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actor_scripts.c
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#include <stdlib.h>
#include <string.h>
#include <time.h>
#include "actor_scripts.h"
#include "actors_list.h"
#include "asc.h"
#include "cal.h"
#include "cal3d_wrapper.h"
#include "counters.h"
#include "cursors.h"
#include "draw_scene.h"
#include "elconfig.h"
#include "errors.h"
#include "elloggingwrapper.h"
#include "gamewin.h"
#include "hud_statsbar_window.h"
#include "interface.h"
#include "missiles.h"
#include "new_actors.h"
#include "multiplayer.h"
#include "new_character.h"
#include "particles.h"
#include "pathfinder.h"
#include "platform.h"
#include "skeletons.h"
#include "special_effects.h"
#ifdef NEW_SOUND
#include "sound.h"
#endif // NEW_SOUND
#include "spells.h"
#include "text.h"
#include "tiles.h"
#include "timers.h"
#include "translate.h"
#include "eye_candy_wrapper.h"
#include "minimap.h"
#include "io/elfilewrapper.h"
#include "io/cal3d_io_wrapper.h"
#include "actor_init.h"
#include "textures.h"
#ifndef EXT_ACTOR_DICT
const dict_elem skin_color_dict[] =
{ { "brown" , SKIN_BROWN },
{ "normal", SKIN_NORMAL },
{ "pale" , SKIN_PALE },
{ "tan" , SKIN_TAN },
{ "darkblue", SKIN_DARK_BLUE }, // Elf's only
{ "dark_blue", SKIN_DARK_BLUE }, // Elf's only, synonym
{ "white" , SKIN_WHITE }, // Draegoni only
{ NULL , -1 }
};
const dict_elem glow_mode_dict[] =
{ { "none" , GLOW_NONE },
{ "fire" , GLOW_FIRE },
{ "ice" , GLOW_COLD },
{ "thermal", GLOW_THERMAL },
{ "magic" , GLOW_MAGIC },
{ NULL , -1 }
};
const dict_elem head_number_dict[] =
{ { "1" , HEAD_1 },
{ "2" , HEAD_2 },
{ "3" , HEAD_3 },
{ "4" , HEAD_4 },
{ "5" , HEAD_5 },
{ NULL, -1 }
};
int actor_part_sizes[ACTOR_NUM_PARTS] = {10, 40, 50, 100, 100, 100, 10, 20, 40, 60, 20, 20}; // Elements according to actor_parts_enum
#else // EXT_ACTOR_DICT
#define MAX_SKIN_COLORS 7
#define MAX_GLOW_MODES 5
#define MAX_HEAD_NUMBERS 5
dict_elem skin_color_dict[MAX_SKIN_COLORS];
dict_elem head_number_dict[MAX_GLOW_MODES];
dict_elem glow_mode_dict[MAX_HEAD_NUMBERS];
int num_skin_colors = 0;
int num_head_numbers = 0;
int num_glow_modes = 0;
int actor_part_sizes[ACTOR_NUM_PARTS];
#endif // EXT_ACTOR_DICT
//Forward declarations
int cal_load_weapon_mesh (actor_types *act, const char *fn, const char *kind);
int cal_load_mesh(actor_types *act, const char *fn, const char *kind);
static void unqueue_cmd(actor *act);
#ifdef NEW_SOUND
int parse_actor_sounds(actor_types *act, const xmlNode *cfg);
#endif //NEW_SOUND
hash_table *emote_cmds = NULL;
hash_table *emotes = NULL;
int parse_actor_frames(actor_types *act, const xmlNode *cfg, const xmlNode *defaults);
#ifdef MORE_ATTACHED_ACTORS_DEBUG
static int thecount=0;
#endif
static inline int is_actor_held(const actor *act, const actor *attached)
{
if (!attached)
return 0;
return ((act->actor_id >= HORSE_ID_OFFSET // the actor is the attachment
&& !attached_actors_defs[act->actor_type].actor_type[attached->actor_type].is_holder)
|| (act->actor_id < HORSE_ID_OFFSET // the actor is the parent of the attachment
&& attached_actors_defs[attached->actor_type].actor_type[act->actor_type].is_holder)
);
}
static inline int is_actor_barehanded(actor *act, int hand){
if(hand==EMOTE_BARE_L)
return (act->cur_shield==SHIELD_NONE||act->cur_shield==QUIVER_ARROWS||act->cur_shield==QUIVER_BOLTS);
else
