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|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
a2875c54b4ee7cb8c29187914dd9186c2e1816d5 | 88ae8695987ada722184307301e221e1ba3cc2fa | /components/browser_ui/site_settings/android/features.h | 133733d86bc48584393009fafe21608e30f5459d | [
"BSD-3-Clause"
] | permissive | iridium-browser/iridium-browser | 71d9c5ff76e014e6900b825f67389ab0ccd01329 | 5ee297f53dc7f8e70183031cff62f37b0f19d25f | refs/heads/master | 2023-08-03T16:44:16.844552 | 2023-07-20T15:17:00 | 2023-07-23T16:09:30 | 220,016,632 | 341 | 40 | BSD-3-Clause | 2021-08-13T13:54:45 | 2019-11-06T14:32:31 | null | UTF-8 | C++ | false | false | 594 | h | // Copyright 2022 The Chromium Authors
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#ifndef COMPONENTS_BROWSER_UI_SITE_SETTINGS_ANDROID_FEATURES_H_
#define COMPONENTS_BROWSER_UI_SITE_SETTINGS_ANDROID_FEATURES_H_
#include "base/feature_list.h"
namespace browser_ui {
// Improved 'All sites' and 'Site settings' pages on Android.
BASE_DECLARE_FEATURE(kSiteDataImprovements);
BASE_DECLARE_FEATURE(kRequestDesktopSiteExceptionsDowngrade);
} // namespace browser_ui
#endif // COMPONENTS_BROWSER_UI_SITE_SETTINGS_ANDROID_FEATURES_H_
| [
"jengelh@inai.de"
] | jengelh@inai.de |
58d0d699bdaaf2a1217a80e19b7fb928ee16970e | cd4a85a9f27b91c96d8891a0fffa4bf3057e8a2c | /VulkanMonkey/Code/Core/Image.h | 003ee119c3403146ffa78fc077f3b8cbf67231d8 | [
"MIT"
] | permissive | angelm83a/VulkanMonkey3D | 9048bbdd706ffacf4bebcd6e3442787715b7bd48 | 6f6a31eebcd85e4a18e4b5a2113cb97f988e921d | refs/heads/master | 2022-11-23T19:53:41.230421 | 2020-07-26T01:34:13 | 2020-07-26T01:34:13 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,097 | h | #pragma once
#include "Base.h"
namespace vk
{
class Image;
class DeviceMemory;
class ImageView;
class Sampler;
struct Extent2D;
enum class Format;
enum class ImageLayout;
enum class ImageTiling;
enum class Filter;
enum class ImageViewType;
enum class SamplerAddressMode;
enum class BorderColor;
enum class CompareOp;
enum class SamplerMipmapMode;
struct PipelineColorBlendAttachmentState;
class CommandBuffer;
enum class SampleCountFlagBits;
class Buffer;
template<class T1, class T2> class Flags;
enum class ImageCreateFlagBits;
enum class PipelineStageFlagBits;
enum class AccessFlagBits;
enum class ImageAspectFlagBits;
enum class ImageUsageFlagBits;
enum class MemoryPropertyFlagBits;
using ImageCreateFlags = Flags<ImageCreateFlagBits, uint32_t>;
using PipelineStageFlags = Flags<PipelineStageFlagBits, uint32_t>;
using AccessFlags = Flags<AccessFlagBits, uint32_t>;
using ImageAspectFlags = Flags<ImageAspectFlagBits, uint32_t>;
using ImageUsageFlags = Flags<ImageUsageFlagBits, uint32_t>;
using MemoryPropertyFlags = Flags<MemoryPropertyFlagBits, uint32_t>;
using Bool32 = uint32_t;
}
namespace vm
{
enum class LayoutState
{
ColorRead,
ColorWrite,
DepthRead,
DepthWrite
};
class Context;
class Image
{
public:
Image();
~Image();
Ref<vk::Image> image;
Ref<vk::DeviceMemory> memory;
Ref<vk::ImageView> view;
Ref<vk::Sampler> sampler;
uint32_t width;
uint32_t height;
float width_f;
float height_f;
Ref<vk::Extent2D> extent;
// values
Ref<vk::SampleCountFlagBits> samples;
LayoutState layoutState;
Ref<vk::Format> format;
Ref<vk::ImageLayout> initialLayout;
Ref<vk::ImageTiling> tiling;
uint32_t mipLevels;
uint32_t arrayLayers;
bool anisotropyEnabled;
float minLod, maxLod, maxAnisotropy;
Ref<vk::Filter> filter;
Ref<vk::ImageCreateFlags> imageCreateFlags;
Ref<vk::ImageViewType> viewType;
Ref<vk::SamplerAddressMode> addressMode;
Ref<vk::BorderColor> borderColor;
bool samplerCompareEnable;
Ref<vk::CompareOp> compareOp;
Ref<vk::SamplerMipmapMode> samplerMipmapMode;
Ref<vk::PipelineColorBlendAttachmentState> blentAttachment;
void transitionImageLayout(
vk::CommandBuffer cmd,
vk::ImageLayout oldLayout,
vk::ImageLayout newLayout,
const vk::PipelineStageFlags& oldStageMask,
const vk::PipelineStageFlags& newStageMask,
const vk::AccessFlags& srcMask,
const vk::AccessFlags& dstMask,
const vk::ImageAspectFlags& aspectFlags) const;
void createImage(uint32_t width, uint32_t height, vk::ImageTiling tiling, const vk::ImageUsageFlags& usage, const vk::MemoryPropertyFlags& properties);
void createImageView(const vk::ImageAspectFlags& aspectFlags);
void transitionImageLayout(vk::ImageLayout oldLayout, vk::ImageLayout newLayout) const;
void changeLayout(const vk::CommandBuffer& cmd, LayoutState state);
void copyBufferToImage(vk::Buffer buffer, uint32_t baseLayer = 0) const;
void copyColorAttachment(const vk::CommandBuffer& cmd, Image& renderedImage) const;
void generateMipMaps() const;
void createSampler();
void destroy();
};
} | [
"christoskar@live.com"
] | christoskar@live.com |
2ea71abc5f5030027c23726aca7c18b54b942d57 | 9d4ad6d7f3122f8d32a4a713f06b81ecb7a47c6e | /headers/boost/1.25.1/boost/python/conversions.hpp | cf753e2db5619cfe09fcefd388898ad1cf71331c | [] | no_license | metashell/headers | 226d6d55eb659134a2ae2aa022b56b893bff1b30 | ceb6da74d7ca582791f33906992a5908fcaca617 | refs/heads/master | 2021-01-20T23:26:51.811362 | 2018-08-25T07:06:19 | 2018-08-25T07:06:19 | 13,360,747 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 12,428 | hpp | // (C) Copyright David Abrahams 2000. Permission to copy, use, modify, sell and
// distribute this software is granted provided this copyright notice appears
// in all copies. This software is provided "as is" without express or implied
// warranty, and with no claim as to its suitability for any purpose.
//
// The author gratefully acknowleges the support of Dragon Systems, Inc., in
// producing this work.
//
// Revision History:
// 31 Jul 01 convert int/double to complex (Peter Bienstman)
// 04 Mar 01 Fixed std::complex<> stuff to work with MSVC (David Abrahams)
// 03 Mar 01 added: converters for [plain] char and std::complex
// (Ralf W. Grosse-Kunstleve)
#ifndef METHOD_DWA122899_H_
# define METHOD_DWA122899_H_
# include <boost/python/detail/config.hpp>
# include <boost/python/detail/wrap_python.hpp>
# include <boost/python/detail/none.hpp>
# include <boost/python/detail/signatures.hpp>
# include <boost/smart_ptr.hpp>
# include <boost/python/errors.hpp>
# include <string>
# ifdef BOOST_MSVC6_OR_EARLIER
# pragma warning(push)
# pragma warning(disable:4275) // disable a bogus warning caused by <complex>
# endif
# include <complex>
# ifdef BOOST_MSVC6_OR_EARLIER
# pragma warning(pop)
# endif
BOOST_PYTHON_BEGIN_CONVERSION_NAMESPACE // this is a gcc 2.95.2 bug workaround
// This can be instantiated on an enum to provide the to_python/from_python
// conversions, provided the values can fit in a long.
template <class EnumType>
class py_enum_as_int_converters
{
friend EnumType from_python(PyObject* x, boost::python::type<EnumType>)
{
return static_cast<EnumType>(
from_python(x, boost::python::type<long>()));
}
friend EnumType from_python(PyObject* x, boost::python::type<const EnumType&>)
{
return static_cast<EnumType>(
from_python(x, boost::python::type<long>()));
}
friend PyObject* to_python(EnumType x)
{
return to_python(static_cast<long>(x));
}
};
BOOST_PYTHON_END_CONVERSION_NAMESPACE
namespace boost { namespace python {
template <class EnumType> class enum_as_int_converters
: public BOOST_PYTHON_CONVERSION::py_enum_as_int_converters<EnumType> {};
template <class P, class T> class wrapped_pointer;
//#pragma warn_possunwant off
inline void decref_impl(PyObject* p) { Py_DECREF(p); }
inline void xdecref_impl(PyObject* p) { Py_XDECREF(p); }
//#pragma warn_possunwant reset
template <class T>
inline void decref(T* p)
{
char* const raw_p = reinterpret_cast<char*>(p);
char* const p_base = raw_p - offsetof(PyObject, ob_refcnt);
decref_impl(reinterpret_cast<PyObject*>(p_base));
}
template <class T>
inline void xdecref(T* p)
{
char* const raw_p = reinterpret_cast<char*>(p);
char* const p_base = raw_p - offsetof(PyObject, ob_refcnt);
xdecref_impl(reinterpret_cast<PyObject*>(p_base));
}
namespace detail {
void expect_complex(PyObject*);
template <class T>
std::complex<T> complex_from_python(PyObject* p, boost::python::type<T>)
{
if (PyInt_Check(p)) return std::complex<T>(PyInt_AS_LONG(p));
if (PyLong_Check(p)) return std::complex<T>(PyLong_AsDouble(p));
if (PyFloat_Check(p)) return std::complex<T>(PyFloat_AS_DOUBLE(p));
expect_complex(p);
return std::complex<T>(
static_cast<T>(PyComplex_RealAsDouble(p)),
static_cast<T>(PyComplex_ImagAsDouble(p)));
}
template <class T>
PyObject* complex_to_python(const std::complex<T>& sc) {
Py_complex pcc;
pcc.real = sc.real();
pcc.imag = sc.imag();
return PyComplex_FromCComplex(pcc);
}
}
}} // namespace boost::python
BOOST_PYTHON_BEGIN_CONVERSION_NAMESPACE
//
// Converters
//
PyObject* to_python(long);
long from_python(PyObject* p, boost::python::type<long>);
long from_python(PyObject* p, boost::python::type<const long&>);
PyObject* to_python(unsigned long);
unsigned long from_python(PyObject* p, boost::python::type<unsigned long>);
unsigned long from_python(PyObject* p, boost::python::type<const unsigned long&>);
PyObject* to_python(int);
int from_python(PyObject*, boost::python::type<int>);
int from_python(PyObject*, boost::python::type<const int&>);
PyObject* to_python(unsigned int);
unsigned int from_python(PyObject*, boost::python::type<unsigned int>);
unsigned int from_python(PyObject*, boost::python::type<const unsigned int&>);
PyObject* to_python(short);
short from_python(PyObject*, boost::python::type<short>);
short from_python(PyObject*, boost::python::type<const short&>);
PyObject* to_python(unsigned short);
unsigned short from_python(PyObject*, boost::python::type<unsigned short>);
unsigned short from_python(PyObject*, boost::python::type<const unsigned short&>);
PyObject* to_python(char);
char from_python(PyObject*, boost::python::type<char>);
char from_python(PyObject*, boost::python::type<const char&>);
PyObject* to_python(signed char);
signed char from_python(PyObject*, boost::python::type<signed char>);
signed char from_python(PyObject*, boost::python::type<const signed char&>);
PyObject* to_python(unsigned char);
unsigned char from_python(PyObject*, boost::python::type<unsigned char>);
unsigned char from_python(PyObject*, boost::python::type<const unsigned char&>);
PyObject* to_python(float);
float from_python(PyObject*, boost::python::type<float>);
float from_python(PyObject*, boost::python::type<const float&>);
PyObject* to_python(double);
double from_python(PyObject*, boost::python::type<double>);
double from_python(PyObject*, boost::python::type<const double&>);
PyObject* to_python(bool);
bool from_python(PyObject*, boost::python::type<bool>);
bool from_python(PyObject*, boost::python::type<const bool&>);
PyObject* to_python(void);
void from_python(PyObject*, boost::python::type<void>);
PyObject* to_python(const char* s);
const char* from_python(PyObject*, boost::python::type<const char*>);
PyObject* to_python(const std::string& s);
std::string from_python(PyObject*, boost::python::type<std::string>);
std::string from_python(PyObject*, boost::python::type<const std::string&>);
inline PyObject* to_python(const std::complex<float>& x)
{
return boost::python::detail::complex_to_python<float>(x);
}
inline PyObject* to_python(const std::complex<double>& x)
{
return boost::python::detail::complex_to_python<double>(x);
}
inline std::complex<double> from_python(PyObject* p,
boost::python::type<std::complex<double> >) {
return boost::python::detail::complex_from_python(p, boost::python::type<double>());
}
inline std::complex<double> from_python(PyObject* p,
boost::python::type<const std::complex<double>&>) {
return boost::python::detail::complex_from_python(p, boost::python::type<double>());
}
inline std::complex<float> from_python(PyObject* p,
boost::python::type<std::complex<float> >) {
return boost::python::detail::complex_from_python(p, boost::python::type<float>());
}
inline std::complex<float> from_python(PyObject* p,
boost::python::type<const std::complex<float>&>) {
return boost::python::detail::complex_from_python(p, boost::python::type<float>());
}
// For when your C++ function really wants to pass/return a PyObject*
PyObject* to_python(PyObject*);
PyObject* from_python(PyObject*, boost::python::type<PyObject*>);
// Some standard conversions to/from smart pointer types. You can add your own
// from these examples. These are not generated using the friend technique from
// wrapped_pointer because:
//
// 1. We want to be able to extend conversion to/from WrappedPointers using
// arbitrary smart pointer types.
//
// 2. It helps with compilation independence. This way, code which creates
// wrappers for functions accepting and returning smart_ptr<T> does not
// have to have already seen the invocation of wrapped_type<T>.
//
// Unfortunately, MSVC6 is so incredibly lame that we have to rely on the friend
// technique to auto_generate standard pointer conversions for wrapped
// types. This means that you need to write a non-templated function for each
// specific smart_ptr<T> which you want to convert from_python. For example,
//
// namespace boost { namespace python {
// #ifdef MUST_SUPPORT_MSVC
//
// MyPtr<Foo> from_python(PyObject*p, type<MyPtr<Foo> >)
// { return smart_ptr_from_python(p, type<MyPtr<Foo> >(), type<Foo>());}
// }
//
// MyPtr<Bar> from_python(PyObject*p, type<MyPtr<Bar> >)
// { return smart_ptr_from_python(p, type<MyPtr<Bar> >(), type<Bar>());}
//
// ... // definitions for MyPtr<Baz>, MyPtr<Mumble>, etc.
//
// #else
//
// // Just once for all MyPtr<T>
// template <class T>
// MyPtr<T> from_python(PyObject*p, type<MyPtr<T> >)
// {
// return smart_ptr_from_python(p, type<MyPtr<T> >(), type<T>());
// }
//
// #endif
// }} // namespace boost::python
#if !defined(BOOST_MSVC6_OR_EARLIER)
template <class T>
boost::shared_ptr<T> from_python(PyObject*p, boost::python::type<boost::shared_ptr<T> >)
{
return smart_ptr_from_python(p, boost::python::type<boost::shared_ptr<T> >(), boost::python::type<T>());
}
#endif
#if 0
template <class T>
PyObject* to_python(std::auto_ptr<T> p)
{
return new boost::python::wrapped_pointer<std::auto_ptr<T>, T>(p);
}
template <class T>
PyObject* to_python(boost::shared_ptr<T> p)
{
return new boost::python::wrapped_pointer<boost::shared_ptr<T>, T>(p);
}
#endif
//
// inline implementations
//
#ifndef BOOST_MSVC6_OR_EARLIER
inline PyObject* to_python(double d)
{
return PyFloat_FromDouble(d);
}
inline PyObject* to_python(float f)
{
return PyFloat_FromDouble(f);
}
#endif // BOOST_MSVC6_OR_EARLIER
inline PyObject* to_python(long l)
{
return PyInt_FromLong(l);
}
inline PyObject* to_python(int x)
{
return PyInt_FromLong(x);
}
inline PyObject* to_python(short x)
{
return PyInt_FromLong(x);
}
inline PyObject* to_python(bool b)
{
return PyInt_FromLong(b);
}
inline PyObject* to_python(void)
{
return boost::python::detail::none();
}
inline PyObject* to_python(const char* s)
{
return PyString_FromString(s);
}
inline std::string from_python(PyObject* p, boost::python::type<const std::string&>)
{
return from_python(p, boost::python::type<std::string>());
}
inline PyObject* to_python(PyObject* p)
{
Py_INCREF(p);
return p;
}
inline PyObject* from_python(PyObject* p, boost::python::type<PyObject*>)
{
return p;
}
inline const char* from_python(PyObject* p, boost::python::type<const char* const&>)
{
return from_python(p, boost::python::type<const char*>());
}
inline double from_python(PyObject* p, boost::python::type<const double&>)
{
return from_python(p, boost::python::type<double>());
}
inline float from_python(PyObject* p, boost::python::type<const float&>)
{
return from_python(p, boost::python::type<float>());
}
inline int from_python(PyObject* p, boost::python::type<const int&>)
{
return from_python(p, boost::python::type<int>());
}
inline short from_python(PyObject* p, boost::python::type<const short&>)
{
return from_python(p, boost::python::type<short>());
}
inline long from_python(PyObject* p, boost::python::type<const long&>)
{
return from_python(p, boost::python::type<long>());
}
inline bool from_python(PyObject* p, boost::python::type<const bool&>)
{
return from_python(p, boost::python::type<bool>());
}
inline unsigned int from_python(PyObject* p, boost::python::type<const unsigned int&>)
{
return from_python(p, boost::python::type<unsigned int>());
}
inline unsigned short from_python(PyObject* p, boost::python::type<const unsigned short&>)
{
return from_python(p, boost::python::type<unsigned short>());
}
inline char from_python(PyObject* p, boost::python::type<const char&>)
{
return from_python(p, boost::python::type<char>());
}
inline signed char from_python(PyObject* p, boost::python::type<const signed char&>)
{
return from_python(p, boost::python::type<signed char>());
}
inline unsigned char from_python(PyObject* p, boost::python::type<const unsigned char&>)
{
return from_python(p, boost::python::type<unsigned char>());
}
inline unsigned long from_python(PyObject* p, boost::python::type<const unsigned long&>)
{
return from_python(p, boost::python::type<unsigned long>());
}
BOOST_PYTHON_END_CONVERSION_NAMESPACE
#endif // METHOD_DWA122899_H_
| [
"abelsoft@freemail.hu"
] | abelsoft@freemail.hu |
0496f19262beda70adce7ff0b1e3af054f381e65 | ba6811ba81f078d49d29de0c7d365a766ae41a50 | /verletalgo2.cpp | 35b21330162e46f2989fa5b7f38277aa1100b7b6 | [] | no_license | japdhaes/dsap-project2 | 092c337ad60ca9c91fd90456ed4e95b0c6085500 | ff95acc7308a6c0184b59dcc58259f53e7cad247 | refs/heads/master | 2021-01-01T15:59:57.676467 | 2013-03-14T15:59:57 | 2013-03-14T15:59:57 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 12,882 | cpp | #include "verletalgo2.h"
VerletAlgo2::VerletAlgo2(Crystal *crystal, double _h)
{
this->debugging.open("/home/jonathan/projectsFSAP/project2/project2/debuglog.txt");
this->crystall=crystal;
this->h=_h;
}
void VerletAlgo2::integrate(bool thermalize){
//ofstream debugging;
//debugging.open("/home/jonathan/projectsFSAP/project1/project1/debuglog2.txt", ios::app);
crystall->energy=0;
crystall->pressure=0;
crystall->ke=0;
crystall->pe=0;
for(unsigned int i=0; i<crystall->allcells.size(); i++){
for(unsigned int j=0; j<crystall->allcells.at(i).size();j++){
for(unsigned int k=0; k<crystall->allcells.at(i).at(j).size(); k++){
crystall->allcells.at(i).at(j).at(k).visited=false;
}
}
}
for(unsigned int i=0; i<crystall->allatoms.size(); i++){
updateVelocity(crystall->allatoms[i]);
updatePosition(crystall->allatoms[i]);
vec3 nullvector; nullvector.zeros();
crystall->allatoms[i]->setAcceler(nullvector);
crystall->allatoms[i]->localpressure=0;
}
this->crystall->msqdplm/=(this->crystall->numberofatoms-this->crystall->fixedatoms);
for(unsigned int i=0; i<crystall->allcells.size(); i++){
for(unsigned int j=0; j<crystall->allcells.at(i).size();j++){
for(unsigned int k=0; k<crystall->allcells.at(i).at(j).size(); k++){
crystall->allcells.at(i).at(j).at(k).visited=true;
Atom *atom = crystall->allcells.at(i).at(j).at(k).first;
while(atom!=NULL){
updateAcceler(atom);
atom=atom->nextAtom;
}
}
}
}
crystall->pressure/=3*crystall->volume;
crystall->pressure+=crystall->density*crystall->temperature();
// crystall->pressure*=pressureunit;
for(unsigned int i=0; i<crystall->allatoms.size(); i++){
Atom *atom = crystall->allatoms[i];
if(atom->chemelement!="Fi"){
vec3 v=atom->getVelocity();
updateVelocity(atom);
//kinetic energy of the atom in the crystal
crystall->ke+=0.5*dot(v,v);
}
}
crystall->energy= crystall->ke+crystall->pe;
// cout <<"crystal energy "<<crystall->energy <<endl;
if(thermalize){
thermostatBerendsen();
}
if(crystall->beginenergy==0&&!thermalize){
crystall->beginenergy=crystall->energy;
}
}
void VerletAlgo2::thermostatAnders(){
double tem=crystall->temperature();
double ratio = crystall->inittemp/tem;
for(int i=0; i<crystall->allatoms.size();i++){
Atom *atom = crystall->allatoms[i];
vec3 velocity = atom->getVelocity();
atom->setVelocity(velocity*ratio);
}
}
void VerletAlgo2::thermostatBerendsen(){
double tau=15.0*h;
double tem=crystall->temperature();
double tbath=crystall->inittemp;
double gamma = 1+h/tau*(tbath/tem-1);
gamma=sqrt(gamma);
for(int i=0; i<crystall->allatoms.size();i++){
Atom *atom = crystall->allatoms[i];
vec3 velocity = atom->getVelocity();
atom->setVelocity(velocity*gamma);
}
}
void VerletAlgo2::thermostatAndersen(){
double tau=20.0*h;
int nAtoms= crystall->numberofatoms;
vec v = randu<vec>(nAtoms);
double tem=this->crystall->inittemp;
for(int i=0; i<nAtoms;i++){
if(v(i)<h/tau){
Atom *atom = crystall->allatoms[i];
vec3 v1; v1.zeros();
v1 << DRanNormalZigVec()*sqrt(tem)<< DRanNormalZigVec()*sqrt(tem)<< DRanNormalZigVec()*sqrt(tem);
atom->setVelocity(v1);
}
}
//
}
void VerletAlgo2::integrate_noapprox(){
//ofstream debugging;
//debugging.open("/home/jonathan/projectsFSAP/project1/project1/debuglog2.txt", ios::app);
for(unsigned int i=0; i<crystall->allatoms.size(); i++){
updateVelocity(crystall->allatoms[i]);
updatePosition(crystall->allatoms[i]);
vec3 nullvector; nullvector.zeros();
crystall->allatoms[i]->setAcceler(nullvector);
}
// cout << crystall->temperature()<<endl;
for(unsigned int i=0; i<crystall->allatoms.size(); i++){
updateAccelerNoApprox(crystall->allatoms[i]);
}
for(unsigned int i=0; i<crystall->allatoms.size(); i++){
updateVelocity(crystall->allatoms[i]);
}
}
void VerletAlgo2::updateAcceler(Atom *atom){
bool debugg=false;
int i=0;
Atom* otheratom=atom->nextAtom;
while(otheratom!=NULL){
calcForce(atom, otheratom);
i++;
otheratom=otheratom->nextAtom;
}
// cout << "integrated "<<i<<" times to other atoms in the same cell"<<endl;
i=0;
//ofstream debugging;
//debugging.open("/home/jonathan/projectsFSAP/project1/project1/debuglog2.txt", ios::app);
//indices of cell atom is in nrXYZ:
int nrXYZ[3];
vec3 r= atom->getPosition();
for(int i=0; i<3; i++){
nrXYZ[i]=int(r(i)/crystall->vectorBC(i));
}
int nrX[3], nrY[3], nrZ[3];
findXYZCellIndices(nrXYZ, nrX, nrY, nrZ);
//indices of all neighbouring cells are now in nrX, nrY and nrZ
int l=0;
for(int i=0; i<3; i++){
for(int j=0; j<3;j++){
for(int k=0;k<3;k++){
if(nrX[i]!=-1 &nrY[j]!=-1&nrZ[k]!=-1){
if(crystall->allcells.at(nrX[i]).at(nrY[j]).at(nrZ[k]).visited!=true){
otheratom = crystall->allcells.at(nrX[i]).at(nrY[j]).at(nrZ[k]).first;
while(otheratom!=NULL){
calcForce(atom, otheratom);
// cout << "integrating atom "<<atom->number<<" to other atom "<<otheratom->number<<endl;
// cout << counter<<endl;
otheratom=otheratom->nextAtom;
}
}
}
// cout << "integrated "<<l<<" times to other atoms in the other cells"<<endl;
}
}
}
// cout << "l="<<l<<endl;
}
void VerletAlgo2::updateAccelerNoApprox(Atom *atom){
bool debugg=false;
//ofstream debugging;
//debugging.open("/home/jonathan/projectsFSAP/project1/project1/debuglog2.txt", ios::app);
//indices of cell atom is in nrXYZ:
// int nrXYZ[3];
// vec3 r= atom->getPosition();
// for(int i=0; i<3; i++){
// nrXYZ[i]=int(r(i)/crystall->vectorBC(i));
// }
// int nrX[3], nrY[3], nrZ[3];
// findXYZCellIndices(nrXYZ, nrX, nrY, nrZ);
//indices of all neighbouring cells are now in nrX, nrY and nrZ
for(int i=atom->number; i<crystall->allatoms.size();i++){
Atom* otheratom = crystall->allatoms[i];
calcForce(atom, otheratom);
}
}
void VerletAlgo2::calcForce(Atom* atom, Atom* otheratom){
int i = atom->number;
int j = otheratom->number;
//ofstream debugging;
//debugging.open("/home/jonathan/projectsFSAP/project1/project1/debuglog2.txt", ios::app);
//stop if integrating atom with itself, should normally not happen
if(i==j){
return;
}
vec3 position=atom->getPosition();
vec3 othervec=otheratom->getPosition();
vec3 closestvector = findClosestPosition(position, othervec);
vec3 relvec = position - closestvector;
vec3 relvec2 = position - othervec;
double r2=dot(relvec,relvec);
double r6=r2*r2*r2;
double r12=r6*r6;
vec3 oneacceler=atom->getAcceler();
vec3 otheracceler=otheratom->getAcceler();
crystall->pe+=2.0*LJpotential(relvec);
for(int k=0; k<3; k++){
double temp = 24.0*(2.0/r12-1.0/r6)*relvec(k)/r2;
// if(temp>cutoffacceleration){
//// cout << "CUTOFF"<<endl;
//// cout << temp << endl;
//// cout << "first atom "<<atom->number << " "<< position.t()<<endl;
//// cout << "other atom "<<otheratom->number<< " "<< othervec.t()<<endl;
// temp=cutoffacceleration;
// }
// else if(temp<-cutoffacceleration){
// cout << "CUTOFF"<<endl;
// cout << temp << endl;
// temp=-cutoffacceleration;
// }
oneacceler(k)+=temp;
otheracceler(k)-=temp;
atom->localpressure+=temp*relvec(k);
otheratom->localpressure+=temp*relvec(k);
crystall->pressure+=temp*relvec(k);
}
atom->setAcceler(oneacceler);
otheratom->setAcceler(otheracceler);
}
//this function finds the cellindices of the neighbouring cells
//it takes the minimal image convention into count
//it puts all X, Y and Z indices of the neighbouring cells in the last 3
//function arguments
//!!!!!!!!!!!!!!!!!function is debugged!!!!!!!!!!!!
void VerletAlgo2::findXYZCellIndices(int* nrXYZ, int* nrX, int* nrY, int* nrZ){
//the maximum indices of cells in x, y and z direction
int imax = crystall->allcells.size();
int jmax=crystall->allcells.at(0).size();
int kmax=crystall->allcells.at(0).at(0).size();
int i=0;
for(int l=nrXYZ[0]-1; l<nrXYZ[0]+2; l++){
if(l<0){
nrX[i]=l+imax;
}
else if(l>=imax){
nrX[i]=l-imax;
}
else{
nrX[i]=l;
}
i++;
}
i=0;
for(int l=nrXYZ[1]-1; l<nrXYZ[1]+2; l++){
if(l<0){
nrY[i]=l+jmax;
}
else if(l>=jmax){
nrY[i]=l-jmax;
}
else{
nrY[i]=l;
}
i++;
}
i=0;
for(int l=nrXYZ[2]-1; l<nrXYZ[2]+2; l++){
if(l<0){
nrZ[i]=l+kmax;
}
else if(l>=kmax){
nrZ[i]=l-kmax;
}
else{
nrZ[i]=l;
}
i++;
}
for(i=0; i<3;i++){
for(int j=i+1;j<3; j++){
if(nrX[i]==nrX[j]){
// cout<< "lalala" <<endl;
// cout<< "i "<<i << " j "<<j << " nrX "<< nrX[i]<<endl;
nrX[j]=-1;
}
if(nrY[i]==nrY[j]){
// cout<< "lalala" <<endl;
// cout<< "i "<<i << " j "<<j << " nrY "<< nrY[i]<<endl;
nrY[j]=-1;
}
if(nrZ[i]==nrZ[j]){
// cout<< "lalala" <<endl;
// cout<< "i "<<i << " j "<<j << " nrZ "<< nrZ[i]<<endl;
nrZ[j]=-1;
}
}
}
}
vec3 VerletAlgo2::findClosestPosition(vec3 &position, vec3 &otherposition){
vec3 answer; answer.fill(0);
for(int i=0; i<3; i++){
double projectionother = otherposition(i);
double projectionpos = position(i);
double L=this->crystall->boundary(i);
if(abs(projectionother-projectionpos)>L/2){
double distance=L;
for(int j=-1; j<2; j+=2){
distance=abs(projectionpos-(projectionother+j*L));
if(distance<=L/2){
answer(i)=projectionother+j*L;
}
}
}
else{
answer(i)=projectionother;
}
}
return answer;
}
void VerletAlgo2::updateVelocity(Atom *atom){
vec3 velocity=atom->getVelocity();
vec3 acceler=atom->getAcceler();
if(norm(acceler,2)>cutoffacceleration){
cout << atom->chemelement<<endl;
cout << norm(acceler,2)<<endl;
}
velocity+=0.5*acceler*this->h;
atom->setVelocity(velocity);
}
void VerletAlgo2::updatePosition(Atom *atom){
if(atom->chemelement=="Fi"){
return;
}
vec3 position=atom->getPosition();
vec3 velocity=atom->getVelocity();
int nrXYZ[3];
for(int i=0; i<3; i++){
nrXYZ[i]=int(position(i)/crystall->vectorBC(i));
}
position+=velocity*this->h;
atom->realposition+=velocity*this->h;
vec3 finalposition =boundCheck(position);
atom->setPosition(finalposition);
for(int i=0; i<3; i++){
this->crystall->msqdplm+=(atom->realposition(i)-atom->initialposition(i))*(atom->realposition(i)-atom->initialposition(i));
}
//if atom is not anymore in its cell
if(!atom->currentcell->isAtomInCell(atom)){
atom->currentcell->removeelement(atom);
int x,y,z;
crystall->findCellOfAtom(atom, x, y, z);
crystall->allcells.at(x).at(y).at(z).insertElement(atom);
}
}
vec3 VerletAlgo2::boundCheck(vec3 &position){
vec3 boundvec = this->crystall->boundary;
vec3 answer=position;
for(int i=0; i<3; i++){
while(answer(i)<0){
//debugging << "summing boundvec at i="<<i<< " position(i)=" << position(i);
answer(i)+=boundvec(i);
//debugging << "new position(i) " << position(i) << endl;
}
while(answer(i)>=boundvec(i)){
answer(i)-=boundvec(i);
}
}
return answer;
}
double VerletAlgo2::LJpotential(vec3 &relvec){
double r2=relvec(0)*relvec(0)+relvec(1)*relvec(1)+relvec(2)*relvec(2);
double r6=r2*r2*r2;
double r12=r6*r6;
double answer=4.0*(1.0/r12-1.0/r6);
if(answer<-1.2){
cout<<"potential energy "<< answer<< " relvec = "<<relvec.t()<<endl;
}
return answer;
}
| [
"jdhaese@gmail.com"
] | jdhaese@gmail.com |
09572d365889e22381c15b4ce606663222da7041 | fb2ef7b56b0e80dadcfd8359783cd9ba3732147d | /Intermediate/Build/Win64/UE4/Inc/CT6RIGPR_Arcade1/FallingFloor.generated.h | 63c15afbc34dcd2bcbf3ba7c0b18a29beb04cdb2 | [] | no_license | Luca-Mutton/CT6RIGPR_Arcade1 | 64291921287784f0f9975d3b4286aa542eddd9cd | 796c5b00a1e4ca37dba7aaee1ca70ebb2ea0a227 | refs/heads/master | 2023-04-06T06:24:45.893407 | 2021-04-17T12:39:12 | 2021-04-17T12:39:12 | 311,083,874 | 0 | 0 | null | 2021-03-26T18:42:07 | 2020-11-08T14:44:00 | C++ | UTF-8 | C++ | false | false | 4,015 | h | // Copyright 1998-2019 Epic Games, Inc. All Rights Reserved.
/*===========================================================================
Generated code exported from UnrealHeaderTool.
DO NOT modify this manually! Edit the corresponding .h files instead!
===========================================================================*/
#include "UObject/ObjectMacros.h"
#include "UObject/ScriptMacros.h"
PRAGMA_DISABLE_DEPRECATION_WARNINGS
#ifdef CT6RIGPR_ARCADE1_FallingFloor_generated_h
#error "FallingFloor.generated.h already included, missing '#pragma once' in FallingFloor.h"
#endif
#define CT6RIGPR_ARCADE1_FallingFloor_generated_h
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_RPC_WRAPPERS
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_RPC_WRAPPERS_NO_PURE_DECLS
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_INCLASS_NO_PURE_DECLS \
private: \
static void StaticRegisterNativesAFallingFloor(); \
friend struct Z_Construct_UClass_AFallingFloor_Statics; \
public: \
DECLARE_CLASS(AFallingFloor, AActor, COMPILED_IN_FLAGS(0), CASTCLASS_None, TEXT("/Script/CT6RIGPR_Arcade1"), NO_API) \
DECLARE_SERIALIZER(AFallingFloor)
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_INCLASS \
private: \
static void StaticRegisterNativesAFallingFloor(); \
friend struct Z_Construct_UClass_AFallingFloor_Statics; \
public: \
DECLARE_CLASS(AFallingFloor, AActor, COMPILED_IN_FLAGS(0), CASTCLASS_None, TEXT("/Script/CT6RIGPR_Arcade1"), NO_API) \
DECLARE_SERIALIZER(AFallingFloor)
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_STANDARD_CONSTRUCTORS \
/** Standard constructor, called after all reflected properties have been initialized */ \
NO_API AFallingFloor(const FObjectInitializer& ObjectInitializer); \
DEFINE_DEFAULT_OBJECT_INITIALIZER_CONSTRUCTOR_CALL(AFallingFloor) \
DECLARE_VTABLE_PTR_HELPER_CTOR(NO_API, AFallingFloor); \
DEFINE_VTABLE_PTR_HELPER_CTOR_CALLER(AFallingFloor); \
private: \
/** Private move- and copy-constructors, should never be used */ \
NO_API AFallingFloor(AFallingFloor&&); \
NO_API AFallingFloor(const AFallingFloor&); \
public:
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_ENHANCED_CONSTRUCTORS \
private: \
/** Private move- and copy-constructors, should never be used */ \
NO_API AFallingFloor(AFallingFloor&&); \
NO_API AFallingFloor(const AFallingFloor&); \
public: \
DECLARE_VTABLE_PTR_HELPER_CTOR(NO_API, AFallingFloor); \
DEFINE_VTABLE_PTR_HELPER_CTOR_CALLER(AFallingFloor); \
DEFINE_DEFAULT_CONSTRUCTOR_CALL(AFallingFloor)
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_PRIVATE_PROPERTY_OFFSET
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_10_PROLOG
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_GENERATED_BODY_LEGACY \
PRAGMA_DISABLE_DEPRECATION_WARNINGS \
public: \
CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_PRIVATE_PROPERTY_OFFSET \
CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_RPC_WRAPPERS \
CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_INCLASS \
CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_STANDARD_CONSTRUCTORS \
public: \
PRAGMA_ENABLE_DEPRECATION_WARNINGS
#define CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_GENERATED_BODY \
PRAGMA_DISABLE_DEPRECATION_WARNINGS \
public: \
CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_PRIVATE_PROPERTY_OFFSET \
CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_RPC_WRAPPERS_NO_PURE_DECLS \
CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_INCLASS_NO_PURE_DECLS \
CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h_13_ENHANCED_CONSTRUCTORS \
private: \
PRAGMA_ENABLE_DEPRECATION_WARNINGS
template<> CT6RIGPR_ARCADE1_API UClass* StaticClass<class AFallingFloor>();
#undef CURRENT_FILE_ID
#define CURRENT_FILE_ID CT6RIGPR_Arcade1_Source_CT6RIGPR_Arcade1_FallingFloor_h
PRAGMA_ENABLE_DEPRECATION_WARNINGS
| [
"lucamutton19@gmail.com"
] | lucamutton19@gmail.com |
dd38589ea38b17e505d41e7560ebe2770fe648c7 | 1c94236c3bb97f54ac6ecdf265172bed65a79712 | /02源代码/build-L1brary-Desktop_x86_darwin_generic_mach_o_32bit-Debug/ui_preorderbooks.h | 7cee43a0af2d247f1fff37f5223942b908b166fa | [
"MIT"
] | permissive | Tangent617/L1brary | 04d8715799ec659b05db9fb572c8ba9980792b00 | f54310912498484cc6ce39064499f90de0454e09 | refs/heads/main | 2023-06-01T22:43:16.276586 | 2021-06-12T02:11:45 | 2021-06-12T02:11:45 | 321,987,448 | 5 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 5,525 | h | /********************************************************************************
** Form generated from reading UI file 'preorderbooks.ui'
**
** Created by: Qt User Interface Compiler version 5.12.0
**
** WARNING! All changes made in this file will be lost when recompiling UI file!
********************************************************************************/
#ifndef UI_PREORDERBOOKS_H
#define UI_PREORDERBOOKS_H
#include <QtCore/QVariant>
#include <QtWidgets/QApplication>
#include <QtWidgets/QHeaderView>
#include <QtWidgets/QLabel>
#include <QtWidgets/QLineEdit>
#include <QtWidgets/QMainWindow>
#include <QtWidgets/QMenuBar>
#include <QtWidgets/QPushButton>
#include <QtWidgets/QStatusBar>
#include <QtWidgets/QTableView>
#include <QtWidgets/QWidget>
QT_BEGIN_NAMESPACE
class Ui_preorderBooks
{
public:
QWidget *centralwidget;
QTableView *tableView;
QLabel *label_bookName;
QLineEdit *lineEdit_bookName;
QPushButton *pushButton_select;
QPushButton *pushButton_showAllBooks;
QPushButton *pushButton_rBorrow;
QPushButton *pushButton_rRenew;
QPushButton *pushButton_rReturn;
QPushButton *pushButton_myBooks;
QPushButton *pushButton_exit;
QMenuBar *menubar;
QStatusBar *statusbar;
void setupUi(QMainWindow *preorderBooks)
{
if (preorderBooks->objectName().isEmpty())
preorderBooks->setObjectName(QString::fromUtf8("preorderBooks"));
preorderBooks->resize(800, 600);
centralwidget = new QWidget(preorderBooks);
centralwidget->setObjectName(QString::fromUtf8("centralwidget"));
tableView = new QTableView(centralwidget);
tableView->setObjectName(QString::fromUtf8("tableView"));
tableView->setGeometry(QRect(40, 90, 591, 421));
label_bookName = new QLabel(centralwidget);
label_bookName->setObjectName(QString::fromUtf8("label_bookName"));
label_bookName->setGeometry(QRect(50, 30, 60, 16));
lineEdit_bookName = new QLineEdit(centralwidget);
lineEdit_bookName->setObjectName(QString::fromUtf8("lineEdit_bookName"));
lineEdit_bookName->setGeometry(QRect(120, 30, 341, 21));
pushButton_select = new QPushButton(centralwidget);
pushButton_select->setObjectName(QString::fromUtf8("pushButton_select"));
pushButton_select->setGeometry(QRect(500, 30, 113, 32));
pushButton_showAllBooks = new QPushButton(centralwidget);
pushButton_showAllBooks->setObjectName(QString::fromUtf8("pushButton_showAllBooks"));
pushButton_showAllBooks->setGeometry(QRect(660, 120, 113, 32));
pushButton_rBorrow = new QPushButton(centralwidget);
pushButton_rBorrow->setObjectName(QString::fromUtf8("pushButton_rBorrow"));
pushButton_rBorrow->setGeometry(QRect(660, 240, 113, 32));
pushButton_rRenew = new QPushButton(centralwidget);
pushButton_rRenew->setObjectName(QString::fromUtf8("pushButton_rRenew"));
pushButton_rRenew->setGeometry(QRect(660, 300, 113, 32));
pushButton_rReturn = new QPushButton(centralwidget);
pushButton_rReturn->setObjectName(QString::fromUtf8("pushButton_rReturn"));
pushButton_rReturn->setGeometry(QRect(660, 360, 113, 32));
pushButton_myBooks = new QPushButton(centralwidget);
pushButton_myBooks->setObjectName(QString::fromUtf8("pushButton_myBooks"));
pushButton_myBooks->setGeometry(QRect(660, 180, 113, 32));
pushButton_exit = new QPushButton(centralwidget);
pushButton_exit->setObjectName(QString::fromUtf8("pushButton_exit"));
pushButton_exit->setGeometry(QRect(660, 420, 113, 32));
preorderBooks->setCentralWidget(centralwidget);
menubar = new QMenuBar(preorderBooks);
menubar->setObjectName(QString::fromUtf8("menubar"));
menubar->setGeometry(QRect(0, 0, 800, 24));
preorderBooks->setMenuBar(menubar);
statusbar = new QStatusBar(preorderBooks);
statusbar->setObjectName(QString::fromUtf8("statusbar"));
preorderBooks->setStatusBar(statusbar);
retranslateUi(preorderBooks);
QMetaObject::connectSlotsByName(preorderBooks);
} // setupUi
void retranslateUi(QMainWindow *preorderBooks)
{
preorderBooks->setWindowTitle(QApplication::translate("preorderBooks", "MainWindow", nullptr));
label_bookName->setText(QApplication::translate("preorderBooks", "\344\271\246\345\220\215\357\274\232", nullptr));
pushButton_select->setText(QApplication::translate("preorderBooks", "\346\237\245\350\257\242", nullptr));
pushButton_showAllBooks->setText(QApplication::translate("preorderBooks", "\346\230\276\347\244\272\346\211\200\346\234\211\344\271\246", nullptr));
pushButton_rBorrow->setText(QApplication::translate("preorderBooks", "\345\200\237\351\230\205", nullptr));
pushButton_rRenew->setText(QApplication::translate("preorderBooks", "\347\273\255\345\200\237", nullptr));
pushButton_rReturn->setText(QApplication::translate("preorderBooks", "\345\275\222\350\277\230", nullptr));
pushButton_myBooks->setText(QApplication::translate("preorderBooks", "\346\210\221\347\232\204\345\200\237\351\230\205", nullptr));
pushButton_exit->setText(QApplication::translate("preorderBooks", "\351\200\200\345\207\272\347\231\273\345\275\225", nullptr));
} // retranslateUi
};
namespace Ui {
class preorderBooks: public Ui_preorderBooks {};
} // namespace Ui
QT_END_NAMESPACE
#endif // UI_PREORDERBOOKS_H
| [
"46188610+Tangent617@users.noreply.github.com"
] | 46188610+Tangent617@users.noreply.github.com |
2a3a8cce125f919282c3df8b9daccc172951fc75 | 388339ceb0eef4caf44d867e3dfc1083a7891bb5 | /src/AtomError/OAtomError.cc | eab3133f5d7098816fa3a17f33e04ed7a6d3cc1a | [] | no_license | AenBleidd/atom-engine | 1bd6300efcf4222eca882bfd3c3327018bbc9b52 | b4b9aef08374320721f0ccd0e8a681c46fc45365 | refs/heads/master | 2021-06-16T14:13:21.559699 | 2017-04-29T14:47:03 | 2017-04-29T14:47:03 | 32,131,347 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 92 | cc | #include "OAtomError.h"
OAtomLog::OAtomLog() {
}
OAtomLog::~OAtomLog() {
}
| [
"lestat.de.lionkur@gmail.com"
] | lestat.de.lionkur@gmail.com |
0f892c6fe9b66a3f5dbe0f59ca054fc20279eae4 | 3fb221c1898d8e87cbe988dad01a8b55341d4e27 | /Lab_7(AVL_trees)/Is_balanced_tree.cpp | 23c3085d51f34f0f3ab820a69475d7be500428ef | [] | no_license | mileniummi/Algorithms_2019-20 | 8824d6a9a1c85c08d26a9b911ae08dc3e8247a7f | f1e82fa533335a649bfc1bd66c569dfc6180ffb0 | refs/heads/main | 2023-02-17T08:08:18.586847 | 2021-01-12T15:28:19 | 2021-01-12T15:28:19 | 328,367,093 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,500 | cpp | #include <iostream>
#include <fstream>
#include <vector>
#include <queue>
#include <map>
using namespace std;
class balanced_tree {
public:
struct Node {
int k;
Node* l;
Node* r;
Node* parent;
int height;
Node() {
this->k = -1;
this->l = nullptr;
this->r = nullptr;
this->parent = nullptr;
this->height = 1;
}
};
Node* root;
vector<Node> tree;
map<int, int> balance;
balanced_tree(int n) {
root = nullptr;
tree.resize(n);
}
void insert(int i, int k, int l, int r);
unsigned int get_height(Node* v) {
return v ? v->height : 0;
}
void find_root();
void find_height();
};
void balanced_tree::insert(int i, int k, int l, int r)
{
tree[i].k = k;
if (l != -1) {
tree[i].l = &tree[l];
tree[l].parent = &tree[i];
}
if (r != -1) {
tree[i].r = &tree[r];
tree[r].parent = &tree[i];
}
return;
}
void balanced_tree::find_root()
{
for (int i = 0; i < tree.size(); i++) {
if (tree[i].parent == nullptr) {
root = &tree[i];
break;
}
}
return;
}
void balanced_tree::find_height()
{
queue <Node*> q;
for (int i = 0; i < tree.size(); ++i) {
if (tree[i].l == nullptr && tree[i].r == nullptr) {
q.push(&tree[i]);
}
}
Node* v;
int l_height, r_height;
while (!q.empty()) {
v = q.front();
q.pop();
l_height = get_height(v->l);
r_height = get_height(v->r);
balance[v->k] = r_height - l_height;
if (v->parent != nullptr) {
v->parent->height = max(v->height + 1, v->parent->height);
q.push(v->parent);
}
}
return;
}
int main() {
ifstream fin;
fin.open("balance.in");
ofstream fout;
fout.open("balance.out");
int N;
int K;
int L;
int R;
fin >> N;
if (N == 0) {
fout << 0;
return 0;
}
balanced_tree my_tree(N);
vector<int> nodes(N);
for (int i = 0; i < N; i++) {
fin >> K >> L >> R;
nodes[i] = K;
my_tree.insert(i, K, L - 1, R - 1);
}
my_tree.find_root();
my_tree.find_height();
for (int i = 0; i < N; i++) {
fout << my_tree.balance[nodes[i]] << "\n";
} | [
"kokosh2000@mail.ru"
] | kokosh2000@mail.ru |
308171446d36fbbe03642488c7a0e9e0e2bdae65 | cbcd71be0b0d46a385d10e27615fa0c93e0b13a4 | /hw5/include/parser.h | a33a9faab85780aeaab83e198ec750ff4345489a | [] | no_license | thaikm9942/cscns171 | 32810b1d9b1d85009d89d36a8bd22e5af168bc9d | c0eb5336f46efc6fbcd4767250ac19d937fa212d | refs/heads/main | 2023-01-22T06:32:12.341586 | 2020-12-09T04:59:53 | 2020-12-09T04:59:53 | 301,923,641 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,329 | h | #ifndef __PARSER_H__
#define __PARSER_H__
#include <sstream>
#include <iostream>
#include <fstream>
#include "./scene.h"
// This function parses an .obj file and returns the corresponding Object
Object create_object(const char* filename);
// This function parses a block of text containing the transformation matrices and returns
// the corresponding transformation object
Transform_Set create_transformation(ifstream &ifs);
// This function parses blocks of text containing the camera information, the perspective
// projection matrix parameters, and the light sources parameters
// and returns an empty Scene with the given camera, perspective, and light source settings
// and the given resolution.
