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cmds.c
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/*
Overgod
Copyright (C) 2005 Linley Henzell
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public Licence as published by
the Free Software Foundation; either version 2 of the Licence, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public Licence for more details.
You should have received a copy of the GNU General Public Licence
along with this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
The GPL version 2 is included in this distribution in a file called
LICENCE.TXT. Use any text editor or the TYPE command to read it.
You should be able to reach me by sending an email to
l_henzell@yahoo.com.au.
File: cmds.c
History:
11/9/2005 - Version 1.0 finalised
This file contains:
- implementation of keyboard commands.
There's no reason for this stuff to be separate from input.c except that
I copied large parts of it from Captain Pork's World of Violence, which
needed a far more complex system because of its AI players. And I never
got around to changing it.
*/
#include "allegro.h"
#include <math.h>
#include "config.h"
#include "globvars.h"
#include "stuff.h"
#include "bullet.h"
#include "cloud.h"
#include "actor.h"
#include "display.h"
#include "sound.h"
#include "light.h"
#include "palette.h"
enum
{
FIRE_BOTH,
FIRE_CANNON_ONLY,
FIRE_MISSILE_ONLY
};
enum
{
ASOUND_CANNON,
ASOUND_BOMBS,
ASOUND_BLAT,
ASOUND_TUBE
};
#define BOMB_ANGLE_1 128
#define BOMB_ANGLE_2 256
#define BURST_RECYCLE_DELAY 7
#define BURST_RECYCLE_DELAY_CLAWS 2
#define BURST_RECYCLE_DELAY_WORMS 4
enum
{
PATTERN_TWO_PLUS_OTHERS, // two main secondaries plus other small ones
PATTERN_ONE_PLUS_OTHERS, // one main secondary plus other small ones
PATTERN_ALL_SAME, // all secondaries the same
PATTERN_SIDEWARDS // fire out to sides
};
/*
WEAPON_WOODEN_DARTS,
WEAPON_ICE_DARTS,
WEAPON_SILVER_TEETH,
WEAPON_SNOW_DARTS,
WEAPON_FROZEN_BREATH,
WEAPON_BRONZE_DARTS,
WEAPON_BRASS_TEETH,
WEAPON_CRYSTAL_TEETH,
WEAPON_GOLDEN_NEEDLES,
WEAPON_PARTICLE_SPITTER,
WEAPON_CRYSTAL_SPINES,
WEAPON_GOLDEN_TEETH,
WEAPON_NUMEROUS_DARTS,
WEAPON_NUMEROUS_BLADES,
WEAPON_FAR_SPITTER,
WEAPON_BURNING_SPIRIT
*/
int recycle_rates [6] =
{
/*21, downgraded 27/10/04
17,
14,
12,
10,
9*/
21,
18,
15,
13,
12,
11
/*, // Darts
{
32,
26,
21,
18,
16,
14
}, // Burst
{
10,
9,
8,
7,
6,
5
}, // Spines
{
32,
26,
21,
18,
16,
15
} // Teeth
*/
};
/*int recycle_rates [16] [6] =
{
{
21,
15,
13,
11,
10,
9
}, // Wooden darts
{
42,
36,
31,
27,
24,
21
}, // Ice darts
{
42,
36,
31,
27,
24,
21
//31,
//27,
//24,
//21,
//18,
//16
//24,
//21,
//18,
//16,
//14,
//13
//18,
//16,
//14,
//13,
//12,
//11
}, // Silver teeth
{
31,
27,
24,
21,
18,
16
}, // Snow darts
{
42,
36,
31,
27,
24,
21
}, // Frozen Breath
{
18,
15,
13,
11,
10,
9
}, // Brass Teeth
{
42,
36,
31,
27,
24,
21
}, // Shock Path
{
42,
36,
31,
27,
24,
21
}, // Crystal Teeth
{
18,
13,
11,
9,
8,
7
}, // Golden Needle
{
13,
11,
10,
8,
7,
6
}, // Particle Spitter
{
31,
27,
24,
21,
18,
16
}, // Crystal Spines
{
18,
18,
16,
14,
13,
12
}, // Golden Path
{
42,
36,
31,
27,
24,
21
}, // Numerous Darts
{
18,
18,
16,
14,
13,
12
}, // Numerous Blades
{
13,
17,
14,
12,
10,
9
