private static void ConsiderGeneratingPhoneCall()
{
Phone.RandomCallType weightedIndex = (Phone.RandomCallType)RandomUtil.GetWeightedIndex(new float[] { Phone.kChanceForNoCall, Phone.kChanceForRandomChat, Phone.kChanceForRandomInviteOver });
switch (weightedIndex)
{
case Phone.RandomCallType.kChat:
Sim sim;
SimDescription description;
if (!RandomUtil.RandomChance01(Phone.kChanceForBoardingSchoolCallWhenChatting) || !FindCallParticipants(-100f, out sim, out description, Phone.RandomCallType.kBoardingSchool))
{
if (RandomUtil.RandomChance01(Phone.kChanceToSuggestBachelorPartyWhenChatting) && FindCallParticipants(Phone.kLTRThresholdForSimToBeCalledChatMin, out sim, out description, Phone.RandomCallType.kSuggestBachelorParty))
{
PhoneService.PlaceCall(new BachelorParty.PhoneCallSuggestBachelorParty(sim, description), Phone.kRandomCallTimeout);
}
else if (RandomUtil.RandomChance01(Phone.kChanceToAskToPromWhenChatting) && FindCallParticipants(Phone.kLTRThresholdForSimToBeCalledChatMin, out sim, out description, Phone.RandomCallType.kAskToProm))
{
PhoneService.PlaceCall(new PromSituation.PhoneCallAskToProm(sim, description), Phone.kRandomCallTimeout);
}
else if (FindCallParticipants(Phone.kLTRThresholdForSimToBeCalledChatMin, out sim, out description, weightedIndex))
{
PhoneService.PlaceCall(new Phone.RandomChatCall(sim, description), Phone.kRandomCallTimeout);
}
break;
}
BoardingSchool.PlaceBoardingSchoolPhoneCall(sim, description, Phone.kRandomCallTimeout);
break;
case Phone.RandomCallType.kInviteOver:
Sim sim2;
SimDescription description2;
if (FindCallParticipants(Phone.kLTRThresholdForSimToBeInvitedOverMin, out sim2, out description2, weightedIndex))
{
PhoneService.PlaceCall(new Phone.RandomInvitationCall(sim2, description2), Phone.kRandomCallTimeout);
}
break;
}
ScheduleNextCall(Phone.kMinimumCallInterval);
}
private void CallToInviteGuest(Sim host, Sim guest, DateAndTime startTime)
{
InvitationPhoneCall call = new InvitationPhoneCall(host, guest, startTime, mInvitationKeys);
PhoneService.PlaceCall(call, 30f);
}