Scene create_scene(ifstream &ifs, int xres, int yres);
// This function parse a block of text containing information about the light sources
// returns a vector of Light objects with the correct parameters
vector<Light> create_lights(ifstream &ifs);
// THis function parse a block of text containing information about the material
// properties of an Object and return a Material object with the correct parameters
Material create_material(ifstream &ifs);
// This function splits the string by the delimiter into a vector<string> of tokens
vector<string> strsplit(string &s, char delim);
#endif // #ifndef __PARSER_H__ | [
"tkhong@caltech.edu"
] | tkhong@caltech.edu |
27f635f5ef070df3e4369f9e30c232c626442768 | 801352b6cf770e69bf82d3745a8d914768e46c67 | /Plugins/com.luizpestana.shivakinect/Sources/S3DX/S3DXAIEngineAPI.h | d1c53a101d2b240addba8fabd909e5b13a188c2f | [] | no_license | juaxix/shivakinect | ed7ab4eccd09f53ee92d8d15159c27965b7f6032 | 9011278f45fb3fc25cdd2e686ba9ef1433cf4984 | refs/heads/master | 2021-01-15T23:50:36.659919 | 2013-02-22T02:54:40 | 2013-02-22T02:54:40 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,066,909 | h | //-----------------------------------------------------------------------------
#ifndef __S3DXAIEngineAPI_h__
#define __S3DXAIEngineAPI_h__
//-----------------------------------------------------------------------------
#include "S3DXMacros.h"
#include "S3DXAIFunction.h"
#include "S3DXAIVariables.h"
//-----------------------------------------------------------------------------
namespace S3DX
{
class AIEngineAPI ;
}
//-----------------------------------------------------------------------------
namespace S3DX_MODULE_GUID
{
extern S3DX::AIEngineAPI *__pS3DXEAPIMI ;
}
//-----------------------------------------------------------------------------
//-----------------------------------------------------------------------------
namespace S3DX
//-----------------------------------------------------------------------------
{
class AIEngineAPI
{
public :
//---------------------------------------------------------------------
// Virtual destructor : provided because of inheritence.
// May not be needed to overload it.
//
virtual ~AIEngineAPI ( ) { }
//---------------------------------------------------------------------
// Callback registering : this method will be called by the engine,
// for each available callback, at plugin initialization time.
// Once a callback is registered, it is be possible for the plugin to
// use it to call the corresponding AI engine API function.
//
virtual void RegisterCallback ( uint32 _iCallbackID, AICallback _pCallback ) = 0 ;
//---------------------------------------------------------------------
// Callback IDs (crc32 of the enum name)
//
enum
{
CallbackID_animation_setCurrentClip = 0x0C0B94C3,
CallbackID_animation_getCurrentClip = 0x731527B4,
CallbackID_animation_setPlaybackSpeed = 0xB3FBBF64,
CallbackID_animation_getPlaybackSpeed = 0x81EDCD7D,
CallbackID_animation_setPlaybackLevel = 0x26378D81,
CallbackID_animation_getPlaybackLevel = 0x1421FF98,
CallbackID_animation_setPlaybackKeyFrameBegin = 0xB910B1E5,
CallbackID_animation_getPlaybackKeyFrameBegin = 0xAF7D5087,
CallbackID_animation_setPlaybackKeyFrameEnd = 0xA3FC74B2,
CallbackID_animation_getPlaybackKeyFrameEnd = 0x56AAADF3,
CallbackID_animation_setPlaybackMode = 0x2C08CF1A,
CallbackID_animation_getPlaybackMode = 0xE2163536,
CallbackID_animation_setPlaybackCursor = 0xDBC245A7,
CallbackID_animation_getPlaybackCursor = 0xBF9BFB15,
CallbackID_animation_matchPlaybackCursor = 0x8F8AB851,
CallbackID_animation_setSkeletonScale = 0x2FC07138,
CallbackID_animation_getSkeletonScale = 0x1DD60321,
CallbackID_animation_setObjectChannel = 0xD4AE3510,
CallbackID_animation_getClipKeyFrameRangeMin = 0xE35831EA,
CallbackID_animation_getClipKeyFrameRangeMax = 0xDF550EB3,
CallbackID_animation_getClipName = 0x47C02FB5,
CallbackID_animation_setPlaybackIgnoreNotAnimatedChannels = 0x052A0FF5,
CallbackID_animation_getPlaybackIgnoreNotAnimatedChannels = 0xDC3B353E,
CallbackID_animation_setPlaybackIgnoreIfCursorOutOfRange = 0xBE6A3950,
CallbackID_animation_getPlaybackIgnoreIfCursorOutOfRange = 0x790A2EB9,
CallbackID_application_getName = 0x31C05106,
CallbackID_application_getPackDirectory = 0x2F7AB6F7,
CallbackID_application_getUserCount = 0xD22CF14D,
CallbackID_application_getUserAt = 0x1A09851A,
CallbackID_application_getUser = 0xE270F949,
CallbackID_application_getCurrentUser = 0x93FD7202,
CallbackID_application_getCurrentUserScene = 0x443EC2F3,
CallbackID_application_getCurrentUserSceneName = 0xC89DB4AB,
CallbackID_application_setCurrentUserScene = 0xBE14F41B,
CallbackID_application_getCurrentUserSceneTaggedObject = 0x18689D05,
CallbackID_application_getCurrentUserAIVariable = 0xD034DD52,
CallbackID_application_setCurrentUserAIVariable = 0xC6593C30,
CallbackID_application_getCurrentUserAIState = 0x3D1397B0,
CallbackID_application_playOverlayExternalMovie = 0xBB4A7585,
CallbackID_application_playOverlayMovie = 0xC48499ED,
CallbackID_application_stopOverlayMovie = 0x2AA921BF,
CallbackID_application_isOverlayMoviePlaying = 0x36DA2A37,
CallbackID_application_startCurrentUserScenePreloading = 0x333B99AB,
CallbackID_application_getCurrentUserScenePreloadingStatus = 0x289178B3,
CallbackID_application_forceModelToStayLoaded = 0x807CA3DD,
CallbackID_application_forceResourceToStayLoaded = 0xEB1E6A4B,
CallbackID_application_isModelLoaded = 0x2A746424,
CallbackID_application_isResourceLoaded = 0x13182860,
CallbackID_application_getCurrentUserMainCamera = 0x3A67E16D,
CallbackID_application_getCurrentUserActiveCamera = 0x745B626E,
CallbackID_application_setCurrentUserActiveCamera = 0xF49DAFC8,
CallbackID_application_resetCurrentUserActiveCamera = 0xA12EFA53,
CallbackID_application_getCurrentUserViewportAspectRatio = 0xD6917366,
CallbackID_application_getCurrentUserViewportWidth = 0x7FC58DAC,
CallbackID_application_getCurrentUserViewportHeight = 0x810FE85D,
CallbackID_application_saveCurrentUserViewportToTexture = 0x96FBD1EF,
CallbackID_application_getCurrentUserEnvironmentVariableCount = 0xD2DF6242,
CallbackID_application_getCurrentUserEnvironmentVariableNameAt = 0x250D5AEE,
CallbackID_application_setCurrentUserEnvironmentVariable = 0xB0CBBD6B,
CallbackID_application_getCurrentUserEnvironmentVariable = 0xB2CAFD15,
CallbackID_application_unsetCurrentUserEnvironmentVariable = 0x3B5F9AAD,
CallbackID_application_clearCurrentUserEnvironment = 0x8CC96FBE,
CallbackID_application_saveCurrentUserEnvironment = 0xF6ED565B,
CallbackID_application_setCurrentUserEnvironmentName = 0x934BB704,
CallbackID_application_getCurrentUserEnvironmentName = 0x42ED58D0,
CallbackID_application_setCurrentUserEnvironmentTitle = 0xC5F5718E,
CallbackID_application_setCurrentUserEnvironmentDescription = 0xE1F91424,
CallbackID_application_loadCurrentUserEnvironment = 0x43850636,
CallbackID_application_getCurrentUserEnvironmentVariableStatus = 0x403943F2,
CallbackID_application_saveCurrentUserEnvironmentVariable = 0x10DC7B67,
CallbackID_application_loadCurrentUserEnvironmentVariable = 0x44672DE9,
CallbackID_application_setCurrentUserEnvironmentURL = 0xE553D031,
CallbackID_application_getCurrentUserEnvironmentURL = 0xF8DBF595,
CallbackID_application_checkCurrentUserEnvironmentLocalStorageDevice = 0x177B6221,
CallbackID_application_checkCurrentUserEnvironmentLocalStorageSpace = 0x7C5406A8,
CallbackID_application_checkCurrentUserEnvironmentLocalStorageWriteAccess = 0x1BC47815,
CallbackID_application_checkCurrentUserEnvironmentLocalStorageExistence = 0x764DA92B,
CallbackID_application_checkCurrentUserEnvironmentLocalStorageValidity = 0xF021971C,
CallbackID_application_getLastFrameTime = 0x3E72C240,
CallbackID_application_getAverageFrameTime = 0x5F393987,
CallbackID_application_setMinFrameTime = 0x30A0AAF1,
CallbackID_application_setMaxFrameTime = 0xA0D3BA1B,
CallbackID_application_getTotalFrameTime = 0x3EB9A96C,
CallbackID_application_resetTotalFrameTime = 0x7C026D14,
CallbackID_application_resetAverageFrameTime = 0x24D68E6B,
CallbackID_application_setFrameTimeFactor = 0xE029E253,
CallbackID_application_getFrameTimeFactor = 0xC522694D,
CallbackID_application_setOption = 0x007B4177,
CallbackID_application_getOption = 0xF157520A,
CallbackID_application_restart = 0x8E7A08D6,
CallbackID_application_quit = 0x54EC708A,
CallbackID_application_mightBeCracked = 0xF11E8373,
CallbackID_cache_addFile = 0xAC10CECA,
CallbackID_cache_addStreamFile = 0x8D35DCF2,
CallbackID_cache_getFileStatus = 0x8F37AFA0, // Deprecated
CallbackID_cache_pauseFileReceiving = 0xC52B6093,
CallbackID_cache_resumeFileReceiving = 0xC68799E8,
CallbackID_cache_cancelFileReceiving = 0xD809AB6E,
CallbackID_cache_sendFile = 0x39ECE510,
CallbackID_cache_getFileSendStatus = 0x7EBDFD75, // Deprecated
CallbackID_cache_removeFile = 0x4BBEFA7C,
CallbackID_cache_getFileProperty = 0xB83322F3,
CallbackID_cache_getFileContentAsString = 0x78F451FB,
CallbackID_cache_copyFileContent = 0x3A2B8193, // C/C++ addon
CallbackID_cache_createFile = 0x8561FEF1, // C/C++ addon
CallbackID_cache_empty = 0x8DF0CADB,
CallbackID_camera_setFieldOfView = 0xBEC04DF6,
CallbackID_camera_getFieldOfView = 0xC1DEFE81,
CallbackID_camera_setMinViewDistance = 0xEC31F8DA,
CallbackID_camera_getMinViewDistance = 0xC93A73C4,
CallbackID_camera_setMaxViewDistance = 0xCB8A9FEB,
CallbackID_camera_getMaxViewDistance = 0xEE8114F5,
CallbackID_camera_projectPoint = 0x42C2654E,
CallbackID_camera_unprojectPoint = 0x8533A523,
CallbackID_camera_isPointInFrustum = 0x2EA8CDEF,
CallbackID_camera_isSphereInFrustum = 0xFD750B3E,
CallbackID_camera_setAspectRatioScale = 0x48741CD8,
CallbackID_camera_getAspectRatioScale = 0xB25E2A30,
CallbackID_camera_setMotionBlurFactor = 0x1247B807,
CallbackID_camera_getMotionBlurFactor = 0xE86D8EEF,
CallbackID_camera_setVelocityBlurFactor = 0xB08ABEBF,
CallbackID_camera_getVelocityBlurFactor = 0xE997A8E8,
CallbackID_camera_setDepthBlurFactor = 0x0C10BB8D,
CallbackID_camera_getDepthBlurFactor = 0x291B3093,
CallbackID_camera_setDepthBlurFocusRangeMin = 0xC545F3E6,
CallbackID_camera_getDepthBlurFocusRangeMin = 0x66EF9E73,
CallbackID_camera_setDepthBlurFocusRangeMax = 0xF948CCBF,
CallbackID_camera_getDepthBlurFocusRangeMax = 0x5AE2A12A,
CallbackID_camera_setDistortionFactor = 0xBDB3342A,
CallbackID_camera_getDistortionFactor = 0x479902C2,
CallbackID_camera_setDistortionAmplitude = 0x6DFC4EC8,
CallbackID_camera_getDistortionAmplitude = 0x98AA9789,
CallbackID_camera_setDistortionFrequency = 0x202E6ECA,
CallbackID_camera_getDistortionFrequency = 0xD578B78B,
CallbackID_camera_setDistortionTiling = 0xFB8629A4,
CallbackID_camera_getDistortionTiling = 0x01AC1F4C,
CallbackID_debug_drawLine = 0x393077CB,
CallbackID_debug_getTotalMemoryUsed = 0xDDECC97B,
CallbackID_dynamics_getBodyType = 0xAE9F6969,
CallbackID_dynamics_createSphereBody = 0x87F0F727,
CallbackID_dynamics_createBoxBody = 0xD6D859CC,
CallbackID_dynamics_createCapsuleBody = 0xA528FD1D,
CallbackID_dynamics_createCompositeBody = 0x6C2181AD,
CallbackID_dynamics_addCompositeBodySphereGeometry = 0x62F0FF35,
CallbackID_dynamics_addCompositeBodyBoxGeometry = 0x636504F7,
CallbackID_dynamics_addCompositeBodyCapsuleGeometry = 0x0B9ABC77,
CallbackID_dynamics_finalizeCompositeBody = 0x1C37D371,
CallbackID_dynamics_destroyBody = 0x2B06690D,
CallbackID_dynamics_setOffset = 0x3D93EF7D,
CallbackID_dynamics_getOffset = 0xCCBFFC00,
CallbackID_dynamics_setMass = 0x836E0C35,
CallbackID_dynamics_getMass = 0x10FFB4E8,
CallbackID_dynamics_setFriction = 0x42A16A71,
CallbackID_dynamics_getFriction = 0x5C8EDD38,
CallbackID_dynamics_setBounce = 0xE6A5D1F4,
CallbackID_dynamics_getBounce = 0x1789C289,
CallbackID_dynamics_setBounceThreshold = 0xBDA84877,
CallbackID_dynamics_getBounceThreshold = 0x98A3C369,
CallbackID_dynamics_setLinearDamping = 0xB157DD28,
CallbackID_dynamics_setLinearDampingEx = 0x3736E125,
CallbackID_dynamics_getLinearDamping = 0x8341AF31,
CallbackID_dynamics_setAngularDamping = 0x65BCF35C,
CallbackID_dynamics_setAngularDampingEx = 0xA0B384F3,
CallbackID_dynamics_getAngularDamping = 0x01E54DEE,
CallbackID_dynamics_addForce = 0xFEDAD148,
CallbackID_dynamics_addTorque = 0x8C5DAFF6,
CallbackID_dynamics_addLinearImpulse = 0xA18BEC30,
CallbackID_dynamics_addAngularImpulse = 0xE2C93959,
CallbackID_dynamics_getAngularVelocity = 0x54487AE7,
CallbackID_dynamics_setAngularVelocity = 0x7143F1F9,
CallbackID_dynamics_setAngularSpeedLimit = 0xBB730234,
CallbackID_dynamics_getLinearVelocity = 0x42A61140,
CallbackID_dynamics_setLinearVelocity = 0x26FFAFF2,
CallbackID_dynamics_getLinearSpeed = 0xE0E939B4,
CallbackID_dynamics_setLinearSpeedLimit = 0xD454F0B0,
CallbackID_dynamics_setGuardBox = 0x6AAA23F1,
CallbackID_dynamics_enableDynamics = 0x729BE41E,
CallbackID_dynamics_enableCollisions = 0xD5392E0F,
CallbackID_dynamics_enableRotations = 0xDC55C9D0,
CallbackID_dynamics_enableGuardBox = 0x9FD5A601,
CallbackID_dynamics_enableGravity = 0x825FC480,
CallbackID_dynamics_enableAutoIdle = 0xB4621D36,
CallbackID_dynamics_setAutoIdleLinearThreshold = 0xFA256390,
CallbackID_dynamics_setAutoIdleAngularThreshold = 0x193ACF19,
CallbackID_dynamics_setAutoIdleTime = 0x913772F3,
CallbackID_dynamics_setIdle = 0x3349E246,
CallbackID_dynamics_isIdle = 0x8BA95792,
CallbackID_dynamics_getLastCollisionTime = 0x651FA19F,
CallbackID_dynamics_getLastCollisionContactCount = 0xA523EF6D,
CallbackID_dynamics_getLastCollisionContactPositionAt = 0x0492775A,
CallbackID_dynamics_getLastCollisionContactNormalAt = 0x9D6F1EA4,
CallbackID_dynamics_createBallJoint = 0xE18C0C95,
CallbackID_dynamics_createSliderJoint = 0x4725A6E8,
CallbackID_dynamics_createHingeJoint = 0x86E4742C,
CallbackID_dynamics_createHinge2Joint = 0xC96D4E65,
CallbackID_dynamics_createUniversalJoint = 0x47D4ECD3,
CallbackID_dynamics_destroyJoint = 0xC6DB7C78,
CallbackID_dynamics_setBallJointAnchor = 0x305276FC,
CallbackID_dynamics_setSliderJointAxis = 0x3C13DE47,
CallbackID_dynamics_setHingeJointAnchor = 0x25D64D37,
CallbackID_dynamics_setHingeJointAxis = 0xF48155D2,
CallbackID_dynamics_setHingeJointAxisAngleLimitMin = 0x0A1E3C5C,
CallbackID_dynamics_setHingeJointAxisAngleLimitMax = 0x36130305,
CallbackID_dynamics_setHingeJointAxisAngleLimitERP = 0xF9DE9F77,
CallbackID_dynamics_setHingeJointAxisAngleLimitCFM = 0xB0FB5849,
CallbackID_dynamics_setHinge2JointAnchor = 0x5C0B6C12,
CallbackID_dynamics_setHinge2JointAxis1 = 0xEA6C5C13,
CallbackID_dynamics_setHinge2JointAxis2 = 0x73650DA9,
CallbackID_dynamics_setHinge2JointAxis1AngleLimitMin = 0x8200340F,
CallbackID_dynamics_setHinge2JointAxis1AngleLimitMax = 0xBE0D0B56,
CallbackID_dynamics_setHinge2JointAxis1AngleLimitERP = 0x71C09724,
CallbackID_dynamics_setHinge2JointAxis1AngleLimitCFM = 0x38E5501A,
CallbackID_dynamics_setHinge2JointAxis2MotorSpeedLimit = 0xF27DE27E,
CallbackID_dynamics_setHinge2JointAxis2MotorAcceleration = 0xBF8B6AB5,
CallbackID_dynamics_setHinge2JointAxis1SuspensionERP = 0xA824BD8E,
CallbackID_dynamics_setHinge2JointAxis1SuspensionCFM = 0xE1017AB0,
CallbackID_dynamics_setUniversalJointAnchor = 0xE3A02226,
CallbackID_dynamics_setUniversalJointAxis1 = 0x91437E20,
CallbackID_dynamics_setUniversalJointAxis2 = 0x084A2F9A,
CallbackID_dynamics_setUniversalJointAxis1AngleLimitMin = 0xD774F5F7,
CallbackID_dynamics_setUniversalJointAxis1AngleLimitMax = 0xEB79CAAE,
CallbackID_dynamics_setUniversalJointAxis1AngleLimitERP = 0x24B456DC,
CallbackID_dynamics_setUniversalJointAxis1AngleLimitCFM = 0x6D9191E2,
CallbackID_dynamics_setUniversalJointAxis2AngleLimitMin = 0xAB15D02C,
CallbackID_dynamics_setUniversalJointAxis2AngleLimitMax = 0x9718EF75,
CallbackID_dynamics_setUniversalJointAxis2AngleLimitERP = 0x58D57307,
CallbackID_dynamics_setUniversalJointAxis2AngleLimitCFM = 0x11F0B439,
CallbackID_group_getSubObjectCount = 0xFC36F255,
CallbackID_group_getSubObjectAt = 0x89D1AEB6,
CallbackID_hashtable_isEmpty = 0x618A33AE,
CallbackID_hashtable_getSize = 0xF1FA5EEF,
CallbackID_hashtable_get = 0xB2F5BD3B,
CallbackID_hashtable_getIndex = 0x1DA72AD4,
CallbackID_hashtable_getAt = 0x76B14B62,
CallbackID_hashtable_getKeyAt = 0x5CC6631B,
CallbackID_hashtable_set = 0xA9DAB697,
CallbackID_hashtable_empty = 0x124C263A,
CallbackID_hashtable_add = 0xB2D4E0AC,
CallbackID_hashtable_remove = 0x32FF4930,
CallbackID_hashtable_contains = 0xE2FCA5EC,
CallbackID_hud_checkValidity = 0xB225C06B, // Deprecated
CallbackID_hud_newTemplateInstance = 0xF405A5D2,
CallbackID_hud_destroyTemplateInstance = 0x88910A5F,
CallbackID_hud_newComponent = 0x11603C8C,
CallbackID_hud_newAction = 0x7619A140,
CallbackID_hud_newTimer = 0xD173E3B4,
CallbackID_hud_destroyComponent = 0x89B3A1A6,
CallbackID_hud_destroyAction = 0x97662A9A,
CallbackID_hud_destroyTimer = 0xA06021FF,
CallbackID_hud_getComponentCount = 0xE1367778,
CallbackID_hud_getActionCount = 0x5A662670,
CallbackID_hud_getTimerCount = 0xB57665DA,
CallbackID_hud_getComponentAt = 0x9E424E8E,
CallbackID_hud_getActionAt = 0xECBB71BC,
CallbackID_hud_getTimerAt = 0x34E3FCBA,
CallbackID_hud_setInitialAction = 0xDF9F0F44, // Deprecated
CallbackID_hud_setDefaultFont = 0x590EF84F,
CallbackID_hud_getDefaultFontName = 0x2F8EF4FB,
CallbackID_hud_setDefaultTextShadowColor = 0xB38F7B17,
CallbackID_hud_getDefaultTextShadowColor = 0x10251682,
CallbackID_hud_getComponent = 0x67FEBD1E,
CallbackID_hud_getAction = 0xEB520D86,
CallbackID_hud_setFocus = 0xB8492113,
CallbackID_hud_setSoundBank = 0xBEF81C10,
CallbackID_hud_getSoundBankName = 0x799E5B94,
CallbackID_hud_playSound = 0x2BB8E5EF,
CallbackID_hud_pauseSound = 0x664728DF,
CallbackID_hud_resumeSound = 0x3A0047A7,
CallbackID_hud_stopSound = 0xCA5BD921,
CallbackID_hud_stopAllSounds = 0x7E921F03,
CallbackID_hud_setSoundVolume = 0x6957DA39,
CallbackID_hud_getSoundPlaybackProgress = 0x56B7D115,
CallbackID_hud_isSoundPlaying = 0xF915AB9D,
CallbackID_hud_isSoundPaused = 0xC502A560,
CallbackID_hud_setCursorVisible = 0xE3BA3709,
CallbackID_hud_setCursorPosition = 0x2DDEBFDE,
CallbackID_hud_getCursorPosition = 0x4987016C,
CallbackID_hud_forceCursorShape = 0xE316BCB7,
CallbackID_hud_getComponentType = 0x08458D30,
CallbackID_hud_setComponentZOrder = 0x31BC59D2,
CallbackID_hud_getComponentZOrder = 0x14B7D2CC,
CallbackID_hud_setComponentContainer = 0x140F5C1C,
CallbackID_hud_getComponentContainer = 0x4D124A4B,
CallbackID_hud_setComponentOrigin = 0x06FCCB49,
CallbackID_hud_getComponentOrigin = 0x23F74057,
CallbackID_hud_setComponentOffscreenOutput = 0x61F82D87,
CallbackID_hud_setComponentPosition = 0x3D681892,
CallbackID_hud_getComponentPosition = 0x934358EE,
CallbackID_hud_setComponentSize = 0x414D8C6A,
CallbackID_hud_getComponentSize = 0x735BFE73,
CallbackID_hud_setComponentRotation = 0x52386496,
CallbackID_hud_getComponentRotation = 0xFC1324EA,
CallbackID_hud_setComponentOpacity = 0xB62AA4AC,
CallbackID_hud_getComponentOpacity = 0x4C009244,
CallbackID_hud_setComponentVisible = 0x8F672193,
CallbackID_hud_setComponentActive = 0x93136155,
CallbackID_hud_setComponentBackgroundImage = 0x9D47346C,
CallbackID_hud_getComponentBackgroundImageName = 0x48E4CCA0,
CallbackID_hud_setComponentBackgroundColor = 0x3E2C78DA,
CallbackID_hud_getComponentBackgroundColor = 0x0119B8CA,
CallbackID_hud_setComponentForegroundColor = 0xFF6BE478,
CallbackID_hud_getComponentForegroundColor = 0xC05E2468,
CallbackID_hud_setComponentBorderColor = 0xB3D62D64,
CallbackID_hud_getComponentBorderColor = 0xB2F80ABB,
CallbackID_hud_setComponentFillMode = 0x2384E1E0,
CallbackID_hud_getComponentFillMode = 0x8DAFA19C,
CallbackID_hud_setComponentBlendMode = 0x510B5313,
CallbackID_hud_getComponentBlendMode = 0x08164544,
CallbackID_hud_setComponentShapeType = 0x851D7511,
CallbackID_hud_getComponentShapeType = 0xDC006346,
CallbackID_hud_setComponentShapeRoundRectangleCornerRadius = 0x9535F9EA,
CallbackID_hud_getComponentShapeRoundRectangleCornerRadius = 0xF8125E71,
CallbackID_hud_setComponentOpacityWaveModifier = 0x277D73BF,
CallbackID_hud_setComponentAspectInvariant = 0x60FAAC2E,
CallbackID_hud_setComponentIgnoredByMouse = 0xB19EAB87,
CallbackID_hud_setComponentAdjustedToNearestPixels = 0x69214BF0,
CallbackID_hud_addComponentEventHandler = 0x4AB9C89C,
CallbackID_hud_removeComponentEventHandler = 0x58FEF263,
CallbackID_hud_getComponentScreenSpaceCenter = 0x27EB8F38,
CallbackID_hud_getComponentScreenSpaceBottomLeftCorner = 0x74B86E4D,
CallbackID_hud_getComponentScreenSpaceTopLeftCorner = 0x7886C495,
CallbackID_hud_getComponentScreenSpaceBottomRightCorner = 0x2800CB48,
CallbackID_hud_getComponentScreenSpaceTopRightCorner = 0xA004AF04,
CallbackID_hud_matchComponentScreenSpaceCenter = 0x421E7E1C,
CallbackID_hud_matchComponentScreenSpaceBottomLeftCorner = 0xDD866352,
CallbackID_hud_matchComponentScreenSpaceTopLeftCorner = 0x1196CBBA,
CallbackID_hud_matchComponentScreenSpaceBottomRightCorner = 0xA5A1F8B0,
CallbackID_hud_matchComponentScreenSpaceTopRightCorner = 0x0BBC8252,
CallbackID_hud_setComponentBackgroundImageUVOffset = 0x37267DC3,
CallbackID_hud_getComponentBackgroundImageUVOffset = 0xF0466A2A,
CallbackID_hud_setComponentBackgroundImageUVScale = 0xABF7D113,
CallbackID_hud_getComponentBackgroundImageUVScale = 0x1C488C68,
CallbackID_hud_setComponentBackgroundImageAddressingMode = 0xB48C45C3,
CallbackID_hud_getComponentBackgroundImageAddressingMode = 0xF8C133DD,
CallbackID_hud_isComponentVisible = 0x293EB9C2,
CallbackID_hud_isComponentActive = 0x76DC57F0,
CallbackID_hud_getComponentTag = 0x26127090,
CallbackID_hud_setLabelText = 0xC32E827D,
CallbackID_hud_getLabelText = 0xCC3054FE,
CallbackID_hud_setLabelTextHeight = 0x5D7FEDC0,
CallbackID_hud_getLabelTextHeight = 0x787466DE,
CallbackID_hud_setLabelTextLetterSpacing = 0x1C5C652F,
CallbackID_hud_getLabelTextLetterSpacing = 0xBFF608BA,
CallbackID_hud_setLabelTextLineSpacing = 0x04A1843C,
CallbackID_hud_getLabelTextLineSpacing = 0x058FA3E3,
CallbackID_hud_setLabelTextAlignment = 0xB6331401,
CallbackID_hud_getLabelTextAlignment = 0xEF2E0256,
CallbackID_hud_setLabelTextCase = 0xAAB41BB3,
CallbackID_hud_getLabelTextCase = 0x98A269AA,
CallbackID_hud_setLabelTextEncoding = 0x2AF112CE,
CallbackID_hud_getLabelTextEncoding = 0x84DA52B2,
CallbackID_hud_setLabelTextDirection = 0xA4B7DBEE,
CallbackID_hud_getLabelTextDirection = 0xFDAACDB9,
CallbackID_hud_setLabelFont = 0x28312D68,
CallbackID_hud_getLabelFontName = 0xF1E80636,
CallbackID_hud_enableLabelTextAntialiasing = 0xF936556B,
CallbackID_hud_isLabelTextAntialiasingEnabled = 0xEA48594A,
CallbackID_hud_getLabelTextTotalLineCount = 0x99F4877D,
CallbackID_hud_setEditText = 0xB1BAA90C,
CallbackID_hud_getEditText = 0xAF951E45,
CallbackID_hud_setEditTextHeight = 0x4E47E77C,
CallbackID_hud_getEditTextHeight = 0x2A1E59CE,
CallbackID_hud_setEditTextLetterSpacing = 0x89EF68AB,
CallbackID_hud_getEditTextLetterSpacing = 0x9F8289C9,
CallbackID_hud_setEditTextLineSpacing = 0xF5BC74F7,
CallbackID_hud_getEditTextLineSpacing = 0x00EAADB6,
CallbackID_hud_setEditTextAlignment = 0xA89A4372,
CallbackID_hud_getEditTextAlignment = 0x06B1030E,
CallbackID_hud_setEditTextCase = 0xE6092A45,
CallbackID_hud_getEditTextCase = 0x2817D069,
CallbackID_hud_setEditTextEncoding = 0x8254095C,
CallbackID_hud_getEditTextEncoding = 0x787E3FB4,
CallbackID_hud_setEditTextDirection = 0xBA1E8C9D,
CallbackID_hud_getEditTextDirection = 0x1435CCE1,
CallbackID_hud_setEditTextMaxLength = 0xBBA42B3D,
CallbackID_hud_getEditTextMaxLength = 0x158F6B41,
CallbackID_hud_setEditFont = 0x5AA50619,
CallbackID_hud_getEditFontName = 0x415DBFF5,
CallbackID_hud_setEditOnChangedAction = 0xBFEC11DF,
CallbackID_hud_setEditSecure = 0xF968F3B7,
CallbackID_hud_isEditSecure = 0x3407DF45,
CallbackID_hud_enableEditTextAntialiasing = 0x6C0DD94E,
CallbackID_hud_isEditTextAntialiasingEnabled = 0xACCCD313,
CallbackID_hud_getEditTextTotalLineCount = 0x50D8D37A,
CallbackID_hud_setCheckText = 0xA2065704,
CallbackID_hud_getCheckText = 0xAD188187,
CallbackID_hud_setCheckTextHeight = 0x1CD46726,
CallbackID_hud_getCheckTextHeight = 0x39DFEC38,
CallbackID_hud_setCheckTextLetterSpacing = 0xE7585063,
CallbackID_hud_getCheckTextLetterSpacing = 0x44F23DF6,
CallbackID_hud_setCheckTextLineSpacing = 0x1D9E2CD9,
CallbackID_hud_getCheckTextLineSpacing = 0x1CB00B06,
CallbackID_hud_setCheckTextAlignment = 0x9B34B2F3,
CallbackID_hud_getCheckTextAlignment = 0xC229A4A4,
CallbackID_hud_setCheckTextCase = 0x5029FC1A,
CallbackID_hud_getCheckTextCase = 0x623F8E03,
CallbackID_hud_setCheckTextEncoding = 0x2FB86D31,
CallbackID_hud_getCheckTextEncoding = 0x81932D4D,
CallbackID_hud_setCheckTextDirection = 0x89B07D1C,
CallbackID_hud_getCheckTextDirection = 0xD0AD6B4B,
CallbackID_hud_setCheckIcons = 0x089E4E84,
CallbackID_hud_setCheckFont = 0x4919F811,
CallbackID_hud_getCheckFontName = 0x0B75E19F,
CallbackID_hud_setCheckOnCheckedAction = 0xF4DD42D7,
CallbackID_hud_setCheckOnUncheckedAction = 0xB42A5BBF,
CallbackID_hud_getCheckState = 0xD5D9004D,
CallbackID_hud_setCheckState = 0xA167CC01,
CallbackID_hud_enableCheckTextAntialiasing = 0x294F7C34,
CallbackID_hud_isCheckTextAntialiasingEnabled = 0xCDE0AFCD,
CallbackID_hud_getCheckTextTotalLineCount = 0xE6658EF3,
CallbackID_hud_setButtonText = 0xA25CC7D1,
CallbackID_hud_getButtonText = 0xD6E20B9D,
CallbackID_hud_setButtonTextHeight = 0x2B91226C,
CallbackID_hud_getButtonTextHeight = 0xD1BB1484,
CallbackID_hud_setButtonTextLetterSpacing = 0xA559F6AA,
CallbackID_hud_getButtonTextLetterSpacing = 0x259F3B0C,
CallbackID_hud_setButtonTextLineSpacing = 0x45412B21,
CallbackID_hud_getButtonTextLineSpacing = 0x532CCA43,
CallbackID_hud_setButtonTextAlignment = 0x6D81B48D,
CallbackID_hud_getButtonTextAlignment = 0x98D76DCC,
CallbackID_hud_setButtonTextCase = 0xFCE4B89F,
CallbackID_hud_getButtonTextCase = 0x98BD062D,
CallbackID_hud_setButtonTextEncoding = 0x239848E4,
CallbackID_hud_getButtonTextEncoding = 0x7A855EB3,
CallbackID_hud_setButtonTextDirection = 0x7F057B62,
CallbackID_hud_getButtonTextDirection = 0x8A53A223,
CallbackID_hud_setButtonFont = 0x494368C4,
CallbackID_hud_getButtonFontName = 0xF1F769B1,
CallbackID_hud_setButtonOnClickAction = 0xEE6E2C50,
CallbackID_hud_setButtonOnClickedAction = 0xA51EEC97,
CallbackID_hud_enableButtonTextAntialiasing = 0x44533B52,
CallbackID_hud_isButtonTextAntialiasingEnabled = 0xC00D67FB,
CallbackID_hud_getButtonTextTotalLineCount = 0xBB6CF8F7,
CallbackID_hud_setMovieClip = 0xBE372D7B,
CallbackID_hud_setMovieExternalClip = 0xCF2F17FF,
CallbackID_hud_getMovieBufferingProgress = 0x295CD13B,
CallbackID_hud_getMoviePlaybackProgress = 0x0B4288C7,
CallbackID_hud_getMoviePlaybackCursor = 0xC9D5A50F,
CallbackID_hud_setMovieTransparentColor = 0x59F9952C,
CallbackID_hud_playMovie = 0xCE68D404,
CallbackID_hud_pauseMovie = 0x83971934,
CallbackID_hud_stopMovie = 0x2F8BE8CA,
CallbackID_hud_setRenderMap = 0x0DE0447F,
CallbackID_hud_getRenderMapName = 0xA807B9A6,
CallbackID_hud_setPixelMap = 0xEE903298,
CallbackID_hud_getPixelMapName = 0x59E796C4,
CallbackID_hud_getPixelMap = 0xF0BF85D1,
CallbackID_hud_setProgressValue = 0x9CFA1A97,
CallbackID_hud_getProgressValue = 0xAEEC688E,
CallbackID_hud_setProgressType = 0xBF8A39FD,
CallbackID_hud_getProgressType = 0x7194C3D1,
CallbackID_hud_getListItemCount = 0x2CA7EB49,
CallbackID_hud_addListItem = 0xFC672486,
CallbackID_hud_removeListItemAt = 0x9C5747A8,
CallbackID_hud_selectListItemAt = 0x6EACD08E,
CallbackID_hud_removeListAllItems = 0x986B89D2,
CallbackID_hud_selectListAllItems = 0x35DEFEEA,
CallbackID_hud_getListItemTextAt = 0x9FCF1238,
CallbackID_hud_setListItemTextAt = 0xFB96AC8A,
CallbackID_hud_setListItemIconAt = 0x17E101EF,
CallbackID_hud_setListItemsHeight = 0xD9600CBE,
CallbackID_hud_getListItemsHeight = 0xFC6B87A0,
CallbackID_hud_setListItemsBackgroundImage = 0xBDCF31F4,
CallbackID_hud_getListItemsBackgroundImageName = 0xFEEFF58B,
CallbackID_hud_setListItemsBackgroundColor = 0x1EA47D42,
CallbackID_hud_setListItemsBackgroundColorOdd = 0xF7FD21F7,
CallbackID_hud_getListItemsBackgroundColorOdd = 0x769291D5,
CallbackID_hud_setListItemsBackgroundColorEven = 0x32229F77,
CallbackID_hud_getListItemsBackgroundColorEven = 0xE7C3B123,
CallbackID_hud_setListItemsBackgroundImageSelected = 0x1C030942,
CallbackID_hud_getListItemsBackgroundImageSelectedName = 0x2D12F27E,
CallbackID_hud_setListItemsBackgroundColorSelected = 0xDA85D3B0,
CallbackID_hud_getListItemsBackgroundColorSelected = 0x1DE5C459,
CallbackID_hud_setListItemsForegroundColorSelected = 0xDCADD4B6,
CallbackID_hud_getListItemsForegroundColorSelected = 0x1BCDC35F,
CallbackID_hud_setListTextLeftMargin = 0x91721DF4,
CallbackID_hud_getListTextLeftMargin = 0xC86F0BA3,
CallbackID_hud_setListTextRightMargin = 0x50570C50,
CallbackID_hud_getListTextRightMargin = 0xA501D511,
CallbackID_hud_setListTextHeight = 0x41127DDF,
CallbackID_hud_getListTextHeight = 0x254BC36D,
CallbackID_hud_setListTextLetterSpacing = 0xEBC1C490,
CallbackID_hud_getListTextLetterSpacing = 0xFDAC25F2,
CallbackID_hud_setListTextLineSpacing = 0xFD2960E5,
CallbackID_hud_getListTextLineSpacing = 0x087FB9A4,
CallbackID_hud_setListTextFont = 0x2824DD24,
CallbackID_hud_getListTextFontName = 0x6A673086,
CallbackID_hud_setListTextCase = 0x80B84CF2,
CallbackID_hud_getListTextCase = 0x4EA6B6DE,
CallbackID_hud_setListTextEncoding = 0x17A49379,
CallbackID_hud_getListTextEncoding = 0xED8EA591,
CallbackID_hud_setListTextDirection = 0xF18FA840,
CallbackID_hud_getListTextDirection = 0x5FA4E83C,
CallbackID_hud_enableListTextAntialiasing = 0x9FBC3D12,
CallbackID_hud_isListTextAntialiasingEnabled = 0x7C1891A9,
CallbackID_hud_getListColumnCount = 0x06716DA6,
CallbackID_hud_addListColumn = 0xB3CC5486,
CallbackID_hud_setListColumnTextAlignmentAt = 0xE8271F8F,
CallbackID_hud_setListColumnWidthAt = 0xA8769104,
CallbackID_hud_enableListSelection = 0x3DD54AA5,
CallbackID_hud_enableListSingleSelection = 0xFAB0D21D,
CallbackID_hud_enableListSingleSelectionToggling = 0x2AA1ED3F,
CallbackID_hud_enableListSmoothScrolling = 0xFE62F075,
CallbackID_hud_enableListFingerScrolling = 0x4CD93A47, // Warning: wrong CRC
CallbackID_hud_enableListMouseWheelHandling = 0xB37E05C5,
CallbackID_hud_getListSelectedItemCount = 0x15FCFA34,
CallbackID_hud_getListSelectedItemAt = 0x728F1E6D,
CallbackID_hud_setListVerticalScrollPos = 0x0CBE389D,
CallbackID_hud_getListVerticalScrollPos = 0x1AD3D9FF,
CallbackID_hud_setListVerticalScrollBarWidth = 0x975A5B7C,
CallbackID_hud_setListVerticalScrollBarArrowHeight = 0x6BBE1CDC,
CallbackID_hud_setListScrollBarBackgroundColor = 0x38D62516,
CallbackID_hud_setListScrollBarForegroundColor = 0xF991B9B4,
CallbackID_hud_setListScrollBarArrowColor = 0x0B9F7B9E,
CallbackID_hud_setListScrollBarBackgroundImages = 0xCD43D18A,
CallbackID_hud_setListScrollBarForegroundImages = 0xF55A54D2,
CallbackID_hud_setListScrollBarArrowImages = 0x2E1393C6,
CallbackID_hud_setListOnSelectionChangedAction = 0x590C0EFF,
CallbackID_hud_setSliderType = 0x59EDC812,
CallbackID_hud_getSliderType = 0x2D53045E,
CallbackID_hud_setSliderRange = 0x225980F2,
CallbackID_hud_getSliderRange = 0x5D473385,
CallbackID_hud_setSliderValue = 0xACA9828F,
CallbackID_hud_getSliderValue = 0xD3B731F8,
CallbackID_hud_setSliderThumbImage = 0x84408136, // Warning: wrong CRC
CallbackID_hud_setSliderOnChangedAction = 0xBAB65C88,
CallbackID_hud_beginActionCommand = 0x7EE31CCD,
CallbackID_hud_pushActionCommandArgument = 0xDF2046B2,
CallbackID_hud_pushActionCommandRuntimeArgument = 0xF89743C8,
CallbackID_hud_endActionCommand = 0x6A64FA3D,
CallbackID_hud_setTimerOnTickAction = 0x36E4696B,
CallbackID_hud_setTimerTickTime = 0xEEDBECE1,
CallbackID_hud_callAction = 0x0E4A7960,
CallbackID_hud_stopAction = 0xE1420EEF,
CallbackID_hud_pauseAction = 0xBBEBCD05,
CallbackID_hud_resumeAction = 0xE5697364,
CallbackID_hud_stopAllActions = 0x5674D3C6,
CallbackID_hud_pauseAllActions = 0x8824E5C9,
CallbackID_hud_resumeAllActions = 0x4118208F,
CallbackID_hud_isActionRunning = 0x9403E47A,
CallbackID_hud_isActionPaused = 0x6F9B582E,
CallbackID_hud_getUnderCursorComponent = 0x7B49CE20,
CallbackID_hud_getUnderCursorListItem = 0x8CC29BDB,
CallbackID_hud_getFocusedComponent = 0xA58D9C44,
CallbackID_hud_enterModalMode = 0xDD00E362,
CallbackID_hud_leaveModalMode = 0xF2420136,
CallbackID_hud_getComponentAtPoint = 0x9FA503E7,
CallbackID_input_setJoypadVibrationsMagnitude = 0x7BB71948,
CallbackID_input_getJoypadType = 0x552514F7,
CallbackID_input_enableJoypadMotionSensors = 0x4AA54853,
CallbackID_input_enableJoypadIRMotionSensors = 0xF373F185,
CallbackID_input_enableMultiTouch = 0xDCFA5AAA,
CallbackID_input_enableVirtualMouse = 0xDFE69328,
CallbackID_input_setVirtualMousePosition = 0x5EC6AC3F,
CallbackID_input_setVirtualMouseButtonDown = 0xB7AA2BC5,
CallbackID_light_getType = 0x4E235895,
CallbackID_light_isDynamic = 0x1DEA611D,
CallbackID_light_isActive = 0xB9B17637,
CallbackID_light_setActive = 0x62FDD1A7,
CallbackID_light_setColor = 0x5CB27590,
CallbackID_light_getColor = 0xA4434A41,
CallbackID_log_message = 0x7347F97E,
CallbackID_log_warning = 0x85B455C7,
CallbackID_log_error = 0x7069629B,
CallbackID_math_clamp = 0xD2393966,
CallbackID_math_interpolate = 0xDA2969A9,
CallbackID_math_sin = 0x464F82CF,
CallbackID_math_cos = 0x6F35EAE0,
CallbackID_math_tan = 0x8BD91E42,
CallbackID_math_asin = 0xD7751C04,
CallbackID_math_acos = 0xFE0F742B,
CallbackID_math_atan = 0x1AE38089,
CallbackID_math_atan2 = 0x8EAB6609,
CallbackID_math_min = 0x50F70CB5,
CallbackID_math_max = 0x6CFA33EC,
CallbackID_math_sqrt = 0x7AB5659E,
CallbackID_math_resetRandomSeed = 0x3BEE1942,
CallbackID_math_random = 0xEFF03FF4,
CallbackID_math_gaussianRandom = 0xE08B4A79,
CallbackID_math_pow = 0x763833D0,
CallbackID_math_floor = 0xCC7F98B2,
CallbackID_math_trunc = 0x04834BE9,
CallbackID_math_roundToNearestInteger = 0xA75D6C82,
CallbackID_math_roundToNearestPowerOfTwo = 0x52FAD7EA,
CallbackID_math_ceil = 0x8BD96A61,
CallbackID_math_abs = 0xD91F40C3,
CallbackID_math_mod = 0xE678422D,
CallbackID_math_log = 0x7EB379A0,
CallbackID_math_log10 = 0x26832E23,
CallbackID_math_evaluateBSpline = 0x3CDF24BE,
CallbackID_math_evaluateBezier = 0x2C09638D,
CallbackID_math_evaluateCatmullRom = 0xD7BFECAA,
CallbackID_math_computeRayPlaneIntersection = 0x1FE83EDD,
CallbackID_math_computeRaySphereIntersection = 0x926BAD4B,
CallbackID_math_computeRayAABoxIntersection = 0x66F626F2,
CallbackID_math_vectorAdd = 0x21244DA0,
CallbackID_math_vectorSubtract = 0xD80753CB,
CallbackID_math_vectorDotProduct = 0xDC92D2C0,
CallbackID_math_vectorCrossProduct = 0x7FC56AAE,
CallbackID_math_vectorNormalize = 0x5679BCBE,
CallbackID_math_vectorLength = 0xF40C03FD,
CallbackID_math_vectorScale = 0x921F3DD3,
CallbackID_math_vectorInterpolate = 0x36DC1C3C,
CallbackID_math_vectorReflect = 0x6812E3D5,
CallbackID_math_vectorSetLength = 0x8033F48B,
CallbackID_mesh_getSubsetCount = 0x173F69C0,
CallbackID_mesh_getSubsetVertexCount = 0x6052CBEE,
CallbackID_mesh_getSubsetIndexCount = 0x041A3CB1,
CallbackID_mesh_getSubsetLODCount = 0xF5692F32,
CallbackID_mesh_addSubset = 0x170A22F8,
CallbackID_mesh_removeSubset = 0xCDAAF3C7,
CallbackID_mesh_createSubsetVertexBuffer = 0xFC73B640,
CallbackID_mesh_destroySubsetVertexBuffer = 0x8C4CF344,
CallbackID_mesh_createSubsetIndexBuffer = 0x35CA1E9D,
CallbackID_mesh_destroySubsetIndexBuffer = 0x607B9598,
CallbackID_mesh_lockSubsetVertexBuffer = 0x4B6B4F74,
CallbackID_mesh_unlockSubsetVertexBuffer = 0xDAE9AA84,
CallbackID_mesh_lockSubsetIndexBuffer = 0x906F11E3,
CallbackID_mesh_unlockSubsetIndexBuffer = 0x76E676AD,
CallbackID_mesh_setSubsetVertexPosition = 0x695CFF07,
CallbackID_mesh_getSubsetVertexPosition = 0x6872D8D8,
CallbackID_mesh_setSubsetVertexNormal = 0x9C733A37,
CallbackID_mesh_getSubsetVertexNormal = 0xC56E2C60,
CallbackID_mesh_setSubsetVertexTexCoord = 0x34FC40FB,
CallbackID_mesh_getSubsetVertexTexCoord = 0x35D26724,
CallbackID_mesh_setSubsetIndexValue = 0x669E160F,
CallbackID_mesh_getSubsetIndexValue = 0x9CB420E7,
CallbackID_mesh_getResourceHandle = 0xC1022106,
CallbackID_mesh_setSubsetVertexBufferDynamic = 0xAB50CAF1,
CallbackID_mesh_isSubsetVertexBufferDynamic = 0x49F18979,
CallbackID_mesh_setSubsetIndexBufferDynamic = 0x2B8B93F4,
CallbackID_mesh_isSubsetIndexBufferDynamic = 0x32B20F3D,
CallbackID_mesh_computeSubsetVertexNormals = 0xA47F23C3,
CallbackID_mesh_computeSubsetVertexTangents = 0x59807A23,
CallbackID_mesh_updateBoundingVolumes = 0xD39C8E06,
CallbackID_microphone_setRate = 0xE5C21961,
CallbackID_microphone_enable = 0x2620D09B,
CallbackID_microphone_getActivityLevel = 0xFB2CD432,
CallbackID_microphone_enableSpectrumAnalyzer = 0x3A9BFD99,
CallbackID_microphone_setSpectrumWidth = 0x395AC68A,
CallbackID_microphone_getSpectrumWidth = 0x0B4CB493,
CallbackID_microphone_getSpectrumLevels = 0x5D7ACD4F,
CallbackID_microphone_setRecordingQuality = 0xC74C589A,
CallbackID_microphone_startRecordingAsMusic = 0x7C3D73DC,
CallbackID_microphone_stopRecording = 0x58125909,
CallbackID_microphone_startDiffusion = 0x54B50A55,
CallbackID_microphone_stopDiffusion = 0xBA793301,
CallbackID_microphone_addUserToDiffusionList = 0xB5847290,
CallbackID_microphone_removeUserFromDiffusionList = 0xF38AA6D2,
CallbackID_microphone_isUserInDiffusionList = 0x2E20451C,
CallbackID_microphone_emptyDiffusionList = 0x6B7D14EB,
CallbackID_microphone_getDiffusionListUserCount = 0xA5E4A776,
CallbackID_microphone_getDiffusionListUserIDAt = 0xFC952E9D,
CallbackID_music_play = 0x5FB0363B,
CallbackID_music_stop = 0xB86FFE37,
CallbackID_music_setVolume = 0x0D13C7B9,
CallbackID_music_getPlaybackProgress = 0xD3540E59,
CallbackID_music_playAdditional = 0x0ADED058,
CallbackID_navigation_setTargetNode = 0x73239262,
CallbackID_navigation_setAcceleration = 0x215C1BC6,
CallbackID_navigation_getAcceleration = 0xEF42E1EA,
CallbackID_navigation_setSpeedLimit = 0x70D7CB86,
CallbackID_navigation_getSpeedLimit = 0x046907CA,
CallbackID_navigation_setHeightOffset = 0xCE9FAAFA,
CallbackID_navigation_getHeightOffset = 0x008150D6,
CallbackID_navigation_getNode = 0xF046C0B1,
CallbackID_navigation_getTargetNode = 0x079D5E2E,
CallbackID_navigation_getTargetNodeDistance = 0x692AC3D4,
CallbackID_navigation_getSpeed = 0xB583F1DB,
CallbackID_navigation_getVelocity = 0xAF694808,
CallbackID_navigation_setRandomTargetNode = 0xA3FFB4A8,
CallbackID_navigation_setNearestTargetNode = 0x64960E87,
CallbackID_navigation_setNearestNode = 0x53E5A216,
CallbackID_navigation_setPathMaxLength = 0x643F7A15,
CallbackID_navigation_getPathMaxLength = 0x5629080C,
CallbackID_navigation_getPathNodeCount = 0xB740E8F4,
CallbackID_navigation_getPathNodeAt = 0x0451EEC5,
CallbackID_navigation_enableNodesInBox = 0xA0299941,
CallbackID_navigation_enableNode = 0x667B9821,
CallbackID_navigation_getNodeTranslation = 0x86AC0B9D,
CallbackID_navigation_isNodeOnBorder = 0x1019F515,
CallbackID_navigation_isNodeEnabled = 0x643A6224,
CallbackID_network_authenticate = 0x25A464A7,
CallbackID_network_disconnect = 0xECB0977B,
CallbackID_network_getStatus = 0x7A67AF6C,
CallbackID_network_getServerCount = 0x261C68D4,
CallbackID_network_getServerNameAt = 0x3C95AF95,
CallbackID_network_setCurrentServer = 0x8E441880,
CallbackID_network_getCurrentServer = 0xBC526A99,
CallbackID_network_createServer = 0xC8E22D2E,
CallbackID_network_searchForServers = 0x2F9BB08E,
CallbackID_object_getHashCode = 0x7AB8B1B2,
CallbackID_object_isEqualTo = 0xB1F1E88C,
CallbackID_object_isKindOf = 0x685C51D5,
CallbackID_object_hasController = 0xF2216611,
CallbackID_object_getScene = 0x815B09FF,
CallbackID_object_getParent = 0x76D296EE,
CallbackID_object_setParent = 0x87FE8593,
CallbackID_object_getModelName = 0x1E38CEC5,
CallbackID_object_enableDistanceClipping = 0xD37C6EF9,
CallbackID_object_setDistanceClippingThresholds = 0x7EA13C1F,
CallbackID_object_setDistanceClippingFadeTime = 0xF67FF304,
CallbackID_object_setCanBeReflected = 0xF187DC5B,
CallbackID_object_setCanBeRefracted = 0x3DDB1970,
CallbackID_object_canBeReflected = 0xD9B92458,
CallbackID_object_canBeRefracted = 0x15E5E173,
CallbackID_object_sendEvent = 0x60981D3B,
CallbackID_object_postEvent = 0xCD0AC2A3,
CallbackID_object_setTransformOption = 0xFCD11F40,
CallbackID_object_getTransformOption = 0xD9DA945E,
CallbackID_object_getTranslation = 0x2C08FB28,
CallbackID_object_getRotation = 0xCABE092C,
CallbackID_object_getScale = 0xB464C3A1,
CallbackID_object_getDirection = 0xC6CBBD4B,
CallbackID_object_getXAxis = 0x53DB4CEE,
CallbackID_object_getYAxis = 0x6EBB655E,
CallbackID_object_getZAxis = 0x291B1F8E,
CallbackID_object_resetTranslation = 0xBBBA3385,
CallbackID_object_matchTranslation = 0x9531DA22,
CallbackID_object_setTranslation = 0x5316485F,
CallbackID_object_translate = 0xE9059367,
CallbackID_object_translateTo = 0x01B920FD,
CallbackID_object_resetRotation = 0xB0F3E88D,
CallbackID_object_matchRotation = 0x4E5374BC,
CallbackID_object_setRotation = 0xD491BE65,
CallbackID_object_setRotationYPR = 0x10A0885A,
CallbackID_object_setRotationAxisAngle = 0xD1374149,
CallbackID_object_rotate = 0x94A8E02D,
CallbackID_object_rotateYPR = 0x1514ACB0,
CallbackID_object_rotateAxisAngle = 0xC672EB4F,
CallbackID_object_rotateTo = 0xC223DA59,
CallbackID_object_rotateToYPR = 0x192FE8BB,
CallbackID_object_rotateToAxisAngle = 0x2FF663C1,
CallbackID_object_rotateAround = 0x972995B2,
CallbackID_object_lookAt = 0xEF7A34CA,
CallbackID_object_lookAtWithUp = 0x43D50D5F,
CallbackID_object_setUniformScale = 0xCCD8878C,
CallbackID_object_setScale = 0x4C95FC70,
CallbackID_object_isActive = 0x238692BA,
CallbackID_object_setVisible = 0xF56F0643,
CallbackID_object_isVisible = 0xBF624B89,
CallbackID_object_getDistanceToObject = 0x11176C28,
CallbackID_object_getBoundingSphereRadius = 0x4E34C2DE,
CallbackID_object_getBoundingSphereCenter = 0x35B847A0,
CallbackID_object_getBoundingBoxMin = 0x2C542D6A,
CallbackID_object_getBoundingBoxMax = 0x10591233,
CallbackID_object_addAIModel = 0x8FC8F3EC,
CallbackID_object_removeAIModel = 0x42D9BBB7,
CallbackID_object_getAIModelCount = 0x15BA28D3,
CallbackID_object_getAIModelNameAt = 0xA2C29C76,
CallbackID_object_hasAIModel = 0x4F34A55B,
CallbackID_object_hasAIEventHandler = 0xB28114A1,
CallbackID_object_getAIVariable = 0x4C197394,
CallbackID_object_setAIVariable = 0x38A7BFD8,
CallbackID_object_getAIState = 0x9D1006E1,
CallbackID_object_setSoundBank = 0x68796CA1,
CallbackID_object_setAnimBank = 0x48484C56,
CallbackID_object_transformVector = 0x241838E9,
CallbackID_object_transformPoint = 0x74D39C82,
CallbackID_pixelmap_getResourceHandle = 0xD27289FB,
CallbackID_pixelmap_getWidth = 0x16E7B355,
CallbackID_pixelmap_getHeight = 0x450780DB,
CallbackID_pixelmap_lock = 0x5527937E,
CallbackID_pixelmap_unlock = 0x4B009383,
CallbackID_pixelmap_setPixel = 0x1DBEED89,
CallbackID_pixelmap_getPixel = 0xE54FD258,
CallbackID_pixelmap_setPixels = 0x8F774A62, // C/C++ addon for speed
CallbackID_pixelmap_getPixels = 0x7E5B591F, // C/C++ addon for speed
CallbackID_pixelmap_createBrushFromTexture = 0x09B99A08,
CallbackID_pixelmap_createBrushFromRectangle = 0xF7A2E6DD,
CallbackID_pixelmap_destroyBrush = 0x11149B5F,
CallbackID_pixelmap_getBrushCount = 0x91BD2060,
CallbackID_pixelmap_getBrushOrigin = 0x30EB5356,
CallbackID_pixelmap_setBrushOrigin = 0x4FF5E021,
CallbackID_pixelmap_getBrushWidth = 0x987E212D,
CallbackID_pixelmap_getBrushHeight = 0x1B57E047,
CallbackID_pixelmap_setPenColor = 0x851441AE,
CallbackID_pixelmap_setPenBrush = 0x12E5DB84,
CallbackID_pixelmap_setPenMode = 0xB6C81223,
CallbackID_pixelmap_setFillColor = 0x5F5C52E3,
CallbackID_pixelmap_setFillBrush = 0xC8ADC8C9,
CallbackID_pixelmap_setFillMode = 0x9E638F48,
CallbackID_pixelmap_setBlendMode = 0x89BB9FA7,
CallbackID_pixelmap_drawPoint = 0xDA50609B,
CallbackID_pixelmap_drawLine = 0xF963E0E3,
CallbackID_pixelmap_drawRectangle = 0xAC95AAE1,
CallbackID_pixelmap_saveToTexture = 0x64D2909B,
CallbackID_projector_setColor = 0xB39D8A1A,
CallbackID_projector_getColor = 0x4B6CB5CB,
CallbackID_projector_setOpacity = 0x0906A94F,
CallbackID_projector_getOpacity = 0x274388DD,
CallbackID_projector_setFieldOfView = 0xAD7774EC,
CallbackID_projector_getFieldOfView = 0xD269C79B,
CallbackID_projector_setMinClipDistance = 0x4CA45376,
CallbackID_projector_getMinClipDistance = 0x69AFD868,
CallbackID_projector_setMaxClipDistance = 0x6B1F3447,
CallbackID_projector_getMaxClipDistance = 0x4E14BF59,
CallbackID_projector_setMap = 0xC187D194,
CallbackID_projector_playMapMovie = 0xA3252139,
CallbackID_projector_pauseMapMovie = 0xE4BCEA86,
CallbackID_projector_stopMapMovie = 0x72E450AF,
CallbackID_scene_getName = 0x0B577580,
CallbackID_scene_getUserCount = 0x1E2FFC1A,
CallbackID_scene_getUserAt = 0x4BD36491,
CallbackID_scene_sendEventToAllUsers = 0x23D81920,
CallbackID_scene_sendEventToAllObjects = 0x6AF56808,
CallbackID_scene_getTaggedObjectCount = 0x48357ED1,
CallbackID_scene_getTaggedObjectAt = 0x0288EB8F,
CallbackID_scene_getTaggedObjectTagAt = 0x77940D03,
CallbackID_scene_getTaggedObject = 0xC8D8D8E3,
CallbackID_scene_getObjectTag = 0x033BC9D6,
CallbackID_scene_setRuntimeObjectTag = 0x2E1E9923,
CallbackID_scene_createRuntimeObject = 0x61011526,
CallbackID_scene_destroyRuntimeObject = 0x80B90141,
CallbackID_scene_combineRuntimeObjectsGroup = 0x3ED75781,
CallbackID_scene_setBackgroundColor = 0xF116EA89,
CallbackID_scene_getBackgroundColor = 0xD41D6197,
CallbackID_scene_setBackgroundOpacity = 0x1ED85345,
CallbackID_scene_getBackgroundOpacity = 0xB0F31339,
CallbackID_scene_setBackgroundTexture = 0xDF433351,
CallbackID_scene_setBackgroundTextureUVOffset = 0x55EB4CDE,
CallbackID_scene_setBackgroundTextureUVScale = 0xBBDB134F,
CallbackID_scene_setBackgroundTextureAddressingMode = 0x58F1EC25,
CallbackID_scene_setBackgroundTextureFilteringMode = 0xBD6F7794,
CallbackID_scene_setSkyBoxColor = 0xE75CCC34,
CallbackID_scene_getSkyBoxColor = 0x98427F43,
CallbackID_scene_setSkyBoxFaceMap = 0xEE2A38DA,
CallbackID_scene_setAmbientColor = 0xFD39B522,
CallbackID_scene_getAmbientColor = 0x33274F0E,
CallbackID_scene_setShadowAmbientColor = 0xDFB5A07D,
CallbackID_scene_getShadowAmbientColor = 0x86A8B62A,
CallbackID_scene_setFogDensity = 0xB153A686,
CallbackID_scene_getFogDensity = 0xC5ED6ACA,
CallbackID_scene_setFogColor = 0xF0064D8D,
CallbackID_scene_getFogColor = 0xEE29FAC4,
CallbackID_scene_createOcean = 0xF1EE5F62,
CallbackID_scene_destroyOcean = 0xF500181C,
CallbackID_scene_setOceanWavesAmplitude = 0x21839B29,
CallbackID_scene_getOceanWavesAmplitude = 0xD4D54268,
CallbackID_scene_setOceanWavesMeanHeight = 0x7DC463C7,
CallbackID_scene_getOceanWavesMeanHeight = 0x7CEA4418,
CallbackID_scene_setOceanWavesFrequency = 0x6C51BB2B,
CallbackID_scene_getOceanWavesFrequency = 0x9907626A,
CallbackID_scene_setOceanUnderwaterFogDensity = 0x796515C3,
CallbackID_scene_getOceanUnderwaterFogDensity = 0x64ED3067,
CallbackID_scene_setOceanUnderwaterFogColor = 0x1C5B67C6,
CallbackID_scene_getOceanUnderwaterFogColor = 0x9C9DAA60,
CallbackID_scene_setOceanSurfaceColor = 0xB049BE8D,
CallbackID_scene_getOceanSurfaceColor = 0x1E62FEF1,
CallbackID_scene_setOceanSurfaceColorFactor = 0xC40FB1E2,
CallbackID_scene_getOceanSurfaceColorFactor = 0x44C97C44,
CallbackID_scene_setOceanSurfaceColorMaxDistance = 0x0B4E6CD0,
CallbackID_scene_getOceanSurfaceColorMaxDistance = 0xDEAF4284,
CallbackID_scene_getOceanHeight = 0x71E4E819,
CallbackID_scene_getOceanNormal = 0xA52C65F2,
CallbackID_scene_setOceanFoamMap = 0x8F59B934,
CallbackID_scene_setOceanFoamMapTiling = 0x72F1C7F3,
CallbackID_scene_getOceanFoamMapTiling = 0x2BECD1A4,
CallbackID_scene_setOceanNormalMapTiling = 0x44776442,
CallbackID_scene_getOceanNormalMapTiling = 0x4559439D,
CallbackID_scene_setOceanReflectionNoiseScale = 0x26ADA631,
CallbackID_scene_getOceanReflectionNoiseScale = 0x3B258395,
CallbackID_scene_setOceanRefractionNoiseScale = 0xA4E98B5D,
CallbackID_scene_getOceanRefractionNoiseScale = 0xB961AEF9,
CallbackID_scene_setOceanFresnelPower = 0x7ECF935A,
CallbackID_scene_getOceanFresnelPower = 0xD0E4D326,
CallbackID_scene_setOceanFresnelBias = 0x67547479,
CallbackID_scene_getOceanFresnelBias = 0x9D7E4291,
CallbackID_scene_setOceanReflectorBias = 0x01E0DFF4,
CallbackID_scene_getOceanReflectorBias = 0x58FDC9A3,
CallbackID_scene_setColorLevels = 0x6DECFAE2,
CallbackID_scene_getColorLevels = 0x12F24995,
CallbackID_scene_setColorSaturation = 0x42D34A2C,
CallbackID_scene_getColorSaturation = 0x67D8C132,
CallbackID_scene_setColorContrast = 0x43B24EFB,
CallbackID_scene_getColorContrast = 0x71A43CE2,
CallbackID_scene_setMonochromeFilter = 0xAA2272B5,
CallbackID_scene_getMonochromeFilter = 0x5008445D,
CallbackID_scene_setBloomIntensity = 0x4C18616D,
CallbackID_scene_getBloomIntensity = 0x2841DFDF,
CallbackID_scene_setBloomThreshold = 0x4ED0F369,
CallbackID_scene_getBloomThreshold = 0x2A894DDB,
CallbackID_scene_setBloomColoring = 0x2C18D5CD,
CallbackID_scene_getBloomColoring = 0x1E0EA7D4,
CallbackID_scene_setBloomMotionBlurFactor = 0xEBEB7AC3,
CallbackID_scene_getBloomMotionBlurFactor = 0xFD869BA1,
CallbackID_scene_getObjectCount = 0xF5A8B1FA,