}, // Far Spitter
{
18,
18,
16,
14,
13,
12
} // Burning Spirit
};
*/
void actor_thrust(int thractor, int angled);
void actor_slide(int thractor, int direction);
void actor_turn(int thractor, int direction);
void actor_brake(int thractor);
void actor_shoot(int sactor, int which_weapon);
void make_bcolours(int colours [4], int base_colour);
void fire_cannon(int sactor);
void fire_secondary(int sactor);
void cannon_shot(int sactor, int btype, int damage, int timer, int mass,
int angle, int status, int size, int speed, int colours [4], int displaced,
int scatter, int speed_div);
void fire_missile(int sactor);
void secondary_shot(int sactor, int btype, int damage, int timer, int mass,
int angle, int status, int size, int speed, int colours [4], int displaced,
int scatter, int speed_div, int special1, int special2, int special3, int special4, int special5,
int flash_circle);
void missile_shot(int sactor, int btype, int damage, int timer, int mass,
int angle, int status, int seed, int speed, int colours [4], int displaced,
int special5);
void fire_bomb(int sactor);
void bomb_shot(int sactor, int btype, int damage, int timer, int mass,
int angle, int status, int seed, int speed, int colours [4], int displaced);
void change_angle_arc(int angles [14], int width);
void change_displacement(int displace [7], int type);
void exhaust_colours(int level, int passing_colours [5]);
void fire_turret(int sactor);
void fire_heavy_cannon(int sactor);
void fire_backfire(int sactor);
void fire_sidekicks(int a);
void actor_drive(int a, int level, int distance_x, int distance_y, int angle, int thrust, int doubled);
void actor_sound(int a, int sound);
void make_drive_sound(int a, int drive);
void enact_commands(void)
{
int i,j;
for (i = 0; i < NO_ACTORS; i ++)
{
if (actor[i].in_play == 0)
continue;
actor[i].engine_demand = 1;
actor[i].dragging = 0;
if (actor[i].actor_cmd [CMD_THRUST] == 1)
actor[i].engine_demand ++;
if (actor[i].actor_cmd [CMD_BRAKE] == 1 && actor[i].upgraded_system [UPG_RETRO] > 0)
actor[i].engine_demand ++;
if (actor[i].upgraded_system [UPG_SLIDE] > 0)
{
if (actor[i].actor_cmd [CMD_LEFT1] == 1)
actor[i].engine_demand ++;
if (actor[i].actor_cmd [CMD_RIGHT1] == 1)
actor[i].engine_demand ++;
}
// this makes sure available engine capacity is split between all active thrusters
for (j = NO_CMDS - 1; j >= 0; j --) // reverse order to prevent drive + drag on at same time
{
if (actor[i].actor_cmd [j] == 1)
{
switch(j)
{
case CMD_THRUST:
actor_thrust(i, 0);
break;
case CMD_LEFT:
actor_turn(i, -1);
break;
case CMD_RIGHT:
actor_turn(i, 1);
break;
case CMD_LEFT1:
actor_slide(i, -1);
break;
case CMD_RIGHT1:
actor_slide(i, 1);
break;
case CMD_BRAKE:
actor_brake(i);
break;
case CMD_FIRE1:
if (player[actor[i].controller].link_fire == 0)
actor_shoot(i, FIRE_CANNON_ONLY);
else
actor_shoot(i, FIRE_BOTH);
break;
case CMD_FIRE2:
actor_shoot(i, FIRE_MISSILE_ONLY);
break;
// case CMD_UPGRADE:
// actor_upgrade(i);
// break;
}
/*
enum
{
CMD_THRUST,
CMD_LEFT,
CMD_RIGHT,
CMD_SYSTEM1,
CMD_SYSTEM2,
CMD_SYSTEM3,
CMD_BRAKE,
CMD_LEFT1,
CMD_RIGHT1,
CMD_LEFT2,
CMD_RIGHT2,
CMD_CHARGE_SHIELD
};
*/
}
actor[i].actor_cmd [j] = 0;
}
}
}
void actor_slide(int thractor, int direction)
{
