//Fonction qui propose 2 affichages des caractéristiques du pokemon en fonction de l'entier : 0 sans attaques, 1 avec. Les \t et \n sont pour la présentation
void get_Pokemon (int choix, Pokemon pok)
{
if (choix == 0) //sans les attaques
{
printf("Adversaire\tPokemon:%s \tNiveau:%d\tType:%s\n\t\t", pok.Nom, pok.LVL, int_type_to_string(pok.Type));
get_life(pok);
printf("\t\tVie:%d/%d\n\n\n\n", pok.HP, pok.HPMAX);
}
else if (choix == 1) //avec les attaques
{
printf("Joueur\t\tPokemon:%s \tNiveau:%d\tType:%s\n\t\t", pok.Nom, pok.LVL, int_type_to_string(pok.Type));
get_life(pok);
printf("\t\tVie:%d/%d\n\t\tAttaque:%d\t\tDefense:%d\n", pok.HP, pok.HPMAX, pok.ATK, pok.DEF);
printf("Attaques : \n");
get_attack(pok.Attaques[0]);
get_attack(pok.Attaques[1]);
get_attack(pok.Attaques[2]);
get_attack(pok.Attaques[3]);
printf("\n\n\n");
}
else
{
fprintf(stderr, "Il n'y a que 2 modes d'affichage : 0 et 1, %d est invalide", choix);
exit(-1);
}
}
int main(int argc, char *argv[])
{
srand((unsigned int)time(NULL));//ランダム関数の初期化
nq = atoi(argv[1]);
if(!(nq > 0 && nq < 1000))//引数に0~999の数字が与えられなかった場合、8queenを解く
{
nq = 8;
}
int queens[1000];//クイーンの位置を格納する配列 queens[i]にはi列目のクイーンが何行目にあるか格納されている
int conf[1000];//コンフリクトの数を格納する配列
int attacked[1000];//各クイーンの衝突数を格納する配列 attacked[i]にはi列目のクイーンがいくつ衝突しているか格納している
int i,j;
int num;
int temp;
//各クイーンの位置をランダムで初期化
init_queens(queens);
get_attack(queens,attacked);//どのクイーンがいくつ衝突しているか計算
for(i=0;i<MAX_LOOP;i++)
{
if(check_attack(attacked))
{
for(j=0;j<nq;j++)//結果出力
{
printf("%d ",queens[j]);
}
printf("end\n");
return(0);
}
num = select_move_queen(attacked);//どのクイーンを動かすか選択
temp = queens[num];
for(j=0;j<nq;j++)//queens[num]がj列目にあるとき…のコンフリクトを計算
{
//get_conf(queens,num)を使ってconf[]の各要素を計算すること
//
//ここにプログラムを書きくわえる
//
}
queens[num] = temp;
chenge_queen(queens,conf,num);
get_attack(queens,attacked);
}
return(0);
}
AudioProcessorState *
AudioProcessor::get_state(vtime_t time)
{
AudioProcessorState *state = new AudioProcessorState;
if (!state) return 0;
// Channel order
get_input_order(state->input_order);
get_output_order(state->output_order);
// Master gain
state->master = get_master();
state->gain = get_gain();
// AGC options
state->auto_gain = get_auto_gain();
state->normalize = get_normalize();
state->attack = get_attack();
state->release = get_release();
// DRC
state->drc = get_drc();
state->drc_power = get_drc_power();
state->drc_level = get_drc_level();
// Matrix
get_matrix(state->matrix);
// Automatrix options
state->auto_matrix = get_auto_matrix();
state->normalize_matrix = get_normalize_matrix();
state->voice_control = get_voice_control();
state->expand_stereo = get_expand_stereo();
// Automatrix levels
state->clev = get_clev();
state->slev = get_slev();
state->lfelev = get_lfelev();
// Input/output gains
get_input_gains(state->input_gains);
get_output_gains(state->output_gains);
// Input/output levels
get_input_levels(time, state->input_levels);
get_output_levels(time, state->output_levels);
// SRC
state->src_quality = get_src_quality();
state->src_att = get_src_att();
// Equalizer
state->eq = get_eq();
state->eq_master_nbands = get_eq_nbands(CH_NONE);
state->eq_master_bands = 0;
if (state->eq_master_nbands)
{
state->eq_master_bands = new EqBand[state->eq_master_nbands];
get_eq_bands(CH_NONE, state->eq_master_bands, 0, state->eq_master_nbands);
}
for (int ch_name = 0; ch_name < CH_NAMES; ch_name++)
{
state->eq_nbands[ch_name] = get_eq_nbands(ch_name);
state->eq_bands[ch_name] = 0;
if (state->eq_nbands[ch_name])
{
state->eq_bands[ch_name] = new EqBand[state->eq_nbands[ch_name]];
get_eq_bands(ch_name, state->eq_bands[ch_name], 0, state->eq_nbands[ch_name]);
}
}
// Bass redirection
state->bass_redir = get_bass_redir();
state->bass_freq = get_bass_freq();
state->bass_channels = get_bass_channels();
// Delays
state->delay = get_delay();
state->delay_units = get_delay_units();
get_delays(state->delays);
// Dithering
state->dithering = get_dithering();
return state;
}