return (act->cur_weapon==WEAPON_NONE||act->cur_weapon==GLOVE_FUR||act->cur_weapon==GLOVE_LEATHER);
}
// static inline int get_held_actor_motion_frame(actor *act, actor *attached)
// {
// if (!attached)
// return cal_attached_walk_frame;
// else if (attached->buffs & BUFF_DOUBLE_SPEED)
// return cal_attached_run_frame;
// else
// return cal_attached_walk_frame;
// }
static void unfreeze_horse(actor *act, actor* horse)
{
if (horse->que[0]==wait_cmd)
{
//printf("%i, horse out of wait\n",thecount);
unqueue_cmd(horse);
horse->busy = 0;
set_on_idle(horse, act);
}
}
static void cal_actor_set_random_idle(actor* actor)
{
struct CalMixer *mixer;
int i;
int random_anim;
int random_anim_index;
if (actor->calmodel==NULL) return;
//LOG_TO_CONSOLE(c_green2,"Randomizing");
//if (actor->cur_anim.anim_index==anim.anim_index) return;
srand( (unsigned)time( NULL ) );
mixer=CalModel_GetMixer(actor->calmodel);
//Stop previous animation if needed
if (actor->IsOnIdle!=1){
if ((actor->cur_anim.anim_index!=-1)&&(actor->cur_anim.kind==0)) {
CalMixer_ClearCycle(mixer,actor->cur_anim.anim_index,0.05);
}
if ((actor->cur_anim.anim_index!=-1)&&(actor->cur_anim.kind==1)) {
CalMixer_RemoveAction(mixer,actor->cur_anim.anim_index);
}
}
for (i=0;i<actors_defs[actor->actor_type].group_count;++i) {
random_anim=rand()%(actors_defs[actor->actor_type].idle_group[i].count+1);
if (random_anim<actors_defs[actor->actor_type].idle_group[i].count) random_anim_index=actors_defs[actor->actor_type].idle_group[i].anim[random_anim].anim_index;
else random_anim_index=-1;
if (actor->IsOnIdle==1) {
if (actor->cur_idle_anims[i].anim_index!=random_anim_index)
CalMixer_ClearCycle(mixer,actor->cur_idle_anims[i].anim_index,2.0);
}
if (actor->cur_idle_anims[i].anim_index!=random_anim_index)
if (random_anim_index>=0) CalMixer_BlendCycle(mixer,random_anim_index,0.5,0.05);
//safe_snprintf(str, sizeof(str),"%d",random_anim);
//LOG_TO_CONSOLE(c_green2,str);
actor->cur_idle_anims[i].anim_index=random_anim_index;
//anim.anim_index,1.0,0.05);else
}
//if (anim.kind==0) CalMixer_BlendCycle(mixer,anim.anim_index,1.0,0.05);else
//CalMixer_ExecuteAction(mixer,anim.anim_index,0.0,0.0);
//actor->cur_anim=anim;
//actor->anim_time=0.0;
CalModel_Update(actor->calmodel,0.0001);//Make changes take effect now
build_actor_bounding_box(actor);
if (use_animation_program)
{
set_transformation_buffers(actor);
}
actor->IsOnIdle= 1;
actor->cur_anim.duration= 0;
actor->anim_time= 0.0;
actor->last_anim_update= cur_time;
actor->cur_anim.anim_index= -1;
#ifdef NEW_SOUND
if (check_sound_loops(actor->cur_anim_sound_cookie))
stop_sound(actor->cur_anim_sound_cookie);
#endif // NEW_SOUND
actor->cur_anim_sound_cookie= 0;
//if (actor->cur_anim.anim_index==-1) actor->busy=0;
}
float unwindAngle_Degrees( float fAngle )
{
fAngle -= 360.0f * (int)( fAngle / 360.0f );
if( fAngle < 0.0f )
{
fAngle += 360.0f;
}
return fAngle;
}
float get_rotation_vector( float fStartAngle, float fEndAngle )
{
float ccw = unwindAngle_Degrees( fStartAngle - fEndAngle );
float cw = unwindAngle_Degrees( fEndAngle - fStartAngle );
if(cw<ccw)return cw;
else return -ccw;
}
int get_motion_vector(int move_cmd, int *dx, int *dy)
{
int result = 1;
switch(move_cmd) {
case move_n:
case run_n:
*dx = 0;
*dy = 1;
break;
case move_s:
case run_s:
*dx = 0;
*dy = -1;
break;
case move_e:
case run_e:
*dx = 1;
*dy = 0;
break;
case move_w:
case run_w:
*dx = -1;
