扩充内置功能块为 8 个：TON/TOF/TP/CTU/CTD/CTUD/R_TRIG/F_TRIG。

- isa：CAL_* 操作码连续占 24..31（CALL/RET 后移为 32/33，kOpCount=34）；disasm 支持 5 个新操作码
- 词法/语法/链接：新 8 个关键字与冻结布局（TP=in/pt/q/et、CTD=cd/ld/pv/q/cv、
  CTUD=cu/cd/r/lu/pv/qu/qd/cv、R_TRIG/F_TRIG=clk/q）
- VM：do_cal 全 8 个语义（TP 脉冲、CTD 递减、CTUD 双向+装载、R_TRIG 上升沿、F_TRIG 下降沿）；
  edge_prev_ 每槽 2 字节存边沿上次输入；exec_one 分发补 5 个新操作码
- 验证：TP 30ms 脉冲 2 周期、CTD 装载+递减到 q=1、CTUD cu/cd 双向、R/F_TRIG 交替；
  ctest 11/11 全绿
- 文档：指令与映像/词法/初步计划/符号表与链接/指令执行/扫描周期/使用说明 同步

isa/include/isa/Op.h

@@ -37,15 +37,21 @@ namespace isa {
         STORE_M = 21,      // STORE_M rs, slot
         LOAD_GLOBAL = 22,  // LOAD_GLOBAL rd, slot
         STORE_GLOBAL = 23, // STORE_GLOBAL rs, slot
+        // 内置功能块（8 个连续，12.11 扩充：TON/TOF/TP/CTU/CTD/CTUD/R_TRIG/F_TRIG）
         CAL_TON = 24,      // CAL_TON instance_slot
         CAL_TOF = 25,      // CAL_TOF instance_slot
-        CAL_CTU = 26,      // CAL_CTU instance_slot
-        CALL = 27,         // CALL fn_id
-        RET = 28,          // RET
+        CAL_TP = 26,       // CAL_TP instance_slot
+        CAL_CTU = 27,      // CAL_CTU instance_slot
+        CAL_CTD = 28,      // CAL_CTD instance_slot
+        CAL_CTUD = 29,     // CAL_CTUD instance_slot
+        CAL_R_TRIG = 30,   // CAL_R_TRIG instance_slot
+        CAL_F_TRIG = 31,   // CAL_F_TRIG instance_slot
+        CALL = 32,         // CALL fn_id
+        RET = 33,          // RET
     };
 
     // 操作码总数
-    static const int kOpCount = 29;
+    static const int kOpCount = 34;
 
     // 助记符：下标与 Op 数值一一对应
     inline const char* mnemonic(Op op) {
@@ -56,7 +62,8 @@ namespace isa {
             "JMP", "JT", "JF",
             "LOAD_I", "STORE_Q", "LOAD_M", "STORE_M",
             "LOAD_GLOBAL", "STORE_GLOBAL",
-            "CAL_TON", "CAL_TOF", "CAL_CTU",
+            "CAL_TON", "CAL_TOF", "CAL_TP", "CAL_CTU", "CAL_CTD", "CAL_CTUD",
+            "CAL_R_TRIG", "CAL_F_TRIG",
             "CALL", "RET",
         };
         const int idx = static_cast<int>(op);

isa/src/Encode.cpp

@@ -83,7 +83,12 @@ void disasm(Instr w, char* out, size_t cap) {
             break;
         case Op::CAL_TON:
         case Op::CAL_TOF:
+        case Op::CAL_TP:
         case Op::CAL_CTU:
+        case Op::CAL_CTD:
+        case Op::CAL_CTUD:
+        case Op::CAL_R_TRIG:
+        case Op::CAL_F_TRIG:
         case Op::CALL:
             snprintf(out, cap, "%s %u", m, static_cast<unsigned>(imm16(w)));
             break;