// if (actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_CROSS] == 0)
// return;
// int x_accel = cos(angle_to_radians(actor[thractor].angle) + (PI / 2) * direction) * actor[thractor].slide;
// int y_accel = sin(angle_to_radians(actor[thractor].angle) + (PI / 2) * direction) * actor[thractor].slide;
/* int x_accel = cos(angle_to_radians(actor[thractor].angle) + PI / 4 + (PI / 2) * direction) * actor[thractor].slide;
int y_accel = sin(angle_to_radians(actor[thractor].angle) + PI / 4 + (PI / 2) * direction) * actor[thractor].slide;
actor[thractor].x_speed += x_accel;
actor[thractor].y_speed += y_accel;
int passing_colours [5];
exhaust_colours(actor[thractor].upgraded_system [UPG_SLIDE - 1], passing_colours);
create_cloud(CLOUD_SPECK,
actor[thractor].x,// - (actor[thractor].x_speed - x_accel * 10),
actor[thractor].y,// - (actor[thractor].y_speed - y_accel * 10),
0, 0,
actor[thractor].x_speed - x_accel * 20 + (100 - grand(201)),
actor[thractor].y_speed - y_accel * 20 + (100 - grand(201)),
10 + grand(11),1,0, 0, 0, 0, passing_colours);
*/
// int passing_colours [5];
// int thrust_amount = 72;
// thrust_amount += actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_CROSS] * 13;
// thrust_amount /= actor[thractor].engine_demand;
// actor_drive(thractor, actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_CROSS] - 1, actor[thractor].slide_distance_x, actor[thractor].slide_distance_y, actor[thractor].angle + ANGLE_QUARTER + ANGLE_QUARTER * direction, thrust_amount, 0);
// actor_sound(thractor, 2);
// make_drive_sound(thractor, DRIVE_SLIDE);
/*
float xcos = cos(angle_to_radians(actor[thractor].angle) + (PI / 2) + (PI/2) * direction);
float ysin = sin(angle_to_radians(actor[thractor].angle) + (PI / 2) + (PI/2) * direction);
int x_accel = xcos * thrust_amount / actor[thractor].engine_demand;
int y_accel = ysin * thrust_amount / actor[thractor].engine_demand;
actor[thractor].x_speed -= x_accel;
actor[thractor].y_speed -= y_accel;
exhaust_colours(actor[thractor].upgraded_system [UPG_SLIDE] - 1, passing_colours);
create_cloud(CLOUD_SPECK,
actor[thractor].x + xcos * 5 * GRAIN,// - (actor[thractor].x_speed - x_accel * 10),
actor[thractor].y + ysin * 3 * GRAIN,// - (actor[thractor].y_speed - y_accel * 10),
0, 0,
// actor[thractor].x_speed - x_accel * 20 + (100 - grand(201)),
// actor[thractor].y_speed - y_accel * 20 + (100 - grand(201)),
actor[thractor].x_speed + x_accel * 20 + (300 - grand(601)),
actor[thractor].y_speed + y_accel * 20 + (300 - grand(601)),
10 + grand(11),1,0, 0, 0, 0, passing_colours);
*/
}
void actor_brake(int thractor)
{
// int passing_colours [5];
if (actor[thractor].ship == SHIP_RETRO)
{
// int passing_colours [5];
/* int thrust_amount = 72;
thrust_amount += actor[thractor].upgraded_system [UPG_RETRO] * 13;
thrust_amount /= actor[thractor].engine_demand;
// level 1 retro gives same thrust as level 0 speed; l2->1, etc
actor_drive(thractor, actor[thractor].upgraded_system [UPG_RETRO] - 1, actor[thractor].retro_distance_x, actor[thractor].retro_distance_y, actor[thractor].angle - ANGLE_QUARTER, thrust_amount, 0);
make_drive_sound(thractor, DRIVE_RETRO);
return;*/
actor_thrust(thractor, ANGLE_HALF);
return;
}
// else must be drag field...