*dy = 0;
break;
case move_ne:
case run_ne:
*dx = 1;
*dy = 1;
break;
case move_se:
case run_se:
*dx = 1;
*dy = -1;
break;
case move_sw:
case run_sw:
*dx = -1;
*dy = -1;
break;
case move_nw:
case run_nw:
*dx = -1;
*dy = 1;
break;
default:
*dx = 0;
*dy = 0;
result = 0;
break;
}
return result;
}
#ifdef ANIMATION_SCALING
static Uint32 update_actor_animation_speed(actor* a, const float time_diff)
{
float scale, seconds;
Uint32 i, animations;
if (a == 0)
{
return 0;
}
animations = 0;
for (i = 0; i < MAX_CMD_QUEUE; i++)
{
if ((a->que[i] != nothing) && (a->que[i] != wait_cmd))
{
animations++;
}
}
scale = a->animation_scale;
seconds = time_diff / 2000.0f;
if (animations > 2)
{
animations -= 2;
}
else
{
animations = 1;
}
if (scale > animations)
{
scale = max2f(scale - seconds, animations);
}
else
{
if (scale < animations)
{
scale = min2f(scale + seconds, animations);
}
}
a->animation_scale = scale;
return scale * time_diff;
}
#endif /* ANIMATION_SCALING */
static void animate_actor(actor *act, actor *attached, void* data, locked_list_ptr list)
{
actor *horse = (attached && is_horse(attached)) ? attached : NULL;
#ifdef ANIMATION_SCALING
int actors_time_diff, time_diff;
actors_time_diff = *((const int*)data);
time_diff = update_actor_animation_speed(act, actors_time_diff);
#else /* ANIMATION_SCALING */
int time_diff = *((const int*)data);
#endif /* ANIMATION_SCALING */
if(act->moving)
{
#ifdef ANIMATION_SCALING
int tmp_time_diff = min2i(act->movement_time_left + 40, time_diff);
act->x_pos += act->move_x_speed * tmp_time_diff;
act->y_pos += act->move_y_speed * tmp_time_diff;
act->z_pos += act->move_z_speed * tmp_time_diff;
#else /* ANIMATION_SCALING */
if (time_diff <= act->movement_time_left+40)
{
act->x_pos += act->move_x_speed*time_diff;
act->y_pos += act->move_y_speed*time_diff;
act->z_pos += act->move_z_speed*time_diff;
}
else
{
act->x_pos += act->move_x_speed*act->movement_time_left;
act->y_pos += act->move_y_speed*act->movement_time_left;
act->z_pos += act->move_z_speed*act->movement_time_left;
}
#endif /* ANIMATION_SCALING */
act->movement_time_left -= time_diff;
if (act->movement_time_left <= 0)
{
// We moved all the way
Uint8 last_command;
int dx, dy;
act->moving= 0; //don't move next time, ok?
//now, we need to update the x/y_tile_pos, and round off
//the x/y_pos according to x/y_tile_pos
last_command= act->last_command;
//if(HAS_HORSE(i)) {MY_HORSE(i)->busy=0; if(act->actor_id==yourself) printf("%i, %s wakes up Horse\n",thecount, act->actor_name);}
if (get_motion_vector(last_command, &dx, &dy))
{
act->x_tile_pos += dx;
act->y_tile_pos += dy;
act->busy = 0;
//if(act->actor_id==yourself) printf("%i, unbusy(moved)\n", thecount);
//if(act->actor_id<0) printf("%i, unbusy horse(moved)\n", thecount);
if (act->que[0] >= move_n && act->que[0] <= move_nw)
{
next_command(list);
}
else
{
act->x_pos= act->x_tile_pos*0.5;
act->y_pos= act->y_tile_pos*0.5;
act->z_pos= get_actor_z(act);
}
}
else
{
act->busy = 0;
//if(act->actor_id==yourself) printf("%i, unbusy(moved2)\n", thecount);
//if(act->actor_id<0) printf("%i, unbusy horse(moved2)\n", thecount);
}
}
} // moving
if (act->rotating)
{
#ifdef ANIMATION_SCALING
int tmp_time_diff = min2i(act->rotate_time_left, time_diff);
act->rotate_time_left -= time_diff;
if (act->rotate_time_left <= 0)
{
// We rotated all the way
act->rotating = 0;//don't rotate next time, ok?
