/*
* Updates our gps coordinate structure with the newest buffer
* data.
*/
void update_coordinates(char *buffer, uint32_t index)
{
char *latitude = get_latitude();
char *longitude = get_longitude();
char *altitude = get_altitude();
index = index%BUFFERSIZE;
// skip the time
index = _skip_data(buffer, index);
index = set_location(buffer, index, latitude, 10);
index = set_location(buffer, index, longitude, 11);
// skip the fix
index = _skip_data(buffer, index);
//sendIndex(index);
//index = (index+2)%BUFFERSIZE;
// get satalites tracked
index = set_satellites_tracked(buffer, index);
//sendIndex(index);
//sendIndex(index);
// skip Horizontal dilution of position
index = _skip_data(buffer, index);
// altitude
index = set_location(buffer, index, altitude, 15);
}
gboolean
cc_timezone_map_set_timezone (CcTimezoneMap *map,
const gchar *timezone)
{
GPtrArray *locations;
guint i;
char *real_tz;
gboolean ret;
real_tz = tz_info_get_clean_name (map->priv->tzdb, timezone);
locations = tz_get_locations (map->priv->tzdb);
ret = FALSE;
for (i = 0; i < locations->len; i++)
{
TzLocation *loc = locations->pdata[i];
if (!g_strcmp0 (loc->zone, real_tz ? real_tz : timezone))
{
set_location (map, loc);
ret = TRUE;
break;
}
}
if (ret)
gtk_widget_queue_draw (GTK_WIDGET (map));
g_free (real_tz);
return ret;
}
void GameScene_02::addBall()
{
auto ball = Ball::create();
this->addChild(ball);
ball->set_location(visibleSize/2);
balls->pushBack(ball);
}
void test_physics(){
printf("testing physics\n");
world_handle hello_world = new_world();
//tests movement, set/get velocity, set/get location(position)
po_vector center;
center.x = 1.0;
center.y = 1.0;
po_circle circle2 = create_circ(center, 1.0);
po_geometry geo_circle2 = create_geom_circ(circle2, 1.0);
po_handle circle02 = add_object (hello_world, &geo_circle2, 20.0, 1.0, 0.0);
po_vector location = get_position(circle02);
center.x = 0.0;
center.y = 0.0;
po_circle circle1 = create_circ(center, 5.0);
po_geometry geo_circle1 = create_geom_circ(circle1, 1.0);
po_handle circle01 = add_object (hello_world, &geo_circle1, 50.0, 0.0, 0.0);
set_velocity(circle02,-1.0,0.0);
po_vector velocity = get_velocity(circle02);
update(hello_world,3);
po_vector pos02 = get_position(circle02);
po_vector pos01 = get_position(circle01);
assert(pos02.x == 17.0);
assert(pos02.y == 1.0);
assert(pos01.x == 50.0);
assert(pos01.y == 0.0);
set_location(circle01, 0.0, 0.0);
set_velocity(circle01, -7.76,1.7);
set_location(circle02, 20.0, 0.0);
set_velocity(circle02, -9.0,2.0);
update(hello_world,1);
po_vector pos002 = get_position(circle02);
po_vector pos001 = get_position(circle01);
assert( pos002.x == 11.0);
assert( pos002.y == 2.0);
assert(fabs(pos001.x - -7.76) <= EPSILON);
assert(fabs(pos001.y - 1.7)<= EPSILON);
}
void button::calculate_size()
{
if (type_ == TYPE_IMAGE){
SDL_Rect loc_image = location();
loc_image.h = image_->h;
loc_image.w = image_->w;
set_location(loc_image);
return;
}
SDL_Rect const &loc = location();
bool change_size = loc.h == 0 || loc.w == 0;
if (!change_size) {
unsigned w = loc.w - (type_ == TYPE_PRESS ? horizontal_padding : checkbox_horizontal_padding + base_width_);
if (type_ != TYPE_IMAGE)
{
int fs = font_size;
int style = TTF_STYLE_NORMAL;
std::string::const_iterator i_beg = label_.begin(), i_end = label_.end(),