CallbackID_scene_getObjectAt = 0xD829A83C,
CallbackID_scene_getFirstHitCollider = 0x48B7F12D,
CallbackID_scene_getFirstHitColliderEx = 0x78998063,
CallbackID_scene_getFirstHitColliderWithID = 0xF6B29518,
CallbackID_scene_getFirstHitColliderWithIDEx = 0x90775991,
CallbackID_scene_getFirstHitSensor = 0xF44980E6,
CallbackID_scene_getFirstHitSensorWithID = 0xE3D2D4F0,
CallbackID_scene_getFirstHitSensorWithIDInRange = 0x304BA5A1,
CallbackID_scene_getFirstHitTerrainChunk = 0x1AD1A4A4,
CallbackID_scene_getTerrainHeight = 0x816DA5A5,
CallbackID_scene_getTerrainNormal = 0x55A5284E,
CallbackID_scene_getTerrainStatus = 0x0F2025B6,
CallbackID_scene_setTerrainTextureFilteringMode = 0x03EA0D79,
CallbackID_scene_setTerrainLODSwitchThreshold = 0x7C5996A5,
CallbackID_scene_setTerrainVegetationLayerMaxVisibleInstances = 0x61B52666,
CallbackID_scene_setTerrainVegetationLayerVisible = 0xB3892DB6,
CallbackID_scene_setTerrainVegetationLayerTextureFilteringMode = 0x63814E56,
CallbackID_scene_getTerrainVegetationLayerCount = 0x54777D68,
CallbackID_scene_setDynamicsTimeStep = 0xF2FFDF06,
CallbackID_scene_getDynamicsTimeStep = 0x08D5E9EE,
CallbackID_scene_setDynamicsIterationsPerStep = 0x91E37159,
CallbackID_scene_getDynamicsIterationsPerStep = 0x8C6B54FD,
CallbackID_scene_setPaused = 0x4D96EED7,
CallbackID_scene_setPerPixelLightingMinScreenSize = 0x75FF5451,
CallbackID_scene_getPerPixelLightingMinScreenSize = 0x192C2092,
CallbackID_scene_setNormalMappingMinScreenSize = 0xA2F2DDCC,
CallbackID_scene_getNormalMappingMinScreenSize = 0x73543218,
CallbackID_scene_setNormalMappingFadeScreenSize = 0x9895EC1C,
CallbackID_scene_getNormalMappingFadeScreenSize = 0x19FA5C3E,
CallbackID_scene_setSpecularLightingMinScreenSize = 0x6C6E8474,
CallbackID_scene_getSpecularLightingMinScreenSize = 0x00BDF0B7,
CallbackID_scene_setSpecularLightingFadeScreenSize = 0x5DE14BFB,
CallbackID_scene_getSpecularLightingFadeScreenSize = 0x5FE00B85,
CallbackID_scene_setDynamicShadowsFadeDistance = 0x022EC868,
CallbackID_scene_getDynamicShadowsFadeDistance = 0xD38827BC,
CallbackID_scene_setDynamicShadowsMaxDistance = 0x9E69D830,
CallbackID_scene_getDynamicShadowsMaxDistance = 0x83E1FD94,
CallbackID_sensor_getCount = 0x9D39FE26,
CallbackID_sensor_setActiveAt = 0xAE727832,
CallbackID_sensor_isActiveAt = 0xE1C349B9,
CallbackID_sensor_setAllActive = 0x0580432E,
CallbackID_sensor_removeAll = 0xAC0A5E7B,
CallbackID_sensor_removeAt = 0xAAA1D337,
CallbackID_sensor_add = 0x4E6CBD02,
CallbackID_sensor_getIDAt = 0xF90EBA3F,
CallbackID_sensor_setIDAt = 0x6A9F02E2,
CallbackID_sensor_getShapeTypeAt = 0x02B1E7F9,
CallbackID_sensor_setSphereCenterAt = 0xFF57DC2F,
CallbackID_sensor_setSphereRadiusAt = 0xD3398474,
CallbackID_sensor_getSphereCenterAt = 0x9B0E629D,
CallbackID_sensor_getSphereRadiusAt = 0xB7603AC6,
CallbackID_sensor_setBoxCenterAt = 0xD8F5066A,
CallbackID_sensor_setBoxSizeAt = 0x36CF7575,
CallbackID_sensor_getBoxCenterAt = 0xA7EBB51D,
CallbackID_sensor_getBoxSizeAt = 0x39D1A3F6,
CallbackID_server_getStatus = 0xB1F6F61C,
CallbackID_server_getName = 0x66B9D127,
CallbackID_server_getCurrentPingDelay = 0x31372229,
CallbackID_server_getAveragePingDelay = 0x14B214B3,
CallbackID_server_getSessionCount = 0x76DF1C7A,
CallbackID_server_getSessionNameAt = 0x0DABE20E,
CallbackID_server_getSessionUserCountAt = 0xFF7A8360,
CallbackID_server_setCurrentSession = 0x3B1409C8,
CallbackID_server_getCurrentSession = 0x5F4DB77A,
CallbackID_server_sendEvent = 0xE132789A,
CallbackID_session_getStatus = 0xBE208A8F,
CallbackID_session_getName = 0x35BD7087,
CallbackID_sfx_getParticleEmitterCount = 0xA72053DF,
CallbackID_sfx_startParticleEmitterAt = 0x4853F133,
CallbackID_sfx_startAllParticleEmitters = 0x282A6EA8,
CallbackID_sfx_stopParticleEmitterAt = 0x168211E4,
CallbackID_sfx_stopAllParticleEmitters = 0x465981D9,
CallbackID_sfx_pauseParticleEmitterAt = 0x0FD4E367,
CallbackID_sfx_pauseAllParticleEmitters = 0x0544C037,
CallbackID_sfx_setParticleEmitterTranslationAt = 0xA8F7D457,
CallbackID_sfx_setParticleEmitterRotationAt = 0x2916B330,
CallbackID_sfx_setParticleEmitterUniformScaleAt = 0x52429319,
CallbackID_sfx_setParticleEmitterGenerationRateAt = 0x1FA051EE,
CallbackID_sfx_setParticleEmitterLifeTimeFactorAt = 0xAAB1ABEF,
CallbackID_sfx_setParticleEmitterInitialSpeedFactorAt = 0x219E450E,
CallbackID_sfx_getParticleEmitterUniformScaleAt = 0x3E91E7DA,
CallbackID_sfx_getParticleEmitterGenerationRateAt = 0xA81F0C95,
CallbackID_sfx_getParticleEmitterLifeTimeFactorAt = 0x1D0EF694,
CallbackID_sfx_getParticleEmitterInitialSpeedFactorAt = 0xCF9C4B28,
CallbackID_sfx_getParticleEmitterAliveParticleCountAt = 0x9F31848D,
CallbackID_sfx_getTrailCount = 0x5E939406,
CallbackID_sfx_setTrailAnchor0At = 0x30BF09F0,
CallbackID_sfx_setTrailAnchor1At = 0x317D63C7,
CallbackID_sfx_startTrailAt = 0x34394A32,
CallbackID_sfx_pauseTrailAt = 0x1529F42F,
CallbackID_sfx_stopTrailAt = 0x5EF024F9,
CallbackID_sfx_startAllTrails = 0x07AD397E,
CallbackID_sfx_pauseAllTrails = 0xD418EAF9,
CallbackID_sfx_stopAllTrails = 0x85A9116D,
CallbackID_shape_setMeshOpacity = 0xE5B1625F,
CallbackID_shape_getMeshOpacity = 0x9AAFD128,
CallbackID_shape_getMeshSubsetCount = 0x476739A1,
CallbackID_shape_setMeshSubsetMaterial = 0x0002D229,
CallbackID_shape_getMeshSubsetMaterialName = 0x3CBADFC5,
CallbackID_shape_setMeshMaterial = 0x231DB192,
CallbackID_shape_compareMeshSubsetMaterial = 0x067CE1E5,
CallbackID_shape_enableMeshFrustumCulling = 0x9F2D2734,
CallbackID_shape_overrideMeshSubsetMaterialEmissive = 0xCCB01696,
CallbackID_shape_overrideMeshSubsetMaterialAmbient = 0xB6D4F927,
CallbackID_shape_overrideMeshSubsetMaterialDiffuse = 0x5B64CD9E,
CallbackID_shape_overrideMeshSubsetMaterialSpecular = 0xC2BF18AB,
CallbackID_shape_overrideMeshSubsetMaterialOpacity = 0xB6387689,
CallbackID_shape_overrideMeshSubsetMaterialOpacityThreshold = 0x9E5D9D6B,
CallbackID_shape_overrideMeshSubsetMaterialEffectIntensity = 0x8994761C,
CallbackID_shape_getMeshSubsetMaterialEmissiveOverride = 0xE77D5836,
CallbackID_shape_getMeshSubsetMaterialAmbientOverride = 0x1BF90495,
CallbackID_shape_getMeshSubsetMaterialDiffuseOverride = 0x44E25843,
CallbackID_shape_getMeshSubsetMaterialSpecularOverride = 0xE7EC6973,
CallbackID_shape_getMeshSubsetMaterialOpacityOverride = 0xBBE6B0C9,
CallbackID_shape_getMeshSubsetMaterialOpacityThresholdOverride = 0x0A5B163C,
CallbackID_shape_getMeshSubsetMaterialEffectIntensityOverride = 0xCF7AA55B,
CallbackID_shape_overrideMeshMaterialEmissive = 0x90D514FA,
CallbackID_shape_overrideMeshMaterialAmbient = 0x60BC919C,
CallbackID_shape_overrideMeshMaterialDiffuse = 0x8D0CA525,
CallbackID_shape_overrideMeshMaterialSpecular = 0x9EDA1AC7,
CallbackID_shape_overrideMeshSubsetMaterialEffectMap0 = 0x7F0EAC89,
CallbackID_shape_overrideMeshMaterialEffectMap0 = 0x5848B56B,
CallbackID_shape_overrideMeshSubsetMaterialEffectMap1 = 0x08099C1F,
CallbackID_shape_overrideMeshMaterialEffectMap1 = 0x2F4F85FD,
CallbackID_shape_overrideMeshSubsetMaterialNormalMap = 0x667ED10C,
CallbackID_shape_overrideMeshMaterialNormalMap = 0x2226997D,
CallbackID_shape_overrideMeshSubsetMaterialSpecularMap = 0xA708685C,
CallbackID_shape_overrideMeshMaterialSpecularMap = 0xE92BAD11,
CallbackID_shape_getMeshSubsetMaterialEffectMap0 = 0xCEA8AD18,
CallbackID_shape_getMeshSubsetMaterialEffectMap1 = 0xB9AF9D8E,
CallbackID_shape_getMeshSubsetMaterialNormalMap = 0xCB966437,
CallbackID_shape_getMeshSubsetMaterialSpecularMap = 0x20B16D8F,
CallbackID_shape_getMeshSubsetMaterialEffectMap0Override = 0x513D39BA,
CallbackID_shape_getMeshSubsetMaterialEffectMap1Override = 0x46462DF9,
CallbackID_shape_getMeshSubsetMaterialNormalMapOverride = 0xDE7E7AB5,
CallbackID_shape_getMeshSubsetMaterialSpecularMapOverride = 0x0B583134,
CallbackID_shape_setMeshSubsetMaterialEffectMap0AdditionalUVOffset = 0xD9F04229,
CallbackID_shape_setMeshSubsetMaterialEffectMap0AdditionalUVScale = 0x73A91711,
CallbackID_shape_setMeshSubsetMaterialEffectMap0AdditionalUVRotation = 0x0F6149ED,
CallbackID_shape_setMeshSubsetMaterialEffectMap1AdditionalUVOffset = 0x0E12C271,
CallbackID_shape_setMeshSubsetMaterialEffectMap1AdditionalUVScale = 0x9CFBA1F0,
CallbackID_shape_setMeshSubsetMaterialEffectMap1AdditionalUVRotation = 0x90BBCA73,
CallbackID_shape_getMeshSubsetMaterialEffectMap0AdditionalUVOffset = 0x11BC28DB,
CallbackID_shape_getMeshSubsetMaterialEffectMap0AdditionalUVScale = 0xE8926523,
CallbackID_shape_getMeshSubsetMaterialEffectMap0AdditionalUVRotation = 0x848C8AD8,
CallbackID_shape_getMeshSubsetMaterialEffectMap1AdditionalUVOffset = 0xC65EA883,
CallbackID_shape_getMeshSubsetMaterialEffectMap1AdditionalUVScale = 0x07C0D3C2,
CallbackID_shape_getMeshSubsetMaterialEffectMap1AdditionalUVRotation = 0x1B560946,
CallbackID_shape_playMeshSubsetMaterialEffectMap0Movie = 0x7279E7DB,
CallbackID_shape_pauseMeshSubsetMaterialEffectMap0Movie = 0x5B8A3FAF,
CallbackID_shape_stopMeshSubsetMaterialEffectMap0Movie = 0x648A0E78,
CallbackID_shape_getMeshSubsetMaterialEffectMap0MovieBufferingProgress = 0x71F1F5B7,
CallbackID_shape_getMeshSubsetMaterialEffectMap0MoviePlaybackProgress = 0xCE2A15FA,
CallbackID_shape_getMeshSubsetMaterialEffectMap0MoviePlaybackCursor = 0x62D3E029,
CallbackID_shape_setMeshSubsetMaterialEffectMap0MovieTransparentColor = 0xDCC4C093,
CallbackID_shape_getMesh = 0x4C375707,
CallbackID_shape_getMeshName = 0xE5587C3B,
CallbackID_shape_getMeshTriangleCount = 0x73571800,
CallbackID_shape_getMeshVertexCount = 0xC0599F18,
CallbackID_shape_getSkeletonName = 0x4D331633,
CallbackID_shape_getSkeletonJointCount = 0x13BD0D1A,
CallbackID_shape_getSkeletonJointNameAt = 0x407CE147,
CallbackID_shape_createRuntimeMesh = 0x1E3D5E0F,
CallbackID_shape_overrideSkeletonJointTranslation = 0xC0F899D0,
CallbackID_shape_overrideSkeletonJointRotation = 0xE2B33E2F,
CallbackID_shape_setSkeletonJointCustomScale = 0xB1A963F4,
CallbackID_shape_getSkeletonJointTranslation = 0x4B2154ED,
CallbackID_shape_getSkeletonJointRotation = 0x18FAF082,
CallbackID_shape_getSkeletonJointXAxis = 0x9D9DE3B3,
CallbackID_shape_getSkeletonJointYAxis = 0xA0FDCA03,
CallbackID_shape_getSkeletonJointZAxis = 0xE75DB0D3,
CallbackID_shape_getSkeletonJointParentJointName = 0xA5B274D1,
CallbackID_shape_addSkeletonCloneModifier = 0xBB850722,
CallbackID_shape_addCurve = 0x28966410,
CallbackID_shape_removeCurve = 0x241D5560,
CallbackID_shape_getCurveCount = 0xA1C9A121,
CallbackID_shape_addCurvePoint = 0x0603411E,
CallbackID_shape_removeCurvePoint = 0xF6938578,
CallbackID_shape_getCurvePointCount = 0x83812D5A,
CallbackID_shape_getCurvePoint = 0x93B51667,
CallbackID_shape_setCurvePoint = 0xE70BDA2B,
CallbackID_shape_setCurveStartColor = 0xF33C206F,
CallbackID_shape_setCurveEndColor = 0xAA04CDDB,
CallbackID_shape_setCurveStartOpacity = 0x6D4D2EAB,
CallbackID_shape_setCurveEndOpacity = 0x335F82EA,
CallbackID_shape_getCurveStartColor = 0xD637AB71,
CallbackID_shape_getCurveEndColor = 0x9812BFC2,
CallbackID_shape_evaluateCurve = 0x6C0F2586,
CallbackID_sound_play = 0x41F4483E,
CallbackID_sound_pause = 0x3D50A842,
CallbackID_sound_resume = 0x2642A4E3,
CallbackID_sound_stop = 0xA62B8032,
CallbackID_sound_setVolume = 0xEDC185A5,
CallbackID_sound_setPitch = 0xA280EC2F,
CallbackID_sound_isPlaying = 0xF8003D95,
CallbackID_sound_isPaused = 0x0BE5AB21,
CallbackID_sound_getPlaybackProgress = 0x593A93C8,
CallbackID_sound_setPlaybackProgress = 0xA310A520,
CallbackID_sound_getName = 0xB7D0E889,
CallbackID_sound_enableSpatialization = 0xDCCC98BC,
CallbackID_sound_isSpatializationEnabled = 0x1E9A30A3,
CallbackID_sound_setSpatializationRolloffFactor = 0xBC829161,
CallbackID_sound_getSpatializationRolloffFactor = 0x3DED2143,
CallbackID_sound_setSpatializationReferenceDistance = 0xDE5CB6DE,
CallbackID_sound_getSpatializationReferenceDistance = 0x69E3EBA5,
CallbackID_string_isEmpty = 0x15025591,
CallbackID_string_getLength = 0x0B56F67D,
CallbackID_string_getByte = 0xEF7286D4,
CallbackID_string_format = 0xBD71835C,
CallbackID_string_replace = 0x784F3D2E,
CallbackID_string_contains = 0x54EE00B7,
CallbackID_string_findFirst = 0x39C875D4,
CallbackID_string_findFirstMatching = 0x48EB519B,
CallbackID_string_explode = 0x20A135E6,
CallbackID_string_lower = 0xC307213E,
CallbackID_string_upper = 0xA3C28581,
CallbackID_string_toNumber = 0xCA2CAD07,
CallbackID_string_getSubString = 0x6405F622,
CallbackID_string_crc32 = 0x62368943,
CallbackID_string_md5 = 0x6B475F85,
CallbackID_string_sha1 = 0x796E9EDF,
CallbackID_string_reverse = 0xDEA5887C,
CallbackID_string_compare = 0xC91B1136,
CallbackID_string_encodeHTML = 0x193F2749,
CallbackID_string_decodeHTML = 0x74A8D2AA,
CallbackID_string_encodeURL = 0x69D8EFCF,
CallbackID_string_decodeURL = 0x23C9E7DA,
CallbackID_system_getOSType = 0x31474FA7,
CallbackID_system_getOSVersion = 0x5F7F564D,
CallbackID_system_getOSVersionString = 0xC93B4D01,
CallbackID_system_getOSLanguage = 0xDE3BBC17,
CallbackID_system_getGPUModelDescription = 0x29906A6E,
CallbackID_system_getGPUDriverDescription = 0xBCBA5820,
CallbackID_system_getGPUCapability = 0xF7AB0529,
CallbackID_system_getDeviceUniqueIdentifier = 0x89206849,
CallbackID_system_getDeviceModel = 0x64EAA2A1,
CallbackID_system_getDeviceName = 0x478928FE,
CallbackID_system_getSupportedScreenResolutionCount = 0x62987E4A,
CallbackID_system_getSupportedScreenResolutionAt = 0x4B5C2BD4,
CallbackID_system_getCurrentScreenResolution = 0x9D1206D0,
CallbackID_system_getClientType = 0x582E48EC,
CallbackID_system_setWakeLock = 0xBB97F1BB,
CallbackID_system_getClipboardText = 0x0E543729,
CallbackID_system_setClipboardText = 0x3C424530,
CallbackID_system_getYear = 0x1D15BB39,
CallbackID_system_getMonth = 0x69A8AAC9,
CallbackID_system_getDayOfMonth = 0x3837C84D,
CallbackID_system_getDayOfWeek = 0xBCAF1FFF,
CallbackID_system_getTimeOfDay = 0xDC30929C,
CallbackID_system_areLocationUpdatesSupported = 0xFDEC482D,
CallbackID_system_areLocationUpdatesEnabled = 0xBAA6B5B6,
CallbackID_system_enableLocationUpdates = 0x6C8BC648,
CallbackID_system_getLastKnownLocation = 0xBE0861A3,
CallbackID_system_areHeadingUpdatesSupported = 0xD60EEE71,
CallbackID_system_areHeadingUpdatesEnabled = 0xF5AC2C83,
CallbackID_system_enableHeadingUpdates = 0xBB292142,
CallbackID_system_getLastKnownHeading = 0x41B549CB,
CallbackID_system_getLastKnownTrueHeading = 0x6C95E1B3,
CallbackID_system_hasPersistentStorageManager = 0x58154B38,
CallbackID_system_openPersistentStorageManager = 0x4E660D49,
CallbackID_system_openURL = 0x5CFC8557,
CallbackID_system_getHomeDirectory = 0x0BE74745,
CallbackID_system_getDocumentsDirectory = 0x0E20244F,
CallbackID_system_getPicturesDirectory = 0x60129586,
CallbackID_system_findFiles = 0xAC9B728E,
CallbackID_system_findDirectories = 0x2B9E917E,
CallbackID_system_install = 0x8F3D70A6,
CallbackID_system_isInstalled = 0x0B52C391,
CallbackID_system_getInstallationStatus = 0x94BB1235,
CallbackID_system_launch = 0x8498F015,
CallbackID_table_isEmpty = 0x8E421FD4,
CallbackID_table_getSize = 0x1E327295,
CallbackID_table_getAt = 0xFDF16C72,
CallbackID_table_getLast = 0xA329FF5F,
CallbackID_table_getFirst = 0xBF9AF38C,
CallbackID_table_setAt = 0x68915D30,
CallbackID_table_empty = 0x990C012A,
CallbackID_table_add = 0xF935CC34,
CallbackID_table_removeAt = 0x9FAA74A8,
CallbackID_table_removeLast = 0xCB9228C7,
CallbackID_table_removeFirst = 0x4126532D,
CallbackID_table_insertAt = 0x5D962875,
CallbackID_table_contains = 0x52C3F5E2,
CallbackID_table_shuffle = 0xDC6C0A5F,
CallbackID_table_reverse = 0x45E5C239,
CallbackID_table_swap = 0x3A4D29B0,
CallbackID_table_reserve = 0xF072B90C,
CallbackID_table_getRangeAt = 0x541C5B59,
CallbackID_table_setRangeAt = 0x7A597ACB,
CallbackID_user_getSceneName = 0x6735ADC0,
CallbackID_user_isLocal = 0xC35DE65C,
CallbackID_user_getID = 0x55F0FD7A,
CallbackID_user_sendEvent = 0x8FE9D183,
CallbackID_user_postEvent = 0x227B0E1B,
CallbackID_user_setLocalSoundSourceObject = 0xB09E0EF7,
CallbackID_user_getLocalSoundSourceObject = 0x13346362,
CallbackID_user_setLocalSoundSourceRolloffFactor = 0x6745BF79,
CallbackID_user_getLocalSoundSourceRolloffFactor = 0x0B96CBBA,
CallbackID_user_setLocalSoundSourceReferenceDistance = 0xEC98E891,
CallbackID_user_getLocalSoundSourceReferenceDistance = 0x3589D25A,
CallbackID_user_getAIModelCount = 0xBEFBEC75,
CallbackID_user_getAIModelNameAt = 0x9DDCDB6F,
CallbackID_user_hasAIModel = 0x8A61EF29,
CallbackID_user_hasAIEventHandler = 0xD6D5A226,
CallbackID_video_getCaptureDeviceCount = 0x8B1DE6FD,
CallbackID_video_getCaptureDeviceNameAt = 0x7E8A3677,
CallbackID_video_setActiveCaptureDevice = 0xD178EFB3,
CallbackID_video_startCaptureToPixelMap = 0x016B6034,
CallbackID_video_stopCapture = 0x49492297,
CallbackID_video_getCaptureWidth = 0x97FEA7B8,
CallbackID_video_getCaptureHeight = 0x9B3D070A,
CallbackID_video_getCaptureHorizontalFlip = 0x6EBEE283,
CallbackID_video_setCaptureWidth = 0x59E05D94,
CallbackID_video_setCaptureHeight = 0xA92B7513,
CallbackID_video_setCaptureRate = 0x45B5601B,
CallbackID_video_setCaptureHorizontalFlip = 0x78D303E1,
CallbackID_xml_getRootElement = 0xCC3FFF50,
CallbackID_xml_getElementName = 0x7DF9C81D,
CallbackID_xml_setElementName = 0x02E77B6A,
CallbackID_xml_getElementValue = 0x97314B6E,
CallbackID_xml_setElementValue = 0x592FB142,
CallbackID_xml_getElementChildCount = 0x29781627,
CallbackID_xml_getElementChildAt = 0x13798F6D,
CallbackID_xml_getElementAttributeCount = 0xCF6D3528,
CallbackID_xml_getElementAttributeAt = 0xE0A6BB0F,
CallbackID_xml_getElementAttributeWithName = 0xBC1804D7,
CallbackID_xml_getElementParent = 0xB6BA9EB6,
CallbackID_xml_getElementFirstChild = 0xCCD11AAA,
CallbackID_xml_getElementNextSibling = 0x2568E166,
CallbackID_xml_getElementFirstChildWithName = 0xCFEFA36B,
CallbackID_xml_getElementNextSiblingWithName = 0x9C9E7823,
CallbackID_xml_appendElementChild = 0xE532D37F,
CallbackID_xml_insertElementChildAt = 0xBDAB8EAE,
CallbackID_xml_appendElementChildElement = 0x3A37F30A,
CallbackID_xml_insertElementChildElementAt = 0xBE224D91,
CallbackID_xml_removeElementChildAt = 0xE9E2BC37,
CallbackID_xml_removeElementChild = 0xC2F7DDFA,
CallbackID_xml_appendElementAttribute = 0xD7FE4C99,
CallbackID_xml_removeElementAttributeAt = 0xADE647D3,
CallbackID_xml_removeElementAttribute = 0x1460B1FA,
CallbackID_xml_getAttributeName = 0x47F23EB7,
CallbackID_xml_setAttributeName = 0x75E44CAE,
CallbackID_xml_getAttributeValue = 0xA1080A6E,
CallbackID_xml_setAttributeValue = 0xC551B4DC,
CallbackID_xml_empty = 0xF47DA3D4,
CallbackID_xml_toString = 0xC04634D9,
CallbackID_xml_createFromString = 0xDD46F9E5,
CallbackID_xml_send = 0x14EB8309,
CallbackID_xml_receive = 0x32060199,
CallbackID_xml_getSendStatus = 0xDD3484F3,
CallbackID_xml_getReceiveStatus = 0xD748C5B1
} ;
//---------------------------------------------------------------------
// Callback structures
//
struct AnimationCallbacks
{
S3DX_AVAILABLE( AICallback setCurrentClip ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentClip ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPlaybackSpeed ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackSpeed ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPlaybackLevel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackLevel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPlaybackKeyFrameBegin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackKeyFrameBegin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPlaybackKeyFrameEnd ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackKeyFrameEnd ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPlaybackMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPlaybackCursor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackCursor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback matchPlaybackCursor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSkeletonScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setObjectChannel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getClipKeyFrameRangeMin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getClipKeyFrameRangeMax ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getClipName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPlaybackIgnoreNotAnimatedChannels ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackIgnoreNotAnimatedChannels ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPlaybackIgnoreIfCursorOutOfRange ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackIgnoreIfCursorOutOfRange ; , 0x01090000 )
} ;
struct ApplicationCallbacks
{
S3DX_AVAILABLE( AICallback getName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPackDirectory ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getUserCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getUserAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getUser ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUser ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserScene ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserSceneName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurrentUserScene ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserSceneTaggedObject ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserAIVariable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurrentUserAIVariable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserAIState ; , 0x01090000 )
S3DX_AVAILABLE( AICallback playOverlayExternalMovie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback playOverlayMovie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopOverlayMovie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isOverlayMoviePlaying ; , 0x01090000 )
S3DX_AVAILABLE( AICallback startCurrentUserScenePreloading ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserScenePreloadingStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback forceModelToStayLoaded ; , 0x01090000 )
S3DX_AVAILABLE( AICallback forceResourceToStayLoaded ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isModelLoaded ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isResourceLoaded ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserMainCamera ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserActiveCamera ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurrentUserActiveCamera ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resetCurrentUserActiveCamera ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserViewportAspectRatio ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserViewportWidth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserViewportHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback saveCurrentUserViewportToTexture ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserEnvironmentVariableCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserEnvironmentVariableNameAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurrentUserEnvironmentVariable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserEnvironmentVariable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback unsetCurrentUserEnvironmentVariable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback clearCurrentUserEnvironment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback saveCurrentUserEnvironment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurrentUserEnvironmentName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserEnvironmentName ; , 0x01090002 )
S3DX_AVAILABLE( AICallback setCurrentUserEnvironmentTitle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurrentUserEnvironmentDescription ; , 0x01090000 )
S3DX_AVAILABLE( AICallback loadCurrentUserEnvironment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserEnvironmentVariableStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback saveCurrentUserEnvironmentVariable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback loadCurrentUserEnvironmentVariable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurrentUserEnvironmentURL ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentUserEnvironmentURL ; , 0x01090000 )
S3DX_AVAILABLE( AICallback checkCurrentUserEnvironmentLocalStorageDevice ; , 0x01090000 )
S3DX_AVAILABLE( AICallback checkCurrentUserEnvironmentLocalStorageSpace ; , 0x01090000 )
S3DX_AVAILABLE( AICallback checkCurrentUserEnvironmentLocalStorageWriteAccess ; , 0x01090000 )
S3DX_AVAILABLE( AICallback checkCurrentUserEnvironmentLocalStorageExistence ; , 0x01090000 )
S3DX_AVAILABLE( AICallback checkCurrentUserEnvironmentLocalStorageValidity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLastFrameTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAverageFrameTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMinFrameTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMaxFrameTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTotalFrameTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resetTotalFrameTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resetAverageFrameTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setFrameTimeFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFrameTimeFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOption ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOption ; , 0x01090000 )
S3DX_AVAILABLE( AICallback restart ; , 0x01090000 )
S3DX_AVAILABLE( AICallback quit ; , 0x01090000 )
S3DX_AVAILABLE( AICallback mightBeCracked ; , 0x01090000 )
} ;
struct CacheCallbacks
{
S3DX_AVAILABLE( AICallback addFile ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addStreamFile ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFileStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseFileReceiving ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resumeFileReceiving ; , 0x01090000 )
S3DX_AVAILABLE( AICallback cancelFileReceiving ; , 0x01090000 )
S3DX_AVAILABLE( AICallback sendFile ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFileSendStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeFile ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFileProperty ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFileContentAsString ; , 0x01090000 )
S3DX_AVAILABLE( AICallback copyFileContent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createFile ; , 0x01090000 )
S3DX_AVAILABLE( AICallback empty ; , 0x01090000 )
} ;
struct CameraCallbacks
{
S3DX_AVAILABLE( AICallback setFieldOfView ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFieldOfView ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMinViewDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMinViewDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMaxViewDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMaxViewDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback projectPoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback unprojectPoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isPointInFrustum ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isSphereInFrustum ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAspectRatioScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAspectRatioScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMotionBlurFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMotionBlurFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setVelocityBlurFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getVelocityBlurFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDepthBlurFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDepthBlurFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDepthBlurFocusRangeMin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDepthBlurFocusRangeMin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDepthBlurFocusRangeMax ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDepthBlurFocusRangeMax ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDistortionFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDistortionFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDistortionAmplitude ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDistortionAmplitude ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDistortionFrequency ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDistortionFrequency ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDistortionTiling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDistortionTiling ; , 0x01090000 )
} ;
struct DebugCallbacks
{
S3DX_AVAILABLE( AICallback drawLine ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTotalMemoryUsed ; , 0x01090000 )
} ;
struct DynamicsCallbacks
{
S3DX_AVAILABLE( AICallback getBodyType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createSphereBody ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createBoxBody ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createCapsuleBody ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createCompositeBody ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addCompositeBodySphereGeometry ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addCompositeBodyBoxGeometry ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addCompositeBodyCapsuleGeometry ; , 0x01090000 )
S3DX_AVAILABLE( AICallback finalizeCompositeBody ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroyBody ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMass ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMass ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setFriction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFriction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBounce ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBounce ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBounceThreshold ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBounceThreshold ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLinearDamping ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLinearDampingEx ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLinearDamping ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAngularDamping ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAngularDampingEx ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAngularDamping ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addForce ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addTorque ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addLinearImpulse ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addAngularImpulse ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAngularVelocity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAngularVelocity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAngularSpeedLimit ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLinearVelocity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLinearVelocity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLinearSpeed ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLinearSpeedLimit ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setGuardBox ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableDynamics ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableCollisions ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableRotations ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableGuardBox ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableGravity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableAutoIdle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAutoIdleLinearThreshold ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAutoIdleAngularThreshold ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAutoIdleTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setIdle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isIdle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLastCollisionTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLastCollisionContactCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLastCollisionContactPositionAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLastCollisionContactNormalAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createBallJoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createSliderJoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createHingeJoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createHinge2Joint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createUniversalJoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroyJoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBallJointAnchor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSliderJointAxis ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHingeJointAnchor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHingeJointAxis ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHingeJointAxisAngleLimitMin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHingeJointAxisAngleLimitMax ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHingeJointAxisAngleLimitERP ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHingeJointAxisAngleLimitCFM ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAnchor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis1 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis2 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis1AngleLimitMin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis1AngleLimitMax ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis1AngleLimitERP ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis1AngleLimitCFM ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis2MotorSpeedLimit ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis2MotorAcceleration ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis1SuspensionERP ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHinge2JointAxis1SuspensionCFM ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAnchor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis1 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis2 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis1AngleLimitMin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis1AngleLimitMax ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis1AngleLimitERP ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis1AngleLimitCFM ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis2AngleLimitMin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis2AngleLimitMax ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis2AngleLimitERP ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniversalJointAxis2AngleLimitCFM ; , 0x01090000 )
} ;
struct GroupCallbacks
{
S3DX_AVAILABLE( AICallback getSubObjectCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSubObjectAt ; , 0x01090000 )
} ;
struct HashtableCallbacks
{
S3DX_AVAILABLE( AICallback isEmpty ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback get ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getIndex ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getKeyAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback set ; , 0x01090000 )
S3DX_AVAILABLE( AICallback empty ; , 0x01090000 )
S3DX_AVAILABLE( AICallback add ; , 0x01090000 )
S3DX_AVAILABLE( AICallback remove ; , 0x01090000 )
S3DX_AVAILABLE( AICallback contains ; , 0x01090000 )
} ;
struct HudCallbacks
{
S3DX_AVAILABLE( AICallback checkValidity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback newTemplateInstance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroyTemplateInstance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback newComponent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback newAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback newTimer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroyComponent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroyAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroyTimer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getActionCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTimerCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getActionAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTimerAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setInitialAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDefaultFont ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDefaultFontName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDefaultTextShadowColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDefaultTextShadowColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setFocus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSoundBank ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSoundBankName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback playSound ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseSound ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resumeSound ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopSound ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopAllSounds ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSoundVolume ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSoundPlaybackProgress ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isSoundPlaying ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isSoundPaused ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCursorVisible ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCursorPosition ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCursorPosition ; , 0x01090000 )
S3DX_AVAILABLE( AICallback forceCursorShape ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentZOrder ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentZOrder ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentContainer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentContainer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentOrigin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentOrigin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentOffscreenOutput ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentPosition ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentPosition ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentVisible ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentActive ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentBackgroundImage ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentBackgroundImageName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentBackgroundColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentBackgroundColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentForegroundColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentForegroundColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentBorderColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentBorderColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentFillMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentFillMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentBlendMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentBlendMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentShapeType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentShapeType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentShapeRoundRectangleCornerRadius ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentShapeRoundRectangleCornerRadius ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentOpacityWaveModifier ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentAspectInvariant ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentIgnoredByMouse ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentAdjustedToNearestPixels ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addComponentEventHandler ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeComponentEventHandler ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentScreenSpaceCenter ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentScreenSpaceBottomLeftCorner ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentScreenSpaceTopLeftCorner ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentScreenSpaceBottomRightCorner ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentScreenSpaceTopRightCorner ; , 0x01090000 )
S3DX_AVAILABLE( AICallback matchComponentScreenSpaceCenter ; , 0x01090000 )
S3DX_AVAILABLE( AICallback matchComponentScreenSpaceBottomLeftCorner ; , 0x01090000 )
S3DX_AVAILABLE( AICallback matchComponentScreenSpaceTopLeftCorner ; , 0x01090000 )
S3DX_AVAILABLE( AICallback matchComponentScreenSpaceBottomRightCorner ; , 0x01090000 )
S3DX_AVAILABLE( AICallback matchComponentScreenSpaceTopRightCorner ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentBackgroundImageUVOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentBackgroundImageUVOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentBackgroundImageUVScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentBackgroundImageUVScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setComponentBackgroundImageAddressingMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentBackgroundImageAddressingMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isComponentVisible ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isComponentActive ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentTag ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLabelText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLabelTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLabelTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLabelTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLabelTextAlignment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelTextAlignment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLabelTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLabelTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLabelTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLabelFont ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelFontName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableLabelTextAntialiasing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isLabelTextAntialiasingEnabled ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLabelTextTotalLineCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditTextAlignment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditTextAlignment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditTextMaxLength ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditTextMaxLength ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditFont ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditFontName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditOnChangedAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setEditSecure ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isEditSecure ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableEditTextAntialiasing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isEditTextAntialiasingEnabled ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getEditTextTotalLineCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckTextAlignment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckTextAlignment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckIcons ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckFont ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckFontName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckOnCheckedAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckOnUncheckedAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckState ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCheckState ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableCheckTextAntialiasing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isCheckTextAntialiasingEnabled ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCheckTextTotalLineCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonTextAlignment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonTextAlignment ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonFont ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonFontName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonOnClickAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setButtonOnClickedAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableButtonTextAntialiasing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isButtonTextAntialiasingEnabled ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getButtonTextTotalLineCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMovieClip ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMovieExternalClip ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMovieBufferingProgress ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMoviePlaybackProgress ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMoviePlaybackCursor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMovieTransparentColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback playMovie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseMovie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopMovie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setRenderMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getRenderMapName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPixelMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPixelMapName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPixelMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setProgressValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getProgressValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setProgressType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getProgressType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListItemCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addListItem ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeListItemAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback selectListItemAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeListAllItems ; , 0x01090000 )
S3DX_AVAILABLE( AICallback selectListAllItems ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListItemTextAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemTextAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemIconAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemsHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListItemsHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemsBackgroundImage ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListItemsBackgroundImageName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemsBackgroundColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemsBackgroundColorOdd ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListItemsBackgroundColorOdd ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemsBackgroundColorEven ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListItemsBackgroundColorEven ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemsBackgroundImageSelected ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListItemsBackgroundImageSelectedName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemsBackgroundColorSelected ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListItemsBackgroundColorSelected ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListItemsForegroundColorSelected ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListItemsForegroundColorSelected ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListTextLeftMargin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListTextLeftMargin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListTextRightMargin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListTextRightMargin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListTextHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListTextLetterSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListTextLineSpacing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListTextFont ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListTextFontName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListTextCase ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListTextEncoding ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListTextDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableListTextAntialiasing ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isListTextAntialiasingEnabled ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListColumnCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addListColumn ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListColumnTextAlignmentAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListColumnWidthAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableListSelection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableListSingleSelection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableListSingleSelectionToggling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableListSmoothScrolling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableListFingerScrolling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableListMouseWheelHandling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListSelectedItemCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListSelectedItemAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListVerticalScrollPos ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getListVerticalScrollPos ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListVerticalScrollBarWidth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListVerticalScrollBarArrowHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListScrollBarBackgroundColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListScrollBarForegroundColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListScrollBarArrowColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListScrollBarBackgroundImages ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListScrollBarForegroundImages ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListScrollBarArrowImages ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setListOnSelectionChangedAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSliderType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSliderType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSliderRange ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSliderRange ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSliderValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSliderValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSliderThumbImage ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSliderOnChangedAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback beginActionCommand ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pushActionCommandArgument ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pushActionCommandRuntimeArgument ; , 0x01090000 )