}
#else /* ANIMATION_SCALING */
act->rotate_time_left -= time_diff;
if (act->rotate_time_left <= 0)
{
// We rotated all the way
act->rotating= 0;//don't rotate next time, ok?
tmp_time_diff = time_diff + act->rotate_time_left;
/*
#ifdef MORE_ATTACHED_ACTORS
if(act->actor_id==yourself) printf("%i, rot: %i\n",thecount,act->rotating);
if(act->actor_id<0) printf("%i, (horse) rot: %i\n",thecount,act->rotating);
#endif
*/
}
else
{
tmp_time_diff = time_diff;
}
#endif /* ANIMATION_SCALING */
act->x_rot+= act->rotate_x_speed*tmp_time_diff;
act->y_rot+= act->rotate_y_speed*tmp_time_diff;
act->z_rot+= act->rotate_z_speed*tmp_time_diff;
if(act->z_rot >= 360) {
act->z_rot -= 360;
} else if (act->z_rot <= 0) {
act->z_rot += 360;
}
//if(act->actor_id==yourself) printf("%i, rotating: z_rot %f, status %i-%i\n",thecount,act->z_rot,act->rotating,act->moving);
//if(act->actor_id<0) printf("%i, rotating (horse): z_rot %f, status %i-%i\n",thecount,act->z_rot,act->rotating,act->moving);
} // rotating
#ifdef ANIMATION_SCALING
act->anim_time += (time_diff*act->cur_anim.duration_scale)/1000.0;
#else /* ANIMATION_SCALING */
act->anim_time += ((cur_time-last_update)*act->cur_anim.duration_scale)/1000.0;
#endif /* ANIMATION_SCALING */
/*if(act->anim_time>=act->cur_anim.duration) {
if (HAS_HORSE(i)||IS_HORSE(i)) {
if(MY_HORSE(i)->anim_time<MY_HORSE(i)->cur_anim.duration) {
MY_HORSE(i)->anim_time=MY_HORSE(i)->cur_anim.duration;
printf("%i, ANIMATION FORCED\n",thecount);
}
}
}*/
#ifndef DYNAMIC_ANIMATIONS
if (act->calmodel!=NULL)
{
//check if emote animation is ended, then remove it
handle_cur_emote(act);
#ifdef MORE_EMOTES
if(act->startIdle != act->endIdle)
{
if (do_transition(act))
{
act->stand_idle = act->sit_idle = 0; //force set_on_idle
set_on_idle(act, attached);
}
}
#endif // MORE_EMOTES
#ifdef ANIMATION_SCALING
CalModel_Update(act->calmodel, (time_diff * act->cur_anim.duration_scale) / 1000.0f);
#else /* ANIMATION_SCALING */
CalModel_Update(act->calmodel, (((cur_time-last_update)*act->cur_anim.duration_scale)/1000.0));
#endif /* ANIMATION_SCALING */
build_actor_bounding_box(act);
{
int wasbusy = act->busy;
missiles_rotate_actor_bones(act);
if (horse && act->busy != wasbusy)
{
//if(act->actor_id==yourself) printf("%i, %s is no more busy due to missiles_rotate_actor_bones!! Setting the horse free...\n",thecount, act->actor_name);
unfreeze_horse(act, horse);
}
}
if (use_animation_program)
{
set_transformation_buffers(act);
}
}
#endif // !DYNAMIC_ANIMATIONS
}
void animate_actors()
{
static int last_update = 0;
locked_list_ptr list;
int time_diff = cur_time - last_update;
// lock the actors_list so that nothing can interfere with this look
list = get_locked_actors_list();
for_each_actor_and_attached(list, animate_actor, &time_diff);
release_locked_actors_list(list);
last_update = cur_time;
}
static void unqueue_cmd(actor *act)
{
int k;
int max_queue=0;
//move que down with one command
for(k=0;k<MAX_CMD_QUEUE-1;k++)
{
if(k>max_queue && act->que[k]!=nothing)
max_queue=k;
