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/*
* File: kills.h
* Summary: Tracks monsters the player has killed.
* Written by: Darshan Shaligram
*/
#ifndef KILLS_H
#define KILLS_H
#include <vector>
#include <string>
#include <map>
#include <stdio.h>
#include "enum.h"
std::string apostrophise(const std::string &name);
std::string apostrophise_fixup(const std::string &sentence);
class monsters;
class reader;
class writer;
// Not intended for external use!
struct kill_monster_desc
{
kill_monster_desc(const monsters *);
kill_monster_desc() { }
void save(writer&) const;
void load(reader&);
enum name_modifier
{
M_NORMAL, M_ZOMBIE, M_SKELETON, M_SIMULACRUM, M_SPECTRE,
M_SHAPESHIFTER // A shapeshifter pretending to be 'monnum'
};
int monnum; // Number of the beast
name_modifier modifier; // Nature of the beast
struct less_than
{
bool operator () (const kill_monster_desc &m1,
const kill_monster_desc &m2) const
{
return (m1.monnum < m2.monnum
|| (m1.monnum == m2.monnum && m1.modifier < m2.modifier));
}
};
};
#define PLACE_LIMIT 5 // How many unique kill places we're prepared to track
class kill_def
{
public:
kill_def(const monsters *mon);
kill_def() : kills(0), exp(0)
{
// This object just says to the world that it's uninitialised
}
void save(writer&) const;
void load(reader&);
void add_kill(const monsters *mon, unsigned short place);
void add_place(unsigned short place, bool force = false);
void merge(const kill_def &k, bool unique_monster);
std::string info(const kill_monster_desc &md) const;
std::string base_name(const kill_monster_desc &md) const;
unsigned short kills; // How many kills does the player have?
int exp; // Experience gained for slaying the beast.
// Only set *once*, even for shapeshifters.
std::vector<unsigned short> places; // Places where we've killed the beast.
private:
std::string append_places(const kill_monster_desc &md,
const std::string &name) const;
};
// Ghosts and random Pandemonium demons.
class kill_ghost
{
public:
kill_ghost(const monsters *mon);
kill_ghost() { }
void save(writer&) const;
void load(reader&);
std::string info() const;
std::string ghost_name;
int exp;
unsigned short place;
};
// This is the structure that Lua sees.
struct kill_exp
{
int nkills;
int exp;
std::string base_name;
std::string desc;
int monnum; // Number of the beast
int modifier; // Nature of the beast
std::vector<unsigned short> places;
kill_exp(const kill_def &k, const kill_monster_desc &md)
: nkills(k.kills), exp(k.exp), base_name(k.base_name(md)),
desc(k.info(md)),
monnum(md.monnum), modifier(md.modifier)
{
places = k.places;
}
kill_exp(const kill_ghost &kg)
: nkills(1), exp(kg.exp), base_name(), desc(kg.info()),
monnum(-1), modifier(0)
{
places.push_back(kg.place);
}
// operator< is implemented for a descending sort.
bool operator < ( const kill_exp &b) const
{
return exp == b.exp? (base_name < b.base_name) : (exp > b.exp);
}
};
class Kills
{
public:
void record_kill(const monsters *mon);
void merge(const Kills &k);
bool empty() const;
void save(writer&) const;
void load(reader&);
long get_kills(std::vector<kill_exp> &v) const;
int num_kills(const monsters *mon) const;
private:
typedef std::map<kill_monster_desc,
kill_def,
kill_monster_desc::less_than> kill_map;
typedef std::vector<kill_ghost> ghost_vec;
kill_map kills;
ghost_vec ghosts;
void record_ghost_kill(const monsters *mon);
};
class KillMaster
{
public:
KillMaster();
KillMaster(const KillMaster& other);
~KillMaster();
void record_kill(const monsters *mon, int killer, bool ispet);
bool empty() const;
void save(writer&) const;
void load(reader&);
// Number of kills, by category.
long num_kills(const monsters *mon, kill_category cat) const;
// Number of kills, any category.
long num_kills(const monsters *mon) const;
long total_kills() const;
std::string kill_info() const;
private:
const char *category_name(kill_category kc) const;
Kills categorized_kills[KC_NCATEGORIES];
private:
void add_kill_info(std::string &, std::vector<kill_exp> &,
long count, const char *c, bool separator)
const;
};
enum KILL_DUMP_OPTIONS
{
KDO_NO_PLACES, // Don't dump places at all
KDO_ONE_PLACE, // Show places only for single kills and uniques.
KDO_ALL_PLACES // Show all available place information
};
#endif
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