void Level::loadBoundsElement(const CL_DomNode &p_boundsNode)
{
const CL_DomNodeList boundList = p_boundsNode.get_child_nodes();
const int boundListSize = boundList.get_length();
for (int i = 0; i < boundListSize; ++i) {
const CL_DomNode boundNode = boundList.item(i);
if (boundNode.get_node_name() == "bound") {
CL_DomNamedNodeMap attrs = boundNode.get_attributes();
float x1 = CL_StringHelp::local8_to_float(attrs.get_named_item("x1").get_node_value());
float y1 = CL_StringHelp::local8_to_float(attrs.get_named_item("y1").get_node_value());
float x2 = CL_StringHelp::local8_to_float(attrs.get_named_item("x2").get_node_value());
float y2 = CL_StringHelp::local8_to_float(attrs.get_named_item("y2").get_node_value());
x1 *= Block::WIDTH;
y1 *= Block::WIDTH;
x2 *= Block::WIDTH;
y2 *= Block::WIDTH;
cl_log_event("debug", "Loading bound %1 x %2 -> %3 x %4", x1, y1, x2, y2);
const CL_LineSegment2f segment(CL_Pointf(x1, y1), CL_Pointf(x2, y2));
m_bounds.push_back(CL_SharedPtr<Bound>(new Bound(segment)));
} else {
cl_log_event("race", "Unknown node '%1', ignoring", boundNode.get_node_name());
}
}
}
bool CL_DomNode::operator ==(const CL_DomNode &other) const
{
if (is_null() || other.is_null())
return is_null() == other.is_null();
else
return impl->node_index == other.impl->node_index;
}
CL_DomElement CL_DomElement::get_next_sibling_element() const
{
CL_DomNode node = get_next_sibling();
while (!node.is_null() && !node.is_element())
node = node.get_next_sibling();
return node.to_element();
}
void Level::loadMetaElement(const CL_DomNode &p_metaNode)
{
m_width = p_metaNode.select_int("size/width");
m_height = p_metaNode.select_int("size/height");
cl_log_event("race", "level size set to %1 x %2", m_width, m_height);
}
void TexturePacker::process_resource(CL_Resource &item_resource, std::vector<CL_Subtexture> &packed_sub_textures, std::map<CL_Texture, CL_String> &generated_texture_filenames, int &generated_texture_index, const CL_String &image_pathname )
{
// Found a sprite resource, lets modify its content!
CL_Resource resource = item_resource;
// Iterate through all nodes, and remove all previous image tags
CL_DomElement &element = resource.get_element();
CL_DomNode cur = element.get_first_child();
while (!cur.is_null())
{
CL_DomNode next = cur.get_next_sibling();
CL_DomNode::NodeType nodeType = (CL_DomNode::NodeType)cur.get_node_type();
// Only remove the <image> tag, as we want to keep the other sprite attributes
if (cur.get_node_name() == "image")
element.remove_child(cur);
cur = next;
}
// Add new image tag to resource DOM
std::vector<CL_Subtexture>::size_type index, size;
size = packed_sub_textures.size();
for(index = 0; index < size; ++index)
{
CL_Subtexture subtexture = packed_sub_textures[index];
// Try to find out if we already have created a texture-on-disk for this subtexture
CL_String texture_filename;
CL_Texture texture = subtexture.get_texture();
std::map<CL_Texture, CL_String>::iterator it;
it = generated_texture_filenames.find(texture);
if(it == generated_texture_filenames.end())
{
// Texture not found, generate a filename and dump texture to disk
texture_filename = cl_format("texture%1.png", ++generated_texture_index);
CL_PNGProvider::save(texture.get_pixeldata(), image_pathname + texture_filename);
generated_texture_filenames[texture] = texture_filename;
}
else
{
// Previously dumped textures, lets reuse the filename
texture_filename = (*it).second;
}
// Add <grid> DOM element
CL_DomElement new_grid_element = element.get_owner_document().create_element("grid");
new_grid_element.set_attribute("pos", cl_format("%1,%2", subtexture.get_geometry().left + last_border_size, subtexture.get_geometry().top + last_border_size));
new_grid_element.set_attribute("size", cl_format("%1,%2", subtexture.get_geometry().get_width()- last_border_size*2, subtexture.get_geometry().get_height()- last_border_size*2));
// Add <image> DOM element
CL_DomElement new_image_element = element.get_owner_document().create_element("image");
new_image_element.set_attribute("file", texture_filename);
new_image_element.append_child(new_grid_element);
// Add <image> element under <sprite> element
element.append_child(new_image_element);
}
}
CL_String CL_DomNode::select_string(const CL_DomString &xpath_expression) const
{
CL_DomNode node = select_node(xpath_expression);
if (node.is_element())
return node.to_element().get_text();
else
return node.get_node_value();
}
CL_DomNode CL_DomNode::named_item(const CL_DomString &name) const
{
CL_DomNode node = get_first_child();
while (node.is_null() == false)
{
if (node.get_node_name() == name) return node;
node = node.get_next_sibling();
}
return CL_DomNode();
}
CL_DomNodeList CL_DomNode::get_child_nodes() const
{
CL_DomNodeList list;
CL_DomNode node = get_first_child();
while(!node.is_null())
{
list.add_item(node);
node = node.get_next_sibling();
}
return list;
}
bool CL_DomElement::has_attribute_ns(
const CL_DomString &namespace_uri,
const CL_DomString &local_name) const
{
if (impl)
{
CL_DomNode attribute = get_attributes().get_named_item_ns(namespace_uri, local_name);
return attribute.is_attr();
}
return false;
}
CL_DomElement CL_DomDocument::get_document_element()
{
CL_DomNode cur = get_first_child();
while (!cur.is_null())
{
if (cur.is_element())
return cur.to_element();
cur = cur.get_next_sibling();
}
return CL_DomElement();
}
CL_DomNode CL_DomNode::named_item_ns(
const CL_DomString &namespace_uri,
const CL_DomString &local_name) const
{
CL_DomNode node = get_first_child();
while (node.is_null() == false)
{
if (node.get_namespace_uri() == namespace_uri && node.get_local_name() == local_name)
return node;
node = node.get_next_sibling();
}
return CL_DomNode();
}
CL_DomNode CL_DomNamedNodeMap::set_named_item(const CL_DomNode &node)
{