actor[thractor].dragging = 20;
}
void actor_thrust(int thractor, int angled)
{
int thrust_amount = 170;
thrust_amount += actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * 4 + actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_TRIANGLE] * 4
+ actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * 7
+ actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_TRIANGLE] * actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_TRIANGLE] * 2;
if (actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] == 0)
thrust_amount += 20;
if (actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] == 1)
thrust_amount -= 2;
/* thrust_amount += actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * 5 + actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_TRIANGLE] * 5
+ actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * 9
+ actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_TRIANGLE] * actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_TRIANGLE] * 2;
*/
thrust_amount /= 2; // actor[thractor].engine_demand;
if (angled == 0)
actor_drive(thractor, actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE], actor[thractor].exhaust_distance_x, actor[thractor].exhaust_distance_y, actor[thractor].angle + ANGLE_QUARTER + angled, thrust_amount, angled);
else
actor_drive(thractor, actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE], actor[thractor].exhaust_distance_x + 2, actor[thractor].exhaust_distance_y + 2, actor[thractor].angle + ANGLE_QUARTER + angled, thrust_amount, angled);
actor[thractor].dragging = actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * 2; // 2
make_drive_sound(thractor, DRIVE_THRUST);
}
/*
void actor_thrust(int thractor, int angled)
{
int thrust_amount = 170; // 120
thrust_amount += actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * 16 // 22
+ actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * 9; // 10 // 8
thrust_amount /= 2; // actor[thractor].engine_demand;
if (angled == 0)
actor_drive(thractor, actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE], actor[thractor].exhaust_distance_x, actor[thractor].exhaust_distance_y, actor[thractor].angle + ANGLE_QUARTER + angled, thrust_amount, angled);
else
actor_drive(thractor, actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE], actor[thractor].exhaust_distance_x + 2, actor[thractor].exhaust_distance_y + 2, actor[thractor].angle + ANGLE_QUARTER + angled, thrust_amount, angled);
actor[thractor].dragging = actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * 2;
make_drive_sound(thractor, DRIVE_THRUST);
}
*/
// need to already have factored engine demand into thrust
void actor_drive(int a, int level, int distance_x, int distance_y, int angle, int thrust, int doubled)
{
// int passing_colours [5] = {TRANS_YELLOW,TRANS_ORANGE,TRANS_LRED,TRANS_DRED, TRANS_DGREY};
int passing_colours [5] = {TRANS_ORANGE,TRANS_LRED,TRANS_LRED,TRANS_DRED, TRANS_DGREY};
int passing_colours2 [5] = {TRANS_YELLOW,TRANS_YELLOW,TRANS_YELLOW,TRANS_YELLOW, TRANS_YELLOW};
if (actor[a].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] > 1)
