public void ValueChangeCheckText()
{
//lightIntensity.value = float.Parse(lightIntensityInput.text);
//Debug.Log("ValueChangeCheckText: Colors: R:" + lightColorR.value + " / G:" + lightColorG.value + " / B:" + lightColorB.value);
lightColorR.value = float.Parse(lightColorRInput.text);
lightColorG.value = float.Parse(lightColorGInput.text);
lightColorB.value = float.Parse(lightColorBInput.text);
lightIntensity.value = float.Parse(lightIntensityInput.text);
lightPan.value = float.Parse(lightPanInput.text);
lightTilt.value = float.Parse(lightTiltInput.text);
float[] parsedPos = new float[3];
if (float.TryParse(lightPosX.text, out parsedPos[0]) && float.TryParse(lightPosY.text, out parsedPos[1]) && float.TryParse(lightPosZ.text, out parsedPos[2]))
{
lightFixture.transform.position = new Vector3(parsedPos[0], parsedPos[1], parsedPos[2]);
// Update the spotlight's range, to make sure it's at least as powerful as its new distance from the origin
lightFixture.spotlight.range = Vector3.Distance(lightFixture.transform.position, new Vector3(13f, 0, 13f)); // Adjust for center stage
if (lightFixture.spotlight.range < 40f) // Clamp minimum of 30f;
{
lightFixture.spotlight.range = 40f;
}
if (errorPosition.activeInHierarchy)
{
errorPosition.SetActive(false);
lightPosX.GetComponent <Image>().color = inputFieldColor;
lightPosY.GetComponent <Image>().color = inputFieldColor;
lightPosZ.GetComponent <Image>().color = inputFieldColor;
}
}
else
{
errorPosition.SetActive(true);
lightPosX.GetComponent <Image>().color = inputErrorColor;
lightPosY.GetComponent <Image>().color = inputErrorColor;
lightPosZ.GetComponent <Image>().color = inputErrorColor;
}
lightFixture.captureData.posX = -lightFixture.transform.position.x;
lightFixture.captureData.posY = lightFixture.transform.position.y;
lightFixture.captureData.posZ = lightFixture.transform.position.z;
lightFixture.SetEmissionColor(lightFixture.spotlight.intensity, colorPreview.color);
//colorPreview.color = new Color(lightColorR.value / 255.0f, lightColorG.value / 255.0f, lightColorB.value / 255.0f);
//lightFixture.spotlight.color = colorPreview.color;
//lightFixture.GetComponentInChildren<VLB.BeamGeometry>().gameObject.GetComponent<Renderer>().material.SetColor("_Color", colorPreview.color);
}
public void IntensityChangeCheck()
{
lightIntensityInput.text = lightIntensity.value.ToString();
lightFixture.spotlight.intensity = Globals.AdjustLight(lightIntensity.value);
colorPreview.color = new Color(lightColorR.value / 255.0f, lightColorG.value / 255.0f, lightColorB.value / 255.0f);
lightFixture.spotlight.color = colorPreview.color;
lightFixture.SetEmissionColor(lightFixture.spotlight.intensity, colorPreview.color);
lightFixture.GetComponentInChildren <VLB.BeamGeometry>().gameObject.GetComponent <Renderer>().material.SetColor("_Color", colorPreview.color);
foreach (int id in gameManager.captureImport.channels[lightFixture.captureData.channel].lightIds)
{
LightFixture channelFixture = gameManager.lightManager.lightIds[id].GetComponent <LightFixture>();
channelFixture.spotlight.intensity = Globals.AdjustLight(lightIntensity.value);
channelFixture.SetEmissionColor(Globals.AdjustLight(lightIntensity.value), gameManager.lightManager.lightIds[id].GetComponent <LightFixture>().spotlight.color);
if (lightFixture.spotlight.intensity > 0.05f)
{
if (Globals.ShowingHaze)
{
VLB.VolumetricLightBeam beamComponent = gameManager.lightManager.lightIds[id].GetComponentInChildren <VLB.VolumetricLightBeam>();
beamComponent.enabled = true;
Material beamRenderer = channelFixture.GetComponentInChildren <VLB.BeamGeometry>().gameObject.GetComponent <Renderer>().material;
beamRenderer.SetFloat("_AlphaInside", Globals.AdjustBeamValue(Globals.LightBeamInside, lightIntensity.value));
beamRenderer.SetFloat("_AlphaOutside", Globals.AdjustBeamValue(Globals.LightBeamOutside, lightIntensity.value));
}
}
else
{
gameManager.lightManager.lightIds[id].GetComponentInChildren <VLB.VolumetricLightBeam>().enabled = false;
}
}
}