int size = impl->attributes.size();
for (int i=0; i<size; i++)
{
if (impl->attributes[i].first == node.to_attr().get_name())
{
CL_DomNode oldnode(impl->attributes[i].second);
impl->attributes[i].second = node;
return oldnode;
}
}
impl->attributes.push_back(std::pair<std::string, CL_DomNode>(node.to_attr().get_name(), node));
return CL_DomNode();
}
CL_DomString CL_DomNode::find_prefix(const CL_DomString &namespace_uri) const
{
CL_DomElement cur = to_element();
while (!cur.is_null())
{
CL_DomNamedNodeMap attributes = cur.get_attributes();
int size = attributes.get_length();
for (int index = 0; index < size; index++)
{
CL_DomNode attribute = attributes.item(index);
if (attribute.get_prefix() == "xmlns" &&
attribute.get_node_value() == namespace_uri)
{
return attribute.get_local_name();
}
}
cur = cur.get_parent_node().to_element();
}
return CL_DomString();
}
//рекурсивное клонирование XML-элемента
CL_DomElement cloneElement(CL_DomElement &element, CL_DomDocument &doc)
{
//создаем элемент-клон
CL_DomElement clone(doc, element.get_tag_name());
//копируем атрибуты
CL_DomNamedNodeMap attributes = element.get_attributes();
unsigned long length = attributes.get_length();
for (unsigned long i = 0; i < length; ++i)
{
CL_DomNode attr = attributes.item(i);
clone.set_attribute(attr.get_node_name(), attr.get_node_value());
}
//рекурсивно копируем дочерние элементы
for (CL_DomElement child = element.get_first_child_element(); !child.is_null(); child = child.get_next_sibling_element())
clone.append_child(cloneElement(child, doc));
//возвращаем клонированный элемент
return clone;
}
ResourceItem *TexturePacker::load_resource(CL_GraphicContext &gc, CL_String &resource_id, CL_Resource &resource, CL_ResourceManager &resources)
{
ResourceItem *item = 0;
try
{
CL_String type = resource.get_type();
if(type == "sprite")
{
item = load_sprite(gc, resource_id, resource, resources);
}
else if(type == "image")
{
item = load_image(gc, resource_id, resource, resources);
}
else
{
throw CL_Exception(cl_format("Resourcetype %1 is not supported", type));
}
}
catch(CL_Exception ex)
{
item = new NotSupportedResourceItem(resource, ex.message);
}
// Find resource path by traversing parents
CL_DomElement &dom_element = resource.get_element();
CL_DomNode parent = dom_element.get_parent_node();
while (!parent.is_null())
{
CL_DomElement parent_element = parent.to_element();
CL_String parent_name = parent_element.get_attribute("name");
if(parent_name.length() > 0)
item->resource_path = cl_format("%1/%2", parent_name, item->resource_path);
parent = parent.get_parent_node();
}
return item;
}
void Level::loadFromFile(const CL_String& p_filename)
{
assert(!m_loaded && "level is already loaded");
try {
CL_File file(p_filename, CL_File::open_existing, CL_File::access_read);
CL_DomDocument document(file);
const CL_DomElement root = document.get_document_element();
// load meta element
const CL_DomNode metaNode = root.named_item("meta");
loadMetaElement(metaNode);
// gets level's content
const CL_DomNode contentNode = root.named_item("content");
// load sand
const CL_DomNode sandNode = contentNode.named_item("sand");
loadSandElement(sandNode);
// load track
const CL_DomNode trackNode = contentNode.named_item("track");
loadTrackElement(trackNode);
// load track bounds
const CL_DomNode boundsNode = contentNode.named_item("bounds");
loadBoundsElement(boundsNode);
file.close();
m_loaded = true;
} catch (CL_Exception e) {
CL_Console::write_line(e.message);
}
}
CL_String CL_DomElement::get_text() const
{
CL_String str;
if (has_child_nodes() == false)
return str;
CL_DomNode cur = get_first_child();
while (!cur.is_null())
{
if (cur.is_text() || cur.is_cdata_section())
str.append(cur.get_node_value());
if (cur.is_element())
str.append(cur.to_element().get_text());
cur = cur.get_next_sibling();
}
return str;
}
void Level::loadSandElement(const CL_DomNode &p_sandNode)
{
const CL_DomNodeList sandChildren = p_sandNode.get_child_nodes();
const int sandChildrenCount = sandChildren.get_length();
CL_DomNode sandChildNode, groupChildNode;
for (int i = 0; i < sandChildrenCount; ++i) {
sandChildNode = sandChildren.item(i);
if (sandChildNode.get_node_name() == "group") {
const CL_DomNodeList groupChildren = sandChildNode.get_child_nodes();
const int groupChildrenCount = groupChildren.get_length();
// create new sandpit
m_sandpits.push_back(Sandpit());
Sandpit &sandpit = m_sandpits.back();
for (int j = 0; j < groupChildrenCount; ++j) {
groupChildNode = groupChildren.item(j);
if (groupChildNode.get_node_name() == "circle") {
CL_DomNamedNodeMap attrs = groupChildNode.get_attributes();
const float x = CL_StringHelp::local8_to_float(attrs.get_named_item("x").get_node_value());
const float y = CL_StringHelp::local8_to_float(attrs.get_named_item("y").get_node_value());
const float radius = CL_StringHelp::local8_to_float(attrs.get_named_item("radius").get_node_value());
// add to sandpit
// must save as integer
const CL_Pointf centerFloat = real(CL_Pointf(x, y));
const CL_Point centerInt = CL_Point((int) floor(centerFloat.x), (int) floor(centerFloat.y));
sandpit.addCircle(centerInt, real(radius));
// m_resistanceMap.addGeometry(geom, 0.8f);
} else {
cl_log_event("error", "unknown element in <sand><group></group></sand>: <%1>", sandChildNode.get_node_name());
}
}
} else {
cl_log_event("error", "unknown element in <sand></sand>: <%1>", sandChildNode.get_node_name());
}
}
}
void CL_ResourceManager::destroy_resource(const CL_String &resource_id)
{
std::map<CL_String, CL_Resource>::iterator it;
it = impl->resources.find(resource_id);
if (it == impl->resources.end())
return;
CL_DomNode cur = it->second.get_element();
impl->resources.erase(it);
CL_DomNode parent = cur.get_parent_node();
while (!parent.is_null())
{
parent.remove_child(cur);
