org.libraw.libraw_h_constants_2 Maven / Gradle / Ivy
Go to download
Show more of this group Show more artifacts with this name
Show all versions of LibRawFX Show documentation
Show all versions of LibRawFX Show documentation
This installs the native lib libraw as a JavaFX Image format provider similar to imageIO before on Swing
// Generated by jextract
package org.libraw;
import java.lang.invoke.MethodHandle;
import java.lang.invoke.VarHandle;
import java.util.Objects;
import jdk.incubator.foreign.*;
import jdk.incubator.foreign.MemoryLayout.PathElement;
import static jdk.incubator.foreign.CLinker.*;
class libraw_h_constants_2 extends libraw_h_constants_1 {
/* package-private */ libraw_h_constants_2() {}
static final MemoryLayout libraw_imgother_t$aperture$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_imgother_t$aperture$LAYOUT() { return libraw_imgother_t$aperture$LAYOUT_; }
static final VarHandle libraw_imgother_t$aperture$VH_ = libraw_imgother_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("aperture"));
static final java.lang.invoke.VarHandle libraw_imgother_t$aperture$VH() { return libraw_imgother_t$aperture$VH_; }
static final MemoryLayout libraw_imgother_t$focal_len$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_imgother_t$focal_len$LAYOUT() { return libraw_imgother_t$focal_len$LAYOUT_; }
static final VarHandle libraw_imgother_t$focal_len$VH_ = libraw_imgother_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("focal_len"));
static final java.lang.invoke.VarHandle libraw_imgother_t$focal_len$VH() { return libraw_imgother_t$focal_len$VH_; }
static final MemoryLayout libraw_imgother_t$timestamp$LAYOUT_ = C_LONG;
static final jdk.incubator.foreign.MemoryLayout libraw_imgother_t$timestamp$LAYOUT() { return libraw_imgother_t$timestamp$LAYOUT_; }
static final VarHandle libraw_imgother_t$timestamp$VH_ = libraw_imgother_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("timestamp"));
static final java.lang.invoke.VarHandle libraw_imgother_t$timestamp$VH() { return libraw_imgother_t$timestamp$VH_; }
static final MemoryLayout libraw_imgother_t$shot_order$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_imgother_t$shot_order$LAYOUT() { return libraw_imgother_t$shot_order$LAYOUT_; }
static final VarHandle libraw_imgother_t$shot_order$VH_ = libraw_imgother_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("shot_order"));
static final java.lang.invoke.VarHandle libraw_imgother_t$shot_order$VH() { return libraw_imgother_t$shot_order$VH_; }
static final MemoryLayout libraw_metadata_common_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_FLOAT.withName("FlashEC"),
C_FLOAT.withName("FlashGN"),
C_FLOAT.withName("CameraTemperature"),
C_FLOAT.withName("SensorTemperature"),
C_FLOAT.withName("SensorTemperature2"),
C_FLOAT.withName("LensTemperature"),
C_FLOAT.withName("AmbientTemperature"),
C_FLOAT.withName("BatteryTemperature"),
C_FLOAT.withName("exifAmbientTemperature"),
C_FLOAT.withName("exifHumidity"),
C_FLOAT.withName("exifPressure"),
C_FLOAT.withName("exifWaterDepth"),
C_FLOAT.withName("exifAcceleration"),
C_FLOAT.withName("exifCameraElevationAngle"),
C_FLOAT.withName("real_ISO"),
C_FLOAT.withName("exifExposureIndex"),
C_SHORT.withName("ColorSpace"),
MemoryLayout.ofSequence(128, C_CHAR).withName("firmware"),
MemoryLayout.ofPaddingBits(16)
);
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$struct$LAYOUT() { return libraw_metadata_common_t$struct$LAYOUT_; }
static final MemoryLayout libraw_metadata_common_t$FlashEC$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$FlashEC$LAYOUT() { return libraw_metadata_common_t$FlashEC$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$FlashEC$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("FlashEC"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$FlashEC$VH() { return libraw_metadata_common_t$FlashEC$VH_; }
static final MemoryLayout libraw_metadata_common_t$FlashGN$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$FlashGN$LAYOUT() { return libraw_metadata_common_t$FlashGN$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$FlashGN$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("FlashGN"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$FlashGN$VH() { return libraw_metadata_common_t$FlashGN$VH_; }
static final MemoryLayout libraw_metadata_common_t$CameraTemperature$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$CameraTemperature$LAYOUT() { return libraw_metadata_common_t$CameraTemperature$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$CameraTemperature$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("CameraTemperature"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$CameraTemperature$VH() { return libraw_metadata_common_t$CameraTemperature$VH_; }
static final MemoryLayout libraw_metadata_common_t$SensorTemperature$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$SensorTemperature$LAYOUT() { return libraw_metadata_common_t$SensorTemperature$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$SensorTemperature$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("SensorTemperature"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$SensorTemperature$VH() { return libraw_metadata_common_t$SensorTemperature$VH_; }
static final MemoryLayout libraw_metadata_common_t$SensorTemperature2$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$SensorTemperature2$LAYOUT() { return libraw_metadata_common_t$SensorTemperature2$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$SensorTemperature2$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("SensorTemperature2"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$SensorTemperature2$VH() { return libraw_metadata_common_t$SensorTemperature2$VH_; }
static final MemoryLayout libraw_metadata_common_t$LensTemperature$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$LensTemperature$LAYOUT() { return libraw_metadata_common_t$LensTemperature$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$LensTemperature$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("LensTemperature"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$LensTemperature$VH() { return libraw_metadata_common_t$LensTemperature$VH_; }
static final MemoryLayout libraw_metadata_common_t$AmbientTemperature$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$AmbientTemperature$LAYOUT() { return libraw_metadata_common_t$AmbientTemperature$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$AmbientTemperature$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("AmbientTemperature"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$AmbientTemperature$VH() { return libraw_metadata_common_t$AmbientTemperature$VH_; }
static final MemoryLayout libraw_metadata_common_t$BatteryTemperature$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$BatteryTemperature$LAYOUT() { return libraw_metadata_common_t$BatteryTemperature$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$BatteryTemperature$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("BatteryTemperature"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$BatteryTemperature$VH() { return libraw_metadata_common_t$BatteryTemperature$VH_; }
static final MemoryLayout libraw_metadata_common_t$exifAmbientTemperature$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$exifAmbientTemperature$LAYOUT() { return libraw_metadata_common_t$exifAmbientTemperature$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$exifAmbientTemperature$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("exifAmbientTemperature"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$exifAmbientTemperature$VH() { return libraw_metadata_common_t$exifAmbientTemperature$VH_; }
static final MemoryLayout libraw_metadata_common_t$exifHumidity$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$exifHumidity$LAYOUT() { return libraw_metadata_common_t$exifHumidity$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$exifHumidity$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("exifHumidity"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$exifHumidity$VH() { return libraw_metadata_common_t$exifHumidity$VH_; }
static final MemoryLayout libraw_metadata_common_t$exifPressure$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$exifPressure$LAYOUT() { return libraw_metadata_common_t$exifPressure$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$exifPressure$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("exifPressure"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$exifPressure$VH() { return libraw_metadata_common_t$exifPressure$VH_; }
static final MemoryLayout libraw_metadata_common_t$exifWaterDepth$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$exifWaterDepth$LAYOUT() { return libraw_metadata_common_t$exifWaterDepth$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$exifWaterDepth$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("exifWaterDepth"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$exifWaterDepth$VH() { return libraw_metadata_common_t$exifWaterDepth$VH_; }
static final MemoryLayout libraw_metadata_common_t$exifAcceleration$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$exifAcceleration$LAYOUT() { return libraw_metadata_common_t$exifAcceleration$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$exifAcceleration$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("exifAcceleration"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$exifAcceleration$VH() { return libraw_metadata_common_t$exifAcceleration$VH_; }
static final MemoryLayout libraw_metadata_common_t$exifCameraElevationAngle$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$exifCameraElevationAngle$LAYOUT() { return libraw_metadata_common_t$exifCameraElevationAngle$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$exifCameraElevationAngle$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("exifCameraElevationAngle"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$exifCameraElevationAngle$VH() { return libraw_metadata_common_t$exifCameraElevationAngle$VH_; }
static final MemoryLayout libraw_metadata_common_t$real_ISO$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$real_ISO$LAYOUT() { return libraw_metadata_common_t$real_ISO$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$real_ISO$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("real_ISO"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$real_ISO$VH() { return libraw_metadata_common_t$real_ISO$VH_; }
static final MemoryLayout libraw_metadata_common_t$exifExposureIndex$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$exifExposureIndex$LAYOUT() { return libraw_metadata_common_t$exifExposureIndex$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$exifExposureIndex$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("exifExposureIndex"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$exifExposureIndex$VH() { return libraw_metadata_common_t$exifExposureIndex$VH_; }
static final MemoryLayout libraw_metadata_common_t$ColorSpace$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_metadata_common_t$ColorSpace$LAYOUT() { return libraw_metadata_common_t$ColorSpace$LAYOUT_; }
static final VarHandle libraw_metadata_common_t$ColorSpace$VH_ = libraw_metadata_common_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("ColorSpace"));
static final java.lang.invoke.VarHandle libraw_metadata_common_t$ColorSpace$VH() { return libraw_metadata_common_t$ColorSpace$VH_; }
static final MemoryLayout libraw_output_params_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
MemoryLayout.ofSequence(4, C_INT).withName("greybox"),
MemoryLayout.ofSequence(4, C_INT).withName("cropbox"),
MemoryLayout.ofSequence(4, C_DOUBLE).withName("aber"),
MemoryLayout.ofSequence(6, C_DOUBLE).withName("gamm"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("user_mul"),
C_INT.withName("shot_select"),
C_FLOAT.withName("bright"),
C_FLOAT.withName("threshold"),
C_INT.withName("half_size"),
C_INT.withName("four_color_rgb"),
C_INT.withName("highlight"),
C_INT.withName("use_auto_wb"),
C_INT.withName("use_camera_wb"),
C_INT.withName("use_camera_matrix"),
C_INT.withName("output_color"),
C_POINTER.withName("output_profile"),
C_POINTER.withName("camera_profile"),
C_POINTER.withName("bad_pixels"),
C_POINTER.withName("dark_frame"),
C_INT.withName("output_bps"),
C_INT.withName("output_tiff"),
C_INT.withName("user_flip"),
C_INT.withName("user_qual"),
C_INT.withName("user_black"),
MemoryLayout.ofSequence(4, C_INT).withName("user_cblack"),
C_INT.withName("user_sat"),
C_INT.withName("med_passes"),
C_FLOAT.withName("auto_bright_thr"),
C_FLOAT.withName("adjust_maximum_thr"),
C_INT.withName("no_auto_bright"),
C_INT.withName("use_fuji_rotate"),
C_INT.withName("green_matching"),
C_INT.withName("dcb_iterations"),
C_INT.withName("dcb_enhance_fl"),
C_INT.withName("fbdd_noiserd"),
C_INT.withName("exp_correc"),
C_FLOAT.withName("exp_shift"),
C_FLOAT.withName("exp_preser"),
C_INT.withName("use_rawspeed"),
C_INT.withName("use_dngsdk"),
C_INT.withName("no_auto_scale"),
C_INT.withName("no_interpolation"),
C_INT.withName("raw_processing_options"),
C_INT.withName("max_raw_memory_mb"),
C_INT.withName("sony_arw2_posterization_thr"),
C_FLOAT.withName("coolscan_nef_gamma"),
MemoryLayout.ofSequence(5, C_CHAR).withName("p4shot_order"),
MemoryLayout.ofPaddingBits(24),
C_POINTER.withName("custom_camera_strings")
);
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$struct$LAYOUT() { return libraw_output_params_t$struct$LAYOUT_; }
static final MemoryLayout libraw_output_params_t$shot_select$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$shot_select$LAYOUT() { return libraw_output_params_t$shot_select$LAYOUT_; }
static final VarHandle libraw_output_params_t$shot_select$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("shot_select"));
static final java.lang.invoke.VarHandle libraw_output_params_t$shot_select$VH() { return libraw_output_params_t$shot_select$VH_; }
static final MemoryLayout libraw_output_params_t$bright$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$bright$LAYOUT() { return libraw_output_params_t$bright$LAYOUT_; }
static final VarHandle libraw_output_params_t$bright$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("bright"));
static final java.lang.invoke.VarHandle libraw_output_params_t$bright$VH() { return libraw_output_params_t$bright$VH_; }
static final MemoryLayout libraw_output_params_t$threshold$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$threshold$LAYOUT() { return libraw_output_params_t$threshold$LAYOUT_; }
static final VarHandle libraw_output_params_t$threshold$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("threshold"));
static final java.lang.invoke.VarHandle libraw_output_params_t$threshold$VH() { return libraw_output_params_t$threshold$VH_; }
static final MemoryLayout libraw_output_params_t$half_size$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$half_size$LAYOUT() { return libraw_output_params_t$half_size$LAYOUT_; }
static final VarHandle libraw_output_params_t$half_size$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("half_size"));
static final java.lang.invoke.VarHandle libraw_output_params_t$half_size$VH() { return libraw_output_params_t$half_size$VH_; }
static final MemoryLayout libraw_output_params_t$four_color_rgb$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$four_color_rgb$LAYOUT() { return libraw_output_params_t$four_color_rgb$LAYOUT_; }
static final VarHandle libraw_output_params_t$four_color_rgb$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("four_color_rgb"));
static final java.lang.invoke.VarHandle libraw_output_params_t$four_color_rgb$VH() { return libraw_output_params_t$four_color_rgb$VH_; }
static final MemoryLayout libraw_output_params_t$highlight$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$highlight$LAYOUT() { return libraw_output_params_t$highlight$LAYOUT_; }
static final VarHandle libraw_output_params_t$highlight$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("highlight"));
static final java.lang.invoke.VarHandle libraw_output_params_t$highlight$VH() { return libraw_output_params_t$highlight$VH_; }
static final MemoryLayout libraw_output_params_t$use_auto_wb$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$use_auto_wb$LAYOUT() { return libraw_output_params_t$use_auto_wb$LAYOUT_; }
static final VarHandle libraw_output_params_t$use_auto_wb$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("use_auto_wb"));
static final java.lang.invoke.VarHandle libraw_output_params_t$use_auto_wb$VH() { return libraw_output_params_t$use_auto_wb$VH_; }
static final MemoryLayout libraw_output_params_t$use_camera_wb$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$use_camera_wb$LAYOUT() { return libraw_output_params_t$use_camera_wb$LAYOUT_; }
static final VarHandle libraw_output_params_t$use_camera_wb$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("use_camera_wb"));
static final java.lang.invoke.VarHandle libraw_output_params_t$use_camera_wb$VH() { return libraw_output_params_t$use_camera_wb$VH_; }
static final MemoryLayout libraw_output_params_t$use_camera_matrix$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$use_camera_matrix$LAYOUT() { return libraw_output_params_t$use_camera_matrix$LAYOUT_; }
static final VarHandle libraw_output_params_t$use_camera_matrix$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("use_camera_matrix"));
static final java.lang.invoke.VarHandle libraw_output_params_t$use_camera_matrix$VH() { return libraw_output_params_t$use_camera_matrix$VH_; }
static final MemoryLayout libraw_output_params_t$output_color$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$output_color$LAYOUT() { return libraw_output_params_t$output_color$LAYOUT_; }
static final VarHandle libraw_output_params_t$output_color$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("output_color"));
static final java.lang.invoke.VarHandle libraw_output_params_t$output_color$VH() { return libraw_output_params_t$output_color$VH_; }
static final MemoryLayout libraw_output_params_t$output_profile$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$output_profile$LAYOUT() { return libraw_output_params_t$output_profile$LAYOUT_; }
static final VarHandle libraw_output_params_t$output_profile$VH_ = MemoryHandles.asAddressVarHandle(libraw_output_params_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("output_profile")));
static final java.lang.invoke.VarHandle libraw_output_params_t$output_profile$VH() { return libraw_output_params_t$output_profile$VH_; }
static final MemoryLayout libraw_output_params_t$camera_profile$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$camera_profile$LAYOUT() { return libraw_output_params_t$camera_profile$LAYOUT_; }
static final VarHandle libraw_output_params_t$camera_profile$VH_ = MemoryHandles.asAddressVarHandle(libraw_output_params_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("camera_profile")));
static final java.lang.invoke.VarHandle libraw_output_params_t$camera_profile$VH() { return libraw_output_params_t$camera_profile$VH_; }
