void submarine::load(const xml_elem& parent)
{
ship::load(parent);
xml_elem dv = parent.child("diving");
max_depth = dv.attrf("max_depth");
dive_to = dv.attrf("dive_to");
permanent_dive = dv.attrb("permanent_dive");
dive_state = dive_states(dv.attru("dive_state"));
bow_depth_rudder.load(dv.child("bow_depth_rudder"));
stern_depth_rudder.load(dv.child("stern_depth_rudder"));
xml_elem tp = parent.child("stored_torpedoes");
torpedoes.clear();
torpedoes.reserve(tp.attru("nr"));
for (xml_elem::iterator it = tp.iterate("stored_torpedo"); !it.end(); it.next()) {
torpedoes.push_back(stored_torpedo());
torpedoes.back().load(gm, it.elem());
}
xml_elem sst = parent.child("sub_state");
scope_raise_level = scope_raise_to_level = sst.attrf("scopeup");
electric_engine = sst.attru("electric_engine");
snorkelup = sst.attru("snorkelup");
battery_level = sst.attrf("battery_level");
// fixme: later move to ship, or even sea_object!
#if 0 // disabled to avoid abort when loading savegames
xml_elem dm = parent.child("parts");
parts.clear();
parts.reserve(dm.attru("nr"));
for (xml_elem::iterator it = tp.iterate("part"); !it.end(); it.next()) {
//parts.push_back(part(it.elem()));
}
#endif
xml_elem tk = parent.child("tanks");
for (xml_elem::iterator it = tp.iterate("tank"); !it.end(); it.next()) {
xml_elem e = it.elem();
unsigned id = e.attru("nr");
if (id >= tanks.size()) throw error(std::string("invalid tank nr in ") + e.doc_name());
tanks[id].load(e);
}
TDC.load(parent);
sonarman.load(parent);
}
void submarine::save(xml_elem& parent) const
{
ship::save(parent);
xml_elem dv = parent.add_child("diving");
dv.set_attr(max_depth, "max_depth");
dv.set_attr(dive_to, "dive_to");
dv.set_attr(permanent_dive, "permanent_dive");
dv.set_attr(dive_state, "dive_state");
xml_elem ebdr = dv.add_child("bow_depth_rudder");
bow_depth_rudder.save(ebdr);
xml_elem esdr = dv.add_child("stern_depth_rudder");
stern_depth_rudder.save(esdr);
xml_elem tp = parent.add_child("stored_torpedoes");
tp.set_attr(unsigned(torpedoes.size()), "nr");
for (vector<stored_torpedo>::const_iterator it = torpedoes.begin(); it != torpedoes.end(); ++it) {
//save a stored_torpedo node for each entry
xml_elem stp = tp.add_child("stored_torpedo");
it->save(stp);
}
xml_elem sst = parent.add_child("sub_state");
sst.set_attr(scope_raise_level, "scopeup");
sst.set_attr(electric_engine, "electric_engine");
sst.set_attr(snorkelup, "snorkelup");
sst.set_attr(battery_level, "battery_level");
// fixme: later move to ship, or even sea_object!
