text:
package java.io;

import gnu.java.lang.CPStringBuilder;

/* Written using "Java Class Libraries", 2nd edition, ISBN 0-201-31002-3
 * "The Java Language Specification", ISBN 0-201-63451-1
 * plus online API docs for JDK 1.2 beta from http://www.javasoft.com.
 * Status:  Believed complete and correct.
 */

/**
 * This subclass of FilteredInputStream implements the
 * DataInput interface that provides method for reading primitive
 * Java data types from a stream.
 *
 * @see DataInput
 *
 * @author Warren Levy (warrenl@cygnus.com)
 * @author Aaron M. Renn (arenn@urbanophile.com)
 * @date October 20, 1998.
 */
public class DataInputStream extends FilterInputStream implements DataInput
{
  // Byte buffer, used to make primitive read calls more efficient.
  byte[] buf = new byte [8];

  /**
   * This constructor initializes a new DataInputStream
   * to read from the specified subordinate stream.
   *
   * @param in The subordinate InputStream to read from
   */
  public DataInputStream (InputStream in)
  {
    super (in);
  }

  /**
   * This method reads bytes from the underlying stream into the specified
   * byte array buffer.  It will attempt to fill the buffer completely, but
   * may return a short count if there is insufficient data remaining to be
   * read to fill the buffer.
   *
   * @param b The buffer into which bytes will be read.
   *
   * @return The actual number of bytes read, or -1 if end of stream reached
   * before reading any bytes.
   *
   * @exception IOException If an error occurs.
   */
  public final int read (byte[] b) throws IOException
  {
    return in.read (b, 0, b.length);
  }

  /**
   * This method reads bytes from the underlying stream into the specified
   * byte array buffer.  It will attempt to read len bytes and
   * will start storing them at position off into the buffer.
   * This method can return a short count if there is insufficient data
   * remaining to be read to complete the desired read length.
   *
   * @param b The buffer into which bytes will be read.
   * @param off The offset into the buffer to start storing bytes.
   * @param len The requested number of bytes to read.
   *
   * @return The actual number of bytes read, or -1 if end of stream reached
   * before reading any bytes.
   *
   * @exception IOException If an error occurs.
   */
  public final int read (byte[] b, int off, int len) throws IOException
  {
    return in.read (b, off, len);
  }

  /**
   * This method reads a Java boolean value from an input stream.  It does
   * so by reading a single byte of data.  If that byte is zero, then the
   * value returned is false.  If the byte is non-zero, then
   * the value returned is true.
   *

   * This method can read a boolean written by an object
   * implementing the writeBoolean() method in the
   * DataOutput interface.
   *
   * @return The boolean value read
   *
   * @exception EOFException If end of file is reached before reading
   * the boolean
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeBoolean
   */
  public final boolean readBoolean () throws IOException
  {
    return convertToBoolean (in.read ());
  }

  /**
   * This method reads a Java byte value from an input stream.  The value
   * is in the range of -128 to 127.
   *

   * This method can read a byte written by an object
   * implementing the writeByte() method in the
   * DataOutput interface.
   *
   * @return The byte value read
   *
   * @exception EOFException If end of file is reached before reading the byte
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeByte
   */
  public final byte readByte () throws IOException
  {
    return convertToByte (in.read ());
  }

  /**
   * This method reads a Java char value from an input stream.
   * It operates by reading two bytes from the stream and converting them to
   * a single 16-bit Java char.  The two bytes are stored most
   * significant byte first (i.e., "big endian") regardless of the native
   * host byte ordering.
   *

   * As an example, if byte1 and byte2
   * represent the first and second byte read from the stream
   * respectively, they will be transformed to a char in
   * the following manner:
   *

   * (char)(((byte1 & 0xFF) << 8) | (byte2 & 0xFF)
   *

   * This method can read a char written by an object
   * implementing the writeChar() method in the
   * DataOutput interface.
   *
   * @return The char value read
   *
   * @exception EOFException If end of file is reached before reading the char
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeChar
   */
  public final char readChar () throws IOException
  {
    readFully (buf, 0, 2);
    return convertToChar (buf);
  }