static final MemoryLayout libraw_output_params_t$bad_pixels$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$bad_pixels$LAYOUT() { return libraw_output_params_t$bad_pixels$LAYOUT_; }
static final VarHandle libraw_output_params_t$bad_pixels$VH_ = MemoryHandles.asAddressVarHandle(libraw_output_params_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("bad_pixels")));
static final java.lang.invoke.VarHandle libraw_output_params_t$bad_pixels$VH() { return libraw_output_params_t$bad_pixels$VH_; }
static final MemoryLayout libraw_output_params_t$dark_frame$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$dark_frame$LAYOUT() { return libraw_output_params_t$dark_frame$LAYOUT_; }
static final VarHandle libraw_output_params_t$dark_frame$VH_ = MemoryHandles.asAddressVarHandle(libraw_output_params_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("dark_frame")));
static final java.lang.invoke.VarHandle libraw_output_params_t$dark_frame$VH() { return libraw_output_params_t$dark_frame$VH_; }
static final MemoryLayout libraw_output_params_t$output_bps$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$output_bps$LAYOUT() { return libraw_output_params_t$output_bps$LAYOUT_; }
static final VarHandle libraw_output_params_t$output_bps$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("output_bps"));
static final java.lang.invoke.VarHandle libraw_output_params_t$output_bps$VH() { return libraw_output_params_t$output_bps$VH_; }
static final MemoryLayout libraw_output_params_t$output_tiff$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$output_tiff$LAYOUT() { return libraw_output_params_t$output_tiff$LAYOUT_; }
static final VarHandle libraw_output_params_t$output_tiff$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("output_tiff"));
static final java.lang.invoke.VarHandle libraw_output_params_t$output_tiff$VH() { return libraw_output_params_t$output_tiff$VH_; }
static final MemoryLayout libraw_output_params_t$user_flip$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$user_flip$LAYOUT() { return libraw_output_params_t$user_flip$LAYOUT_; }
static final VarHandle libraw_output_params_t$user_flip$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("user_flip"));
static final java.lang.invoke.VarHandle libraw_output_params_t$user_flip$VH() { return libraw_output_params_t$user_flip$VH_; }
static final MemoryLayout libraw_output_params_t$user_qual$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$user_qual$LAYOUT() { return libraw_output_params_t$user_qual$LAYOUT_; }
static final VarHandle libraw_output_params_t$user_qual$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("user_qual"));
static final java.lang.invoke.VarHandle libraw_output_params_t$user_qual$VH() { return libraw_output_params_t$user_qual$VH_; }
static final MemoryLayout libraw_output_params_t$user_black$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$user_black$LAYOUT() { return libraw_output_params_t$user_black$LAYOUT_; }
static final VarHandle libraw_output_params_t$user_black$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("user_black"));
static final java.lang.invoke.VarHandle libraw_output_params_t$user_black$VH() { return libraw_output_params_t$user_black$VH_; }
static final MemoryLayout libraw_output_params_t$user_sat$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$user_sat$LAYOUT() { return libraw_output_params_t$user_sat$LAYOUT_; }
static final VarHandle libraw_output_params_t$user_sat$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("user_sat"));
static final java.lang.invoke.VarHandle libraw_output_params_t$user_sat$VH() { return libraw_output_params_t$user_sat$VH_; }
static final MemoryLayout libraw_output_params_t$med_passes$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$med_passes$LAYOUT() { return libraw_output_params_t$med_passes$LAYOUT_; }
static final VarHandle libraw_output_params_t$med_passes$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("med_passes"));
static final java.lang.invoke.VarHandle libraw_output_params_t$med_passes$VH() { return libraw_output_params_t$med_passes$VH_; }
static final MemoryLayout libraw_output_params_t$auto_bright_thr$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$auto_bright_thr$LAYOUT() { return libraw_output_params_t$auto_bright_thr$LAYOUT_; }
static final VarHandle libraw_output_params_t$auto_bright_thr$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("auto_bright_thr"));
static final java.lang.invoke.VarHandle libraw_output_params_t$auto_bright_thr$VH() { return libraw_output_params_t$auto_bright_thr$VH_; }
static final MemoryLayout libraw_output_params_t$adjust_maximum_thr$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$adjust_maximum_thr$LAYOUT() { return libraw_output_params_t$adjust_maximum_thr$LAYOUT_; }
static final VarHandle libraw_output_params_t$adjust_maximum_thr$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("adjust_maximum_thr"));
static final java.lang.invoke.VarHandle libraw_output_params_t$adjust_maximum_thr$VH() { return libraw_output_params_t$adjust_maximum_thr$VH_; }
static final MemoryLayout libraw_output_params_t$no_auto_bright$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$no_auto_bright$LAYOUT() { return libraw_output_params_t$no_auto_bright$LAYOUT_; }
static final VarHandle libraw_output_params_t$no_auto_bright$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("no_auto_bright"));
static final java.lang.invoke.VarHandle libraw_output_params_t$no_auto_bright$VH() { return libraw_output_params_t$no_auto_bright$VH_; }
static final MemoryLayout libraw_output_params_t$use_fuji_rotate$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$use_fuji_rotate$LAYOUT() { return libraw_output_params_t$use_fuji_rotate$LAYOUT_; }
static final VarHandle libraw_output_params_t$use_fuji_rotate$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("use_fuji_rotate"));
static final java.lang.invoke.VarHandle libraw_output_params_t$use_fuji_rotate$VH() { return libraw_output_params_t$use_fuji_rotate$VH_; }
static final MemoryLayout libraw_output_params_t$green_matching$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$green_matching$LAYOUT() { return libraw_output_params_t$green_matching$LAYOUT_; }
static final VarHandle libraw_output_params_t$green_matching$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("green_matching"));
static final java.lang.invoke.VarHandle libraw_output_params_t$green_matching$VH() { return libraw_output_params_t$green_matching$VH_; }
static final MemoryLayout libraw_output_params_t$dcb_iterations$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$dcb_iterations$LAYOUT() { return libraw_output_params_t$dcb_iterations$LAYOUT_; }
static final VarHandle libraw_output_params_t$dcb_iterations$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("dcb_iterations"));
static final java.lang.invoke.VarHandle libraw_output_params_t$dcb_iterations$VH() { return libraw_output_params_t$dcb_iterations$VH_; }
static final MemoryLayout libraw_output_params_t$dcb_enhance_fl$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$dcb_enhance_fl$LAYOUT() { return libraw_output_params_t$dcb_enhance_fl$LAYOUT_; }
static final VarHandle libraw_output_params_t$dcb_enhance_fl$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("dcb_enhance_fl"));
static final java.lang.invoke.VarHandle libraw_output_params_t$dcb_enhance_fl$VH() { return libraw_output_params_t$dcb_enhance_fl$VH_; }
static final MemoryLayout libraw_output_params_t$fbdd_noiserd$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$fbdd_noiserd$LAYOUT() { return libraw_output_params_t$fbdd_noiserd$LAYOUT_; }
static final VarHandle libraw_output_params_t$fbdd_noiserd$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("fbdd_noiserd"));
static final java.lang.invoke.VarHandle libraw_output_params_t$fbdd_noiserd$VH() { return libraw_output_params_t$fbdd_noiserd$VH_; }
static final MemoryLayout libraw_output_params_t$exp_correc$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$exp_correc$LAYOUT() { return libraw_output_params_t$exp_correc$LAYOUT_; }
static final VarHandle libraw_output_params_t$exp_correc$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("exp_correc"));
static final java.lang.invoke.VarHandle libraw_output_params_t$exp_correc$VH() { return libraw_output_params_t$exp_correc$VH_; }
static final MemoryLayout libraw_output_params_t$exp_shift$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$exp_shift$LAYOUT() { return libraw_output_params_t$exp_shift$LAYOUT_; }
static final VarHandle libraw_output_params_t$exp_shift$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("exp_shift"));
static final java.lang.invoke.VarHandle libraw_output_params_t$exp_shift$VH() { return libraw_output_params_t$exp_shift$VH_; }
static final MemoryLayout libraw_output_params_t$exp_preser$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$exp_preser$LAYOUT() { return libraw_output_params_t$exp_preser$LAYOUT_; }
static final VarHandle libraw_output_params_t$exp_preser$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("exp_preser"));
static final java.lang.invoke.VarHandle libraw_output_params_t$exp_preser$VH() { return libraw_output_params_t$exp_preser$VH_; }
static final MemoryLayout libraw_output_params_t$use_rawspeed$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$use_rawspeed$LAYOUT() { return libraw_output_params_t$use_rawspeed$LAYOUT_; }
static final VarHandle libraw_output_params_t$use_rawspeed$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("use_rawspeed"));
static final java.lang.invoke.VarHandle libraw_output_params_t$use_rawspeed$VH() { return libraw_output_params_t$use_rawspeed$VH_; }
static final MemoryLayout libraw_output_params_t$use_dngsdk$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$use_dngsdk$LAYOUT() { return libraw_output_params_t$use_dngsdk$LAYOUT_; }
static final VarHandle libraw_output_params_t$use_dngsdk$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("use_dngsdk"));
static final java.lang.invoke.VarHandle libraw_output_params_t$use_dngsdk$VH() { return libraw_output_params_t$use_dngsdk$VH_; }
static final MemoryLayout libraw_output_params_t$no_auto_scale$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$no_auto_scale$LAYOUT() { return libraw_output_params_t$no_auto_scale$LAYOUT_; }
static final VarHandle libraw_output_params_t$no_auto_scale$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("no_auto_scale"));
static final java.lang.invoke.VarHandle libraw_output_params_t$no_auto_scale$VH() { return libraw_output_params_t$no_auto_scale$VH_; }
static final MemoryLayout libraw_output_params_t$no_interpolation$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$no_interpolation$LAYOUT() { return libraw_output_params_t$no_interpolation$LAYOUT_; }
static final VarHandle libraw_output_params_t$no_interpolation$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("no_interpolation"));
static final java.lang.invoke.VarHandle libraw_output_params_t$no_interpolation$VH() { return libraw_output_params_t$no_interpolation$VH_; }
static final MemoryLayout libraw_output_params_t$raw_processing_options$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$raw_processing_options$LAYOUT() { return libraw_output_params_t$raw_processing_options$LAYOUT_; }
static final VarHandle libraw_output_params_t$raw_processing_options$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("raw_processing_options"));
static final java.lang.invoke.VarHandle libraw_output_params_t$raw_processing_options$VH() { return libraw_output_params_t$raw_processing_options$VH_; }
static final MemoryLayout libraw_output_params_t$max_raw_memory_mb$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$max_raw_memory_mb$LAYOUT() { return libraw_output_params_t$max_raw_memory_mb$LAYOUT_; }
static final VarHandle libraw_output_params_t$max_raw_memory_mb$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("max_raw_memory_mb"));
static final java.lang.invoke.VarHandle libraw_output_params_t$max_raw_memory_mb$VH() { return libraw_output_params_t$max_raw_memory_mb$VH_; }
static final MemoryLayout libraw_output_params_t$sony_arw2_posterization_thr$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$sony_arw2_posterization_thr$LAYOUT() { return libraw_output_params_t$sony_arw2_posterization_thr$LAYOUT_; }
static final VarHandle libraw_output_params_t$sony_arw2_posterization_thr$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("sony_arw2_posterization_thr"));
static final java.lang.invoke.VarHandle libraw_output_params_t$sony_arw2_posterization_thr$VH() { return libraw_output_params_t$sony_arw2_posterization_thr$VH_; }
static final MemoryLayout libraw_output_params_t$coolscan_nef_gamma$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$coolscan_nef_gamma$LAYOUT() { return libraw_output_params_t$coolscan_nef_gamma$LAYOUT_; }
static final VarHandle libraw_output_params_t$coolscan_nef_gamma$VH_ = libraw_output_params_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("coolscan_nef_gamma"));
static final java.lang.invoke.VarHandle libraw_output_params_t$coolscan_nef_gamma$VH() { return libraw_output_params_t$coolscan_nef_gamma$VH_; }
static final MemoryLayout libraw_output_params_t$custom_camera_strings$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_output_params_t$custom_camera_strings$LAYOUT() { return libraw_output_params_t$custom_camera_strings$LAYOUT_; }
static final VarHandle libraw_output_params_t$custom_camera_strings$VH_ = MemoryHandles.asAddressVarHandle(libraw_output_params_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("custom_camera_strings")));
static final java.lang.invoke.VarHandle libraw_output_params_t$custom_camera_strings$VH() { return libraw_output_params_t$custom_camera_strings$VH_; }
static final MemoryLayout libraw_rawdata_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_POINTER.withName("raw_alloc"),
C_POINTER.withName("raw_image"),
C_POINTER.withName("color4_image"),
C_POINTER.withName("color3_image"),
C_POINTER.withName("float_image"),
C_POINTER.withName("float3_image"),
C_POINTER.withName("float4_image"),
C_POINTER.withName("ph1_cblack"),
C_POINTER.withName("ph1_rblack"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(4, C_CHAR).withName("guard"),
MemoryLayout.ofSequence(64, C_CHAR).withName("make"),
MemoryLayout.ofSequence(64, C_CHAR).withName("model"),
MemoryLayout.ofSequence(64, C_CHAR).withName("software"),
MemoryLayout.ofSequence(64, C_CHAR).withName("normalized_make"),
MemoryLayout.ofSequence(64, C_CHAR).withName("normalized_model"),
C_INT.withName("maker_index"),
C_INT.withName("raw_count"),
C_INT.withName("dng_version"),
C_INT.withName("is_foveon"),
C_INT.withName("colors"),
C_INT.withName("filters"),
MemoryLayout.ofSequence(6, MemoryLayout.ofSequence(6, C_CHAR)).withName("xtrans"),
MemoryLayout.ofSequence(6, MemoryLayout.ofSequence(6, C_CHAR)).withName("xtrans_abs"),
MemoryLayout.ofSequence(5, C_CHAR).withName("cdesc"),
MemoryLayout.ofPaddingBits(24),
C_INT.withName("xmplen"),
C_POINTER.withName("xmpdata")
).withName("iparams"),
MemoryLayout.ofStruct(
C_SHORT.withName("raw_height"),
C_SHORT.withName("raw_width"),
C_SHORT.withName("height"),
C_SHORT.withName("width"),
C_SHORT.withName("top_margin"),
C_SHORT.withName("left_margin"),
C_SHORT.withName("iheight"),
C_SHORT.withName("iwidth"),
C_INT.withName("raw_pitch"),
MemoryLayout.ofPaddingBits(32),
C_DOUBLE.withName("pixel_aspect"),
C_INT.withName("flip"),
MemoryLayout.ofSequence(8, MemoryLayout.ofSequence(4, C_INT)).withName("mask"),
MemoryLayout.ofStruct(
C_SHORT.withName("cleft"),
C_SHORT.withName("ctop"),
C_SHORT.withName("cwidth"),
C_SHORT.withName("cheight"),
C_SHORT.withName("aspect")
).withName("raw_inset_crop"),
MemoryLayout.ofPaddingBits(16)
).withName("sizes"),
MemoryLayout.ofStruct(
C_INT.withName("mix_green"),
C_INT.withName("raw_color"),
C_INT.withName("zero_is_bad"),
C_SHORT.withName("shrink"),
C_SHORT.withName("fuji_width")
).withName("ioparams"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(65536, C_SHORT).withName("curve"),
MemoryLayout.ofSequence(4104, C_INT).withName("cblack"),
C_INT.withName("black"),
C_INT.withName("data_maximum"),
C_INT.withName("maximum"),
MemoryLayout.ofPaddingBits(32),
MemoryLayout.ofSequence(4, C_LONG).withName("linear_max"),
C_FLOAT.withName("fmaximum"),
C_FLOAT.withName("fnorm"),
MemoryLayout.ofSequence(8, MemoryLayout.ofSequence(8, C_SHORT)).withName("white"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("cam_mul"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("pre_mul"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("cmatrix"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("ccm"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("rgb_cam"),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(3, C_FLOAT)).withName("cam_xyz"),
MemoryLayout.ofStruct(
C_INT.withName("format"),
C_INT.withName("key_off"),
C_INT.withName("tag_21a"),
C_INT.withName("t_black"),
C_INT.withName("split_col"),
C_INT.withName("black_col"),
C_INT.withName("split_row"),
C_INT.withName("black_row"),
C_FLOAT.withName("tag_210")
).withName("phase_one_data"),
C_FLOAT.withName("flash_used"),
C_FLOAT.withName("canon_ev"),
MemoryLayout.ofSequence(64, C_CHAR).withName("model2"),
MemoryLayout.ofSequence(64, C_CHAR).withName("UniqueCameraModel"),
MemoryLayout.ofSequence(64, C_CHAR).withName("LocalizedCameraModel"),
MemoryLayout.ofSequence(64, C_CHAR).withName("ImageUniqueID"),
MemoryLayout.ofSequence(17, C_CHAR).withName("RawDataUniqueID"),
MemoryLayout.ofSequence(64, C_CHAR).withName("OriginalRawFileName"),
MemoryLayout.ofPaddingBits(24),
C_POINTER.withName("profile"),
C_INT.withName("profile_length"),
MemoryLayout.ofSequence(8, C_INT).withName("black_stat"),
MemoryLayout.ofSequence(2, MemoryLayout.ofStruct(
C_INT.withName("parsedfields"),
C_SHORT.withName("illuminant"),
MemoryLayout.ofPaddingBits(16),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(4, C_FLOAT)).withName("calibration"),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(3, C_FLOAT)).withName("colormatrix"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("forwardmatrix")
)).withName("dng_color"),
MemoryLayout.ofStruct(
C_INT.withName("parsedfields"),
MemoryLayout.ofSequence(4104, C_INT).withName("dng_cblack"),
C_INT.withName("dng_black"),
MemoryLayout.ofSequence(4104, C_FLOAT).withName("dng_fcblack"),
C_FLOAT.withName("dng_fblack"),
MemoryLayout.ofSequence(4, C_INT).withName("dng_whitelevel"),
MemoryLayout.ofSequence(4, C_INT).withName("default_crop"),
C_INT.withName("preview_colorspace"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("analogbalance"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("asshotneutral"),
C_FLOAT.withName("baseline_exposure"),
C_FLOAT.withName("LinearResponseLimit")
).withName("dng_levels"),
MemoryLayout.ofSequence(256, MemoryLayout.ofSequence(4, C_INT)).withName("WB_Coeffs"),
MemoryLayout.ofSequence(64, MemoryLayout.ofSequence(5, C_FLOAT)).withName("WBCT_Coeffs"),
