// Use this for initialization
void Start()
{
gm = gameObject.GetComponent <GuessManager>();
tm = gameObject.GetComponent <textureMod>();
ph = FindObjectOfType <persistentHelper>();
um = FindObjectOfType <userManager>();
// Initialize name and round indexes
for (int i = 0; i < 3; i++)
{
// Deactivate all objects
roundTextObjs[i].SetActive(false);
}
// Automatically setup the textures if this is not the first login
// The Done button calls this fn the first time
if (!ph.firstTimeSetup)
{
getNamesAndSetTextures();
ph.setAnimColor(); // also change the effect color of the animation button
}
}
// ========================================= VOID START ==================================================//
void Start()
{
tm = gameObject.GetComponent <textureMod> ();
ph = FindObjectOfType <persistentHelper>();
if (ph != null)
{
rewardLevel = ph.rewardLevel;
}
else
{
rewardLevel = 1;
}
// cycle over each stage and set up varibles
for (int i = 0; i < numstages; i++)
{
// obtain speeds from distance and time specified
stage_speed [i] = dist [i] / t_stage [i];
// all use simple cosine gradient
norms [i] = PIover2;
// Create and start delay+ state change croutines
stagedelay[i] = DelayAndChangeStage(postStepDelays[i], i + 1);
// All current distances are 0;
current_dist[i] = 0f;
stageComplete [i] = false;
}
stage_speed [5] = stage_speed [4];
t_stage [5] = stage_speed [5] / dist [5];
// Cycle over the number of image frames
for (int i = 0; i < numframes; i++)
{
// Set up stage 5 routines. landscape frames rotate clockwise, portraits rotate anticlockwise
if (i < 4) // landscape frames
{
stage5_routines [i] = stage_5_rotator(frames [i], i, -1, i * 90);
}
else
{
stage5_routines [i] = stage_5_rotator(frames [i], i, 1, 45f + (i - 4) * 90);
}
stage5Executed [i] = false;
// Get the translation vectors. These are obtained with respect to the parent positions. the parent (landscapeCenter/ portraitCenter)
// is responsible for z axis translation, while each fram is individually translated in the translation Vector direction in stage 1
translationVectors [i] = frames [i].transform.localPosition;
// set the position of each frame w.r.t its parent to a certian fraction of the initial distance. The overridden initial distance is the
// distance that the frames will reach at the end of stage 1
frames [i].transform.localPosition = translationVectors[i] * initialFraction;
}
/* Stage 5 has a special setup. I specify a desired angle of rotation (multiple of 90)
* using a fraction of stage 4's speed as the desired speed, the script then calcualates how
* long it would take for the desired rotation amount and assigns it.
* This will be the speed used even in the carousel stages */
// Calculate amount of time for camera zoom to occur. This will occur until stage 2 begins
float camZoomDelay = 0;
// Add the amount of time between the start of stage 0 and the end of stage 2
// This includes the actual stage run time and the prestep stage delays.
for (int i = 0; i < 2; i++)
{
camZoomDelay += postStepDelays [i] + t_stage [i];
}
camRoutines [0] = CamZoomRoutine(camZoomDelay, initialFOV, 45);
current_stage = 0;
t_elapsed = 0;
}