  /**
   * This method reads a Java double value from an input stream.  It operates
   * by first reading a long value from the stream by calling the
   * readLong() method in this interface, then converts
   * that long to a double using the
   * longBitsToDouble method in the class
   * java.lang.Double
   *

   * This method can read a double written by an object
   * implementing the writeDouble() method in the
   * DataOutput interface.
   *
   * @return The double value read
   *
   * @exception EOFException If end of file is reached before reading
   * the double
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeDouble
   * @see java.lang.Double#longBitsToDouble
   */
  public final double readDouble () throws IOException
  {
    return Double.longBitsToDouble (readLong ());
  }

  /**
   * This method reads a Java float value from an input stream.  It
   * operates by first reading an int value from the
   * stream by calling the readInt() method in this
   * interface, then converts that int to a
   * float using the intBitsToFloat method
   * in the class java.lang.Float
   *

   * This method can read a float written by an object
   * implementing the writeFloat() method in the
   * DataOutput interface.
   *
   * @return The float value read
   *
   * @exception EOFException If end of file is reached before reading the float
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeFloat
   * @see java.lang.Float#intBitsToFloat
   */
  public final float readFloat () throws IOException
  {
    return Float.intBitsToFloat (readInt ());
  }

  /**
   * This method reads raw bytes into the passed array until the array is
   * full.  Note that this method blocks until the data is available and
   * throws an exception if there is not enough data left in the stream to
   * fill the buffer.  Note also that zero length buffers are permitted.
   * In this case, the method will return immediately without reading any
   * bytes from the stream.
   *
   * @param b The buffer into which to read the data
   *
   * @exception EOFException If end of file is reached before filling the
   * buffer
   * @exception IOException If any other error occurs
   */
  public final void readFully (byte[] b) throws IOException
  {
    readFully (b, 0, b.length);
  }

  /**
   * This method reads raw bytes into the passed array buf
   * starting
   * offset bytes into the buffer.  The number of bytes read
   * will be
   * exactly len.  Note that this method blocks until the data is
   * available and throws an exception if there is not enough data left in
   * the stream to read len bytes.  Note also that zero length
   * buffers are permitted.  In this case, the method will return immediately
   * without reading any bytes from the stream.
   *
   * @param buf The buffer into which to read the data
   * @param offset The offset into the buffer to start storing data
   * @param len The number of bytes to read into the buffer
   *
   * @exception EOFException If end of file is reached before filling the
   * buffer
   * @exception IOException If any other error occurs
   */
  public final void readFully (byte[] buf, int offset, int len) throws IOException
  {
    if (len < 0)
      throw new IndexOutOfBoundsException("Negative length: " + len);

    while (len > 0)
      {
        // in.read will block until some data is available.
        int numread = in.read (buf, offset, len);
        if (numread < 0)
          throw new EOFException ();
        len -= numread;
        offset += numread;
      }
  }

  /**
   * This method reads a Java int value from an input stream
   * It operates by reading four bytes from the stream and converting them to
   * a single Java int.  The bytes are stored most
   * significant byte first (i.e., "big endian") regardless of the native
   * host byte ordering.
   *

   * As an example, if byte1 through byte4 represent
   * the first four bytes read from the stream, they will be
   * transformed to an int in the following manner:
   *

   * (int)(((byte1 & 0xFF) << 24) + ((byte2 & 0xFF) << 16) +
   * ((byte3 & 0xFF)<< 8) + (byte4 & 0xFF)))
   *

   * The value returned is in the range of -2147483648 to 2147483647.
   *

   * This method can read an int written by an object
   * implementing the writeInt() method in the
   * DataOutput interface.
   *
   * @return The int value read
   *
   * @exception EOFException If end of file is reached before reading the int
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeInt
   */
  public final int readInt () throws IOException
  {
    readFully (buf, 0, 4);
    return convertToInt (buf);
  }