i = font::parse_markup(i_beg, i_end, &fs, NULL, &style);
if (i != i_end) {
std::string tmp(i, i_end);
label_.erase(i - i_beg, i_end - i_beg);
label_ += font::make_text_ellipsis(tmp, fs, w, style);
}
}
}
if (type_ != TYPE_IMAGE){
textRect_ = font::draw_text(NULL, screen_area(), font_size,
font::BUTTON_COLOR, label_, 0, 0);
}
if (!change_size)
return;
#ifdef USE_TINY_GUI
set_height(textRect_.h+vertical_padding);
#else
set_height(std::max(textRect_.h+vertical_padding,base_height_));
#endif
if(type_ == TYPE_PRESS) {
#ifdef USE_TINY_GUI
set_width(textRect_.w + horizontal_padding);
#else
if(spacing_ == MINIMUM_SPACE) {
set_width(textRect_.w + horizontal_padding);
} else {
set_width(std::max(textRect_.w+horizontal_padding,base_width_));
}
#endif
} else {
if(label_.empty()) {
set_width(base_width_);
} else {
set_width(checkbox_horizontal_padding + textRect_.w + base_width_);
}
}
}
void create()
{
bboard::create();
set_attic_dir ("/d/Conf/data/attic") ;
set_save_dir("/d/Conf/data") ;
set_save_file("conf_A");
set_location("/d/Conf/room/room_A") ;
set ("short.text", "Resolutions and Amendments Board") ;
}
void create()
{
bboard::create();
set_attic_dir ("/d/TMI/data/attic") ;
set_save_dir("/d/TMI/data") ;
set_save_file("network");
set_location("/d/TMI/rooms/networkroom");
set ("short.text","The network board");
}
void palette_manager::adjust_size()
{
scroll_top();
const SDL_Rect& rect = gui_.palette_area();
set_location(rect);
palette_start_ = rect.y;
bg_register(rect);
active_palette().adjust_size(rect);
set_dirty();
}
void create()
{
bboard::create();
set_attic_dir(BASE+"data/attic");
set_save_dir(BASE+"data");
set_save_file("MS");
set_location(FLOOR_1("entrance.c"));
set("author", "cyanide");
set("short.text", "a brand new posting board");
}
//_____________________________________________________________________________
// Convienience constructor.
ContactGeometry::ContactGeometry(const Vec3& location, const Vec3& orientation,
PhysicalFrame& body) : ModelComponent()
{
setNull();
constructProperties();
_body = &body;
set_body_name(body.getName());
set_location(location);
set_orientation(orientation);
}
void rEngine::testInfoSet(unsigned int id)
{
auto infoset = new rProtos::InfoSet();
infoset->set_id(id);
infoset->set_name("RyanBox");
infoset->set_location("Bathroom");
auto ret = mProcessor->createMessage(99);
ret->set_allocated_infoset(infoset);
BOOST_LOG_TRIVIAL(debug) << "Sending info set with id " << id ;
if (convertMessageToVectorData(ret))
mTestClient->Send(mByteData);
}
static void
cal_model_calendar_set_value_at (ETableModel *etm,
gint col,
gint row,
gconstpointer value)
{
ECalModelComponent *comp_data;
ECalObjModType mod = E_CAL_OBJ_MOD_ALL;
ECalComponent *comp;
ECalModelCalendar *model = (ECalModelCalendar *) etm;
g_return_if_fail (E_IS_CAL_MODEL_CALENDAR (model));
g_return_if_fail (col >= 0 && col < E_CAL_MODEL_CALENDAR_FIELD_LAST);
g_return_if_fail (row >= 0 && row < e_table_model_row_count (etm));
if (col < E_CAL_MODEL_FIELD_LAST) {
table_model_parent_interface->set_value_at (etm, col, row, value);
return;
}
comp_data = e_cal_model_get_component_at (E_CAL_MODEL (model), row);
if (!comp_data)
return;
comp = e_cal_component_new_from_icalcomponent (icalcomponent_new_clone (comp_data->icalcomp));
if (!comp) {
return;
