actorio.cc

/*
 *  actorio.cc - I/O for the Actor class.
 *
 *  Copyright (C) 2000-2013  The Exult Team
 *
 *  This program is free software; you can redistribute it and/or modify
 *  it under the terms of the GNU General Public License as published by
 *  the Free Software Foundation; either version 2 of the License, or
 *  (at your option) any later version.
 *
 *  This program is distributed in the hope that it will be useful,
 *  but WITHOUT ANY WARRANTY; without even the implied warranty of
 *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 *  GNU General Public License for more details.
 *
 *  You should have received a copy of the GNU General Public License
 *  along with this program; if not, write to the Free Software
 *  Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
 */

#ifdef HAVE_CONFIG_H
#  include <config.h>
#endif

#include <cstring>
#include "gamewin.h"
#include "chunks.h"
#include "gamemap.h"
#include "game.h"
#include "monsters.h"
#include "utils.h"
#include "egg.h"
#include "schedule.h"
#include "objiter.h"
#include "databuf.h"
#include "npctime.h"
#include "ucmachine.h"
#include "shapeinf.h"
#include "monstinf.h"

using std::ios;
using std::cout;
using std::endl;
using std::istream;
using std::ostream;

/*
 *  Read in actor from a given file.
 */

void Actor::read(
    DataSource *nfile,      // 'npc.dat', generally.
    int num,            // NPC #, or -1.
    bool has_usecode,       // 1 if a 'type1' NPC.
    bool &fix_unused        // Old savegame, so 'unused' isn't
    //   valid.  Possibly set here.
    //June9,02:  +++++Fix_unused should go away in a few months.
) {
	npc_num = num;

	// This is used to get around parts of the files that we don't know
	// what the uses are. 'fix_first' is used fix issues in the originals
	// files that cause problems for the extra info we save.
	bool fix_first = Game::is_new_game();

	init();             // Clear rest of stuff.
	unsigned locx = nfile->read1(); // Get chunk/tile coords.
	unsigned locy = nfile->read1();
	// Read & set shape #, frame #.
	unsigned short shnum = nfile->read2();

	if (num == 0 && Game::get_game_type() != BLACK_GATE &&
	        (shnum & 0x3ff) < 12)
		set_shape((shnum & 0x3ff) | 0x400);
	else
		set_shape(shnum & 0x3ff);

	set_frame(shnum >> 10);

	int iflag1 = nfile->read2();    // Inventory flag.
	// We're going to use these bits.
	// iflag1:0 == has_contents.
	// iflag1:1 == sched. usecode follows,
	//   possibly empty.
	// iflag1:2 == usecode # assigned by
	//   ES, so always use it.
	// iflag1:3 == usecode fun name assigned
	//   by ES, so use it instead.
	// iflag1:4 == Extended skin number
	bool read_sched_usecode = !fix_first && (iflag1 & 2);
	bool usecode_name_used = !fix_first && (iflag1 & 8);
	if (usecode_name_used || (!fix_first && (iflag1 & 4)))
		usecode_assigned = true;
	bool extended_skin = !fix_first && (iflag1 & 16);

	int schunk = nfile->read1();    // Superchunk #.
	// For multi-map:
	int map_num = nfile->read1();
	if (fix_first)
		map_num = 0;
	Game_map *npcmap = gwin->get_map(map_num);
	int usefun = nfile->read2();    // Get usecode function #.
	set_lift(usefun >> 12);     // Lift is high 4 bits.
	usecode = usefun & 0xfff;
	// Need this for BG. (Not sure if SI.)
	if (npc_num >= 0 && npc_num < 256)
		usecode = 0x400 + npc_num;
	// Watch for new NPC's added.
	else if (usecode_name_used || (!has_usecode && !usecode_assigned &&
	                               usecode != 0x400 + npc_num) ||
	         usecode == 0xfff)
		usecode = -1;       // Let's try this.
	// Guessing:  !!  (Want to get signed.)
	int health_val = static_cast<int>(static_cast<char>(nfile->read1()));
	set_property(static_cast<int>(Actor::health), health_val);
	nfile->skip(3); // Skip 3 bytes.
	int iflag2 = nfile->read2();    // The 'used-in-game' flag.
	if (iflag2 == 0 && num >= 0 && !fix_unused) {
		if (num == 0)       // Old (bad) savegame?
			fix_unused = true;
		else
			unused = true;
#ifdef DEBUG
		cout << "NPC #" << num << " is unused" << endl;
#endif
	}