if (parent.has_child_nodes())
break;
cur = parent;
parent = parent.get_parent_node();
}
}
void CL_GUIComponent::load_css_layout(const CL_String &xml_filename, const CL_String &css_filename)
{
CL_CSSDocument2 css_document;
css_document.add_sheet(css_filename);
CL_File file(xml_filename);
CL_DomDocument dom(file, false);
CL_DomNode cur = dom.get_document_element().get_first_child();
std::vector<CL_CSSLayoutElement> element_stack;
{
CL_DomSelectNode select_node(dom.get_document_element());
impl->css_element.apply_properties(css_document.select(&select_node));
impl->css_element.apply_properties(dom.get_document_element().get_attribute("style"));
impl->css_element.set_col_span(dom.get_document_element().get_attribute_int("colspan", 1));
impl->css_element.set_row_span(dom.get_document_element().get_attribute_int("rowspan", 1));
}
element_stack.push_back(impl->css_element);
while (!cur.is_null())
{
CL_CSSLayoutElement child_css_element;
if (cur.is_element())
{
CL_DomElement cur_element = cur.to_element();
CL_DomSelectNode select_node(cur_element);
child_css_element = element_stack.back().create_element(cur_element.get_tag_name());
child_css_element.apply_properties(css_document.select(&select_node));
child_css_element.apply_properties(cur_element.get_attribute("style"));
child_css_element.set_col_span(cur_element.get_attribute_int("colspan", 1));
child_css_element.set_row_span(cur_element.get_attribute_int("rowspan", 1));
}
else if (cur.is_text())
{
CL_DomText cur_text = cur.to_text();
element_stack.back().create_text(cur_text.get_node_value());
}
CL_DomNode next = cur.get_first_child();
if (next.is_null())
{
next = cur.get_next_sibling();
if (next.is_null())
{
next = cur.get_parent_node();
while (!next.is_null() && next.get_next_sibling().is_null())
next = next.get_parent_node();
if (!next.is_null())
next = next.get_next_sibling();
}
}
else
{
element_stack.push_back(child_css_element);
}
cur = next;
}
CL_GraphicContext gc = get_gc();
impl->css_layout.layout(gc, get_size());
}
std::vector<CL_DomNode> CL_DomDocument::load(
CL_IODevice &input,
bool eat_whitespace,
CL_DomNode insert_point)
{
clear_all();
CL_XMLTokenizer tokenizer(input);
tokenizer.set_eat_whitespace(eat_whitespace);
if (insert_point.is_element() == false)
insert_point = *this;
std::vector<CL_DomNode> node_stack;
node_stack.push_back(insert_point);
std::vector<CL_DomNode> result;
try
{
CL_XMLToken cur_token;
tokenizer.next(&cur_token);
while (cur_token.type != CL_XMLToken::NULL_TOKEN)
{
switch (cur_token.type)
{
case CL_XMLToken::TEXT_TOKEN:
node_stack.back().append_child(create_text_node(cur_token.value));
if (node_stack.back() == insert_point)
result.push_back(node_stack.back().get_last_child());
break;
case CL_XMLToken::CDATA_SECTION_TOKEN:
node_stack.back().append_child(create_cdata_section(cur_token.value));
if (node_stack.back() == insert_point)
result.push_back(node_stack.back().get_last_child());
break;
case CL_XMLToken::ELEMENT_TOKEN:
if (cur_token.variant != CL_XMLToken::END)
{
CL_DomString namespace_uri = CL_DomDocument_Generic::find_namespace_uri(cur_token.name, cur_token, node_stack.back());
CL_DomElement element = create_element_ns(namespace_uri, cur_token.name);
node_stack.back().append_child(element);
if (node_stack.back() == insert_point)
result.push_back(node_stack.back().get_last_child());
int size = (int) cur_token.attributes.size();
for (int i=0; i<size; i++)
{
CL_XMLToken::Attribute &attribute = cur_token.attributes[i];
CL_DomString attribute_namespace_uri = CL_DomDocument_Generic::find_namespace_uri(attribute.first, cur_token, node_stack.back());
element.set_attribute_ns(
attribute_namespace_uri,
attribute.first,
attribute.second);
}
if (cur_token.variant == CL_XMLToken::BEGIN)
node_stack.push_back(element);
}
else
{
node_stack.pop_back();
if (node_stack.empty()) throw CL_Exception("Malformed XML tree!");
}
break;
case CL_XMLToken::NULL_TOKEN:
break;
case CL_XMLToken::ENTITY_REFERENCE_TOKEN:
break;
case CL_XMLToken::ENTITY_TOKEN:
break;
case CL_XMLToken::COMMENT_TOKEN:
break;
case CL_XMLToken::DOCUMENT_TYPE_TOKEN:
break;
case CL_XMLToken::NOTATION_TOKEN:
break;
case CL_XMLToken::PROCESSING_INSTRUCTION_TOKEN:
break;
}
tokenizer.next(&cur_token);
}
}
catch (const CL_Exception& e)
{
for (std::vector<CL_DomNode>::size_type i = 0; i < result.size(); i++)
{
insert_point.remove_child(result[i]);
}
throw;
}
return result;
}
int ConsoleProgram::main(const std::vector<CL_String> &args)
{
// Setup clanCore:
CL_SetupCore setup_core;
// Initialize the ClanLib display component
CL_SetupDisplay setup_display;
// Create a console Window if one does not exist:
CL_ConsoleWindow console_window("Console", 80, 600);
try
{
//получение параметра запуска
for (std::vector<CL_String>::const_iterator iter_args = args.begin(); iter_args != args.end(); ++iter_args)
CL_Console::write_line( *iter_args );
//получение имени директории для сохранения
CL_String workDirectoryName;
if (args.size() > 1)
{
//полное имя рабочей директории
workDirectoryName = args[1];
//конвертирование из CP-1251 в UTF-8 имени рабочей директории
workDirectoryName = decode(workDirectoryName);
}
else
{
//получение полного пути к текущему каталогу
workDirectoryName = CL_Directory::get_current();
}
CL_Console::write_line("workDirectoryName: %1", workDirectoryName);
//получение имени последней директории
CL_String locationName = CL_PathHelp::remove_trailing_slash(workDirectoryName);
locationName = CL_PathHelp::get_filename(locationName);
CL_Console::write_line("locationName: %1", locationName);
CL_String tempDir = CL_PathHelp::add_trailing_slash(workDirectoryName) + "temp\\";
CL_DirectoryScanner directoryScanner;
directoryScanner.scan(tempDir, "*.export");
while (directoryScanner.next())
{
//имя обрабатываемого файла
CL_String fileName;
