Class Figur

java.lang.Object
   |
   +----Figur

class Figur

extends Object

implements Runnable

See Also:

SlowWaltz, Tango, SlowFox, Quickstep

BPM

beats per minute == Takte * Tempo

Takte

Is this dance a 3/4 dance (e.g.

Figur(Dance)

Constructor initialize some always needed variables.

BottomEdge()

Return the bottom edge of the floors.

CalcWTime(float)

Calculate waiting time.

Dance()

Start the animation.

DoDStep()

Does one step on the female (Lady) floor.

DoHStep()

Does one step on the male (Gent) floor.

HideComStr()

Hide the takt/time string (slow/quick or heel/toe) on both floors.

LeftEdge()

Return the left edge of the male floor

NextNNTime()

Next non zero (german: Null) time.

PrevNNTime()

Previsious non zero (german: Null) waiting time.

RightEdge()

Return the right edge of the female floor (plus some additional space

SetCounter(int)

Set the time counter value.

ShowComStr()

Show the takt/time string (slow/quick or heel/toe) on both floors.

StopDance()

Stop the animation.

ThreadsAlive()

Is at least one of the dancing threads (male/female) alive?

clearSteps()

Clear all done steps.

drawNum(Graphics, boolean)

Draw the time/takt number.

drawTitel(Graphics)

Draw the dance and figur name on the top of the applet.

inSingleStep()

Are we in single step mode?

leaveSingleStep()

Leave the single step mode.

run()

Main function for the animation feature.

stepBackw()

Take one step backward (in single step mode).

stepForw()

Does on step forward (in single step mode)

toString()

Returns a String object representing.

useComStrHT()

Use the heel/toe string for the comment field.

useComStrTime()

Use the time (slow/quick) string for the comment field.

  public int Takte

Is this dance a 3/4 dance (e.g. slow waltz) (=> Takte = 3) or a 4/4 dance (e.g. quickstep) (=> Takte = 4)

  public int BPM

beats per minute == Takte * Tempo

  protected Figur(Dance app)

Constructor initialize some always needed variables.

Parameters:

app - pointer to the main dance applet (e.g. needed for Dance.engl

  public long CalcWTime(float time)

Calculate waiting time. Gets a float time number relative to the dance tact and returns the waiting time in milli secs.

Parameters:

time - time relative to the dance tact

Returns:

waiting time in milli secs.

  public float NextNNTime()

Next non zero (german: Null) time. Looks from the current step forward for the next step with waiting time greater zero.

Returns:

next non zero waiting time. If no such time exists, return one.

  public float PrevNNTime()

Previsious non zero (german: Null) waiting time. Looks from the current step backward to find the next (smalles) waiting time greater zero.

Returns:

previsious waiting time greater zero. Returns zero, if no such time exists.

  public float DoHStep()

Does one step on the male (Gent) floor.

Returns:

the waiting time until the next male step is to do or -1 if there was no step to do. (The last step has a waiting time > 0 too, so -1 comes, if there was already no step to do.)

  public float DoDStep()

Does one step on the female (Lady) floor.

Returns:

the waiting time until the next female step is to do or -1 if there was no step to do. (The last step has a waiting time > 0 too, so -1 comes, if there was already no step to do.)

  public void stepForw()

Does on step forward (in single step mode)

  public void stepBackw()

Take one step backward (in single step mode). If not in single step mode, do all steps and go into single step mode.

  public boolean inSingleStep()

Are we in single step mode?

  public void leaveSingleStep()

Leave the single step mode. Needed initializations does the Dance class

  public void clearSteps()

Clear all done steps. After the next repaint(), no feeds are on the floors.

  public void ShowComStr()

Show the takt/time string (slow/quick or heel/toe) on both floors.

See Also:

ShowComStr

  public void HideComStr()

Hide the takt/time string (slow/quick or heel/toe) on both floors.

See Also:

HideComStr

  public void useComStrHT()

Use the heel/toe string for the comment field.

See Also:

useComStrHT

  public void useComStrTime()

Use the time (slow/quick) string for the comment field.

See Also:

useComStrTime

  public void run()

Main function for the animation feature. This function will be started twice. As well for the male thread (thread name "Herr") an for the female thread (thread name "Dame"). It does step by step and sleep() between the steps. repaint() is only needed, if the waiting time is an fraction of the takt because the sound thread already does a repaint every takt beat. If all steps are set, the threads does kill themself and, if it was the last thread, the sound thread will also be killed.

  public synchronized void Dance()

Start the animation. Set the tempo/BPM, starts the male/female threads and than start the sound thread.

  public synchronized void StopDance()

Stop the animation. E.g. if the "play" button is hit while an animation still runs, the animation will be aborted. Than all missing steps are done quickly.

  public boolean ThreadsAlive()

Is at least one of the dancing threads (male/female) alive?

  public void SetCounter(int c)

Set the time counter value. Needed in single step mode. Counter value -1 means, hide the counter window.

  public void drawTitel(Graphics g)

Draw the dance and figur name on the top of the applet.

  public void drawNum(Graphics g,
                      boolean update)

Draw the time/takt number. The value of this counter is maintained from the sound class.

Parameters:

g - actual graphics context

update - only an update or an whole repaint

See Also:

Sound, GetNumImg

  public int LeftEdge()

Return the left edge of the male floor

  public int RightEdge()

Return the right edge of the female floor (plus some additional space

  public int BottomEdge()

Return the bottom edge of the floors.

  public String toString()

Returns a String object representing.

Overrides:

toString in class Object