	bool has_contents = fix_first ? (iflag1 && !unused) : (iflag1 & 1);
	// Read first set of flags
	const int rflags = nfile->read2();

	if ((rflags >> 0x7) & 1) set_flag(Obj_flags::asleep);
	if ((rflags >> 0x8) & 1) set_flag(Obj_flags::charmed);
	if ((rflags >> 0x9) & 1) set_flag(Obj_flags::cursed);
	if ((rflags >> 0xB) & 1) set_flag(Obj_flags::in_party);
	if ((rflags >> 0xC) & 1) set_flag(Obj_flags::paralyzed);
	if ((rflags >> 0xD) & 1) set_flag(Obj_flags::poisoned);
	if ((rflags >> 0xE) & 1) set_flag(Obj_flags::protection);
	if (!fix_first && ((rflags >> 0xF) & 1))
		set_flag(Obj_flags::dead);

	// Guess
	if (((rflags >> 0xA) & 1))
		set_flag(Obj_flags::on_moving_barge);
	alignment = (rflags >> 3) & 3;

	// Unknown, using for is_temporary (only when not fix_first)
	if ((rflags >> 0x6) & 1 && !fix_first) set_flag(Obj_flags::is_temporary);

	/*  Not used by exult

	Unknown in U7tech
	if ((rflags >> 0x5) & 1) set_flag (Obj_flags::unknown);
	*/

	// Get char. atts.

	// In BG - Strength (0-5), skin colour(6-7)
	// In SI - Strength (0-4), skin colour(5-6), freeze (7)
	int strength_val = nfile->read1();

	if (Game::get_game_type() == BLACK_GATE) {
		set_property(static_cast<int>(Actor::strength), strength_val & 0x3F);

		if (num == 0) {
			if (!extended_skin) { // We will do it later for extended skins.
				if (Game::get_avskin() >= 0)
					set_skin_color(Game::get_avskin());
				else
					set_skin_color(((strength_val >> 6) - 1) & 0x3);
			}
		} else
			set_skin_color(-1);
	} else {
		set_property(static_cast<int>(Actor::strength), strength_val & 0x1F);

		if (num == 0) {
			if (!extended_skin) { // We will do it later for extended skins.
				if (Game::get_avskin() >= 0 && Game::get_avskin() <= 2)
					set_skin_color(Game::get_avskin());
				else
					set_skin_color((strength_val >> 5) & 0x3);
			}
		} else
			set_skin_color(-1);

		if ((strength_val << 7) & 1) set_flag(Obj_flags::freeze);
	}

	if (is_dying() &&       // Now we know health, strength.
	        npc_num > 0)        // DON'T do this for Avatar!
		set_flag(Obj_flags::dead);  // Fixes older savegames.
	// Dexterity
	set_property(static_cast<int>(Actor::dexterity), nfile->read1());


	// Intelligence (0-4), read(5), Tournament (6), polymorph (7)
	int intel_val = nfile->read1();

	set_property(static_cast<int>(Actor::intelligence), intel_val & 0x1F);
	if ((intel_val >> 5) & 1) set_flag(Obj_flags::read);
	// Tournament.
	if ((intel_val >> 6) & 1)
		set_flag(Obj_flags::tournament);
	if ((intel_val >> 7) & 1) set_flag(Obj_flags::polymorph);