C_INT.withName("as_shot_wb_applied"),
MemoryLayout.ofSequence(2, MemoryLayout.ofStruct(
MemoryLayout.ofSequence(9, C_FLOAT).withName("romm_cam")
)).withName("P1_color"),
C_INT.withName("raw_bps"),
C_INT.withName("ExifColorSpace")
).withName("color")
);
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$struct$LAYOUT() { return libraw_rawdata_t$struct$LAYOUT_; }
static final MemoryLayout libraw_rawdata_t$raw_alloc$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$raw_alloc$LAYOUT() { return libraw_rawdata_t$raw_alloc$LAYOUT_; }
static final VarHandle libraw_rawdata_t$raw_alloc$VH_ = MemoryHandles.asAddressVarHandle(libraw_rawdata_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("raw_alloc")));
static final java.lang.invoke.VarHandle libraw_rawdata_t$raw_alloc$VH() { return libraw_rawdata_t$raw_alloc$VH_; }
static final MemoryLayout libraw_rawdata_t$raw_image$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$raw_image$LAYOUT() { return libraw_rawdata_t$raw_image$LAYOUT_; }
static final VarHandle libraw_rawdata_t$raw_image$VH_ = MemoryHandles.asAddressVarHandle(libraw_rawdata_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("raw_image")));
static final java.lang.invoke.VarHandle libraw_rawdata_t$raw_image$VH() { return libraw_rawdata_t$raw_image$VH_; }
static final MemoryLayout libraw_rawdata_t$color4_image$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$color4_image$LAYOUT() { return libraw_rawdata_t$color4_image$LAYOUT_; }
static final VarHandle libraw_rawdata_t$color4_image$VH_ = MemoryHandles.asAddressVarHandle(libraw_rawdata_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("color4_image")));
static final java.lang.invoke.VarHandle libraw_rawdata_t$color4_image$VH() { return libraw_rawdata_t$color4_image$VH_; }
static final MemoryLayout libraw_rawdata_t$color3_image$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$color3_image$LAYOUT() { return libraw_rawdata_t$color3_image$LAYOUT_; }
static final VarHandle libraw_rawdata_t$color3_image$VH_ = MemoryHandles.asAddressVarHandle(libraw_rawdata_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("color3_image")));
static final java.lang.invoke.VarHandle libraw_rawdata_t$color3_image$VH() { return libraw_rawdata_t$color3_image$VH_; }
static final MemoryLayout libraw_rawdata_t$float_image$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$float_image$LAYOUT() { return libraw_rawdata_t$float_image$LAYOUT_; }
static final VarHandle libraw_rawdata_t$float_image$VH_ = MemoryHandles.asAddressVarHandle(libraw_rawdata_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("float_image")));
static final java.lang.invoke.VarHandle libraw_rawdata_t$float_image$VH() { return libraw_rawdata_t$float_image$VH_; }
static final MemoryLayout libraw_rawdata_t$float3_image$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$float3_image$LAYOUT() { return libraw_rawdata_t$float3_image$LAYOUT_; }
static final VarHandle libraw_rawdata_t$float3_image$VH_ = MemoryHandles.asAddressVarHandle(libraw_rawdata_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("float3_image")));
static final java.lang.invoke.VarHandle libraw_rawdata_t$float3_image$VH() { return libraw_rawdata_t$float3_image$VH_; }
static final MemoryLayout libraw_rawdata_t$float4_image$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$float4_image$LAYOUT() { return libraw_rawdata_t$float4_image$LAYOUT_; }
static final VarHandle libraw_rawdata_t$float4_image$VH_ = MemoryHandles.asAddressVarHandle(libraw_rawdata_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("float4_image")));
static final java.lang.invoke.VarHandle libraw_rawdata_t$float4_image$VH() { return libraw_rawdata_t$float4_image$VH_; }
static final MemoryLayout libraw_rawdata_t$ph1_cblack$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$ph1_cblack$LAYOUT() { return libraw_rawdata_t$ph1_cblack$LAYOUT_; }
static final VarHandle libraw_rawdata_t$ph1_cblack$VH_ = MemoryHandles.asAddressVarHandle(libraw_rawdata_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("ph1_cblack")));
static final java.lang.invoke.VarHandle libraw_rawdata_t$ph1_cblack$VH() { return libraw_rawdata_t$ph1_cblack$VH_; }
static final MemoryLayout libraw_rawdata_t$ph1_rblack$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_rawdata_t$ph1_rblack$LAYOUT() { return libraw_rawdata_t$ph1_rblack$LAYOUT_; }
static final VarHandle libraw_rawdata_t$ph1_rblack$VH_ = MemoryHandles.asAddressVarHandle(libraw_rawdata_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("ph1_rblack")));
static final java.lang.invoke.VarHandle libraw_rawdata_t$ph1_rblack$VH() { return libraw_rawdata_t$ph1_rblack$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_LONG_LONG.withName("LensID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Lens"),
C_SHORT.withName("LensFormat"),
C_SHORT.withName("LensMount"),
MemoryLayout.ofPaddingBits(32),
C_LONG_LONG.withName("CamID"),
C_SHORT.withName("CameraFormat"),
C_SHORT.withName("CameraMount"),
MemoryLayout.ofSequence(64, C_CHAR).withName("body"),
C_SHORT.withName("FocalType"),
MemoryLayout.ofSequence(16, C_CHAR).withName("LensFeatures_pre"),
MemoryLayout.ofSequence(16, C_CHAR).withName("LensFeatures_suf"),
MemoryLayout.ofPaddingBits(16),
C_FLOAT.withName("MinFocal"),
C_FLOAT.withName("MaxFocal"),
C_FLOAT.withName("MaxAp4MinFocal"),
C_FLOAT.withName("MaxAp4MaxFocal"),
C_FLOAT.withName("MinAp4MinFocal"),
C_FLOAT.withName("MinAp4MaxFocal"),
C_FLOAT.withName("MaxAp"),
C_FLOAT.withName("MinAp"),
C_FLOAT.withName("CurFocal"),
C_FLOAT.withName("CurAp"),
C_FLOAT.withName("MaxAp4CurFocal"),
C_FLOAT.withName("MinAp4CurFocal"),
C_FLOAT.withName("MinFocusDistance"),
C_FLOAT.withName("FocusRangeIndex"),
C_FLOAT.withName("LensFStops"),
MemoryLayout.ofPaddingBits(32),
C_LONG_LONG.withName("TeleconverterID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Teleconverter"),
C_LONG_LONG.withName("AdapterID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Adapter"),
C_LONG_LONG.withName("AttachmentID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Attachment"),
C_SHORT.withName("FocalUnits"),
MemoryLayout.ofPaddingBits(16),
C_FLOAT.withName("FocalLengthIn35mmFormat")
);
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$struct$LAYOUT() { return libraw_makernotes_lens_t$struct$LAYOUT_; }
static final MemoryLayout libraw_makernotes_lens_t$LensID$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$LensID$LAYOUT() { return libraw_makernotes_lens_t$LensID$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$LensID$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("LensID"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$LensID$VH() { return libraw_makernotes_lens_t$LensID$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$LensFormat$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$LensFormat$LAYOUT() { return libraw_makernotes_lens_t$LensFormat$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$LensFormat$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("LensFormat"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$LensFormat$VH() { return libraw_makernotes_lens_t$LensFormat$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$LensMount$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$LensMount$LAYOUT() { return libraw_makernotes_lens_t$LensMount$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$LensMount$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("LensMount"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$LensMount$VH() { return libraw_makernotes_lens_t$LensMount$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$CamID$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$CamID$LAYOUT() { return libraw_makernotes_lens_t$CamID$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$CamID$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("CamID"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$CamID$VH() { return libraw_makernotes_lens_t$CamID$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$CameraFormat$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$CameraFormat$LAYOUT() { return libraw_makernotes_lens_t$CameraFormat$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$CameraFormat$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("CameraFormat"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$CameraFormat$VH() { return libraw_makernotes_lens_t$CameraFormat$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$CameraMount$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$CameraMount$LAYOUT() { return libraw_makernotes_lens_t$CameraMount$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$CameraMount$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("CameraMount"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$CameraMount$VH() { return libraw_makernotes_lens_t$CameraMount$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$FocalType$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$FocalType$LAYOUT() { return libraw_makernotes_lens_t$FocalType$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$FocalType$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("FocalType"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$FocalType$VH() { return libraw_makernotes_lens_t$FocalType$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MinFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MinFocal$LAYOUT() { return libraw_makernotes_lens_t$MinFocal$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MinFocal$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MinFocal"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MinFocal$VH() { return libraw_makernotes_lens_t$MinFocal$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MaxFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MaxFocal$LAYOUT() { return libraw_makernotes_lens_t$MaxFocal$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MaxFocal$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxFocal"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MaxFocal$VH() { return libraw_makernotes_lens_t$MaxFocal$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MaxAp4MinFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MaxAp4MinFocal$LAYOUT() { return libraw_makernotes_lens_t$MaxAp4MinFocal$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MaxAp4MinFocal$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxAp4MinFocal"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MaxAp4MinFocal$VH() { return libraw_makernotes_lens_t$MaxAp4MinFocal$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MaxAp4MaxFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MaxAp4MaxFocal$LAYOUT() { return libraw_makernotes_lens_t$MaxAp4MaxFocal$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MaxAp4MaxFocal$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxAp4MaxFocal"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MaxAp4MaxFocal$VH() { return libraw_makernotes_lens_t$MaxAp4MaxFocal$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MinAp4MinFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MinAp4MinFocal$LAYOUT() { return libraw_makernotes_lens_t$MinAp4MinFocal$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MinAp4MinFocal$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MinAp4MinFocal"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MinAp4MinFocal$VH() { return libraw_makernotes_lens_t$MinAp4MinFocal$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MinAp4MaxFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MinAp4MaxFocal$LAYOUT() { return libraw_makernotes_lens_t$MinAp4MaxFocal$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MinAp4MaxFocal$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MinAp4MaxFocal"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MinAp4MaxFocal$VH() { return libraw_makernotes_lens_t$MinAp4MaxFocal$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MaxAp$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MaxAp$LAYOUT() { return libraw_makernotes_lens_t$MaxAp$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MaxAp$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxAp"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MaxAp$VH() { return libraw_makernotes_lens_t$MaxAp$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MinAp$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MinAp$LAYOUT() { return libraw_makernotes_lens_t$MinAp$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MinAp$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MinAp"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MinAp$VH() { return libraw_makernotes_lens_t$MinAp$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$CurFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$CurFocal$LAYOUT() { return libraw_makernotes_lens_t$CurFocal$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$CurFocal$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("CurFocal"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$CurFocal$VH() { return libraw_makernotes_lens_t$CurFocal$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$CurAp$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$CurAp$LAYOUT() { return libraw_makernotes_lens_t$CurAp$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$CurAp$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("CurAp"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$CurAp$VH() { return libraw_makernotes_lens_t$CurAp$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MaxAp4CurFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MaxAp4CurFocal$LAYOUT() { return libraw_makernotes_lens_t$MaxAp4CurFocal$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MaxAp4CurFocal$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxAp4CurFocal"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MaxAp4CurFocal$VH() { return libraw_makernotes_lens_t$MaxAp4CurFocal$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MinAp4CurFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MinAp4CurFocal$LAYOUT() { return libraw_makernotes_lens_t$MinAp4CurFocal$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MinAp4CurFocal$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MinAp4CurFocal"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MinAp4CurFocal$VH() { return libraw_makernotes_lens_t$MinAp4CurFocal$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$MinFocusDistance$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$MinFocusDistance$LAYOUT() { return libraw_makernotes_lens_t$MinFocusDistance$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$MinFocusDistance$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MinFocusDistance"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$MinFocusDistance$VH() { return libraw_makernotes_lens_t$MinFocusDistance$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$FocusRangeIndex$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$FocusRangeIndex$LAYOUT() { return libraw_makernotes_lens_t$FocusRangeIndex$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$FocusRangeIndex$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("FocusRangeIndex"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$FocusRangeIndex$VH() { return libraw_makernotes_lens_t$FocusRangeIndex$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$LensFStops$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$LensFStops$LAYOUT() { return libraw_makernotes_lens_t$LensFStops$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$LensFStops$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("LensFStops"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$LensFStops$VH() { return libraw_makernotes_lens_t$LensFStops$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$TeleconverterID$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$TeleconverterID$LAYOUT() { return libraw_makernotes_lens_t$TeleconverterID$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$TeleconverterID$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("TeleconverterID"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$TeleconverterID$VH() { return libraw_makernotes_lens_t$TeleconverterID$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$AdapterID$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$AdapterID$LAYOUT() { return libraw_makernotes_lens_t$AdapterID$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$AdapterID$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("AdapterID"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$AdapterID$VH() { return libraw_makernotes_lens_t$AdapterID$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$AttachmentID$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$AttachmentID$LAYOUT() { return libraw_makernotes_lens_t$AttachmentID$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$AttachmentID$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("AttachmentID"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$AttachmentID$VH() { return libraw_makernotes_lens_t$AttachmentID$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$FocalUnits$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$FocalUnits$LAYOUT() { return libraw_makernotes_lens_t$FocalUnits$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$FocalUnits$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("FocalUnits"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$FocalUnits$VH() { return libraw_makernotes_lens_t$FocalUnits$VH_; }
static final MemoryLayout libraw_makernotes_lens_t$FocalLengthIn35mmFormat$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_lens_t$FocalLengthIn35mmFormat$LAYOUT() { return libraw_makernotes_lens_t$FocalLengthIn35mmFormat$LAYOUT_; }
static final VarHandle libraw_makernotes_lens_t$FocalLengthIn35mmFormat$VH_ = libraw_makernotes_lens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("FocalLengthIn35mmFormat"));
static final java.lang.invoke.VarHandle libraw_makernotes_lens_t$FocalLengthIn35mmFormat$VH() { return libraw_makernotes_lens_t$FocalLengthIn35mmFormat$VH_; }
static final MemoryLayout libraw_nikonlens_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_FLOAT.withName("EffectiveMaxAp"),
C_CHAR.withName("LensIDNumber"),
C_CHAR.withName("LensFStops"),
C_CHAR.withName("MCUVersion"),
C_CHAR.withName("LensType")
);
static final jdk.incubator.foreign.MemoryLayout libraw_nikonlens_t$struct$LAYOUT() { return libraw_nikonlens_t$struct$LAYOUT_; }
static final MemoryLayout libraw_nikonlens_t$EffectiveMaxAp$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_nikonlens_t$EffectiveMaxAp$LAYOUT() { return libraw_nikonlens_t$EffectiveMaxAp$LAYOUT_; }
static final VarHandle libraw_nikonlens_t$EffectiveMaxAp$VH_ = libraw_nikonlens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("EffectiveMaxAp"));
static final java.lang.invoke.VarHandle libraw_nikonlens_t$EffectiveMaxAp$VH() { return libraw_nikonlens_t$EffectiveMaxAp$VH_; }
static final MemoryLayout libraw_nikonlens_t$LensIDNumber$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_nikonlens_t$LensIDNumber$LAYOUT() { return libraw_nikonlens_t$LensIDNumber$LAYOUT_; }