S3DX_AVAILABLE( AICallback endActionCommand ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTimerOnTickAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTimerTickTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback callAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resumeAction ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopAllActions ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseAllActions ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resumeAllActions ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isActionRunning ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isActionPaused ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getUnderCursorComponent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getUnderCursorListItem ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFocusedComponent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enterModalMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback leaveModalMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getComponentAtPoint ; , 0x01090000 )
} ;
struct InputCallbacks
{
S3DX_AVAILABLE( AICallback setJoypadVibrationsMagnitude ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getJoypadType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableJoypadMotionSensors ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableJoypadIRMotionSensors ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableMultiTouch ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableVirtualMouse ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setVirtualMousePosition ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setVirtualMouseButtonDown ; , 0x01090000 )
} ;
struct LightCallbacks
{
S3DX_AVAILABLE( AICallback getType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isDynamic ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isActive ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setActive ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getColor ; , 0x01090000 )
} ;
struct LogCallbacks
{
S3DX_AVAILABLE( AICallback message ; , 0x01090000 )
S3DX_AVAILABLE( AICallback warning ; , 0x01090000 )
S3DX_AVAILABLE( AICallback error ; , 0x01090000 )
} ;
struct MathCallbacks
{
S3DX_AVAILABLE( AICallback clamp ; , 0x01090000 )
S3DX_AVAILABLE( AICallback interpolate ; , 0x01090000 )
S3DX_AVAILABLE( AICallback sin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback cos ; , 0x01090000 )
S3DX_AVAILABLE( AICallback tan ; , 0x01090000 )
S3DX_AVAILABLE( AICallback asin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback acos ; , 0x01090000 )
S3DX_AVAILABLE( AICallback atan ; , 0x01090000 )
S3DX_AVAILABLE( AICallback atan2 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback min ; , 0x01090000 )
S3DX_AVAILABLE( AICallback max ; , 0x01090000 )
S3DX_AVAILABLE( AICallback sqrt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resetRandomSeed ; , 0x01090000 )
S3DX_AVAILABLE( AICallback random ; , 0x01090000 )
S3DX_AVAILABLE( AICallback gaussianRandom ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pow ; , 0x01090000 )
S3DX_AVAILABLE( AICallback floor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback trunc ; , 0x01090000 )
S3DX_AVAILABLE( AICallback roundToNearestInteger ; , 0x01090000 )
S3DX_AVAILABLE( AICallback roundToNearestPowerOfTwo ; , 0x01090000 )
S3DX_AVAILABLE( AICallback ceil ; , 0x01090000 )
S3DX_AVAILABLE( AICallback abs ; , 0x01090000 )
S3DX_AVAILABLE( AICallback mod ; , 0x01090000 )
S3DX_AVAILABLE( AICallback log ; , 0x01090000 )
S3DX_AVAILABLE( AICallback log10 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback evaluateBSpline ; , 0x01090000 )
S3DX_AVAILABLE( AICallback evaluateBezier ; , 0x01090000 )
S3DX_AVAILABLE( AICallback evaluateCatmullRom ; , 0x01090000 )
S3DX_AVAILABLE( AICallback computeRayPlaneIntersection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback computeRaySphereIntersection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback computeRayAABoxIntersection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorAdd ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorSubtract ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorDotProduct ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorCrossProduct ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorNormalize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorLength ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorInterpolate ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorReflect ; , 0x01090000 )
S3DX_AVAILABLE( AICallback vectorSetLength ; , 0x01090000 )
} ;
struct MeshCallbacks
{
S3DX_AVAILABLE( AICallback getSubsetCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSubsetVertexCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSubsetIndexCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSubsetLODCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addSubset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeSubset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createSubsetVertexBuffer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroySubsetVertexBuffer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createSubsetIndexBuffer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroySubsetIndexBuffer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback lockSubsetVertexBuffer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback unlockSubsetVertexBuffer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback lockSubsetIndexBuffer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback unlockSubsetIndexBuffer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSubsetVertexPosition ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSubsetVertexPosition ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSubsetVertexNormal ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSubsetVertexNormal ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSubsetVertexTexCoord ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSubsetVertexTexCoord ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSubsetIndexValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSubsetIndexValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getResourceHandle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSubsetVertexBufferDynamic ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isSubsetVertexBufferDynamic ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSubsetIndexBufferDynamic ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isSubsetIndexBufferDynamic ; , 0x01090000 )
S3DX_AVAILABLE( AICallback computeSubsetVertexNormals ; , 0x01090000 )
S3DX_AVAILABLE( AICallback computeSubsetVertexTangents ; , 0x01090000 )
S3DX_AVAILABLE( AICallback updateBoundingVolumes ; , 0x01090000 )
} ;
struct MicrophoneCallbacks
{
S3DX_AVAILABLE( AICallback setRate ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getActivityLevel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableSpectrumAnalyzer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSpectrumWidth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSpectrumWidth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSpectrumLevels ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setRecordingQuality ; , 0x01090000 )
S3DX_AVAILABLE( AICallback startRecordingAsMusic ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopRecording ; , 0x01090000 )
S3DX_AVAILABLE( AICallback startDiffusion ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopDiffusion ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addUserToDiffusionList ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeUserFromDiffusionList ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isUserInDiffusionList ; , 0x01090000 )
S3DX_AVAILABLE( AICallback emptyDiffusionList ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDiffusionListUserCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDiffusionListUserIDAt ; , 0x01090000 )
} ;
struct MusicCallbacks
{
S3DX_AVAILABLE( AICallback play ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stop ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setVolume ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackProgress ; , 0x01090000 )
S3DX_AVAILABLE( AICallback playAdditional ; , 0x01090000 )
} ;
struct NavigationCallbacks
{
S3DX_AVAILABLE( AICallback setTargetNode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAcceleration ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAcceleration ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSpeedLimit ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSpeedLimit ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setHeightOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getHeightOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getNode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTargetNode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTargetNodeDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSpeed ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getVelocity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setRandomTargetNode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setNearestTargetNode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setNearestNode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPathMaxLength ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPathMaxLength ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPathNodeCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPathNodeAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableNodesInBox ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableNode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getNodeTranslation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isNodeOnBorder ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isNodeEnabled ; , 0x01090000 )
} ;
struct NetworkCallbacks
{
S3DX_AVAILABLE( AICallback authenticate ; , 0x01090000 )
S3DX_AVAILABLE( AICallback disconnect ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getServerCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getServerNameAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurrentServer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentServer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createServer ; , 0x01090000 )
S3DX_AVAILABLE( AICallback searchForServers ; , 0x01090000 )
} ;
struct ObjectCallbacks
{
S3DX_AVAILABLE( AICallback getHashCode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isEqualTo ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isKindOf ; , 0x01090000 )
S3DX_AVAILABLE( AICallback hasController ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getScene ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getParent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setParent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getModelName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableDistanceClipping ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDistanceClippingThresholds ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDistanceClippingFadeTime ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCanBeReflected ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCanBeRefracted ; , 0x01090000 )
S3DX_AVAILABLE( AICallback canBeReflected ; , 0x01090000 )
S3DX_AVAILABLE( AICallback canBeRefracted ; , 0x01090000 )
S3DX_AVAILABLE( AICallback sendEvent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback postEvent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTransformOption ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTransformOption ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTranslation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDirection ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getXAxis ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getYAxis ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getZAxis ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resetTranslation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback matchTranslation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTranslation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback translate ; , 0x01090000 )
S3DX_AVAILABLE( AICallback translateTo ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resetRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback matchRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setRotationYPR ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setRotationAxisAngle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback rotate ; , 0x01090000 )
S3DX_AVAILABLE( AICallback rotateYPR ; , 0x01090000 )
S3DX_AVAILABLE( AICallback rotateAxisAngle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback rotateTo ; , 0x01090000 )
S3DX_AVAILABLE( AICallback rotateToYPR ; , 0x01090000 )
S3DX_AVAILABLE( AICallback rotateToAxisAngle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback rotateAround ; , 0x01090000 )
S3DX_AVAILABLE( AICallback lookAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback lookAtWithUp ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setUniformScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isActive ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setVisible ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isVisible ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDistanceToObject ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBoundingSphereRadius ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBoundingSphereCenter ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBoundingBoxMin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBoundingBoxMax ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addAIModel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeAIModel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAIModelCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAIModelNameAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback hasAIModel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback hasAIEventHandler ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAIVariable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAIVariable ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAIState ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSoundBank ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAnimBank ; , 0x01090000 )
S3DX_AVAILABLE( AICallback transformVector ; , 0x01090000 )
S3DX_AVAILABLE( AICallback transformPoint ; , 0x01090000 )
} ;
struct PixelmapCallbacks
{
S3DX_AVAILABLE( AICallback getResourceHandle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getWidth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback lock ; , 0x01090000 )
S3DX_AVAILABLE( AICallback unlock ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPixel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPixel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPixels ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPixels ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createBrushFromTexture ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createBrushFromRectangle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroyBrush ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBrushCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBrushOrigin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBrushOrigin ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBrushWidth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBrushHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPenColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPenBrush ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPenMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setFillColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setFillBrush ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setFillMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBlendMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback drawPoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback drawLine ; , 0x01090000 )
S3DX_AVAILABLE( AICallback drawRectangle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback saveToTexture ; , 0x01090000 )
} ;
struct ProjectorCallbacks
{
S3DX_AVAILABLE( AICallback setColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setFieldOfView ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFieldOfView ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMinClipDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMinClipDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMaxClipDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMaxClipDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback playMapMovie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseMapMovie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopMapMovie ; , 0x01090000 )
} ;
struct SceneCallbacks
{
S3DX_AVAILABLE( AICallback getName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getUserCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getUserAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback sendEventToAllUsers ; , 0x01090000 )
S3DX_AVAILABLE( AICallback sendEventToAllObjects ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTaggedObjectCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTaggedObjectAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTaggedObjectTagAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTaggedObject ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getObjectTag ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setRuntimeObjectTag ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createRuntimeObject ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroyRuntimeObject ; , 0x01090000 )
S3DX_AVAILABLE( AICallback combineRuntimeObjectsGroup ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBackgroundColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBackgroundColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBackgroundOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBackgroundOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBackgroundTexture ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBackgroundTextureUVOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBackgroundTextureUVScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBackgroundTextureAddressingMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBackgroundTextureFilteringMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSkyBoxColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkyBoxColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSkyBoxFaceMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAmbientColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAmbientColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setShadowAmbientColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getShadowAmbientColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setFogDensity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFogDensity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setFogColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFogColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createOcean ; , 0x01090000 )
S3DX_AVAILABLE( AICallback destroyOcean ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanWavesAmplitude ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanWavesAmplitude ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanWavesMeanHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanWavesMeanHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanWavesFrequency ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanWavesFrequency ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanUnderwaterFogDensity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanUnderwaterFogDensity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanUnderwaterFogColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanUnderwaterFogColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanSurfaceColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanSurfaceColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanSurfaceColorFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanSurfaceColorFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanSurfaceColorMaxDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanSurfaceColorMaxDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanNormal ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanFoamMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanFoamMapTiling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanFoamMapTiling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanNormalMapTiling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanNormalMapTiling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanReflectionNoiseScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanReflectionNoiseScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanRefractionNoiseScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanRefractionNoiseScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanFresnelPower ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanFresnelPower ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanFresnelBias ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanFresnelBias ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setOceanReflectorBias ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOceanReflectorBias ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setColorLevels ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getColorLevels ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setColorSaturation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getColorSaturation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setColorContrast ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getColorContrast ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMonochromeFilter ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMonochromeFilter ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBloomIntensity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBloomIntensity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBloomThreshold ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBloomThreshold ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBloomColoring ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBloomColoring ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBloomMotionBlurFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBloomMotionBlurFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getObjectCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getObjectAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFirstHitCollider ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFirstHitColliderEx ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFirstHitColliderWithID ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFirstHitColliderWithIDEx ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFirstHitSensor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFirstHitSensorWithID ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFirstHitSensorWithIDInRange ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFirstHitTerrainChunk ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTerrainHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTerrainNormal ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTerrainStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTerrainTextureFilteringMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTerrainLODSwitchThreshold ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTerrainVegetationLayerMaxVisibleInstances ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTerrainVegetationLayerVisible ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTerrainVegetationLayerTextureFilteringMode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTerrainVegetationLayerCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDynamicsTimeStep ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDynamicsTimeStep ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDynamicsIterationsPerStep ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDynamicsIterationsPerStep ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPaused ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPerPixelLightingMinScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPerPixelLightingMinScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setNormalMappingMinScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getNormalMappingMinScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setNormalMappingFadeScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getNormalMappingFadeScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSpecularLightingMinScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSpecularLightingMinScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSpecularLightingFadeScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSpecularLightingFadeScreenSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDynamicShadowsFadeDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDynamicShadowsFadeDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setDynamicShadowsMaxDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDynamicShadowsMaxDistance ; , 0x01090000 )
} ;
struct SensorCallbacks
{
S3DX_AVAILABLE( AICallback getCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setActiveAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isActiveAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAllActive ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeAll ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback add ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getIDAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setIDAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getShapeTypeAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSphereCenterAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSphereRadiusAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSphereCenterAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSphereRadiusAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBoxCenterAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setBoxSizeAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBoxCenterAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getBoxSizeAt ; , 0x01090000 )
} ;
struct ServerCallbacks
{
S3DX_AVAILABLE( AICallback getStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentPingDelay ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAveragePingDelay ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSessionCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSessionNameAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSessionUserCountAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurrentSession ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentSession ; , 0x01090000 )
S3DX_AVAILABLE( AICallback sendEvent ; , 0x01090000 )
} ;
struct SessionCallbacks
{
S3DX_AVAILABLE( AICallback getStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getName ; , 0x01090000 )
} ;
struct SfxCallbacks
{
S3DX_AVAILABLE( AICallback getParticleEmitterCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback startParticleEmitterAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback startAllParticleEmitters ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopParticleEmitterAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopAllParticleEmitters ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseParticleEmitterAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseAllParticleEmitters ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setParticleEmitterTranslationAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setParticleEmitterRotationAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setParticleEmitterUniformScaleAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setParticleEmitterGenerationRateAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setParticleEmitterLifeTimeFactorAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setParticleEmitterInitialSpeedFactorAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getParticleEmitterUniformScaleAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getParticleEmitterGenerationRateAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getParticleEmitterLifeTimeFactorAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getParticleEmitterInitialSpeedFactorAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getParticleEmitterAliveParticleCountAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTrailCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTrailAnchor0At ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setTrailAnchor1At ; , 0x01090000 )
S3DX_AVAILABLE( AICallback startTrailAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseTrailAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopTrailAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback startAllTrails ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseAllTrails ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopAllTrails ; , 0x01090000 )
} ;
struct ShapeCallbacks
{
S3DX_AVAILABLE( AICallback setMeshOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMeshSubsetMaterial ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMeshMaterial ; , 0x01090000 )
S3DX_AVAILABLE( AICallback compareMeshSubsetMaterial ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableMeshFrustumCulling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialEmissive ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialAmbient ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialDiffuse ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialSpecular ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialOpacityThreshold ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialEffectIntensity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEmissiveOverride ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialAmbientOverride ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialDiffuseOverride ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialSpecularOverride ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialOpacityOverride ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialOpacityThresholdOverride ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectIntensityOverride ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshMaterialEmissive ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshMaterialAmbient ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshMaterialDiffuse ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshMaterialSpecular ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialEffectMap0 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshMaterialEffectMap0 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialEffectMap1 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshMaterialEffectMap1 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialNormalMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshMaterialNormalMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshSubsetMaterialSpecularMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideMeshMaterialSpecularMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap0 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap1 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialNormalMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialSpecularMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap0Override ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap1Override ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialNormalMapOverride ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialSpecularMapOverride ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMeshSubsetMaterialEffectMap0AdditionalUVOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMeshSubsetMaterialEffectMap0AdditionalUVScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMeshSubsetMaterialEffectMap0AdditionalUVRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMeshSubsetMaterialEffectMap1AdditionalUVOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMeshSubsetMaterialEffectMap1AdditionalUVScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMeshSubsetMaterialEffectMap1AdditionalUVRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap0AdditionalUVOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap0AdditionalUVScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap0AdditionalUVRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap1AdditionalUVOffset ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap1AdditionalUVScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap1AdditionalUVRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback playMeshSubsetMaterialEffectMap0Movie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pauseMeshSubsetMaterialEffectMap0Movie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopMeshSubsetMaterialEffectMap0Movie ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap0MovieBufferingProgress ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap0MoviePlaybackProgress ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshSubsetMaterialEffectMap0MoviePlaybackCursor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setMeshSubsetMaterialEffectMap0MovieTransparentColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMesh ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshTriangleCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMeshVertexCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonJointCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonJointNameAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createRuntimeMesh ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideSkeletonJointTranslation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback overrideSkeletonJointRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSkeletonJointCustomScale ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonJointTranslation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonJointRotation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonJointXAxis ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonJointYAxis ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonJointZAxis ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSkeletonJointParentJointName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addSkeletonCloneModifier ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addCurve ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeCurve ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurveCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback addCurvePoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeCurvePoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurvePointCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurvePoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurvePoint ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurveStartColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurveEndColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurveStartOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCurveEndOpacity ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurveStartColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurveEndColor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback evaluateCurve ; , 0x01090000 )
} ;
struct SoundCallbacks
{
S3DX_AVAILABLE( AICallback play ; , 0x01090000 )
S3DX_AVAILABLE( AICallback pause ; , 0x01090000 )
S3DX_AVAILABLE( AICallback resume ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stop ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setVolume ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPitch ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isPlaying ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isPaused ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPlaybackProgress ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setPlaybackProgress ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableSpatialization ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isSpatializationEnabled ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSpatializationRolloffFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSpatializationRolloffFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setSpatializationReferenceDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSpatializationReferenceDistance ; , 0x01090000 )
} ;
struct StringCallbacks
{
S3DX_AVAILABLE( AICallback isEmpty ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLength ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getByte ; , 0x01090000 )
S3DX_AVAILABLE( AICallback format ; , 0x01090000 )
S3DX_AVAILABLE( AICallback replace ; , 0x01090000 )
S3DX_AVAILABLE( AICallback contains ; , 0x01090000 )
S3DX_AVAILABLE( AICallback findFirst ; , 0x01090000 )
S3DX_AVAILABLE( AICallback findFirstMatching ; , 0x01090000 )
S3DX_AVAILABLE( AICallback explode ; , 0x01090000 )
S3DX_AVAILABLE( AICallback lower ; , 0x01090000 )
S3DX_AVAILABLE( AICallback upper ; , 0x01090000 )
S3DX_AVAILABLE( AICallback toNumber ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSubString ; , 0x01090000 )
S3DX_AVAILABLE( AICallback crc32 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback md5 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback sha1 ; , 0x01090000 )
S3DX_AVAILABLE( AICallback reverse ; , 0x01090000 )
S3DX_AVAILABLE( AICallback compare ; , 0x01090000 )
S3DX_AVAILABLE( AICallback encodeHTML ; , 0x01090000 )
S3DX_AVAILABLE( AICallback decodeHTML ; , 0x01090000 )
S3DX_AVAILABLE( AICallback encodeURL ; , 0x01090000 )
S3DX_AVAILABLE( AICallback decodeURL ; , 0x01090000 )
} ;
struct SystemCallbacks
{
S3DX_AVAILABLE( AICallback getOSType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOSVersion ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOSVersionString ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getOSLanguage ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getGPUModelDescription ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getGPUDriverDescription ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getGPUCapability ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDeviceUniqueIdentifier ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDeviceModel ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDeviceName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSupportedScreenResolutionCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSupportedScreenResolutionAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCurrentScreenResolution ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getClientType ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setWakeLock ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getClipboardText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setClipboardText ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getYear ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getMonth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDayOfMonth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDayOfWeek ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getTimeOfDay ; , 0x01090000 )
S3DX_AVAILABLE( AICallback areLocationUpdatesSupported ; , 0x01090000 )
S3DX_AVAILABLE( AICallback areLocationUpdatesEnabled ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableLocationUpdates ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLastKnownLocation ; , 0x01090000 )
S3DX_AVAILABLE( AICallback areHeadingUpdatesSupported ; , 0x01090000 )
S3DX_AVAILABLE( AICallback areHeadingUpdatesEnabled ; , 0x01090000 )
S3DX_AVAILABLE( AICallback enableHeadingUpdates ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLastKnownHeading ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLastKnownTrueHeading ; , 0x01090000 )
S3DX_AVAILABLE( AICallback hasPersistentStorageManager ; , 0x01090000 )
S3DX_AVAILABLE( AICallback openPersistentStorageManager ; , 0x01090000 )
S3DX_AVAILABLE( AICallback openURL ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getHomeDirectory ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getDocumentsDirectory ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getPicturesDirectory ; , 0x01090000 )
S3DX_AVAILABLE( AICallback findFiles ; , 0x01090000 )
S3DX_AVAILABLE( AICallback findDirectories ; , 0x01090000 )
S3DX_AVAILABLE( AICallback install ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isInstalled ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getInstallationStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback launch ; , 0x01090000 )
} ;
struct TableCallbacks
{
S3DX_AVAILABLE( AICallback isEmpty ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSize ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLast ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getFirst ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback empty ; , 0x01090000 )
S3DX_AVAILABLE( AICallback add ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeLast ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeFirst ; , 0x01090000 )
S3DX_AVAILABLE( AICallback insertAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback contains ; , 0x01090000 )
S3DX_AVAILABLE( AICallback shuffle ; , 0x01090000 )
S3DX_AVAILABLE( AICallback reverse ; , 0x01090000 )
S3DX_AVAILABLE( AICallback swap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback reserve ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getRangeAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setRangeAt ; , 0x01090000 )
} ;
struct UserCallbacks
{
S3DX_AVAILABLE( AICallback getSceneName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback isLocal ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getID ; , 0x01090000 )
S3DX_AVAILABLE( AICallback sendEvent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback postEvent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLocalSoundSourceObject ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLocalSoundSourceObject ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLocalSoundSourceRolloffFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLocalSoundSourceRolloffFactor ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setLocalSoundSourceReferenceDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getLocalSoundSourceReferenceDistance ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAIModelCount ; , 0x01090001 )
S3DX_AVAILABLE( AICallback getAIModelNameAt ; , 0x01090001 )
S3DX_AVAILABLE( AICallback hasAIModel ; , 0x01090001 )
S3DX_AVAILABLE( AICallback hasAIEventHandler ; , 0x01090001 )
} ;
struct VideoCallbacks
{
S3DX_AVAILABLE( AICallback getCaptureDeviceCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCaptureDeviceNameAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setActiveCaptureDevice ; , 0x01090000 )
S3DX_AVAILABLE( AICallback startCaptureToPixelMap ; , 0x01090000 )
S3DX_AVAILABLE( AICallback stopCapture ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCaptureWidth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCaptureHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getCaptureHorizontalFlip ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCaptureWidth ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCaptureHeight ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCaptureRate ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setCaptureHorizontalFlip ; , 0x01090000 )
} ;
struct XmlCallbacks
{
S3DX_AVAILABLE( AICallback getRootElement ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setElementName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setElementValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementChildCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementChildAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementAttributeCount ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementAttributeAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementAttributeWithName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementParent ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementFirstChild ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementNextSibling ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementFirstChildWithName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getElementNextSiblingWithName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback appendElementChild ; , 0x01090000 )
S3DX_AVAILABLE( AICallback insertElementChildAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback appendElementChildElement ; , 0x01090000 )
S3DX_AVAILABLE( AICallback insertElementChildElementAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeElementChildAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeElementChild ; , 0x01090000 )
S3DX_AVAILABLE( AICallback appendElementAttribute ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeElementAttributeAt ; , 0x01090000 )
S3DX_AVAILABLE( AICallback removeElementAttribute ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAttributeName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAttributeName ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getAttributeValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback setAttributeValue ; , 0x01090000 )
S3DX_AVAILABLE( AICallback empty ; , 0x01090000 )
S3DX_AVAILABLE( AICallback toString ; , 0x01090000 )
S3DX_AVAILABLE( AICallback createFromString ; , 0x01090000 )
S3DX_AVAILABLE( AICallback send ; , 0x01090000 )
S3DX_AVAILABLE( AICallback receive ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getSendStatus ; , 0x01090000 )
S3DX_AVAILABLE( AICallback getReceiveStatus ; , 0x01090000 )
} ;
//-----------------------------------------------------------------------------
// Inline functions provided for a simpler usage of the API. Grouped by package.