	// Combat skill (0-6), Petra (7)
	int combat_val = nfile->read1();
	set_property(static_cast<int>(Actor::combat), combat_val & 0x7F);
	if ((combat_val << 7) & 1) set_flag(Obj_flags::petra);

	schedule_type = nfile->read1();
	int amode = nfile->read1(); // Default attack mode
	// Just stealing 2 spare bits:
	combat_protected = (amode & (1 << 4)) != 0;
	user_set_attack = (amode & (1 << 5)) != 0;
	attack_mode = static_cast<Attack_mode>(amode & 0xf);

	// Charmed flag has been read by now.
	if (fix_first || !get_flag(Obj_flags::charmed)) {
		nfile->skip(1);         // Unknown/irrelevant
		charmalign = alignment; // Sane default.
	} else
		charmalign = nfile->read1(); // Alignment when charmed.

	int unk0 = nfile->read1();  // We set high bit of this value.
	int unk1 = nfile->read1();
	int magic = 0, mana = 0, temp, flags3, ident = 0;
	if (fix_first || unk0 == 0) {   // How U7 stored things.
		// If NPC 0: MaxMagic (0-4), TempHigh (5-7) and Mana(0-4),
		//                      TempLow (5-7)
		// Else: ID# (0-4), TempHigh (5-7) and Met (0),
		//  No Spell Casting (1), Zombie (2), TempLow (5-7)
		int magic_val = nfile->read1();
		int mana_val = nfile->read1();
		temp = ((magic_val >> 2) & 0x38) + ((mana_val >> 5) & 7);
		if (num == 0) {
			magic = magic_val & 0x1f;
			mana = mana_val & 0x1f;
			flags3 = 1;     // Met.
		} else {
			ident = magic_val & 0x1f;
			flags3 = mana_val;
		}
	} else {            // Exult stores magic for all NPC's.
		magic = unk0 & 0x7f;
		mana = unk1;
		temp = nfile->read1();
		flags3 = nfile->read1();
		ident = flags3 >> 3;
		flags3 &= 0x7;
	}
	set_property(static_cast<int>(Actor::magic), magic);
	// Need to make sure that mana is less than magic
	set_property(static_cast<int>(Actor::mana), mana < magic ? mana : magic);
	set_temperature(temp);
	set_ident(ident);
	if ((flags3 >> 0) & 1)
		set_flag(Obj_flags::met);
	if ((flags3 >> 1) & 1)
		set_flag(Obj_flags::no_spell_casting);
	if ((flags3 >> 2) & 1)
		set_flag(Obj_flags::si_zombie);

	face_num = nfile->read2();  // NOTE:  Exult's using 2 bytes,
	if (fix_first)  // Not used in the original.
		//face_num &= 0xff; // Just 1 byte in orig.
		face_num = npc_num;
	else if (!face_num && npc_num > 0)  // Fix older savegames.
		face_num = npc_num;
	nfile->skip(1); // Unknown

	set_property(static_cast<int>(Actor::exp), nfile->read4());
	set_property(static_cast<int>(Actor::training), nfile->read1());


	nfile->skip(2);     // Primary Attacker
	nfile->skip(2);     // Secondary Attacker
	oppressor = nfile->read2(); // Oppressor NPC id.

	nfile->skip(4);     //I-Vr ??? (refer to U7tech.txt)

	schedule_loc.tx = nfile->read2();   //S-Vr Where npc is supposed to
	schedule_loc.ty = nfile->read2();   //be for schedule)

	// Type flags 2
	int tflags = nfile->read2();

	// First time round, all the flags are garbage
	if (fix_first) {
		set_type_flags(1 << Actor::tf_walk);
		// Correct for SI, no problems for BG:
		if (tflags & (1 << Actor::tf_sex))
			clear_type_flag(Actor::tf_sex);
		else
			set_type_flag(Actor::tf_sex);
	} else
		set_type_flags(tflags);


	if (num == 0 && Game::get_avsex() == 0) {
		clear_type_flag(Actor::tf_sex);
	} else if (num == 0 && Game::get_avsex() == 1) {
		set_type_flag(Actor::tf_sex);
	}


	nfile->skip(5);     // Unknown

	next_schedule = nfile->read1(); // Acty ????? what is this??