//xml_elem dm = parent.add_child("parts");
//dm.set_attr(unsigned(parts.size()), "nr");
//for (vector<sea_object::part>::const_iterator it = parts.begin(); it != parts.end(); ++it) {
//save a part node for each entry
//it->save(out);
//}
xml_elem tk = parent.add_child("tanks");
for (unsigned i = 0; i < tanks.size(); ++i) {
xml_elem e = tk.add_child("tank");
e.set_attr(i, "nr");
tanks[i].save(e);
}
TDC.save(parent);
sonarman.save(parent);
}
submarine::tank::tank(xml_elem e)
: type(ballast),
volume(e.attrf("volume")),
fillrate(e.attrf("fillrate")),
pos(e.attrf("posx"), e.attrf("posy"), e.attrf("posz")),
fill(0),
flood_valve_open(false)
{
if (e.attr("type") == "trim")
type = trim;
else if (e.attr("type") == "ballast")
type = ballast;
else throw error(std::string("invalid tank type in file ") + e.doc_name());
}
void submarine::stored_torpedo::load(game& gm, const xml_elem& parent)
{
specfilename = parent.attr("type");
if (parent.has_child("setup")) {
setup.load(parent.child("setup"));
} else {
setup = torpedo::setup();
}
temperature = parent.attrf("temperature");
status = st_status(parent.attru("status"));
associated = parent.attru("associated");
remaining_time = parent.attrf("remaining_time");
addleadangle = angle(parent.attrf("addleadangle"));
}
void submarine::stored_torpedo::save(xml_elem& parent) const
{
parent.set_attr(specfilename, "type");
if (status != st_empty) {
xml_elem s = parent.add_child("setup");
setup.save(s);
}
parent.set_attr(temperature, "temperature");
parent.set_attr(unsigned(status), "status");
parent.set_attr(associated, "associated");
parent.set_attr(remaining_time, "remaining_time");
parent.set_attr(addleadangle.value(), "addleadangle");
}
submarine::submarine(game& gm_, const xml_elem& parent)
: ship(gm_, parent),
max_depth(0),
dive_to(0),
permanent_dive(false),
dive_state(dive_state_surfaced),
bow_depth_rudder(vector3(0,30,0 /*not used yet*/), 1, 30, 4/*area*/, 10),//read consts from spec file, fixme
stern_depth_rudder(vector3(0,-30,0 /*not used yet*/), 1, 30, 4/*area*/, 10),//read consts from spec file, fixme
mass_flooded_tanks(0),
ballast_tank_capacity(0), // read from spec file later
scope_raise_level(0.0f),
scope_raise_to_level(0.0f),
electric_engine(false),
hassnorkel(false),
snorkel_depth(8.0),
alarm_depth(150.0),
snorkelup(false),
battery_level(0)
{
xml_elem sm = parent.child("motion").child("submerged");
max_submerged_speed = kts2ms(sm.attrf("maxspeed"));
double safedepth = sm.attrf("safedepth");
double maxdepth = sm.attrf("maxdepth");
max_depth = safedepth + rnd() * (maxdepth - safedepth);
xml_elem dp = parent.child("depths");
periscope_depth = dp.attrf("scope");
snorkel_depth = dp.attrf("snorkel");
alarm_depth = dp.attrf("alarm");
xml_elem tp = parent.child("torpedoes");
xml_elem tb = tp.child("tubes");
number_of_tubes_at[0] = tb.attru("bow");
number_of_tubes_at[1] = tb.attru("stern");
number_of_tubes_at[2] = tb.attru("bowreserve");
number_of_tubes_at[3] = tb.attru("sternreserve");
number_of_tubes_at[4] = tb.attru("bowdeckreserve");
number_of_tubes_at[5] = tb.attru("sterndeckreserve");
unsigned nrtrp = 0;
for (unsigned i = 0; i < 6; ++i) nrtrp += number_of_tubes_at[i];
torpedoes.resize(nrtrp);
xml_elem tf = tp.child("transfertimes");
torp_transfer_times[0] = tf.attru("bow");
torp_transfer_times[1] = tf.attru("stern");
torp_transfer_times[2] = tf.attru("bowdeck");
torp_transfer_times[3] = tf.attru("sterndeck");
torp_transfer_times[4] = tf.attru("bowsterndeck");
xml_elem bt = parent.child("battery");
battery_capacity = bt.attru("capacity");
battery_value_a = bt.attrf("consumption_a");
battery_value_t = bt.attrf("consumption_t");
battery_recharge_value_a = bt.attrf("recharge_a");
battery_recharge_value_t = bt.attrf("recharge_t");
if (parent.has_child("torpedomanage")) { // fixme: later all subs should have it!!