passing_colours [1] = TRANS_ORANGE;
if (actor[a].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] > 3)
passing_colours2 [0] = TRANS_WHITE;
int base_size = 23 + actor[a].ability [ABILITY_DRIVE] [SYMBOL_SQUARE] * 2;
int x_accel = xpart(angle, thrust);
int y_accel = ypart(angle, thrust);
int exhx, exhy;
actor[a].x_speed -= x_accel;
actor[a].y_speed -= y_accel;
// float xcos2, ysin2;
int displace = 0;
int i, j, k = 1, xs, ys, shrink = 2;
actor[a].thrust = 7;
if (doubled == 0)
{
switch(actor[a].ship)
{
case SHIP_ROUND:
displace = ANGLE_1_SIXTEENTH;
k = 2;
shrink = 1;
actor[a].thrust = 3;
base_size = 15 + actor[a].ability [ABILITY_DRIVE] [SYMBOL_SQUARE];
break;
case SHIP_RETRO:
displace = ANGLE_1_32 + 8;
k = 2;
shrink = 1;
actor[a].thrust = 3;
base_size = 15 + actor[a].ability [ABILITY_DRIVE] [SYMBOL_SQUARE];
break;
}
}
for (j = 0; j < k; j ++)
{
if (displace == 0)
{
exhx = actor[a].x + xpart(angle, distance_x * GRAIN) - 1000;
exhy = actor[a].y + ypart(angle, distance_y * GRAIN) - 1000;
}
else
{
if (j == 0)
{
exhx = actor[a].x + xpart(angle + ANGLE_1_EIGHTH - displace, distance_x * GRAIN) - 1000;
exhy = actor[a].y + ypart(angle + ANGLE_1_EIGHTH - displace, distance_y * GRAIN) - 1000;
}
else
{
exhx = actor[a].x + xpart(angle - ANGLE_1_EIGHTH + displace, distance_x * GRAIN) - 1000;
exhy = actor[a].y + ypart(angle - ANGLE_1_EIGHTH + displace, distance_y * GRAIN) - 1000;
}
}
add_light(LIGHT_NORMAL, 10 + grand(5), exhx + actor[a].x_speed, exhy + actor[a].y_speed);
for (i = 0; i < 2; i ++)
{
xs = x_accel * (15 + grand(5)) + (600 - grand(1201));
ys = y_accel * (15 + grand(5)) + (600 - grand(1201));
create_cloud(CLOUD_DRIVE_CIRCLE,
exhx + grand(3001) - 1500 - xs,
exhy + grand(3001) - 1500 - ys,
0, 0,
xs + actor[a].x_speed, ys + actor[a].y_speed,
base_size + grand(11),shrink + 2,1, 0, 0, 0, passing_colours2);
create_cloud(CLOUD_DRIVE_CIRCLE, //TRANS_FADING_CIRCLE,
exhx + grand(3001) - 1500 - xs,
exhy + grand(3001) - 1500 - ys,
0, 0,
xs + actor[a].x_speed, ys + actor[a].y_speed,
base_size + grand(11),shrink,0, 0, 0, 0, passing_colours);
}
}
}
/*
void exhaust_colours(int level, int passing_colours [5])
{
switch(level)
{
default:
case 0:
passing_colours [0] = COLOUR_YELLOW8;
passing_colours [1] = COLOUR_RED8;
passing_colours [2] = COLOUR_RED6;
passing_colours [3] = COLOUR_RED4;
passing_colours [4] = COLOUR_RED3;
break;
case 1:
passing_colours [0] = COLOUR_YELLOW8;
passing_colours [1] = COLOUR_ORANGE8;
passing_colours [2] = COLOUR_ORANGE6;
passing_colours [3] = COLOUR_ORANGE4;
passing_colours [4] = COLOUR_ORANGE3;
break;
case 2:
passing_colours [0] = COLOUR_YELLOW8;
passing_colours [1] = COLOUR_YELLOW6;
passing_colours [2] = COLOUR_YELLOW4;
passing_colours [3] = COLOUR_YELLOW3;
passing_colours [4] = COLOUR_YELLOW2;
break;
case 3:
passing_colours [0] = COLOUR_YELLOW8;
passing_colours [1] = COLOUR_GREEN8;
passing_colours [2] = COLOUR_GREEN6;
passing_colours [3] = COLOUR_GREEN4;
passing_colours [4] = COLOUR_GREEN2;
break;
case 4:
passing_colours [0] = COLOUR_BLUE8;
passing_colours [1] = COLOUR_BLUE6;
passing_colours [2] = COLOUR_BLUE4;
passing_colours [3] = COLOUR_BLUE3;