act->que[k]=act->que[k+1];
}
act->que[k]=nothing;
}
#ifdef MORE_ATTACHED_ACTORS_DEBUG
static void print_queue(actor *act, actor *attached) {
int k;
printf(" Actor %s queue:",act->actor_name);
printf(" -->");
for(k=0; k<MAX_CMD_QUEUE; k++)
{
if(act->que[k]==enter_combat) printf("IC");
if(act->que[k]==leave_combat) printf("LC");
if(act->que[k]>=move_n&&act->que[k]<=move_nw) printf("M");
if(act->que[k]>=turn_n&&act->que[k]<=turn_nw) printf("R");
printf("%2i|",act->que[k]);
}
printf("\n");
/*for(k=0; k<MAX_RANGE_ACTION_QUEUE; k++){
printf("%2i-%2i|",act->range_actions[k].shot_type,act->range_actions[k].state);
}
printf("\n");
*/
if (attached)
{
printf(" Horse %s queue:",act->actor_name);
printf(" -->");
for(k=0; k<MAX_CMD_QUEUE; k++)
{
if(attached->que[k]==enter_combat) printf("IC");
if(attached->que[k]==leave_combat) printf("LC");
if(attached->que[k] >= move_n && attached->que[k] <= move_nw) printf("M");
if(attached->que[k] >= turn_n && attached->que[k] <= turn_nw) printf("R");
printf("%2i|",attached->que[k]);
}
printf("\n");
}
}
static void attached_info(actor *act, actor *attached, int c)
{
if (act->actor_id==yourself && act->que[0] != nothing)
{
printf("%i---------> DOING: %i -----------\n",c,act->que[0]);
print_queue(act, attached);
}
else if (act->actor_id < 0 && attached && attached->actor_id == yourself
&& act->que[0] != wait_cmd && act->que[0]!=nothing)
{
printf("%i---------> DOING (horse): %i ---\n",c,act->que[0]);
print_queue(attached, act);
}
}
#endif // MORE_ATTACHED_ACTORS_DEBUG
void flush_delayed_item_changes(actor *a)
{
int item;
for (item = 0; item < a->delayed_item_changes_count; ++item) {
if (a->delayed_item_changes[item] < 0) {
missiles_log_message("%s (%d): unwearing item type %d now\n",
a->actor_name,
a->actor_id,
a->delayed_item_type_changes[item]);
unwear_item_from_actor(a->actor_id,
a->delayed_item_type_changes[item]);
}
else {
missiles_log_message("%s (%d): wearing item type %d now\n",
a->actor_name,
a->actor_id,
a->delayed_item_type_changes[item]);
actor_wear_item(a->actor_id,
a->delayed_item_type_changes[item],
a->delayed_item_changes[item]);
}
}
a->delayed_item_changes_count = 0;
}
static void move_actor_to_next_frame(actor* act, actor *attached, void* UNUSED(data),
locked_list_ptr UNUSED(list))
{
actor *horse = (attached && is_horse(attached)) ? attached : NULL;
if (act->calmodel)
{
if (act->stop_animation == 1 && act->anim_time >= act->cur_anim.duration)
{
//if(act->actor_id==yourself) printf("%i, unbusy: anim %i, anim_time %f, duration %f\n",thecount,act->cur_anim.anim_index,act->anim_time,act->cur_anim.duration);
//if(act->actor_id<0&&MY_HORSE(i)->actor_id==yourself) printf("%i, (horse) unbusy: anim %i, anim_time %f, duration %f\n",thecount,act->cur_anim.anim_index,act->anim_time,act->cur_anim.duration);
if (horse)
{
//rotations during idle animation like when server sends turn_n..turn_nw
//need to be synchronized on the minimum remaining animation time between
//the idle of the horse and the actor.
