Curve_set( int aType, QPen aPen, QBrush aBrush )
:
mPen (aPen)
, mBrush(aBrush)
{
reset_type(aType);
}
void symbol_setup_type(Type* type)
{
reset_type(type);
set_string(&type->name, "Symbol");
type->storageType = sym_StorageTypeInt;
type->toString = symbol_to_string;
type->formatSource = format_source;
type->hashFunc = hash_func;
}
void setup_type(Type* type)
{
reset_type(type);
type->name = name_from_string("int");
type->storageType = STORAGE_TYPE_INT;
type->reset = reset;
type->equals = equals;
type->hashFunc = hashFunc;
type->toString = to_string;
type->formatSource = format_source;
}
void string_setup_type(Type* type)
{
reset_type(type);
set_string(&type->name, "String");
type->storageType = sym_StorageTypeString;
type->initialize = string_initialize;
type->release = string_release;
type->copy = string_copy;
type->equals = string_equals;
type->hashFunc = string_hash;
type->toString = string_to_string;
type->formatSource = string_format_source;
}
struct optionsinfo goto_stats_menu(BITMAP *scrbuffer, DATAFILE *main_data,
DATAFILE *plane_data, struct optionsinfo options,
struct menuinfo stats_menu)
{
// function controls the stats options menu and optionally writes options to a file
FILE *cfgfile;
char count;
float increment;
char option_str[128] = "";
stats_menu.highlight = 0;
// reset the selection
stats_menu.selection = -1;
do {
// add or minus a set amount depending on which button was pressed
increment = 0.05;
if (stats_menu.selectupdn == -1)
increment *= -1;
switch (stats_menu.selection) {
case 1 :
stats_menu.optionval[1] += increment;
break; // turn
case 2 :
stats_menu.optionval[2] += increment;
break; // acceleration
};
// add or minus a set amount depending on which button was pressed
increment = 1;
if (stats_menu.selectupdn == -1)
increment *= -1;
switch (stats_menu.selection) {
case 0 :
stats_menu.optionval[0] += increment;
break; // plane
case 3 :
stats_menu.optionval[3] += increment;
break; // min speed
case 4 :
stats_menu.optionval[4] += increment;
break; // max speed
case 5 :
stats_menu.optionval[5] += increment;
break; // num of shots
case 6 :
stats_menu.optionval[6] += increment;
break; // shot life
case 7 :
stats_menu.optionval[7] += increment;
break; // shot lag
case 8 :
stats_menu.optionval[8] += increment;
break; // shot base speed
case 9 :
stats_menu.optionval[9] += increment;
break; // laser len
case 10:
stats_menu = reset_type(cfgfile, stats_menu, stats_menu.optionval[0]);
break;
};
// make sure options are within boundaries (boundaries will be different for
// each option)
// vehicle
if (stats_menu.optionval[0] > NUM_OF_VEHICLES-1)
stats_menu.optionval[0] = 0;
if (stats_menu.optionval[0] < 0)
stats_menu.optionval[0] = NUM_OF_VEHICLES-1;
// turn
if (stats_menu.optionval[1] > 3.10)
stats_menu.optionval[1] = 0;
if (stats_menu.optionval[1] < 0)
stats_menu.optionval[1] = 3.10;
// acceleration
if (stats_menu.optionval[2] > stats_menu.optionval[4])
stats_menu.optionval[2] = 0.05;
if (stats_menu.optionval[2] < 0)
stats_menu.optionval[2] = stats_menu.optionval[4];
// min speed
if (stats_menu.optionval[3] > stats_menu.optionval[4])
stats_menu.optionval[3] = -1*stats_menu.optionval[4];
if (stats_menu.optionval[3] < -1*stats_menu.optionval[4])
stats_menu.optionval[3] = stats_menu.optionval[4];
// max speed
if (stats_menu.optionval[4] > 127)
stats_menu.optionval[4] = 0;
if (stats_menu.optionval[4] < 0)
stats_menu.optionval[4] = 127;
// num of shots
if (stats_menu.optionval[5] > 255)
stats_menu.optionval[5] = 1;
if (stats_menu.optionval[5] < 1)
stats_menu.optionval[5] = 255;
// shot life
if (stats_menu.optionval[6] > 255)
stats_menu.optionval[6] = 5;
if (stats_menu.optionval[6] < 0)
stats_menu.optionval[6] = 255;
// shot lag
if (stats_menu.optionval[7] > 255)
stats_menu.optionval[7] = 0;
if (stats_menu.optionval[7] < 0)
stats_menu.optionval[7] = 255;
// shot base speed
if (stats_menu.optionval[8] > 255)
stats_menu.optionval[8] = 0;
if (stats_menu.optionval[8] < 0)
stats_menu.optionval[8] = 255;
// laser len
if (stats_menu.optionval[9] > 255)
stats_menu.optionval[9] = 0;
if (stats_menu.optionval[9] < 0)
stats_menu.optionval[9] = 255;
// draw the options menu
draw_menu(scrbuffer, main_data, stats_menu, stats_menu.row, stats_menu.col);
textout_centre_ex(scrbuffer, main_data[FONTLARGE].dat, "Player Statistics",
SCREEN_W/2, TITLE_ROW*8, GREY+15, -1);
// draw the current data next to each option
draw_sprite(scrbuffer, plane_data[((int)stats_menu.optionval[0])].dat,
stats_menu.col+18*8, stats_menu.row-2);
for (count = 1; count <= 9; count++) {
sprintf(stats_menu.optionval_str[count], "%2.2f", stats_menu.optionval[count]);
textout_ex(scrbuffer, font, stats_menu.optionval_str[count],
stats_menu.col+18*8, stats_menu.row+count*16, YELLOW+15, -1);
}
blit(scrbuffer, screen, 0, 0, 0, 0, SCREEN_W, SCREEN_H);
// reset the selection
stats_menu.selection = -1;
// allow the user to make another selection
stats_menu = move_menu_cursor(stats_menu);
} while (stats_menu.selection != stats_menu.num_of_options-1);
// copy the values back into the options structure
options.vehicle = stats_menu.optionval[0];
options.turn_speed = stats_menu.optionval[1];
options.acceleration = stats_menu.optionval[2];
options.min_speed = stats_menu.optionval[3];
options.max_speed = stats_menu.optionval[4];
options.num_of_shots = stats_menu.optionval[5];
options.shot_life = stats_menu.optionval[6];
options.shot_lag = stats_menu.optionval[7];
options.shot_base_speed = stats_menu.optionval[8];
options.laser_length = stats_menu.optionval[9];
return(options);
}
void setup_type(Type* type)
{
reset_type(type);
type->staticTypeQuery = staticTypeQuery;
type->cast = cast;
}