passing_colours [4] = COLOUR_BLUE2;
break;
case 5:
passing_colours [0] = COLOUR_WHITE;
passing_colours [1] = COLOUR_BLUE8;
passing_colours [2] = COLOUR_BLUE6;
passing_colours [3] = COLOUR_BLUE4;
passing_colours [4] = COLOUR_BLUE3;
break;
}
}
*/
void actor_turn(int thractor, int direction)
{
int turned = 100; // 85
turned += actor[thractor].ability [ABILITY_DRIVE] [SYMBOL_CIRCLE] * 15; // 12
int target_angle = turned * direction;
/* if (actor[thractor].base_angle + target_angle < 0)
actor[thractor].base_angle += 10240;
else
{
if (actor[thractor].base_angle + target_angle > 10240)
actor[thractor].base_angle -= 10240;
}*/
actor[thractor].base_angle += target_angle;
if (actor[thractor].base_angle < 0)
actor[thractor].base_angle += 10240;
else
{
if (actor[thractor].base_angle > 10240)
actor[thractor].base_angle -= 10240;
}
actor[thractor].angle = (actor[thractor].base_angle / 10) % 1024;
}
void actor_shoot(int sactor, int which_weapon)
{
int recycled = 15;
if (actor[sactor].recycle1 == 0 && (which_weapon == FIRE_BOTH || which_weapon == FIRE_CANNON_ONLY))
{
fire_cannon(sactor);
}
if (actor[sactor].secondary != SECOND_NONE && actor[sactor].recycle2 == 0 && (which_weapon == FIRE_BOTH || which_weapon == FIRE_MISSILE_ONLY))
{
fire_secondary(sactor);
recycled = 140; // 66
if (actor[sactor].ship == SHIP_HORSESHOE)
recycled = 90; // 40
actor[sactor].recycle2 += recycled;
}
/*
if (which_weapon == FIRE_BOTH || which_weapon == FIRE_CANNON_ONLY)
{
if (actor[sactor].upgraded_system [UPG_TURRET] > 0
&& actor[sactor].turret_recycle == 0)
{
fire_turret(sactor);
recycled = 12;
if (actor[sactor].upgraded_system [UPG_TURRET] == 2)
recycled = 11;
if (actor[sactor].upgraded_system [UPG_TURRET] == 3)
recycled = 10;
if (actor[sactor].upgraded_system [UPG_TURRET] == 4)
recycled = 9;
if (actor[sactor].upgraded_system [UPG_TURRET] == 5)
recycled = 8;
actor[sactor].turret_recycle += recycled;
}
if (actor[sactor].upgraded_system [UPG_HEAVY] > 0
&& actor[sactor].heavy_recycle == 0)
{
fire_heavy_cannon(sactor);
recycled = 25;
if (actor[sactor].upgraded_system [UPG_HEAVY] == 2)
recycled = 20;
if (actor[sactor].upgraded_system [UPG_HEAVY] == 3)
recycled = 17;
if (actor[sactor].upgraded_system [UPG_HEAVY] == 4)
recycled = 14;
if (actor[sactor].upgraded_system [UPG_HEAVY] == 5)
recycled = 12;
actor[sactor].heavy_recycle += recycled;
}
if (actor[sactor].upgraded_system [UPG_BACKFIRE] > 0
&& actor[sactor].backfire_recycle == 0)
{
fire_backfire(sactor);
recycled = 11;
if (actor[sactor].upgraded_system [UPG_BACKFIRE] == 2)
recycled = 10;
if (actor[sactor].upgraded_system [UPG_BACKFIRE] == 3)
recycled = 9;
if (actor[sactor].upgraded_system [UPG_BACKFIRE] == 4)
recycled = 8;
if (actor[sactor].upgraded_system [UPG_BACKFIRE] == 5)
recycled = 7;
actor[sactor].backfire_recycle += recycled;
}
if (actor[sactor].upgraded_system [UPG_SIDEKICK] > 0
&& actor[sactor].sidekick_recycle == 0)
{
fire_sidekicks(sactor);
recycled = 14;
if (actor[sactor].upgraded_system [UPG_SIDEKICK] == 2)
recycled = 13;
if (actor[sactor].upgraded_system [UPG_SIDEKICK] == 3)
recycled = 12;
