private void InitProgram()
{
if (trainingEventRelay.CurrentProgram)
{
trainingProgram = trainingEventRelay.CurrentProgram;
}
else
{
trainingProgram = fallBackProgram;
trainingEventRelay.CurrentProgram = fallBackProgram;
}
trainingProgram.ResetProgress();
trainingProgram.ResetScores();
trainingSessions = trainingProgram.trainingSessions;
currentSessionIndex = 0;
currentSession = trainingSessions[0];
trainingEventRelay.ShowSessionOverview(currentSession);
this.DoSequence(new Func <float>[] {
() => 1f,
() => {
SetupSessionCoordinator(currentSession);
return(0f);
}
});
}
private void LoadTrainingProgram(TrainingProgramData programData)
{
List <ApplicationScene> scenesToLoad = new List <ApplicationScene> {
trainingScene
};
foreach (TrainingSessionData session in programData.trainingSessions)
{
foreach (ApplicationScene uiScene in session.uiScenes)
{
if (scenesToLoad.Contains(uiScene))
{
continue;
}
scenesToLoad.Add(uiScene);
}
}
// TODO tell global instance which training program is played!
trainingEventRelay.CurrentProgram = programData;
HideMenu();
applicationEventRelay.RequestLoadingScene(scenesToLoad.ToArray(), true);
}
private void ShowResults(TrainingProgramData programData)
{
sessionNameText.text = $"{programData.programName} - Results";
int programTotalScore = programData.GetTotalScore();
int programMaximumScore = programData.GetMaximumScore();
totalScoreText.text = $"{programTotalScore}/{programMaximumScore}";
float ratingValue = (float)programTotalScore / programMaximumScore * 100f;
float f = 100f / ratingScaleImageNumber;
float colourDuration = (float)ratingScaleImages.Count / (ratingScaleImages.Count * ratingScaleImages.Count);
float delay = colourDuration * 1.5f;
AnimationSequence ratingAnimation = new AnimationSequence(applicationEventRelay.RequestStartingCoroutine);
ratingAnimation.AddDelay(1f);
spinningAnimations.Clear();
AnimationOperation spinningOperation1 = new AnimationOperation(null, UIAnimationType.Rotate, EaseType.Linear, 0, 4f)
{
rotateSettings = new AnimationOperation.RotateSettings {
startEuler = new Vector3(0, 0, 0),
targetEuler = new Vector3(0, 0, 180)
}
};
AnimationOperation spinningOperation2 = new AnimationOperation(null, UIAnimationType.Rotate, EaseType.Linear, 3.95f, 4f)
{
rotateSettings = new AnimationOperation.RotateSettings {
startEuler = new Vector3(0, 0, 180),
targetEuler = new Vector3(0, 0, 360)
}
};
for (int i = 0; i < ratingScaleImages.Count; i++)
{
if (i * f >= ratingValue)
{
break;
}
AnimationOperation colourOperation = new AnimationOperation(ratingScaleImages[i].gameObject, UIAnimationType.Colour, EaseType.CubicIn, delay, colourDuration)
{
colourSettings = new AnimationOperation.ColourSettings {
startColour = ratingScaleImages[i].color,
targetColour = Color.white
}
};
ratingAnimation.AddOperation(colourOperation);
AnimationSequence spinningAnim = new AnimationSequence(applicationEventRelay.RequestStartingCoroutine);
spinningAnim.AddOperation(
new AnimationOperation(spinningOperation1)
{
targetObject = ratingScaleImages[i].gameObject
},
new AnimationOperation(spinningOperation2)
{
targetObject = ratingScaleImages[i].gameObject
});
spinningAnim.Loop();
spinningAnimations.Add(spinningAnim);
}
foreach (TrainingSessionData session in programData.trainingSessions)
{
GameObject sessionResultRow = Instantiate(sessionResultRowPrefab, sessionScrollRect.content);
if (!sessionResultRow.TryGetComponent(out SessionResultRow sessionResult))
{
continue;
}
sessionResult.Setup(session.sessionName, $"{session.Score}/{session.MaximumScore}", null);
// TODO hook session row buttons to show respective session results => set action
}
ShowWindow(true, true);
ratingAnimation.Play();
foreach (AnimationSequence animationSequence in spinningAnimations)
{
animationSequence.Play();
}
}
public void ShowResults(TrainingProgramData programData)
{
OnShowResults?.Invoke(programData);
}