/**
* The function called by the parser when the text between tags is read.
* This function is responsible for filling in the variables (e.g. team names)
* when a file gets loaded.
* @see The GLib manual (Simple XML parser).
*/
void
xml_team_read_text (GMarkupParseContext *context,
const gchar *text,
gsize text_len,
gpointer user_data,
GError **error)
{
#ifdef DEBUG
printf("xml_team_read_text\n");
#endif
gchar buf[text_len + 1];
gint int_value;
gfloat float_value;
strncpy(buf, text, text_len);
buf[text_len] = '\0';
int_value = (gint)g_ascii_strtod(buf, NULL);
float_value = (gfloat)g_ascii_strtod(buf, NULL);
if(state == STATE_TEAM_NAME)
misc_string_assign(&team->name, buf);
else if(state == STATE_STADIUM_NAME)
{
g_free(team->stadium.name);
misc_string_assign(&team->stadium.name, buf);
}
else if(state == STATE_SYMBOL)
misc_string_assign(&team->symbol, buf);
else if(state == STATE_AVERAGE_TALENT && opt_int("int_opt_load_defs") == 1)
team->average_talent =
(float_value / 10000) * const_float("float_player_max_skill");
else if(state == STATE_FORMATION)
team->structure = int_value;
else if(state == STATE_NAMES_FILE)
misc_string_assign(&team->names_file, buf);
else if(state == STATE_PLAYER_NAME)
misc_string_assign(&new_player.name, buf);
else if(state == STATE_PLAYER_BIRTH_YEAR && opt_int("int_opt_load_defs") == 1)
birth_year = int_value;
else if(state == STATE_PLAYER_BIRTH_MONTH && opt_int("int_opt_load_defs") == 1)
new_player.age = misc_get_age_from_birth(birth_year, int_value);
else if(state == STATE_PLAYER_SKILL && opt_int("int_opt_load_defs") == 1)
new_player.skill = ((gfloat)int_value / 10000) *
const_float("float_player_max_skill");
else if(state == STATE_PLAYER_TALENT && opt_int("int_opt_load_defs") == 1)
new_player.talent = ((gfloat)int_value / 10000) *
const_float("float_player_max_skill");
else if(state == STATE_PLAYER_POSITION)
new_player.pos = int_value;
}
/** Calculate the odds for the bet. */
void
bet_get_odds(BetMatch *bet)
{
#ifdef DEBUG
printf("bet_get_odds\n");
#endif
const Fixture *fix = fixture_from_id(bet->fix_id, TRUE);
gfloat home_advantage = (fix->home_advantage) ?
(const_float("float_game_home_advantage_lower") +
const_float("float_game_home_advantage_upper")) / 2 : 0;
gfloat av_skill[2] = {0, 0}, skilldiff;
gint i, j, better_idx;
for(i=0;i<2;i++)
{
for(j=0;j<11;j++)
av_skill[i] +=
player_get_game_skill(player_of_idx_team(fix->teams[i], j),
FALSE, TRUE);
av_skill[i] /= 11;
}
av_skill[0] *= (1 + home_advantage);
skilldiff = ABS(av_skill[0] - av_skill[1]);
better_idx = 2 * (av_skill[0] < av_skill[1]);
bet->odds[better_idx] =
0.33 + skilldiff * const_float("float_bet_better_factor");
bet->odds[2 - better_idx] =
0.33 + skilldiff * const_float("float_bet_worse_factor");
for(i=0;i<2;i++)
bet->odds[i * 2] = CLAMP(bet->odds[i * 2],
const_float("float_bet_lower_limit"),
1 - const_float("float_bet_lower_limit"));
bet->odds[1] = (1 - bet->odds[0] - bet->odds[2]);
bet->odds[1] = CLAMP(bet->odds[1],
const_float("float_bet_lower_limit"),
1 - const_float("float_bet_lower_limit"));
for(i=0;i<3;i++)
bet->odds[i] =
bet_round_odd((1 / bet->odds[i]) *
