void visual_init(t_general *gen)
{
if (!gen->visual)
return ;
start_graph();
gen->map = newwin(65, 193, 2, 4);
gen->text = newwin(1, 1, 67, 256);
gen->board = newwin(64, 52, 2, 200);
refresh();
pc_color_up(gen);
map_display(gen, 0, 1);
initial_info(gen);
wrefresh(gen->map);
wrefresh(gen->board);
}
int main (int argc, char *argv[])
{
// Business loan
int loan_num;
float rate = BUSINESS_LOAN_RATE / 12; // 5.4% / 12, month rate
int i = 0;
float fee = 0;
float fact = 0;
float total_fee = 0;
float total_bj = 0;
float bj = 0;
float bx_fee = 0;
float bx_loan_num = 0;
float bx_total_fee = 0;
float bx_monthly = 0;
// House Fund loan
int house_fund_num = HOUSE_FUND_NUM; // 120w
float house_fund_rate = HOUSE_FUND_RATE / 12; // month rate
float house_fund_fee = 0;
float house_fund_fact = 0;
float house_fund_total_bj = 0;
float house_fund_bj = 0;
int bx_house_fund_num = HOUSE_FUND_NUM; // 120w
float bx_house_fund_fee = 0;
float bx_house_fund_monthly = 0;
// savings = bj - bx
float savings = 0;
float total_savings = 0;
float bx_benefit = 0;
float tmp = 0;
float max_bx_benefit = 0;
// Investment
int invest_num = 0;
float invest_rate = INVEST_RATE / 12;
float income = 0, total_income = 0, year_income = 0;
initial_info ();
print_info ();
loan_num = bx_loan_num = max_loan;
fact = loan_num / max_loan_month;
invest_num = remain_num;
house_fund_fact = house_fund_num / max_loan_month;
bx_monthly = (bx_loan_num * rate * pow(1+rate, max_loan_month))
/ (pow(1+rate, max_loan_month) - 1);
printf("Business Loan, monthly pay = %d, bx monthly pay = %f\n", fact, bx_monthly);
for (i = 0; i < max_loan_month; i++) {
fee = loan_num * rate;
loan_num -= fact;
total_fee += fee;
bx_fee = bx_loan_num * rate;
bx_loan_num -= (bx_monthly - bx_fee);
if (bx_loan_num < 0)
bx_loan_num = 0;
bx_total_fee += bx_fee;
if (!(i % 12))
printf("\n\n---------------- YEAR %d --------------\n",
i/12 + 1);
printf("Month %03d, fee %05f, monthly %05f, bx_load_num = %f, bx_fee %05f, bx_monthly %05f\n",
i+1, fee, fee + fact, bx_loan_num, bx_fee, bx_monthly);
if ((i %12) == 11)
printf("Total fee = %f, bx total fee = %f\n", total_fee, bx_total_fee);
}
printf("\n\nHouse Fund + Business Loan\n");
total_fee = bx_total_fee = 0;
bx_loan_num = loan_num = business_loan;
bx_monthly = (bx_loan_num * rate * pow(1+rate, max_loan_month))
/ (pow(1+rate, max_loan_month) - 1);
bx_house_fund_monthly = (bx_house_fund_num * house_fund_rate * pow(1+house_fund_rate, max_loan_month))
/ (pow(1+house_fund_rate, max_loan_month) - 1);
fact = loan_num / max_loan_month;
for (i = 0; i < max_loan_month; i++) {
house_fund_fee = house_fund_num * house_fund_rate;
house_fund_num -= house_fund_fact;
total_fee += house_fund_fee;
bx_house_fund_fee = bx_house_fund_num * house_fund_rate;
house_fund_bj = (bx_house_fund_monthly - bx_house_fund_fee);
house_fund_total_bj += house_fund_bj;
bx_house_fund_num -= house_fund_bj;
bx_total_fee += bx_house_fund_fee;
fee = loan_num * rate;
loan_num -= fact;
total_fee += fee;
bx_fee = bx_loan_num * rate;
