static void ss_reconfig(ss_t *s, size_t new_alloc_size, const size_t new_mt_sz)
{
size_t size = sd_get_size(s), unicode_size = get_unicode_size(s);
char *s_str = get_str(s);
/* Compute offset on target location: */
struct SSTR_Small sm;
struct SSTR_Full sf;
const size_t s2_off = new_mt_sz == SS_METAINFO_SMALL?
sm.str -(char *)&sm : sf.str - (char *)&sf;
/* Convert string: */
memmove((char *)s + s2_off, s_str, size);
s->is_full = sd_alloc_size_to_is_big(new_alloc_size, &ssf);
set_size(s, size);
set_alloc_size(s, new_alloc_size);
set_unicode_size(s, unicode_size);
}
/*
* clique_unweighted_max_weight()
*
* Returns the size of the maximum (sized) clique in g (or 0 if search
* was aborted).
*
* g - the graph
* opts - time printing options
*
* Note: As we don't have an algorithm faster than actually finding
* a maximum clique, we use clique_unweighted_find_single().
* This incurs only very small overhead.
*/
int clique_unweighted_max_weight(graph_t *g, clique_options *opts) {
set_t s;
int size;
ASSERT((sizeof(setelement)*8)==ELEMENTSIZE);
ASSERT(g!=NULL);
s=clique_unweighted_find_single(g,0,0,FALSE,opts);
if (s==NULL) {
/* Search was aborted. */
return 0;
}
size=set_size(s);
set_free(s);
return size;
}
RadioButton::RadioButton (const RefPtr<AbstractIcon>& icon)
: AbstractButton(icon)
{
set_round_type(RoundAll);
set_checkable(true);
int w = this->icon()->size().width();
int h = this->icon()->size().height();
w += pixel_size(kPadding.hsum());
h += pixel_size(kPadding.vsum());
set_size(w, h);
InitializeRadioButtonOnce();
}
/**
* \brief Creates a carried item (i.e. an item carried by the hero).
* \param hero the hero who is lifting the item to be created
* \param original_entity the entity that will be replaced by this carried item
* (its coordinates, size and origin will be copied)
* \param animation_set_id name of the animation set for the sprite to create
* \param destruction_sound_id Name of the sound to play when this item is destroyed
* (or an empty string).
* \param damage_on_enemies damage received by an enemy if the item is thrown on him
* (possibly 0)
* \param explosion_date date of the explosion if the item should explode,
* or 0 if the item does not explode
*/
CarriedItem::CarriedItem(
Hero& hero,
const Entity& original_entity,
const std::string& animation_set_id,
const std::string& destruction_sound_id,
int damage_on_enemies,
uint32_t explosion_date
):
Entity("", 0, hero.get_layer(), Point(0, 0), Size(0, 0)),
hero(hero),
is_lifting(true),
is_throwing(false),
is_breaking(false),
break_one_layer_above(false),
destruction_sound_id(destruction_sound_id),
damage_on_enemies(damage_on_enemies),
shadow_sprite(nullptr),
throwing_direction(0),
next_down_date(0),
item_height(0),
y_increment(0),
explosion_date(explosion_date) {
// align correctly the item with the hero
int direction = hero.get_animation_direction();
if (direction % 2 == 0) {
set_xy(original_entity.get_x(), hero.get_y());
}
else {
set_xy(hero.get_x(), original_entity.get_y());
}
set_origin(original_entity.get_origin());
set_size(original_entity.get_size());
set_drawn_in_y_order(true);
// create the lift movement and the sprite
std::shared_ptr<PixelMovement> movement = std::make_shared<PixelMovement>(
lifting_trajectories[direction], 100, false, true
);
create_sprite(animation_set_id);
get_sprite().set_current_animation("stopped");
set_movement(movement);
// create the shadow (not visible yet)
shadow_sprite = std::make_shared<Sprite>("entities/shadow");
shadow_sprite->set_current_animation("big");
}
RadioButton::RadioButton (const String& text)
: AbstractButton(text)
{
set_round_type(RoundAll);
set_checkable(true);
int w = this->text()->size().width();
int h = this->text()->font().height();
if(w < 80) w = 80;
w += pixel_size(kPadding.hsum());