if (directoryScanner.is_directory())
continue;
//получение полного имени файла экспорта
fileName = directoryScanner.get_pathname();
//конвертирование из CP-1251 в UTF-8
fileName = decode(fileName);
CL_Console::write_line("find: %1", fileName);
//открытие XML файла
CL_File fileXML;
bool is_opened = fileXML.open(fileName);
if( !is_opened )
return PrintError( CL_String("Can't open file: ") + fileName );
//Создание объекта DOM парсера
CL_DomDocument document(fileXML);
//получение root узла
CL_DomElement root = document.get_document_element();
if( root.get_local_name() != "resources")
{
CL_Console::write_line("Root name can't be: %1", root.get_local_name().c_str());
return PrintError("");
}
//цикл по потомкам "resources"
for (CL_DomNode cur = root.get_first_child(); !cur.is_null(); cur = cur.get_next_sibling())
{
//загрузка только спрайтов
if (cur.get_node_name() != "sprite")
continue;
CL_DomElement element = cur.to_element();
//проверка на обязательные параметры
if (!element.has_attribute("name"))
return PrintError("Error: can't find parametr \"name\"");
CL_DomString name = element.get_attribute("name");
int x = element.get_attribute_int("x");
int y = element.get_attribute_int("y");
//добавление спрайта
sprites.push_back( S_Sprite(name, CL_Vec2i(x, y) ) );
//цикл по "image" (формирование списка имен файлов)
for (CL_DomNode cur_image = cur.get_first_child(); !cur_image.is_null(); cur_image = cur_image.get_next_sibling())
{
//загрузка только image
if (cur_image.get_node_name() != "image")
continue;
CL_DomElement element_image = cur_image.to_element();
CL_DomString file = element_image.get_attribute("file");
//конвертирование из CP-1251 в UTF-8 имени файла изображения
file = decode(file);
//добавление изображения для обработки
(sprites.end()-1)->AddImage(file);
}
//цикл по "frame" (дополнение списка информацией о файле)
for (CL_DomNode cur_frame = cur.get_first_child(); !cur_frame.is_null(); cur_frame = cur_frame.get_next_sibling())
{
if (cur_frame.get_node_name() != "frame")
continue;
CL_DomElement element_frame = cur_frame.to_element();
//проверка на обязательные параметры
if (!element_frame.has_attribute("nr"))
return PrintError("Error: can't find parameter \"nr\"");
size_t nr = element_frame.get_attribute_int("nr");
int speed = element_frame.get_attribute_int("speed");
int x_image = element_frame.get_attribute_int("x");
int y_image = element_frame.get_attribute_int("y");
(sprites.end()-1)->SetAnimationsParam(nr, speed, CL_Vec2i(x_image, y_image));
}
}
fileXML.close();
}
//CL_Console::wait_for_key();
// TODO:
//проверка на перекрытие ресурсных имен
//return PrintError( CL_String("Error: This resourse already exist") );
//декодирование имени спрайта и генерация с декодированием полных имен файлов
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
{
for(S_Sprite::T_Images::iterator iter_images = iter_sprites->mImages.begin(); iter_images != iter_sprites->mImages.end(); ++iter_images)
{
//CL_Console::write_line("processing: %1 pos = %2 %3", iter_sprites->mName, iter_sprites->mPos.x, iter_sprites->mPos.y);
//генерация полного имени файла
iter_images->mSourceFullName = CL_PathHelp::make_absolute(tempDir, iter_images->mSourceFileName);
//CL_Console::write_line("image: %1 pos = %2 %3", iter_images->mSourceFileName, iter_images->mOffset.x, iter_images->mOffset.y);
CL_Console::write_line("image fullname: %1", iter_images->mSourceFullName);
}
}
//CL_Console::wait_for_key();
//загрузка файлов-картинок
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
for(S_Sprite::T_Images::iterator iter_images = iter_sprites->mImages.begin(); iter_images != iter_sprites->mImages.end(); ++iter_images)
iter_images->mImage = CL_ImageProviderFactory::load(iter_images->mSourceFullName).to_format(cl_rgba8);
//CL_Console::wait_for_key();
//проход по всем спрайтам для определения необходимости разрезки на несколько спрайтов
for(T_Sprites::size_type iSprites = 0; iSprites < sprites.size(); ++iSprites)
{
for(S_Sprite::T_Images::size_type iImages = 0; iImages < sprites[iSprites].mImages.size(); ++iImages)
{
//определение размеров
CL_Size image_size = sprites[iSprites].mImages[iImages].mImage.get_size();
//Определение наличия прозрачности
sprites[iSprites].mImages[iImages].mNoTransparent = testAlpha(sprites[iSprites].mImages[iImages].mImage);
//высота превышает допустимую
if(image_size.height > MAX_HEIGHT)
return PrintError( CL_String("Error: image height is more then 1024") );
//ширина превышает допустимую
if(image_size.width > MAX_WIDTH)
{
CL_Console::write_line("scussor: sprites[iSprites].mName: %1", sprites[iSprites].mName);
//проверка на то что у этого спрайта один image
if(sprites[iSprites].mImages.size() > 1)
return PrintError( CL_String("Error: animation size can't be more than MAX_WIDTH*MAX_HEIGHT (1024*1024)") );
//сохранение высоты и ширины
int h = image_size.height;
int w = image_size.width;
//определение кол-ва частей на разрезку
int n; //кол-во частей на разрезку
for(n = 2; n < 10; ++n)
if (w > (n-1)*MAX_WIDTH - 2*(n-2) && w <= (n)*MAX_WIDTH - 2*(n-1))
break;
T_Sprites::iterator addedSprite;
switch (n)
{
case 2: //две части
//спрайт слева (задание имени и позиции спрайта)
addedSprite = sprites.insert( sprites.begin()+iSprites+1,
S_Sprite(CL_String(sprites[iSprites].mName)+CL_StringHelp::int_to_text(0), sprites[iSprites].mPos+CL_Vec2i(0, 0) ) );
//создание одного Image в добавленом спрайте
addedSprite->AddImage(sprites[iSprites].mImages[iImages].mSourceFileName);
//создание изображения (задание зазмеров спрайта)
addedSprite->mImages[0].mImage = CL_PixelBuffer(MAX_WIDTH, h, cl_rgba8);
//наследование флага отсутствия прозрачности
addedSprite->mImages[0].mNoTransparent = sprites[iSprites].mImages[iImages].mNoTransparent;
//копирование куска изображения