}
/* ask about mod type */
if (e_cal_component_is_instance (comp)) {
if (!e_cal_dialogs_recur_component (comp_data->client, comp, &mod, NULL, FALSE)) {
g_object_unref (comp);
return;
}
}
switch (col) {
case E_CAL_MODEL_CALENDAR_FIELD_DTEND :
set_dtend ((ECalModel *) model, comp_data, value);
break;
case E_CAL_MODEL_CALENDAR_FIELD_LOCATION :
set_location (comp_data, value);
break;
case E_CAL_MODEL_CALENDAR_FIELD_TRANSPARENCY :
set_transparency (comp_data, value);
break;
}
e_cal_model_modify_component (E_CAL_MODEL (model), comp_data, mod);
g_object_unref (comp);
}
void create()
{
monolith::create();
set_attic_dir("/d/Dark/data/attic");
set_save_dir("/d/Dark/data");
set_save_file("necro_board");
set_location("/d/Dark/Prime/wiz/necro_room");
set ("short.text", "Great Basalt Monolith");
set ("long.text",
"this is a black monolith. You can post on it. For information on how to\n"+
"use it, type \"help monolith\".\n");
set("id",({ "monolith" }));
void file_info::copy(const file_info * src)
{
meta_remove_all();
info_remove_all();
set_location(src->get_location());
set_length(src->get_length());
int n;
for(n=0;n<src->meta_get_count();n++)
meta_add(src->meta_enum_name(n),src->meta_enum_value(n));
for(n=0;n<src->info_get_count();n++)
info_set(src->info_enum_name(n),src->info_enum_value(n));
}
int main(int argc, char *argv[])
{
struct zz_tree tree;
struct zz_node *n1, *n2, *n3, *n4, *n5, *n6;
zz_tree_init(&tree, sizeof(struct node_with_location));
n1 = zz_node(&tree, TOK_FOO, zz_null);
set_location(n1, 1);
n2 = zz_node(&tree, TOK_BAR, zz_int(-314));
set_location(n2, 2);
n3 = zz_node(&tree, TOK_BAZ, zz_uint(314));
set_location(n3, 3);
n4 = zz_node(&tree, TOK_FOO, zz_double(0.5));
set_location(n4, 5);
n5 = zz_node(&tree, TOK_BAR, zz_string("314"));
set_location(n5, 8);
n6 = zz_node(&tree, TOK_BAZ, zz_pointer(&tree));
set_location(n6, 13);
assert(get_location(n1) == 1);
assert(get_location(n2) == 2);
assert(get_location(n3) == 3);
assert(get_location(n4) == 5);
assert(get_location(n5) == 8);
assert(get_location(n6) == 13);
exit(EXIT_SUCCESS);
}
void combo_drag::process(events::pump_info& /*info*/)
{
if (drag_ == RETURN)
{
SDL_Rect loc = location();
int x_diff = loc.x - old_location_.x;
int y_diff = loc.y - old_location_.y;
const float length = std::sqrt(static_cast<float>(x_diff*x_diff + y_diff*y_diff));
if (length > RETURN_SPEED)
{
loc.x -= static_cast<Sint16>(x_diff*(RETURN_SPEED/length));
loc.y -= static_cast<Sint16>(y_diff*(RETURN_SPEED/length));
set_location(loc);
}
else
{
drag_ = NONE;
set_location(old_location_);
}
}
}
static void
cal_model_calendar_fill_component_from_values (ECalModel *model,
ECalModelComponent *comp_data,
GHashTable *values)
{
g_return_if_fail (E_IS_CAL_MODEL_CALENDAR (model));
g_return_if_fail (comp_data != NULL);
g_return_if_fail (values != NULL);
set_dtend (model, comp_data, e_cal_model_util_get_value (values, E_CAL_MODEL_CALENDAR_FIELD_DTEND));
set_location (comp_data, e_cal_model_util_get_value (values, E_CAL_MODEL_CALENDAR_FIELD_LOCATION));
set_transparency (comp_data, e_cal_model_util_get_value (values, E_CAL_MODEL_CALENDAR_FIELD_TRANSPARENCY));
}
void GameScene_02::createBall()
{
balls = new Vector<Ball*>();
auto ball = Ball::create();
this->addChild(ball);
Size B_size = ball->getContentSize();
