graph.c

// Symbols:
// Dropdowns rendering: [|----------------[v]|]

// Right Click -> New State Machine -> Name: "blnd_tree_loco_walk"
static struct anim_pose*
blnd_tree_loco_walk(struct anim_ctx *ctx, struct anim_sm *sm) {
  struct anim_pose *res = 0;
  {
    // Right Click -> New Node -> Animation -> Walk Left
    struct anim *walk_l = [|----------------[v]|];
    // Right Click -> New Node -> Animation -> Walk Forward
    struct anim *walk_f = [|----------------[v]|];
    // Right Click -> New Node -> Animation -> Walk Right
    struct anim *walk_r = [|----------------[v]|];

    // Right Click -> New Node -> Blend -> Ranged Blend
    struct anim_blnd_rng_param p = {0};
    p.value = [|-"g_head_direction"----[v]|];  // generated code: float g_head_direction = anim_get_global_param_f(ctx, STR_HASH16("g_head_direction"));
    // Right Click `anim_blnd_rng_param` -> add input
    p.in[p.in_cnt++] = {walk_l, -90.0f};
    // Right Click `anim_blnd_rng_param` -> add input
    p.in[p.in_cnt++] = {walk_f, 0.0f};
    // Right Click `anim_blnd_rng_param` -> add input
    p.in[p.in_cnt++] = {walk_r, 90.0f};
    struct anim_pose *rng_blnd_pose = anim_blnd_rng(ctx, sm, p);
    res = rng_blnd_pose; 
  }
  return res;
}

// Right Click -> New State Machine -> Name: "blnd_tree_loco_move"
static struct anim_pose*
blnd_tree_loco_move(struct anim_graph_ctx *ctx, struct anim_sm *sm) {
  Pose *res = 0;
  {
    // generated code: float g_speed = anim_get_global_param_f(ctx, STR_HASH16("g_speed"));
    if ([|-"g_speed"----[v]|] >= 60) {
      res = blnd_tree_loco_run(ctx, sm);
    } else {
      res = blnd_tree_loco_walk(ctx, sm);
    }
  }
  return res;
}
// Right Click -> New State Machine -> Name: "sm_loco"
static struct anim_pose*
sm_loco(struct anim_ctx *ctx, struct anim_sm *sm) {
  Pose *res = 0;
  struct anim_sm sm = {0};
  anim_sm_begin(ctx, &sm, STR_HASH16("sm_loco"));
  {
    switch (sm->state) {
    case STATE_IDLE: {
      if ([|-"g_speed"----[v]|] > 0) {
        sm->state = STATE_WALK;
      }
    } break;
    case STATE_WALK: {
      if ([|-"g_speed"----[v]|] <= 0) {
        sm->state = STATE_IDLE;
      }
    } break;}

    switch (sm->state) {
      case STATE_IDLE:
        res = blnd_tree_loco_idle(ctx, sm);
        break;
      case STATE_WALK:
        res = blnd_tree_loco_walk(ctx, sm);
        break;
    }
  }
  anim_sm_end(ctx, &sm);
  return res;
}