sprites[iSprites].mImages[iImages].mImage.convert(addedSprite->mImages[0].mImage,
//(dst Rect, src Rect)
CL_Rect(0, 0, MAX_WIDTH, h), CL_Rect(0, 0, MAX_WIDTH, h));
addedSprite->mImages[0].mDeltaGrid.left = 0;
addedSprite->mImages[0].mDeltaGrid.right = -1;
//спрайт справа (задание имени и позиции спрайта)
addedSprite = sprites.insert( sprites.begin()+iSprites+1,
S_Sprite(CL_String(sprites[iSprites].mName)+CL_StringHelp::int_to_text(1), sprites[iSprites].mPos+CL_Vec2i(MAX_WIDTH-1, 0) ) );
//создание одного Image в добавленом спрайте
addedSprite->AddImage(sprites[iSprites].mImages[iImages].mSourceFileName);
//создание изображения (задание зазмеров спрайта)
addedSprite->mImages[0].mImage = CL_PixelBuffer(w-MAX_WIDTH+2, h, cl_rgba8);
//наследование флага отсутствия прозрачности
addedSprite->mImages[0].mNoTransparent = sprites[iSprites].mImages[iImages].mNoTransparent;
//копирование куска изображения
sprites[iSprites].mImages[iImages].mImage.convert(addedSprite->mImages[0].mImage,
//(dst Rect, src Rect)
CL_Rect(0, 0, w-MAX_WIDTH+2, h), CL_Rect(MAX_WIDTH-2, 0, w, h));
addedSprite->mImages[0].mDeltaGrid.left = +1;
addedSprite->mImages[0].mDeltaGrid.right = -1;
break;
default:
return PrintError( CL_String("Error: scussored on >2 part is't writen by C++ programmer") );
break;
}
/*
//разделение изображения на части
int x = 1;
int residual = image_size.width;
int left, right;
int i = 0;
do
{
x -= 1;
left = x;
x += min(MAX_WIDTH, residual);
right = x;
residual -= (right-left-1);
i++;
//добавление куска
T_Sprites::iterator addedSprite =
sprites.insert( sprites.begin()+iSprites+1,
S_Sprite(CL_String(sprites[iSprites].mName)+CL_StringHelp::int_to_text(i), sprites[iSprites].mPos+CL_Vec2i(left, 0) ) );
//создание одного Image в добавленом спрайте
addedSprite->AddImage(sprites[iSprites].mImages[iImages].mSourceFileName);
//создание изображения
addedSprite->mImages[0].mImage = CL_PixelBuffer(right-left, h, cl_rgba8);
//наследование флага отсутствия прозрачности
addedSprite->mImages[0].mNoTransparent = sprites[iSprites].mImages[iImages].mNoTransparent;
//копирование куска изображения
sprites[iSprites].mImages[iImages].mImage.convert(addedSprite->mImages[0].mImage, CL_Rect(0,0,right-left,h), CL_Rect(left, 0, right, h));
}
while(residual != 1);
*/
//удаление исходного разрезаемого изображения
sprites.erase( sprites.begin() + iSprites );
}
}
}
// for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
// {
// //определение размеров
// CL_Size imageSize = iter_sprites->mImage.get_size();
// //Добавление несколько пикселей для границы спрайтов с дублированием граничных пикселей
// iter_sprites->image = CL_PixelBufferHelp::add_border(iter_sprites->image, ADDING_BORDER, CL_Rect(0, 0, image_size.width, image_size.height) );
// }
///////////////////////////////////////////////////////
//распределение картинок на текстурном атласе
///////////////////////////////////////////////////////
for(T_Sprites::size_type iSprites = 0; iSprites < sprites.size(); ++iSprites)
{
for(S_Sprite::T_Images::size_type iImages = 0; iImages < sprites[iSprites].mImages.size(); ++iImages)
{
//переполучение размера
CL_Size image_size = sprites[iSprites].mImages[iImages].mImage.get_size();
//помещение в отсортированый список указателя на image
sortedList.insert( std::make_pair( max(image_size.width, image_size.height), S_ImagePointer(iSprites, iImages) ) );
}
}
//Проверка сортировки
//for(T_SortedList::iterator iter_sortedList = sortedList.begin(); iter_sortedList != sortedList.end(); ++iter_sortedList)
// CL_Console::write_line("sorted: %1, key=(%2, %3)", iter_sortedList->first, iter_sortedList->second.iSprite, iter_sortedList->second.iImage);
//проход по всем спрайтам по убыванию большей стороны
for(T_SortedList::reverse_iterator iter_sortedList = sortedList.rbegin(); iter_sortedList != sortedList.rend(); ++iter_sortedList)
{
//номер спрайта
T_Sprites::size_type iSprite = iter_sortedList->second.iSprite;
//номер изображения в спрайте
S_Sprite::T_Images::size_type iImage = iter_sortedList->second.iImage;
if( !sprites[iSprite].mImages[iImage].mNoTransparent )
pngNodes.ConnectTexture( S_ImagePointer(iSprite, iImage) );
else
jpgNodes.ConnectTexture( S_ImagePointer(iSprite, iImage) );
//проверка добавления
CL_Console::write_line("rects are %1 %2 %3 %4", sprites[iSprite].mImages[iImage].mSrcRect.left, sprites[iSprite].mImages[iImage].mSrcRect.top, sprites[iSprite].mImages[iImage].mSrcRect.right, sprites[iSprite].mImages[iImage].mSrcRect.bottom);
}
size_t textureW = MAX_WIDTH;
size_t textureH = MAX_HEIGHT;
//список текстур PNG
std::vector<CL_PixelBuffer> endTexturesPNG;
//список текстур JPG
std::vector<CL_PixelBuffer> endTexturesJPG;
//физическое создание конечных текстур
size_t nTexture = pngNodes.GetNumberTextures();
for(size_t iTexture = 0; iTexture < nTexture; ++iTexture)
endTexturesPNG.push_back( CL_PixelBuffer(textureW, textureH, cl_rgba8) );
nTexture = jpgNodes.GetNumberTextures();
for(size_t iTexture = 0; iTexture < nTexture; ++iTexture)
endTexturesJPG.push_back( CL_PixelBuffer(textureW, textureH, cl_rgb8) );
//обнуление цвета и альфы конечных текстур PNG
for(std::vector<CL_PixelBuffer>::iterator iterEndTexture = endTexturesPNG.begin(); iterEndTexture != endTexturesPNG.end(); ++iterEndTexture)
memset( (void *)iterEndTexture->get_data(), 0, iterEndTexture->get_pitch()*iterEndTexture->get_height() );
//обнуление цвета конечных текстуры JPG
for(std::vector<CL_PixelBuffer>::iterator iterEndTexture = endTexturesJPG.begin(); iterEndTexture != endTexturesJPG.end(); ++iterEndTexture)
memset( (void *)iterEndTexture->get_data(), 0, iterEndTexture->get_pitch()*iterEndTexture->get_height() );
//копирование подтекстур в конечные текстуры
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
{