bj = (bx_monthly - fee);
bx_loan_num -= bj;
total_bj += bj;
bx_total_fee += bx_fee;
savings += fee + house_fund_fee + house_fund_fact + fact - bx_monthly - bx_house_fund_monthly;
if (savings <= 0)
savings = 0;
if (!(i % 12))
printf("\n\n---------------- YEAR %d --------------\n",
i/12 + 1);
printf("Month %03d, house_fund_fee %05f, fee %05f, monthly %05f, bx_house_fund_fee %f, bx_fee %f, bx_monthly %f\n", \
i+1, house_fund_fee, fee, fee + house_fund_fee + house_fund_fact + fact,\
bx_house_fund_fee, house_fund_fee, bx_monthly + bx_house_fund_monthly);
if ((i % 12) == 11) {
total_savings += savings;
bx_benefit = total_savings - (bx_total_fee - total_fee);
if (bx_benefit > max_bx_benefit)
max_bx_benefit = bx_benefit;
printf("Total fee = %f, bx total fee %f, savings in this year %f, total_savings %f\n", total_fee, bx_total_fee, savings, total_savings);
printf("bj spend house_fund benjin = %f, bj spend benjin %f, tatal %f\n", (i+1)*house_fund_fact, (i+1)*fact,
(i+1)*(house_fund_fact+fact));
printf("bx spend house_fund benjin = %f, bx spend benjin %f, total %f\n", house_fund_total_bj, total_bj,
house_fund_total_bj+total_bj);
printf("bx_benefit = %f, max_bx_benefit %f\n", bx_benefit, max_bx_benefit);
savings = 0;
}
}
printf("\n\nInvest income %d\n", invest_num);
for (i = 0; i < max_loan_month; i++) {
income = invest_num * invest_rate;
year_income += income;
if (!(i % 12))
printf("\n\n---------------- YEAR %d --------------\n", i/12 + 1);
printf("Month %03d, income %05f\n", i+1, income);
if ((i %12) == 11) {
printf("year income = %f\n", year_income);
total_income += year_income;
printf("Total income = %f\n", total_income);
invest_num += year_income;
year_income = 0;
}
}
return 0;
}
int main(int argc, char **argv)
{
int op;
struct server_info s_info;
char *path;
char *address;
char *file;
char *port; /* default 8080 */
char *root;
int exit_code = 0;
int i = 0;
int test_digit = 1;
setprogname(argv[0]);
s_info = initial_info(s_info);
while ((op = getopt(argc, argv, "dhc:i:l:p:")) != -1) {
switch (op) {
case 'd':
s_info.debug_mode = 1;
break;
case 'h':
/* print usage and exit */
usage(0);
break;
case 'c':
path = optarg;
s_info.cgi_dir = path;
break;
case 'i':
s_info.all_ip = 0;
address = optarg;
s_info.address = address;
break;
case 'l':
file = optarg;
s_info.logging_file = file;
break;
case 'p':
port = optarg;
for (i = 0; i < strlen(port); i++){
isdigit(port[i]) > 0 ? (test_digit &= 1) : (test_digit &= 0);
}
if (test_digit)
s_info.port = atoi(port);
else{
fprintf(stderr, "port format error:%s\n", port);
exit(EXIT_FAILURE);
}
if (atoi(port) > 65535 || atoi(port) < 0){
fprintf(stderr, "port:%s overranged\n", port);
exit(EXIT_FAILURE);
}
break;
case '?':
usage(1);
break;
case ':':
usage(2);
break;
default:
usage(3);
break;
}
}
argc -= optind;
argv += optind;
root = argv[0];
if (argc)
s_info.server_root = root;
else {
printf("please set root dir for server\n");
usage(4);
return 1;
}
exit_code = set_server(&s_info);
return exit_code;
}