  /**
   * This method reads the next line of text data from an input
   * stream.  It operates by reading bytes and converting those bytes
   * to char values by treating the byte read as the low
   * eight bits of the char and using 0 as the high eight
   * bits.  Because of this, it does not support the full 16-bit
   * Unicode character set.
   *

   * The reading of bytes ends when either the end of file or a line
   * terminator is encountered.  The bytes read are then returned as a
   * String A line terminator is a byte sequence
   * consisting of either \r, \n or
   * \r\n.  These termination charaters are discarded and
   * are not returned as part of the string.
   *

   * This method can read data that was written by an object implementing the
   * writeLine() method in DataOutput.
   *
   * @return The line read as a String
   *
   * @exception IOException If an error occurs
   *
   * @see DataOutput
   *
   * @deprecated
   */
  public final String readLine() throws IOException
  {
    CPStringBuilder strb = new CPStringBuilder();

    while (true)
      {
        int c = in.read();
        if (c == -1)    // got an EOF
            return strb.length() > 0 ? strb.toString() : null;
        if (c == '\r')
          {
            int next_c = in.read();
            if (next_c != '\n' && next_c != -1)
              {
                if (!(in instanceof PushbackInputStream))
                  in = new PushbackInputStream(in);
                ((PushbackInputStream) in).unread(next_c);
              }
            break;
          }
        if (c == '\n')
            break;
        strb.append((char) c);
      }

    return strb.length() > 0 ? strb.toString() : "";
  }

  /**
   * This method reads a Java long value from an input stream
   * It operates by reading eight bytes from the stream and converting them to
   * a single Java long.  The bytes are stored most
   * significant byte first (i.e., "big endian") regardless of the native
   * host byte ordering.
   *

   * As an example, if byte1 through byte8 represent
   * the first eight bytes read from the stream, they will be
   * transformed to an long in the following manner:
   *

   * (long)(((byte1 & 0xFF) << 56) + ((byte2 & 0xFF) << 48) +
   * ((byte3 & 0xFF) << 40) + ((byte4 & 0xFF) << 32) +
   * ((byte5 & 0xFF) << 24) + ((byte6 & 0xFF) << 16) +
   * ((byte7 & 0xFF) << 8) + (byte8 & 0xFF)))
   *
   *

   * The value returned is in the range of -9223372036854775808 to
   * 9223372036854775807.
   *

   * This method can read an long written by an object
   * implementing the writeLong() method in the
   * DataOutput interface.
   *
   * @return The long value read
   *
   * @exception EOFException If end of file is reached before reading the long
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeLong
   */
  public final long readLong () throws IOException
  {
    readFully (buf, 0, 8);
    return convertToLong (buf);
  }

  /**
   * This method reads a signed 16-bit value into a Java in from the
   * stream.  It operates by reading two bytes from the stream and
   * converting them to a single 16-bit Java short.  The
   * two bytes are stored most significant byte first (i.e., "big
   * endian") regardless of the native host byte ordering.
   *

   * As an example, if byte1 and byte2
   * represent the first and second byte read from the stream
   * respectively, they will be transformed to a short. in
   * the following manner:
   *

   * (short)(((byte1 & 0xFF) << 8) | (byte2 & 0xFF))
   *

   * The value returned is in the range of -32768 to 32767.
   *

   * This method can read a short written by an object
   * implementing the writeShort() method in the
   * DataOutput interface.
   *
   * @return The short value read
   *
   * @exception EOFException If end of file is reached before reading the value
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeShort
   */
  public final short readShort () throws IOException
  {
    readFully (buf, 0, 2);
    return convertToShort (buf);
  }

  /**
   * This method reads 8 unsigned bits into a Java int
   * value from the stream. The value returned is in the range of 0 to
   * 255.
   *