if (
/*(horse->anim_time < horse->cur_anim.duration) &&*/
horse->cur_anim.kind==cycle)
{
//horse->anim_time = horse->cur_anim.duration;
horse->busy = 0;
horse->in_aim_mode = 0;
set_on_idle(horse, act);
//horse->stop_animation=0;
//if(act->actor_id==yourself) printf("%i, %s stops Horse\n",thecount, act->actor_name);
}
}
else if (is_horse(act))
{
if (attached && attached->anim_time < attached->cur_anim.duration)
{
//wait for actor
//if(attached->actor_id==yourself) printf("%i, Horse waits for %s\n",thecount, attached->actor_name);
return;
}
}
act->busy = 0;
if (act->in_aim_mode == 2)
{
// we really leave the aim mode only when the animation is finished
act->in_aim_mode = 0;
missiles_log_message("%s (%d): leaving range mode finished!\n",
act->actor_name, act->actor_id);
}
}
}
if (act->in_aim_mode == 0)
{
if (act->is_enhanced_model != 0)
{
if (get_actor_texture_ready(act->texture_id))
{
use_ready_actor_texture(act->texture_id);
}
}
if (act->delayed_item_changes_count > 0)
{
// we really leave the aim mode only when the animation is finished
act->delay_texture_item_changes = 0;
// then we do all the item changes that have been delayed
flush_delayed_item_changes(act);
act->delay_texture_item_changes = 1;
}
}
// we change the idle animation only when the previous one is finished
if (act->stand_idle && act->anim_time >= act->cur_anim.duration - 0.2)
{
if (!is_actor_held(act, attached))
{
set_on_idle(act, attached);
}
}
if (act->cur_anim.anim_index==-1) {
act->busy=0;
//if(act->actor_id==yourself) printf("%i, unbusy(-1)\n", thecount);
//if(act->actor_id<0) printf("%i, unbusy horse(-1)\n", thecount);
}
//first thing, decrease the damage time, so we will see the damage splash only for 2 seconds
if(act->damage_ms) {
act->damage_ms-=80;
if(act->damage_ms<0)act->damage_ms=0;
}
//9 frames, not moving, and another command is queued farther on (based on how long we've done this action)
if(!act->moving && !act->rotating){
/* act->stop_animation=1; //force stopping, not looping
act->busy=0; //ok, take the next command
LOG_TO_CONSOLE(c_green2,"FREE");
//Idle here?
*/
}
if(act->stop_animation) {
//we are done with this guy
//Should we go into idle here?
}
if (horse
&& !act->busy
&& act->actor_id >= 0
&& ((act->last_command >= enter_aim_mode && act->last_command <= aim_mode_fire)
|| (act->last_command >= enter_combat && act->last_command <= leave_combat)))
{
unfreeze_horse(act, horse);
}
if (horse && act->in_aim_mode == 3) // when no_action==1
{
act->in_aim_mode=0;
unfreeze_horse(act, horse);
//printf("%i,Unfreeze after no_action==1\n",thecount);
}
}
void move_to_next_frame()
{
locked_list_ptr actors_list = get_locked_actors_list();
for_each_actor_and_attached(actors_list, move_actor_to_next_frame, NULL);
release_locked_actors_list(actors_list);
}
struct cal_anim *get_pose(actor *a, int pose_id, int pose_type, int held) {
hash_entry *he,*eh;
emote_data *pose;
eh=hash_get(emotes,(void *)(uintptr_t)pose_id);
pose = eh->item;
he=hash_get(actors_defs[a->actor_type].emote_frames, (void *)(uintptr_t)(pose->anims[pose_type][0][held]->ids[0]));
if (he) return (struct cal_anim*) he->item;
else return NULL;
}
static struct cal_anim *get_pose_frame(int actor_type, actor *act, actor *attached,
int pose_type, int held)
{
hash_entry *he;
int a_type=emote_actor_type(actor_type);
//find the pose. Pose is the first anim of the first frame
if (act->poses[pose_type]) {
//printf("getting pose for %s\n",a->actor_name);
he=hash_get(actors_defs[actor_type].emote_frames, (void *)(uintptr_t)(act->poses[pose_type]->anims[a_type][0][held]->ids[0]));