for(S_Sprite::T_Images::iterator iter_images = iter_sprites->mImages.begin(); iter_images != iter_sprites->mImages.end(); ++iter_images)
{
//размеры добавляемого прямоугольника
CL_Rect srcRect = CL_Rect(0, 0, iter_images->mImage.get_width(), iter_images->mImage.get_height());
//номер текстуры
size_t iTexture = iter_images->mITexture;
if( !iter_images->mNoTransparent )
iter_images->mImage.convert(endTexturesPNG[iTexture], iter_images->mSrcRect, srcRect);
else
iter_images->mImage.convert(endTexturesJPG[iTexture], iter_images->mSrcRect, srcRect);
}
}
//сохранение текстур PNG
std::vector<CL_PixelBuffer>::size_type iEndTexture, nEndTexture;
nEndTexture = endTexturesPNG.size();
for(iEndTexture = 0; iEndTexture < nEndTexture; ++iEndTexture)
{
//Предумножение на альфу
endTexturesPNG[iEndTexture].premultiply_alpha();
//сохранение
CL_PNGProvider::save(endTexturesPNG[iEndTexture], CL_PathHelp::make_absolute(workDirectoryName, OUTPUT_TEXTURE_NAME + CL_StringHelp::int_to_text(iEndTexture) + ".png") );
CL_Console::write_line("saved %1", CL_PathHelp::make_absolute(workDirectoryName, OUTPUT_TEXTURE_NAME + CL_StringHelp::int_to_text(iEndTexture) + ".png"));
}
//сохранение текстур JPG
nEndTexture = endTexturesJPG.size();
for(iEndTexture = 0; iEndTexture < nEndTexture; ++iEndTexture)
{
//сохранение
CL_JPEGProvider::save(endTexturesJPG[iEndTexture], CL_PathHelp::make_absolute(workDirectoryName, OUTPUT_TEXTURE_NAME + CL_StringHelp::int_to_text(iEndTexture) + ".jpg"));
CL_Console::write_line("saved %1", CL_PathHelp::make_absolute(workDirectoryName, OUTPUT_TEXTURE_NAME + CL_StringHelp::int_to_text(iEndTexture) + ".jpg"));
}
//CL_Console::wait_for_key();
#if SAVE_COLLISION != 0
//Запись файлов - контуров////////////////////////////////////////////////////////
//удаление старых файлов
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
{
for(S_Sprite::T_Images::iterator iter_images = iter_sprites->mImages.begin(); iter_images != iter_sprites->mImages.end(); ++iter_images)
{
CL_String currentOutlineFileName = iter_images->mCollision.GetCollisionFileName();
if ( CL_FileHelp::file_exists(currentOutlineFileName) )
CL_FileHelp::delete_file(currentOutlineFileName);
}
}
//объекты файлов для записи в них данных контуров
std::map<CL_String, CL_File> outlineFiles;
//открытие файлов
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
{
for(S_Sprite::T_Images::iterator iter_images = iter_sprites->mImages.begin(); iter_images != iter_sprites->mImages.end(); ++iter_images)
{
CL_String currentOutlineFileName = iter_images->mCollision.GetCollisionFileName();
std::map<CL_String, CL_File>::iterator iterOutlineFiles = outlineFiles.find(currentOutlineFileName);
if (iterOutlineFiles == outlineFiles.end())
{
CL_File outlineFile;
//формирование полного имени файла
CL_String currentOutlineFullName = CL_PathHelp::make_absolute(workDirectoryName, currentOutlineFileName);
//открытие файла
CL_Console::write_line("open outline file: %1", currentOutlineFullName);
bool is_opened = outlineFile.open(currentOutlineFullName, CL_File::open_always, CL_File::access_write);
if (!is_opened)
return PrintError( CL_String("I Can't open file: ") + currentOutlineFullName );
//добавление файла в список открытых файлов
outlineFiles.insert( std::make_pair(currentOutlineFileName, outlineFile) );
CL_Console::write_line("-inserted %1", currentOutlineFileName);
}
}
}
//сохранение в бинарные файлы данных о контуре
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
{
for(S_Sprite::T_Images::iterator iter_images = iter_sprites->mImages.begin(); iter_images != iter_sprites->mImages.end(); ++iter_images)
{
CL_String currentOutlineFileName = iter_images->mCollision.GetCollisionFileName();
//сохранение информации о коллизии
saveCollision(iter_images->mImage, outlineFiles[currentOutlineFileName]);
//установка смещения для последующих таких имён
for(T_Sprites::iterator iter_sprites2 = iter_sprites; iter_sprites2 != sprites.end(); ++iter_sprites2)
{
S_Sprite::T_Images::iterator iter_images2;
if(iter_sprites2 == iter_sprites)
iter_images2 = iter_images + 1;
else
iter_images2 = iter_sprites2->mImages.begin();
for(; iter_images2 != iter_sprites2->mImages.end(); ++iter_images2)
if(iter_images->mCollision.GetCollisionFileName() == iter_images2->mCollision.GetCollisionFileName())
//CL_Console::write_line("+size %1", outlineFiles[currentOutlineFileName].get_position() );
iter_images2->mCollision.mFileOffset = outlineFiles[currentOutlineFileName].get_position();
}
CL_Console::write_line("saved %1: %2 %3", iter_images->mSourceFileName, currentOutlineFileName, iter_images->mCollision.mFileOffset);
}
}
//закрытие файлов
for(std::map<CL_String, CL_File>::iterator iterOutlineFiles = outlineFiles.begin(); iterOutlineFiles != outlineFiles.end(); ++iterOutlineFiles)
iterOutlineFiles->second.close();
#endif
//CL_Console::wait_for_key();
//////////////////////////////////////////////////////////
//формирование имени файла
//CL_String fileResourceName = CL_PathHelp::make_absolute(workDirectoryName, locationName + ".xml");
CL_String fileResourceName = CL_PathHelp::make_absolute(workDirectoryName, RESOURCES_FILE_NAME);
CL_Console::write_line("fileResourceName: %1", fileResourceName);
//открытие файла XML
CL_File fileResourceXML;
bool is_opened = fileResourceXML.open(fileResourceName, CL_File::create_always, CL_File::access_write);
if( !is_opened )
return PrintError( CL_String("I Can't open file: ") + fileResourceName );
//запись файл заголовка
fileResourceXML.write_string_text("<?xml version=\"1.0\" encoding=\"UTF-8\"?>");
//Создание объекта DOM парсера
CL_DomDocument resourceXML;
//корневой узел - resources
CL_DomElement resourcesElement(resourceXML, "resources");
resourceXML.append_child(resourcesElement);
//узлы bitmap
std::map<CL_String, CL_String> complianceCollisions;