//
struct AnimationPackage
{
// Constants
//
const AIVariable kPlaybackModeOnce ;
const AIVariable kPlaybackModeOnceReversed ;
const AIVariable kPlaybackModeLoop ;
const AIVariable kPlaybackModeLoopReversed ;
const AIVariable kPlaybackModeLoopMirrored ;
AnimationPackage ( ):
kPlaybackModeOnce ( 0 ),
kPlaybackModeOnceReversed ( 1 ),
kPlaybackModeLoop ( 2 ),
kPlaybackModeLoopReversed ( 3 ),
kPlaybackModeLoopMirrored ( 4 )
{ }
// Functions
//
inline void changeClip ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& nClipIndex ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, nClipIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setCurrentClip ( 3, vIn, NULL ) ; } // Deprecated
inline void setCurrentClip ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& nClipIndex ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, nClipIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setCurrentClip ( 3, vIn, NULL ) ; }
inline AIVariable getCurrentClip ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getCurrentClip ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPlaybackSpeed ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& nSpeed ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, nSpeed ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setPlaybackSpeed ( 3, vIn, NULL ) ; }
inline AIVariable getPlaybackSpeed ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getPlaybackSpeed ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPlaybackLevel ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& nLevel ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, nLevel ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setPlaybackLevel ( 3, vIn, NULL ) ; }
inline AIVariable getPlaybackLevel ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getPlaybackLevel ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPlaybackKeyFrameBegin ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& nKeyFrame ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, nKeyFrame ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setPlaybackKeyFrameBegin ( 3, vIn, NULL ) ; }
inline AIVariable getPlaybackKeyFrameBegin ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getPlaybackKeyFrameBegin ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPlaybackKeyFrameEnd ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& nKeyFrame ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, nKeyFrame ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setPlaybackKeyFrameEnd ( 3, vIn, NULL ) ; }
inline AIVariable getPlaybackKeyFrameEnd ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getPlaybackKeyFrameEnd ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPlaybackMode ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& kMode ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, kMode ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setPlaybackMode ( 3, vIn, NULL ) ; }
inline AIVariable getPlaybackMode ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getPlaybackMode ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPlaybackCursor ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& nCursor ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, nCursor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setPlaybackCursor ( 3, vIn, NULL ) ; }
inline AIVariable getPlaybackCursor ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getPlaybackCursor ( 2, vIn, &vOut ) ; return vOut ; }
inline void matchPlaybackCursor ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& nOtherBlendLayer ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, nOtherBlendLayer ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.matchPlaybackCursor ( 3, vIn, NULL ) ; }
inline void setSkeletonScale ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& nScale ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, nScale ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setSkeletonScale ( 3, vIn, NULL ) ; }
inline AIVariable getSkeletonScale ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getSkeletonScale ( 2, vIn, &vOut ) ; return vOut ; }
inline void setObjectChannel ( const AIVariable& hObject, const AIVariable& sChannel ) const { S3DX_DECLARE_VIN_02( hObject, sChannel ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setObjectChannel ( 2, vIn, NULL ) ; }
inline AIVariable getClipKeyFrameRangeMin ( const AIVariable& hObject, const AIVariable& nClipIndex ) const { S3DX_DECLARE_VIN_02( hObject, nClipIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getClipKeyFrameRangeMin ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getClipKeyFrameRangeMax ( const AIVariable& hObject, const AIVariable& nClipIndex ) const { S3DX_DECLARE_VIN_02( hObject, nClipIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getClipKeyFrameRangeMax ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getClipName ( const AIVariable& hObject, const AIVariable& nClipIndex ) const { S3DX_DECLARE_VIN_02( hObject, nClipIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getClipName ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPlaybackIgnoreNotAnimatedChannels ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& bIgnore ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, bIgnore ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setPlaybackIgnoreNotAnimatedChannels ( 3, vIn, NULL ) ; }
inline AIVariable getPlaybackIgnoreNotAnimatedChannels ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getPlaybackIgnoreNotAnimatedChannels ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPlaybackIgnoreIfCursorOutOfRange ( const AIVariable& hObject, const AIVariable& nBlendLayer, const AIVariable& bIgnore ) const { S3DX_DECLARE_VIN_03( hObject, nBlendLayer, bIgnore ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.setPlaybackIgnoreIfCursorOutOfRange ( 3, vIn, NULL ) ; }
inline AIVariable getPlaybackIgnoreIfCursorOutOfRange ( const AIVariable& hObject, const AIVariable& nBlendLayer ) const { S3DX_DECLARE_VIN_02( hObject, nBlendLayer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->animation.getPlaybackIgnoreIfCursorOutOfRange ( 2, vIn, &vOut ) ; return vOut ; }
} ;
struct ApplicationPackage
{
// Constants
//
const AIVariable kStatusSaving ;
const AIVariable kStatusLoading ;
const AIVariable kStatusReady ;
const AIVariable kStatusNone ;
const AIVariable kOptionFullscreen ;
const AIVariable kOptionTexturesQuality ;
const AIVariable kOptionDynamicShadowsQuality ;
const AIVariable kOptionSwapInterval ;
const AIVariable kOptionTerrainsQuality ;
const AIVariable kOptionNetworkStreams ;
const AIVariable kOptionShadersQuality ;
const AIVariable kOptionViewportRotation ;
const AIVariable kOptionAutomaticVirtualKeyboard ;
const AIVariable kOptionFullscreenWidth ;
const AIVariable kOptionFullscreenHeight ;
const AIVariable kOptionDynamicShadowsBufferCount ;
const AIVariable kOptionDynamicShadowsBufferSize ;
const AIVariable kOptionDynamicShadowsScreenSpaceBlur ;
const AIVariable kOptionDynamicShadowsPCFSampleCount ;
const AIVariable kOptionDynamicShadowsConstantSampling ;
const AIVariable kOptionHardwareOcclusion ;
const AIVariable kOptionAudioMasterVolume ;
const AIVariable kOptionTexturesAnisotropyLevel ;
const AIVariable kOptionTexturesMipmapBias ;
const AIVariable kOptionRenderingEnabled ;
const AIVariable kOptionNetworkStreamsUseBrowser ;
const AIVariable kOptionMaxEventBouncesPerFrame ;
const AIVariable kOptionPrioritizeEventBounces ;
const AIVariable kResourceTypeAnimBank ;
const AIVariable kResourceTypeFont ;
const AIVariable kResourceTypeHUD ;
const AIVariable kResourceTypeMaterial ;
const AIVariable kResourceTypeMesh ;
const AIVariable kResourceTypeParticle ;
const AIVariable kResourceTypePixelMap ;
const AIVariable kResourceTypeSoundBank ;
const AIVariable kResourceTypeTexture ;
const AIVariable kResourceTypeTextureClip ;
const AIVariable kResourceTypeTrail ;
ApplicationPackage ( ):
kStatusSaving ( 3 ),
kStatusLoading ( 2 ),
kStatusReady ( 0 ),
kStatusNone ( 1 ),
kOptionFullscreen ( 0 ),
kOptionTexturesQuality ( 1 ),
kOptionDynamicShadowsQuality ( 2 ),
kOptionSwapInterval ( 4 ),
kOptionTerrainsQuality ( 9 ),
kOptionNetworkStreams ( 10 ),
kOptionShadersQuality ( 11 ),
kOptionViewportRotation ( 12 ),
kOptionAutomaticVirtualKeyboard ( 13 ),
kOptionFullscreenWidth ( 14 ),
kOptionFullscreenHeight ( 15 ),
kOptionDynamicShadowsBufferCount ( 16 ),
kOptionDynamicShadowsBufferSize ( 17 ),
kOptionDynamicShadowsScreenSpaceBlur ( 18 ),
kOptionDynamicShadowsPCFSampleCount ( 19 ),
kOptionDynamicShadowsConstantSampling ( 20 ),
kOptionHardwareOcclusion ( 21 ),
kOptionAudioMasterVolume ( 22 ),
kOptionTexturesAnisotropyLevel ( 23 ),
kOptionTexturesMipmapBias ( 24 ),
kOptionRenderingEnabled ( 25 ),
kOptionNetworkStreamsUseBrowser ( 26 ),
kOptionMaxEventBouncesPerFrame ( 27 ),
kOptionPrioritizeEventBounces ( 28 ),
kResourceTypeAnimBank ( 10 ),
kResourceTypeFont ( 4 ),
kResourceTypeHUD ( 19 ),
kResourceTypeMaterial ( 3 ),
kResourceTypeMesh ( 2 ),
kResourceTypeParticle ( 14 ),
kResourceTypePixelMap ( 24 ),
kResourceTypeSoundBank ( 18 ),
kResourceTypeTexture ( 1 ),
kResourceTypeTextureClip ( 17 ),
kResourceTypeTrail ( 20 )
{ }
// Functions
//
inline AIVariable getName ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getName ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getPackDirectory ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getPackDirectory ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getUserCount ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getUserCount ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getUserAt ( const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_01( nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getUserAt ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getUser ( const AIVariable& nID ) const { S3DX_DECLARE_VIN_01( nID ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getUser ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUser ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUser ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserScene ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserScene ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserSceneName ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserSceneName ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable setCurrentUserScene ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setCurrentUserScene ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setCurrentUserScene ( const AIVariable& sName, const AIVariable& sStreamingURL ) const { S3DX_DECLARE_VIN_02( sName, sStreamingURL ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setCurrentUserScene ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserSceneTaggedObject ( const AIVariable& sObjectTag ) const { S3DX_DECLARE_VIN_01( sObjectTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserSceneTaggedObject ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserAIVariable ( const AIVariable& sAIModel, const AIVariable& sVariable ) const { S3DX_DECLARE_VIN_02( sAIModel, sVariable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserAIVariable ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable setCurrentUserAIVariable ( const AIVariable& sAIModel, const AIVariable& sVariable, const AIVariable& vValue ) const { S3DX_DECLARE_VIN_03( sAIModel, sVariable, vValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setCurrentUserAIVariable ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserAIState ( const AIVariable& sAIModel ) const { S3DX_DECLARE_VIN_01( sAIModel ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserAIState ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable playOverlayExternalMovie ( const AIVariable& sPath ) const { S3DX_DECLARE_VIN_01( sPath ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.playOverlayExternalMovie ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable playOverlayMovie ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.playOverlayMovie ( 1, vIn, &vOut ) ; return vOut ; }
inline void stopOverlayMovie ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->application.stopOverlayMovie ( 0, NULL, NULL ) ; }
inline AIVariable isOverlayMoviePlaying ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.isOverlayMoviePlaying ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable startCurrentUserScenePreloading ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.startCurrentUserScenePreloading ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserScenePreloadingStatus ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserScenePreloadingStatus ( 0, NULL, &vOut ) ; return vOut ; }
inline void forceModelToStayLoaded ( const AIVariable& sModelName, const AIVariable& bForce ) const { S3DX_DECLARE_VIN_02( sModelName, bForce ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.forceModelToStayLoaded ( 2, vIn, NULL ) ; }
inline void forceResourceToStayLoaded ( const AIVariable& sResourceName, const AIVariable& kResourceType, const AIVariable& bForce ) const { S3DX_DECLARE_VIN_03( sResourceName, kResourceType, bForce ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.forceResourceToStayLoaded ( 3, vIn, NULL ) ; }
inline AIVariable isModelLoaded ( const AIVariable& sModelName ) const { S3DX_DECLARE_VIN_01( sModelName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.isModelLoaded ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable isResourceLoaded ( const AIVariable& sResourceName, const AIVariable& kResourceType ) const { S3DX_DECLARE_VIN_02( sResourceName, kResourceType ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.isResourceLoaded ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserMainCamera ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserMainCamera ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserActiveCamera ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserActiveCamera ( 0, NULL, &vOut ) ; return vOut ; }
inline void setCurrentUserActiveCamera ( const AIVariable& hCamera ) const { S3DX_DECLARE_VIN_01( hCamera ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setCurrentUserActiveCamera ( 1, vIn, NULL ) ; }
inline void resetCurrentUserActiveCamera ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->application.resetCurrentUserActiveCamera ( 0, NULL, NULL ) ; }
inline AIVariable getCurrentUserViewportAspectRatio ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserViewportAspectRatio ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserViewportWidth ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserViewportWidth ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserViewportHeight ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserViewportHeight ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable saveCurrentUserViewportToTexture ( const AIVariable& sTextureName, const AIVariable& nWidth, const AIVariable& nHeight ) const { S3DX_DECLARE_VIN_03( sTextureName, nWidth, nHeight ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.saveCurrentUserViewportToTexture ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserEnvironmentVariableCount ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserEnvironmentVariableCount ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserEnvironmentVariableNameAt ( const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_01( nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getUserAt ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCurrentUserEnvironmentVariable ( const AIVariable& sName, const AIVariable& vValue ) const { S3DX_DECLARE_VIN_02( sName, vValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setCurrentUserEnvironmentVariable ( 2, vIn, NULL ) ; }
inline AIVariable getCurrentUserEnvironmentVariable ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserEnvironmentVariable ( 1, vIn, &vOut ) ; return vOut ; }
inline void unsetCurrentUserEnvironmentVariable ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.unsetCurrentUserEnvironmentVariable ( 1, vIn, NULL ) ; }
inline void clearCurrentUserEnvironment ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->application.clearCurrentUserEnvironment ( 0, NULL, NULL ) ; }
inline AIVariable saveCurrentUserEnvironment ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.saveCurrentUserEnvironment ( 0, NULL, &vOut ) ; return vOut ; }
inline void setCurrentUserEnvironmentName ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setCurrentUserEnvironmentName ( 1, vIn, NULL ) ; }
inline AIVariable getCurrentUserEnvironmentName ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserEnvironmentName ( 0, NULL, &vOut ) ; }
inline void setCurrentUserEnvironmentTitle ( const AIVariable& sTitle ) const { S3DX_DECLARE_VIN_01( sTitle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setCurrentUserEnvironmentTitle ( 1, vIn, NULL ) ; }
inline void setCurrentUserEnvironmentDescription ( const AIVariable& sDescription ) const { S3DX_DECLARE_VIN_01( sDescription ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setCurrentUserEnvironmentDescription ( 1, vIn, NULL ) ; }
inline AIVariable loadCurrentUserEnvironment ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.loadCurrentUserEnvironment ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCurrentUserEnvironmentVariableStatus ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserEnvironmentVariableStatus ( 1, vIn, &vOut ) ; return vOut ; }
inline void saveCurrentUserEnvironmentVariable ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.saveCurrentUserEnvironmentVariable ( 1, vIn, NULL ) ; }
inline void loadCurrentUserEnvironmentVariable ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.loadCurrentUserEnvironmentVariable ( 1, vIn, NULL ) ; }
inline void setCurrentUserEnvironmentURL ( const AIVariable& sURL ) const { S3DX_DECLARE_VIN_01( sURL ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setCurrentUserEnvironmentURL ( 1, vIn, NULL ) ; }
inline AIVariable getCurrentUserEnvironmentURL ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getCurrentUserEnvironmentURL ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable checkCurrentUserEnvironmentLocalStorageDevice ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.checkCurrentUserEnvironmentLocalStorageDevice ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable checkCurrentUserEnvironmentLocalStorageSpace ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.checkCurrentUserEnvironmentLocalStorageSpace ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable checkCurrentUserEnvironmentLocalStorageWriteAccess ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.checkCurrentUserEnvironmentLocalStorageWriteAccess ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable checkCurrentUserEnvironmentLocalStorageExistence ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.checkCurrentUserEnvironmentLocalStorageExistence ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable checkCurrentUserEnvironmentLocalStorageValidity ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.checkCurrentUserEnvironmentLocalStorageValidity ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getLastFrameTime ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getLastFrameTime ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getAverageFrameTime ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getAverageFrameTime ( 0, NULL, &vOut ) ; return vOut ; }
inline void setMinFrameTime ( const AIVariable& nTime ) const { S3DX_DECLARE_VIN_01( nTime ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setMinFrameTime ( 1, vIn, NULL ) ; }
inline void setMaxFrameTime ( const AIVariable& nTime ) const { S3DX_DECLARE_VIN_01( nTime ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setMaxFrameTime ( 1, vIn, NULL ) ; }
inline AIVariable getTotalFrameTime ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getTotalFrameTime ( 0, NULL, &vOut ) ; return vOut ; }
inline void resetTotalFrameTime ( const AIVariable& nInitialTime ) const { S3DX_DECLARE_VIN_01( nInitialTime ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.resetTotalFrameTime ( 1, vIn, NULL ) ; }
inline void resetAverageFrameTime ( const AIVariable& nSampleCount ) const { S3DX_DECLARE_VIN_01( nSampleCount ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.resetAverageFrameTime ( 1, vIn, NULL ) ; }
inline void setFrameTimeFactor ( const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_01( nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setFrameTimeFactor ( 1, vIn, NULL ) ; }
inline AIVariable getFrameTimeFactor ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getFrameTimeFactor ( 0, NULL, &vOut ) ; return vOut ; }
inline void setOption ( const AIVariable& kOption, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( kOption, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.setOption ( 2, vIn, NULL ) ; }
inline AIVariable getOption ( const AIVariable& kOption ) const { S3DX_DECLARE_VIN_01( kOption ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.getOption ( 1, vIn, &vOut ) ; return vOut ; }
inline void restart ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->application.restart ( 0, NULL, NULL ) ; }
inline void quit ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->application.quit ( 0, NULL, NULL ) ; }
inline AIVariable mightBeCracked ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->application.mightBeCracked ( 0, NULL, &vOut ) ; return vOut ; }
} ;
struct CachePackage
{
// Constants
//
const AIVariable kPropertyWidth ;
const AIVariable kPropertyHeight ;
const AIVariable kPropertySize ;
CachePackage ( ):
kPropertyWidth ( 1 ),
kPropertyHeight ( 2 ),
kPropertySize ( 6 )
{ }
// Functions
//
inline void addFile ( const AIVariable& sFileName, const AIVariable& sFileURI ) const { S3DX_DECLARE_VIN_02( sFileName, sFileURI ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.addFile ( 2, vIn, NULL ) ; }
inline void addFile ( const AIVariable& sFileName, const AIVariable& sFileURI, const AIVariable& sOptionalHeader ) const { S3DX_DECLARE_VIN_03( sFileName, sFileURI, sOptionalHeader ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.addFile ( 3, vIn, NULL ) ; }
inline void addStreamFile ( const AIVariable& sFileName, const AIVariable& sFileURI ) const { S3DX_DECLARE_VIN_02( sFileName, sFileURI ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.addStreamFile ( 2, vIn, NULL ) ; }
inline AIVariable getFileStatus ( const AIVariable& sFileName ) const { S3DX_DECLARE_VIN_01( sFileName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.getFileStatus ( 1, vIn, &vOut ) ; return vOut ; } // Deprecated
inline void pauseFileReceiving ( const AIVariable& sFileName ) const { S3DX_DECLARE_VIN_01( sFileName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.pauseFileReceiving ( 1, vIn, NULL ) ; }
inline void resumeFileReceiving ( const AIVariable& sFileName ) const { S3DX_DECLARE_VIN_01( sFileName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.resumeFileReceiving ( 1, vIn, NULL ) ; }
inline void cancelFileReceiving ( const AIVariable& sFileName ) const { S3DX_DECLARE_VIN_01( sFileName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.cancelFileReceiving ( 1, vIn, NULL ) ; }
inline AIVariable sendFile ( const AIVariable& sFileName, const AIVariable& sFileURI ) const { S3DX_DECLARE_VIN_02( sFileName, sFileURI ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.sendFile ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getFileSendStatus ( const AIVariable& sFileName ) const { S3DX_DECLARE_VIN_01( sFileName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.getFileSendStatus ( 1, vIn, &vOut ) ; return vOut ; } // Deprecated
inline void removeFile ( const AIVariable& sFileName ) const { S3DX_DECLARE_VIN_01( sFileName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.removeFile ( 1, vIn, NULL ) ; }
inline AIVariable getFileProperty ( const AIVariable& sFileName, const AIVariable& kProperty ) const { S3DX_DECLARE_VIN_02( sFileName, kProperty ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.getFileProperty ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getFileContentAsString ( const AIVariable& sFileName ) const { S3DX_DECLARE_VIN_01( sFileName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.getFileContentAsString ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable copyFileContent ( const AIVariable& sFileName, const AIVariable& hBuffer ) const { S3DX_DECLARE_VIN_02( sFileName, hBuffer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.copyFileContent ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable createFile ( const AIVariable& sFileName, const AIVariable& hBuffer, const AIVariable& nBufferSize ) const { S3DX_DECLARE_VIN_03( sFileName, hBuffer, nBufferSize ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.createFile ( 3, vIn, &vOut ) ; return vOut ; }
inline void empty ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->cache.empty ( 0, NULL, NULL ) ; }
} ;
struct CameraPackage
{
// Functions
//
inline void setFieldOfView ( const AIVariable& hObject, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_02( hObject, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setFieldOfView ( 2, vIn, NULL ) ; }
inline AIVariable getFieldOfView ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getFieldOfView ( 1, vIn, &vOut ) ; return vOut ; }
inline void setMinViewDistance ( const AIVariable& hObject, const AIVariable& nDistance ) const { S3DX_DECLARE_VIN_02( hObject, nDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setMinViewDistance ( 2, vIn, NULL ) ; }
inline AIVariable getMinViewDistance ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getMinViewDistance ( 1, vIn, &vOut ) ; return vOut ; }
inline void setMaxViewDistance ( const AIVariable& hObject, const AIVariable& nDistance ) const { S3DX_DECLARE_VIN_02( hObject, nDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setMaxViewDistance ( 2, vIn, NULL ) ; }
inline AIVariable getMaxViewDistance ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getMaxViewDistance ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> projectPoint ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z ) const { S3DX_DECLARE_VIN_04( hObject, x, y, z ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.projectPoint ( 4, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> unprojectPoint ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z ) const { S3DX_DECLARE_VIN_04( hObject, x, y, z ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.unprojectPoint ( 4, vIn, vOut ) ; return vOut ; }
inline AIVariable isPointInFrustum ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z ) const { S3DX_DECLARE_VIN_04( hObject, x, y, z ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.isPointInFrustum ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable isSphereInFrustum ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& nRadius ) const { S3DX_DECLARE_VIN_05( hObject, x, y, z, nRadius ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.isSphereInFrustum ( 5, vIn, &vOut ) ; return vOut ; }
inline void setAspectRatioScale ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setAspectRatioScale ( 2, vIn, NULL ) ; }
inline AIVariable getAspectRatioScale ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getAspectRatioScale ( 1, vIn, &vOut ) ; return vOut ; }
inline void setMotionBlurFactor ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setMotionBlurFactor ( 2, vIn, NULL ) ; }
inline AIVariable getMotionBlurFactor ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getMotionBlurFactor ( 1, vIn, &vOut ) ; return vOut ; }
inline void setVelocityBlurFactor ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setVelocityBlurFactor ( 2, vIn, NULL ) ; }
inline AIVariable getVelocityBlurFactor ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getVelocityBlurFactor ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDepthBlurFactor ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setDepthBlurFactor ( 2, vIn, NULL ) ; }
inline AIVariable getDepthBlurFactor ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getDepthBlurFactor ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDepthBlurFocusRangeMin ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setDepthBlurFocusRangeMin ( 2, vIn, NULL ) ; }
inline AIVariable getDepthBlurFocusRangeMin ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getDepthBlurFocusRangeMin ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDepthBlurFocusRangeMax ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setDepthBlurFocusRangeMax ( 2, vIn, NULL ) ; }
inline AIVariable getDepthBlurFocusRangeMax ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getDepthBlurFocusRangeMax ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDistortionFactor ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setDistortionFactor ( 2, vIn, NULL ) ; }
inline AIVariable getDistortionFactor ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getDistortionFactor ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDistortionAmplitude ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setDistortionAmplitude ( 2, vIn, NULL ) ; }
inline AIVariable getDistortionAmplitude ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getDistortionAmplitude ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDistortionFrequency ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setDistortionFrequency ( 2, vIn, NULL ) ; }
inline AIVariable getDistortionFrequency ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getDistortionFrequency ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDistortionTiling ( const AIVariable& hObject, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hObject, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.setDistortionTiling ( 2, vIn, NULL ) ; }
inline AIVariable getDistortionTiling ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->camera.getDistortionTiling ( 1, vIn, &vOut ) ; return vOut ; }
} ;
struct DebugPackage
{
// Functions
//
inline void drawLine ( const AIVariable& x1, const AIVariable& y1, const AIVariable& z1, const AIVariable& x2, const AIVariable& y2, const AIVariable& z2, const AIVariable& r, const AIVariable& g, const AIVariable& b, const AIVariable& a ) const { S3DX_DECLARE_VIN_10( x1, y1, z1, x2, y2, z2, r, g, b, a ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->debug.drawLine ( 10, vIn, NULL ) ; }
inline AIVariable getTotalMemoryUsed ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->debug.getTotalMemoryUsed ( 0, NULL, &vOut ) ; return vOut ; }
} ;
struct DynamicsPackage
{
// Constants
//
const AIVariable kTypeSphere ;
const AIVariable kTypeBox ;
const AIVariable kTypeCapsule ;
const AIVariable kAxisX ;
const AIVariable kAxisY ;
const AIVariable kAxisZ ;
DynamicsPackage ( ):
kTypeSphere ( 1 ),
kTypeBox ( 2 ),
kTypeCapsule ( 3 ),
kAxisX ( 0 ),
kAxisY ( 1 ),
kAxisZ ( 2 )
{ }
// Functions
//
inline AIVariable getBodyType ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getBodyType ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable createSphereBody ( const AIVariable& hObject, const AIVariable& nRadius ) const { S3DX_DECLARE_VIN_02( hObject, nRadius ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.createSphereBody ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable createBoxBody ( const AIVariable& hObject, const AIVariable& nSx, const AIVariable& nSy, const AIVariable& nSz ) const { S3DX_DECLARE_VIN_04( hObject, nSx, nSy, nSz ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.createBoxBody ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable createCapsuleBody ( const AIVariable& hObject, const AIVariable& nRadius, const AIVariable& nLength, const AIVariable& kAxis ) const { S3DX_DECLARE_VIN_04( hObject, nRadius, nLength, kAxis ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.createCapsuleBody ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable createCompositeBody ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.createCompositeBody ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable addCompositeBodySphereGeometry ( const AIVariable& hObject, const AIVariable& nRadius, const AIVariable& nOx, const AIVariable& nOy, const AIVariable& nOz ) const { S3DX_DECLARE_VIN_05( hObject, nRadius, nOx, nOy, nOz ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.addCompositeBodySphereGeometry ( 5, vIn, &vOut ) ; return vOut ; }
inline AIVariable addCompositeBodyBoxGeometry ( const AIVariable& hObject, const AIVariable& nSx, const AIVariable& nSy, const AIVariable& nSz, const AIVariable& nOx, const AIVariable& nOy, const AIVariable& nOz ) { S3DX_DECLARE_VIN_07( hObject, nSx, nSy, nSz, nOx, nOy, nOz ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.addCompositeBodyBoxGeometry ( 7, vIn, &vOut ) ; return vOut ; }
inline AIVariable addCompositeBodyCapsuleGeometry ( const AIVariable& hObject, const AIVariable& nRadius, const AIVariable& nLength, const AIVariable& kAxis, const AIVariable& nOx, const AIVariable& nOy, const AIVariable& nOz ) const { S3DX_DECLARE_VIN_07( hObject, nRadius, nLength, kAxis, nOx, nOy, nOz ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.addCompositeBodyCapsuleGeometry ( 7, vIn, &vOut ) ; return vOut ; }
inline AIVariable finalizeCompositeBody ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.finalizeCompositeBody ( 1, vIn, &vOut ) ; return vOut ; }
inline void destroyBody ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.destroyBody ( 1, vIn, NULL ) ; }
inline void setOffset ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z ) const { S3DX_DECLARE_VIN_04( hObject, x, y, z ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setOffset ( 4, vIn, NULL ) ; }
inline AIVariables<3> getOffset ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getOffset ( 1, vIn, vOut ) ; return vOut ; }
inline void setMass ( const AIVariable& hObject, const AIVariable& nMass ) const { S3DX_DECLARE_VIN_02( hObject, nMass ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setMass ( 2, vIn, NULL ) ; }
inline AIVariable getMass ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getMass ( 1, vIn, &vOut ) ; return vOut ; }
inline void setFriction ( const AIVariable& hObject, const AIVariable& nCoef ) const { S3DX_DECLARE_VIN_02( hObject, nCoef ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setFriction ( 2, vIn, NULL ) ; }
inline AIVariable getFriction ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getFriction ( 1, vIn, &vOut ) ; return vOut ; }
inline void setBounce ( const AIVariable& hObject, const AIVariable& nCoef ) const { S3DX_DECLARE_VIN_02( hObject, nCoef ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setBounce ( 2, vIn, NULL ) ; }
inline AIVariable getBounce ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getBounce ( 1, vIn, &vOut ) ; return vOut ; }
inline void setBounceThreshold ( const AIVariable& hObject, const AIVariable& nThreshold ) const { S3DX_DECLARE_VIN_02( hObject, nThreshold ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setBounceThreshold ( 2, vIn, NULL ) ; }
inline AIVariable getBounceThreshold ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getBounceThreshold ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLinearDamping ( const AIVariable& hObject, const AIVariable& nCoef ) const { S3DX_DECLARE_VIN_02( hObject, nCoef ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setLinearDamping ( 2, vIn, NULL ) ; }
inline void setLinearDampingEx ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z ) const { S3DX_DECLARE_VIN_04( hObject, x, y, z ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setLinearDampingEx ( 4, vIn, NULL ) ; }
inline AIVariables<3> getLinearDamping ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getLinearDamping ( 1, vIn, vOut ) ; return vOut ; }
inline void setAngularDamping ( const AIVariable& hObject, const AIVariable& nCoef ) const { S3DX_DECLARE_VIN_02( hObject, nCoef ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setAngularDamping ( 2, vIn, NULL ) ; }
inline void setAngularDampingEx ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z ) const { S3DX_DECLARE_VIN_04( hObject, x, y, z ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setAngularDampingEx ( 4, vIn, NULL ) ; }
inline AIVariables<3> getAngularDamping ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getAngularDamping ( 1, vIn, vOut ) ; return vOut ; }
inline void addForce ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.addForce ( 5, vIn, NULL ) ; }
inline void addTorque ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.addTorque ( 5, vIn, NULL ) ; }
inline void addLinearImpulse ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.addLinearImpulse ( 5, vIn, NULL ) ; }
inline void addAngularImpulse ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.addAngularImpulse ( 5, vIn, NULL ) ; }
inline AIVariables<3> getAngularVelocity ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getAngularVelocity ( 2, vIn, vOut ) ; return vOut ; }
inline void setAngularVelocity ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setAngularVelocity ( 5, vIn, NULL ) ; }
inline void setAngularSpeedLimit ( const AIVariable& hObject, const AIVariable& nLimit ) const { S3DX_DECLARE_VIN_02( hObject, nLimit ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setAngularSpeedLimit ( 2, vIn, NULL ) ; }
inline AIVariables<3> getLinearVelocity ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getLinearVelocity ( 2, vIn, vOut ) ; return vOut ; }
inline void setLinearVelocity ( const AIVariable& hObject, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setLinearVelocity ( 5, vIn, NULL ) ; }
inline AIVariable getLinearSpeed ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getLinearSpeed ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLinearSpeedLimit ( const AIVariable& hObject, const AIVariable& nLimit ) const { S3DX_DECLARE_VIN_02( hObject, nLimit ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setLinearSpeedLimit ( 2, vIn, NULL ) ; }
inline void setGuardBox ( const AIVariable& hObject, const AIVariable& xmin, const AIVariable& ymin, const AIVariable& zmin, const AIVariable& xmax, const AIVariable& ymax, const AIVariable& zmax ) const { S3DX_DECLARE_VIN_07( hObject, xmin, ymin, zmin, xmax, ymax, zmax ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setGuardBox ( 7, vIn, NULL ) ; }
inline void enableDynamics ( const AIVariable& hObject, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hObject, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.enableDynamics ( 2, vIn, NULL ) ; }
inline void enableCollisions ( const AIVariable& hObject, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hObject, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.enableCollisions ( 2, vIn, NULL ) ; }
inline void enableRotations ( const AIVariable& hObject, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hObject, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.enableRotations ( 2, vIn, NULL ) ; }
inline void enableGuardBox ( const AIVariable& hObject, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hObject, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.enableGuardBox ( 2, vIn, NULL ) ; }
inline void enableGravity ( const AIVariable& hObject, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hObject, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.enableGravity ( 2, vIn, NULL ) ; }
inline void enableAutoIdle ( const AIVariable& hObject, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hObject, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.enableAutoIdle ( 2, vIn, NULL ) ; }
inline void setAutoIdleLinearThreshold ( const AIVariable& hObject, const AIVariable& nThreshold ) const { S3DX_DECLARE_VIN_02( hObject, nThreshold ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setAutoIdleLinearThreshold ( 2, vIn, NULL ) ; }
inline void setAutoIdleAngularThreshold ( const AIVariable& hObject, const AIVariable& nThreshold ) const { S3DX_DECLARE_VIN_02( hObject, nThreshold ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setAutoIdleAngularThreshold ( 2, vIn, NULL ) ; }
inline void setAutoIdleTime ( const AIVariable& hObject, const AIVariable& nTime ) const { S3DX_DECLARE_VIN_02( hObject, nTime ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setAutoIdleTime ( 2, vIn, NULL ) ; }
inline void setIdle ( const AIVariable& hObject, const AIVariable& bIdle ) const { S3DX_DECLARE_VIN_02( hObject, bIdle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setIdle ( 2, vIn, NULL ) ; }
inline AIVariable isIdle ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.isIdle ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getLastCollisionTime ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getLastCollisionTime ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getLastCollisionContactCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getLastCollisionContactCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getLastCollisionContactPositionAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getLastCollisionContactPositionAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getLastCollisionContactNormalAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.getLastCollisionContactNormalAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable createBallJoint ( const AIVariable& hObject, const AIVariable& hOtherObject, const AIVariable& sJointName ) const { S3DX_DECLARE_VIN_03( hObject, hOtherObject, sJointName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.createBallJoint ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable createSliderJoint ( const AIVariable& hObject, const AIVariable& hOtherObject, const AIVariable& sJointName ) const { S3DX_DECLARE_VIN_03( hObject, hOtherObject, sJointName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.createSliderJoint ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable createHingeJoint ( const AIVariable& hObject, const AIVariable& hOtherObject, const AIVariable& sJointName ) const { S3DX_DECLARE_VIN_03( hObject, hOtherObject, sJointName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.createHingeJoint ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable createHinge2Joint ( const AIVariable& hObject, const AIVariable& hOtherObject, const AIVariable& sJointName ) const { S3DX_DECLARE_VIN_03( hObject, hOtherObject, sJointName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.createHinge2Joint ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable createUniversalJoint ( const AIVariable& hObject, const AIVariable& hOtherObject, const AIVariable& sJointName ) const { S3DX_DECLARE_VIN_03( hObject, hOtherObject, sJointName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.createUniversalJoint ( 3, vIn, &vOut ) ; return vOut ; }
inline void destroyJoint ( const AIVariable& hObject, const AIVariable& sJointName ) const { S3DX_DECLARE_VIN_02( hObject, sJointName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.destroyJoint ( 2, vIn, NULL ) ; }
inline void setBallJointAnchor ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setBallJointAnchor ( 6, vIn, NULL ) ; }
inline void setSliderJointAxis ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setSliderJointAxis ( 6, vIn, NULL ) ; }
inline void setHingeJointAnchor ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHingeJointAnchor ( 6, vIn, NULL ) ; }
inline void setHingeJointAxis ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHingeJointAxis ( 6, vIn, NULL ) ; }
inline void setHingeJointAxisAngleLimitMin ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHingeJointAxisAngleLimitMin ( 3, vIn, NULL ) ; }
inline void setHingeJointAxisAngleLimitMax ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHingeJointAxisAngleLimitMax ( 3, vIn, NULL ) ; }
inline void setHingeJointAxisAngleLimitERP ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHingeJointAxisAngleLimitERP ( 3, vIn, NULL ) ; }
inline void setHingeJointAxisAngleLimitCFM ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHingeJointAxisAngleLimitCFM ( 3, vIn, NULL ) ; }
inline void setHinge2JointAnchor ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAnchor ( 6, vIn, NULL ) ; }
inline void setHinge2JointAxis1 ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis1 ( 6, vIn, NULL ) ; }
inline void setHinge2JointAxis2 ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis2 ( 6, vIn, NULL ) ; }
inline void setHinge2JointAxis1AngleLimitMin ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis1AngleLimitMin ( 3, vIn, NULL ) ; }
inline void setHinge2JointAxis1AngleLimitMax ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis1AngleLimitMax ( 3, vIn, NULL ) ; }
inline void setHinge2JointAxis1AngleLimitERP ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis1AngleLimitERP ( 3, vIn, NULL ) ; }
inline void setHinge2JointAxis1AngleLimitCFM ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis1AngleLimitCFM ( 3, vIn, NULL ) ; }
inline void setHinge2JointAxis2MotorSpeedLimit ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nSpeed ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nSpeed ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis2MotorSpeedLimit ( 3, vIn, NULL ) ; }
inline void setHinge2JointAxis2MotorAcceleration ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nPower ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nPower ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis2MotorAcceleration ( 3, vIn, NULL ) ; }
inline void setHinge2JointAxis1SuspensionERP ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis1SuspensionERP ( 3, vIn, NULL ) ; }
inline void setHinge2JointAxis1SuspensionCFM ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setHinge2JointAxis1SuspensionCFM ( 3, vIn, NULL ) ; }
inline void setUniversalJointAnchor ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAnchor ( 6, vIn, NULL ) ; }
inline void setUniversalJointAxis1 ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis1 ( 6, vIn, NULL ) ; }
inline void setUniversalJointAxis2 ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, sJointName, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis2 ( 6, vIn, NULL ) ; }
inline void setUniversalJointAxis1AngleLimitMin ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis1AngleLimitMin ( 3, vIn, NULL ) ; }
inline void setUniversalJointAxis1AngleLimitMax ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis1AngleLimitMax ( 3, vIn, NULL ) ; }
inline void setUniversalJointAxis1AngleLimitERP ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis1AngleLimitERP ( 3, vIn, NULL ) ; }
inline void setUniversalJointAxis1AngleLimitCFM ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis1AngleLimitCFM ( 3, vIn, NULL ) ; }
inline void setUniversalJointAxis2AngleLimitMin ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis2AngleLimitMin ( 3, vIn, NULL ) ; }
inline void setUniversalJointAxis2AngleLimitMax ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis2AngleLimitMax ( 3, vIn, NULL ) ; }
inline void setUniversalJointAxis2AngleLimitERP ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis2AngleLimitERP ( 3, vIn, NULL ) ; }
inline void setUniversalJointAxis2AngleLimitCFM ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->dynamics.setUniversalJointAxis2AngleLimitCFM ( 3, vIn, NULL ) ; }
} ;
struct GroupPackage
{
// Functions
//
inline AIVariable getSubObjectCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->group.getSubObjectCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSubObjectAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->group.getSubObjectAt ( 2, vIn, &vOut ) ; return vOut ; }
} ;
struct HashtablePackage
{
// Functions
//
inline AIVariable isEmpty ( const AIVariable& hHashTable ) const { S3DX_DECLARE_VIN_01( hHashTable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.isEmpty ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSize ( const AIVariable& hHashTable ) const { S3DX_DECLARE_VIN_01( hHashTable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.getSize ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable get ( const AIVariable& hHashTable, const AIVariable& sKey ) const { S3DX_DECLARE_VIN_02( hHashTable, sKey ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.get ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getIndex ( const AIVariable& hHashTable, const AIVariable& sKey ) const { S3DX_DECLARE_VIN_02( hHashTable, sKey ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.getIndex ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getAt ( const AIVariable& hHashTable, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hHashTable, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.getAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getKeyAt ( const AIVariable& hHashTable, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hHashTable, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.getKeyAt ( 2, vIn, &vOut ) ; return vOut ; }
inline void set ( const AIVariable& hHashTable, const AIVariable& sKey, const AIVariable& vValue ) const { S3DX_DECLARE_VIN_03( hHashTable, sKey, vValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.set ( 3, vIn, NULL ) ; }
inline void empty ( const AIVariable& hHashTable ) const { S3DX_DECLARE_VIN_01( hHashTable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.empty ( 1, vIn, NULL ) ; }
inline void add ( const AIVariable& hHashTable, const AIVariable& sKey, const AIVariable& vValue ) const { S3DX_DECLARE_VIN_03( hHashTable, sKey, vValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.add ( 3, vIn, NULL ) ; }
inline void remove ( const AIVariable& hHashTable, const AIVariable& sKey ) const { S3DX_DECLARE_VIN_02( hHashTable, sKey ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.remove ( 2, vIn, NULL ) ; }
inline AIVariable contains ( const AIVariable& hHashTable, const AIVariable& sKey ) const { S3DX_DECLARE_VIN_02( hHashTable, sKey ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hashtable.contains ( 2, vIn, &vOut ) ; return vOut ; }
} ;
struct HudPackage
{
// Constants
//
const AIVariable kComponentTypeContainer ;
const AIVariable kComponentTypeButton ;
const AIVariable kComponentTypeList ;
const AIVariable kComponentTypeLabel ;
const AIVariable kComponentTypePicture ;
const AIVariable kComponentTypeEdit ;
const AIVariable kComponentTypeMovie ;
const AIVariable kComponentTypeProgress ;
const AIVariable kComponentTypeSlider ;
const AIVariable kComponentTypeRenderMap ;
const AIVariable kComponentTypePixelMap ;
const AIVariable kComponentTypeCheck ;
const AIVariable kAddressingModeClamp ;
const AIVariable kAddressingModeRepeat ;
const AIVariable kEventTypeMouseEnter ;
const AIVariable kEventTypeMouseLeave ;
const AIVariable kEventTypeGainFocus ;
const AIVariable kEventTypeLooseFocus ;
const AIVariable kCommandTypeCallAction ;
const AIVariable kCommandTypeSetVisible ;
const AIVariable kCommandTypeSetActive ;
const AIVariable kCommandTypeSetFocus ;
const AIVariable kCommandTypeSetPosition ;
const AIVariable kCommandTypeSetSize ;
const AIVariable kCommandTypeSetOpacity ;
const AIVariable kCommandTypeInterpolatePosition ;
const AIVariable kCommandTypeInterpolateSize ;
const AIVariable kCommandTypeInterpolateOpacity ;
const AIVariable kCommandTypeSleep ;
const AIVariable kCommandTypeSetCursorVisible ;
const AIVariable kCommandTypeStartTimer ;
const AIVariable kCommandTypePauseTimer ;
const AIVariable kCommandTypeStopTimer ;
const AIVariable kCommandTypeSetCursorPosition ;
const AIVariable kCommandTypePlayMovie ;
const AIVariable kCommandTypePauseMovie ;
const AIVariable kCommandTypeStopMovie ;
const AIVariable kCommandTypeInterpolateProgressValue ;
const AIVariable kCommandTypeSendEventToUser ;
const AIVariable kCommandTypeStopAction ;
const AIVariable kCommandTypePlaySound ;
const AIVariable kCommandTypeSetBackgroundColor ;
const AIVariable kCommandTypeSetForegroundColor ;
const AIVariable kCommandTypeSetBorderColor ;
const AIVariable kCommandTypeSetLabelText ;
const AIVariable kCommandTypeSetBackgroundImage ;
const AIVariable kCommandTypeInterpolateBackgroundColor ;
const AIVariable kCommandTypeInterpolateForegroundColor ;
const AIVariable kCommandTypeInterpolateBorderColor ;
const AIVariable kCommandTypeSetButtonText ;
const AIVariable kCommandTypeSetEditText ;
const AIVariable kCommandTypeEnterModalMode ;
const AIVariable kCommandTypeLeaveModalMode ;
const AIVariable kCommandTypeSetCheckText ;
const AIVariable kCommandTypeSetCheckState ;
const AIVariable kCommandTypeMatchScreenSpaceCenter ;
const AIVariable kCommandTypeMatchScreenSpaceBottomLeftCorner ;
const AIVariable kCommandTypeMatchScreenSpaceTopLeftCorner ;
const AIVariable kCommandTypeMatchScreenSpaceBottomRightCorner ;
const AIVariable kCommandTypeMatchScreenSpaceTopRightCorner ;
const AIVariable kCommandTypeInterpolateWidth ;
const AIVariable kCommandTypeInterpolateHeight ;
const AIVariable kCommandTypeSetWidth ;
const AIVariable kCommandTypeSetHeight ;
const AIVariable kCommandTypeMatchScreenSpaceWidth ;
const AIVariable kCommandTypeMatchScreenSpaceHeight ;
const AIVariable kCommandTypeCopyEditTextToRegister ;
const AIVariable kCommandTypeCopyTagToRegister ;
const AIVariable kCommandTypeCopyCheckStateToRegister ;
const AIVariable kCommandTypeCopyListItemTextToRegister ;
const AIVariable kCommandTypeCopyListLastSelectedItemToRegister ;
const AIVariable kCommandTypeCopyProgressValueToRegister ;
const AIVariable kCommandTypeCopySliderValueToRegister ;
const AIVariable kCommandTypeSetRotation ;
const AIVariable kCommandTypeInterpolateRotation ;
const AIVariable kCommandTypeSetBackgroundImageUVOffset ;
const AIVariable kCommandTypeSetBackgroundImageUVScale ;
const AIVariable kCommandTypeStopSound ;
const AIVariable kCommandTypePauseSound ;
const AIVariable kCommandTypeResumeSound ;
const AIVariable kCommandTypePlaySoundLoop ;
const AIVariable kInterpolatorTypeLinear ;
const AIVariable kInterpolatorTypePower2 ;
const AIVariable kInterpolatorTypePower3 ;
const AIVariable kInterpolatorTypePower4 ;
const AIVariable kInterpolatorTypeRoot2 ;
const AIVariable kInterpolatorTypeRoot3 ;
const AIVariable kInterpolatorTypeRoot4 ;
const AIVariable kInterpolatorTypeSpring1 ;
const AIVariable kInterpolatorTypeSpring2 ;
const AIVariable kInterpolatorTypeSpring3 ;
const AIVariable kInterpolatorTypeSpring4 ;
const AIVariable kInterpolatorTypeSpring5 ;
const AIVariable kInterpolatorTypeSpring6 ;
const AIVariable kRuntimeValueCurrentUserMainCamera ;
const AIVariable kRuntimeValueCallArgument0 ;
const AIVariable kRuntimeValueCallArgument1 ;
const AIVariable kRuntimeValueCallArgument2 ;
const AIVariable kRuntimeValueCallArgument3 ;
const AIVariable kRuntimeValueCurrentUser ;
const AIVariable kRuntimeValueRegister0 ;
const AIVariable kRuntimeValueRegister1 ;
const AIVariable kRuntimeValueRegister2 ;
const AIVariable kRuntimeValueRegister3 ;
const AIVariable kFillModeSolid ;
const AIVariable kBlendModeDefault ;
const AIVariable kBlendModeModulate ;
const AIVariable kBlendModeAdd ;
const AIVariable kShapeTypeRectangle ;
const AIVariable kShapeTypeRoundRectangle ;
const AIVariable kShapeTypeEllipsoid ;
const AIVariable kKeyUp ;
const AIVariable kKeyDown ;
const AIVariable kKeyRight ;
const AIVariable kKeyLeft ;
const AIVariable kAlignCenter ;
const AIVariable kAlignLeft ;
const AIVariable kAlignRight ;
const AIVariable kAlignJustify ;
const AIVariable kAlignTop ;
const AIVariable kCaseVariable ;
const AIVariable kCaseFixed ;
const AIVariable kEncodingASCII ;
const AIVariable kEncodingUTF8 ;
const AIVariable kDirectionLeftToRight ;
const AIVariable kDirectionRightToLeft ;
const AIVariable kOriginCenter ;
const AIVariable kOriginLeft ;
const AIVariable kOriginRight ;
const AIVariable kOriginTop ;
const AIVariable kOriginBottom ;
const AIVariable kOriginTopLeft ;
const AIVariable kOriginTopRight ;
const AIVariable kOriginBottomLeft ;
const AIVariable kOriginBottomRight ;
const AIVariable kProgressTypeLeftToRight ;
const AIVariable kProgressTypeRightToLeft ;
const AIVariable kProgressTypeBottomToTop ;
const AIVariable kProgressTypeTopToBottom ;
const AIVariable kSliderTypeLeftToRight ;
const AIVariable kSliderTypeRightToLeft ;
const AIVariable kSliderTypeBottomToTop ;
const AIVariable kSliderTypeTopToBottom ;
const AIVariable kWaveTypeConstant ;
const AIVariable kWaveTypeSinus ;
const AIVariable kWaveTypeTriangle ;
const AIVariable kWaveTypeSquare ;
const AIVariable kWaveTypeSawtooth ;
const AIVariable kWaveTypeSawtoothInv ;
const AIVariable kWaveTypeSinusNoise ;
const AIVariable kCursorShapeNone ;
const AIVariable kCursorShapeDefault ;
const AIVariable kCursorShapeHandPointing ;
const AIVariable kCursorShapeWaiting ;
const AIVariable kCursorShapeCross ;