   * This method can read an unsigned byte written by an object
   * implementing the writeUnsignedByte() method in the
   * DataOutput interface.
   *
   * @return The unsigned bytes value read as a Java int.
   *
   * @exception EOFException If end of file is reached before reading the value
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeByte
   */
  public final int readUnsignedByte () throws IOException
  {
    return convertToUnsignedByte (in.read ());
  }

  /**
   * This method reads 16 unsigned bits into a Java int value from the stream.
   * It operates by reading two bytes from the stream and converting them to
   * a single Java int  The two bytes are stored most
   * significant byte first (i.e., "big endian") regardless of the native
   * host byte ordering.
   *

   * As an example, if byte1 and byte2
   * represent the first and second byte read from the stream
   * respectively, they will be transformed to an int in
   * the following manner:
   *

   * (int)(((byte1 & 0xFF) << 8) + (byte2 & 0xFF))
   *

   * The value returned is in the range of 0 to 65535.
   *

   * This method can read an unsigned short written by an object
   * implementing the writeUnsignedShort() method in the
   * DataOutput interface.
   *
   * @return The unsigned short value read as a Java int
   *
   * @exception EOFException If end of file is reached before reading the value
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeShort
   */
  public final int readUnsignedShort () throws IOException
  {
    readFully (buf, 0, 2);
    return convertToUnsignedShort (buf);
  }

  /**
   * This method reads a String from an input stream that
   * is encoded in a modified UTF-8 format.  This format has a leading
   * two byte sequence that contains the remaining number of bytes to
   * read.  This two byte sequence is read using the
   * readUnsignedShort() method of this interface.
   *

   * After the number of remaining bytes have been determined, these
   * bytes are read an transformed into char values.
   * These char values are encoded in the stream using
   * either a one, two, or three byte format.  The particular format
   * in use can be determined by examining the first byte read.
   *

   * If the first byte has a high order bit of 0, then that character
   * consists on only one byte.  This character value consists of
   * seven bits that are at positions 0 through 6 of the byte.  As an
   * example, if byte1 is the byte read from the stream,
   * it would be converted to a char like so:
   *

   * (char)byte1
   *

   * If the first byte has 110 as its high order bits, then the
   * character consists of two bytes.  The bits that make up the character
   * value are in positions 0 through 4 of the first byte and bit positions
   * 0 through 5 of the second byte.  (The second byte should have
   * 10 as its high order bits).  These values are in most significant
   * byte first (i.e., "big endian") order.
   *

   * As an example, if byte1 and byte2 are
   * the first two bytes read respectively, and the high order bits of
   * them match the patterns which indicate a two byte character
   * encoding, then they would be converted to a Java
   * char like so:
   *

   * (char)(((byte1 & 0x1F) << 6) | (byte2 & 0x3F))
   *

   * If the first byte has a 1110 as its high order bits, then the
   * character consists of three bytes.  The bits that make up the character
   * value are in positions 0 through 3 of the first byte and bit positions
   * 0 through 5 of the other two bytes.  (The second and third bytes should
   * have 10 as their high order bits).  These values are in most
   * significant byte first (i.e., "big endian") order.
   *

   * As an example, if byte1 byte2 and
   * byte3 are the three bytes read, and the high order
   * bits of them match the patterns which indicate a three byte
   * character encoding, then they would be converted to a Java
   * char like so:
   *

   * (char)(((byte1 & 0x0F) << 12) | ((byte2 & 0x3F) << 6) |
   * (byte3 & 0x3F))
   *

   * Note that all characters are encoded in the method that requires
   * the fewest number of bytes with the exception of the character
   * with the value of \u0000 which is encoded as two
   * bytes.  This is a modification of the UTF standard used to
   * prevent C language style NUL values from appearing
   * in the byte stream.
   *

   * This method can read data that was written by an object implementing the
   * writeUTF() method in DataOutput
   *
   * @return The String read
   *
   * @exception EOFException If end of file is reached before reading
   * the String
   * @exception UTFDataFormatException If the data is not in UTF-8 format
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeUTF
   */
  public final String readUTF () throws IOException
  {
    return readUTF (this);
  }