	nfile->skip(1);     // SN ????? (refer to U7tech.txt)
	nfile->skip(2);     // V1 ????? (refer to U7tech.txt)
	nfile->skip(2);     // V2 ????? (refer to U7tech.txt)

	// 16 Bit Shape Numbers, allows for shapes > 1023
	shnum = nfile->read2();
	if (!fix_first && shnum) {
		// ++++ Testing
		if (npc_num == 0)
			set_actor_shape();
		else
			set_shape(shnum);       // 16 Bit Shape Number

		shnum = static_cast<sint16>(nfile->read2());    // 16 Bit Polymorph Shape Number
		if (get_flag(Obj_flags::polymorph)) {
			// Try to fix messed-up flag.
			if (shnum != get_shapenum())
				set_polymorph(shnum);
			else
				clear_flag(Obj_flags::polymorph);
		}
	} else {
		nfile->skip(2);
		set_polymorph_default();
	}

	// More Exult stuff
	if (!fix_first) {
		uint32  f;

		// Flags
		f = nfile->read4();
		flags |= f;
		if (get_flag(Obj_flags::invisible)) /* Force timer. */
			need_timers()->start_invisibility();
		if (get_flag(Obj_flags::might)) /* Force timer. */
			need_timers()->start_might();

		// Was SIFlags -- now used for schedule z coord
		schedule_loc.tz = nfile->read1();
		nfile->skip(1);  // 1 free from old SIFLAGS

		// Flags2   But don't set polymorph.
		bool polym = get_flag(Obj_flags::polymorph) != false;
		f = nfile->read4();
		flags2 |= f;
		if (!polym && get_flag(Obj_flags::polymorph))
			clear_flag(Obj_flags::polymorph);

		if (usecode_name_used) {
			// Support for named functions.
			int funsize = nfile->read1();
			char *nm = new char[funsize + 1];
			nfile->read(nm, funsize);
			nm[funsize] = 0;
			usecode_name = nm;
			usecode = ucmachine->find_function(nm);
			delete [] nm;
		}

		int skin = nfile->read1();
		if (extended_skin) {
			if (Game::get_avskin() >= 0)
				set_skin_color(Game::get_avskin());
			else
				set_skin_color(skin);
		}
	} else {
		// Flags
		nfile->skip(4);

		// SIFlags -- now used for schedule z coord
		nfile->skip(2);

		// Flags2
		nfile->skip(4);

		// Extended skins
		nfile->skip(1);
	}

	// Skip 14
	nfile->skip(14);

	// Get (signed) food level.
	int food_read = static_cast<int>(static_cast<char>(nfile->read1()));
	if (fix_first) food_read = 18;
	set_property(static_cast<int>(Actor::food_level), food_read);

	// Skip 7
	nfile->skip(7);

	unsigned char namebuf[17];
	nfile->read(namebuf, 16);

	for (int i = 0; i < 16; i++)
		if (namebuf[i] == 0)
			i = 16;
	/*  Used to also require namebuf[i] < 127 (jsf).    */
		else if (namebuf[i] < ' ') {
			namebuf[0] = 0;
			break;
		}

	namebuf[16] = 0;        // Be sure it's 0-delimited.
//	cout << "Actor " << namebuf << " has alignment " << alignment << endl;

	if (num == 0 && Game::get_avname()) {
		name = Game::get_avname();
	} else
		name = reinterpret_cast<char const *>(namebuf);     // Store copy of it.

