox
For some svg files it is needed to force size equal the viewbox
for proper scaling
* svg_loader: image tag: force size equal to the viewbox fix#1