  /**
   * This method reads a String encoded in UTF-8 format from the
   * specified DataInput source.
   *
   * @param in The DataInput source to read from
   *
   * @return The String read from the source
   *
   * @exception IOException If an error occurs
   *
   * @see DataInput#readUTF
   */
  public static final String readUTF(DataInput in) throws IOException
  {
    final int UTFlen = in.readUnsignedShort ();

    return readUTF(in, UTFlen);
  }

  /**
   * This method is similar to readUTF, but the
   * UTF-8 byte length is in 64 bits.
   * This method is not public. It is used by ObjectInputStream.
   *
   * @return The String read
   *
   * @exception EOFException If end of file is reached before reading
   * the String
   * @exception UTFDataFormatException If the data is not in UTF-8 format
   * @exception IOException If any other error occurs
   *
   * @see DataOutput#writeUTFLong
   */
  final String readUTFLong () throws IOException
  {
    long l = readLong ();
    if (l > Integer.MAX_VALUE)
      throw new IOException("The string length > Integer.MAX_VALUE");
    final int UTFlen = (int)l;
    return readUTF (this, UTFlen);
  }

  /**
   * This method performs the main task of readUTF and
   * readUTFLong.
   *
   * @param in The DataInput source to read from
   *
   * @param len The UTF-8 byte length of the String to be read
   *
   * @return The String read from the source
   *
   * @exception IOException If an error occurs
   *
   * @see DataInput#readUTF
   */
  private static final String readUTF(DataInput in, int len) throws IOException
  {
    byte[] buf = new byte [len];

    // This blocks until the entire string is available rather than
    // doing partial processing on the bytes that are available and then
    // blocking.  An advantage of the latter is that Exceptions
    // could be thrown earlier.  The former is a bit cleaner.
    in.readFully (buf, 0, len);

    return convertFromUTF (buf);
  }

  /**
   * This method attempts to skip and discard the specified number of bytes
   * in the input stream.  It may actually skip fewer bytes than requested.
   * This method will not skip any bytes if passed a negative number of bytes
   * to skip.
   *
   * @param n The requested number of bytes to skip.
   *
   * @return The requested number of bytes to skip.
   *
   * @exception IOException If an error occurs.
   * @specnote The JDK docs claim that this returns the number of bytes
   *  actually skipped. The JCL claims that this method can throw an
   *  EOFException. Neither of these appear to be true in the JDK 1.3's
   *  implementation. This tries to implement the actual JDK behaviour.
   */
  public final int skipBytes (int n) throws IOException
  {
    if (n <= 0)
      return 0;
    try
      {
        return (int) in.skip (n);
      }
    catch (EOFException x)
      {
        // do nothing.
      }
    return n;
  }

  static boolean convertToBoolean (int b) throws EOFException
  {
    if (b < 0)
      throw new EOFException ();

    return (b != 0);
  }

  static byte convertToByte (int i) throws EOFException
  {
    if (i < 0)
      throw new EOFException ();

    return (byte) i;
  }

  static int convertToUnsignedByte (int i) throws EOFException
  {
    if (i < 0)
      throw new EOFException ();

    return (i & 0xFF);
  }

  static char convertToChar (byte[] buf)
  {
    return (char) ((buf [0] << 8)
                    | (buf [1] & 0xff));
  }

  static short convertToShort (byte[] buf)
  {
    return (short) ((buf [0] << 8)
                    | (buf [1] & 0xff));
  }

  static int convertToUnsignedShort (byte[] buf)
  {
    return (((buf [0] & 0xff) << 8)
            | (buf [1] & 0xff));
  }

  static int convertToInt (byte[] buf)
  {
    return (((buf [0] & 0xff) << 24)
            | ((buf [1] & 0xff) << 16)
            | ((buf [2] & 0xff) << 8)
            | (buf [3] & 0xff));
  }

