public static void OnNormalTestPassed(this ModelTime now, Action <ModelTime> action, double probability)
{
var quantile = 1 - probability;
var test = new Func <bool>(() => Normal.InvCDF(0.5, 1, Normal.Sample()) >= quantile);
OnContinuousDistributionTest(now, test, action, probability);
}
private void Start()
{
mTime = new ModelTime();
mTime = DataPersistor.persist.mTime;// para sa natitirang time
InvokeRepeating("Timer", 0, 0.1f);
}
public TransactLog(ModelTime time, EventTypeEnum type)
{
Time = new ModelTime()
{
Time = time.Time
};
Event = type;
}
private static void OnContinuousDistributionTest(ModelTime now, Func <bool> test, Action <ModelTime> action, double probability)
{
if (!test())
{
return;
}
action(now);
}
public static void OnUniformTestPassed(this ModelTime now, Action <ModelTime> action, double density)
{
var quantile = 1 - density;
var test = new Func <bool>(() =>
ContinuousUniform.InvCDF(0, 1, ContinuousUniform.Sample()) >= quantile);
OnContinuousDistributionTest(now, test, action, density);
}
public static void StrictlyEachTick(this ModelTime now, Action <ModelTime> action, int tickNumber = 0)
{
if (now.Ticks % tickNumber != 0)
{
return;
}
action(now);
}
private void Start()
{
AudioManager.instance.StopAll();//stops music playing from previous scene
Scene scene = SceneManager.GetActiveScene();
switch (scene.name) //plays BGM based on version randomized
{
case "MinigameFreeThrowVer1": AudioManager.instance.Play("Shooting1"); break;
case "MinigameFreeThrowVer2": AudioManager.instance.Play("Shooting2"); break;
case "MinigameFreeThrowVer3": AudioManager.instance.Play("Shooting3"); break;
}
mTime = new ModelTime();
mTime.milliseconds = 10;
mTime.seconds = 3;
mTime.minutes = 0;
InvokeRepeating("StartTimer", 0, 0.1f);
}
public static DateTimeOffset AsOffset(this ModelTime time, ModelTimeStep step)
{
Func <int, TimeSpan> span;
switch (step)
{
case ModelTimeStep.Millisecond:
span = (t) => TimeSpan.FromMilliseconds(t);
break;
case ModelTimeStep.Second:
span = (t) => TimeSpan.FromSeconds(t);
break;
case ModelTimeStep.Minute:
span = (t) => TimeSpan.FromMinutes(t);
break;
case ModelTimeStep.Hour:
span = (t) => TimeSpan.FromHours(t);
break;
case ModelTimeStep.Day:
span = (t) => TimeSpan.FromDays(t);
break;
case ModelTimeStep.Month:
span = (t) => TimeSpan.FromDays(t * 30);
break;
case ModelTimeStep.Year:
span = (t) => TimeSpan.FromDays(360 * t);
break;
default:
throw new ArgumentOutOfRangeException();
}
return(time.Begin + span(time.Ticks));
}
public List <Model_Creditoff> Sort_Time()
{
var list_time = new List <ModelTime>();
var List_company = new List <Model_Creditoff>();
var list = helpFunction.Open_Favorites();
var count = 0;
foreach (var items in list)
{
var date = items.time_credit.Split(' ');
var num_date = Convert.ToDouble(date[0]);
var str_date = date[1];
var strok = 0.0;
switch (str_date[0])
{
case 'д': strok = num_date; break;
case 'м': strok = num_date * 30; break;