static final VarHandle libraw_nikonlens_t$LensIDNumber$VH_ = libraw_nikonlens_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("LensIDNumber"));
static final java.lang.invoke.VarHandle libraw_nikonlens_t$LensIDNumber$VH() { return libraw_nikonlens_t$LensIDNumber$VH_; }
static final MemoryLayout libraw_nikonlens_t$LensFStops$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_nikonlens_t$LensFStops$LAYOUT() { return libraw_nikonlens_t$LensFStops$LAYOUT_; }
static final VarHandle libraw_nikonlens_t$LensFStops$VH_ = libraw_nikonlens_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("LensFStops"));
static final java.lang.invoke.VarHandle libraw_nikonlens_t$LensFStops$VH() { return libraw_nikonlens_t$LensFStops$VH_; }
static final MemoryLayout libraw_nikonlens_t$MCUVersion$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_nikonlens_t$MCUVersion$LAYOUT() { return libraw_nikonlens_t$MCUVersion$LAYOUT_; }
static final VarHandle libraw_nikonlens_t$MCUVersion$VH_ = libraw_nikonlens_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("MCUVersion"));
static final java.lang.invoke.VarHandle libraw_nikonlens_t$MCUVersion$VH() { return libraw_nikonlens_t$MCUVersion$VH_; }
static final MemoryLayout libraw_nikonlens_t$LensType$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_nikonlens_t$LensType$LAYOUT() { return libraw_nikonlens_t$LensType$LAYOUT_; }
static final VarHandle libraw_nikonlens_t$LensType$VH_ = libraw_nikonlens_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("LensType"));
static final java.lang.invoke.VarHandle libraw_nikonlens_t$LensType$VH() { return libraw_nikonlens_t$LensType$VH_; }
static final MemoryLayout libraw_dnglens_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_FLOAT.withName("MinFocal"),
C_FLOAT.withName("MaxFocal"),
C_FLOAT.withName("MaxAp4MinFocal"),
C_FLOAT.withName("MaxAp4MaxFocal")
);
static final jdk.incubator.foreign.MemoryLayout libraw_dnglens_t$struct$LAYOUT() { return libraw_dnglens_t$struct$LAYOUT_; }
static final MemoryLayout libraw_dnglens_t$MinFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_dnglens_t$MinFocal$LAYOUT() { return libraw_dnglens_t$MinFocal$LAYOUT_; }
static final VarHandle libraw_dnglens_t$MinFocal$VH_ = libraw_dnglens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MinFocal"));
static final java.lang.invoke.VarHandle libraw_dnglens_t$MinFocal$VH() { return libraw_dnglens_t$MinFocal$VH_; }
static final MemoryLayout libraw_dnglens_t$MaxFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_dnglens_t$MaxFocal$LAYOUT() { return libraw_dnglens_t$MaxFocal$LAYOUT_; }
static final VarHandle libraw_dnglens_t$MaxFocal$VH_ = libraw_dnglens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxFocal"));
static final java.lang.invoke.VarHandle libraw_dnglens_t$MaxFocal$VH() { return libraw_dnglens_t$MaxFocal$VH_; }
static final MemoryLayout libraw_dnglens_t$MaxAp4MinFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_dnglens_t$MaxAp4MinFocal$LAYOUT() { return libraw_dnglens_t$MaxAp4MinFocal$LAYOUT_; }
static final VarHandle libraw_dnglens_t$MaxAp4MinFocal$VH_ = libraw_dnglens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxAp4MinFocal"));
static final java.lang.invoke.VarHandle libraw_dnglens_t$MaxAp4MinFocal$VH() { return libraw_dnglens_t$MaxAp4MinFocal$VH_; }
static final MemoryLayout libraw_dnglens_t$MaxAp4MaxFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_dnglens_t$MaxAp4MaxFocal$LAYOUT() { return libraw_dnglens_t$MaxAp4MaxFocal$LAYOUT_; }
static final VarHandle libraw_dnglens_t$MaxAp4MaxFocal$VH_ = libraw_dnglens_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxAp4MaxFocal"));
static final java.lang.invoke.VarHandle libraw_dnglens_t$MaxAp4MaxFocal$VH() { return libraw_dnglens_t$MaxAp4MaxFocal$VH_; }
static final MemoryLayout libraw_lensinfo_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_FLOAT.withName("MinFocal"),
C_FLOAT.withName("MaxFocal"),
C_FLOAT.withName("MaxAp4MinFocal"),
C_FLOAT.withName("MaxAp4MaxFocal"),
C_FLOAT.withName("EXIF_MaxAp"),
MemoryLayout.ofSequence(128, C_CHAR).withName("LensMake"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Lens"),
MemoryLayout.ofSequence(128, C_CHAR).withName("LensSerial"),
MemoryLayout.ofSequence(128, C_CHAR).withName("InternalLensSerial"),
C_SHORT.withName("FocalLengthIn35mmFormat"),
MemoryLayout.ofPaddingBits(16),
MemoryLayout.ofStruct(
C_FLOAT.withName("EffectiveMaxAp"),
C_CHAR.withName("LensIDNumber"),
C_CHAR.withName("LensFStops"),
C_CHAR.withName("MCUVersion"),
C_CHAR.withName("LensType")
).withName("nikon"),
MemoryLayout.ofStruct(
C_FLOAT.withName("MinFocal"),
C_FLOAT.withName("MaxFocal"),
C_FLOAT.withName("MaxAp4MinFocal"),
C_FLOAT.withName("MaxAp4MaxFocal")
).withName("dng"),
MemoryLayout.ofStruct(
C_LONG_LONG.withName("LensID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Lens"),
C_SHORT.withName("LensFormat"),
C_SHORT.withName("LensMount"),
MemoryLayout.ofPaddingBits(32),
C_LONG_LONG.withName("CamID"),
C_SHORT.withName("CameraFormat"),
C_SHORT.withName("CameraMount"),
MemoryLayout.ofSequence(64, C_CHAR).withName("body"),
C_SHORT.withName("FocalType"),
MemoryLayout.ofSequence(16, C_CHAR).withName("LensFeatures_pre"),
MemoryLayout.ofSequence(16, C_CHAR).withName("LensFeatures_suf"),
MemoryLayout.ofPaddingBits(16),
C_FLOAT.withName("MinFocal"),
C_FLOAT.withName("MaxFocal"),
C_FLOAT.withName("MaxAp4MinFocal"),
C_FLOAT.withName("MaxAp4MaxFocal"),
C_FLOAT.withName("MinAp4MinFocal"),
C_FLOAT.withName("MinAp4MaxFocal"),
C_FLOAT.withName("MaxAp"),
C_FLOAT.withName("MinAp"),
C_FLOAT.withName("CurFocal"),
C_FLOAT.withName("CurAp"),
C_FLOAT.withName("MaxAp4CurFocal"),
C_FLOAT.withName("MinAp4CurFocal"),
C_FLOAT.withName("MinFocusDistance"),
C_FLOAT.withName("FocusRangeIndex"),
C_FLOAT.withName("LensFStops"),
MemoryLayout.ofPaddingBits(32),
C_LONG_LONG.withName("TeleconverterID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Teleconverter"),
C_LONG_LONG.withName("AdapterID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Adapter"),
C_LONG_LONG.withName("AttachmentID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Attachment"),
C_SHORT.withName("FocalUnits"),
MemoryLayout.ofPaddingBits(16),
C_FLOAT.withName("FocalLengthIn35mmFormat")
).withName("makernotes")
);
static final jdk.incubator.foreign.MemoryLayout libraw_lensinfo_t$struct$LAYOUT() { return libraw_lensinfo_t$struct$LAYOUT_; }
static final MemoryLayout libraw_lensinfo_t$MinFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_lensinfo_t$MinFocal$LAYOUT() { return libraw_lensinfo_t$MinFocal$LAYOUT_; }
static final VarHandle libraw_lensinfo_t$MinFocal$VH_ = libraw_lensinfo_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MinFocal"));
static final java.lang.invoke.VarHandle libraw_lensinfo_t$MinFocal$VH() { return libraw_lensinfo_t$MinFocal$VH_; }
static final MemoryLayout libraw_lensinfo_t$MaxFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_lensinfo_t$MaxFocal$LAYOUT() { return libraw_lensinfo_t$MaxFocal$LAYOUT_; }
static final VarHandle libraw_lensinfo_t$MaxFocal$VH_ = libraw_lensinfo_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxFocal"));
static final java.lang.invoke.VarHandle libraw_lensinfo_t$MaxFocal$VH() { return libraw_lensinfo_t$MaxFocal$VH_; }
static final MemoryLayout libraw_lensinfo_t$MaxAp4MinFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_lensinfo_t$MaxAp4MinFocal$LAYOUT() { return libraw_lensinfo_t$MaxAp4MinFocal$LAYOUT_; }
static final VarHandle libraw_lensinfo_t$MaxAp4MinFocal$VH_ = libraw_lensinfo_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxAp4MinFocal"));
static final java.lang.invoke.VarHandle libraw_lensinfo_t$MaxAp4MinFocal$VH() { return libraw_lensinfo_t$MaxAp4MinFocal$VH_; }
static final MemoryLayout libraw_lensinfo_t$MaxAp4MaxFocal$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_lensinfo_t$MaxAp4MaxFocal$LAYOUT() { return libraw_lensinfo_t$MaxAp4MaxFocal$LAYOUT_; }
static final VarHandle libraw_lensinfo_t$MaxAp4MaxFocal$VH_ = libraw_lensinfo_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("MaxAp4MaxFocal"));
static final java.lang.invoke.VarHandle libraw_lensinfo_t$MaxAp4MaxFocal$VH() { return libraw_lensinfo_t$MaxAp4MaxFocal$VH_; }
static final MemoryLayout libraw_lensinfo_t$EXIF_MaxAp$LAYOUT_ = C_FLOAT;
static final jdk.incubator.foreign.MemoryLayout libraw_lensinfo_t$EXIF_MaxAp$LAYOUT() { return libraw_lensinfo_t$EXIF_MaxAp$LAYOUT_; }
static final VarHandle libraw_lensinfo_t$EXIF_MaxAp$VH_ = libraw_lensinfo_t$struct$LAYOUT_.varHandle(float.class, MemoryLayout.PathElement.groupElement("EXIF_MaxAp"));
static final java.lang.invoke.VarHandle libraw_lensinfo_t$EXIF_MaxAp$VH() { return libraw_lensinfo_t$EXIF_MaxAp$VH_; }
static final MemoryLayout libraw_lensinfo_t$FocalLengthIn35mmFormat$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_lensinfo_t$FocalLengthIn35mmFormat$LAYOUT() { return libraw_lensinfo_t$FocalLengthIn35mmFormat$LAYOUT_; }
static final VarHandle libraw_lensinfo_t$FocalLengthIn35mmFormat$VH_ = libraw_lensinfo_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("FocalLengthIn35mmFormat"));
static final java.lang.invoke.VarHandle libraw_lensinfo_t$FocalLengthIn35mmFormat$VH() { return libraw_lensinfo_t$FocalLengthIn35mmFormat$VH_; }
static final MemoryLayout libraw_makernotes_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
MemoryLayout.ofStruct(
C_INT.withName("ColorDataVer"),
C_INT.withName("ColorDataSubVer"),
C_INT.withName("SpecularWhiteLevel"),
C_INT.withName("NormalWhiteLevel"),
MemoryLayout.ofSequence(4, C_INT).withName("ChannelBlackLevel"),
C_INT.withName("AverageBlackLevel"),
MemoryLayout.ofSequence(4, C_INT).withName("multishot"),
C_SHORT.withName("MeteringMode"),
C_SHORT.withName("SpotMeteringMode"),
C_CHAR.withName("FlashMeteringMode"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("FlashExposureLock"),
C_SHORT.withName("ExposureMode"),
C_SHORT.withName("AESetting"),
C_CHAR.withName("HighlightTonePriority"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("ImageStabilization"),
C_SHORT.withName("FocusMode"),
C_SHORT.withName("AFPoint"),
C_SHORT.withName("FocusContinuous"),
C_SHORT.withName("AFPointsInFocus30D"),
MemoryLayout.ofSequence(8, C_CHAR).withName("AFPointsInFocus1D"),
C_SHORT.withName("AFPointsInFocus5D"),
C_SHORT.withName("AFAreaMode"),
C_SHORT.withName("NumAFPoints"),
C_SHORT.withName("ValidAFPoints"),
C_SHORT.withName("AFImageWidth"),
C_SHORT.withName("AFImageHeight"),
MemoryLayout.ofSequence(61, C_SHORT).withName("AFAreaWidths"),
MemoryLayout.ofSequence(61, C_SHORT).withName("AFAreaHeights"),
MemoryLayout.ofSequence(61, C_SHORT).withName("AFAreaXPositions"),
MemoryLayout.ofSequence(61, C_SHORT).withName("AFAreaYPositions"),
MemoryLayout.ofSequence(4, C_SHORT).withName("AFPointsInFocus"),
MemoryLayout.ofSequence(4, C_SHORT).withName("AFPointsSelected"),
C_SHORT.withName("PrimaryAFPoint"),
C_SHORT.withName("FlashMode"),
C_SHORT.withName("FlashActivity"),
C_SHORT.withName("FlashBits"),
C_SHORT.withName("ManualFlashOutput"),
C_SHORT.withName("FlashOutput"),
C_SHORT.withName("FlashGuideNumber"),
C_SHORT.withName("ContinuousDrive"),
C_SHORT.withName("SensorWidth"),
C_SHORT.withName("SensorHeight"),
C_SHORT.withName("SensorLeftBorder"),
C_SHORT.withName("SensorTopBorder"),
C_SHORT.withName("SensorRightBorder"),
C_SHORT.withName("SensorBottomBorder"),
C_SHORT.withName("BlackMaskLeftBorder"),
C_SHORT.withName("BlackMaskTopBorder"),
C_SHORT.withName("BlackMaskRightBorder"),
C_SHORT.withName("BlackMaskBottomBorder"),
C_INT.withName("AFMicroAdjMode"),
C_FLOAT.withName("AFMicroAdjValue"),
C_SHORT.withName("MakernotesFlip"),
C_SHORT.withName("RecordMode"),
C_SHORT.withName("SRAWQuality"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("wbi"),
C_FLOAT.withName("firmware"),
C_SHORT.withName("RF_lensID"),
MemoryLayout.ofPaddingBits(16)
).withName("canon"),
MemoryLayout.ofStruct(
C_DOUBLE.withName("ExposureBracketValue"),
C_SHORT.withName("ActiveDLighting"),
C_SHORT.withName("ShootingMode"),
MemoryLayout.ofSequence(7, C_CHAR).withName("ImageStabilization"),
C_CHAR.withName("VibrationReduction"),
C_CHAR.withName("VRMode"),
MemoryLayout.ofSequence(7, C_CHAR).withName("FocusMode"),
C_CHAR.withName("AFPoint"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("AFPointsInFocus"),
C_CHAR.withName("ContrastDetectAF"),
C_CHAR.withName("AFAreaMode"),
C_CHAR.withName("PhaseDetectAF"),
C_CHAR.withName("PrimaryAFPoint"),
MemoryLayout.ofSequence(29, C_CHAR).withName("AFPointsUsed"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("AFImageWidth"),
C_SHORT.withName("AFImageHeight"),
C_SHORT.withName("AFAreaXPposition"),
C_SHORT.withName("AFAreaYPosition"),
C_SHORT.withName("AFAreaWidth"),
C_SHORT.withName("AFAreaHeight"),
C_CHAR.withName("ContrastDetectAFInFocus"),
MemoryLayout.ofSequence(13, C_CHAR).withName("FlashSetting"),
MemoryLayout.ofSequence(20, C_CHAR).withName("FlashType"),
MemoryLayout.ofSequence(4, C_CHAR).withName("FlashExposureCompensation"),
MemoryLayout.ofSequence(4, C_CHAR).withName("ExternalFlashExposureComp"),
MemoryLayout.ofSequence(4, C_CHAR).withName("FlashExposureBracketValue"),
C_CHAR.withName("FlashMode"),
C_CHAR.withName("FlashExposureCompensation2"),
C_CHAR.withName("FlashExposureCompensation3"),
C_CHAR.withName("FlashExposureCompensation4"),
C_CHAR.withName("FlashSource"),
MemoryLayout.ofSequence(2, C_CHAR).withName("FlashFirmware"),
C_CHAR.withName("ExternalFlashFlags"),
C_CHAR.withName("FlashControlCommanderMode"),
C_CHAR.withName("FlashOutputAndCompensation"),
C_CHAR.withName("FlashFocalLength"),
C_CHAR.withName("FlashGNDistance"),
MemoryLayout.ofSequence(4, C_CHAR).withName("FlashGroupControlMode"),
MemoryLayout.ofSequence(4, C_CHAR).withName("FlashGroupOutputAndCompensation"),
C_CHAR.withName("FlashColorFilter"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("NEFCompression"),
C_INT.withName("ExposureMode"),
C_INT.withName("ExposureProgram"),
C_INT.withName("nMEshots"),
C_INT.withName("MEgainOn"),
MemoryLayout.ofPaddingBits(32),
MemoryLayout.ofSequence(4, C_DOUBLE).withName("ME_WB"),
C_CHAR.withName("AFFineTune"),
C_CHAR.withName("AFFineTuneIndex"),
C_CHAR.withName("AFFineTuneAdj"),
MemoryLayout.ofPaddingBits(8),
C_INT.withName("LensDataVersion"),
C_INT.withName("FlashInfoVersion"),
C_INT.withName("ColorBalanceVersion"),
C_CHAR.withName("key"),
MemoryLayout.ofPaddingBits(8),
MemoryLayout.ofSequence(4, C_SHORT).withName("NEFBitDepth"),
C_SHORT.withName("HighSpeedCropFormat"),
MemoryLayout.ofStruct(
C_SHORT.withName("cleft"),
C_SHORT.withName("ctop"),
C_SHORT.withName("cwidth"),
C_SHORT.withName("cheight")
).withName("SensorHighSpeedCrop"),
C_SHORT.withName("SensorWidth"),
C_SHORT.withName("SensorHeight")
).withName("nikon"),
MemoryLayout.ofStruct(
C_INT.withName("BaseISO"),
MemoryLayout.ofPaddingBits(32),
C_DOUBLE.withName("Gain"),
MemoryLayout.ofSequence(8, C_CHAR).withName("Sensor"),
MemoryLayout.ofSequence(64, C_CHAR).withName("SensorUnit"),
MemoryLayout.ofSequence(64, C_CHAR).withName("HostBody"),
C_INT.withName("SensorCode"),
C_INT.withName("SensorSubCode"),
C_INT.withName("CoatingCode"),
C_INT.withName("uncropped"),
MemoryLayout.ofSequence(32, C_CHAR).withName("CaptureSequenceInitiator"),
MemoryLayout.ofSequence(64, C_CHAR).withName("SensorUnitConnector"),
C_INT.withName("format"),
MemoryLayout.ofSequence(2, C_INT).withName("nIFD_CM"),
MemoryLayout.ofSequence(2, C_INT).withName("RecommendedCrop"),
MemoryLayout.ofPaddingBits(32),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(3, C_DOUBLE)).withName("mnColorMatrix")
).withName("hasselblad"),
MemoryLayout.ofStruct(
C_FLOAT.withName("ExpoMidPointShift"),
C_SHORT.withName("DynamicRange"),
C_SHORT.withName("FilmMode"),
C_SHORT.withName("DynamicRangeSetting"),
C_SHORT.withName("DevelopmentDynamicRange"),
C_SHORT.withName("AutoDynamicRange"),
C_SHORT.withName("DRangePriority"),
C_SHORT.withName("DRangePriorityAuto"),
C_SHORT.withName("DRangePriorityFixed"),
C_FLOAT.withName("BrightnessCompensation"),
C_SHORT.withName("FocusMode"),
C_SHORT.withName("AFMode"),
MemoryLayout.ofSequence(2, C_SHORT).withName("FocusPixel"),
MemoryLayout.ofSequence(3, C_SHORT).withName("ImageStabilization"),
C_SHORT.withName("FlashMode"),
C_SHORT.withName("WB_Preset"),
C_SHORT.withName("ShutterType"),
C_SHORT.withName("ExrMode"),
C_SHORT.withName("Macro"),
C_INT.withName("Rating"),
C_SHORT.withName("CropMode"),
C_SHORT.withName("FrameRate"),
C_SHORT.withName("FrameWidth"),
C_SHORT.withName("FrameHeight"),
MemoryLayout.ofSequence(13, C_CHAR).withName("SerialSignature"),
MemoryLayout.ofSequence(5, C_CHAR).withName("RAFVersion"),
C_SHORT.withName("RAFDataVersion"),
C_INT.withName("isTSNERDTS"),
C_SHORT.withName("DriveMode"),
MemoryLayout.ofPaddingBits(16)
).withName("fuji"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(2, C_INT).withName("SensorCalibration"),
MemoryLayout.ofSequence(2, C_SHORT).withName("FocusMode"),
C_SHORT.withName("AutoFocus"),
C_SHORT.withName("AFPoint"),
MemoryLayout.ofSequence(64, C_INT).withName("AFAreas"),
MemoryLayout.ofSequence(5, C_DOUBLE).withName("AFPointSelected"),
C_SHORT.withName("AFResult"),
MemoryLayout.ofSequence(5, C_SHORT).withName("DriveMode"),
C_SHORT.withName("ColorSpace"),
C_CHAR.withName("AFFineTune"),
MemoryLayout.ofPaddingBits(8),
MemoryLayout.ofSequence(3, C_SHORT).withName("AFFineTuneAdj"),
MemoryLayout.ofSequence(6, C_CHAR).withName("CameraType2"),
MemoryLayout.ofPaddingBits(32)
).withName("olympus"),
MemoryLayout.ofStruct(
C_SHORT.withName("CameraType"),
C_CHAR.withName("Sony0x9400_version"),
C_CHAR.withName("Sony0x9400_ReleaseMode2"),
C_INT.withName("Sony0x9400_SequenceImageNumber"),
C_CHAR.withName("Sony0x9400_SequenceLength1"),
MemoryLayout.ofPaddingBits(24),
C_INT.withName("Sony0x9400_SequenceFileNumber"),
C_CHAR.withName("Sony0x9400_SequenceLength2"),
C_CHAR.withName("AFAreaModeSetting"),
MemoryLayout.ofSequence(2, C_SHORT).withName("FlexibleSpotPosition"),
C_CHAR.withName("AFPointSelected"),
MemoryLayout.ofSequence(10, C_CHAR).withName("AFPointsUsed"),
C_CHAR.withName("AFTracking"),
C_CHAR.withName("AFType"),
MemoryLayout.ofPaddingBits(8),
MemoryLayout.ofSequence(4, C_SHORT).withName("FocusLocation"),
C_CHAR.withName("AFMicroAdjValue"),
C_CHAR.withName("AFMicroAdjOn"),
C_CHAR.withName("AFMicroAdjRegisteredLenses"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("VariableLowPassFilter"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("LongExposureNoiseReduction"),
C_SHORT.withName("HighISONoiseReduction"),
MemoryLayout.ofSequence(2, C_SHORT).withName("HDR"),
C_SHORT.withName("group2010"),
C_SHORT.withName("real_iso_offset"),
C_SHORT.withName("MeteringMode_offset"),
C_SHORT.withName("ExposureProgram_offset"),
C_SHORT.withName("ReleaseMode2_offset"),
C_INT.withName("MinoltaCamID"),
C_FLOAT.withName("firmware"),
C_SHORT.withName("ImageCount3_offset"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("ImageCount3"),
C_INT.withName("ElectronicFrontCurtainShutter"),
C_SHORT.withName("MeteringMode2"),