(1 - const_float("float_bet_commission_decrease")));
}
/** Handle a click on the contract offer button. */
void
misc2_callback_contract_offer(void)
{
#ifdef DEBUG
printf("misc2_callback_contract_offer\n");
#endif
gint i;
gchar buf[SMALL];
GtkSpinButton *spinbutton;
gint value = 0;
Player *pl = (Player*)statp;
gtk_widget_set_sensitive(lookup_widget(window.contract, "button_contract_cancel"), FALSE);
for(i=0;i<4;i++)
{
sprintf(buf, "radiobutton_contract%d", i + 1);
if(gtk_toggle_button_get_active(
GTK_TOGGLE_BUTTON(lookup_widget(window.contract, buf))))
{
sprintf(buf, "spinbutton_contract%d", i + 1);
spinbutton = GTK_SPIN_BUTTON(lookup_widget(window.contract, buf));
value = gtk_spin_button_get_value_as_int(spinbutton);
if(value >= (gint)rint((gfloat)stat1 *
(1 + (i * const_float("float_contract_scale_factor") *
powf(-1, (pl->age > pl->peak_age))))))
{
pl->contract += (i + 1);
pl->offers = 0;
pl->wage = value;
game_gui_show_warning(_("%s accepts your offer."), pl->name);
window_destroy(&window.contract);
}
else
{
pl->offers++;
if(pl->offers < const_int("int_contract_max_offers"))
game_gui_show_warning(_("%s rejects your offer. You may still make %d offers."),
pl->name,
const_int("int_contract_max_offers") - pl->offers);
else
{
game_gui_show_warning(_("%s rejects your offer and won't negotiate with you anymore. You should sell him before his contract expires (he'll simply leave your team otherwise)."),
pl->name);
window_destroy(&window.contract);
}
}
break;
}
}
}
void
xml_team_read_start_element (GMarkupParseContext *context,
const gchar *element_name,
const gchar **attribute_names,
const gchar **attribute_values,
gpointer user_data,
GError **error)
{
#ifdef DEBUG
printf("xml_team_read_start_element\n");
#endif
if(strcmp(element_name, TAG_TEAM) == 0)
state = STATE_TEAM;
else if(strcmp(element_name, TAG_TEAM_NAME) == 0)
state = STATE_TEAM_NAME;
else if(strcmp(element_name, TAG_STADIUM_NAME) == 0)
state = STATE_STADIUM_NAME;
else if(strcmp(element_name, TAG_SYMBOL) == 0)
state = STATE_SYMBOL;
else if(strcmp(element_name, TAG_AVERAGE_TALENT) == 0)
state = STATE_AVERAGE_TALENT;
else if(strcmp(element_name, TAG_FORMATION) == 0)
state = STATE_FORMATION;
else if(strcmp(element_name, TAG_NAMES_FILE) == 0)
state = STATE_NAMES_FILE;
else if(strcmp(element_name, TAG_PLAYER) == 0)
{
state = STATE_PLAYER;
new_player = player_new(team, ((gfloat)team->average_talent / 10000) *
const_float("float_player_max_skill"), TRUE);
}
else if(strcmp(element_name, TAG_PLAYER_NAME) == 0)
state = STATE_PLAYER_NAME;
else if(strcmp(element_name, TAG_PLAYER_BIRTH_YEAR) == 0)
state = STATE_PLAYER_BIRTH_YEAR;
else if(strcmp(element_name, TAG_PLAYER_BIRTH_MONTH) == 0)
state = STATE_PLAYER_BIRTH_MONTH;
else if(strcmp(element_name, TAG_PLAYER_SKILL) == 0)
state = STATE_PLAYER_SKILL;
else if(strcmp(element_name, TAG_PLAYER_TALENT) == 0)
state = STATE_PLAYER_TALENT;
else if(strcmp(element_name, TAG_PLAYER_POSITION) == 0)
state = STATE_PLAYER_POSITION;
else
debug_print_message("xml_team_read_start_element: unknown tag: %s; I'm in state %d\n",
element_name, state);
}
/** Place a new bet.