	// Get abs. chunk. coords. of schunk.
	int scy = 16 * (schunk / 12);
	int scx = 16 * (schunk % 12);
	if (has_contents)       // Inventory?  Read.
		npcmap->read_ireg_objects(nfile, scx, scy, this);
	if (read_sched_usecode)     // Read in scheduled usecode.
		npcmap->read_special_ireg(nfile, this);
	int cx = locx >> 4;     // Get chunk indices within schunk.
	int cy = locy >> 4;
	// Get tile #'s.
	int tilex = locx & 0xf;
	int tiley = locy & 0xf;
	set_shape_pos(tilex, tiley);
	Map_chunk *olist = npcmap->get_chunk_safely(scx + cx, scy + cy);
	set_invalid();          // Not in world yet.
	if (olist && !is_dead() &&  // Valid & alive?  Put into chunk list.
	        !unused) {
#if 1
		move((scx + cx)*c_tiles_per_chunk + tilex,
		     (scy + cy)*c_tiles_per_chunk + tiley,
		     get_lift(), map_num);
#else
		olist->add(this);
#endif
		if (this == gwin->get_main_actor())
			gwin->set_map(map_num);
	}

	// We do this here because we need the NPC's final shape.
	if (health_val <= 0 && !unused) {
		// If a monster can't die, force it to have at least 1 hit point,
		// but only if the monster is used.
		// Maybe we should restore it to full health?
		Monster_info *minf = get_info().get_monster_info();
		if (minf && minf->cant_die())
			set_property(static_cast<int>(Actor::health),
			             get_property(static_cast<int>(Actor::strength)));
	}

	// Only do ready best weapon if we are in BG, this is the first time
	// and we are the Avatar or Iolo
	if (Game::get_game_type() == BLACK_GATE && Game::get_avname() && (num == 0 || num == 1))
		ready_best_weapon();
	// Force Avatar and all party members to be good
	if (get_flag(Obj_flags::in_party) || num == 0)
		set_alignment(good);
#if defined(DEBUG) && 0

	cout << get_npc_num() << " Creating ";

	if (name.empty()) cout << get_name();
	else cout << name;

	cout << ", shape = " <<
	     get_shapenum() <<
	     ", frame = " << get_framenum() << ", usecode = " <<
	     usefun << endl;

	cout << "Chunk coords are (" << scx + cx << ", " << scy + cy << "), lift is "
	     << get_lift() << endl;

	cout << "Type Flags: ";
	if (get_type_flag(tf_fly)) cout << "fly ";
	if (get_type_flag(tf_swim)) cout << "swim ";
	if (get_type_flag(tf_walk)) cout << "walk ";
	if (get_type_flag(tf_ethereal)) cout << "ethereal ";
	if (get_type_flag(tf_in_party)) cout << "in party ";
	if (get_type_flag(tf_sex)) cout << "female ";
	cout << endl;

#endif
}

/*
 *  Write out to given file.
 */

void Actor::write(
    DataSource *nfile           // Generally 'npc.dat'.
) {
	int i;
	unsigned char buf4[4];      // Write coords., shape, frame.

	int old_shape = get_shapenum(); // Backup shape because we might change it
	set_shape(get_shape_real());     // Change the shape out non polymorph one
	int shapenum = get_shapenum(), framenum = get_framenum();
	buf4[0] = ((get_cx() % 16) << 4) | get_tx();
	buf4[1] = ((get_cy() % 16) << 4) | get_ty();
	// ++++++Is this even needed anymore? We already save 16-bit shapes below.
	buf4[2] = shapenum & 0xff;
	buf4[3] = ((shapenum >> 8) & 3) | (framenum << 2);

	nfile->write(reinterpret_cast<char *>(buf4), sizeof(buf4));

	set_shape(old_shape);        // Revert the shape to what it was

	// Inventory flag.
	// Bit0 = has_contents (our use).
	// Bit1 = our savegame, with sched.
	//   usecode script following this.
	// iflag1:2 == usecode # assigned by
	//   ES, so always use it.
	// iflag1:3 == usecode fun name assigned
	//   by ES, so use it instead.
	// iflag1:4 == Extended skin number
	int iflag1 = objects.is_empty() ? 0 : 1;
	iflag1 |= 2;            // We're always doing write_scheduled()
	if (usecode_assigned) { // # assigned by EStudio?
		// If we have a name, use it instead of the usecode #.
		if (!usecode_name.empty())
			iflag1 |= 8;        // Set bit 3.
		else
			iflag1 |= 4;        // Set bit 2.
	}
	iflag1 |= 16;   // Set bit 4.

