I realized that instead of creating an example project that demonstrates the problems with the Signing plugin and a plugin in the “buildSrc” folder I thought you could use a real world plugin project. If you’re up for it, it might be worth touch base with the author of to consolidate work. The plugin that I’m developing is to power the Google Closure Stylesheets compiler That’s something we should be able to fix. Would you mind opening a separate topic for that. If I put it in the buildSrc folder then I get errors when using the Gradle Signing plugin because the buildSrc project doesn’t have a project name… There are other things in the pipeline such as dynamic project composites, but that too will take some time. However, this is very challenging and is going to take a while to achieve.
We are working towards removing the need for this special handling and making it possible to use any project as a build resource for another project. We’ll take a look and let you know.ītw, I really really really wish that there was a way to run a plugin in a build lifecycle with Gradle without putting the plugin in a “buildSrc” folder See LIBRAW_PROCESSING_* bits in documentation.Thanks. Replaced with single bit-field raw_processing_options Imgdata.params fields (all very specific purpose): sony_arw2_options, sraw_ycc, and params.x3f_flags Void libraw_set_interpolation_passes(libraw_data_t *lr,int passes) Void libraw_set_wf_debanding(libraw_data_t *lr, int wf_debanding, float wfd0, float wfd1, float wfd2, float wfd3) Void libraw_set_cfalinenoise(libraw_data_t *lr,int cfaline, float linenoise) Void libraw_set_ca_correction(libraw_data_t *lr,int ca_correc, float ca_red, float ca_blue) Void libraw_set_user_mul(libraw_data_t *lr,int index, float val) vendor specific metadata stored in vendor-specific data structures.DNG analog balance, per-channel black/white level, and forward matrix.Int - array indexed by EXIF lightsource typeįor example, WBCoeffs contains coefficients for D65 lightsourceįloat _Coeffs contains white balance data specifiedįor given color temperature: WBCT_Coeffs contains temperature value, White balance coefficients stored in the raw file are extracted into:.LIBRAW_CAPS_DEMOSAICSGPL2, LIBRAW_CAPS_DEMOSAICSGP元 - LibRaw was compiled with demosaic packs (GPL2/GP元) LIBRAW_CAPS_DNGSDK - LibRaw was compiled with Adobe DNG SDK LIBRAW_CAPS_RAWSPEED - LibRaw was compiled with RawSpeed Support Unsigned LibRaw::capabilities and C-API libraw_capabilities()Īllows developers to determine LibRaw compile flags at runtime. LibRaw can be built with Adobe DNG SDK support to decode exotic DNG formats (e.g.if data was rescaled (normalized), scale multiplier is stored in if both real data maximum and metadata maximum are within the range ( >= dmin & - if data is out of the range given above, values are scaled so real data maximum becomes dtarget LibRaw::convertFloatToInt(float dmin=4096.f, float dmax=32767.f, float dtarget = 16383.f)Ĭonverts float/float3/float4_image to raw_image/color3/color4_image with or without scaling: Null (so FP data has been unpacked but not converted to integrer, see below). Int LibRaw::have_fpdata() returns non-zero if rawdata.float*_image is not Int LibRaw::is_floating_point() returns non-zero if RAW file contains
Integer immediately after decoding with default parameters LIBRAW_PROCESSING_CONVERTFLOAT_TO_INT - converts float data to 16-bit float data maximum (calculated from real data,
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there is no 'LibRaw Software License 27032010' licensing anymore (and all signed.
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LibRaw 0.18 released and available on download page and in Github repository.
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