h += pixel_size(kPadding.vsum());
set_size(w, h);
InitializeRadioButtonOnce();
}
/* graph_rem_veterx */
int graph_rem_vertex(Graph *graph, void **data) {
ListElmt *element, *temp, *prev;
AdjList *adjlist;
int found;
/* Traverse each adjacency list and the vertices it contains. */
prev = NULL;
found = 0;
for (element = list_head(&graph->adjlists); element != NULL;
element = list_next(element)) {
/* Do not allow removal of the vertex if it is in an adjacenty list. */
if (set_is_member(&((AdjList *)list_data(element))->adjacent, *data))
return -1;
/* Keep a pointer to the vertex to be removed. */
if (graph->match(*data, ((AdjList *)list_data(element))->vertex)) {
temp = element;
found = 1;
}
/* Keep a pointer to the vertex before the vertex to be removed. */
if (!found)
prev = element;
}
/* Return if the vertex was not found. */
if (!found)
return -1;
/* Do not allow removal of the vertex if its adjacency list is not empty. */
if (set_size(&((AdjList *)list_data(temp))->adjacent) > 0)
return -1;
/* Remove the vertex. */
if (list_rem_next(&graph->adjlists, prev, (void **)&adjlist) != 0)
return -1;
/* Free the storage allocated by the abstract datatype. */
*data = adjlist->vertex;
free(adjlist);
/* Adjust the vertex count to account for the removed vertex. */
graph->vcount--;
return 0;
}
Asteroid::Asteroid(float x, float y, float ang, float xv, float yv, float rv, int s)
{
xPos = x;
yPos = y;
Collider.x = xPos;
Collider.y = yPos;
Angle = ang;
xVel = xv;
yVel = yv;
rotVel = rv;
split_num = 3;
mass_max = 90;
powerup_chance = 10;
set_size(s);
TYPE = T_ASTEROID;
}
TiXmlString& TiXmlString::assign(const char* str, size_type len)
{
size_type cap = capacity();
if (len > cap || cap > 3*(len + 8))
{
TiXmlString tmp;
tmp.init(len);
std::memcpy(tmp.start(), str, len);
swap(tmp);
}
else
{
std::memmove(start(), str, len);
set_size(len);
}
return *this;
}
void setup(){
set_brief("How to make a basic sword");
set_long(@MAY
Inherit the appropriate file - SWORD, M_VALUABLE.
Normal setup for adj, size and value (id not needed).
Set weapon_class - approx max hps of damage from a hit.
inherit SWORD;
inherit M_VALUABLE;
void setup() {
set_adj("dull");
set_weapon_class(15);
set_size(MEDIUM);
set_value(1000);
}
void setup(void) {
set_id("crown");
set_adj("metal");
set_short("A metal crown");
set_long("This crown functions as a useful helmet." +
" It is a simple crown of metal but you know that it's ancient " +
"and has rested upon the heads of champions throughout the " +
"ages.");
set_gettable(1);
set_slot("head");
set_wear_message("$N $vdon $o.");
set_remove_message("$N $vtake off $o");
set_ac(2);
set_value(3000);
set_size(3);
set_weight(1);
}
bool vsx_widget_note::init_from_command(vsx_command_s* c)
{
set_render_type(render_3d);
vsx_vector3<> np;
np = vsx_vector3_helper::from_string<float>(c->parts[2]);
set_pos(np);
np = vsx_vector3_helper::from_string<float>(c->parts[3]);
set_size(np);
set_font_size(vsx_string_helper::s2f(c->parts[5]));
set_border(font_size*0.15f);
size_min.x = font_size*3.0f;
size_min.y = font_size*4.0f;
//new_note->target_size = new_note->size;
load_text( vsx_string_helper::base64_decode(c->parts[4]));
return true;
}
void set_to_xml(int *l, char* res) /* prints the content of a set */
{
int i, j, start = 1;
for(i = 0; i < set_size(4); i++) {
for(j = 0; j < mod; j++){
if(l[i] & (1 << j)) {
if(!start) strcat(res, ",");
char tmp[8];
sprintf(tmp, "z[%i]=0", mod * i + j);
strcat(res,tmp);
start = 0;
}
}
}
}
/**
* \brief Creates an enemy.
* \param game The game.
* \param name Id of the enemy.
* \param layer The layer on the map.
* \param x X position on the map.
* \param y Y position on the map.
* \param breed Breed of the enemy.
* \param treasure Treasure dropped when the enemy is killed.
