// Start is called before the first frame update
void Start()
{
playerFlyingComponent = this.GetComponent <Flying>();
playerFlightControls = this.GetComponentInChildren <PlayerFlightControls>();
altSlider.maxValue = playerFlightControls.presetAlts[playerFlightControls.presetAlts.Length - 1];
altSlider.minValue = playerFlightControls.presetAlts[0];
//altText.text = Mathf.RoundToInt(playerFlyingComponent.currentAltitude) + "m";
sliderPresets = new Vector3[playerFlightControls.presetAlts.Length];
// spawn the altitude labels
for (int i = 0; i < playerFlightControls.presetAlts.Length; i++)
{
GameObject altitudeObject = Instantiate(altitudeTextPrefab, altSlider.transform);
altitudeObject.GetComponent <TextMeshProUGUI>().text = ((EAlts)i).ToString();
altitudeObject.name = ((EAlts)i).ToString() + " Altitude Text";
float heightPercent = playerFlightControls.presetAlts[i] / (altSlider.maxValue - altSlider.minValue);
float yPos = altSlider.GetComponent <RectTransform>().rect.height *heightPercent;
Vector3 textAlt = new Vector3(70, yPos - 315, 0);
altitudeObject.transform.localPosition = textAlt;
//Debug.Log($"height%: {heightPercent}, yPos: {yPos}, altitudeObject: {altitudeObject.transform.position}");
altitudeObject.SetActive(true);
textAlt.x -= 95;
sliderPresets[i] = textAlt;
}
prevAltitude = playerFlightControls.currentAltSetting;
altitudeArrow.transform.localPosition = sliderPresets[(int)playerFlightControls.currentAltSetting];
altSlider.value = playerFlightControls.GetDynamicAlt();
}
// Start is called before the first frame update
void Start()
{
playerFlyingComponent = this.GetComponent <Flying>();
playerFlightControls = this.GetComponentInChildren <PlayerFlightControls>();
prevSpeed = playerFlightControls.currentSpeedSetting;
SetSpeed(prevSpeed);
speedText = this.GetComponent <HgihlightSpeed>();
speedText.HighlightSpeed(prevSpeed);
}
// Start is called before the first frame update
void Start()
{
playerFlyingComponent = this.GetComponent <Flying>();
playerFlightControls = this.GetComponentInChildren <PlayerFlightControls>();
speedSlider.maxValue = playerFlightControls.presetSpeeds[playerFlightControls.presetSpeeds.Length - 1];
speedSlider.minValue = playerFlightControls.presetSpeeds[0];
speedSlider.value = playerFlyingComponent.currentForwardSpeed;
speedText.text = playerFlightControls.currentSpeedSetting.ToString(); //Mathf.RoundToInt(playerFlyingComponent.currentForwardSpeed) + " mph";
prevSpeed = playerFlightControls.currentSpeedSetting;
}
// Start is called before the first frame update
void Start()
{
playerFlyingComponent = this.GetComponent <Flying>();
playerFlightControls = this.GetComponentInChildren <PlayerFlightControls>();
// set max for alt meter
// set min for alt meter
//altSlider.maxValue = playerFlightControls.presetAlts[playerFlightControls.presetAlts.Length - 1];
//altSlider.minValue = playerFlightControls.presetAlts[0];
prevAltitude = playerFlightControls.currentAltSetting;
prevAlt = normalizingNum;
// set current alt on meter
SetBulb(prevAltitude);
// altSlider.value = playerFlightControls.GetDynamicAlt();
maxAlt = playerFlightControls.presetAlts[playerFlightControls.presetAlts.Length - 1];
minAlt = playerFlightControls.presetAlts[0];
heightDifference = Mathf.Abs(Mathf.Abs(maxAlt) - Mathf.Abs(minAlt));
}
// Start is called before the first frame update
void Start()
{
flyingComponent = this.GetComponent <Flying>();
flightControlls = this.GetComponentInChildren <PlayerFlightControls>();
}
// Start is called before the first frame update
void Start()
{
bdc = GameObject.FindObjectOfType <BombDropController>();
pfc = GameObject.FindObjectOfType <PlayerFlightControls>();
height = pfc.presetAlts[0];
}
