acm_pic33.tb3

用C++实现人工智能控制

a0101       a1  c 4  0 sence   class=acm_pic33 long=p0101();     sencelevel=1
a0102       a2  c 4  0 sence   class=acm_pic33 long=p0102();     sencelevel=1
a0103       a3  c 4  0 sence   class=acm_pic33 long=p0103();     sencelevel=1
a0104       a4  c 4  0 sence   class=acm_pic33 long=p0104();     sencelevel=1
a0105       a5  c 4  0 sence   class=acm_pic33 long=p0105();     sencelevel=1
a0106       a6  c 4  0 sence   class=acm_pic33 long=p0106();     sencelevel=1
a0107       a7  c 4  0 sence   class=acm_pic33 long=p0107();     sencelevel=1
a0108       a8  c 4  0 sence   class=acm_pic33 long=p0108();     sencelevel=1
a0109       a9  c 4  0 sence   class=acm_pic33 long=p0109();     sencelevel=1
act         p0  c 4  0 concept    class=xxx  long=xxx          conceptlevel=0
status      s0  c 4  0 constatus  status     status
ustatus     u0  c 4  0 unstatus   status     status
is__cret    c0  c 4  0 sence   class=acm_pic33 long=is_create(); sencelevel=1
is__pain    c1  c 4  0 sence   class=acm_pic33 long=is_paint();  sencelevel=1
char_a      c2  c 4  0 sence   class=acm_pic33 long=is_char_a(); sencelevel=1
char_b      c3  c 4  0 sence   class=acm_pic33 long=is_char_b(); sencelevel=1
act         p0  c 4  0 concept    class=xxx  long=xxx          conceptlevel=1
status      s0  c 4  0 constatus  status     status
ustatus     u0  c 4  0 unstatus   status     status
subcon        n0  c 4  0 subcon     class=xxx           long=xxx                sencelevel=0
subcon        n1  c 4  0 subcon     class=xxx           long=xxx                sencelevel=1
action        pr  c 4  0 concept    class=xxx           long=xxx                conceptlevel=2
status        st  c 4  0 constatus  status              status
ustatus       un  c 4  0 unstatus   status              status
init          p0  c 4  0 proc       class=acm_pic33       long=init();
paint         p1  c 4  0 proc       class=acm_pic33       long=paint();
read          p2  c 4  0 proc       class=acm_pic33       long=read();
echo0         f0  c 4  0 proc       class=acm_pic33       long=echo0();
echo1         f1  c 4  0 proc       class=acm_pic33       long=echo1();
echo2         f2  c 4  0 proc       class=acm_pic33       long=echo2();
echo3         f3  c 4  0 proc       class=acm_pic33       long=echo3();
echo4         f4  c 4  0 proc       class=acm_pic33       long=echo4();
echo5         f5  c 4  0 proc       class=acm_pic33       long=echo5();
echo6         f6  c 4  0 proc       class=acm_pic33       long=echo6();
echo7         f7  c 4  0 proc       class=acm_pic33       long=echo7();
echo8         f8  c 4  0 proc       class=acm_pic33       long=echo8();
echo9         f9  c 4  0 proc       class=acm_pic33       long=echo9();