xml_elem tm = parent.child("torpedomanage");
torpedomanage_sidetopimg = tm.attr("image");
}
// set all common damageable parts to "no damage", fixme move to ship?, replace by damage editor data reading
//parts.resize(nr_of_parts);
//for (unsigned i = 0; i < unsigned(outer_stern_tubes); ++i)
//parts[i] = part(0, 0);
// set hearing device
date dt = gm.get_date();
if (dt < date(1941, 6, 1))
hearing_device = hearing_device_KDB;
else if (dt < date(1944, 11, 1))
hearing_device = hearing_device_GHG;
else
hearing_device = hearing_device_BG;
// load the bridge data
xml_elem br = parent.child("bridge");
bridge_model_name = data_file().get_rel_path(specfilename) + br.attr("model");
bridge_camera_pos = br.child("camera").attrv3();
bridge_uzo_pos = br.child("uzo").attrv3();
bridge_freeview_pos = br.child("freeview").attrv3();
if (parent.has_child("tanks")) { // fixme: later all subs should have it!!
xml_elem etanks = parent.child("tanks");
for (xml_elem::iterator it = etanks.iterate("tank"); !it.end(); it.next()) {
tanks.push_back(tank(it.elem()));
ballast_tank_capacity += tanks.back().get_volume();
}
}
// load the damageable-parts data
printf("LOADING PARTS\n");
if (parent.has_child("damageable-parts")) { // fixme: later all subs should have it!!
printf("DAMAGEABLE PARTS DETECTED\n");
xml_elem epart = parent.child("damageable-parts");
for (xml_elem::iterator it = epart.iterate("part"); !it.end(); it.next()) {
// fixme: complete parts cstor with more complete data x,y,z, repairable y/n etc.
float weakness = it.elem().attrf("weakness");
part p;
p.id = it.elem().attr("id").c_str();
// fixme: for testing purpose
//p.status = 0.25; // low damage at start ! (for testing) should be 0 for all
//p.damage = 0.25;
//p.remainingtime = 60;
//p.floodlevel = 0.25;
p.strength = it.elem().attrf("weakness");
p.repairtime = it.elem().attru("repairtime");
float x0 = it.elem().attrf("x0");
float y0 = it.elem().attrf("y0");
float z0 = it.elem().attrf("z0");
float x1 = it.elem().attrf("x1");
float y1 = it.elem().attrf("y1");
float z1 = it.elem().attrf("z1");
p.p1 = {x0,y0,z0};
p.p2 = {x1,y1,z1};
p.surfaced = (it.elem().attr("surfaced").find("true")!=std::string::npos);
p.repairable = (it.elem().attr("repairable").find("true")!=std::string::npos);
p.floodable = (it.elem().attr("floodable").find("true") != std::string::npos);
parts.push_back(p);
printf("PART ADDED %s\n",it.elem().attr("id").c_str());
}
}
diveplane_1_id = mymodel->get_object_id_by_name("diveplane_1");
diveplane_2_id = mymodel->get_object_id_by_name("diveplane_2");
}
void submarine::tank::save(xml_elem& parent) const
{
parent.set_attr(fill, "fill");
parent.set_attr(flood_valve_open, "flood_valve_open");
}
void submarine::tank::load(const xml_elem& parent)
{
fill = parent.attrf("fill");
flood_valve_open = parent.attrb("flood_valve_open");
}
submarine::submarine(game& gm_, const xml_elem& parent)
: ship(gm_, parent),
max_depth(0),
dive_to(0),
permanent_dive(false),
dive_state(dive_state_surfaced),
bow_depth_rudder(vector3(0,30,0 /*not used yet*/), 1, 30, 4/*area*/, 10),//read consts from spec file, fixme
stern_depth_rudder(vector3(0,-30,0 /*not used yet*/), 1, 30, 4/*area*/, 10),//read consts from spec file, fixme
mass_flooded_tanks(0),
ballast_tank_capacity(0), // read from spec file later