//формирование map-ы bitmap
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
for(S_Sprite::T_Images::iterator iter_images = iter_sprites->mImages.begin(); iter_images != iter_sprites->mImages.end(); ++iter_images)
complianceCollisions.insert( std::make_pair(iter_images->mCollision.GetCollisionFileName(), iter_images->mCollision.GetCollisionName()) );
#if SAVE_COLLISION != 0
//запись в XML файл ресурсов битовых масок
for(std::map<CL_String, CL_String>::iterator iterComplianceCollisions = complianceCollisions.begin(); iterComplianceCollisions != complianceCollisions.end(); ++iterComplianceCollisions)
{
CL_DomElement bitmapElement(resourceXML, "bitmap");
bitmapElement.set_attribute("name", iterComplianceCollisions->second);
bitmapElement.set_attribute("file", iterComplianceCollisions->first);
resourcesElement.append_child(bitmapElement);
}
#endif
//запись в XML файл ресурсов результирующих прямоугольников
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
{
CL_String currentResourceName = iter_sprites->mName;
//узел - sprite
CL_DomElement spriteElement(resourceXML, "sprite");
spriteElement.set_attribute("name", currentResourceName);
resourcesElement.append_child(spriteElement);
//тэг image
for(S_Sprite::T_Images::iterator iter_images = iter_sprites->mImages.begin(); iter_images != iter_sprites->mImages.end(); ++iter_images)
{
CL_Rect currentSrcRect = iter_images->mSrcRect;
//узел - image
CL_DomElement imageElement(resourceXML, "image");
if( !iter_images->mNoTransparent )
imageElement.set_attribute("file", OUTPUT_TEXTURE_NAME + CL_StringHelp::int_to_text(iter_images->mITexture) + ".png");
else
imageElement.set_attribute("file", OUTPUT_TEXTURE_NAME + CL_StringHelp::int_to_text(iter_images->mITexture) + ".jpg");
spriteElement.append_child(imageElement);
#if SAVE_COLLISION != 0
//сохранение коллизий
imageElement.set_attribute("bitmap", iter_images->mCollision.GetCollisionName());
imageElement.set_attribute_int("offset", iter_images->mCollision.mFileOffset);
#endif
//элемент grid
CL_DomElement GridElement(resourceXML, "grid");
GridElement.set_attribute("pos", cl_format("%1,%2", currentSrcRect.left + iter_images->mDeltaGrid.left, currentSrcRect.top + iter_images->mDeltaGrid.top) );
GridElement.set_attribute("size", cl_format("%1,%2", currentSrcRect.right-currentSrcRect.left + iter_images->mDeltaGrid.right, currentSrcRect.bottom-currentSrcRect.top + iter_images->mDeltaGrid.bottom) );
imageElement.append_child(GridElement);
}
//прервать выполнение сохранения, если анимации нет
if (!iter_sprites->mIsFrame)
continue;
for(S_Sprite::T_Images::iterator iter_images = iter_sprites->mImages.begin(); iter_images != iter_sprites->mImages.end(); ++iter_images)
{
//элемент frame
CL_DomElement frameElement(resourceXML, "frame");
frameElement.set_attribute_int("nr", iter_images - iter_sprites->mImages.begin());
if (iter_images->mDelay != 0)
frameElement.set_attribute_int("speed", iter_images->mDelay);
frameElement.set_attribute_int("x", iter_images->mOffset.x);
frameElement.set_attribute_int("y", iter_images->mOffset.y);
spriteElement.append_child(frameElement);
}
}
//подключение всех файлов с дополнительными ресурсами
directoryScanner.scan(workDirectoryName, "*.xml");
while (directoryScanner.next())
{
//проверка валидности файла
if (directoryScanner.is_directory() || directoryScanner.get_name() == RESOURCES_FILE_NAME)
continue;
//открытие ресурсного XML файла
CL_Console::write_line("include xml file: " + directoryScanner.get_pathname());
CL_File file(directoryScanner.get_pathname());
CL_DomDocument doc(file);
CL_DomElement root = doc.get_document_element();
if (root.get_tag_name() != "resources")
{
CL_Console::write_line("Root name can't be: %1", root.get_tag_name());
return PrintError("");
}
//добавление всех ресурсов в текущий документ
for (CL_DomElement element = root.get_first_child_element(); !element.is_null(); element = element.get_next_sibling_element())
resourcesElement.append_child(cloneElement(element, resourceXML));
}
//сохранение в файл XML структуры
resourceXML.save(fileResourceXML);
//закрытие файла
fileResourceXML.close();
//сохранение координат спрайтов и инициализации/деинициализации в lua скрипте
//формирование имени файла
//CL_String luaFileName = CL_PathHelp::make_absolute(workDirectoryName, locationName + ".lua");
CL_String luaFileName = CL_PathHelp::make_absolute(workDirectoryName, LUA_SCRIPT_NAME);
CL_File luaFile;
is_opened = luaFile.open(luaFileName, CL_File::create_always, CL_File::access_write);
if( !is_opened )
return PrintError( CL_String("Can't open file: ") + luaFileName);
luaFile.write_string_text( cl_format("function %1_createSprites()", locationName) );
//запись в XML файл ресурсов результирующих прямоугольников
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
{
CL_String currentResourceName = iter_sprites->mName;
int x = iter_sprites->mPos.x;
int y = iter_sprites->mPos.y;
luaFile.write_string_text( cl_format("\t%1 = Sprite(\"%2\", %3, %4)", currentResourceName, currentResourceName, x, y) );
}
luaFile.write_string_text( cl_format("end") );
luaFile.write_string_text(CL_String(""));
luaFile.write_string_text( cl_format("function %1_deleteSprites()", locationName) );
//запись в XML файл ресурсов результирующих прямоугольников
for(T_Sprites::iterator iter_sprites = sprites.begin(); iter_sprites != sprites.end(); ++iter_sprites)
{
CL_String currentResourceName = iter_sprites->mName;
luaFile.write_string_text( cl_format("\t%1 = nil", currentResourceName) );
}
luaFile.write_string_text( cl_format("end") );
/*
function Location01_createSprites()
sprite1 = Sprite("sprite1", 10, 20)
sprite2 = Sprite("sprite2", 13, 666)
...
spriten = Sprite("spriten", 999, 0)
end
function Location01_deleteSprites()
sprite1 = nil
sprite2 = nil
...