if (he) return (struct cal_anim*) he->item;
}
//no pose or no emote..set defaults
if (!act->poses[pose_type]) {
//printf("no pose for %s\n",a->actor_name);
switch(pose_type){
case EMOTE_SITTING:
return &actors_defs[act->actor_type].cal_frames[cal_actor_idle_sit_frame];
case EMOTE_STANDING:
if(held)
{
attachment_props *att_props = get_attachment_props_if_held(act, attached);
if (att_props)
return &att_props->cal_frames[cal_attached_idle_frame];
}
else
{
// 75% chance to do idle1
if (actors_defs[act->actor_type].cal_frames[cal_actor_idle2_frame].anim_index != -1
&& RAND(0, 3) == 0)
{
return &actors_defs[act->actor_type].cal_frames[cal_actor_idle2_frame]; //idle2
} else {
return &actors_defs[act->actor_type].cal_frames[cal_actor_idle1_frame]; //idle1
}
}
break;
case EMOTE_RUNNING:
if(held)
{
attachment_props *att_props = get_attachment_props_if_held(act, attached);
if (att_props)
return &att_props->cal_frames[cal_attached_run_frame /*get_held_actor_motion_frame(act, attached)*/];
} else
return &actors_defs[actor_type].cal_frames[cal_actor_run_frame/*get_actor_motion_frame(a)*/];
break;
case EMOTE_WALKING:
if(held)
{
attachment_props *att_props = get_attachment_props_if_held(act, attached);
if (att_props)
return &att_props->cal_frames[cal_attached_walk_frame/*get_held_actor_motion_frame(a)*/];
} else
return &actors_defs[actor_type].cal_frames[cal_actor_walk_frame/*get_actor_motion_frame(a)*/];
break;
default:
return NULL;
break;
}
}
return NULL;
}
void set_on_idle(actor *act, actor *attached)
{
if (act->dead)
return;
act->stop_animation = 0;
//we have an emote idle, ignore the rest
if (act->cur_emote.idle.anim_index >= 0)
return;
if (act->fighting)
{
if (attached)
{
// Both for horses and actors
if(is_horse(act))
cal_actor_set_anim(act, attached,
actors_defs[act->actor_type].cal_frames[cal_actor_combat_idle_frame]);
else if (actor_weapon(act)->turn_horse && act->horse_rotated)
cal_actor_set_anim(act, attached,
actors_defs[act->actor_type].cal_frames[cal_actor_combat_idle_held_frame]);
else
cal_actor_set_anim(act, attached,
actors_defs[act->actor_type].cal_frames[cal_actor_combat_idle_held_unarmed_frame]);
}
else
{
cal_actor_set_anim(act, attached,
actors_defs[act->actor_type].cal_frames[cal_actor_combat_idle_frame]);
}
}
else if (act->in_aim_mode == 1)
{
if (is_horse(act))
{
// Ranging horse
if (act->cur_anim.anim_index != actors_defs[act->actor_type].cal_frames[cal_actor_idle1_frame].anim_index
&& act->cur_anim.anim_index != actors_defs[act->actor_type].cal_frames[cal_actor_idle2_frame].anim_index)
{
//printf("%i, horse on idle from %i\n",thecount, actor->cur_anim.anim_index);
cal_actor_set_anim(act, attached,
*get_pose_frame(act->actor_type, act, attached, EMOTE_STANDING, 0));
}
}
else if (attached)
{
cal_actor_set_anim(act, attached,
actors_defs[act->actor_type].weapon[act->cur_weapon].cal_frames[cal_weapon_range_idle_held_frame]);
}
else
{
cal_actor_set_anim(act, attached,
actors_defs[act->actor_type].weapon[act->cur_weapon].cal_frames[cal_weapon_range_idle_frame]);
}
}
else if (!act->sitting)
{
// We are standing, see if we can activate a stand idle
if (!act->stand_idle || act->cur_anim.anim_index < 0)
{
if (actors_defs[act->actor_type].group_count == 0)
{
//if(actor->actor_id<0) printf("%i, horse on standing idle from %i\n",thecount, actor->cur_anim.anim_index);
attachment_props *att_props = get_attachment_props_if_held(act, attached);
struct cal_anim *ca = get_pose_frame(act->actor_type, act, attached,
EMOTE_STANDING, att_props != NULL);
cal_actor_set_anim(act, attached, *ca);
//printf("setting standing pose\n");