*/
Enemy::Enemy(
Game& game,
const std::string& name,
Layer layer,
int x,
int y,
const std::string& breed,
const Treasure& treasure):
Detector(COLLISION_RECTANGLE | COLLISION_SPRITE,
name, layer, x, y, 0, 0),
breed(breed),
damage_on_hero(1),
magic_damage_on_hero(0),
life(1),
hurt_style(HURT_NORMAL),
pushed_back_when_hurt(true),
push_hero_on_sword(false),
can_hurt_hero_running(false),
minimum_shield_needed(0),
rank(RANK_NORMAL),
savegame_variable(),
traversable(true),
obstacle_behavior(OBSTACLE_BEHAVIOR_NORMAL),
drawn_in_y_order(true),
initialized(false),
being_hurt(false),
stop_hurt_date(0),
invulnerable(false),
vulnerable_again_date(0),
can_attack(true),
can_attack_again_date(0),
immobilized(false),
start_shaking_date(0),
end_shaking_date(0),
dying_animation_started(false),
treasure(treasure),
exploding(false),
nb_explosions(0),
next_explosion_date(0) {
set_size(16, 16);
set_origin(8, 13);
}
/**
* @brief Creates a carried item (i.e. an item carried by the hero).
* @param hero the hero who is lifting the item to be created
* @param original_entity the entity that will be replaced by this carried item
* (its coordinates, size and origin will be copied)
* @param animation_set_id name of the animation set for the sprite to create
* @param destruction_sound_id name of the sound to play when this item is destroyed
* (or an empty string)
* @param damage_on_enemies damage received by an enemy if the item is thrown on him
* (possibly 0)
* @param explosion_date date of the explosion if the item should explode,
* or 0 if the item does not explode
*/
CarriedItem::CarriedItem(Hero& hero, MapEntity& original_entity,
const std::string& animation_set_id,
const std::string& destruction_sound_id,
int damage_on_enemies, uint32_t explosion_date):
MapEntity(),
hero(hero),
is_lifting(true),
is_throwing(false),
is_breaking(false),
break_on_intermediate_layer(false) {
// put the item on the hero's layer
set_layer(hero.get_layer());
// align correctly the item with the hero
int direction = hero.get_animation_direction();
if (direction % 2 == 0) {
set_xy(original_entity.get_x(), hero.get_y());
}
else {
set_xy(hero.get_x(), original_entity.get_y());
}
set_origin(original_entity.get_origin());
set_size(original_entity.get_size());
// create the lift movement and the sprite
PixelMovement *movement = new PixelMovement(lifting_trajectories[direction], 100, false, true);
create_sprite(animation_set_id);
get_sprite().set_current_animation("stopped");
set_movement(movement);
// create the breaking sound
this->destruction_sound_id = destruction_sound_id;
// create the shadow (not visible yet)
this->shadow_sprite = new Sprite("entities/shadow");
this->shadow_sprite->set_current_animation("big");
// damage on enemies
this->damage_on_enemies = damage_on_enemies;
// explosion
this->explosion_date = explosion_date;
}
/*ARGSUSED*/
static void
Initialize(Widget rq, Widget ebw, ArgList args, Cardinal *n)
{
XmEnhancedButtonWidget request = (XmEnhancedButtonWidget)rq;
XmEnhancedButtonWidget eb = (XmEnhancedButtonWidget)ebw;
XtWidgetProc resize;
XtProcessLock();
resize = xmLabelClassRec.core_class.resize;
XtProcessUnlock();
/* Create a bitmap for stippling (Drawable resources are cheap). */
if (STIPPLE_BITMAP == None)
{
Display *dpy = XtDisplay((Widget) request);
Window rootW = DefaultRootWindow(dpy);
STIPPLE_BITMAP = XCreateBitmapFromData(dpy, rootW, stipple_bits,
stipple_width, stipple_height);
}
eb->enhancedbutton.doing_setvalues = False;
/* First see what type of extended label this is.