const AIVariable kCursorShapeIBeam ;
HudPackage ( ):
kComponentTypeContainer ( 1 ),
kComponentTypeButton ( 2 ),
kComponentTypeList ( 3 ),
kComponentTypeLabel ( 4 ),
kComponentTypePicture ( 5 ),
kComponentTypeEdit ( 6 ),
kComponentTypeMovie ( 7 ),
kComponentTypeProgress ( 8 ),
kComponentTypeSlider ( 11 ),
kComponentTypeRenderMap ( 12 ),
kComponentTypePixelMap ( 14 ),
kComponentTypeCheck ( 15 ),
kAddressingModeClamp ( 1 ),
kAddressingModeRepeat ( 0 ),
kEventTypeMouseEnter ( 5 ),
kEventTypeMouseLeave ( 6 ),
kEventTypeGainFocus ( 7 ),
kEventTypeLooseFocus ( 8 ),
kCommandTypeCallAction ( 2 ),
kCommandTypeSetVisible ( 4 ),
kCommandTypeSetActive ( 5 ),
kCommandTypeSetFocus ( 6 ),
kCommandTypeSetPosition ( 7 ),
kCommandTypeSetSize ( 8 ),
kCommandTypeSetOpacity ( 9 ),
kCommandTypeInterpolatePosition ( 10 ),
kCommandTypeInterpolateSize ( 11 ),
kCommandTypeInterpolateOpacity ( 12 ),
kCommandTypeSleep ( 13 ),
kCommandTypeSetCursorVisible ( 14 ),
kCommandTypeStartTimer ( 15 ),
kCommandTypePauseTimer ( 16 ),
kCommandTypeStopTimer ( 17 ),
kCommandTypeSetCursorPosition ( 18 ),
kCommandTypePlayMovie ( 19 ),
kCommandTypePauseMovie ( 20 ),
kCommandTypeStopMovie ( 21 ),
kCommandTypeInterpolateProgressValue ( 22 ),
kCommandTypeSendEventToUser ( 23 ),
kCommandTypeStopAction ( 24 ),
kCommandTypePlaySound ( 25 ),
kCommandTypeSetBackgroundColor ( 26 ),
kCommandTypeSetForegroundColor ( 27 ),
kCommandTypeSetBorderColor ( 28 ),
kCommandTypeSetLabelText ( 29 ),
kCommandTypeSetBackgroundImage ( 30 ),
kCommandTypeInterpolateBackgroundColor ( 31 ),
kCommandTypeInterpolateForegroundColor ( 32 ),
kCommandTypeInterpolateBorderColor ( 33 ),
kCommandTypeSetButtonText ( 34 ),
kCommandTypeSetEditText ( 35 ),
kCommandTypeEnterModalMode ( 36 ),
kCommandTypeLeaveModalMode ( 37 ),
kCommandTypeSetCheckText ( 38 ),
kCommandTypeSetCheckState ( 39 ),
kCommandTypeMatchScreenSpaceCenter ( 40 ),
kCommandTypeMatchScreenSpaceBottomLeftCorner ( 41 ),
kCommandTypeMatchScreenSpaceTopLeftCorner ( 42 ),
kCommandTypeMatchScreenSpaceBottomRightCorner ( 43 ),
kCommandTypeMatchScreenSpaceTopRightCorner ( 44 ),
kCommandTypeInterpolateWidth ( 45 ),
kCommandTypeInterpolateHeight ( 46 ),
kCommandTypeSetWidth ( 47 ),
kCommandTypeSetHeight ( 48 ),
kCommandTypeMatchScreenSpaceWidth ( 49 ),
kCommandTypeMatchScreenSpaceHeight ( 50 ),
kCommandTypeCopyEditTextToRegister ( 51 ),
kCommandTypeCopyTagToRegister ( 52 ),
kCommandTypeCopyCheckStateToRegister ( 53 ),
kCommandTypeCopyListItemTextToRegister ( 54 ),
kCommandTypeCopyListLastSelectedItemToRegister ( 55 ),
kCommandTypeCopyProgressValueToRegister ( 56 ),
kCommandTypeCopySliderValueToRegister ( 57 ),
kCommandTypeSetRotation ( 58 ),
kCommandTypeInterpolateRotation ( 59 ),
kCommandTypeSetBackgroundImageUVOffset ( 60 ),
kCommandTypeSetBackgroundImageUVScale ( 61 ),
kCommandTypeStopSound ( 62 ),
kCommandTypePauseSound ( 63 ),
kCommandTypeResumeSound ( 64 ),
kCommandTypePlaySoundLoop ( 65 ),
kInterpolatorTypeLinear ( 1 ),
kInterpolatorTypePower2 ( 2 ),
kInterpolatorTypePower3 ( 3 ),
kInterpolatorTypePower4 ( 4 ),
kInterpolatorTypeRoot2 ( 5 ),
kInterpolatorTypeRoot3 ( 6 ),
kInterpolatorTypeRoot4 ( 7 ),
kInterpolatorTypeSpring1 ( 8 ),
kInterpolatorTypeSpring2 ( 9 ),
kInterpolatorTypeSpring3 ( 10 ),
kInterpolatorTypeSpring4 ( 11 ),
kInterpolatorTypeSpring5 ( 12 ),
kInterpolatorTypeSpring6 ( 13 ),
kRuntimeValueCurrentUserMainCamera ( 6 ),
kRuntimeValueCallArgument0 ( 7 ),
kRuntimeValueCallArgument1 ( 8 ),
kRuntimeValueCallArgument2 ( 9 ),
kRuntimeValueCallArgument3 ( 10 ),
kRuntimeValueCurrentUser ( 13 ),
kRuntimeValueRegister0 ( 14 ),
kRuntimeValueRegister1 ( 15 ),
kRuntimeValueRegister2 ( 16 ),
kRuntimeValueRegister3 ( 17 ),
kFillModeSolid ( 0 ),
kBlendModeDefault ( 0 ),
kBlendModeModulate ( 1 ),
kBlendModeAdd ( 2 ),
kShapeTypeRectangle ( 0 ),
kShapeTypeRoundRectangle ( 1 ),
kShapeTypeEllipsoid ( 2 ),
kKeyUp ( 0 ),
kKeyDown ( 1 ),
kKeyRight ( 2 ),
kKeyLeft ( 3 ),
kAlignCenter ( 0 ),
kAlignLeft ( 1 ),
kAlignRight ( 2 ),
kAlignJustify ( 3 ),
kAlignTop ( 4 ),
kCaseVariable ( 0 ),
kCaseFixed ( 1 ),
kEncodingASCII ( 0 ),
kEncodingUTF8 ( 1 ),
kDirectionLeftToRight ( 0 ),
kDirectionRightToLeft ( 1 ),
kOriginCenter ( 0 ),
kOriginLeft ( 1 ),
kOriginRight ( 2 ),
kOriginTop ( 3 ),
kOriginBottom ( 4 ),
kOriginTopLeft ( 5 ),
kOriginTopRight ( 6 ),
kOriginBottomLeft ( 7 ),
kOriginBottomRight ( 8 ),
kProgressTypeLeftToRight ( 0 ),
kProgressTypeRightToLeft ( 1 ),
kProgressTypeBottomToTop ( 2 ),
kProgressTypeTopToBottom ( 3 ),
kSliderTypeLeftToRight ( 0 ),
kSliderTypeRightToLeft ( 1 ),
kSliderTypeBottomToTop ( 2 ),
kSliderTypeTopToBottom ( 3 ),
kWaveTypeConstant ( 0 ),
kWaveTypeSinus ( 1 ),
kWaveTypeTriangle ( 2 ),
kWaveTypeSquare ( 3 ),
kWaveTypeSawtooth ( 4 ),
kWaveTypeSawtoothInv ( 5 ),
kWaveTypeSinusNoise ( 6 ),
kCursorShapeNone ( 1 ),
kCursorShapeDefault ( 0 ),
kCursorShapeHandPointing ( 2 ),
kCursorShapeWaiting ( 6 ),
kCursorShapeCross ( 5 )
{ }
// Functions
//
inline AIVariable checkValidity ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.checkValidity ( 1, vIn, &vOut ) ; return vOut ; } // Deprecated
inline AIVariable newTemplateInstance ( const AIVariable& hUser, const AIVariable& sTemplate, const AIVariable& sPrefix ) const { S3DX_DECLARE_VIN_03( hUser, sTemplate, sPrefix ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.newTemplateInstance ( 3, vIn, &vOut ) ; return vOut ; }
inline void destroyTemplateInstance ( const AIVariable& hUser, const AIVariable& sPrefix ) const { S3DX_DECLARE_VIN_02( hUser, sPrefix ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.destroyTemplateInstance ( 2, vIn, NULL ) ; }
inline AIVariable newComponent ( const AIVariable& hUser, const AIVariable& kType ) const { S3DX_DECLARE_VIN_02( hUser, kType ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.newComponent ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable newComponent ( const AIVariable& hUser, const AIVariable& kType, const AIVariable& sOptionalTag ) const { S3DX_DECLARE_VIN_03( hUser, kType, sOptionalTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.newComponent ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable newAction ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.newAction ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable newAction ( const AIVariable& hUser, const AIVariable& sOptionalTag ) const { S3DX_DECLARE_VIN_02( hUser, sOptionalTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.newAction ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable newTimer ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.newTimer ( 1, vIn, &vOut ) ; return vOut ; }
inline void destroyComponent ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.destroyComponent ( 1, vIn, NULL ) ; }
inline void destroyAction ( const AIVariable& hAction ) const { S3DX_DECLARE_VIN_01( hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.destroyAction ( 1, vIn, NULL ) ; }
inline void destroyTimer ( const AIVariable& hTimer ) const { S3DX_DECLARE_VIN_01( hTimer ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.destroyTimer ( 1, vIn, NULL ) ; }
inline AIVariable getComponentCount ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getActionCount ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getActionCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTimerCount ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getTimerCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getComponentAt ( const AIVariable& hUser, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hUser, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getActionAt ( const AIVariable& hUser, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hUser, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getActionAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTimerAt ( const AIVariable& hUser, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hUser, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getTimerAt ( 2, vIn, &vOut ) ; return vOut ; }
inline void setInitialAction ( const AIVariable& hUser, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_02( hUser, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setInitialAction ( 2, vIn, NULL ) ; } // Deprecated
inline AIVariable setDefaultFont ( const AIVariable& hUser, const AIVariable& sFont ) const { S3DX_DECLARE_VIN_02( hUser, sFont ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setDefaultFont ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getDefaultFontName ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getDefaultFontName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDefaultTextShadowColor ( const AIVariable& hUser, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hUser, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setDefaultTextShadowColor ( 5, vIn, NULL ) ; }
inline AIVariables<4> getDefaultTextShadowColor ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getDefaultTextShadowColor ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariable getComponent ( const AIVariable& hUser, const AIVariable& sTag ) const { S3DX_DECLARE_VIN_02( hUser, sTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponent ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getAction ( const AIVariable& hUser, const AIVariable& sTag ) const { S3DX_DECLARE_VIN_02( hUser, sTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getAction ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable setFocus ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setFocus ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setSoundBank ( const AIVariable& hUser, const AIVariable& sSoundBank ) const { S3DX_DECLARE_VIN_02( hUser, sSoundBank ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setSoundBank ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSoundBankName ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getSoundBankName ( 1, vIn, &vOut ) ; return vOut ; }
inline void playSound ( const AIVariable& hUser, const AIVariable& nSoundIndex, const AIVariable& nVolume, const AIVariable& bLoop ) const { S3DX_DECLARE_VIN_04( hUser, nSoundIndex, nVolume, bLoop ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.playSound ( 4, vIn, NULL ) ; }
inline void pauseSound ( const AIVariable& hUser, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hUser, nSoundIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.pauseSound ( 2, vIn, NULL ) ; }
inline void resumeSound ( const AIVariable& hUser, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hUser, nSoundIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.resumeSound ( 2, vIn, NULL ) ; }
inline void stopSound ( const AIVariable& hUser, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hUser, nSoundIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.stopSound ( 2, vIn, NULL ) ; }
inline void stopAllSounds ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.stopAllSounds ( 1, vIn, NULL ) ; }
inline void setSoundVolume ( const AIVariable& hUser, const AIVariable& nSoundIndex, const AIVariable& nVolume ) const { S3DX_DECLARE_VIN_03( hUser, nSoundIndex, nVolume ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setSoundVolume ( 3, vIn, NULL ) ; }
inline AIVariable getSoundPlaybackProgress ( const AIVariable& hUser, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hUser, nSoundIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getSoundPlaybackProgress ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable isSoundPlaying ( const AIVariable& hUser, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hUser, nSoundIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isSoundPlaying ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable isSoundPaused ( const AIVariable& hUser, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hUser, nSoundIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isSoundPaused ( 2, vIn, &vOut ) ; return vOut ; }
inline void setCursorVisible ( const AIVariable& hUser, const AIVariable& bVisible ) const { S3DX_DECLARE_VIN_02( hUser, bVisible ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCursorVisible ( 2, vIn, NULL ) ; }
inline void setCursorPosition ( const AIVariable& hUser, const AIVariable& nPosX, const AIVariable& nPosY ) const { S3DX_DECLARE_VIN_03( hUser, nPosX, nPosY ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCursorPosition ( 3, vIn, NULL ) ; }
inline AIVariables<2> getCursorPosition ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCursorPosition ( 1, vIn, vOut ) ; return vOut ; }
inline void forceCursorShape ( const AIVariable& hUser, const AIVariable& kCursorShape ) const { S3DX_DECLARE_VIN_02( hUser, kCursorShape ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.forceCursorShape ( 2, vIn, NULL ) ; }
inline AIVariable getComponentType ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentType ( 1, vIn, &vOut ) ; return vOut ; }
inline void setComponentZOrder ( const AIVariable& hComponent, const AIVariable& nZOrder ) const { S3DX_DECLARE_VIN_02( hComponent, nZOrder ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentZOrder ( 2, vIn, NULL ) ; }
inline AIVariable getComponentZOrder ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentZOrder ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setComponentContainer ( const AIVariable& hComponent, const AIVariable& hContainer ) const { S3DX_DECLARE_VIN_02( hComponent, hContainer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentContainer ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getComponentContainer ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentContainer ( 1, vIn, &vOut ) ; return vOut ; }
inline void setComponentOrigin ( const AIVariable& hComponent, const AIVariable& kOrigin ) const { S3DX_DECLARE_VIN_02( hComponent, kOrigin ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentOrigin ( 2, vIn, NULL ) ; }
inline AIVariable getComponentOrigin ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentOrigin ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setComponentOffscreenOutput ( const AIVariable& hComponent, const AIVariable& sRenderMap ) const { S3DX_DECLARE_VIN_02( hComponent, sRenderMap ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentOffscreenOutput ( 2, vIn, &vOut ) ; return vOut ; }
inline void setComponentPosition ( const AIVariable& hComponent, const AIVariable& nPosX, const AIVariable& nPosY ) const { S3DX_DECLARE_VIN_03( hComponent, nPosX, nPosY ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentPosition ( 3, vIn, NULL ) ; }
inline AIVariables<2> getComponentPosition ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentPosition ( 1, vIn, vOut ) ; return vOut ; }
inline void setComponentSize ( const AIVariable& hComponent, const AIVariable& nSizeX, const AIVariable& nSizeY ) const { S3DX_DECLARE_VIN_03( hComponent, nSizeX, nSizeY ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentSize ( 3, vIn, NULL ) ; }
inline AIVariables<2> getComponentSize ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentSize ( 1, vIn, vOut ) ; return vOut ; }
inline void setComponentRotation ( const AIVariable& hComponent, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_02( hComponent, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentRotation ( 2, vIn, NULL ) ; }
inline AIVariable getComponentRotation ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentRotation ( 1, vIn, &vOut ) ; return vOut ; }
inline void setComponentOpacity ( const AIVariable& hComponent, const AIVariable& nOpacity ) const { S3DX_DECLARE_VIN_02( hComponent, nOpacity ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentOpacity ( 2, vIn, NULL ) ; }
inline AIVariable getComponentOpacity ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentOpacity ( 1, vIn, &vOut ) ; return vOut ; }
inline void setComponentVisible ( const AIVariable& hComponent, const AIVariable& bVisible ) const { S3DX_DECLARE_VIN_02( hComponent, bVisible ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentVisible ( 2, vIn, NULL ) ; }
inline void setComponentActive ( const AIVariable& hComponent, const AIVariable& bActive ) const { S3DX_DECLARE_VIN_02( hComponent, bActive ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentActive ( 2, vIn, NULL ) ; }
inline AIVariable setComponentBackgroundImage ( const AIVariable& hComponent, const AIVariable& sImageName ) const { S3DX_DECLARE_VIN_02( hComponent, sImageName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentBackgroundImage ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getComponentBackgroundImageName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentBackgroundImageName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setComponentBackgroundColor ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentBackgroundColor ( 5, vIn, NULL ) ; }
inline AIVariables<4> getComponentBackgroundColor ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentBackgroundColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setComponentForegroundColor ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentForegroundColor ( 5, vIn, NULL ) ; }
inline AIVariables<4> getComponentForegroundColor ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentForegroundColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setComponentBorderColor ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentBorderColor ( 5, vIn, NULL ) ; }
inline AIVariables<4> getComponentBorderColor ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentBorderColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setComponentFillMode ( const AIVariable& hComponent, const AIVariable& kFillMode ) const { S3DX_DECLARE_VIN_02( hComponent, kFillMode ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentFillMode ( 2, vIn, NULL ) ; }
inline AIVariable getComponentFillMode ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentFillMode ( 1, vIn, &vOut ) ; return vOut ; }
inline void setComponentBlendMode ( const AIVariable& hComponent, const AIVariable& kBlendMode ) const { S3DX_DECLARE_VIN_02( hComponent, kBlendMode ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentBlendMode ( 2, vIn, NULL ) ; }
inline AIVariable getComponentBlendMode ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentBlendMode ( 1, vIn, &vOut ) ; return vOut ; }
inline void setComponentShapeType ( const AIVariable& hComponent, const AIVariable& kShapeType ) const { S3DX_DECLARE_VIN_02( hComponent, kShapeType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentShapeType ( 2, vIn, NULL ) ; }
inline AIVariable getComponentShapeType ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentShapeType ( 1, vIn, &vOut ) ; return vOut ; }
inline void setComponentShapeRoundRectangleCornerRadius ( const AIVariable& hComponent, const AIVariable& nRadius ) const { S3DX_DECLARE_VIN_02( hComponent, nRadius ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentShapeRoundRectangleCornerRadius ( 2, vIn, NULL ) ; }
inline AIVariable getComponentShapeRoundRectangleCornerRadius ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentShapeRoundRectangleCornerRadius ( 1, vIn, &vOut ) ; return vOut ; }
inline void setComponentOpacityWaveModifier ( const AIVariable& hComponent, const AIVariable& kWaveType, const AIVariable& nWaveBase, const AIVariable& nWaveAmplitude, const AIVariable& nWavePhase, const AIVariable& nWaveFrequency ) const { S3DX_DECLARE_VIN_06( hComponent, kWaveType, nWaveBase, nWaveAmplitude, nWavePhase, nWaveFrequency ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentOpacityWaveModifier ( 6, vIn, NULL ) ; }
inline void setComponentAspectInvariant ( const AIVariable& hComponent, const AIVariable& bInvariant ) const { S3DX_DECLARE_VIN_02( hComponent, bInvariant ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentAspectInvariant ( 2, vIn, NULL ) ; }
inline void setComponentIgnoredByMouse ( const AIVariable& hComponent, const AIVariable& bIgnored ) const { S3DX_DECLARE_VIN_02( hComponent, bIgnored ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentIgnoredByMouse ( 2, vIn, NULL ) ; }
inline void setComponentAdjustedToNearestPixels ( const AIVariable& hComponent, const AIVariable& bAdjusted ) const { S3DX_DECLARE_VIN_02( hComponent, bAdjusted ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentAdjustedToNearestPixels ( 2, vIn, NULL ) ; }
inline void addComponentEventHandler ( const AIVariable& hComponent, const AIVariable& kEventType, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_03( hComponent, kEventType, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.addComponentEventHandler ( 3, vIn, NULL ) ; }
inline void removeComponentEventHandler ( const AIVariable& hComponent, const AIVariable& kEventType ) const { S3DX_DECLARE_VIN_02( hComponent, kEventType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.removeComponentEventHandler ( 2, vIn, NULL ) ; }
inline AIVariables<2> getComponentScreenSpaceCenter ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentScreenSpaceCenter ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getComponentScreenSpaceBottomLeftCorner ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentScreenSpaceBottomLeftCorner ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getComponentScreenSpaceTopLeftCorner ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentScreenSpaceTopLeftCorner ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getComponentScreenSpaceBottomRightCorner ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentScreenSpaceBottomRightCorner ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getComponentScreenSpaceTopRightCorner ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentScreenSpaceTopRightCorner ( 1, vIn, vOut ) ; return vOut ; }
inline void matchComponentScreenSpaceCenter ( const AIVariable& hComponent, const AIVariable& hOtherComponent ) const { S3DX_DECLARE_VIN_02( hComponent, hOtherComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.matchComponentScreenSpaceCenter ( 2, vIn, NULL ) ; }
inline void matchComponentScreenSpaceBottomLeftCorner ( const AIVariable& hComponent, const AIVariable& hOtherComponent ) const { S3DX_DECLARE_VIN_02( hComponent, hOtherComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.matchComponentScreenSpaceBottomLeftCorner ( 2, vIn, NULL ) ; }
inline void matchComponentScreenSpaceTopLeftCorner ( const AIVariable& hComponent, const AIVariable& hOtherComponent ) const { S3DX_DECLARE_VIN_02( hComponent, hOtherComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.matchComponentScreenSpaceTopLeftCorner ( 2, vIn, NULL ) ; }
inline void matchComponentScreenSpaceBottomRightCorner ( const AIVariable& hComponent, const AIVariable& hOtherComponent ) const { S3DX_DECLARE_VIN_02( hComponent, hOtherComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.matchComponentScreenSpaceBottomRightCorner ( 2, vIn, NULL ) ; }
inline void matchComponentScreenSpaceTopRightCorner ( const AIVariable& hComponent, const AIVariable& hOtherComponent ) const { S3DX_DECLARE_VIN_02( hComponent, hOtherComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.matchComponentScreenSpaceTopRightCorner ( 2, vIn, NULL ) ; }
inline void setComponentBackgroundImageUVOffset ( const AIVariable& hComponent, const AIVariable& nOffsetU, const AIVariable& nOffsetV ) const { S3DX_DECLARE_VIN_03( hComponent, nOffsetU, nOffsetV ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentBackgroundImageUVOffset ( 3, vIn, NULL ) ; }
inline AIVariables<2> getComponentBackgroundImageUVOffset ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentBackgroundImageUVOffset ( 1, vIn, vOut ) ; return vOut ; }
inline void setComponentBackgroundImageUVScale ( const AIVariable& hComponent, const AIVariable& nScaleU, const AIVariable& nScaleV ) const { S3DX_DECLARE_VIN_03( hComponent, nScaleU, nScaleV ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentBackgroundImageUVScale ( 3, vIn, NULL ) ; }
inline AIVariables<2> getComponentBackgroundImageUVScale ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentBackgroundImageUVScale ( 1, vIn, vOut ) ; return vOut ; }
inline void setComponentBackgroundImageAddressingMode ( const AIVariable& hComponent, const AIVariable& kAddressingModeU, const AIVariable& kAddressingModeV ) const { S3DX_DECLARE_VIN_03( hComponent, kAddressingModeU, kAddressingModeV ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setComponentBackgroundImageAddressingMode ( 3, vIn, NULL ) ; }
inline AIVariables<2> getComponentBackgroundImageAddressingMode ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentBackgroundImageAddressingMode ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariable isComponentVisible ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isComponentVisible ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable isComponentActive ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isComponentActive ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getComponentTag ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentTag ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLabelText ( const AIVariable& hComponent, const AIVariable& sText ) const { S3DX_DECLARE_VIN_02( hComponent, sText ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setLabelText ( 2, vIn, NULL ) ; }
inline AIVariable getLabelText ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelText ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLabelTextHeight ( const AIVariable& hComponent, const AIVariable& nTextHeight ) const { S3DX_DECLARE_VIN_02( hComponent, nTextHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setLabelTextHeight ( 2, vIn, NULL ) ; }
inline AIVariable getLabelTextHeight ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelTextHeight ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLabelTextLetterSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setLabelTextLetterSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getLabelTextLetterSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelTextLetterSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLabelTextLineSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setLabelTextLineSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getLabelTextLineSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelTextLineSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLabelTextAlignment ( const AIVariable& hComponent, const AIVariable& kHAlignment, const AIVariable& kVAlignment ) const { S3DX_DECLARE_VIN_03( hComponent, kHAlignment, kVAlignment ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setLabelTextAlignment ( 3, vIn, NULL ) ; }
inline AIVariables<2> getLabelTextAlignment ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelTextAlignment ( 1, vIn, vOut ) ; return vOut ; }
inline void setLabelTextCase ( const AIVariable& hComponent, const AIVariable& kCase ) const { S3DX_DECLARE_VIN_02( hComponent, kCase ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setLabelTextCase ( 2, vIn, NULL ) ; }
inline AIVariable getLabelTextCase ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelTextCase ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLabelTextEncoding ( const AIVariable& hComponent, const AIVariable& kEncoding ) const { S3DX_DECLARE_VIN_02( hComponent, kEncoding ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setLabelTextEncoding ( 2, vIn, NULL ) ; }
inline AIVariable getLabelTextEncoding ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelTextEncoding ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLabelTextDirection ( const AIVariable& hComponent, const AIVariable& kDirection ) const { S3DX_DECLARE_VIN_02( hComponent, kDirection ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setLabelTextDirection ( 2, vIn, NULL ) ; }
inline AIVariable getLabelTextDirection ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelTextDirection ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setLabelFont ( const AIVariable& hComponent, const AIVariable& sFontName ) const { S3DX_DECLARE_VIN_02( hComponent, sFontName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setLabelFont ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getLabelFontName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelFontName ( 1, vIn, &vOut ) ; return vOut ; }
inline void enableLabelTextAntialiasing ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableLabelTextAntialiasing ( 2, vIn, NULL ) ; }
inline AIVariable isLabelTextAntialiasingEnabled ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isLabelTextAntialiasingEnabled ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getLabelTextTotalLineCount ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getLabelTextTotalLineCount ( 1, vIn, &vOut ) ; return vOut ; }
inline void setEditText ( const AIVariable& hComponent, const AIVariable& sText ) const { S3DX_DECLARE_VIN_02( hComponent, sText ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditText ( 2, vIn, NULL ) ; }
inline AIVariable getEditText ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditText ( 1, vIn, &vOut ) ; return vOut ; }
inline void setEditTextHeight ( const AIVariable& hComponent, const AIVariable& nTextHeight ) const { S3DX_DECLARE_VIN_02( hComponent, nTextHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditTextHeight ( 2, vIn, NULL ) ; }
inline AIVariable getEditTextHeight ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditTextHeight ( 1, vIn, &vOut ) ; return vOut ; }
inline void setEditTextLetterSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditTextLetterSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getEditTextLetterSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditTextLetterSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline void setEditTextLineSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditTextLineSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getEditTextLineSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditTextLineSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline void setEditTextAlignment ( const AIVariable& hComponent, const AIVariable& kHAlignment, const AIVariable& kVAlignment ) const { S3DX_DECLARE_VIN_03( hComponent, kHAlignment, kVAlignment ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditTextAlignment ( 3, vIn, NULL ) ; }
inline AIVariables<2> getEditTextAlignment ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditTextAlignment ( 1, vIn, vOut ) ; return vOut ; }
inline void setEditTextCase ( const AIVariable& hComponent, const AIVariable& kCase ) const { S3DX_DECLARE_VIN_02( hComponent, kCase ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditTextCase ( 2, vIn, NULL ) ; }
inline AIVariable getEditTextCase ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditTextCase ( 1, vIn, &vOut ) ; return vOut ; }
inline void setEditTextEncoding ( const AIVariable& hComponent, const AIVariable& kEncoding ) const { S3DX_DECLARE_VIN_02( hComponent, kEncoding ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditTextEncoding ( 2, vIn, NULL ) ; }
inline AIVariable getEditTextEncoding ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditTextEncoding ( 1, vIn, &vOut ) ; return vOut ; }
inline void setEditTextDirection ( const AIVariable& hComponent, const AIVariable& kDirection ) const { S3DX_DECLARE_VIN_02( hComponent, kDirection ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditTextDirection ( 2, vIn, NULL ) ; }
inline AIVariable getEditTextDirection ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditTextDirection ( 1, vIn, &vOut ) ; return vOut ; }
inline void setEditTextMaxLength ( const AIVariable& hComponent, const AIVariable& nLength ) const { S3DX_DECLARE_VIN_02( hComponent, nLength ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditTextMaxLength ( 2, vIn, NULL ) ; }
inline AIVariable getEditTextMaxLength ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditTextMaxLength ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setEditFont ( const AIVariable& hComponent, const AIVariable& sFontName ) const { S3DX_DECLARE_VIN_02( hComponent, sFontName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditFont ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getEditFontName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditFontName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setEditOnChangedAction ( const AIVariable& hComponent, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_02( hComponent, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditOnChangedAction ( 2, vIn, NULL ) ; }
inline void setEditSecure ( const AIVariable& hComponent, const AIVariable& bSecure ) const { S3DX_DECLARE_VIN_02( hComponent, bSecure ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setEditSecure ( 2, vIn, NULL ) ; }
inline AIVariable isEditSecure ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isEditSecure ( 1, vIn, &vOut ) ; return vOut ; }
inline void enableEditTextAntialiasing ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableEditTextAntialiasing ( 2, vIn, NULL ) ; }
inline AIVariable isEditTextAntialiasingEnabled ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isEditTextAntialiasingEnabled ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getEditTextTotalLineCount ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getEditTextTotalLineCount ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCheckText ( const AIVariable& hComponent, const AIVariable& sText ) const { S3DX_DECLARE_VIN_02( hComponent, sText ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckText ( 2, vIn, NULL ) ; }
inline AIVariable getCheckText ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckText ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCheckTextHeight ( const AIVariable& hComponent, const AIVariable& nTextHeight ) const { S3DX_DECLARE_VIN_02( hComponent, nTextHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckTextHeight ( 2, vIn, NULL ) ; }
inline AIVariable getCheckTextHeight ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckTextHeight ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCheckTextLetterSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckTextLetterSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getCheckTextLetterSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckTextLetterSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCheckTextLineSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckTextLineSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getCheckTextLineSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckTextLineSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCheckTextAlignment ( const AIVariable& hComponent, const AIVariable& kHAlignment, const AIVariable& kVAlignment ) const { S3DX_DECLARE_VIN_03( hComponent, kHAlignment, kVAlignment ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckTextAlignment ( 3, vIn, NULL ) ; }
inline AIVariables<2> getCheckTextAlignment ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckTextAlignment ( 1, vIn, vOut ) ; return vOut ; }
inline void setCheckTextCase ( const AIVariable& hComponent, const AIVariable& kCase ) const { S3DX_DECLARE_VIN_02( hComponent, kCase ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckTextCase ( 2, vIn, NULL ) ; }
inline AIVariable getCheckTextCase ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckTextCase ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCheckTextEncoding ( const AIVariable& hComponent, const AIVariable& kEncoding ) const { S3DX_DECLARE_VIN_02( hComponent, kEncoding ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckTextEncoding ( 2, vIn, NULL ) ; }
inline AIVariable getCheckTextEncoding ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckTextEncoding ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCheckTextDirection ( const AIVariable& hComponent, const AIVariable& kDirection ) const { S3DX_DECLARE_VIN_02( hComponent, kDirection ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckTextDirection ( 2, vIn, NULL ) ; }
inline AIVariable getCheckTextDirection ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckTextDirection ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setCheckIcons ( const AIVariable& hComponent, const AIVariable& sCheckedIconName, const AIVariable& sUncheckedIconName ) const { S3DX_DECLARE_VIN_03( hComponent, sCheckedIconName, sUncheckedIconName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckIcons ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable setCheckFont ( const AIVariable& hComponent, const AIVariable& sFontName ) const { S3DX_DECLARE_VIN_02( hComponent, sFontName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckFont ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCheckFontName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckFontName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCheckOnCheckedAction ( const AIVariable& hComponent, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_02( hComponent, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckOnCheckedAction ( 2, vIn, NULL ) ; }
inline void setCheckOnUncheckedAction ( const AIVariable& hComponent, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_02( hComponent, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckOnUncheckedAction ( 2, vIn, NULL ) ; }
inline AIVariable getCheckState ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckState ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCheckState ( const AIVariable& hComponent, const AIVariable& bChecked ) const { S3DX_DECLARE_VIN_02( hComponent, bChecked ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setCheckState ( 2, vIn, NULL ) ; }
inline void enableCheckTextAntialiasing ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableCheckTextAntialiasing ( 2, vIn, NULL ) ; }
inline AIVariable isCheckTextAntialiasingEnabled ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isCheckTextAntialiasingEnabled ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCheckTextTotalLineCount ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getCheckTextTotalLineCount ( 1, vIn, &vOut ) ; return vOut ; }
inline void setButtonText ( const AIVariable& hComponent, const AIVariable& sText ) const { S3DX_DECLARE_VIN_02( hComponent, sText ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonText ( 2, vIn, NULL ) ; }
inline AIVariable getButtonText ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonText ( 1, vIn, &vOut ) ; return vOut ; }
inline void setButtonTextHeight ( const AIVariable& hComponent, const AIVariable& nTextHeight ) const { S3DX_DECLARE_VIN_02( hComponent, nTextHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonTextHeight ( 2, vIn, NULL ) ; }
inline AIVariable getButtonTextHeight ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonTextHeight ( 1, vIn, &vOut ) ; return vOut ; }
inline void setButtonTextLetterSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonTextLetterSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getButtonTextLetterSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonTextLetterSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline void setButtonTextLineSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonTextLineSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getButtonTextLineSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonTextLineSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline void setButtonTextAlignment ( const AIVariable& hComponent, const AIVariable& kHAlignment, const AIVariable& kVAlignment ) const { S3DX_DECLARE_VIN_03( hComponent, kHAlignment, kVAlignment ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonTextAlignment ( 3, vIn, NULL ) ; }
inline AIVariables<2> getButtonTextAlignment ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonTextAlignment ( 1, vIn, vOut ) ; return vOut ; }
inline void setButtonTextCase ( const AIVariable& hComponent, const AIVariable& kCase ) const { S3DX_DECLARE_VIN_02( hComponent, kCase ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonTextCase ( 2, vIn, NULL ) ; }
inline AIVariable getButtonTextCase ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonTextCase ( 1, vIn, &vOut ) ; return vOut ; }
inline void setButtonTextEncoding ( const AIVariable& hComponent, const AIVariable& kEncoding ) const { S3DX_DECLARE_VIN_02( hComponent, kEncoding ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonTextEncoding ( 2, vIn, NULL ) ; }
inline AIVariable getButtonTextEncoding ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonTextEncoding ( 1, vIn, &vOut ) ; return vOut ; }
inline void setButtonTextDirection ( const AIVariable& hComponent, const AIVariable& kDirection ) const { S3DX_DECLARE_VIN_02( hComponent, kDirection ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonTextDirection ( 2, vIn, NULL ) ; }
inline AIVariable getButtonTextDirection ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonTextDirection ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setButtonFont ( const AIVariable& hComponent, const AIVariable& sFontName ) const { S3DX_DECLARE_VIN_02( hComponent, sFontName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonFont ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getButtonFontName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonFontName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setButtonOnClickAction ( const AIVariable& hComponent, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_02( hComponent, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonOnClickAction ( 2, vIn, NULL ) ; }
inline void setButtonOnClickedAction ( const AIVariable& hComponent, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_02( hComponent, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setButtonOnClickedAction ( 2, vIn, NULL ) ; }
inline void enableButtonTextAntialiasing ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableButtonTextAntialiasing ( 2, vIn, NULL ) ; }
inline AIVariable isButtonTextAntialiasingEnabled ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isButtonTextAntialiasingEnabled ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getButtonTextTotalLineCount ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getButtonTextTotalLineCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setMovieClip ( const AIVariable& hComponent, const AIVariable& sMovieName ) const { S3DX_DECLARE_VIN_02( hComponent, sMovieName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setMovieClip ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable setMovieExternalClip ( const AIVariable& hComponent, const AIVariable& sMoviePath ) const { S3DX_DECLARE_VIN_02( hComponent, sMoviePath ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setMovieExternalClip ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getMovieBufferingProgress ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getMovieBufferingProgress ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getMoviePlaybackProgress ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getMoviePlaybackProgress ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getMoviePlaybackCursor ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getMoviePlaybackCursor ( 1, vIn, &vOut ) ; return vOut ; }
inline void setMovieTransparentColor ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nTolerance ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nTolerance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setMovieTransparentColor ( 5, vIn, NULL ) ; }
inline void playMovie ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.playMovie ( 1, vIn, NULL ) ; }
inline void pauseMovie ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.pauseMovie ( 1, vIn, NULL ) ; }
inline void stopMovie ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.stopMovie ( 1, vIn, NULL ) ; }
inline AIVariable setRenderMap ( const AIVariable& hComponent, const AIVariable& sRenderMap ) const { S3DX_DECLARE_VIN_02( hComponent, sRenderMap ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setRenderMap ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getRenderMapName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getRenderMapName ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setPixelMap ( const AIVariable& hComponent, const AIVariable& sPixelMap ) const { S3DX_DECLARE_VIN_02( hComponent, sPixelMap ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setPixelMap ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getPixelMapName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getPixelMapName ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getPixelMap ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getPixelMap ( 1, vIn, &vOut ) ; return vOut ; }
inline void setProgressValue ( const AIVariable& hComponent, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hComponent, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setProgressValue( 2, vIn, NULL ) ; }
inline AIVariable getProgressValue ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getProgressValue ( 1, vIn, &vOut ) ; return vOut ; }
inline void setProgressType ( const AIVariable& hComponent, const AIVariable& kType ) const { S3DX_DECLARE_VIN_02( hComponent, kType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setProgressType ( 2, vIn, NULL ) ; }
inline AIVariable getProgressType ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getProgressType ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getListItemCount ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListItemCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable addListItem ( const AIVariable& hComponent, const AIVariable& sText ) const { S3DX_DECLARE_VIN_02( hComponent, sText ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.addListItem ( 2, vIn, &vOut ) ; return vOut ; }
inline void removeListItemAt ( const AIVariable& hComponent, const AIVariable& nItem ) const { S3DX_DECLARE_VIN_02( hComponent, nItem ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.removeListItemAt ( 2, vIn, NULL ) ; }
inline void selectListItemAt ( const AIVariable& hComponent, const AIVariable& nItem, const AIVariable& bSelect ) const { S3DX_DECLARE_VIN_03( hComponent, nItem, bSelect ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.selectListItemAt ( 3, vIn, NULL ) ; }
inline void removeListAllItems ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.removeListAllItems ( 1, vIn, NULL ) ; }
inline void selectListAllItems ( const AIVariable& hComponent, const AIVariable& bSelect ) const { S3DX_DECLARE_VIN_02( hComponent, bSelect ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.selectListAllItems ( 2, vIn, NULL ) ; }
inline AIVariable getListItemTextAt ( const AIVariable& hComponent, const AIVariable& nItem, const AIVariable& nColumn ) const { S3DX_DECLARE_VIN_03( hComponent, nItem, nColumn ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListItemTextAt ( 3, vIn, &vOut ) ; return vOut ; }
inline void setListItemTextAt ( const AIVariable& hComponent, const AIVariable& nItem, const AIVariable& nColumn, const AIVariable& sText ) const { S3DX_DECLARE_VIN_04( hComponent, nItem, nColumn, sText ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemTextAt ( 4, vIn, NULL ) ; }
inline AIVariable setListItemIconAt ( const AIVariable& hComponent, const AIVariable& nItem, const AIVariable& nColumn, const AIVariable& sIcon ) const { S3DX_DECLARE_VIN_04( hComponent, nItem, nColumn, sIcon ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemIconAt ( 4, vIn, &vOut ) ; return vOut ; }
inline void setListItemsHeight ( const AIVariable& hComponent, const AIVariable& nHeight ) const { S3DX_DECLARE_VIN_02( hComponent, nHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemsHeight ( 2, vIn, NULL ) ; }
inline AIVariable getListItemsHeight ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListItemsHeight ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setListItemsBackgroundImage ( const AIVariable& hComponent, const AIVariable& sImage ) const { S3DX_DECLARE_VIN_02( hComponent, sImage ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemsBackgroundImage ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getListItemsBackgroundImageName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListItemsBackgroundImageName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListItemsBackgroundColor ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemsBackgroundColor ( 5, vIn, NULL ) ; }
inline void setListItemsBackgroundColorOdd ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemsBackgroundColorOdd ( 5, vIn, NULL ) ; }
inline AIVariables<4> getListItemsBackgroundColorOdd ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListItemsBackgroundColorOdd ( 1, vIn, vOut ) ; return vOut ; }
inline void setListItemsBackgroundColorEven ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemsBackgroundColorEven ( 5, vIn, NULL ) ; }
inline AIVariables<4> getListItemsBackgroundColorEven ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListItemsBackgroundColorEven ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariable setListItemsBackgroundImageSelected ( const AIVariable& hComponent, const AIVariable& sImage ) const { S3DX_DECLARE_VIN_02( hComponent, sImage ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemsBackgroundImageSelected ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getListItemsBackgroundImageSelectedName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListItemsBackgroundImageSelectedName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListItemsBackgroundColorSelected ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemsBackgroundColorSelected ( 5, vIn, NULL ) ; }
inline AIVariables<4> getListItemsBackgroundColorSelected ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListItemsBackgroundColorSelected ( 1, vIn, vOut ) ; return vOut ; }
inline void setListItemsForegroundColorSelected ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListItemsForegroundColorSelected ( 5, vIn, NULL ) ; }
inline AIVariables<4> getListItemsForegroundColorSelected ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListItemsForegroundColorSelected ( 1, vIn, vOut ) ; return vOut ; }
inline void setListTextLeftMargin ( const AIVariable& hComponent, const AIVariable& nMargin ) const { S3DX_DECLARE_VIN_02( hComponent, nMargin ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListTextLeftMargin ( 2, vIn, NULL ) ; }
inline AIVariable getListTextLeftMargin ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListTextLeftMargin ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListTextRightMargin ( const AIVariable& hComponent, const AIVariable& nMargin ) const { S3DX_DECLARE_VIN_02( hComponent, nMargin ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListTextRightMargin ( 2, vIn, NULL ) ; }
inline AIVariable getListTextRightMargin ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListTextRightMargin ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListTextHeight ( const AIVariable& hComponent, const AIVariable& nHeight ) const { S3DX_DECLARE_VIN_02( hComponent, nHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListTextHeight ( 2, vIn, NULL ) ; }
inline AIVariable getListTextHeight ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListTextHeight ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListTextLetterSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListTextLetterSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getListTextLetterSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListTextLetterSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListTextLineSpacing ( const AIVariable& hComponent, const AIVariable& nSpacing ) const { S3DX_DECLARE_VIN_02( hComponent, nSpacing ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListTextLineSpacing ( 2, vIn, NULL ) ; }
inline AIVariable getListTextLineSpacing ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListTextLineSpacing ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setListTextFont ( const AIVariable& hComponent, const AIVariable& sFont ) const { S3DX_DECLARE_VIN_02( hComponent, sFont ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListTextFont ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getListTextFontName ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListTextFontName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListTextCase ( const AIVariable& hComponent, const AIVariable& kCase ) const { S3DX_DECLARE_VIN_02( hComponent, kCase ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListTextCase ( 2, vIn, NULL ) ; }
inline AIVariable getListTextCase ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListTextCase ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListTextEncoding ( const AIVariable& hComponent, const AIVariable& kEncoding ) const { S3DX_DECLARE_VIN_02( hComponent, kEncoding ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListTextEncoding ( 2, vIn, NULL ) ; }
inline AIVariable getListTextEncoding ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListTextEncoding ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListTextDirection ( const AIVariable& hComponent, const AIVariable& kDirection ) const { S3DX_DECLARE_VIN_02( hComponent, kDirection ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListTextDirection ( 2, vIn, NULL ) ; }
inline AIVariable getListTextDirection ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListTextDirection ( 1, vIn, &vOut ) ; return vOut ; }
inline void enableListTextAntialiasing ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableListTextAntialiasing ( 2, vIn, NULL ) ; }
inline AIVariable isListTextAntialiasingEnabled ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isListTextAntialiasingEnabled ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getListColumnCount ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListColumnCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable addListColumn ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.addListColumn ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListColumnTextAlignmentAt ( const AIVariable& hComponent, const AIVariable& nColumn, const AIVariable& kHAlignment, const AIVariable& kVAlignment ) const { S3DX_DECLARE_VIN_04( hComponent, nColumn, kHAlignment, kVAlignment ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListColumnTextAlignmentAt ( 4, vIn, NULL ) ; }
inline void setListColumnWidthAt ( const AIVariable& hComponent, const AIVariable& nColumn, const AIVariable& nWidth ) const { S3DX_DECLARE_VIN_03( hComponent, nColumn, nWidth ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListColumnWidthAt ( 3, vIn, NULL ) ; }
inline void enableListSelection ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableListSelection ( 2, vIn, NULL ) ; }
inline void enableListSingleSelection ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableListSingleSelection ( 2, vIn, NULL ) ; }
inline void enableListSingleSelectionToggling ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableListSingleSelectionToggling ( 2, vIn, NULL ) ; }
inline void enableListSmoothScrolling ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableListSmoothScrolling ( 2, vIn, NULL ) ; }
inline void enableListFingerScrolling ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableListFingerScrolling ( 2, vIn, NULL ) ; }
inline void enableListMouseWheelHandling ( const AIVariable& hComponent, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hComponent, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enableListMouseWheelHandling ( 2, vIn, NULL ) ; }
inline AIVariable getListSelectedItemCount ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListSelectedItemCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getListSelectedItemAt ( const AIVariable& hComponent, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hComponent, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListSelectedItemAt ( 2, vIn, &vOut ) ; return vOut ; }
inline void setListVerticalScrollPos ( const AIVariable& hComponent, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hComponent, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListVerticalScrollPos ( 2, vIn, NULL ) ; }
inline AIVariable getListVerticalScrollPos ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getListVerticalScrollPos ( 1, vIn, &vOut ) ; return vOut ; }
inline void setListVerticalScrollBarWidth ( const AIVariable& hComponent, const AIVariable& nWidth ) const { S3DX_DECLARE_VIN_02( hComponent, nWidth ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListVerticalScrollBarWidth ( 2, vIn, NULL ) ; }
inline void setListVerticalScrollBarArrowHeight ( const AIVariable& hComponent, const AIVariable& nHeight ) const { S3DX_DECLARE_VIN_02( hComponent, nHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListVerticalScrollBarArrowHeight ( 2, vIn, NULL ) ; }