}
else
{
cal_actor_set_random_idle(act);
act->IsOnIdle = 1;
}
act->stand_idle = 1;
}
}
else
{
// We are sitting, see if we can activate the sit idle
if (!act->sit_idle || act->cur_anim.anim_index < 0)
{
cal_actor_set_anim(act, attached,
*get_pose_frame(act->actor_type, act, attached, EMOTE_SITTING, 0));
//printf("setting sitting pose\n");
act->sit_idle = 1;
}
}
}
void unqueue_emote(actor *act){
int k,max_queue = 0;
// Move queue down one command
for (k = 0; k < MAX_EMOTE_QUEUE - 1; k++) {
if (k > max_queue && act->emote_que[k].origin != NO_EMOTE)
max_queue = k;
act->emote_que[k] = act->emote_que[k+1];
}
act->emote_que[k].origin = NO_EMOTE;
}
static int handle_emote_command(actor *act, actor *horse, emote_command *command)
{
struct cal_anim *pose[4];
//check if emote is null. If so, reset emote anims
if(!command->emote){
//printf("reset emotes of actor %i\n",act->actor_id);
cal_reset_emote_anims(act,1);
unqueue_emote(act);
return 1;
}
//check if emote is timed out
//printf("Handle emote %i created at %i for actor %i\n",command->emote->id,command->create_time,act->actor_id);
if(command->create_time+command->emote->timeout<cur_time){
//timed out
//printf("Emote %i timed out\n",command->emote->id);
unqueue_emote(act);
return 1;
} else if(!act->cur_emote.active){
//there is still time to do it, and no emote going on:
//check current frame, actor_type and emote flags
int idle=0,actor_type,held;
//struct cal_anim *defs;
emote_frame *frames;
//barehanded?
if((command->emote->barehanded&EMOTE_BARE_R)&&!is_actor_barehanded(act,EMOTE_BARE_R)){
//printf("Remove weapon to play, waiting...\n");
return 0;
}
if((command->emote->barehanded&EMOTE_BARE_L)&&!is_actor_barehanded(act,EMOTE_BARE_L)){
//printf("Remove shield to play, waiting...\n");
return 0;
}
held = is_actor_held(act, horse) ? 1 : 0;
//printf("actor %i is held: %i\n",act_id,held);
pose[EMOTE_STANDING] = get_pose_frame(act->actor_type, act, horse, EMOTE_STANDING, held);
pose[EMOTE_WALKING] = get_pose_frame(act->actor_type, act, horse, EMOTE_WALKING, held);
pose[EMOTE_SITTING] = get_pose_frame(act->actor_type, act, horse, EMOTE_SITTING, held);
pose[EMOTE_RUNNING] = get_pose_frame(act->actor_type, act, horse, EMOTE_RUNNING, held);
#ifdef MORE_EMOTES
if(command->emote->pose<=EMOTE_STANDING) {
//we have a pose
hash_entry *he;
he=hash_get(actors_defs[actor_type].emote_frames, (void *)(uintptr_t)(command->emote->anims[act->actor_type][0][held]->ids[0]));
start_transition(act,((struct cal_anim*) he->item)->anim_index,300);
act->poses[command->emote->pose]=command->emote;
unqueue_emote(act);
return 0;
}
#endif
/*printf("STANDING --> a: %i, c: %i\n",pose[EMOTE_STANDING]->anim_index, act->cur_anim.anim_index);
printf("WALKING --> a: %i, c: %i\n",pose[EMOTE_WALKING]->anim_index, act->cur_anim.anim_index);
printf("SITTING --> a: %i, c: %i\n",pose[EMOTE_SITTING]->anim_index, act->cur_anim.anim_index);
printf("RUNNING --> a: %i, c: %i\n",pose[EMOTE_RUNNING]->anim_index, act->cur_anim.anim_index);
*/
if(pose[EMOTE_STANDING]&&pose[EMOTE_STANDING]->anim_index==act->cur_anim.anim_index) idle=EMOTE_STANDING;
else
if(pose[EMOTE_WALKING]&&pose[EMOTE_WALKING]->anim_index==act->cur_anim.anim_index) idle=EMOTE_WALKING;
else
if(pose[EMOTE_RUNNING]&&pose[EMOTE_RUNNING]->anim_index==act->cur_anim.anim_index) idle=EMOTE_RUNNING;
else
if(pose[EMOTE_SITTING]&&pose[EMOTE_SITTING]->anim_index==act->cur_anim.anim_index) idle=EMOTE_SITTING;
else if(act->cur_anim.anim_index<0) {
//we have an emote idle. Remove it and try again
cal_reset_emote_anims(act,1);
set_on_idle(act, horse);
return 0;
} else {