private void createExercise() {
int[] speedValues = mSpeedOsciConfig.getSpeedValues();
int speedRangeOffset = mSpeedOsciConfig.getSpeedRangeOffset();
int[] posValues = mSpeedOsciConfig.getPosValues();
int posRangeOffset = mSpeedOsciConfig.getPosRangeOffset();
int waitBetweenBallsMs = RobopongApp.getUserPrefs().getTimeAfterBallMs(); // TODO consider knob
double angle = mSpeedOsciConfig.getAngle();
mExercise = new Exercise();
mExercise.setId("MANUAL_42"); // NON-NLS
mExercise.setTitle("Manual Drill"); // NON-NLS
RangeType range = new RangeType("" + (int) angle);
mExercise.setAngle(range);
if (speedValues.length > 0) {
ChoicesStep choicesStep = new ChoicesStep();
int choicePercentage = 100 / speedValues.length;
for (int speedValue : speedValues) {
SpeedStep step = new SpeedStep();
step.setChoicePercentage(choicePercentage);
range = new RangeType(speedValue, speedRangeOffset);
step.setSpeed(range);
choicesStep.addStep(step);
}
if (choicesStep.getSteps().size() > 1) {
mExercise.addStep(choicesStep);
} else if (choicesStep.getSteps().size() == 1) {
mExercise.addStep(choicesStep.getSteps().get(0));
}
}
if (posValues.length > 0) {
ChoicesStep choicesStep = new ChoicesStep();
int choicePercentage = 100 / posValues.length;
for (int posValue : posValues) {
PosStep step = new PosStep();
step.setChoicePercentage(choicePercentage);
range = new RangeType(posValue, posRangeOffset);
step.setPos(range);
choicesStep.addStep(step);
}
if (choicesStep.getSteps().size() > 1) {
mExercise.addStep(choicesStep);
} else if (choicesStep.getSteps().size() == 1) {
mExercise.addStep(choicesStep.getSteps().get(0));
}
}
PlayBallStep st = new PlayBallStep();
st.setWaitAfterMs(waitBetweenBallsMs);
st.setPos(null);
st.setSpeed(null);
st.setNoOfBalls(new RangeType("1"));
mExercise.addStep(st);
}
