Update BMM_Theory: bmm_theory/__main__.py (fix review issues #4-#10)

BMM/BMM_Theory/bmm_theory/__main__.py

@@ -82,9 +82,14 @@ def _print_case(case, r, res):
           f"{case.dtype_a} -> [{r['branch']}]")
     print(f"    仲裁: {r['arbitration']}")
     p = r["plan"]
+    if p is None:
+        print("    方案: <无> (该区域暂无理论方案)")
+        return
     print(f"    方案: 核数={p.used_core_num} 切分=B{p.split_b}xM{p.m_cnt}xN{p.n_cnt}xK{p.grid_k} "
           f"b_core={p.b_core} b0={p.merge_b0} k_L1={p.k_l1} L1形态={p.l1_form}")
-    if t.t_total:
+    if r.get("self_check_violations"):
+        print(f"    自检违规: {'; '.join(r['self_check_violations'])}")
+    if t and t.t_total:
         print(f"    时延: 总={t.t_total*1e6:.2f}us 稳态={t.t_steady*1e6:.2f} drain={t.t_drain*1e6:.2f} "
               f"| MTE2={t.t_mte2*1e6:.2f}(GM={t.t_mte2_gm*1e6:.2f}+cmd={t.t_dma_cmd*1e6:.2f}) "
               f"MMAD={t.t_mmad*1e6:.2f} FIX={t.t_fixpipe*1e6:.2f} | 瓶颈={t.bottleneck}")