if (actor[sactor].upgraded_system [UPG_SIDEKICK] == 4)
recycled = 11;
if (actor[sactor].upgraded_system [UPG_SIDEKICK] == 5)
recycled = 10;
actor[sactor].sidekick_recycle += recycled;
}
}
*/
}
void continue_secondary_burst(int a)
{
if (actor[a].secondary_burst_recycle == 0)
{
fire_secondary(a);
actor[a].secondary_burst --;
if (actor[a].secondary_burst == 1)
{
actor[a].secondary_burst = 0;
return;
}
actor[a].secondary_burst_recycle = BURST_RECYCLE_DELAY;
if (actor[a].secondary == SECOND_CLAWS)
actor[a].secondary_burst_recycle = BURST_RECYCLE_DELAY_CLAWS;
if (actor[a].secondary == SECOND_WORMS_AGONY)
actor[a].secondary_burst_recycle = BURST_RECYCLE_DELAY_WORMS;
}
else
actor[a].secondary_burst_recycle --;
}
void make_bcolours(int colours [4], int base_colour)
{
switch(base_colour)
{
default:
colours [0] = base_colour;
colours [1] = base_colour - 1; // 2
colours [2] = base_colour - 3; // 4
colours [3] = base_colour - 5; // 5
break;
case TRANS_LBLUE:
colours [0] = COLOUR_BLUE5;
colours [1] = COLOUR_BLUE6;
colours [2] = COLOUR_BLUE7;
colours [3] = COLOUR_WHITE;
break;
case TRANS_DBLUE:
colours [0] = COLOUR_BLUE4;
colours [1] = COLOUR_BLUE5;
colours [2] = COLOUR_BLUE6;
colours [3] = COLOUR_BLUE7;
break;
case TRANS_YELLOW:
colours [0] = COLOUR_YELLOW3;
colours [1] = COLOUR_YELLOW5;
colours [2] = COLOUR_YELLOW7;
colours [3] = COLOUR_WHITE;
break;
case TRANS_ORANGE:
colours [0] = COLOUR_YELLOW2;
colours [1] = COLOUR_YELLOW3;
colours [2] = COLOUR_YELLOW5;
colours [3] = COLOUR_YELLOW7;
break;
}
}
void fire_cannon(int sactor)
{
// int colours [4];
int bcolours1 [4] = {COLOUR_WHITE, COLOUR_WHITE, COLOUR_WHITE, COLOUR_WHITE};
int bcolours2 [4] = {COLOUR_WHITE, COLOUR_WHITE, COLOUR_WHITE, COLOUR_WHITE};
int btype [2] = {BULLET_ZAP, BULLET_ZAP};
int damage [2] = {0, 0};
int timer [2] = {8, 8}; //= 20 - actor[sactor].upgraded_system [UPG_PROJECT] * 2;
int mass [2] = {10, 10};
// int status = 0;
int speed [2] = {10000, 10000};//= 16000;
int rand_speed [2] = {0, 0};
int speed_div [2] = {5, 5};
int angles [7] = {0, 0, ANGLE_1_SIXTEENTH, -ANGLE_1_SIXTEENTH, ANGLE_1_EIGHTH, -ANGLE_1_EIGHTH, 0};
// int angles [7] = {0, 0, ANGLE_1_SIXTEENTH, -ANGLE_1_SIXTEENTH, ANGLE_1_EIGHTH, -ANGLE_1_EIGHTH, ANGLE_HALF};
// int angles [7] = {0, 0, 0, 0, 0, 0, ANGLE_HALF};
int rand_angle = 0;
// unsigned char seed = counter;
// int displace [7] = {-4, 4, 1, -1, 7, -7, 0};
int displace [7] = {-4, 4, 2, -2, 6, -6, 0};
// int displaced = 0;
int number = 0;
int rand_timer [2] = {0, 0};
int scatter [2] = {0, 0};
int size = 0;
// actor[sactor].recycle1 = recycle_rates [actor[sactor].primary] [actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_SQUARE]];
// actor[sactor].recycle1 = recycle_rates [actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_SQUARE]];
switch(actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_SQUARE])
{
default:
case 0: actor[sactor].recycle1 = 21; break; // 21
case 1: actor[sactor].recycle1 = 18; break; // 17
case 2: actor[sactor].recycle1 = 15; break; // 14
case 3: actor[sactor].recycle1 = 13; break; // 12
case 4: actor[sactor].recycle1 = 12; break; // 10