Size S_size = slider->getContentSize();
ball->setContentSize(B_size);
ball->setPosition(visibleSize.width / 2, B_size.height / 2 + S_size.height + 20);
ball->set_location(ball->getPosition());
balls->pushBack(ball);
ball->autorelease();
}
void button::calculate_size()
{
if (type_ == TYPE_IMAGE){
SDL_Rect loc_image = location();
loc_image.h = image_->h;
loc_image.w = image_->w;
set_location(loc_image);
return;
}
SDL_Rect const &loc = location();
bool change_size = loc.h == 0 || loc.w == 0;
if (!change_size) {
unsigned w = loc.w - (type_ == TYPE_PRESS ? horizontal_padding : checkbox_horizontal_padding + base_width_);
if (type_ != TYPE_IMAGE){
label_ = font::make_text_ellipsis(label_, font_size, w, false);
}
}
if (type_ != TYPE_IMAGE){
textRect_ = font::draw_text(NULL, screen_area(), font_size,
font::BUTTON_COLOUR, label_, 0, 0);
}
if (!change_size)
return;
#ifdef USE_TINY_GUI
set_height(textRect_.h+vertical_padding);
#else
set_height(std::max(textRect_.h+vertical_padding,base_height_));
#endif
if(type_ == TYPE_PRESS) {
#ifdef USE_TINY_GUI
set_width(textRect_.w + horizontal_padding);
#else
if(spacing_ == MINIMUM_SPACE) {
set_width(textRect_.w + horizontal_padding);
} else {
set_width(std::max(textRect_.w+horizontal_padding,base_width_));
}
#endif
} else {
if(label_.empty()) {
set_width(base_width_);
} else {
set_width(checkbox_horizontal_padding + textRect_.w + base_width_);
}
}
}
int zoom_window_update(void *closure, int sxn, int syn, int button)
{
struct zoom_window *zw = closure;
if (zw->mode == 1) {
i_prompt_buttons(_("1. corner"), _("2. corner"), _("Quit"));
zw->next_mode = 2;
}
G_debug(2, "button = %d x = %d y = %d", button, sxn, syn);
if (button == 3)
return 1;
if (zw->mode == 2 && button == 2) {
double x1 = D_d_to_u_col(zw->sxo);
double y1 = D_d_to_u_row(zw->syo);
double x2 = D_d_to_u_col(sxn);
double y2 = D_d_to_u_row(syn);
G_debug(2, "x1 = %f x2 = %f y1 = %f y2 = %f", x1, x2, y1, y2);
window.north = y1 > y2 ? y1 : y2;
window.south = y1 < y2 ? y1 : y2;
window.west = x1 < x2 ? x1 : x2;
window.east = x1 > x2 ? x1 : x2;
G_debug(2, "w = %f e = %f n = %f s = %f", window.west, window.east,
window.north, window.south);
G_adjust_Cell_head(&window, 0, 0);
G_put_window(&window);
G_set_window(&window);
display_redraw();
i_prompt_buttons(_("1. corner"), _("1. corner"), _("Quit"));
zw->next_mode = 1;
}
zw->sxo = sxn;
zw->syo = syn;
zw->mode = zw->next_mode;
set_mode(zw->mode == 2 ? MOUSE_BOX : MOUSE_POINT);
set_location(zw->sxo, zw->syo);
return 0;
}
void editor_palette<Item>::adjust_size(const SDL_Rect& target)
{
palette_x_ = target.x;
palette_y_ = target.y;
const int space_for_items = target.h;
const int items_fitting = (space_for_items / item_space_) * item_width_;
nitems_ = std::min(items_fitting, nmax_items_);
if (num_visible_items() != nitems_) {
buttons_.resize(nitems_, gui::tristate_button(gui_.video(), this));
}
set_location(target);
set_dirty(true);
gui_.video().clear_help_string(help_handle_);
help_handle_ = gui_.video().set_help_string(get_help_string());
}
static void prt_nesc_function_hdr(data_declaration fn_decl,
psd_options options)
/* Effects: prints the C function declaration for fn_decl
*/
{
/* We print the declaration from the interface rather than that of fn_decl
itself, as this latter may use not-yet-defined typedefs.