MemoryLayout.ofSequence(20, C_CHAR).withName("SonyDateTime"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("ShotNumberSincePowerUp"),
C_SHORT.withName("PixelShiftGroupPrefix"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("PixelShiftGroupID"),
C_CHAR.withName("nShotsInPixelShiftGroup"),
C_CHAR.withName("numInPixelShiftGroup"),
C_SHORT.withName("prd_ImageHeight"),
C_SHORT.withName("prd_ImageWidth"),
C_SHORT.withName("prd_RawBitDepth"),
C_SHORT.withName("prd_StorageMethod"),
C_SHORT.withName("prd_BayerPattern"),
C_SHORT.withName("SonyRawFileType"),
C_SHORT.withName("RAWFileType"),
C_INT.withName("Quality"),
C_SHORT.withName("FileFormat"),
MemoryLayout.ofPaddingBits(16)
).withName("sony"),
MemoryLayout.ofStruct(
C_SHORT.withName("BlackLevelTop"),
C_SHORT.withName("BlackLevelBottom"),
C_SHORT.withName("offset_left"),
C_SHORT.withName("offset_top"),
C_SHORT.withName("clipBlack"),
C_SHORT.withName("clipWhite"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camDaylight"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camTungsten"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camFluorescent"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camFlash"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camCustom"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camAuto"),
C_SHORT.withName("val018percent"),
C_SHORT.withName("val100percent"),
C_SHORT.withName("val170percent"),
C_SHORT.withName("MakerNoteKodak8a"),
C_FLOAT.withName("ISOCalibrationGain"),
C_FLOAT.withName("AnalogISO")
).withName("kodak"),
MemoryLayout.ofStruct(
C_SHORT.withName("Compression"),
C_SHORT.withName("BlackLevelDim"),
MemoryLayout.ofSequence(8, C_FLOAT).withName("BlackLevel"),
C_INT.withName("Multishot"),
C_FLOAT.withName("gamma"),
MemoryLayout.ofSequence(3, C_INT).withName("HighISOMultiplier")
).withName("panasonic"),
MemoryLayout.ofStruct(
C_SHORT.withName("FocusMode"),
C_SHORT.withName("AFPointSelected"),
C_INT.withName("AFPointsInFocus"),
C_SHORT.withName("FocusPosition"),
MemoryLayout.ofSequence(4, C_CHAR).withName("DriveMode"),
C_SHORT.withName("AFAdjustment"),
C_CHAR.withName("MultiExposure"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("Quality")
).withName("pentax"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(64, C_CHAR).withName("Software"),
MemoryLayout.ofSequence(64, C_CHAR).withName("SystemType"),
MemoryLayout.ofSequence(256, C_CHAR).withName("FirmwareString"),
MemoryLayout.ofSequence(64, C_CHAR).withName("SystemModel")
).withName("phaseone"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(4, C_INT).withName("ImageSizeFull"),
MemoryLayout.ofSequence(4, C_INT).withName("ImageSizeCrop"),
MemoryLayout.ofSequence(2, C_INT).withName("ColorSpace"),
MemoryLayout.ofSequence(11, C_INT).withName("key"),
MemoryLayout.ofPaddingBits(32),
C_DOUBLE.withName("DigitalGain"),
C_INT.withName("DeviceType"),
MemoryLayout.ofSequence(32, C_CHAR).withName("LensFirmware"),
MemoryLayout.ofPaddingBits(32)
).withName("samsung"),
MemoryLayout.ofStruct(
C_FLOAT.withName("FlashEC"),
C_FLOAT.withName("FlashGN"),
C_FLOAT.withName("CameraTemperature"),
C_FLOAT.withName("SensorTemperature"),
C_FLOAT.withName("SensorTemperature2"),
C_FLOAT.withName("LensTemperature"),
C_FLOAT.withName("AmbientTemperature"),
C_FLOAT.withName("BatteryTemperature"),
C_FLOAT.withName("exifAmbientTemperature"),
C_FLOAT.withName("exifHumidity"),
C_FLOAT.withName("exifPressure"),
C_FLOAT.withName("exifWaterDepth"),
C_FLOAT.withName("exifAcceleration"),
C_FLOAT.withName("exifCameraElevationAngle"),
C_FLOAT.withName("real_ISO"),
C_FLOAT.withName("exifExposureIndex"),
C_SHORT.withName("ColorSpace"),
MemoryLayout.ofSequence(128, C_CHAR).withName("firmware"),
MemoryLayout.ofPaddingBits(16)
).withName("common"),
MemoryLayout.ofPaddingBits(32)
);
static final jdk.incubator.foreign.MemoryLayout libraw_makernotes_t$struct$LAYOUT() { return libraw_makernotes_t$struct$LAYOUT_; }
static final MemoryLayout libraw_shootinginfo_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_SHORT.withName("DriveMode"),
C_SHORT.withName("FocusMode"),
C_SHORT.withName("MeteringMode"),
C_SHORT.withName("AFPoint"),
C_SHORT.withName("ExposureMode"),
C_SHORT.withName("ExposureProgram"),
C_SHORT.withName("ImageStabilization"),
MemoryLayout.ofSequence(64, C_CHAR).withName("BodySerial"),
MemoryLayout.ofSequence(64, C_CHAR).withName("InternalBodySerial")
);
static final jdk.incubator.foreign.MemoryLayout libraw_shootinginfo_t$struct$LAYOUT() { return libraw_shootinginfo_t$struct$LAYOUT_; }
static final MemoryLayout libraw_shootinginfo_t$DriveMode$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_shootinginfo_t$DriveMode$LAYOUT() { return libraw_shootinginfo_t$DriveMode$LAYOUT_; }
static final VarHandle libraw_shootinginfo_t$DriveMode$VH_ = libraw_shootinginfo_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("DriveMode"));
static final java.lang.invoke.VarHandle libraw_shootinginfo_t$DriveMode$VH() { return libraw_shootinginfo_t$DriveMode$VH_; }
static final MemoryLayout libraw_shootinginfo_t$FocusMode$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_shootinginfo_t$FocusMode$LAYOUT() { return libraw_shootinginfo_t$FocusMode$LAYOUT_; }
static final VarHandle libraw_shootinginfo_t$FocusMode$VH_ = libraw_shootinginfo_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("FocusMode"));
static final java.lang.invoke.VarHandle libraw_shootinginfo_t$FocusMode$VH() { return libraw_shootinginfo_t$FocusMode$VH_; }
static final MemoryLayout libraw_shootinginfo_t$MeteringMode$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_shootinginfo_t$MeteringMode$LAYOUT() { return libraw_shootinginfo_t$MeteringMode$LAYOUT_; }
static final VarHandle libraw_shootinginfo_t$MeteringMode$VH_ = libraw_shootinginfo_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("MeteringMode"));
static final java.lang.invoke.VarHandle libraw_shootinginfo_t$MeteringMode$VH() { return libraw_shootinginfo_t$MeteringMode$VH_; }
static final MemoryLayout libraw_shootinginfo_t$AFPoint$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_shootinginfo_t$AFPoint$LAYOUT() { return libraw_shootinginfo_t$AFPoint$LAYOUT_; }
static final VarHandle libraw_shootinginfo_t$AFPoint$VH_ = libraw_shootinginfo_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("AFPoint"));
static final java.lang.invoke.VarHandle libraw_shootinginfo_t$AFPoint$VH() { return libraw_shootinginfo_t$AFPoint$VH_; }
static final MemoryLayout libraw_shootinginfo_t$ExposureMode$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_shootinginfo_t$ExposureMode$LAYOUT() { return libraw_shootinginfo_t$ExposureMode$LAYOUT_; }
static final VarHandle libraw_shootinginfo_t$ExposureMode$VH_ = libraw_shootinginfo_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("ExposureMode"));
static final java.lang.invoke.VarHandle libraw_shootinginfo_t$ExposureMode$VH() { return libraw_shootinginfo_t$ExposureMode$VH_; }
static final MemoryLayout libraw_shootinginfo_t$ExposureProgram$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_shootinginfo_t$ExposureProgram$LAYOUT() { return libraw_shootinginfo_t$ExposureProgram$LAYOUT_; }
static final VarHandle libraw_shootinginfo_t$ExposureProgram$VH_ = libraw_shootinginfo_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("ExposureProgram"));
static final java.lang.invoke.VarHandle libraw_shootinginfo_t$ExposureProgram$VH() { return libraw_shootinginfo_t$ExposureProgram$VH_; }
static final MemoryLayout libraw_shootinginfo_t$ImageStabilization$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_shootinginfo_t$ImageStabilization$LAYOUT() { return libraw_shootinginfo_t$ImageStabilization$LAYOUT_; }
static final VarHandle libraw_shootinginfo_t$ImageStabilization$VH_ = libraw_shootinginfo_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("ImageStabilization"));
static final java.lang.invoke.VarHandle libraw_shootinginfo_t$ImageStabilization$VH() { return libraw_shootinginfo_t$ImageStabilization$VH_; }
static final MemoryLayout libraw_custom_camera_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_INT.withName("fsize"),
C_SHORT.withName("rw"),
C_SHORT.withName("rh"),
C_CHAR.withName("lm"),
C_CHAR.withName("tm"),
C_CHAR.withName("rm"),
C_CHAR.withName("bm"),
C_SHORT.withName("lf"),
C_CHAR.withName("cf"),
C_CHAR.withName("max"),
C_CHAR.withName("flags"),
MemoryLayout.ofSequence(10, C_CHAR).withName("t_make"),
MemoryLayout.ofSequence(20, C_CHAR).withName("t_model"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("offset"),
MemoryLayout.ofPaddingBits(16)
);
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$struct$LAYOUT() { return libraw_custom_camera_t$struct$LAYOUT_; }
static final MemoryLayout libraw_custom_camera_t$fsize$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$fsize$LAYOUT() { return libraw_custom_camera_t$fsize$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$fsize$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("fsize"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$fsize$VH() { return libraw_custom_camera_t$fsize$VH_; }
static final MemoryLayout libraw_custom_camera_t$rw$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$rw$LAYOUT() { return libraw_custom_camera_t$rw$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$rw$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("rw"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$rw$VH() { return libraw_custom_camera_t$rw$VH_; }
static final MemoryLayout libraw_custom_camera_t$rh$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$rh$LAYOUT() { return libraw_custom_camera_t$rh$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$rh$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("rh"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$rh$VH() { return libraw_custom_camera_t$rh$VH_; }
static final MemoryLayout libraw_custom_camera_t$lm$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$lm$LAYOUT() { return libraw_custom_camera_t$lm$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$lm$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("lm"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$lm$VH() { return libraw_custom_camera_t$lm$VH_; }
static final MemoryLayout libraw_custom_camera_t$tm$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$tm$LAYOUT() { return libraw_custom_camera_t$tm$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$tm$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("tm"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$tm$VH() { return libraw_custom_camera_t$tm$VH_; }
static final MemoryLayout libraw_custom_camera_t$rm$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$rm$LAYOUT() { return libraw_custom_camera_t$rm$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$rm$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("rm"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$rm$VH() { return libraw_custom_camera_t$rm$VH_; }
static final MemoryLayout libraw_custom_camera_t$bm$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$bm$LAYOUT() { return libraw_custom_camera_t$bm$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$bm$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("bm"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$bm$VH() { return libraw_custom_camera_t$bm$VH_; }
static final MemoryLayout libraw_custom_camera_t$lf$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$lf$LAYOUT() { return libraw_custom_camera_t$lf$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$lf$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("lf"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$lf$VH() { return libraw_custom_camera_t$lf$VH_; }
static final MemoryLayout libraw_custom_camera_t$cf$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$cf$LAYOUT() { return libraw_custom_camera_t$cf$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$cf$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("cf"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$cf$VH() { return libraw_custom_camera_t$cf$VH_; }
static final MemoryLayout libraw_custom_camera_t$max$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$max$LAYOUT() { return libraw_custom_camera_t$max$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$max$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("max"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$max$VH() { return libraw_custom_camera_t$max$VH_; }
static final MemoryLayout libraw_custom_camera_t$flags$LAYOUT_ = C_CHAR;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$flags$LAYOUT() { return libraw_custom_camera_t$flags$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$flags$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(byte.class, MemoryLayout.PathElement.groupElement("flags"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$flags$VH() { return libraw_custom_camera_t$flags$VH_; }
static final MemoryLayout libraw_custom_camera_t$offset$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout libraw_custom_camera_t$offset$LAYOUT() { return libraw_custom_camera_t$offset$LAYOUT_; }
static final VarHandle libraw_custom_camera_t$offset$VH_ = libraw_custom_camera_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("offset"));
static final java.lang.invoke.VarHandle libraw_custom_camera_t$offset$VH() { return libraw_custom_camera_t$offset$VH_; }
static final MemoryLayout libraw_data_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_POINTER.withName("image"),
MemoryLayout.ofStruct(
C_SHORT.withName("raw_height"),
C_SHORT.withName("raw_width"),
C_SHORT.withName("height"),
C_SHORT.withName("width"),
C_SHORT.withName("top_margin"),
C_SHORT.withName("left_margin"),
C_SHORT.withName("iheight"),
C_SHORT.withName("iwidth"),
C_INT.withName("raw_pitch"),
MemoryLayout.ofPaddingBits(32),
C_DOUBLE.withName("pixel_aspect"),
C_INT.withName("flip"),
MemoryLayout.ofSequence(8, MemoryLayout.ofSequence(4, C_INT)).withName("mask"),
MemoryLayout.ofStruct(
C_SHORT.withName("cleft"),
C_SHORT.withName("ctop"),
C_SHORT.withName("cwidth"),
C_SHORT.withName("cheight"),
C_SHORT.withName("aspect")
).withName("raw_inset_crop"),
MemoryLayout.ofPaddingBits(16)
).withName("sizes"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(4, C_CHAR).withName("guard"),
MemoryLayout.ofSequence(64, C_CHAR).withName("make"),
MemoryLayout.ofSequence(64, C_CHAR).withName("model"),
MemoryLayout.ofSequence(64, C_CHAR).withName("software"),
MemoryLayout.ofSequence(64, C_CHAR).withName("normalized_make"),
MemoryLayout.ofSequence(64, C_CHAR).withName("normalized_model"),
C_INT.withName("maker_index"),
C_INT.withName("raw_count"),
C_INT.withName("dng_version"),
C_INT.withName("is_foveon"),
C_INT.withName("colors"),
C_INT.withName("filters"),
MemoryLayout.ofSequence(6, MemoryLayout.ofSequence(6, C_CHAR)).withName("xtrans"),
MemoryLayout.ofSequence(6, MemoryLayout.ofSequence(6, C_CHAR)).withName("xtrans_abs"),
MemoryLayout.ofSequence(5, C_CHAR).withName("cdesc"),
MemoryLayout.ofPaddingBits(24),
C_INT.withName("xmplen"),
C_POINTER.withName("xmpdata")
).withName("idata"),
MemoryLayout.ofStruct(
C_FLOAT.withName("MinFocal"),
C_FLOAT.withName("MaxFocal"),
C_FLOAT.withName("MaxAp4MinFocal"),
C_FLOAT.withName("MaxAp4MaxFocal"),
C_FLOAT.withName("EXIF_MaxAp"),
MemoryLayout.ofSequence(128, C_CHAR).withName("LensMake"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Lens"),
MemoryLayout.ofSequence(128, C_CHAR).withName("LensSerial"),
MemoryLayout.ofSequence(128, C_CHAR).withName("InternalLensSerial"),
C_SHORT.withName("FocalLengthIn35mmFormat"),
MemoryLayout.ofPaddingBits(16),
MemoryLayout.ofStruct(
C_FLOAT.withName("EffectiveMaxAp"),
C_CHAR.withName("LensIDNumber"),
C_CHAR.withName("LensFStops"),
C_CHAR.withName("MCUVersion"),
C_CHAR.withName("LensType")
).withName("nikon"),
MemoryLayout.ofStruct(
C_FLOAT.withName("MinFocal"),
C_FLOAT.withName("MaxFocal"),
C_FLOAT.withName("MaxAp4MinFocal"),
C_FLOAT.withName("MaxAp4MaxFocal")
).withName("dng"),
MemoryLayout.ofStruct(
C_LONG_LONG.withName("LensID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Lens"),
C_SHORT.withName("LensFormat"),
C_SHORT.withName("LensMount"),
MemoryLayout.ofPaddingBits(32),
C_LONG_LONG.withName("CamID"),
C_SHORT.withName("CameraFormat"),
C_SHORT.withName("CameraMount"),
MemoryLayout.ofSequence(64, C_CHAR).withName("body"),
C_SHORT.withName("FocalType"),
MemoryLayout.ofSequence(16, C_CHAR).withName("LensFeatures_pre"),
MemoryLayout.ofSequence(16, C_CHAR).withName("LensFeatures_suf"),
MemoryLayout.ofPaddingBits(16),
C_FLOAT.withName("MinFocal"),
C_FLOAT.withName("MaxFocal"),
C_FLOAT.withName("MaxAp4MinFocal"),
C_FLOAT.withName("MaxAp4MaxFocal"),
C_FLOAT.withName("MinAp4MinFocal"),
C_FLOAT.withName("MinAp4MaxFocal"),
C_FLOAT.withName("MaxAp"),
C_FLOAT.withName("MinAp"),
C_FLOAT.withName("CurFocal"),
C_FLOAT.withName("CurAp"),
C_FLOAT.withName("MaxAp4CurFocal"),
C_FLOAT.withName("MinAp4CurFocal"),
C_FLOAT.withName("MinFocusDistance"),
C_FLOAT.withName("FocusRangeIndex"),
C_FLOAT.withName("LensFStops"),
MemoryLayout.ofPaddingBits(32),
C_LONG_LONG.withName("TeleconverterID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Teleconverter"),
C_LONG_LONG.withName("AdapterID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Adapter"),
C_LONG_LONG.withName("AttachmentID"),
MemoryLayout.ofSequence(128, C_CHAR).withName("Attachment"),
C_SHORT.withName("FocalUnits"),
MemoryLayout.ofPaddingBits(16),
C_FLOAT.withName("FocalLengthIn35mmFormat")
).withName("makernotes")
).withName("lens"),
MemoryLayout.ofStruct(
MemoryLayout.ofStruct(
C_INT.withName("ColorDataVer"),
C_INT.withName("ColorDataSubVer"),
C_INT.withName("SpecularWhiteLevel"),
C_INT.withName("NormalWhiteLevel"),
MemoryLayout.ofSequence(4, C_INT).withName("ChannelBlackLevel"),
C_INT.withName("AverageBlackLevel"),
MemoryLayout.ofSequence(4, C_INT).withName("multishot"),
C_SHORT.withName("MeteringMode"),
C_SHORT.withName("SpotMeteringMode"),
C_CHAR.withName("FlashMeteringMode"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("FlashExposureLock"),
C_SHORT.withName("ExposureMode"),
C_SHORT.withName("AESetting"),
C_CHAR.withName("HighlightTonePriority"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("ImageStabilization"),
C_SHORT.withName("FocusMode"),
C_SHORT.withName("AFPoint"),
C_SHORT.withName("FocusContinuous"),
C_SHORT.withName("AFPointsInFocus30D"),
MemoryLayout.ofSequence(8, C_CHAR).withName("AFPointsInFocus1D"),
C_SHORT.withName("AFPointsInFocus5D"),
C_SHORT.withName("AFAreaMode"),
C_SHORT.withName("NumAFPoints"),
C_SHORT.withName("ValidAFPoints"),
C_SHORT.withName("AFImageWidth"),
C_SHORT.withName("AFImageHeight"),
MemoryLayout.ofSequence(61, C_SHORT).withName("AFAreaWidths"),
MemoryLayout.ofSequence(61, C_SHORT).withName("AFAreaHeights"),
MemoryLayout.ofSequence(61, C_SHORT).withName("AFAreaXPositions"),
MemoryLayout.ofSequence(61, C_SHORT).withName("AFAreaYPositions"),
MemoryLayout.ofSequence(4, C_SHORT).withName("AFPointsInFocus"),
MemoryLayout.ofSequence(4, C_SHORT).withName("AFPointsSelected"),
C_SHORT.withName("PrimaryAFPoint"),
C_SHORT.withName("FlashMode"),
C_SHORT.withName("FlashActivity"),
C_SHORT.withName("FlashBits"),