  static long convertToLong (byte[] buf)
  {
    return (((long)(buf [0] & 0xff) << 56) |
            ((long)(buf [1] & 0xff) << 48) |
            ((long)(buf [2] & 0xff) << 40) |
            ((long)(buf [3] & 0xff) << 32) |
            ((long)(buf [4] & 0xff) << 24) |
            ((long)(buf [5] & 0xff) << 16) |
            ((long)(buf [6] & 0xff) <<  8) |
            ((long)(buf [7] & 0xff)));
  }

  // FIXME: This method should be re-thought.  I suspect we have multiple
  // UTF-8 decoders floating around.  We should use the standard charset
  // converters, maybe and adding a direct call into one of the new
  // NIO converters for a super-fast UTF8 decode.
  static String convertFromUTF (byte[] buf)
    throws EOFException, UTFDataFormatException
  {
    // Give StringBuffer an initial estimated size to avoid
    // enlarge buffer frequently
    CPStringBuilder strbuf = new CPStringBuilder (buf.length / 2 + 2);

    for (int i = 0; i < buf.length; )
      {
        if ((buf [i] & 0x80) == 0)              // bit pattern 0xxxxxxx
          strbuf.append ((char) (buf [i++] & 0xFF));
        else if ((buf [i] & 0xE0) == 0xC0)      // bit pattern 110xxxxx
          {
            if (i + 1 >= buf.length
                || (buf [i + 1] & 0xC0) != 0x80)
              throw new UTFDataFormatException ();

            strbuf.append((char) (((buf [i++] & 0x1F) << 6)
                                  | (buf [i++] & 0x3F)));
          }
        else if ((buf [i] & 0xF0) == 0xE0)      // bit pattern 1110xxxx
          {
            if (i + 2 >= buf.length
                || (buf [i + 1] & 0xC0) != 0x80
                || (buf [i + 2] & 0xC0) != 0x80)
              throw new UTFDataFormatException ();

            strbuf.append ((char) (((buf [i++] & 0x0F) << 12)
                                   | ((buf [i++] & 0x3F) << 6)
                                   | (buf [i++] & 0x3F)));
          }
        else // must be ((buf [i] & 0xF0) == 0xF0 || (buf [i] & 0xC0) == 0x80)
          throw new UTFDataFormatException ();  // bit patterns 1111xxxx or
                                                //              10xxxxxx
      }

    return strbuf.toString ();
  }
}

redpajama_set_name: RedPajamaGithub


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For cancellations within less than 24 hours of your appointment, a fee will apply. Thank you for understanding.
We kindly ask that you arrive 15 minutes prior to your scheduled appointment time to allow yourself the necessary time to complete a health form.
Late arrival will receive an extension of your scheduled service ONLY if time is available. Otherwise, you will receive the massage service for the remainder of the appointment and are still responsible for the full service fee.
We provide slippers at the entrance - to be worn with socks, and robes in the massage rooms.
During your treatment your body will be professionally draped at all times so it's up to you whether you disrobe completely or leave your undergarments on for massage and body treatments.
Gratuities are appreciated, at your discretion. Envelopes for tips are provided.
There will be no refunds on gift certificates, services or products.


Hermann Veterinary Clinic is a full service veterinary clinic, providing outstanding medical care to companion animals and livestock. We also offer boarding services and grooming. Our hard working team includes knowledgeable veterinarians and staff, committed to providing quality care and the most up to date medical and surgical services available. Hopefully, many of your questions will be answered within the pages of our website. If you do not find the answer to a question you might have, please feel free to call us or stop by.


Dozer was in for a foreign body surgery after ingesting a large sock. Dr. Jason isolated the unhealthy intestines and located the sock. The sock was so long that the intestines had to be cut on both ends to completely remove it. A "Jackson-Pratt" drain was used to suction out fluid from the abdomen for several days following surgery. Dozer was able to go home after surgery to recover in the comfort of his family and the warm Muskoka sunshine.


