returns a clone of this pix . this does not create a separate copy , just a new pointer that can be recycled without affecting other clones . concode_field_sep int INDEX_D concode_elem_sep int mNativePix concode_elem_sep int INDEX_H concode_elem_sep int INDEX_W concode_elem_sep boolean mRecycled concode_field_sep boolean nativeInvert concode_elem_sep void nativeSetPixel concode_elem_sep Pix createFromPix concode_elem_sep int getDepth concode_elem_sep void setPixel concode_elem_sep int nativeGetDepth concode_elem_sep int getNativePix concode_elem_sep int nativeGetWidth concode_elem_sep int getWidth concode_elem_sep int getHeight concode_elem_sep int nativeCopy concode_elem_sep boolean nativeGetDimensions concode_elem_sep int nativeClone concode_elem_sep void recycle concode_elem_sep Pix copy concode_elem_sep byte[] getData concode_elem_sep Rect getRect concode_elem_sep int nativeCreatePix concode_elem_sep boolean invert concode_elem_sep int getPixel concode_elem_sep void nativeDestroy concode_elem_sep int nativeGetPixel concode_elem_sep int nativeGetDataSize concode_elem_sep int[] getDimensions concode_elem_sep boolean getDimensions concode_elem_sep int nativeGetHeight concode_elem_sep void finalize concode_elem_sep boolean nativeGetData concode_elem_sep int nativeCreateFromData
Pix function ( ) { int loc0 = nativeClone ( mNativePix ) ; if ( loc0 == 0 ) { throw new OutOfMemoryError ( ) ; } return new Pix ( loc0 ) ; }