C_SHORT.withName("ManualFlashOutput"),
C_SHORT.withName("FlashOutput"),
C_SHORT.withName("FlashGuideNumber"),
C_SHORT.withName("ContinuousDrive"),
C_SHORT.withName("SensorWidth"),
C_SHORT.withName("SensorHeight"),
C_SHORT.withName("SensorLeftBorder"),
C_SHORT.withName("SensorTopBorder"),
C_SHORT.withName("SensorRightBorder"),
C_SHORT.withName("SensorBottomBorder"),
C_SHORT.withName("BlackMaskLeftBorder"),
C_SHORT.withName("BlackMaskTopBorder"),
C_SHORT.withName("BlackMaskRightBorder"),
C_SHORT.withName("BlackMaskBottomBorder"),
C_INT.withName("AFMicroAdjMode"),
C_FLOAT.withName("AFMicroAdjValue"),
C_SHORT.withName("MakernotesFlip"),
C_SHORT.withName("RecordMode"),
C_SHORT.withName("SRAWQuality"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("wbi"),
C_FLOAT.withName("firmware"),
C_SHORT.withName("RF_lensID"),
MemoryLayout.ofPaddingBits(16)
).withName("canon"),
MemoryLayout.ofStruct(
C_DOUBLE.withName("ExposureBracketValue"),
C_SHORT.withName("ActiveDLighting"),
C_SHORT.withName("ShootingMode"),
MemoryLayout.ofSequence(7, C_CHAR).withName("ImageStabilization"),
C_CHAR.withName("VibrationReduction"),
C_CHAR.withName("VRMode"),
MemoryLayout.ofSequence(7, C_CHAR).withName("FocusMode"),
C_CHAR.withName("AFPoint"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("AFPointsInFocus"),
C_CHAR.withName("ContrastDetectAF"),
C_CHAR.withName("AFAreaMode"),
C_CHAR.withName("PhaseDetectAF"),
C_CHAR.withName("PrimaryAFPoint"),
MemoryLayout.ofSequence(29, C_CHAR).withName("AFPointsUsed"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("AFImageWidth"),
C_SHORT.withName("AFImageHeight"),
C_SHORT.withName("AFAreaXPposition"),
C_SHORT.withName("AFAreaYPosition"),
C_SHORT.withName("AFAreaWidth"),
C_SHORT.withName("AFAreaHeight"),
C_CHAR.withName("ContrastDetectAFInFocus"),
MemoryLayout.ofSequence(13, C_CHAR).withName("FlashSetting"),
MemoryLayout.ofSequence(20, C_CHAR).withName("FlashType"),
MemoryLayout.ofSequence(4, C_CHAR).withName("FlashExposureCompensation"),
MemoryLayout.ofSequence(4, C_CHAR).withName("ExternalFlashExposureComp"),
MemoryLayout.ofSequence(4, C_CHAR).withName("FlashExposureBracketValue"),
C_CHAR.withName("FlashMode"),
C_CHAR.withName("FlashExposureCompensation2"),
C_CHAR.withName("FlashExposureCompensation3"),
C_CHAR.withName("FlashExposureCompensation4"),
C_CHAR.withName("FlashSource"),
MemoryLayout.ofSequence(2, C_CHAR).withName("FlashFirmware"),
C_CHAR.withName("ExternalFlashFlags"),
C_CHAR.withName("FlashControlCommanderMode"),
C_CHAR.withName("FlashOutputAndCompensation"),
C_CHAR.withName("FlashFocalLength"),
C_CHAR.withName("FlashGNDistance"),
MemoryLayout.ofSequence(4, C_CHAR).withName("FlashGroupControlMode"),
MemoryLayout.ofSequence(4, C_CHAR).withName("FlashGroupOutputAndCompensation"),
C_CHAR.withName("FlashColorFilter"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("NEFCompression"),
C_INT.withName("ExposureMode"),
C_INT.withName("ExposureProgram"),
C_INT.withName("nMEshots"),
C_INT.withName("MEgainOn"),
MemoryLayout.ofPaddingBits(32),
MemoryLayout.ofSequence(4, C_DOUBLE).withName("ME_WB"),
C_CHAR.withName("AFFineTune"),
C_CHAR.withName("AFFineTuneIndex"),
C_CHAR.withName("AFFineTuneAdj"),
MemoryLayout.ofPaddingBits(8),
C_INT.withName("LensDataVersion"),
C_INT.withName("FlashInfoVersion"),
C_INT.withName("ColorBalanceVersion"),
C_CHAR.withName("key"),
MemoryLayout.ofPaddingBits(8),
MemoryLayout.ofSequence(4, C_SHORT).withName("NEFBitDepth"),
C_SHORT.withName("HighSpeedCropFormat"),
MemoryLayout.ofStruct(
C_SHORT.withName("cleft"),
C_SHORT.withName("ctop"),
C_SHORT.withName("cwidth"),
C_SHORT.withName("cheight")
).withName("SensorHighSpeedCrop"),
C_SHORT.withName("SensorWidth"),
C_SHORT.withName("SensorHeight")
).withName("nikon"),
MemoryLayout.ofStruct(
C_INT.withName("BaseISO"),
MemoryLayout.ofPaddingBits(32),
C_DOUBLE.withName("Gain"),
MemoryLayout.ofSequence(8, C_CHAR).withName("Sensor"),
MemoryLayout.ofSequence(64, C_CHAR).withName("SensorUnit"),
MemoryLayout.ofSequence(64, C_CHAR).withName("HostBody"),
C_INT.withName("SensorCode"),
C_INT.withName("SensorSubCode"),
C_INT.withName("CoatingCode"),
C_INT.withName("uncropped"),
MemoryLayout.ofSequence(32, C_CHAR).withName("CaptureSequenceInitiator"),
MemoryLayout.ofSequence(64, C_CHAR).withName("SensorUnitConnector"),
C_INT.withName("format"),
MemoryLayout.ofSequence(2, C_INT).withName("nIFD_CM"),
MemoryLayout.ofSequence(2, C_INT).withName("RecommendedCrop"),
MemoryLayout.ofPaddingBits(32),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(3, C_DOUBLE)).withName("mnColorMatrix")
).withName("hasselblad"),
MemoryLayout.ofStruct(
C_FLOAT.withName("ExpoMidPointShift"),
C_SHORT.withName("DynamicRange"),
C_SHORT.withName("FilmMode"),
C_SHORT.withName("DynamicRangeSetting"),
C_SHORT.withName("DevelopmentDynamicRange"),
C_SHORT.withName("AutoDynamicRange"),
C_SHORT.withName("DRangePriority"),
C_SHORT.withName("DRangePriorityAuto"),
C_SHORT.withName("DRangePriorityFixed"),
C_FLOAT.withName("BrightnessCompensation"),
C_SHORT.withName("FocusMode"),
C_SHORT.withName("AFMode"),
MemoryLayout.ofSequence(2, C_SHORT).withName("FocusPixel"),
MemoryLayout.ofSequence(3, C_SHORT).withName("ImageStabilization"),
C_SHORT.withName("FlashMode"),
C_SHORT.withName("WB_Preset"),
C_SHORT.withName("ShutterType"),
C_SHORT.withName("ExrMode"),
C_SHORT.withName("Macro"),
C_INT.withName("Rating"),
C_SHORT.withName("CropMode"),
C_SHORT.withName("FrameRate"),
C_SHORT.withName("FrameWidth"),
C_SHORT.withName("FrameHeight"),
MemoryLayout.ofSequence(13, C_CHAR).withName("SerialSignature"),
MemoryLayout.ofSequence(5, C_CHAR).withName("RAFVersion"),
C_SHORT.withName("RAFDataVersion"),
C_INT.withName("isTSNERDTS"),
C_SHORT.withName("DriveMode"),
MemoryLayout.ofPaddingBits(16)
).withName("fuji"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(2, C_INT).withName("SensorCalibration"),
MemoryLayout.ofSequence(2, C_SHORT).withName("FocusMode"),
C_SHORT.withName("AutoFocus"),
C_SHORT.withName("AFPoint"),
MemoryLayout.ofSequence(64, C_INT).withName("AFAreas"),
MemoryLayout.ofSequence(5, C_DOUBLE).withName("AFPointSelected"),
C_SHORT.withName("AFResult"),
MemoryLayout.ofSequence(5, C_SHORT).withName("DriveMode"),
C_SHORT.withName("ColorSpace"),
C_CHAR.withName("AFFineTune"),
MemoryLayout.ofPaddingBits(8),
MemoryLayout.ofSequence(3, C_SHORT).withName("AFFineTuneAdj"),
MemoryLayout.ofSequence(6, C_CHAR).withName("CameraType2"),
MemoryLayout.ofPaddingBits(32)
).withName("olympus"),
MemoryLayout.ofStruct(
C_SHORT.withName("CameraType"),
C_CHAR.withName("Sony0x9400_version"),
C_CHAR.withName("Sony0x9400_ReleaseMode2"),
C_INT.withName("Sony0x9400_SequenceImageNumber"),
C_CHAR.withName("Sony0x9400_SequenceLength1"),
MemoryLayout.ofPaddingBits(24),
C_INT.withName("Sony0x9400_SequenceFileNumber"),
C_CHAR.withName("Sony0x9400_SequenceLength2"),
C_CHAR.withName("AFAreaModeSetting"),
MemoryLayout.ofSequence(2, C_SHORT).withName("FlexibleSpotPosition"),
C_CHAR.withName("AFPointSelected"),
MemoryLayout.ofSequence(10, C_CHAR).withName("AFPointsUsed"),
C_CHAR.withName("AFTracking"),
C_CHAR.withName("AFType"),
MemoryLayout.ofPaddingBits(8),
MemoryLayout.ofSequence(4, C_SHORT).withName("FocusLocation"),
C_CHAR.withName("AFMicroAdjValue"),
C_CHAR.withName("AFMicroAdjOn"),
C_CHAR.withName("AFMicroAdjRegisteredLenses"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("VariableLowPassFilter"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("LongExposureNoiseReduction"),
C_SHORT.withName("HighISONoiseReduction"),
MemoryLayout.ofSequence(2, C_SHORT).withName("HDR"),
C_SHORT.withName("group2010"),
C_SHORT.withName("real_iso_offset"),
C_SHORT.withName("MeteringMode_offset"),
C_SHORT.withName("ExposureProgram_offset"),
C_SHORT.withName("ReleaseMode2_offset"),
C_INT.withName("MinoltaCamID"),
C_FLOAT.withName("firmware"),
C_SHORT.withName("ImageCount3_offset"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("ImageCount3"),
C_INT.withName("ElectronicFrontCurtainShutter"),
C_SHORT.withName("MeteringMode2"),
MemoryLayout.ofSequence(20, C_CHAR).withName("SonyDateTime"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("ShotNumberSincePowerUp"),
C_SHORT.withName("PixelShiftGroupPrefix"),
MemoryLayout.ofPaddingBits(16),
C_INT.withName("PixelShiftGroupID"),
C_CHAR.withName("nShotsInPixelShiftGroup"),
C_CHAR.withName("numInPixelShiftGroup"),
C_SHORT.withName("prd_ImageHeight"),
C_SHORT.withName("prd_ImageWidth"),
C_SHORT.withName("prd_RawBitDepth"),
C_SHORT.withName("prd_StorageMethod"),
C_SHORT.withName("prd_BayerPattern"),
C_SHORT.withName("SonyRawFileType"),
C_SHORT.withName("RAWFileType"),
C_INT.withName("Quality"),
C_SHORT.withName("FileFormat"),
MemoryLayout.ofPaddingBits(16)
).withName("sony"),
MemoryLayout.ofStruct(
C_SHORT.withName("BlackLevelTop"),
C_SHORT.withName("BlackLevelBottom"),
C_SHORT.withName("offset_left"),
C_SHORT.withName("offset_top"),
C_SHORT.withName("clipBlack"),
C_SHORT.withName("clipWhite"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camDaylight"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camTungsten"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camFluorescent"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camFlash"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camCustom"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(3, C_FLOAT)).withName("romm_camAuto"),
C_SHORT.withName("val018percent"),
C_SHORT.withName("val100percent"),
C_SHORT.withName("val170percent"),
C_SHORT.withName("MakerNoteKodak8a"),
C_FLOAT.withName("ISOCalibrationGain"),
C_FLOAT.withName("AnalogISO")
).withName("kodak"),
MemoryLayout.ofStruct(
C_SHORT.withName("Compression"),
C_SHORT.withName("BlackLevelDim"),
MemoryLayout.ofSequence(8, C_FLOAT).withName("BlackLevel"),
C_INT.withName("Multishot"),
C_FLOAT.withName("gamma"),
MemoryLayout.ofSequence(3, C_INT).withName("HighISOMultiplier")
).withName("panasonic"),
MemoryLayout.ofStruct(
C_SHORT.withName("FocusMode"),
C_SHORT.withName("AFPointSelected"),
C_INT.withName("AFPointsInFocus"),
C_SHORT.withName("FocusPosition"),
MemoryLayout.ofSequence(4, C_CHAR).withName("DriveMode"),
C_SHORT.withName("AFAdjustment"),
C_CHAR.withName("MultiExposure"),
MemoryLayout.ofPaddingBits(8),
C_SHORT.withName("Quality")
).withName("pentax"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(64, C_CHAR).withName("Software"),
MemoryLayout.ofSequence(64, C_CHAR).withName("SystemType"),
MemoryLayout.ofSequence(256, C_CHAR).withName("FirmwareString"),
MemoryLayout.ofSequence(64, C_CHAR).withName("SystemModel")
).withName("phaseone"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(4, C_INT).withName("ImageSizeFull"),
MemoryLayout.ofSequence(4, C_INT).withName("ImageSizeCrop"),
MemoryLayout.ofSequence(2, C_INT).withName("ColorSpace"),
MemoryLayout.ofSequence(11, C_INT).withName("key"),
MemoryLayout.ofPaddingBits(32),
C_DOUBLE.withName("DigitalGain"),
C_INT.withName("DeviceType"),
MemoryLayout.ofSequence(32, C_CHAR).withName("LensFirmware"),
MemoryLayout.ofPaddingBits(32)
).withName("samsung"),
MemoryLayout.ofStruct(
C_FLOAT.withName("FlashEC"),
C_FLOAT.withName("FlashGN"),
C_FLOAT.withName("CameraTemperature"),
C_FLOAT.withName("SensorTemperature"),
C_FLOAT.withName("SensorTemperature2"),
C_FLOAT.withName("LensTemperature"),
C_FLOAT.withName("AmbientTemperature"),
C_FLOAT.withName("BatteryTemperature"),
C_FLOAT.withName("exifAmbientTemperature"),
C_FLOAT.withName("exifHumidity"),
C_FLOAT.withName("exifPressure"),
C_FLOAT.withName("exifWaterDepth"),
C_FLOAT.withName("exifAcceleration"),
C_FLOAT.withName("exifCameraElevationAngle"),
C_FLOAT.withName("real_ISO"),
C_FLOAT.withName("exifExposureIndex"),
C_SHORT.withName("ColorSpace"),
MemoryLayout.ofSequence(128, C_CHAR).withName("firmware"),
MemoryLayout.ofPaddingBits(16)
).withName("common"),
MemoryLayout.ofPaddingBits(32)
).withName("makernotes"),
MemoryLayout.ofStruct(
C_SHORT.withName("DriveMode"),
C_SHORT.withName("FocusMode"),
C_SHORT.withName("MeteringMode"),
C_SHORT.withName("AFPoint"),
C_SHORT.withName("ExposureMode"),
C_SHORT.withName("ExposureProgram"),
C_SHORT.withName("ImageStabilization"),
MemoryLayout.ofSequence(64, C_CHAR).withName("BodySerial"),
MemoryLayout.ofSequence(64, C_CHAR).withName("InternalBodySerial")
).withName("shootinginfo"),
MemoryLayout.ofPaddingBits(16),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(4, C_INT).withName("greybox"),
MemoryLayout.ofSequence(4, C_INT).withName("cropbox"),
MemoryLayout.ofSequence(4, C_DOUBLE).withName("aber"),
MemoryLayout.ofSequence(6, C_DOUBLE).withName("gamm"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("user_mul"),
C_INT.withName("shot_select"),
C_FLOAT.withName("bright"),
C_FLOAT.withName("threshold"),
C_INT.withName("half_size"),
C_INT.withName("four_color_rgb"),
C_INT.withName("highlight"),
C_INT.withName("use_auto_wb"),
C_INT.withName("use_camera_wb"),
C_INT.withName("use_camera_matrix"),
C_INT.withName("output_color"),
C_POINTER.withName("output_profile"),
C_POINTER.withName("camera_profile"),
C_POINTER.withName("bad_pixels"),
C_POINTER.withName("dark_frame"),
C_INT.withName("output_bps"),
C_INT.withName("output_tiff"),
C_INT.withName("user_flip"),
C_INT.withName("user_qual"),
C_INT.withName("user_black"),
MemoryLayout.ofSequence(4, C_INT).withName("user_cblack"),
C_INT.withName("user_sat"),
C_INT.withName("med_passes"),
C_FLOAT.withName("auto_bright_thr"),
C_FLOAT.withName("adjust_maximum_thr"),
C_INT.withName("no_auto_bright"),
C_INT.withName("use_fuji_rotate"),
C_INT.withName("green_matching"),
C_INT.withName("dcb_iterations"),
C_INT.withName("dcb_enhance_fl"),
C_INT.withName("fbdd_noiserd"),
C_INT.withName("exp_correc"),
C_FLOAT.withName("exp_shift"),
C_FLOAT.withName("exp_preser"),
C_INT.withName("use_rawspeed"),
C_INT.withName("use_dngsdk"),
C_INT.withName("no_auto_scale"),
C_INT.withName("no_interpolation"),
C_INT.withName("raw_processing_options"),
C_INT.withName("max_raw_memory_mb"),
C_INT.withName("sony_arw2_posterization_thr"),
C_FLOAT.withName("coolscan_nef_gamma"),
MemoryLayout.ofSequence(5, C_CHAR).withName("p4shot_order"),
MemoryLayout.ofPaddingBits(24),
C_POINTER.withName("custom_camera_strings")
).withName("params"),
C_INT.withName("progress_flags"),
C_INT.withName("process_warnings"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(65536, C_SHORT).withName("curve"),
MemoryLayout.ofSequence(4104, C_INT).withName("cblack"),
C_INT.withName("black"),
C_INT.withName("data_maximum"),
C_INT.withName("maximum"),
MemoryLayout.ofPaddingBits(32),
MemoryLayout.ofSequence(4, C_LONG).withName("linear_max"),
C_FLOAT.withName("fmaximum"),
C_FLOAT.withName("fnorm"),
MemoryLayout.ofSequence(8, MemoryLayout.ofSequence(8, C_SHORT)).withName("white"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("cam_mul"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("pre_mul"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("cmatrix"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("ccm"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("rgb_cam"),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(3, C_FLOAT)).withName("cam_xyz"),
MemoryLayout.ofStruct(
C_INT.withName("format"),
C_INT.withName("key_off"),
C_INT.withName("tag_21a"),
C_INT.withName("t_black"),
C_INT.withName("split_col"),
C_INT.withName("black_col"),
C_INT.withName("split_row"),
C_INT.withName("black_row"),
C_FLOAT.withName("tag_210")
).withName("phase_one_data"),
C_FLOAT.withName("flash_used"),
C_FLOAT.withName("canon_ev"),
MemoryLayout.ofSequence(64, C_CHAR).withName("model2"),
MemoryLayout.ofSequence(64, C_CHAR).withName("UniqueCameraModel"),
MemoryLayout.ofSequence(64, C_CHAR).withName("LocalizedCameraModel"),
MemoryLayout.ofSequence(64, C_CHAR).withName("ImageUniqueID"),
MemoryLayout.ofSequence(17, C_CHAR).withName("RawDataUniqueID"),
MemoryLayout.ofSequence(64, C_CHAR).withName("OriginalRawFileName"),
MemoryLayout.ofPaddingBits(24),
C_POINTER.withName("profile"),
C_INT.withName("profile_length"),
MemoryLayout.ofSequence(8, C_INT).withName("black_stat"),
MemoryLayout.ofSequence(2, MemoryLayout.ofStruct(
C_INT.withName("parsedfields"),
C_SHORT.withName("illuminant"),
MemoryLayout.ofPaddingBits(16),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(4, C_FLOAT)).withName("calibration"),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(3, C_FLOAT)).withName("colormatrix"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("forwardmatrix")
)).withName("dng_color"),
MemoryLayout.ofStruct(
C_INT.withName("parsedfields"),
MemoryLayout.ofSequence(4104, C_INT).withName("dng_cblack"),
C_INT.withName("dng_black"),
MemoryLayout.ofSequence(4104, C_FLOAT).withName("dng_fcblack"),
C_FLOAT.withName("dng_fblack"),
MemoryLayout.ofSequence(4, C_INT).withName("dng_whitelevel"),
MemoryLayout.ofSequence(4, C_INT).withName("default_crop"),
C_INT.withName("preview_colorspace"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("analogbalance"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("asshotneutral"),
C_FLOAT.withName("baseline_exposure"),
C_FLOAT.withName("LinearResponseLimit")
).withName("dng_levels"),
MemoryLayout.ofSequence(256, MemoryLayout.ofSequence(4, C_INT)).withName("WB_Coeffs"),
MemoryLayout.ofSequence(64, MemoryLayout.ofSequence(5, C_FLOAT)).withName("WBCT_Coeffs"),
C_INT.withName("as_shot_wb_applied"),
MemoryLayout.ofSequence(2, MemoryLayout.ofStruct(
MemoryLayout.ofSequence(9, C_FLOAT).withName("romm_cam")
)).withName("P1_color"),
C_INT.withName("raw_bps"),
C_INT.withName("ExifColorSpace")
).withName("color"),
MemoryLayout.ofStruct(
C_FLOAT.withName("iso_speed"),
C_FLOAT.withName("shutter"),
C_FLOAT.withName("aperture"),
C_FLOAT.withName("focal_len"),
C_LONG.withName("timestamp"),
C_INT.withName("shot_order"),
MemoryLayout.ofSequence(32, C_INT).withName("gpsdata"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(3, C_FLOAT).withName("latitude"),
MemoryLayout.ofSequence(3, C_FLOAT).withName("longitude"),
MemoryLayout.ofSequence(3, C_FLOAT).withName("gpstimestamp"),
C_FLOAT.withName("altitude"),
C_CHAR.withName("altref"),
C_CHAR.withName("latref"),
C_CHAR.withName("longref"),
C_CHAR.withName("gpsstatus"),
C_CHAR.withName("gpsparsed"),
MemoryLayout.ofPaddingBits(24)
).withName("parsed_gps"),
MemoryLayout.ofSequence(512, C_CHAR).withName("desc"),
MemoryLayout.ofSequence(64, C_CHAR).withName("artist"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("analogbalance"),
MemoryLayout.ofPaddingBits(32)
).withName("other"),
MemoryLayout.ofStruct(
C_INT.withName("tformat"),
C_SHORT.withName("twidth"),
C_SHORT.withName("theight"),
C_INT.withName("tlength"),
C_INT.withName("tcolors"),
C_POINTER.withName("thumb")
).withName("thumbnail"),
MemoryLayout.ofStruct(
C_POINTER.withName("raw_alloc"),
C_POINTER.withName("raw_image"),
C_POINTER.withName("color4_image"),
C_POINTER.withName("color3_image"),
C_POINTER.withName("float_image"),
C_POINTER.withName("float3_image"),
C_POINTER.withName("float4_image"),
C_POINTER.withName("ph1_cblack"),
C_POINTER.withName("ph1_rblack"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(4, C_CHAR).withName("guard"),