Add a fried egg and/or bacon to your Avocado Toast!
Call ahead to place an order for the office.
Travis started his culinary career while working at the Ritz-Carlton Amelia Island Florida and attending culinary classes in St. Augustine to become a Chef. He moved back to Casper and began working as a private chef. JRG hired Travis as the Chef/Kitchen manager to open Eggingtons restaurant.
Travis has been a self-employed entrepreneur that found a serious love and passion for top quality artisan coffee. He has been studying styles and brewing techniques for 10+ years and has trained at Corvus Coffee Roasters in Denver and worked with some of the best in the craft coffee business. He wants to innovate and push the envelope in what is possible with craft coffee, while being an ambassador to educating people and helping to grow the single origin coffee industry.


"Youthful Folly" is Wilhelm's translation, which also includes "hopeless entanglement" in the text. I appreciate David Hinton's translation of "thicket" as a concise visual. I found this thicket on my walk in the woods.


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Three wheeled micro trucks were very popular in the immediate post-WW2 years, being cheap to make and own, and small and nimble enough for getting around the tiny streets of many older towns and cities.
They are still popular today in Europe (think here of the Piaggio Ape), India and Asia (think of the Indian Bajaj and the Tuk-tuks).
Two Japanese post-war three-wheelers feature in the classic Anime film "My Friend Totoro.
I found a downloadable paper model of an early Daihatsu Midget. The model is very simple, but still has an authentic look about. I just altered the wheels to give them some thickness.
Here are the downloadable pages. I found them at http://www.h7.dion.ne.jp/~stork/retro/papercraft/papercraft.html. I haven't been able to find the page of the original artist. If you know, please let me know.


text:
La gmina de Nowy Staw est une commune urbaine-rurale de la voïvodie de Poméranie et du powiat de Malbork. Elle s'étend sur  et comptait  en 2006. Son siège est le village de Nowy Staw qui se situe à environ  au nord de Malbork et à  au sud-est de Gdansk, la capitale régionale.

Villages

Hormis la ville de Nowy Staw, la gmina de Nowy Staw comprend les villages et localités de Brzózki, Chlebówka, Dębina, Dybowo, Kącik, Krzewiny, Laski, Lipinka, Lubiszewo Drugie, Lubstowo, Martąg, Michałowo, Mirowo, Myszewo, Nidowo, Półmieście, Pręgowo Żuławskie, Stawiec, Świerki, Tralewo et Trępnowy.

Gminy voisines

La gmina de Nowy Staw est voisine des gminy de Lichnowy, Malbork, Nowy Dwór Gdański, Ostaszewo et Stare Pole.

Gmina dans la voïvodie de Poméranie
Powiat de Malbork

redpajama_set_name: RedPajamaWikipedia


Home » Blog » HCG » Why Sleep Is Very Important?
Is Sleeping Really That Important?
Sleep is super important to our overall health and wellbeing and lack of sleep can affect us in many ways, including our fitness and weight loss. Here, sleep and insomnia specialist Kathryn Pinkham explains why a good night's sleep is so important.
More alertness and energy. Waking up properly rested will greatly increase energy levels, alertness and ability to concentrate.
Less stress.A well rested body generally produces less of the stress hormones cortisol and adrenaline so we are able to handle difficult situations more effectively.
Weight loss and restGetting a good night's sleep can balance out the hormone fluctuations that provoke appetite. In fact, having proper rest is one of the best things we can do for losing weight. By ditching late-night TV, also has the added benefit of dodging one of those diet destroying late-night junk food binges as well.
Sleeping allows our brain time to re balance the chemicals and hormones that affect our mental clarity, mood and emotions, which are so important for being calm, relaxed and happy. With lack of sleep so strongly associated with depression and mental illness, it's not hard to see how getting an early night and some deep sleep can lead to a better day tomorrow.