public void readToByteBuffer(ByteBuffer buff, ByteStorageSupport<?> storage) throws IOException { MatFileInputStream mfis = new MatFileInputStream(buf, type); int elements = size / sizeOf(); mfis.readToByteBuffer(buff, elements, storage); // skip padding if (padding > 0) { buf.position(buf.position() + padding); } }
public double[] readToDoubleArray() throws IOException { // allocate memory for array elements int elements = size / sizeOf(); double[] ad = new double[elements]; MatFileInputStream mfis = new MatFileInputStream(buf, type); for (int i = 0; i < elements; i++) { ad[i] = mfis.readDouble(); } // skip padding if (padding > 0) { buf.position(buf.position() + padding); } return ad; }
public byte[] readToByteArray() throws IOException { // allocate memory for array elements int elements = size / sizeOf(); byte[] ab = new byte[elements]; MatFileInputStream mfis = new MatFileInputStream(buf, type); for (int i = 0; i < elements; i++) { ab[i] = mfis.readByte(); } // skip padding if (padding > 0) { buf.position(buf.position() + padding); } return ab; }
public char[] readToCharArray() throws IOException { // allocate memory for array elements int elements = size / sizeOf(); char[] ac = new char[elements]; MatFileInputStream mfis = new MatFileInputStream(buf, type); for (int i = 0; i < elements; i++) { ac[i] = mfis.readChar(); } // skip padding if (padding > 0) { buf.position(buf.position() + padding); } return ac; } }
public int[] readToIntArray() throws IOException { //allocate memory for array elements int elements = size/sizeOf(); int[] ai = new int[elements]; for ( int i = 0; i < elements; i++ ) { ai[i] = mfis.readInt(); } //skip padding mfis.skip( padding ); return ai; } public String readToString() throws IOException
public byte[] readToByteArray() throws IOException { //allocate memory for array elements int elements = size/sizeOf(); byte[] ab = new byte[elements]; for ( int i = 0; i < elements; i++ ) { ab[i] = mfis.readByte(); } //skip padding mfis.skip( padding ); return ab; } public double[] readToDoubleArray() throws IOException
public int[] readToIntArray() throws IOException { // allocate memory for array elements int elements = size / sizeOf(); int[] ai = new int[elements]; MatFileInputStream mfis = new MatFileInputStream(buf, type); for (int i = 0; i < elements; i++) { ai[i] = mfis.readInt(); } // skip padding if (padding > 0) { buf.position(buf.position() + padding); } return ai; }
public byte[] readToByteArray() throws IOException { //allocate memory for array elements int elements = size/sizeOf(); byte[] ab = new byte[elements]; for ( int i = 0; i < elements; i++ ) { ab[i] = mfis.readByte(); } //skip padding mfis.skip( padding ); return ab; } public double[] readToDoubleArray() throws IOException
public double[] readToDoubleArray() throws IOException { //allocate memory for array elements int elements = size/sizeOf(); double[] ad = new double[elements]; for ( int i = 0; i < elements; i++ ) { ad[i] = mfis.readDouble(); } //skip padding mfis.skip( padding ); return ad; } public int[] readToIntArray() throws IOException
public char[] readToCharArray() throws IOException { //allocate memory for array elements int elements = size/sizeOf(); char[] ac = new char[elements]; for ( int i = 0; i < elements; i++ ) { ac[i] = mfis.readChar(); } //skip padding mfis.skip( padding ); return ac; } }
public int[] readToIntArray() throws IOException { //allocate memory for array elements int elements = size / sizeOf(); int[] ai = new int[elements]; for (int i = 0; i < elements; i++) { ai[i] = mfis.readInt(); } //skip padding mfis.skip(padding); return ai; }
public void readToByteBuffer(ByteBuffer buff, ByteStorageSupport<?> storage) throws IOException { int elements = size / sizeOf(); mfis.readToByteBuffer(buff, elements, storage); mfis.skip(padding); }
public void readToByteBuffer( ByteBuffer buff, ByteStorageSupport<?> storage ) throws IOException { int elements = size/sizeOf(); mfis.readToByteBuffer( buff, elements, storage ); mfis.skip( padding ); } public byte[] readToByteArray() throws IOException
public double[] readToDoubleArray() throws IOException { //allocate memory for array elements int elements = size / sizeOf(); double[] ad = new double[elements]; for (int i = 0; i < elements; i++) { ad[i] = mfis.readDouble(); } //skip padding mfis.skip(padding); return ad; }
public void readToByteBuffer( ByteBuffer buff, ByteStorageSupport<?> storage ) throws IOException { int elements = size/sizeOf(); mfis.readToByteBuffer( buff, elements, storage ); mfis.skip( padding ); } public byte[] readToByteArray() throws IOException
public byte[] readToByteArray() throws IOException { //allocate memory for array elements int elements = size / sizeOf(); byte[] ab = new byte[elements]; for (int i = 0; i < elements; i++) { ab[i] = mfis.readByte(); } //skip padding mfis.skip(padding); return ab; }
public double[] readToDoubleArray() throws IOException { //allocate memory for array elements int elements = size / sizeOf(); double[] ad = new double[elements]; for (int i = 0; i < elements; i++) { ad[i] = mfis.readDouble(); } //skip padding mfis.skip(padding); return ad; }
public int[] readToIntArray() throws IOException { //allocate memory for array elements int elements = size / sizeOf(); int[] ai = new int[elements]; for (int i = 0; i < elements; i++) { ai[i] = mfis.readInt(); } //skip padding mfis.skip(padding); return ai; }
public void readToByteBuffer(ByteBuffer buff, ByteStorageSupport<?> storage) throws IOException { int elements = size / sizeOf(); mfis.readToByteBuffer(buff, elements, storage); mfis.skip(padding); }
public byte[] readToByteArray() throws IOException { //allocate memory for array elements int elements = size / sizeOf(); byte[] ab = new byte[elements]; for (int i = 0; i < elements; i++) { ab[i] = mfis.readByte(); } //skip padding mfis.skip(padding); return ab; }