MemoryLayout.ofSequence(64, C_CHAR).withName("make"),
MemoryLayout.ofSequence(64, C_CHAR).withName("model"),
MemoryLayout.ofSequence(64, C_CHAR).withName("software"),
MemoryLayout.ofSequence(64, C_CHAR).withName("normalized_make"),
MemoryLayout.ofSequence(64, C_CHAR).withName("normalized_model"),
C_INT.withName("maker_index"),
C_INT.withName("raw_count"),
C_INT.withName("dng_version"),
C_INT.withName("is_foveon"),
C_INT.withName("colors"),
C_INT.withName("filters"),
MemoryLayout.ofSequence(6, MemoryLayout.ofSequence(6, C_CHAR)).withName("xtrans"),
MemoryLayout.ofSequence(6, MemoryLayout.ofSequence(6, C_CHAR)).withName("xtrans_abs"),
MemoryLayout.ofSequence(5, C_CHAR).withName("cdesc"),
MemoryLayout.ofPaddingBits(24),
C_INT.withName("xmplen"),
C_POINTER.withName("xmpdata")
).withName("iparams"),
MemoryLayout.ofStruct(
C_SHORT.withName("raw_height"),
C_SHORT.withName("raw_width"),
C_SHORT.withName("height"),
C_SHORT.withName("width"),
C_SHORT.withName("top_margin"),
C_SHORT.withName("left_margin"),
C_SHORT.withName("iheight"),
C_SHORT.withName("iwidth"),
C_INT.withName("raw_pitch"),
MemoryLayout.ofPaddingBits(32),
C_DOUBLE.withName("pixel_aspect"),
C_INT.withName("flip"),
MemoryLayout.ofSequence(8, MemoryLayout.ofSequence(4, C_INT)).withName("mask"),
MemoryLayout.ofStruct(
C_SHORT.withName("cleft"),
C_SHORT.withName("ctop"),
C_SHORT.withName("cwidth"),
C_SHORT.withName("cheight"),
C_SHORT.withName("aspect")
).withName("raw_inset_crop"),
MemoryLayout.ofPaddingBits(16)
).withName("sizes"),
MemoryLayout.ofStruct(
C_INT.withName("mix_green"),
C_INT.withName("raw_color"),
C_INT.withName("zero_is_bad"),
C_SHORT.withName("shrink"),
C_SHORT.withName("fuji_width")
).withName("ioparams"),
MemoryLayout.ofStruct(
MemoryLayout.ofSequence(65536, C_SHORT).withName("curve"),
MemoryLayout.ofSequence(4104, C_INT).withName("cblack"),
C_INT.withName("black"),
C_INT.withName("data_maximum"),
C_INT.withName("maximum"),
MemoryLayout.ofPaddingBits(32),
MemoryLayout.ofSequence(4, C_LONG).withName("linear_max"),
C_FLOAT.withName("fmaximum"),
C_FLOAT.withName("fnorm"),
MemoryLayout.ofSequence(8, MemoryLayout.ofSequence(8, C_SHORT)).withName("white"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("cam_mul"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("pre_mul"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("cmatrix"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("ccm"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("rgb_cam"),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(3, C_FLOAT)).withName("cam_xyz"),
MemoryLayout.ofStruct(
C_INT.withName("format"),
C_INT.withName("key_off"),
C_INT.withName("tag_21a"),
C_INT.withName("t_black"),
C_INT.withName("split_col"),
C_INT.withName("black_col"),
C_INT.withName("split_row"),
C_INT.withName("black_row"),
C_FLOAT.withName("tag_210")
).withName("phase_one_data"),
C_FLOAT.withName("flash_used"),
C_FLOAT.withName("canon_ev"),
MemoryLayout.ofSequence(64, C_CHAR).withName("model2"),
MemoryLayout.ofSequence(64, C_CHAR).withName("UniqueCameraModel"),
MemoryLayout.ofSequence(64, C_CHAR).withName("LocalizedCameraModel"),
MemoryLayout.ofSequence(64, C_CHAR).withName("ImageUniqueID"),
MemoryLayout.ofSequence(17, C_CHAR).withName("RawDataUniqueID"),
MemoryLayout.ofSequence(64, C_CHAR).withName("OriginalRawFileName"),
MemoryLayout.ofPaddingBits(24),
C_POINTER.withName("profile"),
C_INT.withName("profile_length"),
MemoryLayout.ofSequence(8, C_INT).withName("black_stat"),
MemoryLayout.ofSequence(2, MemoryLayout.ofStruct(
C_INT.withName("parsedfields"),
C_SHORT.withName("illuminant"),
MemoryLayout.ofPaddingBits(16),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(4, C_FLOAT)).withName("calibration"),
MemoryLayout.ofSequence(4, MemoryLayout.ofSequence(3, C_FLOAT)).withName("colormatrix"),
MemoryLayout.ofSequence(3, MemoryLayout.ofSequence(4, C_FLOAT)).withName("forwardmatrix")
)).withName("dng_color"),
MemoryLayout.ofStruct(
C_INT.withName("parsedfields"),
MemoryLayout.ofSequence(4104, C_INT).withName("dng_cblack"),
C_INT.withName("dng_black"),
MemoryLayout.ofSequence(4104, C_FLOAT).withName("dng_fcblack"),
C_FLOAT.withName("dng_fblack"),
MemoryLayout.ofSequence(4, C_INT).withName("dng_whitelevel"),
MemoryLayout.ofSequence(4, C_INT).withName("default_crop"),
C_INT.withName("preview_colorspace"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("analogbalance"),
MemoryLayout.ofSequence(4, C_FLOAT).withName("asshotneutral"),
C_FLOAT.withName("baseline_exposure"),
C_FLOAT.withName("LinearResponseLimit")
).withName("dng_levels"),
MemoryLayout.ofSequence(256, MemoryLayout.ofSequence(4, C_INT)).withName("WB_Coeffs"),
MemoryLayout.ofSequence(64, MemoryLayout.ofSequence(5, C_FLOAT)).withName("WBCT_Coeffs"),
C_INT.withName("as_shot_wb_applied"),
MemoryLayout.ofSequence(2, MemoryLayout.ofStruct(
MemoryLayout.ofSequence(9, C_FLOAT).withName("romm_cam")
)).withName("P1_color"),
C_INT.withName("raw_bps"),
C_INT.withName("ExifColorSpace")
).withName("color")
).withName("rawdata"),
C_POINTER.withName("parent_class")
);
static final jdk.incubator.foreign.MemoryLayout libraw_data_t$struct$LAYOUT() { return libraw_data_t$struct$LAYOUT_; }
static final MemoryLayout libraw_data_t$image$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_data_t$image$LAYOUT() { return libraw_data_t$image$LAYOUT_; }
static final VarHandle libraw_data_t$image$VH_ = MemoryHandles.asAddressVarHandle(libraw_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("image")));
static final java.lang.invoke.VarHandle libraw_data_t$image$VH() { return libraw_data_t$image$VH_; }
static final MemoryLayout libraw_data_t$progress_flags$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_data_t$progress_flags$LAYOUT() { return libraw_data_t$progress_flags$LAYOUT_; }
static final VarHandle libraw_data_t$progress_flags$VH_ = libraw_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("progress_flags"));
static final java.lang.invoke.VarHandle libraw_data_t$progress_flags$VH() { return libraw_data_t$progress_flags$VH_; }
static final MemoryLayout libraw_data_t$process_warnings$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout libraw_data_t$process_warnings$LAYOUT() { return libraw_data_t$process_warnings$LAYOUT_; }
static final VarHandle libraw_data_t$process_warnings$VH_ = libraw_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("process_warnings"));
static final java.lang.invoke.VarHandle libraw_data_t$process_warnings$VH() { return libraw_data_t$process_warnings$VH_; }
static final MemoryLayout libraw_data_t$parent_class$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout libraw_data_t$parent_class$LAYOUT() { return libraw_data_t$parent_class$LAYOUT_; }
static final VarHandle libraw_data_t$parent_class$VH_ = MemoryHandles.asAddressVarHandle(libraw_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("parent_class")));
static final java.lang.invoke.VarHandle libraw_data_t$parent_class$VH() { return libraw_data_t$parent_class$VH_; }
static final MemoryLayout fuji_compressed_params$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_POINTER.withName("q_table"),
MemoryLayout.ofSequence(5, C_INT).withName("q_point"),
C_INT.withName("max_bits"),
C_INT.withName("min_value"),
C_INT.withName("raw_bits"),
C_INT.withName("total_values"),
C_INT.withName("maxDiff"),
C_SHORT.withName("line_width"),
MemoryLayout.ofPaddingBits(48)
).withName("fuji_compressed_params");
static final jdk.incubator.foreign.MemoryLayout fuji_compressed_params$struct$LAYOUT() { return fuji_compressed_params$struct$LAYOUT_; }
static final MemoryLayout fuji_compressed_params$q_table$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout fuji_compressed_params$q_table$LAYOUT() { return fuji_compressed_params$q_table$LAYOUT_; }
static final VarHandle fuji_compressed_params$q_table$VH_ = MemoryHandles.asAddressVarHandle(fuji_compressed_params$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("q_table")));
static final java.lang.invoke.VarHandle fuji_compressed_params$q_table$VH() { return fuji_compressed_params$q_table$VH_; }
static final MemoryLayout fuji_compressed_params$max_bits$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout fuji_compressed_params$max_bits$LAYOUT() { return fuji_compressed_params$max_bits$LAYOUT_; }
static final VarHandle fuji_compressed_params$max_bits$VH_ = fuji_compressed_params$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("max_bits"));
static final java.lang.invoke.VarHandle fuji_compressed_params$max_bits$VH() { return fuji_compressed_params$max_bits$VH_; }
static final MemoryLayout fuji_compressed_params$min_value$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout fuji_compressed_params$min_value$LAYOUT() { return fuji_compressed_params$min_value$LAYOUT_; }
static final VarHandle fuji_compressed_params$min_value$VH_ = fuji_compressed_params$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("min_value"));
static final java.lang.invoke.VarHandle fuji_compressed_params$min_value$VH() { return fuji_compressed_params$min_value$VH_; }
static final MemoryLayout fuji_compressed_params$raw_bits$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout fuji_compressed_params$raw_bits$LAYOUT() { return fuji_compressed_params$raw_bits$LAYOUT_; }
static final VarHandle fuji_compressed_params$raw_bits$VH_ = fuji_compressed_params$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("raw_bits"));
static final java.lang.invoke.VarHandle fuji_compressed_params$raw_bits$VH() { return fuji_compressed_params$raw_bits$VH_; }
static final MemoryLayout fuji_compressed_params$total_values$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout fuji_compressed_params$total_values$LAYOUT() { return fuji_compressed_params$total_values$LAYOUT_; }
static final VarHandle fuji_compressed_params$total_values$VH_ = fuji_compressed_params$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("total_values"));
static final java.lang.invoke.VarHandle fuji_compressed_params$total_values$VH() { return fuji_compressed_params$total_values$VH_; }
static final MemoryLayout fuji_compressed_params$maxDiff$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout fuji_compressed_params$maxDiff$LAYOUT() { return fuji_compressed_params$maxDiff$LAYOUT_; }
static final VarHandle fuji_compressed_params$maxDiff$VH_ = fuji_compressed_params$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("maxDiff"));
static final java.lang.invoke.VarHandle fuji_compressed_params$maxDiff$VH() { return fuji_compressed_params$maxDiff$VH_; }
static final MemoryLayout fuji_compressed_params$line_width$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout fuji_compressed_params$line_width$LAYOUT() { return fuji_compressed_params$line_width$LAYOUT_; }
static final VarHandle fuji_compressed_params$line_width$VH_ = fuji_compressed_params$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("line_width"));
static final java.lang.invoke.VarHandle fuji_compressed_params$line_width$VH() { return fuji_compressed_params$line_width$VH_; }
static final MemoryLayout internal_data_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_POINTER.withName("input"),
C_POINTER.withName("output"),
C_INT.withName("input_internal"),
MemoryLayout.ofPaddingBits(32),
C_POINTER.withName("meta_data"),
C_LONG_LONG.withName("profile_offset"),
C_LONG_LONG.withName("toffset"),
MemoryLayout.ofSequence(4, C_INT).withName("pana_black")
);
static final jdk.incubator.foreign.MemoryLayout internal_data_t$struct$LAYOUT() { return internal_data_t$struct$LAYOUT_; }
static final MemoryLayout internal_data_t$input$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout internal_data_t$input$LAYOUT() { return internal_data_t$input$LAYOUT_; }
static final VarHandle internal_data_t$input$VH_ = MemoryHandles.asAddressVarHandle(internal_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("input")));
static final java.lang.invoke.VarHandle internal_data_t$input$VH() { return internal_data_t$input$VH_; }
static final MemoryLayout internal_data_t$output$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout internal_data_t$output$LAYOUT() { return internal_data_t$output$LAYOUT_; }
static final VarHandle internal_data_t$output$VH_ = MemoryHandles.asAddressVarHandle(internal_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("output")));
static final java.lang.invoke.VarHandle internal_data_t$output$VH() { return internal_data_t$output$VH_; }
static final MemoryLayout internal_data_t$input_internal$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout internal_data_t$input_internal$LAYOUT() { return internal_data_t$input_internal$LAYOUT_; }
static final VarHandle internal_data_t$input_internal$VH_ = internal_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("input_internal"));
static final java.lang.invoke.VarHandle internal_data_t$input_internal$VH() { return internal_data_t$input_internal$VH_; }
static final MemoryLayout internal_data_t$meta_data$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout internal_data_t$meta_data$LAYOUT() { return internal_data_t$meta_data$LAYOUT_; }
static final VarHandle internal_data_t$meta_data$VH_ = MemoryHandles.asAddressVarHandle(internal_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("meta_data")));
static final java.lang.invoke.VarHandle internal_data_t$meta_data$VH() { return internal_data_t$meta_data$VH_; }
static final MemoryLayout internal_data_t$profile_offset$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout internal_data_t$profile_offset$LAYOUT() { return internal_data_t$profile_offset$LAYOUT_; }
static final VarHandle internal_data_t$profile_offset$VH_ = internal_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("profile_offset"));
static final java.lang.invoke.VarHandle internal_data_t$profile_offset$VH() { return internal_data_t$profile_offset$VH_; }
static final MemoryLayout internal_data_t$toffset$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout internal_data_t$toffset$LAYOUT() { return internal_data_t$toffset$LAYOUT_; }
static final VarHandle internal_data_t$toffset$VH_ = internal_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("toffset"));
static final java.lang.invoke.VarHandle internal_data_t$toffset$VH() { return internal_data_t$toffset$VH_; }
static final MemoryLayout output_data_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_POINTER.withName("histogram"),
C_POINTER.withName("oprof")
);
static final jdk.incubator.foreign.MemoryLayout output_data_t$struct$LAYOUT() { return output_data_t$struct$LAYOUT_; }
static final MemoryLayout output_data_t$histogram$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout output_data_t$histogram$LAYOUT() { return output_data_t$histogram$LAYOUT_; }
static final VarHandle output_data_t$histogram$VH_ = MemoryHandles.asAddressVarHandle(output_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("histogram")));
static final java.lang.invoke.VarHandle output_data_t$histogram$VH() { return output_data_t$histogram$VH_; }
static final MemoryLayout output_data_t$oprof$LAYOUT_ = C_POINTER;
static final jdk.incubator.foreign.MemoryLayout output_data_t$oprof$LAYOUT() { return output_data_t$oprof$LAYOUT_; }
static final VarHandle output_data_t$oprof$VH_ = MemoryHandles.asAddressVarHandle(output_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("oprof")));
static final java.lang.invoke.VarHandle output_data_t$oprof$VH() { return output_data_t$oprof$VH_; }
static final MemoryLayout identify_data_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_INT.withName("olympus_exif_cfa"),
MemoryLayout.ofPaddingBits(32),
C_LONG_LONG.withName("unique_id"),
C_LONG_LONG.withName("OlyID"),
C_INT.withName("tiff_nifds"),
C_INT.withName("tiff_flip"),
C_INT.withName("metadata_blocks"),
MemoryLayout.ofPaddingBits(32)
);
static final jdk.incubator.foreign.MemoryLayout identify_data_t$struct$LAYOUT() { return identify_data_t$struct$LAYOUT_; }
static final MemoryLayout identify_data_t$olympus_exif_cfa$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout identify_data_t$olympus_exif_cfa$LAYOUT() { return identify_data_t$olympus_exif_cfa$LAYOUT_; }
static final VarHandle identify_data_t$olympus_exif_cfa$VH_ = identify_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("olympus_exif_cfa"));
static final java.lang.invoke.VarHandle identify_data_t$olympus_exif_cfa$VH() { return identify_data_t$olympus_exif_cfa$VH_; }
static final MemoryLayout identify_data_t$unique_id$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout identify_data_t$unique_id$LAYOUT() { return identify_data_t$unique_id$LAYOUT_; }
static final VarHandle identify_data_t$unique_id$VH_ = identify_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("unique_id"));
static final java.lang.invoke.VarHandle identify_data_t$unique_id$VH() { return identify_data_t$unique_id$VH_; }
static final MemoryLayout identify_data_t$OlyID$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout identify_data_t$OlyID$LAYOUT() { return identify_data_t$OlyID$LAYOUT_; }
static final VarHandle identify_data_t$OlyID$VH_ = identify_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("OlyID"));
static final java.lang.invoke.VarHandle identify_data_t$OlyID$VH() { return identify_data_t$OlyID$VH_; }
static final MemoryLayout identify_data_t$tiff_nifds$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout identify_data_t$tiff_nifds$LAYOUT() { return identify_data_t$tiff_nifds$LAYOUT_; }
static final VarHandle identify_data_t$tiff_nifds$VH_ = identify_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tiff_nifds"));
static final java.lang.invoke.VarHandle identify_data_t$tiff_nifds$VH() { return identify_data_t$tiff_nifds$VH_; }
static final MemoryLayout identify_data_t$tiff_flip$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout identify_data_t$tiff_flip$LAYOUT() { return identify_data_t$tiff_flip$LAYOUT_; }
static final VarHandle identify_data_t$tiff_flip$VH_ = identify_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tiff_flip"));
static final java.lang.invoke.VarHandle identify_data_t$tiff_flip$VH() { return identify_data_t$tiff_flip$VH_; }
static final MemoryLayout identify_data_t$metadata_blocks$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout identify_data_t$metadata_blocks$LAYOUT() { return identify_data_t$metadata_blocks$LAYOUT_; }
static final VarHandle identify_data_t$metadata_blocks$VH_ = identify_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("metadata_blocks"));
static final java.lang.invoke.VarHandle identify_data_t$metadata_blocks$VH() { return identify_data_t$metadata_blocks$VH_; }
static final MemoryLayout crx_data_header_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_INT.withName("version"),
C_INT.withName("f_width"),
C_INT.withName("f_height"),
C_INT.withName("tileWidth"),
C_INT.withName("tileHeight"),
C_INT.withName("nBits"),
C_INT.withName("nPlanes"),
C_INT.withName("cfaLayout"),
C_INT.withName("encType"),
C_INT.withName("imageLevels"),
C_INT.withName("hasTileCols"),
C_INT.withName("hasTileRows"),
C_INT.withName("mdatHdrSize"),
C_INT.withName("MediaSize"),
