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|
// Evol scripts.
// Authors:
// gumi
// Reid
function script MerchantGuild_Bank {
do
{
if (BankVault > 0)
{
speech S_FIRST_BLANK_LINE | S_LAST_NEXT,
l("You currently have @@ Gold Pieces on your bank account.",
format_number(BankVault)),
l("What do you want to do with your money?");
}
else
{
speech S_FIRST_BLANK_LINE | S_LAST_NEXT,
l("What do you want to do with your money?");
}
select
rif(Zeny > 0, l("Deposit.")),
rif(BankVault > 0, l("Withdraw.")),
l("I'm donGP.");
switch (@menu)
{
case 1:
speech S_FIRST_BLANK_LINE | S_LAST_NEXT,
l("How much do you want to deposit?");
menuint
l("Other."), -1,
rif(Zeny >= 5000, format_number(5000) + " GP."), 5000,
rif(Zeny >= 10000, format_number(10000) + " GP."), 10000,
rif(Zeny >= 25000, format_number(25000) + " GP."), 25000,
rif(Zeny >= 50000, format_number(50000) + " GP."), 50000,
rif(Zeny >= 100000, format_number(100000) + " GP."), 100000,
rif(Zeny >= 250000, format_number(250000) + " GP."), 250000,
rif(Zeny >= 500000, format_number(500000) + " GP."), 500000,
rif(Zeny >= 1000000, format_number(1000000) + " GP."), 1000000,
l("All of my money."), -2,
l("I changed my mind."), -3;
switch (@menuret)
{
case -1:
input @menuret;
break;
case -2:
@menuret = Zeny;
}
if (@menuret > 0)
{
if (@menuret > Zeny)
{
speech S_FIRST_BLANK_LINE | S_LAST_NEXT,
l("You do not have enough Gold Pieces on yourself.");
break;
}
@menuret = min(MAX_BANK_ZENY, @menuret); // make sure the variable can't overflow
.@before = BankVault; // amount before the deposit
.@max = MAX_BANK_ZENY - BankVault; // maximum possible deposit
.@deposit = min(.@max, @menuret); // actual deposit
if (.@deposit > 0)
{
BankVault += .@deposit; // add to bank
Zeny -= .@deposit; // remove from inventory
speech S_FIRST_BLANK_LINE | S_LAST_NEXT,
l("You made a cash deposit of @@ GP.", format_number(.@deposit));
}
}
break;
case 2:
speech S_FIRST_BLANK_LINE | S_LAST_NEXT,
l("How much do you want to withdraw?");
menuint
l("Other."), -1,
rif(BankVault >= 5000, format_number(5000) + " GP."), 5000,
rif(BankVault >= 10000, format_number(10000) + " GP."), 10000,
rif(BankVault >= 25000, format_number(25000) + " GP."), 25000,
rif(BankVault >= 50000, format_number(50000) + " GP."), 50000,
rif(BankVault >= 100000, format_number(100000) + " GP."), 100000,
rif(BankVault >= 250000, format_number(250000) + " GP."), 250000,
rif(BankVault >= 500000, format_number(500000) + " GP."), 500000,
rif(BankVault >= 1000000, format_number(1000000) + " GP."), 1000000,
l("All of my money."), -2,
l("I changed my mind."), -3;
switch (@menuret)
{
case -1:
input @menuret;
break;
case -2:
@menuret = BankVault;
}
if (@menuret > 0)
{
if (@menuret > BankVault)
{
speech S_FIRST_BLANK_LINE | S_LAST_NEXT,
l("You do not have enough Gold Pieces on your bank account.");
break;
}
@menuret = min(MAX_ZENY, @menuret); // make sure the variable can't overflow
.@before = Zeny; // amount before the withdrawal
.@max = MAX_ZENY - Zeny; // maximum possible withdrawal
.@withdrawal = min(.@max, @menuret); // actual withdrawal
if (.@withdrawal > 0)
{
Zeny += .@withdrawal; // add to inventory
BankVault -= .@withdrawal; // remove from bank
speech S_FIRST_BLANK_LINE | S_LAST_NEXT,
l("You withdrew a total of @@ GP.", format_number(.@withdrawal));
}
}
break;
default: return;
}
} while (true);
}
|
