现在要把它改成可以骑的，像炎黄3那样的

#include <ansi.h>
inherit NPC;
inherit F_RIDDING;
void create()
{
set_name(BLK"蒙古马"NOR, ({"menggu ma", "horse", "ma"}));
set("race", "野兽");
set("age", 3);
set("combat_exp", 500000);
set("long",
"一匹蒙古高头大马，全身毛发黝黑发亮，煞是威风神俊。\n");
set("limbs", ({ "头部", "身体", "蹄子", "尾巴" }) );
set("verbs", ({ "bite", "claw" }) );
set("str", 20+random(10));
set("con", 20+random(5));
set("dex", 20+random(5));
set("age", 20+random(30));
set("combat_exp", 300);
set_temp("apply/attack", 3);
set_temp("apply/defense", 5);
set_temp("apply/armor", 1);
set("ride_prop/dodge",100);
set("ride_prop/defense",100);
set("no_get",1);
set("no_drop",1);
set("no_put",1);
set("chat_chance", 5);
set("chat_msg", ({
CYN"蒙古马呼哧呼哧，蹄子不停地刨着地。\n"NOR,
}) );
setup();
}

// item: /u/oooc/npc/fire.c
inherit ITEM;
void setup()
{}
void init()
{
add_action("do_ride", "ride");
}
void create()
{
set_name("伊犁马", ({"horse", "yili ma", "ma"}));
set_weight(35000);
set_max_encumbrance(50000);
if (clonep())
set_default_object(__FILE__);
else {
set("unit", "匹");
set("long", "一匹良种的伊犁马，可以骑(ride)，也可以驮东西。\n");
set("value", 1000);
}
}
int do_ride(string arg)
{
object me = this_player();
if (!id(arg))
return notify_fail("你要骑什么？\n");
if (this_player()->query_temp("marks/骑") ) {
write("你已经骑在马上了。\n");
return 1;
}
else {
message("vision",this_player()->name() + "翻身上马。\n",
environment(me), ({me}) );
write("你战战兢兢爬上马背。还好，别人没看出来。\n");
this_player()->set_temp("marks/骑", 1);
return 1;
}
}
int query_autoload() { return 1; }

//坐骑 ridding
#include <dbase.h>
#include <ansi.h>
int ride()
{
object owner;
mapping ride_prop, applied_prop;
string *apply;
if( !owner = environment() ) return 0;
if( !owner->is_character() ) return 0;
if( query("equipped") )
return notify_fail("你已经骑在上面了。\n");
if( !mapp(ride_prop = query("ride_prop")) )
return notify_fail("你只能骑可以骑的东西。\n");
if( owner->query_temp("riding") )
return notify_fail("你已经有坐骑了。\n");
owner->set_temp("riding", query("name"));
apply = keys(ride_prop);
applied_prop = owner->query_temp("apply");
if( !mapp(applied_prop) ) applied_prop = ([]);
for(int i = 0; i<sizeof(apply); i++)
if( undefinedp(applied_prop[apply[i]]) )
applied_prop[apply[i]] = ride_prop[apply[i]];
else
applied_prop[apply[i]] += ride_prop[apply[i]];
owner->set_temp("apply", applied_prop);
set("equipped", "rode");
return 1;
}
int unequip()
{
object owner;
mapping prop, applied_prop;
string *apply, equipped;
if( !(owner = environment())->is_character() ) return 0;
if( !stringp(equipped = query("equipped")) )
return notify_fail("你目前并没有骑这样东西。\n");
if( equipped=="rode" )
{
owner->delete_temp("riding" );
prop = query("ride_prop");
}
apply = keys(prop);
applied_prop = owner->query_temp("apply");
for(int i = 0; i<sizeof(apply); i++)
applied_prop[apply[i]] -= prop[apply[i]];
delete("equipped");
return 1;
}

你想要什么效果？？可以骑着到处走么？

是，可以骑着rideto 各个地方，这件东西放在黑店卖出，一个100GOLD

一个mapping，比如key是地点缩写，value是对应中文名和房间路径，rideto函数大体结构就是判断是否当前可以移动（比如是否在战斗等待），判断是否有跟着地点，没有就列出所有可rideto的地名和缩写，有就判断是否在key中，在就move过去，不再就提示无此缩写。。然后所有马inherit之，add_action之。。

谢

那大约就是马车和马的结合了

只要记住思路是映射就成

哦