inline void setListScrollBarBackgroundColor ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListScrollBarBackgroundColor ( 5, vIn, NULL ) ; }
inline void setListScrollBarForegroundColor ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListScrollBarForegroundColor ( 5, vIn, NULL ) ; }
inline void setListScrollBarArrowColor ( const AIVariable& hComponent, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nAlpha ) const { S3DX_DECLARE_VIN_05( hComponent, nRed, nGreen, nBlue, nAlpha ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListScrollBarArrowColor ( 5, vIn, NULL ) ; }
inline AIVariable setListScrollBarBackgroundImages ( const AIVariable& hComponent, const AIVariable& sTop, const AIVariable& sMiddle, const AIVariable& sBottom ) const { S3DX_DECLARE_VIN_04( hComponent, sTop, sMiddle, sBottom ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListScrollBarBackgroundImages ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable setListScrollBarForegroundImages ( const AIVariable& hComponent, const AIVariable& sTop, const AIVariable& sMiddle, const AIVariable& sBottom ) const { S3DX_DECLARE_VIN_04( hComponent, sTop, sMiddle, sBottom ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListScrollBarForegroundImages ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable setListScrollBarArrowImages ( const AIVariable& hComponent, const AIVariable& sTop, const AIVariable& sBottom ) const { S3DX_DECLARE_VIN_03( hComponent, sTop, sBottom ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListScrollBarArrowImages ( 3, vIn, &vOut ) ; return vOut ; }
inline void setListOnSelectionChangedAction ( const AIVariable& hComponent, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_02( hComponent, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setListOnSelectionChangedAction ( 2, vIn, NULL ) ; }
inline void setSliderType ( const AIVariable& hComponent, const AIVariable& kType ) const { S3DX_DECLARE_VIN_02( hComponent, kType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setSliderType ( 2, vIn, NULL ) ; }
inline AIVariable getSliderType ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getSliderType ( 1, vIn, &vOut ) ; return vOut ; }
inline void setSliderRange ( const AIVariable& hComponent, const AIVariable& nRangeMin, const AIVariable& nRangeMax ) const { S3DX_DECLARE_VIN_03( hComponent, nRangeMin, nRangeMax ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setSliderRange ( 3, vIn, NULL ) ; }
inline AIVariables<2> getSliderRange ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getSliderRange ( 1, vIn, vOut ) ; return vOut ; }
inline void setSliderValue ( const AIVariable& hComponent, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hComponent, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setSliderValue ( 2, vIn, NULL ) ; }
inline AIVariable getSliderValue ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getSliderValue ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setSliderThumbImage ( const AIVariable& hComponent, const AIVariable& sImageName ) const { S3DX_DECLARE_VIN_02( hComponent, sImageName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setSliderThumbImage ( 2, vIn, &vOut ) ; return vOut ; }
inline void setSliderOnChangedAction ( const AIVariable& hComponent, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_02( hComponent, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setSliderOnChangedAction ( 2, vIn, NULL ) ; }
inline void beginActionCommand ( const AIVariable& hAction, const AIVariable& kCommandType ) const { S3DX_DECLARE_VIN_02( hAction, kCommandType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.beginActionCommand ( 2, vIn, NULL ) ; }
inline void pushActionCommandArgument ( const AIVariable& hAction, const AIVariable& vArgument ) const { S3DX_DECLARE_VIN_02( hAction, vArgument ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.pushActionCommandArgument ( 2, vIn, NULL ) ; }
inline void pushActionCommandRuntimeArgument ( const AIVariable& hAction, const AIVariable& kRuntimeArgument ) const { S3DX_DECLARE_VIN_02( hAction, kRuntimeArgument ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.pushActionCommandRuntimeArgument ( 2, vIn, NULL ) ; }
inline void endActionCommand ( const AIVariable& hAction ) const { S3DX_DECLARE_VIN_01( hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.endActionCommand ( 1, vIn, NULL ) ; }
inline void setTimerOnTickAction ( const AIVariable& hTimer, const AIVariable& hAction ) const { S3DX_DECLARE_VIN_02( hTimer, hAction ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setTimerOnTickAction ( 2, vIn, NULL ) ; }
inline void setTimerTickTime ( const AIVariable& hTimer, const AIVariable& nTime ) const { S3DX_DECLARE_VIN_02( hTimer, nTime ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.setTimerTickTime ( 2, vIn, NULL ) ; }
inline AIVariable callAction ( const AIVariable& hUser, const AIVariable& sActionTag ) const { S3DX_DECLARE_VIN_02( hUser, sActionTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.callAction ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable callAction ( const AIVariable& hUser, const AIVariable& sActionTag, const AIVariable& vParam0 ) const { S3DX_DECLARE_VIN_03( hUser, sActionTag, vParam0 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.callAction ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable callAction ( const AIVariable& hUser, const AIVariable& sActionTag, const AIVariable& vParam0, const AIVariable& vParam1 ) const { S3DX_DECLARE_VIN_04( hUser, sActionTag, vParam0, vParam1 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.callAction ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable callAction ( const AIVariable& hUser, const AIVariable& sActionTag, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2 ) const { S3DX_DECLARE_VIN_05( hUser, sActionTag, vParam0, vParam1, vParam2 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.callAction ( 5, vIn, &vOut ) ; return vOut ; }
inline AIVariable callAction ( const AIVariable& hUser, const AIVariable& sActionTag, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3 ) const { S3DX_DECLARE_VIN_06( hUser, sActionTag, vParam0, vParam1, vParam2, vParam3 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.callAction ( 6, vIn, &vOut ) ; return vOut ; }
inline void stopAction ( const AIVariable& hUser, const AIVariable& sActionTag ) const { S3DX_DECLARE_VIN_02( hUser, sActionTag ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.stopAction ( 2, vIn, NULL ) ; }
inline void pauseAction ( const AIVariable& hUser, const AIVariable& sActionTag ) const { S3DX_DECLARE_VIN_02( hUser, sActionTag ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.pauseAction ( 2, vIn, NULL ) ; }
inline void resumeAction ( const AIVariable& hUser, const AIVariable& sActionTag ) const { S3DX_DECLARE_VIN_02( hUser, sActionTag ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.resumeAction ( 2, vIn, NULL ) ; }
inline void stopAllActions ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.stopAllActions ( 1, vIn, NULL ) ; }
inline void pauseAllActions ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.pauseAllActions ( 1, vIn, NULL ) ; }
inline void resumeAllActions ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.resumeAllActions ( 1, vIn, NULL ) ; }
inline AIVariable isActionRunning ( const AIVariable& hUser, const AIVariable& sActionTag ) const { S3DX_DECLARE_VIN_02( hUser, sActionTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isActionRunning ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable isActionPaused ( const AIVariable& hUser, const AIVariable& sActionTag ) const { S3DX_DECLARE_VIN_02( hUser, sActionTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.isActionPaused ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getUnderCursorComponent ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getUnderCursorComponent ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getUnderCursorListItem ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getUnderCursorListItem ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getFocusedComponent ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getFocusedComponent ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable enterModalMode ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.enterModalMode ( 1, vIn, &vOut ) ; return vOut ; }
inline void leaveModalMode ( const AIVariable& hComponent ) const { S3DX_DECLARE_VIN_01( hComponent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.leaveModalMode ( 1, vIn, NULL ) ; }
inline AIVariable getComponentAtPoint ( const AIVariable& hUser, const AIVariable& nPointX, const AIVariable& nPointY ) const { S3DX_DECLARE_VIN_03( hUser, nPointX, nPointY ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->hud.getComponentAtPoint ( 3, vIn, &vOut ) ; return vOut ; }
} ;
struct InputPackage
{
// Constants
//
const AIVariable kJoypadTypeNone ;
const AIVariable kJoypadTypeStandard ;
const AIVariable kJoypadTypeWiimote ;
const AIVariable kJoypadTypePhone ;
const AIVariable kJoypadTypePSP ;
const AIVariable kJoypadTypePS3 ; // 1.9.0.1
const AIVariable kJoypadButtonWiimoteA ;
const AIVariable kJoypadButtonWiimoteB ;
const AIVariable kJoypadButtonWiimoteOne ;
const AIVariable kJoypadButtonWiimoteTwo ;
const AIVariable kJoypadButtonWiimoteMinus ;
const AIVariable kJoypadButtonWiimoteHome ;
const AIVariable kJoypadButtonWiimotePlus ;
const AIVariable kJoypadButtonWiimoteUp ;
const AIVariable kJoypadButtonWiimoteDown ;
const AIVariable kJoypadButtonWiimoteLeft ;
const AIVariable kJoypadButtonWiimoteRight ;
const AIVariable kJoypadButtonWiimoteZ ;
const AIVariable kJoypadButtonWiimoteC ;
const AIVariable kJoypadButtonPSPCross ;
const AIVariable kJoypadButtonPSPCircle ;
const AIVariable kJoypadButtonPSPTriangle ;
const AIVariable kJoypadButtonPSPSquare ;
const AIVariable kJoypadButtonPSPL ;
const AIVariable kJoypadButtonPSPR ;
const AIVariable kJoypadButtonPSPUp ;
const AIVariable kJoypadButtonPSPDown ;
const AIVariable kJoypadButtonPSPLeft ;
const AIVariable kJoypadButtonPSPRight ;
const AIVariable kJoypadButtonPSPSelect ;
const AIVariable kJoypadButtonPSPStart ;
const AIVariable kJoypadButtonPS3Cross ; // 1.9.0.1
const AIVariable kJoypadButtonPS3Circle ; // 1.9.0.1
const AIVariable kJoypadButtonPS3Triangle ; // 1.9.0.1
const AIVariable kJoypadButtonPS3Square ; // 1.9.0.1
const AIVariable kJoypadButtonPS3L1 ; // 1.9.0.1
const AIVariable kJoypadButtonPS3R1 ; // 1.9.0.1
const AIVariable kJoypadButtonPS3Up ; // 1.9.0.1
const AIVariable kJoypadButtonPS3Down ; // 1.9.0.1
const AIVariable kJoypadButtonPS3Left ; // 1.9.0.1
const AIVariable kJoypadButtonPS3Right ; // 1.9.0.1
const AIVariable kJoypadButtonPS3Select ; // 1.9.0.1
const AIVariable kJoypadButtonPS3Start ; // 1.9.0.1
const AIVariable kJoypadButtonPS3L2 ; // 1.9.0.1
const AIVariable kJoypadButtonPS3R2 ; // 1.9.0.1
const AIVariable kJoypadButtonPS3L3 ; // 1.9.0.1
const AIVariable kJoypadButtonPS3R3 ; // 1.9.0.1
const AIVariable kKeyUp ;
const AIVariable kKeyDown ;
const AIVariable kKeyRight ;
const AIVariable kKeyLeft ;
const AIVariable kKeySpace ;
const AIVariable kKeyReturn ;
const AIVariable kKeyEscape ;
const AIVariable kKeyTab ;
const AIVariable kKeyLControl ;
const AIVariable kKeyRControl ;
const AIVariable kKeyLShift ;
const AIVariable kKeyRShift ;
const AIVariable kKeyLAlt ;
const AIVariable kKeyRAlt ;
const AIVariable kKeyPageUp ;
const AIVariable kKeyPageDown ;
const AIVariable kKeyHome ;
const AIVariable kKeyEnd ;
const AIVariable kKeyInsert ;
const AIVariable kKeyDelete ;
const AIVariable kKeyBackspace ;
const AIVariable kKeyA ;
const AIVariable kKeyB ;
const AIVariable kKeyC ;
const AIVariable kKeyD ;
const AIVariable kKeyE ;
const AIVariable kKeyF ;
const AIVariable kKeyG ;
const AIVariable kKeyH ;
const AIVariable kKeyI ;
const AIVariable kKeyJ ;
const AIVariable kKeyK ;
const AIVariable kKeyL ;
const AIVariable kKeyM ;
const AIVariable kKeyN ;
const AIVariable kKeyO ;
const AIVariable kKeyP ;
const AIVariable kKeyQ ;
const AIVariable kKeyR ;
const AIVariable kKeyS ;
const AIVariable kKeyT ;
const AIVariable kKeyU ;
const AIVariable kKeyV ;
const AIVariable kKeyW ;
const AIVariable kKeyX ;
const AIVariable kKeyY ;
const AIVariable kKeyZ ;
const AIVariable kKeyF1 ;
const AIVariable kKeyF2 ;
const AIVariable kKeyF3 ;
const AIVariable kKeyF4 ;
const AIVariable kKeyF5 ;
const AIVariable kKeyF6 ;
const AIVariable kKeyF7 ;
const AIVariable kKeyF8 ;
const AIVariable kKeyF9 ;
const AIVariable kKeyF10 ;
const AIVariable kKeyF11 ;
const AIVariable kKeyF12 ;
const AIVariable kKey0 ;
const AIVariable kKey1 ;
const AIVariable kKey2 ;
const AIVariable kKey3 ;
const AIVariable kKey4 ;
const AIVariable kKey5 ;
const AIVariable kKey6 ;
const AIVariable kKey7 ;
const AIVariable kKey8 ;
const AIVariable kKey9 ;
InputPackage ( ):
kJoypadTypeNone ( 0 ),
kJoypadTypeStandard ( 1 ),
kJoypadTypeWiimote ( 2 ),
kJoypadTypePhone ( 3 ),
kJoypadTypePSP ( 4 ),
kJoypadTypePS3 ( 5 ), // 1.9.0.1
kJoypadButtonWiimoteA ( 0 ),
kJoypadButtonWiimoteB ( 1 ),
kJoypadButtonWiimoteOne ( 2 ),
kJoypadButtonWiimoteTwo ( 3 ),
kJoypadButtonWiimoteMinus ( 4 ),
kJoypadButtonWiimoteHome ( 5 ),
kJoypadButtonWiimotePlus ( 6 ),
kJoypadButtonWiimoteUp ( 7 ),
kJoypadButtonWiimoteDown ( 8 ),
kJoypadButtonWiimoteLeft ( 9 ),
kJoypadButtonWiimoteRight ( 10 ),
kJoypadButtonWiimoteZ ( 11 ),
kJoypadButtonWiimoteC ( 12 ),
kJoypadButtonPSPCross ( 0 ),
kJoypadButtonPSPCircle ( 1 ),
kJoypadButtonPSPTriangle ( 2 ),
kJoypadButtonPSPSquare ( 3 ),
kJoypadButtonPSPL ( 4 ),
kJoypadButtonPSPR ( 6 ),
kJoypadButtonPSPUp ( 7 ),
kJoypadButtonPSPDown ( 8 ),
kJoypadButtonPSPLeft ( 9 ),
kJoypadButtonPSPRight ( 10 ),
kJoypadButtonPSPSelect ( 11 ),
kJoypadButtonPSPStart ( 12 ),
kJoypadButtonPS3Cross ( 0 ), // 1.9.0.1
kJoypadButtonPS3Circle ( 1 ), // 1.9.0.1
kJoypadButtonPS3Triangle ( 2 ), // 1.9.0.1
kJoypadButtonPS3Square ( 3 ), // 1.9.0.1
kJoypadButtonPS3L1 ( 4 ), // 1.9.0.1
kJoypadButtonPS3R1 ( 6 ), // 1.9.0.1
kJoypadButtonPS3Up ( 7 ), // 1.9.0.1
kJoypadButtonPS3Down ( 8 ), // 1.9.0.1
kJoypadButtonPS3Left ( 9 ), // 1.9.0.1
kJoypadButtonPS3Right ( 10 ), // 1.9.0.1
kJoypadButtonPS3Select ( 11 ), // 1.9.0.1
kJoypadButtonPS3Start ( 12 ), // 1.9.0.1
kJoypadButtonPS3L2 ( 13 ), // 1.9.0.1
kJoypadButtonPS3R2 ( 14 ), // 1.9.0.1
kJoypadButtonPS3L3 ( 15 ), // 1.9.0.1
kJoypadButtonPS3R3 ( 16 ), // 1.9.0.1
kKeyUp ( 30 ),
kKeyDown ( 31 ),
kKeyRight ( 32 ),
kKeyLeft ( 33 ),
kKeySpace ( 36 ),
kKeyReturn ( 35 ),
kKeyEscape ( 34 ),
kKeyTab ( 43 ),
kKeyLControl ( 26 ),
kKeyRControl ( 27 ),
kKeyLShift ( 28 ),
kKeyRShift ( 29 ),
kKeyLAlt ( 112 ),
kKeyRAlt ( 113 ),
kKeyPageUp ( 37 ),
kKeyPageDown ( 38 ),
kKeyHome ( 39 ),
kKeyEnd ( 40 ),
kKeyInsert ( 41 ),
kKeyDelete ( 42 ),
kKeyBackspace ( 76 ),
kKeyA ( 0 ),
kKeyB ( 1 ),
kKeyC ( 2 ),
kKeyD ( 3 ),
kKeyE ( 4 ),
kKeyF ( 5 ),
kKeyG ( 6 ),
kKeyH ( 7 ),
kKeyI ( 8 ),
kKeyJ ( 9 ),
kKeyK ( 10 ),
kKeyL ( 11 ),
kKeyM ( 12 ),
kKeyN ( 13 ),
kKeyO ( 14 ),
kKeyP ( 15 ),
kKeyQ ( 16 ),
kKeyR ( 17 ),
kKeyS ( 18 ),
kKeyT ( 19 ),
kKeyU ( 20 ),
kKeyV ( 21 ),
kKeyW ( 22 ),
kKeyX ( 23 ),
kKeyY ( 24 ),
kKeyZ ( 25 ),
kKeyF1 ( 44 ),
kKeyF2 ( 45 ),
kKeyF3 ( 46 ),
kKeyF4 ( 47 ),
kKeyF5 ( 48 ),
kKeyF6 ( 49 ),
kKeyF7 ( 50 ),
kKeyF8 ( 51 ),
kKeyF9 ( 52 ),
kKeyF10 ( 53 ),
kKeyF11 ( 54 ),
kKeyF12 ( 55 ),
kKey0 ( 56 ),
kKey1 ( 57 ),
kKey2 ( 58 ),
kKey3 ( 59 ),
kKey4 ( 60 ),
kKey5 ( 61 ),
kKey6 ( 62 ),
kKey7 ( 63 ),
kKey8 ( 64 ),
kKey9 ( 65 )
{ }
// Functions
//
inline void setJoypadVibrationsMagnitude ( const AIVariable& hUser, const AIVariable& nJoypad, const AIVariable& nMagnitude ) const { S3DX_DECLARE_VIN_03( hUser, nJoypad, nMagnitude ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->input.setJoypadVibrationsMagnitude ( 3, vIn, NULL ) ; }
inline AIVariable getJoypadType ( const AIVariable& hUser, const AIVariable& nJoypad ) const { S3DX_DECLARE_VIN_02( hUser, nJoypad ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->input.getJoypadType ( 2, vIn, &vOut ) ; return vOut ; }
inline void enableJoypadMotionSensors ( const AIVariable& hUser, const AIVariable& nJoypad, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_03( hUser, nJoypad, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->input.enableJoypadMotionSensors ( 3, vIn, NULL ) ; }
inline void enableJoypadIRMotionSensors ( const AIVariable& hUser, const AIVariable& nJoypad, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_03( hUser, nJoypad, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->input.enableJoypadIRMotionSensors ( 3, vIn, NULL ) ; }
inline AIVariable enableMultiTouch ( const AIVariable& hUser, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hUser, bEnable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->input.enableMultiTouch ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable enableVirtualMouse ( const AIVariable& hUser, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hUser, bEnable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->input.enableVirtualMouse ( 2, vIn, &vOut ) ; return vOut ; }
inline void setVirtualMousePosition ( const AIVariable& hUser, const AIVariable& x, const AIVariable& y ) const { S3DX_DECLARE_VIN_03( hUser, x, y ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->input.setVirtualMousePosition ( 3, vIn, NULL ) ; }
inline void setVirtualMouseButtonDown ( const AIVariable& hUser, const AIVariable& nButton, const AIVariable& bDown ) const { S3DX_DECLARE_VIN_03( hUser, nButton, bDown ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->input.setVirtualMouseButtonDown ( 3, vIn, NULL ) ; }
} ;
struct LightPackage
{
// Constants
//
const AIVariable kTypePoint ;
const AIVariable kTypeDirectional ;
LightPackage ( ):
kTypePoint ( 1 ),
kTypeDirectional ( 2 )
{ }
// Functions
//
inline AIVariable getType ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->light.getType ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable isDynamic ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->light.isDynamic ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable isActive ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->light.isActive ( 1, vIn, &vOut ) ; return vOut ; }
inline void setActive ( const AIVariable& hObject, const AIVariable& bActive ) const { S3DX_DECLARE_VIN_02( hObject, bActive ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->light.setActive ( 2, vIn, NULL ) ; }
inline void setColor ( const AIVariable& hObject, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue ) const { S3DX_DECLARE_VIN_04( hObject, nRed, nGreen, nBlue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->light.setColor ( 4, vIn, NULL ) ; }
inline AIVariables<3> getColor ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->light.getColor ( 1, vIn, vOut ) ; return vOut ; }
} ;
struct LogPackage
{
// Functions
//
inline void message ( const AIVariable& _v0 ) const { S3DX_DECLARE_VIN_01( _v0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 1, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1 ) const { S3DX_DECLARE_VIN_02( _v0, _v1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 2, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2 ) const { S3DX_DECLARE_VIN_03( _v0, _v1, _v2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 3, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3 ) const { S3DX_DECLARE_VIN_04( _v0, _v1, _v2, _v3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 4, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4 ) const { S3DX_DECLARE_VIN_05( _v0, _v1, _v2, _v3, _v4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 5, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5 ) const { S3DX_DECLARE_VIN_06( _v0, _v1, _v2, _v3, _v4, _v5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 6, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6 ) const { S3DX_DECLARE_VIN_07( _v0, _v1, _v2, _v3, _v4, _v5, _v6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 7, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7 ) const { S3DX_DECLARE_VIN_08( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 8, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8 ) const { S3DX_DECLARE_VIN_09( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 9, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8, const AIVariable& _v9 ) const { S3DX_DECLARE_VIN_10( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8, _v9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 10, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8, const AIVariable& _v9, const AIVariable& _v10 ) const { S3DX_DECLARE_VIN_11( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8, _v9, _v10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 11, vIn, NULL ) ; }
inline void message ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8, const AIVariable& _v9, const AIVariable& _v10, const AIVariable& _v11 ) const { S3DX_DECLARE_VIN_12( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8, _v9, _v10, _v11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.message ( 12, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0 ) const { S3DX_DECLARE_VIN_01( _v0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 1, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1 ) const { S3DX_DECLARE_VIN_02( _v0, _v1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 2, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2 ) const { S3DX_DECLARE_VIN_03( _v0, _v1, _v2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 3, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3 ) const { S3DX_DECLARE_VIN_04( _v0, _v1, _v2, _v3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 4, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4 ) const { S3DX_DECLARE_VIN_05( _v0, _v1, _v2, _v3, _v4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 5, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5 ) const { S3DX_DECLARE_VIN_06( _v0, _v1, _v2, _v3, _v4, _v5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 6, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6 ) const { S3DX_DECLARE_VIN_07( _v0, _v1, _v2, _v3, _v4, _v5, _v6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 7, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7 ) const { S3DX_DECLARE_VIN_08( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 8, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8 ) const { S3DX_DECLARE_VIN_09( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 9, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8, const AIVariable& _v9 ) const { S3DX_DECLARE_VIN_10( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8, _v9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 10, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8, const AIVariable& _v9, const AIVariable& _v10 ) const { S3DX_DECLARE_VIN_11( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8, _v9, _v10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 11, vIn, NULL ) ; }
inline void warning ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8, const AIVariable& _v9, const AIVariable& _v10, const AIVariable& _v11 ) const { S3DX_DECLARE_VIN_12( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8, _v9, _v10, _v11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.warning ( 12, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0 ) const { S3DX_DECLARE_VIN_01( _v0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 1, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1 ) const { S3DX_DECLARE_VIN_02( _v0, _v1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 2, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2 ) const { S3DX_DECLARE_VIN_03( _v0, _v1, _v2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 3, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3 ) const { S3DX_DECLARE_VIN_04( _v0, _v1, _v2, _v3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 4, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4 ) const { S3DX_DECLARE_VIN_05( _v0, _v1, _v2, _v3, _v4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 5, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5 ) const { S3DX_DECLARE_VIN_06( _v0, _v1, _v2, _v3, _v4, _v5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 6, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6 ) const { S3DX_DECLARE_VIN_07( _v0, _v1, _v2, _v3, _v4, _v5, _v6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 7, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7 ) const { S3DX_DECLARE_VIN_08( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 8, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8 ) const { S3DX_DECLARE_VIN_09( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 9, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8, const AIVariable& _v9 ) const { S3DX_DECLARE_VIN_10( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8, _v9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 10, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8, const AIVariable& _v9, const AIVariable& _v10 ) const { S3DX_DECLARE_VIN_11( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8, _v9, _v10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 11, vIn, NULL ) ; }
inline void error ( const AIVariable& _v0, const AIVariable& _v1, const AIVariable& _v2, const AIVariable& _v3, const AIVariable& _v4, const AIVariable& _v5, const AIVariable& _v6, const AIVariable& _v7, const AIVariable& _v8, const AIVariable& _v9, const AIVariable& _v10, const AIVariable& _v11 ) const { S3DX_DECLARE_VIN_12( _v0, _v1, _v2, _v3, _v4, _v5, _v6, _v7, _v8, _v9, _v10, _v11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->log.error ( 12, vIn, NULL ) ; }
} ;
struct MathPackage
{
// Constants
//
const AIVariable kInfinity ;
const AIVariable kEpsilon ;
const AIVariable kPi ;
MathPackage ( ):
kInfinity ( 3.402823466e+38f ),
kEpsilon ( 0.000001f ),
kPi ( 3.1415926535897932384626433832795f )
{ }
// Functions
//
inline AIVariable clamp ( const AIVariable& nNumber, const AIVariable& nMin, const AIVariable& nMax ) const { S3DX_DECLARE_VIN_03( nNumber, nMin, nMax ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.clamp ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable interpolate ( const AIVariable& nSrc, const AIVariable& nDst, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_03( nSrc, nDst, nFactor ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.interpolate ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable sin ( const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_01( nAngle ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.sin ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable cos ( const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_01( nAngle ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.cos ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable tan ( const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_01( nAngle ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.tan ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable asin ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.asin ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable acos ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.acos ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable atan ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.atan ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable atan2 ( const AIVariable& nValue1, const AIVariable& nValue2 ) const { S3DX_DECLARE_VIN_02( nValue1, nValue2 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.atan2 ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable min ( const AIVariable& nValue1, const AIVariable& nValue2 ) const { S3DX_DECLARE_VIN_02( nValue1, nValue2 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.min ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable max ( const AIVariable& nValue1, const AIVariable& nValue2 ) const { S3DX_DECLARE_VIN_02( nValue1, nValue2 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.max ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable sqrt ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.sqrt ( 1, vIn, &vOut ) ; return vOut ; }
inline void resetRandomSeed ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.resetRandomSeed ( 1, vIn, NULL ) ; }
inline AIVariable random ( const AIVariable& nMin, const AIVariable& nMax ) const { S3DX_DECLARE_VIN_02( nMin, nMax ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.random ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable gaussianRandom ( const AIVariable& nCenter, const AIVariable& nRadius ) const { S3DX_DECLARE_VIN_02( nCenter, nRadius ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.gaussianRandom ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable pow ( const AIVariable& nValue, const AIVariable& nPower ) const { S3DX_DECLARE_VIN_02( nValue, nPower ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.pow ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable floor ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.floor ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable trunc ( const AIVariable& nValue, const AIVariable& nDecimals ) const { S3DX_DECLARE_VIN_02( nValue, nDecimals ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.trunc ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable roundToNearestInteger ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.roundToNearestInteger ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable roundToNearestPowerOfTwo ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.roundToNearestPowerOfTwo ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable ceil ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.ceil ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable abs ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.abs ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable mod ( const AIVariable& nValue1, const AIVariable& nValue2 ) const { S3DX_DECLARE_VIN_02( nValue1, nValue2 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.mod ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable log ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.log ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable log10 ( const AIVariable& nValue ) const { S3DX_DECLARE_VIN_01( nValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.log10 ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable evaluateBSpline ( const AIVariable& nValue1, const AIVariable& nValue2, const AIVariable& nValue3, const AIVariable& nValue4, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( nValue1, nValue2, nValue3, nValue4, nFactor ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.evaluateBSpline ( 5, vIn, &vOut ) ; return vOut ; }
inline AIVariable evaluateBezier ( const AIVariable& nValue1, const AIVariable& nValue2, const AIVariable& nValue3, const AIVariable& nValue4, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( nValue1, nValue2, nValue3, nValue4, nFactor ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.evaluateBezier ( 5, vIn, &vOut ) ; return vOut ; }
inline AIVariable evaluateCatmullRom ( const AIVariable& nValue1, const AIVariable& nValue2, const AIVariable& nValue3, const AIVariable& nValue4, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( nValue1, nValue2, nValue3, nValue4, nFactor ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.evaluateCatmullRom ( 5, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> computeRayPlaneIntersection ( const AIVariable& nRayPntX, const AIVariable& nRayPntY, const AIVariable& nRayPntZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength, const AIVariable& nPlaneA, const AIVariable& nPlaneB, const AIVariable& nPlaneC, const AIVariable& nPlaneD ) const { S3DX_DECLARE_VIN_11( nRayPntX, nRayPntY, nRayPntZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength, nPlaneA, nPlaneB, nPlaneC, nPlaneD ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.computeRayPlaneIntersection ( 11, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> computeRaySphereIntersection ( const AIVariable& nRayPntX, const AIVariable& nRayPntY, const AIVariable& nRayPntZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength, const AIVariable& nSphereX, const AIVariable& nSphereY, const AIVariable& nSphereZ, const AIVariable& nSphereR ) const { S3DX_DECLARE_VIN_11( nRayPntX, nRayPntY, nRayPntZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength, nSphereX, nSphereY, nSphereZ, nSphereR ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.computeRaySphereIntersection ( 11, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> computeRayAABoxIntersection ( const AIVariable& nRayPntX, const AIVariable& nRayPntY, const AIVariable& nRayPntZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength, const AIVariable& nBoxMinX, const AIVariable& nBoxMinY, const AIVariable& nBoxMinZ, const AIVariable& nBoxMaxX, const AIVariable& nBoxMaxY, const AIVariable& nBoxMaxZ ) const { S3DX_DECLARE_VIN_13( nRayPntX, nRayPntY, nRayPntZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength, nBoxMinX, nBoxMinY, nBoxMinZ, nBoxMaxX, nBoxMaxY, nBoxMaxZ ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.computeRayAABoxIntersection ( 13, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> vectorAdd ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z, const AIVariable& nV2x, const AIVariable& nV2y, const AIVariable& nV2z ) const { S3DX_DECLARE_VIN_06( nV1x, nV1y, nV1z, nV2x, nV2y, nV2z ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorAdd ( 6, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> vectorSubtract ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z, const AIVariable& nV2x, const AIVariable& nV2y, const AIVariable& nV2z ) const { S3DX_DECLARE_VIN_06( nV1x, nV1y, nV1z, nV2x, nV2y, nV2z ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorSubtract ( 6, vIn, vOut ) ; return vOut ; }
inline AIVariable vectorDotProduct ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z, const AIVariable& nV2x, const AIVariable& nV2y, const AIVariable& nV2z ) const { S3DX_DECLARE_VIN_06( nV1x, nV1y, nV1z, nV2x, nV2y, nV2z ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorDotProduct ( 6, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> vectorCrossProduct ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z, const AIVariable& nV2x, const AIVariable& nV2y, const AIVariable& nV2z ) const { S3DX_DECLARE_VIN_06( nV1x, nV1y, nV1z, nV2x, nV2y, nV2z ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorCrossProduct ( 6, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> vectorNormalize ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z ) const { S3DX_DECLARE_VIN_03( nV1x, nV1y, nV1z ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorNormalize ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariable vectorLength ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z ) const { S3DX_DECLARE_VIN_03( nV1x, nV1y, nV1z ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorLength ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> vectorScale ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z, const AIVariable& nScale ) const { S3DX_DECLARE_VIN_04( nV1x, nV1y, nV1z, nScale ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorScale ( 4, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> vectorInterpolate ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z, const AIVariable& nV2x, const AIVariable& nV2y, const AIVariable& nV2z, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_07( nV1x, nV1y, nV1z, nV2x, nV2y, nV2z, nFactor ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorInterpolate ( 7, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> vectorReflect ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z, const AIVariable& nV2x, const AIVariable& nV2y, const AIVariable& nV2z ) const { S3DX_DECLARE_VIN_06( nV1x, nV1y, nV1z, nV2x, nV2y, nV2z ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorReflect ( 6, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> vectorSetLength ( const AIVariable& nV1x, const AIVariable& nV1y, const AIVariable& nV1z, const AIVariable& nLength ) const { S3DX_DECLARE_VIN_04( nV1x, nV1y, nV1z, nLength ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->math.vectorSetLength ( 4, vIn, vOut ) ; return vOut ; }
} ;
struct MeshPackage
{
// Constants
//
const AIVariable kLockModeRead ;
const AIVariable kLockModeWrite ;
const AIVariable kLockReadWrite ;
MeshPackage ( ):
kLockModeRead ( 1 ),
kLockModeWrite ( 2 ),
kLockReadWrite ( 3 )
{ }
// Functions
//
inline AIVariable getSubsetCount ( const AIVariable& hMesh ) const { S3DX_DECLARE_VIN_01( hMesh ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.getSubsetCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSubsetVertexCount ( const AIVariable& hMesh, const AIVariable& nSubset ) const { S3DX_DECLARE_VIN_02( hMesh, nSubset ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.getSubsetVertexCount ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSubsetIndexCount ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nLOD ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, nLOD ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.getSubsetIndexCount ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSubsetLODCount ( const AIVariable& hMesh, const AIVariable& nSubset ) const { S3DX_DECLARE_VIN_02( hMesh, nSubset ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.getSubsetLODCount ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable addSubset ( const AIVariable& hMesh ) const { S3DX_DECLARE_VIN_01( hMesh ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.addSubset ( 1, vIn, &vOut ) ; return vOut ; }
inline void removeSubset ( const AIVariable& hMesh, const AIVariable& nSubset ) const { S3DX_DECLARE_VIN_02( hMesh, nSubset ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.removeSubset ( 2, vIn, NULL ) ; }
inline AIVariable createSubsetVertexBuffer ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nVertexCount ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, nVertexCount ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.createSubsetVertexBuffer ( 3, vIn, &vOut ) ; return vOut ; }
inline void destroySubsetVertexBuffer ( const AIVariable& hMesh, const AIVariable& nSubset ) const { S3DX_DECLARE_VIN_02( hMesh, nSubset ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.destroySubsetVertexBuffer ( 2, vIn, NULL ) ; }
inline AIVariable createSubsetIndexBuffer ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nLOD, const AIVariable& nIndexCount ) const { S3DX_DECLARE_VIN_04( hMesh, nSubset, nLOD, nIndexCount ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.createSubsetIndexBuffer ( 4, vIn, &vOut ) ; return vOut ; }
inline void destroySubsetIndexBuffer ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nLOD ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, nLOD ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.destroySubsetIndexBuffer ( 3, vIn, NULL ) ; }
inline AIVariable lockSubsetVertexBuffer ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& kLockMode ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, kLockMode ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.lockSubsetVertexBuffer ( 3, vIn, &vOut ) ; return vOut ; }
inline void unlockSubsetVertexBuffer ( const AIVariable& hMesh, const AIVariable& nSubset ) const { S3DX_DECLARE_VIN_02( hMesh, nSubset ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.unlockSubsetVertexBuffer ( 2, vIn, NULL ) ; }
inline AIVariable lockSubsetIndexBuffer ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nLOD, const AIVariable& kLockMode ) const { S3DX_DECLARE_VIN_04( hMesh, nSubset, nLOD, kLockMode ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.lockSubsetIndexBuffer ( 4, vIn, &vOut ) ; return vOut ; }
inline void unlockSubsetIndexBuffer ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nLOD ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, nLOD ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.unlockSubsetIndexBuffer ( 3, vIn, NULL ) ; }
inline void setSubsetVertexPosition ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nVertex, const AIVariable& x, const AIVariable& y, const AIVariable& z ) const { S3DX_DECLARE_VIN_06( hMesh, nSubset, nVertex, x, y, z ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.setSubsetVertexPosition ( 6, vIn, NULL ) ; }
inline AIVariables<3> getSubsetVertexPosition ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nVertex ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, nVertex ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.getSubsetVertexPosition ( 3, vIn, vOut ) ; return vOut ; }
inline void setSubsetVertexNormal ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nVertex, const AIVariable& i, const AIVariable& j, const AIVariable& k ) const { S3DX_DECLARE_VIN_06( hMesh, nSubset, nVertex, i, j, k ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.setSubsetVertexNormal ( 6, vIn, NULL ) ; }
inline AIVariables<3> getSubsetVertexNormal ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nVertex ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, nVertex ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.getSubsetVertexNormal ( 3, vIn, vOut ) ; return vOut ; }
inline void setSubsetVertexTexCoord ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nVertex, const AIVariable& nSet, const AIVariable& u, const AIVariable& v ) const { S3DX_DECLARE_VIN_06( hMesh, nSubset, nVertex, nSet, u, v ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.setSubsetVertexTexCoord ( 6, vIn, NULL ) ; }
inline AIVariables<2> getSubsetVertexTexCoord ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nVertex, const AIVariable& nSet ) const { S3DX_DECLARE_VIN_04( hMesh, nSubset, nVertex, nSet ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.getSubsetVertexTexCoord ( 4, vIn, vOut ) ; return vOut ; }
inline void setSubsetIndexValue ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nLOD, const AIVariable& nIndex, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_05( hMesh, nSubset, nLOD, nIndex, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.setSubsetIndexValue ( 5, vIn, NULL ) ; }
inline AIVariable getSubsetIndexValue ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nLOD, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_04( hMesh, nSubset, nLOD, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.getSubsetIndexValue ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable getResourceHandle ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.getResourceHandle ( 1, vIn, &vOut ) ; return vOut ; }
inline void setSubsetVertexBufferDynamic ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& bDynamic ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, bDynamic ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.setSubsetVertexBufferDynamic ( 3, vIn, NULL ) ; }
inline AIVariable isSubsetVertexBufferDynamic ( const AIVariable& hMesh, const AIVariable& nSubset ) const { S3DX_DECLARE_VIN_02( hMesh, nSubset ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.isSubsetVertexBufferDynamic ( 2, vIn, &vOut ) ; return vOut ; }
inline void setSubsetIndexBufferDynamic ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nLOD, const AIVariable& bDynamic ) const { S3DX_DECLARE_VIN_04( hMesh, nSubset, nLOD, bDynamic ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.setSubsetIndexBufferDynamic ( 4, vIn, NULL ) ; }
inline AIVariable isSubsetIndexBufferDynamic ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nLOD ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, nLOD ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.isSubsetIndexBufferDynamic ( 3, vIn, &vOut ) ; return vOut ; }
inline void computeSubsetVertexNormals ( const AIVariable& hMesh, const AIVariable& nSubset, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_03( hMesh, nSubset, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.computeSubsetVertexNormals ( 3, vIn, NULL ) ; }
inline void computeSubsetVertexTangents ( const AIVariable& hMesh, const AIVariable& nSubset ) const { S3DX_DECLARE_VIN_02( hMesh, nSubset ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.computeSubsetVertexTangents ( 2, vIn, NULL ) ; }
inline void updateBoundingVolumes ( const AIVariable& hMesh ) const { S3DX_DECLARE_VIN_01( hMesh ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->mesh.updateBoundingVolumes ( 1, vIn, NULL ) ; }
} ;
struct MicrophonePackage
{
// Functions
//
inline void setRate ( const AIVariable& nRate ) const { S3DX_DECLARE_VIN_01( nRate ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.setRate ( 1, vIn, NULL ) ; }
inline AIVariable enable ( const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_01( bEnable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.enable ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getActivityLevel ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.getActivityLevel ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable enableSpectrumAnalyzer ( const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_01( bEnable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.enableSpectrumAnalyzer ( 1, vIn, &vOut ) ; return vOut ; }
inline void setSpectrumWidth ( const AIVariable& nWidth ) const { S3DX_DECLARE_VIN_01( nWidth ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.setSpectrumWidth ( 1, vIn, NULL ) ; }
inline AIVariable getSpectrumWidth ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.getSpectrumWidth ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getSpectrumLevels ( const AIVariable& tSpectrum ) const { S3DX_DECLARE_VIN_01( tSpectrum ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.getSpectrumLevels ( 1, vIn, &vOut ) ; return vOut ; }
inline void setRecordingQuality ( const AIVariable& nQuality ) const { S3DX_DECLARE_VIN_01( nQuality ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.setRecordingQuality ( 1, vIn, NULL ) ; }
inline AIVariable startRecordingAsMusic ( const AIVariable& sMusicName ) const { S3DX_DECLARE_VIN_01( sMusicName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.startRecordingAsMusic ( 1, vIn, &vOut ) ; return vOut ; }
inline void stopRecording ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.stopRecording ( 0, NULL, NULL ) ; }
inline AIVariable startDiffusion ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.startDiffusion ( 0, NULL, &vOut ) ; return vOut ; }
inline void stopDiffusion ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.stopDiffusion ( 0, NULL, NULL ) ; }
inline AIVariable addUserToDiffusionList ( const AIVariable& nUserID ) const { S3DX_DECLARE_VIN_01( nUserID ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.addUserToDiffusionList ( 1, vIn, &vOut ) ; return vOut ; }
inline void removeUserFromDiffusionList ( const AIVariable& nUserID ) const { S3DX_DECLARE_VIN_01( nUserID ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.removeUserFromDiffusionList ( 1, vIn, NULL ) ; }
inline AIVariable isUserInDiffusionList ( const AIVariable& nUserID ) const { S3DX_DECLARE_VIN_01( nUserID ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.isUserInDiffusionList ( 1, vIn, &vOut ) ; return vOut ; }
inline void emptyDiffusionList ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.emptyDiffusionList ( 0, NULL, NULL ) ; }
inline AIVariable getDiffusionListUserCount ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.getDiffusionListUserCount ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getDiffusionListUserIDAt ( const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_01( nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->microphone.getDiffusionListUserIDAt ( 1, vIn, &vOut ) ; return vOut ; }
} ;
struct MusicPackage
{
// Functions
//
inline void play ( const AIVariable& hScene, const AIVariable& nMusicIndex, const AIVariable& nFadeTime ) const { S3DX_DECLARE_VIN_03( hScene, nMusicIndex, nFadeTime ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->music.play ( 3, vIn, NULL ) ; }
inline void stop ( const AIVariable& hScene, const AIVariable& nFadeTime ) const { S3DX_DECLARE_VIN_02( hScene, nFadeTime ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->music.stop ( 2, vIn, NULL ) ; }
inline void setVolume ( const AIVariable& hScene, const AIVariable& nVolume, const AIVariable& nFadeTime ) const { S3DX_DECLARE_VIN_03( hScene, nVolume, nFadeTime ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->music.setVolume ( 3, vIn, NULL ) ; }
inline AIVariable getPlaybackProgress ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->music.getPlaybackProgress ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable playAdditional ( const AIVariable& hScene, const AIVariable& nMusicName, const AIVariable& nFadeTime ) const { S3DX_DECLARE_VIN_03( hScene, nMusicName, nFadeTime ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->music.playAdditional ( 3, vIn, &vOut ) ; return vOut ; }
} ;
struct NavigationPackage
{
// Functions
//
inline AIVariable setTargetNode ( const AIVariable& hObject, const AIVariable& hNode ) const { S3DX_DECLARE_VIN_02( hObject, hNode ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.setTargetNode ( 2, vIn, &vOut ) ; return vOut ; }
inline void setAcceleration ( const AIVariable& hObject, const AIVariable& nAccel ) const { S3DX_DECLARE_VIN_02( hObject, nAccel ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.setAcceleration ( 2, vIn, NULL ) ; }
inline AIVariable getAcceleration ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getAcceleration ( 1, vIn, &vOut ) ; return vOut ; }
inline void setSpeedLimit ( const AIVariable& hObject, const AIVariable& nLimit ) const { S3DX_DECLARE_VIN_02( hObject, nLimit ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.setSpeedLimit ( 2, vIn, NULL ) ; }
inline AIVariable getSpeedLimit ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getSpeedLimit ( 1, vIn, &vOut ) ; return vOut ; }
inline void setHeightOffset ( const AIVariable& hObject, const AIVariable& nHeight ) const { S3DX_DECLARE_VIN_02( hObject, nHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.setHeightOffset ( 2, vIn, NULL ) ; }
inline AIVariable getHeightOffset ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getHeightOffset ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getNode ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getNode ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTargetNode ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getTargetNode ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTargetNodeDistance ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getTargetNodeDistance ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSpeed ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getSpeed ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> getVelocity ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getVelocity ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariable setRandomTargetNode ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.setRandomTargetNode ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setNearestTargetNode ( const AIVariable& hObject, const AIVariable& hOtherObject ) const { S3DX_DECLARE_VIN_02( hObject, hOtherObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.setNearestTargetNode ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable setNearestNode ( const AIVariable& hObject, const AIVariable& hOtherObject ) const { S3DX_DECLARE_VIN_02( hObject, hOtherObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.setNearestNode ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPathMaxLength ( const AIVariable& hObject, const AIVariable& nMaxLength ) const { S3DX_DECLARE_VIN_02( hObject, nMaxLength ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.setPathMaxLength ( 2, vIn, NULL ) ; }
inline AIVariable getPathMaxLength ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getPathMaxLength ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getPathNodeCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getPathNodeCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getPathNodeAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getPathNodeAt ( 2, vIn, &vOut ) ; return vOut ; }
inline void enableNodesInBox ( const AIVariable& hScene, const AIVariable& nBoxMinX, const AIVariable& nBoxMinY, const AIVariable& nBoxMinZ, const AIVariable& nBoxMaxX, const AIVariable& nBoxMaxY, const AIVariable& nBoxMaxZ, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_08( hScene, nBoxMinX, nBoxMinY, nBoxMinZ, nBoxMaxX, nBoxMaxY, nBoxMaxZ, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.enableNodesInBox ( 8, vIn, NULL ) ; }
inline void enableNode ( const AIVariable& hScene, const AIVariable& hNode, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_03( hScene, hNode, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.enableNode ( 3, vIn, NULL ) ; }
inline AIVariables<3> getNodeTranslation ( const AIVariable& hScene, const AIVariable& hNode ) const { S3DX_DECLARE_VIN_02( hScene, hNode ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.getNodeTranslation ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariable isNodeOnBorder ( const AIVariable& hScene, const AIVariable& hNode ) const { S3DX_DECLARE_VIN_02( hScene, hNode ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.isNodeOnBorder ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable isNodeEnabled ( const AIVariable& hScene, const AIVariable& hNode ) const { S3DX_DECLARE_VIN_02( hScene, hNode ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->navigation.isNodeEnabled ( 2, vIn, &vOut ) ; return vOut ; }
} ;
struct NetworkPackage
{
// Constants
//
const AIVariable kStatusAuthenticated ;
const AIVariable kStatusPending ;
const AIVariable kStatusNone ;
const AIVariable kStatusSearchFinished ;
const AIVariable kDefaultServerPort ;
const AIVariable kBluetoothServerPort ;
NetworkPackage ( ):
kStatusAuthenticated ( 2 ),
kStatusPending ( 1 ),
kStatusNone ( 0 ),
kStatusSearchFinished ( 3 ),
kDefaultServerPort ( 5354 ),
kBluetoothServerPort ( 0 )
{ }
// Functions
//
inline void authenticate ( const AIVariable& sURL, const AIVariable& sLogin, const AIVariable& sPassword ) const { S3DX_DECLARE_VIN_03( sURL, sLogin, sPassword ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->network.authenticate ( 3, vIn, NULL ) ; }
inline void disconnect ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->network.disconnect ( 0, NULL, NULL ) ; }
inline AIVariable getStatus ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->network.getStatus ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getServerCount ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->network.getServerCount ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getServerNameAt ( const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_01( nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->network.getServerNameAt ( 1, vIn, &vOut ) ; return vOut ; }
inline void setCurrentServer ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->network.setCurrentServer ( 1, vIn, NULL ) ; }
inline AIVariable getCurrentServer ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->network.getCurrentServer ( 0, NULL, &vOut ) ; return vOut ; }
inline void createServer ( const AIVariable& nPort ) const { S3DX_DECLARE_VIN_01( nPort ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->network.createServer ( 1, vIn, NULL ) ; }
inline void searchForServers ( const AIVariable& nPort ) const { S3DX_DECLARE_VIN_01( nPort ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->network.searchForServers ( 1, vIn, NULL ) ; }
} ;
struct ObjectPackage
{
// Constants
//
const AIVariable kGlobalSpace ;
const AIVariable kParentSpace ;
const AIVariable kLocalSpace ;
const AIVariable kTypeDummy ;
const AIVariable kTypeCamera ;
const AIVariable kTypeGroup ;
const AIVariable kTypeLight ;
const AIVariable kTypeSfx ;
const AIVariable kTypeShape ;
const AIVariable kTypeSensor ;
const AIVariable kTypeCollider ;
const AIVariable kTypeReflector ;
const AIVariable kTypeProjector ;
const AIVariable kControllerTypeAny ;
const AIVariable kControllerTypeAI ;
const AIVariable kControllerTypeAnimation ;
const AIVariable kControllerTypeDynamics ;
const AIVariable kControllerTypeNavigation ;
const AIVariable kControllerTypeSound ;
const AIVariable kTransformOptionInheritsParentTranslation ;
const AIVariable kTransformOptionInheritsParentRotation ;
const AIVariable kTransformOptionInheritsParentScale ;
const AIVariable kTransformOptionTranslationAffectedByParentRotation ;
const AIVariable kTransformOptionTranslationAffectedByParentScale ;
ObjectPackage ( ):
kGlobalSpace ( 0 ),
kParentSpace ( 1 ),