C_LONG_LONG.withName("MediaOffset"),
C_INT.withName("MediaType"),
MemoryLayout.ofPaddingBits(32)
);
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$struct$LAYOUT() { return crx_data_header_t$struct$LAYOUT_; }
static final MemoryLayout crx_data_header_t$version$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$version$LAYOUT() { return crx_data_header_t$version$LAYOUT_; }
static final VarHandle crx_data_header_t$version$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("version"));
static final java.lang.invoke.VarHandle crx_data_header_t$version$VH() { return crx_data_header_t$version$VH_; }
static final MemoryLayout crx_data_header_t$f_width$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$f_width$LAYOUT() { return crx_data_header_t$f_width$LAYOUT_; }
static final VarHandle crx_data_header_t$f_width$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("f_width"));
static final java.lang.invoke.VarHandle crx_data_header_t$f_width$VH() { return crx_data_header_t$f_width$VH_; }
static final MemoryLayout crx_data_header_t$f_height$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$f_height$LAYOUT() { return crx_data_header_t$f_height$LAYOUT_; }
static final VarHandle crx_data_header_t$f_height$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("f_height"));
static final java.lang.invoke.VarHandle crx_data_header_t$f_height$VH() { return crx_data_header_t$f_height$VH_; }
static final MemoryLayout crx_data_header_t$tileWidth$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$tileWidth$LAYOUT() { return crx_data_header_t$tileWidth$LAYOUT_; }
static final VarHandle crx_data_header_t$tileWidth$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tileWidth"));
static final java.lang.invoke.VarHandle crx_data_header_t$tileWidth$VH() { return crx_data_header_t$tileWidth$VH_; }
static final MemoryLayout crx_data_header_t$tileHeight$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$tileHeight$LAYOUT() { return crx_data_header_t$tileHeight$LAYOUT_; }
static final VarHandle crx_data_header_t$tileHeight$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tileHeight"));
static final java.lang.invoke.VarHandle crx_data_header_t$tileHeight$VH() { return crx_data_header_t$tileHeight$VH_; }
static final MemoryLayout crx_data_header_t$nBits$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$nBits$LAYOUT() { return crx_data_header_t$nBits$LAYOUT_; }
static final VarHandle crx_data_header_t$nBits$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("nBits"));
static final java.lang.invoke.VarHandle crx_data_header_t$nBits$VH() { return crx_data_header_t$nBits$VH_; }
static final MemoryLayout crx_data_header_t$nPlanes$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$nPlanes$LAYOUT() { return crx_data_header_t$nPlanes$LAYOUT_; }
static final VarHandle crx_data_header_t$nPlanes$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("nPlanes"));
static final java.lang.invoke.VarHandle crx_data_header_t$nPlanes$VH() { return crx_data_header_t$nPlanes$VH_; }
static final MemoryLayout crx_data_header_t$cfaLayout$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$cfaLayout$LAYOUT() { return crx_data_header_t$cfaLayout$LAYOUT_; }
static final VarHandle crx_data_header_t$cfaLayout$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("cfaLayout"));
static final java.lang.invoke.VarHandle crx_data_header_t$cfaLayout$VH() { return crx_data_header_t$cfaLayout$VH_; }
static final MemoryLayout crx_data_header_t$encType$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$encType$LAYOUT() { return crx_data_header_t$encType$LAYOUT_; }
static final VarHandle crx_data_header_t$encType$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("encType"));
static final java.lang.invoke.VarHandle crx_data_header_t$encType$VH() { return crx_data_header_t$encType$VH_; }
static final MemoryLayout crx_data_header_t$imageLevels$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$imageLevels$LAYOUT() { return crx_data_header_t$imageLevels$LAYOUT_; }
static final VarHandle crx_data_header_t$imageLevels$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("imageLevels"));
static final java.lang.invoke.VarHandle crx_data_header_t$imageLevels$VH() { return crx_data_header_t$imageLevels$VH_; }
static final MemoryLayout crx_data_header_t$hasTileCols$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$hasTileCols$LAYOUT() { return crx_data_header_t$hasTileCols$LAYOUT_; }
static final VarHandle crx_data_header_t$hasTileCols$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("hasTileCols"));
static final java.lang.invoke.VarHandle crx_data_header_t$hasTileCols$VH() { return crx_data_header_t$hasTileCols$VH_; }
static final MemoryLayout crx_data_header_t$hasTileRows$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$hasTileRows$LAYOUT() { return crx_data_header_t$hasTileRows$LAYOUT_; }
static final VarHandle crx_data_header_t$hasTileRows$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("hasTileRows"));
static final java.lang.invoke.VarHandle crx_data_header_t$hasTileRows$VH() { return crx_data_header_t$hasTileRows$VH_; }
static final MemoryLayout crx_data_header_t$mdatHdrSize$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$mdatHdrSize$LAYOUT() { return crx_data_header_t$mdatHdrSize$LAYOUT_; }
static final VarHandle crx_data_header_t$mdatHdrSize$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("mdatHdrSize"));
static final java.lang.invoke.VarHandle crx_data_header_t$mdatHdrSize$VH() { return crx_data_header_t$mdatHdrSize$VH_; }
static final MemoryLayout crx_data_header_t$MediaSize$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$MediaSize$LAYOUT() { return crx_data_header_t$MediaSize$LAYOUT_; }
static final VarHandle crx_data_header_t$MediaSize$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("MediaSize"));
static final java.lang.invoke.VarHandle crx_data_header_t$MediaSize$VH() { return crx_data_header_t$MediaSize$VH_; }
static final MemoryLayout crx_data_header_t$MediaOffset$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$MediaOffset$LAYOUT() { return crx_data_header_t$MediaOffset$LAYOUT_; }
static final VarHandle crx_data_header_t$MediaOffset$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("MediaOffset"));
static final java.lang.invoke.VarHandle crx_data_header_t$MediaOffset$VH() { return crx_data_header_t$MediaOffset$VH_; }
static final MemoryLayout crx_data_header_t$MediaType$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout crx_data_header_t$MediaType$LAYOUT() { return crx_data_header_t$MediaType$LAYOUT_; }
static final VarHandle crx_data_header_t$MediaType$VH_ = crx_data_header_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("MediaType"));
static final java.lang.invoke.VarHandle crx_data_header_t$MediaType$VH() { return crx_data_header_t$MediaType$VH_; }
static final MemoryLayout unpacker_data_t$struct$LAYOUT_ = MemoryLayout.ofStruct(
C_SHORT.withName("order"),
MemoryLayout.ofSequence(4, C_SHORT).withName("sraw_mul"),
MemoryLayout.ofSequence(3, C_SHORT).withName("cr2_slice"),
C_INT.withName("kodak_cbpp"),
MemoryLayout.ofPaddingBits(32),
C_LONG_LONG.withName("strip_offset"),
C_LONG_LONG.withName("data_offset"),
C_LONG_LONG.withName("meta_offset"),
C_INT.withName("data_size"),
C_INT.withName("meta_length"),
C_INT.withName("thumb_misc"),
C_INT.withName("fuji_layout"),
C_INT.withName("tiff_samples"),
C_INT.withName("tiff_bps"),
C_INT.withName("tiff_compress"),
C_INT.withName("tiff_sampleformat"),
C_INT.withName("zero_after_ff"),
C_INT.withName("tile_width"),
C_INT.withName("tile_length"),
C_INT.withName("load_flags"),
C_INT.withName("data_error"),
C_INT.withName("hasselblad_parser_flag"),
C_LONG_LONG.withName("posRAFData"),
C_INT.withName("lenRAFData"),
C_INT.withName("fuji_total_lines"),
C_INT.withName("fuji_total_blocks"),
C_INT.withName("fuji_block_width"),
C_INT.withName("fuji_bits"),
C_INT.withName("fuji_raw_type"),
C_INT.withName("pana_encoding"),
C_INT.withName("pana_bpp"),
MemoryLayout.ofSequence(16, MemoryLayout.ofStruct(
C_INT.withName("version"),
C_INT.withName("f_width"),
C_INT.withName("f_height"),
C_INT.withName("tileWidth"),
C_INT.withName("tileHeight"),
C_INT.withName("nBits"),
C_INT.withName("nPlanes"),
C_INT.withName("cfaLayout"),
C_INT.withName("encType"),
C_INT.withName("imageLevels"),
C_INT.withName("hasTileCols"),
C_INT.withName("hasTileRows"),
C_INT.withName("mdatHdrSize"),
C_INT.withName("MediaSize"),
C_LONG_LONG.withName("MediaOffset"),
C_INT.withName("MediaType"),
MemoryLayout.ofPaddingBits(32)
)).withName("crx_header"),
C_INT.withName("crx_track_selected"),
C_SHORT.withName("CR3_CTMDtag"),
C_SHORT.withName("CR3_Version"),
C_INT.withName("CM_found"),
C_INT.withName("is_NikonTransfer"),
C_INT.withName("is_Sony"),
C_INT.withName("is_pana_raw"),
C_INT.withName("is_4K_RAFdata"),
C_INT.withName("is_PentaxRicohMakernotes"),
MemoryLayout.ofSequence(20, C_INT).withName("dng_frames"),
C_SHORT.withName("raw_stride"),
MemoryLayout.ofPaddingBits(48)
);
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$struct$LAYOUT() { return unpacker_data_t$struct$LAYOUT_; }
static final MemoryLayout unpacker_data_t$order$LAYOUT_ = C_SHORT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$order$LAYOUT() { return unpacker_data_t$order$LAYOUT_; }
static final VarHandle unpacker_data_t$order$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(short.class, MemoryLayout.PathElement.groupElement("order"));
static final java.lang.invoke.VarHandle unpacker_data_t$order$VH() { return unpacker_data_t$order$VH_; }
static final MemoryLayout unpacker_data_t$kodak_cbpp$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$kodak_cbpp$LAYOUT() { return unpacker_data_t$kodak_cbpp$LAYOUT_; }
static final VarHandle unpacker_data_t$kodak_cbpp$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("kodak_cbpp"));
static final java.lang.invoke.VarHandle unpacker_data_t$kodak_cbpp$VH() { return unpacker_data_t$kodak_cbpp$VH_; }
static final MemoryLayout unpacker_data_t$strip_offset$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$strip_offset$LAYOUT() { return unpacker_data_t$strip_offset$LAYOUT_; }
static final VarHandle unpacker_data_t$strip_offset$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("strip_offset"));
static final java.lang.invoke.VarHandle unpacker_data_t$strip_offset$VH() { return unpacker_data_t$strip_offset$VH_; }
static final MemoryLayout unpacker_data_t$data_offset$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$data_offset$LAYOUT() { return unpacker_data_t$data_offset$LAYOUT_; }
static final VarHandle unpacker_data_t$data_offset$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("data_offset"));
static final java.lang.invoke.VarHandle unpacker_data_t$data_offset$VH() { return unpacker_data_t$data_offset$VH_; }
static final MemoryLayout unpacker_data_t$meta_offset$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$meta_offset$LAYOUT() { return unpacker_data_t$meta_offset$LAYOUT_; }
static final VarHandle unpacker_data_t$meta_offset$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("meta_offset"));
static final java.lang.invoke.VarHandle unpacker_data_t$meta_offset$VH() { return unpacker_data_t$meta_offset$VH_; }
static final MemoryLayout unpacker_data_t$data_size$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$data_size$LAYOUT() { return unpacker_data_t$data_size$LAYOUT_; }
static final VarHandle unpacker_data_t$data_size$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("data_size"));
static final java.lang.invoke.VarHandle unpacker_data_t$data_size$VH() { return unpacker_data_t$data_size$VH_; }
static final MemoryLayout unpacker_data_t$meta_length$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$meta_length$LAYOUT() { return unpacker_data_t$meta_length$LAYOUT_; }
static final VarHandle unpacker_data_t$meta_length$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("meta_length"));
static final java.lang.invoke.VarHandle unpacker_data_t$meta_length$VH() { return unpacker_data_t$meta_length$VH_; }
static final MemoryLayout unpacker_data_t$thumb_misc$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$thumb_misc$LAYOUT() { return unpacker_data_t$thumb_misc$LAYOUT_; }
static final VarHandle unpacker_data_t$thumb_misc$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("thumb_misc"));
static final java.lang.invoke.VarHandle unpacker_data_t$thumb_misc$VH() { return unpacker_data_t$thumb_misc$VH_; }
static final MemoryLayout unpacker_data_t$fuji_layout$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$fuji_layout$LAYOUT() { return unpacker_data_t$fuji_layout$LAYOUT_; }
static final VarHandle unpacker_data_t$fuji_layout$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("fuji_layout"));
static final java.lang.invoke.VarHandle unpacker_data_t$fuji_layout$VH() { return unpacker_data_t$fuji_layout$VH_; }
static final MemoryLayout unpacker_data_t$tiff_samples$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$tiff_samples$LAYOUT() { return unpacker_data_t$tiff_samples$LAYOUT_; }
static final VarHandle unpacker_data_t$tiff_samples$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tiff_samples"));
static final java.lang.invoke.VarHandle unpacker_data_t$tiff_samples$VH() { return unpacker_data_t$tiff_samples$VH_; }
static final MemoryLayout unpacker_data_t$tiff_bps$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$tiff_bps$LAYOUT() { return unpacker_data_t$tiff_bps$LAYOUT_; }
static final VarHandle unpacker_data_t$tiff_bps$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tiff_bps"));
static final java.lang.invoke.VarHandle unpacker_data_t$tiff_bps$VH() { return unpacker_data_t$tiff_bps$VH_; }
static final MemoryLayout unpacker_data_t$tiff_compress$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$tiff_compress$LAYOUT() { return unpacker_data_t$tiff_compress$LAYOUT_; }
static final VarHandle unpacker_data_t$tiff_compress$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tiff_compress"));
static final java.lang.invoke.VarHandle unpacker_data_t$tiff_compress$VH() { return unpacker_data_t$tiff_compress$VH_; }
static final MemoryLayout unpacker_data_t$tiff_sampleformat$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$tiff_sampleformat$LAYOUT() { return unpacker_data_t$tiff_sampleformat$LAYOUT_; }
static final VarHandle unpacker_data_t$tiff_sampleformat$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tiff_sampleformat"));
static final java.lang.invoke.VarHandle unpacker_data_t$tiff_sampleformat$VH() { return unpacker_data_t$tiff_sampleformat$VH_; }
static final MemoryLayout unpacker_data_t$zero_after_ff$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$zero_after_ff$LAYOUT() { return unpacker_data_t$zero_after_ff$LAYOUT_; }
static final VarHandle unpacker_data_t$zero_after_ff$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("zero_after_ff"));
static final java.lang.invoke.VarHandle unpacker_data_t$zero_after_ff$VH() { return unpacker_data_t$zero_after_ff$VH_; }
static final MemoryLayout unpacker_data_t$tile_width$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$tile_width$LAYOUT() { return unpacker_data_t$tile_width$LAYOUT_; }
static final VarHandle unpacker_data_t$tile_width$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tile_width"));
static final java.lang.invoke.VarHandle unpacker_data_t$tile_width$VH() { return unpacker_data_t$tile_width$VH_; }
static final MemoryLayout unpacker_data_t$tile_length$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$tile_length$LAYOUT() { return unpacker_data_t$tile_length$LAYOUT_; }
static final VarHandle unpacker_data_t$tile_length$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("tile_length"));
static final java.lang.invoke.VarHandle unpacker_data_t$tile_length$VH() { return unpacker_data_t$tile_length$VH_; }
static final MemoryLayout unpacker_data_t$load_flags$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$load_flags$LAYOUT() { return unpacker_data_t$load_flags$LAYOUT_; }
static final VarHandle unpacker_data_t$load_flags$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("load_flags"));
static final java.lang.invoke.VarHandle unpacker_data_t$load_flags$VH() { return unpacker_data_t$load_flags$VH_; }
static final MemoryLayout unpacker_data_t$data_error$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$data_error$LAYOUT() { return unpacker_data_t$data_error$LAYOUT_; }
static final VarHandle unpacker_data_t$data_error$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("data_error"));
static final java.lang.invoke.VarHandle unpacker_data_t$data_error$VH() { return unpacker_data_t$data_error$VH_; }
static final MemoryLayout unpacker_data_t$hasselblad_parser_flag$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$hasselblad_parser_flag$LAYOUT() { return unpacker_data_t$hasselblad_parser_flag$LAYOUT_; }
static final VarHandle unpacker_data_t$hasselblad_parser_flag$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("hasselblad_parser_flag"));
static final java.lang.invoke.VarHandle unpacker_data_t$hasselblad_parser_flag$VH() { return unpacker_data_t$hasselblad_parser_flag$VH_; }
static final MemoryLayout unpacker_data_t$posRAFData$LAYOUT_ = C_LONG_LONG;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$posRAFData$LAYOUT() { return unpacker_data_t$posRAFData$LAYOUT_; }
static final VarHandle unpacker_data_t$posRAFData$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(long.class, MemoryLayout.PathElement.groupElement("posRAFData"));
static final java.lang.invoke.VarHandle unpacker_data_t$posRAFData$VH() { return unpacker_data_t$posRAFData$VH_; }
static final MemoryLayout unpacker_data_t$lenRAFData$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$lenRAFData$LAYOUT() { return unpacker_data_t$lenRAFData$LAYOUT_; }
static final VarHandle unpacker_data_t$lenRAFData$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("lenRAFData"));
static final java.lang.invoke.VarHandle unpacker_data_t$lenRAFData$VH() { return unpacker_data_t$lenRAFData$VH_; }
static final MemoryLayout unpacker_data_t$fuji_total_lines$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$fuji_total_lines$LAYOUT() { return unpacker_data_t$fuji_total_lines$LAYOUT_; }
static final VarHandle unpacker_data_t$fuji_total_lines$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("fuji_total_lines"));
static final java.lang.invoke.VarHandle unpacker_data_t$fuji_total_lines$VH() { return unpacker_data_t$fuji_total_lines$VH_; }
static final MemoryLayout unpacker_data_t$fuji_total_blocks$LAYOUT_ = C_INT;
static final jdk.incubator.foreign.MemoryLayout unpacker_data_t$fuji_total_blocks$LAYOUT() { return unpacker_data_t$fuji_total_blocks$LAYOUT_; }
static final VarHandle unpacker_data_t$fuji_total_blocks$VH_ = unpacker_data_t$struct$LAYOUT_.varHandle(int.class, MemoryLayout.PathElement.groupElement("fuji_total_blocks"));
static final java.lang.invoke.VarHandle unpacker_data_t$fuji_total_blocks$VH() { return unpacker_data_t$fuji_total_blocks$VH_; }
}
© 2015 - 2025 Weber Informatics LLC | Privacy Policy