case 'л': strok = num_date * 365; break;
}
;
var data = new ModelTime(count, strok, str_date);
list_time.Add(data);
count++;
}
var list_time_sorted = list_time.OrderByDescending(u => u.time);
foreach (var items in list_time_sorted)
{
List_company.Add(list[items.id]);
}
return(List_company);
}
public ProjectStarted(ModelTime occured)
{
TimeOccured = occured;
}
private void GameTimerStart()
{
mTime = DataPersistor.persist.mTime;
InvokeRepeating("GameTimer", 0, 0.1f);
GameTimerStarts = true;
}
public Form1(ModelTime model)
{
InitializeComponent();
this.Model = model;
}
void Start()
{
DataPersistor.persist.bagCompounds = new List<string>();
mTime = new ModelTime();
elementNameDictionary = new Dictionary<string, string>
{
{"H","Hydrogen"},
{"He","Helium"},
{"Li","Lithium"},
{"Be","Beryllium"},
{"B","Boron"},
{"C","Carbon"},
{"N","Nitrogen"},
{"O","Oxygen"},
{"F","Fluorine"},
{"Ne","Neon"},
{"Na","Sodium"},
{"Mg","Magnesium"},
{"Al","Aluminum"},
{"Si","Silicon"},
{"P","Phosphorus"},
{"S","Sulfur"},
{"Cl","Chlorine"},
{"Ar","Argon"},
{"K","Potassium"},
{"Ca","Calcium"},
{"Sc","Scandium"},
{"Ti","Titanium"},
{"V","Vanadium"},
{"Cr","Chromium"},
{"Mn","Manganese"},
{"Fe","Iron"},
{"Co","Cobalt"},
{"Ni","Nickel"},
{"Cu","Copper"},
{"Zn","Zinc"},
{"Ga","Gallium"},
{"Ge","Germanium"},
{"As","Arsenic"},
{"Se","Selenium"},
{"Br","Bromine"},
{"Kr","Krypton"},
{"Rb","Rubidium"},
{"Sr","Strontium"},
{"Y","Yttrium"},
{"Zr","Zirconium"},
{"Nb","Niobium"},
{"Mo","Molybdenur"},
{"Tc","Technetium"},
{"Ru","Ruthenium"},
{"Rh","Rhodium"},
{"Pd","Palladium"},
{"Ag","Silver"},
{"Cd","Cadmium"},
{"In","Indium"},
{"Sn","Tin"},
{"Sb","Antimony"},
{"Te","Tellurium"},
{"I","Iodine"},
{"Xe","Xenon"},
{"Cs","Caesium"},
{"Ba","Barium"},
{"La","Lanthanum"},
{"Ce","Cerium"},
{"Pr","Praseodymium"},
{"Nd","Neodymium"},
{"Pm","Promethium"},
{"Sm","Samarium"},
{"Eu","Europium"},
{"Gd","Gadolinium"},
{"Tb","Terbium"},
{"Dy","Dysprosium"},
{"Ho","Holmium"},
{"Er","Erbium"},
{"Tm","Thulium"},
{"Yb","Ytterbium"},
{"Lu","Lutetium"},
{"Hf","Hafnium"},
{"Ta","Tantalum"},
{"W","Tungsten"},
{"Re","Rhenium"},
{"Os","Osmium"},
{"Ir","Iridium"},
{"Pt","Platinum"},
{"Au","Gold"},
{"Hg","Mercury"},
{"Tl","Thallium"},
{"Pb","Lead"},
{"Bi","Bismuth"},
{"Po","Polonium"},
{"At","Astatine"},
{"Rn","Radon"},
{"Fr","Francium"},
{"Ra","Radium"},
{"Ac","Actinium"},
{"Th","Thorium"},
{"Pa","Protactinium"},
{"U","Uranium"},
{"Np","Neptunium"},
{"Pu","Plutonium"},
{"Am","Americium"},
{"Cm","Curium"},
{"Bk","Berkelium"},
{"Cf","Californium"},
{"Es","Einsteinium"},
{"Fm","Fermium"},
{"Md","Mendelevium"},
{"No","Nobelium"},
{"Lr","Lawrencium"},
{"Rf","Rutherfordium"},
{"Db","Dubnium"},
{"Sg","Seaborgium"},
{"Bh","Bohrium"},
{"Hs","Hassium"},
{"Mt","Meitnerium"},
{"Ds","Darmstadtium"},
{"Rg","Roentgenium"},
{"Cn","Copernicium"},
{"Nh","Nihonium"},
{"Fl","Flerovium"},
{"Mc","Moscovium"},
{"Lv","Livermorium"},
{"Ts","Tennessine"},
{"Og","Oganesson"},
};
}