@return TRUE on success, FALSE otherwise. */
gboolean
bet_place(gint fix_id, gint outcome, gint wager)
{
#ifdef DEBUG
printf("bet_place\n");
#endif
gint max_wager = (gint)rint(finance_wage_unit(current_user.tm) *
const_float("float_bet_wager_limit_factor"));
BetUser new_bet;
gchar buf[SMALL];
if(wager <= 0)
return TRUE;
if(wager > BUDGET(cur_user))
{
game_gui_show_warning(_("You don't have the money."));
return FALSE;
}
if(wager > max_wager)
{
misc_print_grouped_int(max_wager, buf);
game_gui_show_warning(_("The betting office doesn't allow you to wager more than %s."), buf);
gtk_spin_button_set_value(
GTK_SPIN_BUTTON(lookup_widget(window.digits, "spinbutton1")),
(gdouble)max_wager);
return FALSE;
}
new_bet.fix_id = fix_id;
new_bet.outcome = outcome;
new_bet.wager = wager;
g_array_append_val(current_user.bets[1], new_bet);
if(window.bets != NULL)
treeview2_show_bets();
return TRUE;
}
Expr Simplify::visit(const Cast *op, ExprInfo *bounds) {
// We don't try to reason about bounds through casts for now
Expr value = mutate(op->value, nullptr);
if (may_simplify(op->type) && may_simplify(op->value.type())) {
const Call *call = value.as<Call>();
const Cast *cast = value.as<Cast>();
const Broadcast *broadcast_value = value.as<Broadcast>();
const Ramp *ramp_value = value.as<Ramp>();
double f = 0.0;
int64_t i = 0;
uint64_t u = 0;
if (call && (call->is_intrinsic(Call::indeterminate_expression) ||
call->is_intrinsic(Call::signed_integer_overflow))) {
if (call->is_intrinsic(Call::indeterminate_expression)) {
return make_indeterminate_expression(op->type);
} else {
return make_signed_integer_overflow(op->type);
}
} else if (value.type() == op->type) {
return value;
} else if (op->type.is_int() &&
const_float(value, &f) &&
std::isfinite(f)) {
// float -> int
return IntImm::make(op->type, safe_numeric_cast<int64_t>(f));
} else if (op->type.is_uint() &&
const_float(value, &f) &&
std::isfinite(f)) {
// float -> uint
return UIntImm::make(op->type, safe_numeric_cast<uint64_t>(f));
} else if (op->type.is_float() &&
const_float(value, &f)) {
// float -> float
return FloatImm::make(op->type, f);
} else if (op->type.is_int() &&
const_int(value, &i)) {
// int -> int
return IntImm::make(op->type, i);
} else if (op->type.is_uint() &&
const_int(value, &i)) {
// int -> uint
return UIntImm::make(op->type, safe_numeric_cast<uint64_t>(i));
} else if (op->type.is_float() &&
const_int(value, &i)) {
// int -> float
return FloatImm::make(op->type, safe_numeric_cast<double>(i));
} else if (op->type.is_int() &&
const_uint(value, &u)) {
// uint -> int
return IntImm::make(op->type, safe_numeric_cast<int64_t>(u));
} else if (op->type.is_uint() &&
const_uint(value, &u)) {
// uint -> uint
return UIntImm::make(op->type, u);
} else if (op->type.is_float() &&
const_uint(value, &u)) {
// uint -> float
return FloatImm::make(op->type, safe_numeric_cast<double>(u));
} else if (cast &&
op->type.code() == cast->type.code() &&
op->type.bits() < cast->type.bits()) {
// If this is a cast of a cast of the same type, where the
// outer cast is narrower, the inner cast can be
// eliminated.
return mutate(Cast::make(op->type, cast->value), bounds);
} else if (cast &&
(op->type.is_int() || op->type.is_uint()) &&
(cast->type.is_int() || cast->type.is_uint()) &&
op->type.bits() <= cast->type.bits() &&
op->type.bits() <= op->value.type().bits()) {
// If this is a cast between integer types, where the
// outer cast is narrower than the inner cast and the
// inner cast's argument, the inner cast can be
// eliminated. The inner cast is either a sign extend
// or a zero extend, and the outer cast truncates the extended bits
return mutate(Cast::make(op->type, cast->value), bounds);
} else if (broadcast_value) {
// cast(broadcast(x)) -> broadcast(cast(x))
return mutate(Broadcast::make(Cast::make(op->type.element_of(), broadcast_value->value), broadcast_value->lanes), bounds);
} else if (ramp_value &&
op->type.element_of() == Int(64) &&
op->value.type().element_of() == Int(32)) {
// cast(ramp(a, b, w)) -> ramp(cast(a), cast(b), w)
return mutate(Ramp::make(Cast::make(op->type.element_of(), ramp_value->base),
Cast::make(op->type.element_of(), ramp_value->stride),
ramp_value->lanes), bounds);
}
}
if (value.same_as(op->value)) {
return op;
} else {
return Cast::make(op->type, value);
}
}