	nfile->write2(iflag1);
	// Superchunk #.
	nfile->write1((get_cy() / 16) * 12 + get_cx() / 16);

	int map_num = get_map_num();
	if (map_num < 0)
		// we store all off-map actors in map 0
		map_num = 0;
	assert(map_num >= 0 && map_num < 256);
	nfile->write1(map_num);     // Borrowing for map #.
	// Usecode.
	int usefun = get_usecode() & 0xfff;
	// Lift is in high 4 bits.
	usefun |= ((get_lift() & 15) << 12);
	nfile->write2(usefun);
	nfile->write1(get_property(Actor::health));
	nfile->write1(0);           // Unknown 3 bytes.
	nfile->write2(0);
	nfile->write2(unused ? 0 : 1);  // Write 0 if unused.

	//Write first set of flags
	int iout = 0;

	if (get_flag(Obj_flags::asleep)) iout |= 1 << 0x7;
	if (get_flag(Obj_flags::charmed)) iout |= 1 << 0x8;
	if (get_flag(Obj_flags::cursed)) iout |= 1 << 0x9;
	if (get_flag(Obj_flags::in_party)) iout |= 1 << 0xB;
	if (get_flag(Obj_flags::paralyzed)) iout |= 1 << 0xC;
	if (get_flag(Obj_flags::poisoned)) iout |= 1 << 0xD;
	if (get_flag(Obj_flags::protection)) iout |= 1 << 0xE;

	// Guess
	if (get_flag(Obj_flags::on_moving_barge)) iout |= 1 << 0xA;
	// Alignment is bits 3-4.

	// Unknownm using for is_temp
	if (get_flag(Obj_flags::is_temporary)) iout |= 1 << 0x6;

	iout |= ((alignment & 3) << 3);

	nfile->write2(iout);

	// Write char. attributes.
	iout = get_property(Actor::strength);
	if (Game::get_game_type() != BLACK_GATE && npc_num == 0) iout |= (get_skin_color() & 3) << 5;
	else if (npc_num == 0) iout |= ((get_skin_color() + 1) & 3) << 6;

	if (get_flag(Obj_flags::freeze)) iout |= 1 << 7;
	nfile->write1(iout);

	nfile->write1(get_property(Actor::dexterity));

	iout = get_property(Actor::intelligence);
	if (get_flag(Obj_flags::read)) iout |= 1 << 5;
	// Tournament
	if (get_flag(Obj_flags::tournament)) iout |= 1 << 6;
	if (get_flag(Obj_flags::polymorph)) iout |= 1 << 7;
	nfile->write1(iout);


	iout = get_property(Actor::combat);
	if (get_flag(Obj_flags::petra)) iout |= 1 << 7;
	nfile->write1(iout);

	nfile->write1(get_schedule_type());
	unsigned char amode = attack_mode |
	                      (combat_protected ? (1 << 4) : 0) |
	                      (user_set_attack ? (1 << 5) : 0);
	nfile->write1(amode);
	nfile->write1(get_effective_alignment());       // Effective alignment
	// Exult is using the 2 unknown bytes to store magic, mana for all
	//   NPC's, and to store temperature more simply.
	int magic = get_property(static_cast<int>(Actor::magic));
	nfile->write1(magic | 0x80); // Set high bit to flag new format.
	nfile->write1(get_property(static_cast<int>(Actor::mana)));
	nfile->write1(get_temperature());
	int flags3 = 0;
	if (get_flag(Obj_flags::met)) flags3 |= 1;
	if (get_flag(Obj_flags::no_spell_casting)) flags3 |= 1 << 1;
	if (get_flag(Obj_flags::si_zombie)) flags3 |= 1 << 2;
	flags3 |= (get_ident() << 3);
	nfile->write1(flags3);

	nfile->write2(face_num);
	nfile->write1(0);       // Skip 2

	nfile->write4(get_property(Actor::exp));
	nfile->write1(get_property(Actor::training));
	// 0x40 unknown.