prt_declarator will use the name from fn_decl in its output. */
variable_decl ifn_vd = CAST(variable_decl, fn_decl->ast);
data_decl fn_dd = CAST(data_decl, ifn_vd->parent);
psd_options opts;
function_declarator fd;
asttype ret;
prt_diff_info(fn_decl);
set_location(fn_dd->location);
if (!is_binary_component(fn_decl->container->impl))
output("static ");
/* Functions returning a network type should return the base type
instead */
if (is_function_declarator(ifn_vd->declarator))
opts = psd_rewrite_nxbase;
else
opts = 0;
options |= psd_rename_parameters;
fd = get_fdeclarator(ifn_vd->declarator);
/* Handle nesdoc-overridden return type */
if (fd && (ret = fd->return_type))
{
prt_attribute_elements(fn_dd->modifiers);
prt_type_elements(ret->qualifiers, opts);
prt_declarator(ret->declarator, NULL, ifn_vd->attributes, fn_decl,
options | psd_print_ddecl_fdeclarator);
}
else
{
prt_type_elements(fn_dd->modifiers, opts);
prt_declarator(ifn_vd->declarator, NULL, ifn_vd->attributes, fn_decl,
options);
}
}
effect::effect(int xpos, int ypos, const animated<image::locator>::anim_description& img,
const map_location& loc, ORIENTATION orientation, bool infinite) :
images_(img),
orientation_(orientation),
x_(xpos),
y_(ypos),
surf_(NULL),
buffer_(NULL),
rect_(empty_rect),
loc_(loc),
overlayed_hexes_()
{
assert(disp != NULL);
set_location(xpos,ypos);
images_.start_animation(0,infinite);
}
void do_so(const char *line)
{
const char *p = line;
while (*p == ' ')
p++;
string filename;
int success = 1;
for (const char *q = p;
success && *q != '\0' && *q != '\n' && *q != ' ';
q++)
if (*q == '\\') {
switch (*++q) {
case 'e':
case '\\':
filename += '\\';
break;
case ' ':
filename += ' ';
break;
default:
success = 0;
break;
}
}
else
filename += char(*q);
if (success && filename.length() > 0) {
filename += '\0';
const char *fn = current_filename;
int ln = current_lineno;
current_lineno--;
if (do_file(filename.contents())) {
current_filename = fn;
current_lineno = ln;
set_location();
return;
}
current_lineno++;
}
fputs(".so", stdout);
fputs(line, stdout);
}
halo_impl::effect::effect(display * screen, int xpos, int ypos, const animated<image::locator>::anim_description& img,
const map_location& loc, ORIENTATION orientation, bool infinite) :
images_(img),
orientation_(orientation),
x_(0),
y_(0),
surf_(nullptr),
buffer_(nullptr),
rect_(sdl::empty_rect),
loc_(loc),
overlayed_hexes_(),
disp(screen)
{
assert(disp != nullptr);
set_location(xpos,ypos);
images_.start_animation(0,infinite);
}
void combo_drag::handle_move(const SDL_MouseMotionEvent& event)
{
if (drag_ == PRESSED)
{
aquire_mouse_lock();
old_location_ = location();
drag_ = PRESSED_MOVE;
}
const int diff_x = event.x - mouse_x_;
const int diff_y = event.y - mouse_y_;
if (drag_ == PRESSED_MOVE
&& std::sqrt(static_cast<float>(diff_x*diff_x + diff_y*diff_y)) > MIN_DRAG_DISTANCE)
{
return;
}
drag_ = MOVED;
SDL_Rect loc = old_location_;
loc.x += diff_x;
loc.y += diff_y;
// Don't allow moving outside clip are
if (clip_rect())
{
const SDL_Rect *clip = clip_rect();
if (loc.x < clip->x)
loc.x = clip->x;
if (loc.x + loc.w > clip->x + clip->w)
loc.x = clip->x + clip->w - loc.w;
if (loc.y < clip->y)
loc.y = clip->y;
if (loc.y + loc.h > clip->y + clip->h)
loc.y = clip->y + clip->h - loc.h;
}
set_location(loc);
}
void edit_line_phase2(struct edit_line *el, double x, double y)
{
int node1, node2;