case 5: actor[sactor].recycle1 = 11; break; // 9
}
switch(actor[sactor].primary)
{
/* case WEAPON_SNOW_DARTS:
btype [0] = BULLET_SNOW_DART;
btype [1] = BULLET_SNOW_DART_SMALL;
damage [0] = 80 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 30;
damage [1] = 60 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 15;
speed [0] = 25000 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 4000;
speed [1] = 20000 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3200;
timer [0] = 18 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3;
timer [1] = 15 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3;
rand_timer [0] = 2;
rand_timer [1] = 2;
mass [0] = 100;
mass [1] = 100;
scatter [0] = 0;
scatter [1] = 0;
number = 2 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_CROSS];
break;
case WEAPON_SILVER_TEETH:
btype [0] = BULLET_SILVER_TOOTH;
btype [1] = BULLET_SILVER_TOOTH;
damage [0] = 70 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 20;
damage [1] = 50 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 12;
speed [0] = 23000 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3100;
speed [1] = 21000 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 2600;
speed_div [0] = 2;// + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] / 3;
speed_div [1] = 3;// + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] / 3;
make_bcolours(bcolours1, COLOUR_WHITE);
make_bcolours(bcolours2, COLOUR_GREY6);
timer [0] = 13 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE];
timer [1] = 12 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE];
rand_timer [0] = 3;
rand_timer [1] = 3;
mass [0] = 80;
mass [1] = 80;
scatter [0] = 0;
scatter [1] = 0;
number = 2 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_CROSS];
break;
case WEAPON_ICE_DARTS:
btype [0] = BULLET_ICE_DART;
btype [1] = BULLET_ICE_DART_SMALL;
damage [0] = 70 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 20;
damage [1] = 50 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 12;
speed [0] = 25000 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 4000;
speed [1] = 20000 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3200;
timer [0] = 18 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3;
timer [1] = 15 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3;
rand_timer [0] = 2;
rand_timer [1] = 2;
mass [0] = 100;
mass [1] = 100;
scatter [0] = 0;
scatter [1] = 0;
number = 2 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_CROSS];
break;
case WEAPON_FROZEN_BREATH:
btype [0] = BULLET_FROZEN_BREATH;
btype [1] = BULLET_FROZEN_BREATH;
damage [0] = 60 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 15;
damage [1] = 60 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 15;
speed [0] = 22000 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3200;
speed [1] = 22000 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3200;
timer [0] = 17 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3;
timer [1] = 17 + actor[sactor].ability [ABILITY_PRIMARY] [SYMBOL_TRIANGLE] * 3;
rand_timer [0] = 4;
rand_timer [1] = 4;
mass [0] = 150;