	nfile->write2(0);   // Skip 2*2
	nfile->write2(0);
	nfile->write2(oppressor);   // Oppressor.

	nfile->write4(0);   // Skip 2*2

	nfile->write2(old_schedule_loc.tx); //S-Vr Where npc is supposed to
	nfile->write2(old_schedule_loc.ty); //be for schedule)
	//nfile->write4(0);

	nfile->write2(get_type_flags());    // Typeflags

	nfile->write4(0);   // Skip 5
	nfile->write1(0);

	nfile->write1(next_schedule);   // Acty ????? what is this??

	nfile->write1(0);       // Skip 1
	nfile->write2(0);   // Skip 2
	nfile->write2(0);   // Skip 2

	// 16 Bit Shapes
	if (get_flag(Obj_flags::polymorph)) {
		nfile->write2(shape_save);  // 16 Bit Shape Num
		nfile->write2(get_shapenum());  // 16 Bit Polymorph Shape
	} else {
		nfile->write2(get_shapenum());  // 16 Bit Shape Num
		nfile->write2(0);       // 16 Bit Polymorph Shape
	}

	// Flags
	nfile->write4(flags);

	// was SIFlags -- now used for schedule z coord
	nfile->write1(old_schedule_loc.tz);
	nfile->write1(0); // 1 free from old SIFLAGS

	// flags2
	nfile->write4(flags2);

	if (usecode_assigned && !usecode_name.empty()) {
		// Support for named functions.
		int size = usecode_name.size();
		nfile->write1(size);
		char *nm = new char[size];
		std::strncpy(nm, usecode_name.c_str(), size);
		nfile->write(nm, size);
		delete [] nm;
	}

	nfile->write1(static_cast<char>(get_skin_color()));

	// Skip 14
	for (i = 0; i < 14; i++)
		nfile->write1(0);

	// Food
	nfile->write1(get_property(Actor::food_level));

	// Skip 7
	for (i = 0; i < 7; i++)
		nfile->write1(0);

	char namebuf[17];       // Write 16-byte name.
	std::memset(namebuf, 0, 16);
	if (name.empty()) {
		std::string namestr = Game_object::get_name();
		std::strncpy(namebuf, namestr.c_str(), 16);
	} else
		std::strncpy(namebuf, name.c_str(), 16);
	nfile->write(namebuf, 16);
	write_contents(nfile);      // Write what he holds.
	namebuf[16] = 0;
	if (atts) {
		Actor::Atts_vector attlist;
		get_attributes(attlist);
		Game_map::write_attributes(nfile, attlist);
	}
	// Write scheduled usecode.
	Game_map::write_scheduled(nfile, this, true);
}

/*
 *  Write out to given file.
 */

void Monster_actor::write(
    DataSource *nfile           // Generally 'npc.dat'.
) {
	/*  // This is checked in Game_window::write_npcs.
	if (Actor::is_dead())       // Not alive?
	    return;
	*/
	Actor::write(nfile);        // Now write.
}

/*
 *  Write Inventory
 */

/*
 *  Write contents (if there is any).
 */

void Actor::write_contents(
    DataSource *out
) {
	if (!objects.is_empty()) {  // Now write out what's inside.
		const int num_spots = static_cast<int>(sizeof(spots) / sizeof(spots[0]));
		int i;

		for (i = 0; i < num_spots; ++i) {
			// Spot Increment
			if (spots[i]) {
				// Write 2 byte index id
				out->write1(0x02);
				out->write2(static_cast<uint8>(i));
				spots[i]->write_ireg(out);
			}
		}

		Game_object *obj;
		Object_iterator next(objects);

		while ((obj = next.get_next()) != 0) {
			for (i = 0; i < num_spots; ++i)
				if (spots[i] == obj)
					break;

			if (i == num_spots) {
				// Write 2 byte index id (-1 = no slot)
				i = -1;
				out->write1(0x02);
				out->write2(static_cast<uint8>(i));
				obj->write_ireg(out);
			}
		}
		out->write1(0x01);      // A 01 terminates the list.
	}
}