double nodex, nodey, nodez, dist;
el->phase = 2;
el->Points = Vect_new_line_struct();
el->Cats = Vect_new_cats_struct();
el->line_type = Vect_read_line(&Map, el->Points, el->Cats, el->line);
el->reversed = 0;
/* Find out the node nearest to the line */
Vect_get_line_nodes(&Map, el->line, &node1, &node2);
Vect_get_node_coor(&Map, node2, &nodex, &nodey, &nodez);
dist = (x - nodex) * (x - nodex) + (y - nodey) * (y - nodey);
Vect_get_node_coor(&Map, node1, &nodex, &nodey, &nodez);
if ((x - nodex) * (x - nodex) + (y - nodey) * (y - nodey) < dist) {
/* The first node is the nearest => reverse the line and remember
* doing so. */
Vect_line_reverse(el->Points);
el->reversed = 1;
}
display_node(node1, SYMB_BACKGROUND, 1);
display_node(node2, SYMB_BACKGROUND, 1);
i_prompt_buttons(_("New Point"), _("Undo Last Point"), _("Close line"));
set_location(D_u_to_d_col(el->Points->x[el->Points->n_points - 1]),
D_u_to_d_row(el->Points->y[el->Points->n_points - 1])
);
set_mode(MOUSE_LINE);
}
bool effect::render()
{
if(disp == NULL) {
return false;
}
if(loc_.x != -1 && loc_.y != -1) {
if(disp->shrouded(loc_)) {
return false;
} else {
// The location of a halo is an x,y value and not a map location.
// This means when a map is zoomed, the halo's won't move,
// This glitch is most visible on [item] haloes.
// This workaround always recalculates the location of the halo
// (item haloes have a location parameter to hide them under the shroud)
// and reapplies that location.
// It might be optimized by storing and comparing the zoom value.
set_location(
disp->get_location_x(loc_) + disp->hex_size() / 2,
disp->get_location_y(loc_) + disp->hex_size() / 2);
}
}
images_.update_last_draw_time();
surf_.assign(image::get_image(current_image(),image::SCALED_TO_ZOOM));
if(surf_ == NULL) {
return false;
}
if(orientation_ == HREVERSE || orientation_ == HVREVERSE) {
surf_.assign(image::reverse_image(surf_));
}
if(orientation_ == VREVERSE || orientation_ == HVREVERSE) {
surf_.assign(flop_surface(surf_));
}
const map_location zero_loc(0,0);
const int screenx = disp->get_location_x(zero_loc);
const int screeny = disp->get_location_y(zero_loc);
const int xpos = x_ + screenx - surf_->w/2;
const int ypos = y_ + screeny - surf_->h/2;
SDL_Rect rect = create_rect(xpos, ypos, surf_->w, surf_->h);
rect_ = rect;
SDL_Rect clip_rect = disp->map_outside_area();
// If rendered the first time, need to determine the area affected.
// If a halo changes size, it is not updated.
if(overlayed_hexes_.empty()) {
rect_of_hexes hexes = disp->hexes_under_rect(rect);
rect_of_hexes::iterator i = hexes.begin(), end = hexes.end();
for (;i != end; ++i) {
overlayed_hexes_.push_back(*i);
}
}
if(rects_overlap(rect,clip_rect) == false) {
buffer_.assign(NULL);
return false;
}
surface screen = disp->get_screen_surface();
const clip_rect_setter clip_setter(screen, &clip_rect);
if(buffer_ == NULL || buffer_->w != rect.w || buffer_->h != rect.h) {
SDL_Rect rect = rect_;
buffer_.assign(get_surface_portion(screen,rect));
} else {
SDL_Rect rect = rect_;
sdl_blit(screen,&rect,buffer_,NULL);
}
sdl_blit(surf_,NULL,screen,&rect);
return true;
}
/*
* Sets the position of this Rectangle to the Point pnt
*/
void Rectangle::set_location(Point pnt) {
set_location(pnt.get_x(), pnt.get_y());
}
void widget::set_measurements(unsigned w, unsigned h)
{
set_location(sdl::create_rect(rect_.x, rect_.y, w, h));
}