*/
if (eb->enhancedbutton.pixmap_data)
{
XmString str;
set_pixmap(eb);
/* FIXME: this is not the perfect way to deal with menues, which do not
* have any string set right now. */
str = XmStringCreateLocalized("");
XtVaSetValues((Widget) eb, XmNlabelString, str, NULL);
XmStringFree(str);
}
eb->label.pixmap = eb->enhancedbutton.normal_pixmap;
if (request->core.width == 0)
eb->core.width = 0;
if (request->core.height == 0)
eb->core.height = 0;
set_size(eb);
(* resize)((Widget)eb);
}
Unison::Unison(int update_period_samples_, REALTYPE max_delay_sec_) {
update_period_samples = update_period_samples_;
max_delay = (int)(max_delay_sec_ * (REALTYPE)SAMPLE_RATE + 1);
if(max_delay < 10)
max_delay = 10;
delay_buffer = new REALTYPE[max_delay];
delay_k = 0;
base_freq = 1.0;
unison_bandwidth_cents = 10.0;
ZERO_REALTYPE(delay_buffer, max_delay);
uv = NULL;
update_period_sample_k = 0;
first_time = 0;
set_size(1);
}
static boolean callback_callback(set_t s, graph_t *g, clique_options *opt) {
igraph_vector_t *clique;
struct callback_data *cd;
int i, j;
CLIQUER_ALLOW_INTERRUPTION();
cd = (struct callback_data *) opt->user_data;
clique = (igraph_vector_t *) malloc(sizeof(igraph_vector_t));
igraph_vector_init(clique, set_size(s));
i = -1; j = 0;
while ((i = set_return_next(s,i)) >= 0)
VECTOR(*clique)[j++] = i;
return (*(cd->handler))(clique, cd->arg);
}
FileButton::FileButton ()
: AbstractButton(String("...")),
dialog_(0)
{
set_round_type(RoundAll);
int h = this->text()->font().height();
int w = h;
w += pixel_size(kPadding.hsum());
h += pixel_size(kPadding.vsum());
set_size(w, h);
InitializeFileButtonOnce();
clicked().connect(this, &FileButton::OnClicked);
}
vsx_widget_controller_pad::vsx_widget_controller_pad()
{
widget_type = 0;
a.x = 0;
a.y = 0;
b.x = 1;
b.y = 1;
widget_type = VSX_WIDGET_TYPE_CONTROLLER;
coord_type = VSX_WIDGET_COORD_CENTER;
set_size(vsx_vector3<>(0.1,0.1));
set_pos(vsx_vector3<>(-0.06));
generate_menu();
menu->init();
drawing = false;
}
void dfree(void* ptr, int flag) {
/* Your free and coalescing code goes here */
//bool left_f = is_free(left_block(ptr));
bool right_f = is_free(to_meta(right_block(ptr)));
bool left_f = is_free((metadata_t *)(ptr - META_SIZE - FOOTER_SIZE));
if (!left_f && !right_f) {
set_free(to_meta(ptr));
set_free((metadata_t *)to_footer(ptr));
add_node(to_meta(ptr));
}
else if (left_f && !right_f) {
//process the linked list
//change the size of two blocks
delete_node(to_meta(left_block(ptr)));
int left_size = block_size(left_block(ptr));
int new_size = left_size + FOOTER_SIZE + META_SIZE + block_size(ptr);
set_size(to_meta(left_block(ptr)), new_size);
set_size((metadata_t *)to_footer(ptr), new_size);
set_free(to_meta(left_block(ptr)));
set_free((metadata_t *)to_footer(ptr));
add_node(to_meta(left_block(ptr)));
}
else if (!left_f && right_f) {
//process the linked list
delete_node(to_meta(right_block(ptr)));
//change the size of two blocks
int right_size = block_size(right_block(ptr));
int new_size = right_size + block_size(ptr) + FOOTER_SIZE + META_SIZE;
set_size((metadata_t *)to_footer(right_block(ptr)), new_size);
set_free((metadata_t *)to_footer(right_block(ptr)));
set_size(to_meta(ptr), new_size);
set_free(to_meta(ptr));
//process the linked list
add_node(to_meta(ptr));
}
else if (left_f && right_f) {
//process the linked list
delete_node(to_meta(right_block(ptr)));
delete_node(to_meta(left_block(ptr)));
