void ColoredImageCanvas::serialize(ContentSerializer &serializer)
{
serializer.write_object<Content>();
serializer.write_list(object_table.table.get_entries());
for(ObjectListHash::Table::Iterator i = object_table.table.begin(); i != object_table.table.end(); ++i)
{
ObjectList *list = *i;
ContentEntry &entry = serializer.write_object<ContentEntry>();
entry.texture = list->key->texture;
entry.indices = list->size * 6;
GLshort *vertex_map = entry.vertex_buffer.setup(entry.indices * 2);
GLubyte *color_map = entry.color_buffer.setup(entry.indices * 4);
GLfloat *coords_map = entry.coords_buffer.setup(entry.indices * 2);
for(ObjectList::Iterator j = list->begin(); j != list->end(); ++j)
{
Object *object = *j;
vertex_map = buffer_quad(vertex_map, object->x, object->y, object->width, object->height);
color_map = buffer_color(color_map, object->color);
color_map = buffer_color(color_map, object->color);
color_map = buffer_color(color_map, object->color);
color_map = buffer_color(color_map, object->color);
color_map = buffer_color(color_map, object->color);
color_map = buffer_color(color_map, object->color);
coords_map = buffer_coords(coords_map, object->atlas_entry->x, object->atlas_entry->y, object->atlas_entry->x2, object->atlas_entry->y2);
}
entry.vertex_buffer.unmap();
entry.color_buffer.unmap();
entry.coords_buffer.unmap();
}
}
std::vector<std::string> AttributeContainer::PrettyVectorColored()
{
std::string result = "";
std::vector<std::string> string_vec;
TCODColor health_color = HealthAttribute::attribute_color;
TCODColor mana_color = ManaAttribute::attribute_color;
TCODColor armor_color = ArmorAttribute::attribute_color;
TCODColor damage_color = DamageAttribute::attribute_color;
TCODColor speed_color = SpeedAttribute::attribute_color;
string_vec.push_back(buffer_color("HCV", this->health->current_val, health_color));
string_vec.push_back(buffer_color("HMV", this->health->max_val, health_color));
string_vec.push_back(buffer_color("HRR", this->health->regen_rate, health_color));
string_vec.push_back(buffer_color("HRI", this->health->regen_interval, health_color));
string_vec.push_back(buffer_color("MCV", this->mana->current_val, mana_color));
string_vec.push_back(buffer_color("MMV", this->mana->max_val, mana_color));
string_vec.push_back(buffer_color("MRR", this->mana->regen_rate, mana_color));
string_vec.push_back(buffer_color("MRI", this->mana->regen_interval, mana_color));
string_vec.push_back(buffer_color("ACV", this->armor->current_val, armor_color));
string_vec.push_back(buffer_color("AMV", this->armor->max_val, armor_color));
string_vec.push_back(buffer_color("ARR", this->armor->regen_rate, armor_color));
string_vec.push_back(buffer_color("ARI", this->armor->regen_interval, armor_color));
string_vec.push_back(buffer_color("DCV", this->get_effective_damage()->get_raw_total(), damage_color));
string_vec.push_back(buffer_color("DMV", this->damage->max_val, damage_color));
string_vec.push_back(buffer_color("DRR", this->damage->regen_rate, damage_color));
string_vec.push_back(buffer_color("DRI", this->damage->regen_interval, damage_color));
string_vec.push_back(buffer_color("SCV", this->speed->current_val, speed_color));
string_vec.push_back(buffer_color("SMV", this->speed->max_val, speed_color));
string_vec.push_back(buffer_color("SRR", this->speed->regen_rate, speed_color));
string_vec.push_back(buffer_color("SRI", this->speed->regen_interval, speed_color));
return string_vec;
};