scope_raise_level(0.0f),
scope_raise_to_level(0.0f),
electric_engine(false),
hassnorkel(false),
snorkel_depth(8.0),
alarm_depth(150.0),
snorkelup(false),
battery_level(0)
{
xml_elem sm = parent.child("motion").child("submerged");
max_submerged_speed = kts2ms(sm.attrf("maxspeed"));
double safedepth = sm.attrf("safedepth");
double maxdepth = sm.attrf("maxdepth");
max_depth = safedepth + rnd() * (maxdepth - safedepth);
xml_elem dp = parent.child("depths");
periscope_depth = dp.attrf("scope");
snorkel_depth = dp.attrf("snorkel");
alarm_depth = dp.attrf("alarm");
xml_elem tp = parent.child("torpedoes");
xml_elem tb = tp.child("tubes");
number_of_tubes_at[0] = tb.attru("bow");
number_of_tubes_at[1] = tb.attru("stern");
number_of_tubes_at[2] = tb.attru("bowreserve");
number_of_tubes_at[3] = tb.attru("sternreserve");
number_of_tubes_at[4] = tb.attru("bowdeckreserve");
number_of_tubes_at[5] = tb.attru("sterndeckreserve");
unsigned nrtrp = 0;
for (unsigned i = 0; i < 6; ++i) nrtrp += number_of_tubes_at[i];
torpedoes.resize(nrtrp);
xml_elem tf = tp.child("transfertimes");
torp_transfer_times[0] = tf.attru("bow");
torp_transfer_times[1] = tf.attru("stern");
torp_transfer_times[2] = tf.attru("bowdeck");
torp_transfer_times[3] = tf.attru("sterndeck");
torp_transfer_times[4] = tf.attru("bowsterndeck");
xml_elem bt = parent.child("battery");
battery_capacity = bt.attru("capacity");
battery_value_a = bt.attrf("consumption_a");
battery_value_t = bt.attrf("consumption_t");
battery_recharge_value_a = bt.attrf("recharge_a");
battery_recharge_value_t = bt.attrf("recharge_t");
if (parent.has_child("torpedomanage")) { // fixme: later all subs should have it!!
xml_elem tm = parent.child("torpedomanage");
torpedomanage_sidetopimg = tm.attr("image");
}
// set all common damageable parts to "no damage", fixme move to ship?, replace by damage editor data reading
//parts.resize(nr_of_parts);
//for (unsigned i = 0; i < unsigned(outer_stern_tubes); ++i)
//parts[i] = part(0, 0);
// set hearing device
date dt = gm.get_date();
if (dt < date(1941, 6, 1))
hearing_device = hearing_device_KDB;
else if (dt < date(1944, 11, 1))
hearing_device = hearing_device_GHG;
else
hearing_device = hearing_device_BG;
// load the bridge data
xml_elem br = parent.child("bridge");
bridge_model_name = data_file().get_rel_path(specfilename) + br.attr("model");
bridge_camera_pos = br.child("camera").attrv3();
bridge_uzo_pos = br.child("uzo").attrv3();
bridge_freeview_pos = br.child("freeview").attrv3();
if (parent.has_child("tanks")) { // fixme: later all subs should have it!!
xml_elem etanks = parent.child("tanks");
for (xml_elem::iterator it = etanks.iterate("tank"); !it.end(); it.next()) {
tanks.push_back(tank(it.elem()));
ballast_tank_capacity += tanks.back().get_volume();
}
}
diveplane_1_id = mymodel->get_object_id_by_name("diveplane_1");
diveplane_2_id = mymodel->get_object_id_by_name("diveplane_2");
}
void gun_shell::save(xml_elem& parent) const
{
sea_object::save(parent);
parent.add_child("oldpos").set_attr(oldpos);
parent.add_child("damage_amount").set_attr(damage_amount);
}
void gun_shell::load(const xml_elem& parent)
{
sea_object::load(parent);
oldpos = parent.child("oldpos").attrv3();
damage_amount = parent.child("damage_amount").attrf();
}