//change the size of two blocks
int right_size = block_size(right_block(ptr));
int left_size = block_size(left_block(ptr));
int new_size = block_size(ptr) + left_size + right_size + 2 * (FOOTER_SIZE + META_SIZE);
set_size((metadata_t *)to_footer(right_block(ptr)), new_size);
set_free((metadata_t *)to_footer(right_block(ptr)));
set_size(to_meta(left_block(ptr)), new_size);
set_free(to_meta(left_block(ptr)));
add_node(to_meta(left_block(ptr)));
}
}
void setup() {
add_relation("in");
set_default_relation("in");
set_gettable("It is securely anchored.\n");
set_id("mailbox", "box");
set_adj("small");
set_in_room_desc("There is a small mailbox here.");
set_max_capacity(SMALL);
#ifdef USE_SIZE
set_size(MEDIUM);
#endif
#ifdef USE_MASS
set_mass(MEDIUM);
#endif
set_objects( ([
"leaflet" : 1
]) );
}
CL_Texture::CL_Texture(
int target_gl,
int width,
int height,
int depth,
int border,
int format,
int level)
: impl(new CL_Texture_Generic(target_gl))
{
set_size(
format,
width,
height,
depth,
border,
level);
}
static int coalesce(void* block, size_t* size){
REQUIRES(block != NULL);
REQUIRES(in_heap(block));
//uint64_t* left_block;
void* right_block;
size_t new_size;
int index;
void* next;
void* prev;
*size = block_size(block);
new_size = (*size) * 2;
index = get_free_list_index(*size);
if(new_size > MAX_SIZE) return index;
right_block = ((uint64_t*)block)+(block_size(block)/sizeof(uint64_t*));
// if(in_heap(left_block) && block_free(left_block)){
// if(block_size(left_block) == size){
// set_size(left_block, size*2);
// add_block_to_list(get_free_list_index(size*2), left_block);
// }
// }
if(in_heap(right_block) && block_free((uint32_t*)right_block)){
if(block_size(right_block) == new_size/2){
next = block_next(right_block);
prev = block_prev(right_block);
if(free_lists[index] == right_block) free_lists[index] = next;
if(prev != NULL) set_next_pointer(prev, next);
if(next != NULL) set_prev_pointer(next, prev);
set_size(block, new_size);
*size = new_size;
index++;
}
}
return index;
}
/**
* \brief Creates an NPC.
* \param game the game
* \param name name identifying this NPC
* \param layer layer of the entity to create
* \param xy Coordinates of the entity to create.
* \param subtype the subtype of interaction
* \param sprite_name sprite animation set of the entity, or an empty string to create no sprite
* \param direction for a generalized NPC: direction for which the interactions are allowed
* (0 to 4, or -1 for any direction), for a usual NPC: initial direction of the NPC's sprite
* \param behavior_string indicates what happens when the hero interacts with this NPC:
* "dialog#XXX" to start the dialog XXX, "map" to call the map script
* (with an event_hero_interaction() call) or "item#XXX" to call the script
* of item XXX (with an event_hero_interaction() call)
*/
Npc::Npc(
Game& /* game */,
const std::string& name,
int layer,
const Point& xy,
Subtype subtype,
const std::string& sprite_name,
int direction,
const std::string& behavior_string
):
Entity(name, 0, layer, xy, Size(0, 0)),
subtype(subtype),
behavior(BEHAVIOR_MAP_SCRIPT),
traversable(false),
dialog_to_show(""),
item_name("") {
set_collision_modes(CollisionMode::COLLISION_FACING | CollisionMode::COLLISION_OVERLAPPING);
initialize_sprite(sprite_name, direction);
set_size(16, 16);
set_origin(8, 13);
set_direction(direction);
// Usual NPCs are displayed like the hero whereas generalized NPCs are
// not necessarily people.
