turn of AA by default
@@ -93,16 +93,18 @@ static void print_init_header(const ScsData *d, const ScsCone *k) {
scs_printf("%s", cone_str);
scs_free(cone_str);
scs_printf(
- "settings: eps_abs: %.1e, eps_rel: %.1e, eps_infeas: %.1e,\n"
- "\t alpha: %.2f, scale: %.2e, adaptive_scaling: %i,\n"
- "\t max_iters: %i, normalize: %i, warm_start: %i,\n"
- "\t acceleration_lookback: %i, acceleration_interval: %i,\n",
+ "settings: eps_abs: %.1e, eps_rel: %.1e, eps_infeas: %.1e\n"
+ "\t alpha: %.2f, scale: %.2e, adaptive_scaling: %i\n"
+ "\t max_iters: %i, normalize: %i, warm_start: %i\n",
/*, rho_x: %.2e\n", */
stgs->eps_abs, stgs->eps_rel, stgs->eps_infeas,
stgs->alpha, stgs->scale, (int)stgs->adaptive_scaling,
- (int)stgs->max_iters, (int)stgs->normalize, (int)stgs->warm_start,
- (int)acceleration_lookback, (int)acceleration_interval);
+ (int)stgs->max_iters, (int)stgs->normalize, (int)stgs->warm_start);
/* , stgs->rho_x); */
+ if (stgs->acceleration_lookback > 0) {
+ scs_printf("\t acceleration_lookback: %i, acceleration_interval: %i\n",
+ (int)acceleration_lookback, (int)acceleration_interval);
+ }
if (stgs->time_limit_secs) {
scs_printf("\t time_limit_secs: %.2e,\n", stgs->time_limit_secs);
}