spriten = nil
end
*/
luaFile.close();
CL_Console::write_line("Press any key...");
CL_Console::wait_for_key();
}
catch(CL_Exception &exception)
{
CL_Console::write_line("Exception caught: " + exception.get_message_and_stack_trace());
CL_Console::wait_for_key();
return -1;
}
return 0;
}
CL_Resource CL_ResourceManager::create_resource(const CL_String &resource_id, const CL_String &type)
{
if (resource_exists(resource_id))
throw CL_Exception(cl_format("Resource %1 already exists", resource_id));
std::vector<CL_String> path_elements = CL_PathHelp::split_basepath(resource_id);
CL_String name = CL_PathHelp::get_filename(resource_id);
// Walk tree as deep as we can get:
CL_DomNode parent = impl->document.get_document_element();
CL_DomNode cur = parent.get_first_child();
std::vector<CL_String>::iterator path_it = path_elements.begin();
while (!cur.is_null() && path_it != path_elements.end())
{
if (cur.is_element() &&
cur.get_namespace_uri() == impl->ns_resources &&
cur.get_local_name() == "section")
{
CL_DomElement element = cur.to_element();
CL_String name = element.get_attribute_ns(impl->ns_resources, "name");
if (name == *path_it)
{
++path_it;
parent = cur;
cur = cur.get_first_child();
continue;
}
}
cur = cur.get_next_sibling();
}
// Create any missing parent nodes:
CL_String prefix = parent.get_prefix();
while (path_it != path_elements.end())
{
CL_DomElement section;
if (prefix.empty())
{
section = impl->document.create_element_ns( impl->ns_resources, (*path_it) );
}
else
{
section = impl->document.create_element_ns( impl->ns_resources,(prefix + ":" + *path_it));
}
parent.append_child(section);
parent = section;
++path_it;
}
// Create node:
CL_DomElement resource_node;
if (prefix.empty())
{
resource_node = impl->document.create_element_ns( impl->ns_resources, (type));
}
else
{
resource_node = impl->document.create_element_ns( impl->ns_resources,(prefix + ":" + type));
}
resource_node.set_attribute_ns(
impl->ns_resources,
prefix.empty() ? "name" : (prefix + ":name"),
name);
parent.append_child(resource_node);
// Create resource:
impl->resources[resource_id] = CL_Resource(resource_node, *this);
return impl->resources[resource_id];
}
void Level::loadTrackElement(const CL_DomNode &p_trackNode)
{
// build block type map
typedef std::map<CL_String, Common::GroundBlockType> blockMap_t;
blockMap_t blockMap;
blockMap_t::iterator blockMapItor;
blockMap["vert"] = Common::BT_STREET_VERT;
blockMap["horiz"] = Common::BT_STREET_HORIZ;
blockMap["turn_bottom_right"] = Common::BT_TURN_BOTTOM_RIGHT;
blockMap["turn_bottom_left"] = Common::BT_TURN_BOTTOM_LEFT;
blockMap["turn_top_right"] = Common::BT_TURN_TOP_RIGHT;
blockMap["turn_top_left"] = Common::BT_TURN_TOP_LEFT;
blockMap["start_line_up"] = Common::BT_START_LINE_UP;
// prepare level blocks
const int blocksCount = m_width * m_height;
m_blocks.clear();
m_blocks.reserve(blocksCount);
for (int i = 0; i < blocksCount; ++i) {
m_blocks.push_back(CL_SharedPtr<Block>(new Block(Common::BT_GRASS)));
}
// create global resistance geometry
CL_SharedPtr<RaceResistance::Geometry> globalResGeom(new RaceResistance::Geometry());
globalResGeom->addRectangle(CL_Rectf(real(0), real(0), real(m_width), real(m_height)));
m_resistanceMap.addGeometry(globalResGeom, 0.3f);
// add sand resistance
foreach (const Sandpit &sandpit, m_sandpits) {
const unsigned circleCount = sandpit.getCircleCount();
CL_SharedPtr<RaceResistance::Geometry> sandpitGeometry(new RaceResistance::Geometry());
for (unsigned i = 0; i < circleCount; ++i) {
// sandpit values are real
const Sandpit::Circle &circle = sandpit.circleAt(i);
sandpitGeometry->addCircle(CL_Circlef(circle.getCenter().x, circle.getCenter().y, circle.getRadius()));
}
m_resistanceMap.addGeometry(sandpitGeometry, 0.8f);
}
// read blocks
const CL_DomNodeList blockList = p_trackNode.get_child_nodes();
const int blockListSize = blockList.get_length();
cl_log_event("debug", "Track node child count: %1", blockListSize);
CL_Pointf lastCP; // last checkpoint
for (int i = 0; i < blockListSize; ++i) {
const CL_DomNode blockNode = blockList.item(i);
if (blockNode.get_node_name() == "block") {
CL_DomNamedNodeMap attrs = blockNode.get_attributes();
const int x = CL_StringHelp::local8_to_int(attrs.get_named_item("x").get_node_value());
const int y = CL_StringHelp::local8_to_int(attrs.get_named_item("y").get_node_value());
const CL_String typeStr = attrs.get_named_item("type").get_node_value();
if (x < 0 || y < 0 || x >= m_width || y >= m_height) {
cl_log_event("debug", "coords x=%1, y=%2", x, y);
throw CL_Exception("Blocks coords out of bounds");
}
blockMapItor = blockMap.find(typeStr);
if (blockMapItor != blockMap.end()) {
const Common::GroundBlockType blockType = blockMapItor->second;
m_blocks[m_width * y + x]->setType(blockType);
// add checkpoint to track
if (blockType == Common::BT_START_LINE_UP) {
lastCP = CL_Pointf((x + 0.5f) * Block::WIDTH, (y + 0.2f) * Block::WIDTH);
const CL_Pointf firstCP((x + 0.5f) * Block::WIDTH, (y + 0.2 - 0.01f) * Block::WIDTH);
m_track.addCheckpointAtPosition(firstCP);
} else {
const CL_Pointf checkPosition((x + 0.5f) * Block::WIDTH, (y + 0.5f) * Block::WIDTH);
m_track.addCheckpointAtPosition(checkPosition);
}
// add resistance geometry based on block
CL_SharedPtr<RaceResistance::Geometry> resGeom = buildResistanceGeometry(x, y, blockType);
m_resistanceMap.addGeometry(resGeom, 0.0f);
} else {
cl_log_event("race", "Unknown block type: %1", typeStr);
}
} else {
cl_log_event("race", "Unknown node '%1', ignoring", blockNode.get_node_name());
}
}
m_track.addCheckpointAtPosition(lastCP);
m_track.close();
}
CL_DomNode CL_DomDocument::import_node(const CL_DomNode &node, bool deep)
{
CL_DomNode imported_node;
switch (node.get_node_type())
{
case NULL_NODE:
return imported_node;
case ELEMENT_NODE:
imported_node = create_element_ns(node.get_namespace_uri(), node.get_node_name());
break;
case ATTRIBUTE_NODE:
imported_node = create_attribute_ns(node.get_namespace_uri(), node.get_node_name());
imported_node.set_node_value(node.get_node_value());
break;
case TEXT_NODE:
imported_node = create_text_node(node.get_node_value());
break;
case CDATA_SECTION_NODE:
imported_node = create_cdata_section(node.get_node_value());
break;
case ENTITY_REFERENCE_NODE:
imported_node = create_entity_reference(node.get_node_name());
break;
case ENTITY_NODE:
return imported_node;
case PROCESSING_INSTRUCTION_NODE:
imported_node = create_processing_instruction(node.to_processing_instruction().get_target(), node.to_processing_instruction().get_data());
break;
case COMMENT_NODE:
imported_node = create_comment(node.get_node_value());
break;
case DOCUMENT_NODE:
imported_node = create_document_fragment();
break;
case DOCUMENT_TYPE_NODE:
return imported_node;
case DOCUMENT_FRAGMENT_NODE:
imported_node = create_document_fragment();
break;
case NOTATION_NODE:
return imported_node;
}
if (node.is_element())
{
CL_DomElement import_element = imported_node.to_element();
CL_DomNamedNodeMap node_attributes = node.get_attributes();
int size = node_attributes.get_length();
for (int index = 0; index < size; index++)
{
CL_DomNode attr = node_attributes.item(index);
import_element.set_attribute_node_ns(import_node(attr, deep).to_attr());
}
}
if (deep)
{
CL_DomNode cur = node.get_first_child();
while (!cur.is_null())
{
imported_node.append_child(import_node(cur, true));
cur = cur.get_next_sibling();
}
}
return imported_node;
}