set_drawn_in_y_order(subtype == USUAL_NPC);
// behavior
if (behavior_string == "map") {
behavior = BEHAVIOR_MAP_SCRIPT;
}
else if (behavior_string.substr(0, 5) == "item#") {
behavior = BEHAVIOR_ITEM_SCRIPT;
item_name = behavior_string.substr(5);
}
else if (behavior_string.substr(0, 7) == "dialog#") {
behavior = BEHAVIOR_DIALOG;
dialog_to_show = behavior_string.substr(7);
}
else {
Debug::die(std::string("Invalid behavior string for NPC '") + name
+ "': '" + behavior_string + "'");
}
}
void TimeRuler::PerformSizeUpdate(const AbstractView* source, const AbstractView* target, int width, int height)
{
if(target == this) {
float radius = std::min(width, height) / 2.f;
set_size(width, height);
set_round_radius(radius);
std::vector<GLfloat> inner_verts;
std::vector<GLfloat> outer_verts;
if(AbstractWindow::theme()->scroll().shaded) {
short shadetop = AbstractWindow::theme()->scroll().shadetop;
short shadedown = AbstractWindow::theme()->scroll().shadedown;
GenerateRoundedVertices(
Vertical,
shadetop,
shadedown,
&inner_verts,
&outer_verts);
} else {
GenerateRoundedVertices(
&inner_verts,
&outer_verts);
}
buffer_.bind(0);
buffer_.set_sub_data(0, sizeof(GLfloat) * inner_verts.size(), &inner_verts[0]);
buffer_.bind(1);
buffer_.set_sub_data(0, sizeof(GLfloat) * outer_verts.size(), &outer_verts[0]);
buffer_.reset();
RequestRedraw();
}
if(source == this) {
report_size_update(source, target, width, height);
}
}
void vsx_widget_profiler_thread::init()
{
support_interpolation = true;
allow_resize_x = true;
allow_resize_y = true;
set_size(vsx_vector3<>(20.0f,0.3f));
set_pos(vsx_vector3<>(0,0));
size_min.x = 0.2;
size_min.y = 0.2;
profiler = vsx_profiler_manager::get_instance()->get_profiler();
title = "thread";
allow_move_x = false;
this->interpolate_size();
init_run = true;
}
void setup(void) {
add_ids("tower shield");
set_adj("large");
set_short("A large tower shield");
set_long("A large tower shield It has an intricate holy symbol " +
"elaborately created on the front of the tower shield. It is " +
"heavy and sturdy.");
set_gettable(1);
set_ac(4);
set_wield_type("single");
set_wield_message("$N $vtake up $p $o.");
set_unwield_message("$N $vremove $p $o.");
set_value(1000);
set_size(35);
set_weight(3);
add_bane("holy");
}
/*
** Init a pre allocated or static hash structure
** and allocate buckets. NOT SAFE
*/
SafeHash* safe_hash_init(ErtsAlcType_t type, SafeHash* h, char* name, int size, SafeHashFunctions fun)
{
int i, bytes;
size = align_up_pow2(size);
bytes = size * sizeof(SafeHashBucket*);
h->type = type;
h->tab = (SafeHashBucket**) erts_alloc(h->type, bytes);
sys_memzero(h->tab, bytes);
h->name = name;
h->fun = fun;
set_size(h,size);
erts_smp_atomic_init(&h->is_rehashing, 0);
erts_smp_atomic_init(&h->nitems, 0);
for (i=0; i<SAFE_HASH_LOCK_CNT; i++) {
erts_smp_mtx_init(&h->lock_vec[i].mtx,"safe_hash");
}
return h;
}
void FrameBufferObject::
attach_depth_stencil_buffer(RenderContext const& ctx, Texture const& buffer,
int mip_level, int z_slice) {
std::unique_lock<std::mutex> lock(upload_mutex_);
// only attach buffer if it has an appropriate size
if (set_size(buffer)) {
// create new fbo if there isn't any for this context
if (fbos_.size() <= ctx.id || fbos_[ctx.id] == NULL) {
fbos_.resize(ctx.id+1);
fbos_[ctx.id] = ctx.render_device->create_frame_buffer();
}
fbos_[ctx.id]->attach_depth_stencil_buffer(
buffer.get_buffer(ctx), mip_level, z_slice);
}
}
DotIcon::DotIcon ()
: AbstractIcon()
{
int radius = pixel_size(3);
set_size(radius * 2, radius * 2);
std::vector<GLfloat> inner_verts;
std::vector<GLfloat> outer_verts;
GenerateVertices(-radius, -radius, radius, radius, pixel_size(1), RoundAll,
radius, &inner_verts, &outer_verts);
glGenVertexArrays(2, vao_);
glBindVertexArray(vao_[0]);
vbo_.generate();
vbo_.bind(0);
vbo_.set_data(sizeof(GLfloat) * inner_verts.size(), &inner_verts[0]);
glEnableVertexAttribArray(
AbstractWindow::shaders()->location(
Shaders::WIDGET_SIMPLE_TRIANGLE_COORD));
glVertexAttribPointer(
AbstractWindow::shaders()->location(
Shaders::WIDGET_SIMPLE_TRIANGLE_COORD),
3,
GL_FLOAT,
GL_FALSE, 0, 0);
glBindVertexArray(vao_[1]);
vbo_.bind(1);
vbo_.set_data(sizeof(GLfloat) * outer_verts.size(), &outer_verts[0]);
glEnableVertexAttribArray(AttributeCoord);
glVertexAttribPointer(AttributeCoord, 2,
GL_FLOAT,
GL_FALSE, 0, 0);
glBindVertexArray(0);
vbo_.reset();
}