kLocalSpace ( 2 ),
kTypeDummy ( 0 ),
kTypeCamera ( 0x00000001 ),
kTypeGroup ( 0x00000002 ),
kTypeLight ( 0x00000004 ),
kTypeSfx ( 0x00000008 ),
kTypeShape ( 0x00000010 ),
kTypeSensor ( 0x00000020 ),
kTypeCollider ( 0x00000080 ),
kTypeReflector ( 0x00000100 ),
kTypeProjector ( 0x00000200 ),
kControllerTypeAny ( 0x7fffffff ),
kControllerTypeAI ( 1 ),
kControllerTypeAnimation ( 2 ),
kControllerTypeDynamics ( 3 ),
kControllerTypeNavigation ( 4 ),
kControllerTypeSound ( 5 ),
kTransformOptionInheritsParentTranslation ( 0 ),
kTransformOptionInheritsParentRotation ( 1 ),
kTransformOptionInheritsParentScale ( 2 ),
kTransformOptionTranslationAffectedByParentRotation ( 3 ),
kTransformOptionTranslationAffectedByParentScale ( 4 )
{ }
// Functions
//
inline AIVariable getHashCode ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getHashCode ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable isEqualTo ( const AIVariable& hObject, const AIVariable& hOtherObject ) const { S3DX_DECLARE_VIN_02( hObject, hOtherObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.isEqualTo ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable isKindOf ( const AIVariable& hObject, const AIVariable& kType ) const { S3DX_DECLARE_VIN_02( hObject, kType ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.isKindOf ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable hasController ( const AIVariable& hObject, const AIVariable& kControllerType ) const { S3DX_DECLARE_VIN_02( hObject, kControllerType ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.hasController ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getScene ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getScene ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getParent ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getParent ( 1, vIn, &vOut ) ; return vOut ; }
inline void setParent ( const AIVariable& hObject, const AIVariable& hParent, const AIVariable& bKeepGlobalTransform ) const { S3DX_DECLARE_VIN_03( hObject, hParent, bKeepGlobalTransform ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setParent ( 3, vIn, NULL ) ; }
inline AIVariable getModelName ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getModelName ( 1, vIn, &vOut ) ; return vOut ; }
inline void enableDistanceClipping ( const AIVariable& hObject, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hObject, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.enableDistanceClipping ( 2, vIn, NULL ) ; }
inline void setDistanceClippingThresholds ( const AIVariable& hObject, const AIVariable& nInDistance, const AIVariable& nOutDistance ) const { S3DX_DECLARE_VIN_03( hObject, nInDistance, nOutDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setDistanceClippingThresholds ( 3, vIn, NULL ) ; }
inline void setDistanceClippingFadeTime ( const AIVariable& hObject, const AIVariable& nTime ) const { S3DX_DECLARE_VIN_02( hObject, nTime ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setDistanceClippingFadeTime ( 2, vIn, NULL ) ; }
inline void setCanBeReflected ( const AIVariable& hObject, const AIVariable& bCan ) const { S3DX_DECLARE_VIN_02( hObject, bCan ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setCanBeReflected ( 2, vIn, NULL ) ; }
inline void setCanBeRefracted ( const AIVariable& hObject, const AIVariable& bCan ) const { S3DX_DECLARE_VIN_02( hObject, bCan ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setCanBeRefracted ( 2, vIn, NULL ) ; }
inline AIVariable canBeReflected ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.canBeReflected ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable canBeRefracted ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.canBeRefracted ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable setTransformOption ( const AIVariable& hObject, const AIVariable& kTransformOption, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_03( hObject, kTransformOption, bEnable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setTransformOption ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTransformOption ( const AIVariable& hObject, const AIVariable& kTransformOption ) const { S3DX_DECLARE_VIN_02( hObject, kTransformOption ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getTransformOption ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> getTranslation ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getTranslation ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getRotation ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getRotation ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getScale ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getScale ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getDirection ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getDirection ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getXAxis ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getXAxis ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getYAxis ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getYAxis ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getZAxis ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getZAxis ( 2, vIn, vOut ) ; return vOut ; }
inline void resetTranslation ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.resetTranslation ( 2, vIn, NULL ) ; }
inline void matchTranslation ( const AIVariable& hObject, const AIVariable& hOtherObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_03( hObject, hOtherObject, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.matchTranslation ( 3, vIn, NULL ) ; }
inline void setTranslation ( const AIVariable& hObject, const AIVariable& nTx, const AIVariable& nTy, const AIVariable& nTz, uint8 kSpace ) const { S3DX_DECLARE_VIN_05( hObject, nTx, nTy, nTz, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setTranslation ( 5, vIn, NULL ) ; }
inline void translate ( const AIVariable& hObject, const AIVariable& nTx, const AIVariable& nTy, const AIVariable& nTz, uint8 kSpace ) const { S3DX_DECLARE_VIN_05( hObject, nTx, nTy, nTz, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.translate ( 5, vIn, NULL ) ; }
inline void translateTo ( const AIVariable& hObject, const AIVariable& nTx, const AIVariable& nTy, const AIVariable& nTz, uint8 kSpace, float32 nFactor ) const { S3DX_DECLARE_VIN_06( hObject, nTx, nTy, nTz, kSpace, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.translateTo ( 6, vIn, NULL ) ; }
inline void resetRotation ( const AIVariable& hObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_02( hObject, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.resetRotation ( 2, vIn, NULL ) ; }
inline void matchRotation ( const AIVariable& hObject, const AIVariable& hOtherObject, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_03( hObject, hOtherObject, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.matchRotation ( 3, vIn, NULL ) ; }
inline void setRotation ( const AIVariable& hObject, const AIVariable& nRx, const AIVariable& nRy, const AIVariable& nRz, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, nRx, nRy, nRz, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setRotation ( 5, vIn, NULL ) ; }
inline void setRotationYPR ( const AIVariable& hObject, const AIVariable& nYaw, const AIVariable& nPitch, const AIVariable& nRoll, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, nRoll, nPitch, nRoll, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setRotationYPR ( 5, vIn, NULL ) ; }
inline void setRotationAxisAngle ( const AIVariable& hObject, const AIVariable& nAxisX, const AIVariable& nAxisY, const AIVariable& nAxisZ, const AIVariable& nAngle, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, nAxisX, nAxisY, nAxisZ, nAngle, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setRotationAxisAngle ( 6, vIn, NULL ) ; }
inline void rotate ( const AIVariable& hObject, const AIVariable& nRx, const AIVariable& nRy, const AIVariable& nRz, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, nRx, nRy, nRz, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.rotate ( 5, vIn, NULL ) ; }
inline void rotateYPR ( const AIVariable& hObject, const AIVariable& nYaw, const AIVariable& nPitch, const AIVariable& nRoll, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_05( hObject, nYaw, nPitch, nRoll, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.rotateYPR ( 5, vIn, NULL ) ; }
inline void rotateAxisAngle ( const AIVariable& hObject, const AIVariable& nAxisX, const AIVariable& nAxisY, const AIVariable& nAxisZ, const AIVariable& nAngle, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, nAxisX, nAxisY, nAxisZ, nAngle, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.rotateAxisAngle ( 6, vIn, NULL ) ; }
inline void rotateTo ( const AIVariable& hObject, const AIVariable& nRx, const AIVariable& nRy, const AIVariable& nRz, const AIVariable& kSpace, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_06( hObject, nRx, nRy, nRz, kSpace, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.rotateTo ( 6, vIn, NULL ) ; }
inline void rotateToYPR ( const AIVariable& hObject, const AIVariable& nYaw, const AIVariable& nPitch, const AIVariable& nRoll, const AIVariable& kSpace, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_06( hObject, nYaw, nPitch, nRoll, kSpace, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.rotateToYPR ( 6, vIn, NULL ) ; }
inline void rotateToAxisAngle ( const AIVariable& hObject, const AIVariable& nAxisX, const AIVariable& nAxisY, const AIVariable& nAxisZ, const AIVariable& nAngle, const AIVariable& kSpace, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_07( hObject, nAxisX, nAxisY, nAxisZ, nAngle, kSpace, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.rotateToAxisAngle ( 7, vIn, NULL ) ; }
inline void rotateAround ( const AIVariable& hObject, const AIVariable& nPx, const AIVariable& nPy, const AIVariable& nPz, const AIVariable& nRx, const AIVariable& nRy, const AIVariable& nRz, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_08( hObject, nPx, nPy, nPz, nRx, nRy, nRz, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.rotateAround ( 8, vIn, NULL ) ; }
inline void lookAt ( const AIVariable& hObject, const AIVariable& nPx, const AIVariable& nPy, const AIVariable& nPz, const AIVariable& kSpace, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_06( hObject, nPx, nPy, nPz, kSpace, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.lookAt ( 6, vIn, NULL ) ; }
inline void lookAtWithUp ( const AIVariable& hObject, const AIVariable& nPx, const AIVariable& nPy, const AIVariable& nPz, const AIVariable& nUx, const AIVariable& nUy, const AIVariable& nUz, const AIVariable& kSpace, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_09( hObject, nPx, nPy, nPz, nUx, nUy, nUz, kSpace, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.lookAtWithUp ( 9, vIn, NULL ) ; }
inline void setUniformScale ( const AIVariable& hObject, const AIVariable& nScale ) const { S3DX_DECLARE_VIN_02( hObject, nScale ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setUniformScale ( 2, vIn, NULL ) ; }
inline void setScale ( const AIVariable& hObject, const AIVariable& nSx, const AIVariable& nSy, const AIVariable& nSz ) const { S3DX_DECLARE_VIN_04( hObject, nSx, nSy, nSz ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setScale ( 4, vIn, NULL ) ; }
inline AIVariable isActive ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.isActive ( 1, vIn, &vOut ) ; return vOut ; }
inline void setVisible ( const AIVariable& hObject, const AIVariable& bVisible ) const { S3DX_DECLARE_VIN_02( hObject, bVisible ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setVisible ( 2, vIn, NULL ) ; }
inline AIVariable isVisible ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.isVisible ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getDistanceToObject ( const AIVariable& hObject, const AIVariable& hOtherObject ) const { S3DX_DECLARE_VIN_02( hObject, hOtherObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getDistanceToObject ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getBoundingSphereRadius ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getBoundingSphereRadius ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> getBoundingSphereCenter ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getBoundingSphereCenter ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getBoundingBoxMin ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getBoundingBoxMin ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getBoundingBoxMax ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getBoundingBoxMax ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariable addAIModel ( const AIVariable& hObject, const AIVariable& sAIModel ) const { S3DX_DECLARE_VIN_02( hObject, sAIModel ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.addAIModel ( 2, vIn, &vOut ) ; return vOut ; }
inline void removeAIModel ( const AIVariable& hObject, const AIVariable& sAIModel ) const { S3DX_DECLARE_VIN_02( hObject, sAIModel ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.removeAIModel ( 2, vIn, NULL ) ; }
inline AIVariable getAIModelCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getAIModelCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getAIModelNameAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getAIModelNameAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable hasAIModel ( const AIVariable& hObject, const AIVariable& sAIModel ) const { S3DX_DECLARE_VIN_02( hObject, sAIModel ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.hasAIModel ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable hasAIEventHandler ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sHandler ) const { S3DX_DECLARE_VIN_03( hObject, sAIModel, sHandler ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.hasAIEventHandler ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable getAIVariable ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sVariable ) const { S3DX_DECLARE_VIN_03( hObject, sAIModel, sVariable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getAIVariable ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable setAIVariable ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sVariable, const AIVariable& vValue ) const { S3DX_DECLARE_VIN_04( hObject, sAIModel, sVariable, vValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setAIVariable ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable getAIState ( const AIVariable& hObject, const AIVariable& sAIModel ) const { S3DX_DECLARE_VIN_02( hObject, sAIModel ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.getAIState ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable setSoundBank ( const AIVariable& hObject, const AIVariable& sSoundBank ) const { S3DX_DECLARE_VIN_02( hObject, sSoundBank ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setSoundBank ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable setAnimBank ( const AIVariable& hObject, const AIVariable& sAnimBank ) const { S3DX_DECLARE_VIN_02( hObject, sAnimBank ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.setAnimBank ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> transformVector ( const AIVariable& hObject, const AIVariable& nVx, const AIVariable& nVy, const AIVariable& nVz, const AIVariable& kSrcSpace, const AIVariable& kDstSpace ) const { S3DX_DECLARE_VIN_06( hObject, nVx, nVy, nVz, kSrcSpace, kDstSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.transformVector ( 6, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> transformPoint ( const AIVariable& hObject, const AIVariable& nPx, const AIVariable& nPy, const AIVariable& nPz, const AIVariable& kSrcSpace, const AIVariable& kDstSpace ) const { S3DX_DECLARE_VIN_06( hObject, nPx, nPy, nPz, kSrcSpace, kDstSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.transformPoint ( 6, vIn, vOut ) ; return vOut ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent ) const { S3DX_DECLARE_VIN_03( hObject, sAIModel, sEvent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 3, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0 ) const { S3DX_DECLARE_VIN_04( hObject, sAIModel, sEvent, vParam0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 4, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1 ) const { S3DX_DECLARE_VIN_05( hObject, sAIModel, sEvent, vParam0, vParam1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 5, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2 ) const { S3DX_DECLARE_VIN_06( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 6, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3 ) const { S3DX_DECLARE_VIN_07( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 7, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4 ) const { S3DX_DECLARE_VIN_08( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 8, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5 ) const { S3DX_DECLARE_VIN_09( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 9, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6 ) const { S3DX_DECLARE_VIN_10( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 10, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7 ) const { S3DX_DECLARE_VIN_11( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 11, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8 ) const { S3DX_DECLARE_VIN_12( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 12, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9 ) const { S3DX_DECLARE_VIN_13( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 13, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10 ) const { S3DX_DECLARE_VIN_14( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 14, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11 ) const { S3DX_DECLARE_VIN_15( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 15, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hObject, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12 ) const { S3DX_DECLARE_VIN_16( hObject, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.sendEvent ( 16, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent ) const { S3DX_DECLARE_VIN_04( hObject, nDelay, sAIModel, sEvent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 4, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0 ) const { S3DX_DECLARE_VIN_05( hObject, nDelay, sAIModel, sEvent, vParam0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 5, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1 ) const { S3DX_DECLARE_VIN_06( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 6, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2 ) const { S3DX_DECLARE_VIN_07( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 7, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3 ) const { S3DX_DECLARE_VIN_08( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 8, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4 ) const { S3DX_DECLARE_VIN_09( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 9, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5 ) const { S3DX_DECLARE_VIN_10( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 10, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6 ) const { S3DX_DECLARE_VIN_11( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 11, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7 ) const { S3DX_DECLARE_VIN_12( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 12, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8 ) const { S3DX_DECLARE_VIN_13( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 13, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9 ) const { S3DX_DECLARE_VIN_14( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 14, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10 ) const { S3DX_DECLARE_VIN_15( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 15, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hObject, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11 ) const { S3DX_DECLARE_VIN_16( hObject, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->object.postEvent ( 16, vIn, NULL ) ; }
} ;
struct PixelmapPackage
{
// Constants
//
const AIVariable kPenModeNone ;
const AIVariable kPenModeSolid ;
const AIVariable kPenModeBrush ;
const AIVariable kFillModeNone ;
const AIVariable kFillModeSolid ;
const AIVariable kFillModeBrush ;
const AIVariable kBlendModeDecal ;
const AIVariable kBlendModeReplace ;
PixelmapPackage ( ):
kPenModeNone ( 0 ),
kPenModeSolid ( 1 ),
kPenModeBrush ( 2 ),
kFillModeNone ( 0 ),
kFillModeSolid ( 1 ),
kFillModeBrush ( 2 ),
kBlendModeDecal ( 0 ),
kBlendModeReplace ( 1 )
{ }
// Functions
//
inline AIVariable getWidth ( const AIVariable& hPixelMap ) const { S3DX_DECLARE_VIN_01( hPixelMap ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.getWidth ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getHeight ( const AIVariable& hPixelMap ) const { S3DX_DECLARE_VIN_01( hPixelMap ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.getHeight ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable lock ( const AIVariable& hPixelMap ) const { S3DX_DECLARE_VIN_01( hPixelMap ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.lock ( 1, vIn, &vOut ) ; return vOut ; }
inline void unlock ( const AIVariable& hPixelMap ) const { S3DX_DECLARE_VIN_01( hPixelMap ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.unlock ( 1, vIn, NULL ) ; }
inline void setPixel ( const AIVariable& hPixelMap, const AIVariable& x, const AIVariable& y, const AIVariable& r, const AIVariable& g, const AIVariable& b, const AIVariable& a ) const { S3DX_DECLARE_VIN_07( hPixelMap, x, y, r, g, b, a ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setPixel ( 7, vIn, NULL ) ; }
inline void setPixels ( const AIVariable& hPixelMap, const AIVariable& pixels ) const { S3DX_DECLARE_VIN_02( hPixelMap, pixels ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setPixels ( 2, vIn, NULL ) ; }
inline AIVariables<4> getPixel ( const AIVariable& hPixelMap, const AIVariable& x, const AIVariable& y ) const { S3DX_DECLARE_VIN_03( hPixelMap, x, y ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.getPixel ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariable getPixels ( const AIVariable& hPixelMap ) const { S3DX_DECLARE_VIN_01( hPixelMap ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.getPixels ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable createBrushFromTexture ( const AIVariable& hPixelMap, const AIVariable& sBrush, const AIVariable& sTexture ) const { S3DX_DECLARE_VIN_03( hPixelMap, sBrush, sTexture ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.createBrushFromTexture ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable createBrushFromRectangle ( const AIVariable& hPixelMap, const AIVariable& sBrush, const AIVariable& x1, const AIVariable& y1, const AIVariable& x2, const AIVariable& y2 ) const { S3DX_DECLARE_VIN_06( hPixelMap, sBrush, x1, y1, x2, y2 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.createBrushFromRectangle ( 6, vIn, &vOut ) ; return vOut ; }
inline void destroyBrush ( const AIVariable& hPixelMap, const AIVariable& sBrush ) const { S3DX_DECLARE_VIN_02( hPixelMap, sBrush ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.destroyBrush ( 2, vIn, NULL ) ; }
inline AIVariable getBrushCount ( const AIVariable& hPixelMap ) const { S3DX_DECLARE_VIN_01( hPixelMap ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.getBrushCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariables<2> getBrushOrigin ( const AIVariable& hPixelMap, const AIVariable& sBrush ) const { S3DX_DECLARE_VIN_02( hPixelMap, sBrush ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.getBrushOrigin ( 2, vIn, vOut ) ; return vOut ; }
inline void setBrushOrigin ( const AIVariable& hPixelMap, const AIVariable& sBrush, const AIVariable& x, const AIVariable& y ) const { S3DX_DECLARE_VIN_04( hPixelMap, sBrush, x, y ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setBrushOrigin ( 4, vIn, NULL ) ; }
inline AIVariable getBrushWidth ( const AIVariable& hPixelMap, const AIVariable& sBrush ) const { S3DX_DECLARE_VIN_02( hPixelMap, sBrush ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.getBrushWidth ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getBrushHeight ( const AIVariable& hPixelMap, const AIVariable& sBrush ) const { S3DX_DECLARE_VIN_02( hPixelMap, sBrush ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.getBrushHeight ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPenColor ( const AIVariable& hPixelMap, const AIVariable& r, const AIVariable& g, const AIVariable& b, const AIVariable& a ) const { S3DX_DECLARE_VIN_05( hPixelMap, r, g, b, a ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setPenColor ( 5, vIn, NULL ) ; }
inline void setPenBrush ( const AIVariable& hPixelMap, const AIVariable& sBrush ) const { S3DX_DECLARE_VIN_02( hPixelMap, sBrush ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setPenBrush ( 2, vIn, NULL ) ; }
inline void setPenMode ( const AIVariable& hPixelMap, const AIVariable& kPenMode ) const { S3DX_DECLARE_VIN_02( hPixelMap, kPenMode ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setPenMode ( 2, vIn, NULL ) ; }
inline void setFillColor ( const AIVariable& hPixelMap, const AIVariable& r, const AIVariable& g, const AIVariable& b, const AIVariable& a ) const { S3DX_DECLARE_VIN_05( hPixelMap, r, g, b, a ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setFillColor ( 5, vIn, NULL ) ; }
inline void setFillBrush ( const AIVariable& hPixelMap, const AIVariable& r, const AIVariable& g, const AIVariable& b, const AIVariable& a ) const { S3DX_DECLARE_VIN_05( hPixelMap, r, g, b, a ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setFillBrush ( 5, vIn, NULL ) ; }
inline void setFillMode ( const AIVariable& hPixelMap, const AIVariable& kFillMode ) const { S3DX_DECLARE_VIN_02( hPixelMap, kFillMode ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setFillMode ( 2, vIn, NULL ) ; }
inline void setBlendMode ( const AIVariable& hPixelMap, const AIVariable& kBlendMode ) const { S3DX_DECLARE_VIN_02( hPixelMap, kBlendMode ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.setBlendMode ( 2, vIn, NULL ) ; }
inline void drawPoint ( const AIVariable& hPixelMap, const AIVariable& x, const AIVariable& y ) const { S3DX_DECLARE_VIN_03( hPixelMap, x, y ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.drawPoint ( 3, vIn, NULL ) ; }
inline void drawLine ( const AIVariable& hPixelMap, const AIVariable& x1, const AIVariable& y1, const AIVariable& x2, const AIVariable& y2 ) const { S3DX_DECLARE_VIN_05( hPixelMap, x1, y1, x2, y2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.drawLine ( 5, vIn, NULL ) ; }
inline void drawRectangle ( const AIVariable& hPixelMap, const AIVariable& x1, const AIVariable& y1, const AIVariable& x2, const AIVariable& y2 ) const { S3DX_DECLARE_VIN_05( hPixelMap, x1, y1, x2, y2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.drawRectangle ( 5, vIn, NULL ) ; }
inline AIVariable saveToTexture ( const AIVariable& hPixelMap, const AIVariable& sName ) const { S3DX_DECLARE_VIN_02( hPixelMap, sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.saveToTexture ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getResourceHandle ( const AIVariable& sName ) const { S3DX_DECLARE_VIN_01( sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->pixelmap.getResourceHandle ( 1, vIn, &vOut ) ; return vOut ; }
} ;
struct ProjectorPackage
{
// Constants
//
const AIVariable kMapTypeTexture ;
const AIVariable kMapTypeTextureClip ;
const AIVariable kMapTypeRenderMap ;
const AIVariable kMapTypePixelMap ;
const AIVariable kMapTypeMovie ;
ProjectorPackage ( ):
kMapTypeTexture ( 1 ),
kMapTypeTextureClip ( 2 ),
kMapTypeRenderMap ( 3 ),
kMapTypePixelMap ( 5 ),
kMapTypeMovie ( 4 )
{ }
// Functions
//
inline void setColor ( const AIVariable& hObject, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue ) const { S3DX_DECLARE_VIN_04( hObject, nRed, nGreen, nBlue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.setColor ( 4, vIn, NULL ) ; }
inline AIVariables<3> getColor ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.getColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setOpacity ( const AIVariable& hObject, const AIVariable& nOpacity ) const { S3DX_DECLARE_VIN_02( hObject, nOpacity ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.setOpacity ( 2, vIn, NULL ) ; }
inline AIVariable getOpacity ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.getOpacity ( 1, vIn, &vOut ) ; return vOut ; }
inline void setFieldOfView ( const AIVariable& hObject, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_02( hObject, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.setFieldOfView ( 2, vIn, NULL ) ; }
inline AIVariable getFieldOfView ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.getFieldOfView ( 1, vIn, &vOut ) ; return vOut ; }
inline void setMinClipDistance ( const AIVariable& hObject, const AIVariable& nDistance ) const { S3DX_DECLARE_VIN_02( hObject, nDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.setMinClipDistance ( 2, vIn, NULL ) ; }
inline AIVariable getMinClipDistance ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.getMinClipDistance ( 1, vIn, &vOut ) ; return vOut ; }
inline void setMaxClipDistance ( const AIVariable& hObject, const AIVariable& nDistance ) const { S3DX_DECLARE_VIN_02( hObject, nDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.setMaxClipDistance ( 2, vIn, NULL ) ; }
inline AIVariable getMaxClipDistance ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.getMaxClipDistance ( 1, vIn, &vOut ) ; return vOut ; }
inline void setMap ( const AIVariable& hObject, const AIVariable& kMapName, const AIVariable& sMapType ) const { S3DX_DECLARE_VIN_03( hObject, kMapName, sMapType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.setMap ( 3, vIn, NULL ) ; }
inline void playMapMovie ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.playMapMovie ( 1, vIn, NULL ) ; }
inline void pauseMapMovie ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.pauseMapMovie ( 1, vIn, NULL ) ; }
inline void stopMapMovie ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->projector.stopMapMovie ( 1, vIn, NULL ) ; }
} ;
struct ScenePackage
{
// Constants
//
const AIVariable kAddressingModeClamp ;
const AIVariable kAddressingModeRepeat ;
const AIVariable kFilteringModeNearest ;
const AIVariable kFilteringModeBilinear ;
const AIVariable kFilteringModeTrilinear ;
const AIVariable kSkyBoxFaceFront ;
const AIVariable kSkyBoxFaceRight ;
const AIVariable kSkyBoxFaceBack ;
const AIVariable kSkyBoxFaceLeft ;
const AIVariable kSkyBoxFaceTop ;
const AIVariable kSkyBoxFaceBottom ;
ScenePackage ( ):
kAddressingModeClamp ( 1 ),
kAddressingModeRepeat ( 0 ),
kFilteringModeNearest ( 0 ),
kFilteringModeBilinear ( 1 ),
kFilteringModeTrilinear ( 2 ),
kSkyBoxFaceFront ( 0 ),
kSkyBoxFaceRight ( 1 ),
kSkyBoxFaceBack ( 2 ),
kSkyBoxFaceLeft ( 3 ),
kSkyBoxFaceTop ( 4 ),
kSkyBoxFaceBottom ( 5 )
{ }
// Functions
//
inline AIVariable getName ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getName ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getUserCount ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getUserCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getUserAt ( const AIVariable& hScene, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hScene, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getUserAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTaggedObjectCount ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getTaggedObjectCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTaggedObjectAt ( const AIVariable& hScene, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hScene, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getTaggedObjectAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTaggedObjectTagAt ( const AIVariable& hScene, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hScene, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getTaggedObjectTagAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTaggedObject ( const AIVariable& hScene, const AIVariable& sTag ) const { S3DX_DECLARE_VIN_02( hScene, sTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getTaggedObject ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getObjectTag ( const AIVariable& hScene, const AIVariable& hObject ) const { S3DX_DECLARE_VIN_02( hScene, hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getObjectTag ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable setRuntimeObjectTag ( const AIVariable& hScene, const AIVariable& hObject, const AIVariable& sTag ) const { S3DX_DECLARE_VIN_03( hScene, hObject, sTag ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setRuntimeObjectTag ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable createRuntimeObject ( const AIVariable& hScene, const AIVariable& sModel ) const { S3DX_DECLARE_VIN_02( hScene, sModel ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.createRuntimeObject ( 2, vIn, &vOut ) ; return vOut ; }
inline void destroyRuntimeObject ( const AIVariable& hScene, const AIVariable& hObject ) const { S3DX_DECLARE_VIN_02( hScene, hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.destroyRuntimeObject ( 2, vIn, NULL ) ; }
inline AIVariable combineRuntimeObjectsGroup ( const AIVariable& hScene, const AIVariable& hGroupObject ) const { S3DX_DECLARE_VIN_02( hScene, hGroupObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.combineRuntimeObjectsGroup ( 2, vIn, &vOut ) ; return vOut ; }
inline void setBackgroundColor ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b ) const { S3DX_DECLARE_VIN_04( hScene, r, g, b ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBackgroundColor ( 4, vIn, NULL ) ; }
inline AIVariables<3> getBackgroundColor ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getBackgroundColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setBackgroundOpacity ( const AIVariable& hScene, const AIVariable& nOpacity ) const { S3DX_DECLARE_VIN_02( hScene, nOpacity ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBackgroundOpacity ( 2, vIn, NULL ) ; }
inline AIVariable getBackgroundOpacity ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getBackgroundOpacity ( 1, vIn, &vOut ) ; return vOut ; }
inline void setBackgroundTexture ( const AIVariable& hScene, const AIVariable& sTexture ) const { S3DX_DECLARE_VIN_02( hScene, sTexture ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBackgroundTexture ( 2, vIn, NULL ) ; }
inline void setBackgroundTextureUVOffset ( const AIVariable& hScene, const AIVariable& nOffsetU, const AIVariable& nOffsetV ) const { S3DX_DECLARE_VIN_03( hScene, nOffsetU, nOffsetV ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBackgroundTextureUVOffset ( 3, vIn, NULL ) ; }
inline void setBackgroundTextureUVScale ( const AIVariable& hScene, const AIVariable& nScaleU, const AIVariable& nScaleV ) const { S3DX_DECLARE_VIN_03( hScene, nScaleU, nScaleV ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBackgroundTextureUVScale ( 3, vIn, NULL ) ; }
inline void setBackgroundTextureAddressingMode ( const AIVariable& hScene, const AIVariable& kAddressingModeU, const AIVariable& kAddressingModeV ) const { S3DX_DECLARE_VIN_03( hScene, kAddressingModeU, kAddressingModeV ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBackgroundTextureAddressingMode ( 3, vIn, NULL ) ; }
inline void setBackgroundTextureFilteringMode ( const AIVariable& hScene, const AIVariable& kFilteringMode ) const { S3DX_DECLARE_VIN_02( hScene, kFilteringMode ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBackgroundTextureFilteringMode ( 2, vIn, NULL ) ; }
inline void setSkyBoxColor ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b ) const { S3DX_DECLARE_VIN_04( hScene, r, g, b ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setSkyBoxColor ( 4, vIn, NULL ) ; }
inline AIVariables<3> getSkyBoxColor ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getSkyBoxColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setSkyBoxFaceMap ( const AIVariable& hScene, const AIVariable& kFace, const AIVariable& sMapName ) const { S3DX_DECLARE_VIN_03( hScene, kFace, sMapName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setSkyBoxFaceMap ( 3, vIn, NULL ) ; }
inline void setAmbientColor ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b ) const { S3DX_DECLARE_VIN_04( hScene, r, g, b ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setAmbientColor ( 4, vIn, NULL ) ; }
inline AIVariables<3> getAmbientColor ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getAmbientColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setShadowAmbientColor ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b ) const { S3DX_DECLARE_VIN_04( hScene, r, g, b ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setShadowAmbientColor ( 4, vIn, NULL ) ; }
inline AIVariables<3> getShadowAmbientColor ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getShadowAmbientColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setFogDensity ( const AIVariable& hScene, const AIVariable& nDensity ) const { S3DX_DECLARE_VIN_02( hScene, nDensity ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setFogDensity ( 2, vIn, NULL ) ; }
inline AIVariable getFogDensity ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFogDensity ( 1, vIn, &vOut ) ; return vOut ; }
inline void setFogColor ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b ) const { S3DX_DECLARE_VIN_04( hScene, r, g, b ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setFogColor ( 4, vIn, NULL ) ; }
inline AIVariables<3> getFogColor ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFogColor ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariable createOcean ( const AIVariable& hScene, const AIVariable& nGridSize, const AIVariable& nUnitSize, const AIVariable& nWavesTiling ) const { S3DX_DECLARE_VIN_04( hScene, nGridSize, nUnitSize, nWavesTiling ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.createOcean ( 4, vIn, &vOut ) ; return vOut ; }
inline void destroyOcean ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.destroyOcean ( 1, vIn, NULL ) ; }
inline void setOceanWavesAmplitude ( const AIVariable& hScene, const AIVariable& nAmplitude ) const { S3DX_DECLARE_VIN_02( hScene, nAmplitude ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanWavesAmplitude ( 2, vIn, NULL ) ; }
inline AIVariable getOceanWavesAmplitude ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanWavesAmplitude ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanWavesMeanHeight ( const AIVariable& hScene, const AIVariable& nHeight ) const { S3DX_DECLARE_VIN_02( hScene, nHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanWavesMeanHeight ( 2, vIn, NULL ) ; }
inline AIVariable getOceanWavesMeanHeight ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanWavesMeanHeight ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanWavesFrequency ( const AIVariable& hScene, const AIVariable& nFrequency ) const { S3DX_DECLARE_VIN_02( hScene, nFrequency ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanWavesFrequency ( 2, vIn, NULL ) ; }
inline AIVariable getOceanWavesFrequency ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanWavesFrequency ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanUnderwaterFogDensity ( const AIVariable& hScene, const AIVariable& nDensity ) const { S3DX_DECLARE_VIN_02( hScene, nDensity ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanUnderwaterFogDensity ( 2, vIn, NULL ) ; }
inline AIVariable getOceanUnderwaterFogDensity ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanUnderwaterFogDensity ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanUnderwaterFogColor ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b ) const { S3DX_DECLARE_VIN_04( hScene, r, g, b ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanUnderwaterFogColor ( 4, vIn, NULL ) ; }
inline AIVariables<3> getOceanUnderwaterFogColor ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanUnderwaterFogColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setOceanSurfaceColor ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b ) const { S3DX_DECLARE_VIN_04( hScene, r, g, b ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanSurfaceColor ( 4, vIn, NULL ) ; }
inline AIVariables<3> getOceanSurfaceColor ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanSurfaceColor ( 1, vIn, vOut ) ; return vOut ; }
inline void setOceanSurfaceColorFactor ( const AIVariable& hScene, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_02( hScene, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanSurfaceColorFactor ( 2, vIn, NULL ) ; }
inline AIVariable getOceanSurfaceColorFactor ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanSurfaceColorFactor ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanSurfaceColorMaxDistance ( const AIVariable& hScene, const AIVariable& nDistance ) const { S3DX_DECLARE_VIN_02( hScene, nDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanSurfaceColorMaxDistance ( 2, vIn, NULL ) ; }
inline AIVariable getOceanSurfaceColorMaxDistance ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanSurfaceColorMaxDistance ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getOceanHeight ( const AIVariable& hScene, const AIVariable& x, const AIVariable& z ) const { S3DX_DECLARE_VIN_03( hScene, x, z ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanHeight ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> getOceanNormal ( const AIVariable& hScene, const AIVariable& x, const AIVariable& z ) const { S3DX_DECLARE_VIN_03( hScene, x, z ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanNormal ( 3, vIn, vOut ) ; return vOut ; }
inline void setOceanFoamMap ( const AIVariable& hScene, const AIVariable& sMapName ) const { S3DX_DECLARE_VIN_02( hScene, sMapName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanFoamMap ( 2, vIn, NULL ) ; }
inline void setOceanFoamMapTiling ( const AIVariable& hScene, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hScene, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanFoamMapTiling ( 2, vIn, NULL ) ; }
inline AIVariable getOceanFoamMapTiling ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanFoamMapTiling ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanNormalMapTiling ( const AIVariable& hScene, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_02( hScene, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanNormalMapTiling ( 2, vIn, NULL ) ; }
inline AIVariable getOceanNormalMapTiling ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanNormalMapTiling ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanReflectionNoiseScale ( const AIVariable& hScene, const AIVariable& nScale ) const { S3DX_DECLARE_VIN_02( hScene, nScale ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanReflectionNoiseScale ( 2, vIn, NULL ) ; }
inline AIVariable getOceanReflectionNoiseScale ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanReflectionNoiseScale ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanRefractionNoiseScale ( const AIVariable& hScene, const AIVariable& nScale ) const { S3DX_DECLARE_VIN_02( hScene, nScale ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanRefractionNoiseScale ( 2, vIn, NULL ) ; }
inline AIVariable getOceanRefractionNoiseScale ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanRefractionNoiseScale ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanFresnelPower ( const AIVariable& hScene, const AIVariable& nPower ) const { S3DX_DECLARE_VIN_02( hScene, nPower ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanFresnelPower ( 2, vIn, NULL ) ; }
inline AIVariable getOceanFresnelPower ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanFresnelPower ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanFresnelBias ( const AIVariable& hScene, const AIVariable& nBias ) const { S3DX_DECLARE_VIN_02( hScene, nBias ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanFresnelBias ( 2, vIn, NULL ) ; }
inline AIVariable getOceanFresnelBias ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanFresnelBias ( 1, vIn, &vOut ) ; return vOut ; }
inline void setOceanReflectorBias ( const AIVariable& hScene, const AIVariable& nBias ) const { S3DX_DECLARE_VIN_02( hScene, nBias ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setOceanReflectorBias ( 2, vIn, NULL ) ; }
inline AIVariable getOceanReflectorBias ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getOceanReflectorBias ( 1, vIn, &vOut ) ; return vOut ; }
inline void setColorLevels ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( hScene, r, g, b, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setColorLevels ( 5, vIn, NULL ) ; }
inline AIVariables<4> getColorLevels ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getColorLevels ( 1, vIn, vOut ) ; return vOut ; }
inline void setColorSaturation ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( hScene, r, g, b, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setColorSaturation ( 5, vIn, NULL ) ; }
inline AIVariables<4> getColorSaturation ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getColorSaturation ( 1, vIn, vOut ) ; return vOut ; }
inline void setColorContrast ( const AIVariable& hScene, const AIVariable& nContrast ) const { S3DX_DECLARE_VIN_02( hScene, nContrast ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setColorContrast ( 2, vIn, NULL ) ; }
inline AIVariable getColorContrast ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getColorContrast ( 1, vIn, &vOut ) ; return vOut ; }
inline void setMonochromeFilter ( const AIVariable& hScene, const AIVariable& r, const AIVariable& g, const AIVariable& b, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( hScene, r, g, b, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setMonochromeFilter ( 5, vIn, NULL ) ; }
inline AIVariables<4> getMonochromeFilter ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getMonochromeFilter ( 1, vIn, vOut ) ; return vOut ; }
inline void setBloomIntensity ( const AIVariable& hScene, const AIVariable& nIntensity ) const { S3DX_DECLARE_VIN_02( hScene, nIntensity ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBloomIntensity ( 2, vIn, NULL ) ; }
inline AIVariable getBloomIntensity ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getBloomIntensity ( 1, vIn, &vOut ) ; return vOut ; }
inline void setBloomThreshold ( const AIVariable& hScene, const AIVariable& nThreshold ) const { S3DX_DECLARE_VIN_02( hScene, nThreshold ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBloomThreshold ( 2, vIn, NULL ) ; }
inline AIVariable getBloomThreshold ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getBloomThreshold ( 1, vIn, &vOut ) ; return vOut ; }
inline void setBloomColoring ( const AIVariable& hScene, const AIVariable& nColoring ) const { S3DX_DECLARE_VIN_02( hScene, nColoring ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBloomColoring ( 2, vIn, NULL ) ; }
inline AIVariable getBloomColoring ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getBloomColoring ( 1, vIn, &vOut ) ; return vOut ; }
inline void setBloomMotionBlurFactor ( const AIVariable& hScene, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_02( hScene, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setBloomMotionBlurFactor ( 2, vIn, NULL ) ; }
inline AIVariable getBloomMotionBlurFactor ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getBloomMotionBlurFactor ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getObjectCount ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getObjectCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getObjectAt ( const AIVariable& hScene, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hScene, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getObjectAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> getFirstHitCollider ( const AIVariable& hScene, const AIVariable& nRayPosX, const AIVariable& nRayPosY, const AIVariable& nRayPosZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength ){ S3DX_DECLARE_VIN_08( hScene, nRayPosX, nRayPosY, nRayPosZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFirstHitCollider ( 8, vIn, vOut ) ; return vOut ; }
inline AIVariables<9> getFirstHitColliderEx ( const AIVariable& hScene, const AIVariable& nRayPosX, const AIVariable& nRayPosY, const AIVariable& nRayPosZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength ){ S3DX_DECLARE_VIN_08( hScene, nRayPosX, nRayPosY, nRayPosZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength ) ; AIVariables<9> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFirstHitColliderEx ( 8, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getFirstHitColliderWithID ( const AIVariable& hScene, const AIVariable& nRayPosX, const AIVariable& nRayPosY, const AIVariable& nRayPosZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength, const AIVariable& nSurfaceID ) const { S3DX_DECLARE_VIN_09( hScene, nRayPosX, nRayPosY, nRayPosZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength, nSurfaceID ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFirstHitColliderWithID ( 9, vIn, vOut ) ; return vOut ; }
inline AIVariables<8> getFirstHitColliderWithIDEx ( const AIVariable& hScene, const AIVariable& nRayPosX, const AIVariable& nRayPosY, const AIVariable& nRayPosZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength, const AIVariable& nSurfaceID ) const { S3DX_DECLARE_VIN_09( hScene, nRayPosX, nRayPosY, nRayPosZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength, nSurfaceID ) ; AIVariables<8> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFirstHitColliderWithIDEx ( 9, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getFirstHitSensor ( const AIVariable& hScene, const AIVariable& nRayPosX, const AIVariable& nRayPosY, const AIVariable& nRayPosZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength ) const { S3DX_DECLARE_VIN_08( hScene, nRayPosX, nRayPosY, nRayPosZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFirstHitSensor ( 8, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getFirstHitSensorWithID ( const AIVariable& hScene, const AIVariable& nRayPosX, const AIVariable& nRayPosY, const AIVariable& nRayPosZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength, const AIVariable& nSensorID ) const { S3DX_DECLARE_VIN_09( hScene, nRayPosX, nRayPosY, nRayPosZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength, nSensorID ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFirstHitSensorWithID ( 9, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getFirstHitSensorWithIDInRange ( const AIVariable& hScene, const AIVariable& nRayPosX, const AIVariable& nRayPosY, const AIVariable& nRayPosZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength, const AIVariable& nMinSensorID, const AIVariable& nMaxSensorID ) const { S3DX_DECLARE_VIN_10( hScene, nRayPosX, nRayPosY, nRayPosZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength, nMinSensorID, nMaxSensorID ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFirstHitSensorWithIDInRange ( 10, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getFirstHitTerrainChunk ( const AIVariable& hScene, const AIVariable& nRayPosX, const AIVariable& nRayPosY, const AIVariable& nRayPosZ, const AIVariable& nRayDirX, const AIVariable& nRayDirY, const AIVariable& nRayDirZ, const AIVariable& nRayLength ) const { S3DX_DECLARE_VIN_08( hScene, nRayPosX, nRayPosY, nRayPosZ, nRayDirX, nRayDirY, nRayDirZ, nRayLength ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getFirstHitTerrainChunk ( 8, vIn, vOut ) ; return vOut ; }
inline AIVariable getTerrainHeight ( const AIVariable& hScene, const AIVariable& x, const AIVariable& z ) const { S3DX_DECLARE_VIN_03( hScene, x, z ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getTerrainHeight ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> getTerrainNormal ( const AIVariable& hScene, const AIVariable& x, const AIVariable& z ) const { S3DX_DECLARE_VIN_03( hScene, x, z ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getTerrainNormal ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariable getTerrainStatus ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getTerrainStatus ( 1, vIn, &vOut ) ; return vOut ; }
inline void setTerrainTextureFilteringMode ( const AIVariable& hScene, const AIVariable& kFilteringMode ) const { S3DX_DECLARE_VIN_02( hScene, kFilteringMode ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setTerrainTextureFilteringMode ( 2, vIn, NULL ) ; }
inline void setTerrainLODSwitchThreshold ( const AIVariable& hScene, const AIVariable& nThreshold ) const { S3DX_DECLARE_VIN_02( hScene, nThreshold ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setTerrainLODSwitchThreshold ( 2, vIn, NULL ) ; }
inline void setTerrainVegetationLayerMaxVisibleInstances ( const AIVariable& hScene, const AIVariable& nLayer, const AIVariable& nCount ) const { S3DX_DECLARE_VIN_03( hScene, nLayer, nCount ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setTerrainVegetationLayerMaxVisibleInstances ( 3, vIn, NULL ) ; }
inline void setTerrainVegetationLayerVisible ( const AIVariable& hScene, const AIVariable& nLayer, const AIVariable& bVisible ) const { S3DX_DECLARE_VIN_03( hScene, nLayer, bVisible ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setTerrainVegetationLayerVisible ( 3, vIn, NULL ) ; }
inline void setTerrainVegetationLayerTextureFilteringMode ( const AIVariable& hScene, const AIVariable& nLayer, const AIVariable& kFilteringMode ) const { S3DX_DECLARE_VIN_03( hScene, nLayer, kFilteringMode ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setTerrainVegetationLayerTextureFilteringMode ( 3, vIn, NULL ) ; }
inline AIVariable getTerrainVegetationLayerCount ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getTerrainVegetationLayerCount ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDynamicsTimeStep ( const AIVariable& hScene, const AIVariable& nTimeStep ) const { S3DX_DECLARE_VIN_02( hScene, nTimeStep ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setDynamicsTimeStep ( 2, vIn, NULL ) ; }
inline AIVariable getDynamicsTimeStep ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getDynamicsTimeStep ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDynamicsIterationsPerStep ( const AIVariable& hScene, const AIVariable& nIterations ) const { S3DX_DECLARE_VIN_02( hScene, nIterations ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setDynamicsIterationsPerStep ( 2, vIn, NULL ) ; }
inline AIVariable getDynamicsIterationsPerStep ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getDynamicsIterationsPerStep ( 1, vIn, &vOut ) ; return vOut ; }
inline void setPaused ( const AIVariable& hScene, const AIVariable& bPaused ) const { S3DX_DECLARE_VIN_02( hScene, bPaused ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setPaused ( 2, vIn, NULL ) ; }
inline void setPerPixelLightingMinScreenSize ( const AIVariable& hScene, const AIVariable& nSize ) const { S3DX_DECLARE_VIN_02( hScene, nSize ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setPerPixelLightingMinScreenSize ( 2, vIn, NULL ) ; }
inline AIVariable getPerPixelLightingMinScreenSize ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getPerPixelLightingMinScreenSize ( 1, vIn, &vOut ) ; return vOut ; }
inline void setNormalMappingMinScreenSize ( const AIVariable& hScene, const AIVariable& nSize ) const { S3DX_DECLARE_VIN_02( hScene, nSize ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setNormalMappingMinScreenSize ( 2, vIn, NULL ) ; }
inline AIVariable getNormalMappingMinScreenSize ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getNormalMappingMinScreenSize ( 1, vIn, &vOut ) ; return vOut ; }
inline void setNormalMappingFadeScreenSize ( const AIVariable& hScene, const AIVariable& nSize ) const { S3DX_DECLARE_VIN_02( hScene, nSize ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setNormalMappingFadeScreenSize ( 2, vIn, NULL ) ; }
inline AIVariable getNormalMappingFadeScreenSize ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getNormalMappingFadeScreenSize ( 1, vIn, &vOut ) ; return vOut ; }
inline void setSpecularLightingMinScreenSize ( const AIVariable& hScene, const AIVariable& nSize ) const { S3DX_DECLARE_VIN_02( hScene, nSize ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setSpecularLightingMinScreenSize ( 2, vIn, NULL ) ; }
inline AIVariable getSpecularLightingMinScreenSize ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getSpecularLightingMinScreenSize ( 1, vIn, &vOut ) ; return vOut ; }
inline void setSpecularLightingFadeScreenSize ( const AIVariable& hScene, const AIVariable& nSize ) const { S3DX_DECLARE_VIN_02( hScene, nSize ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setSpecularLightingFadeScreenSize ( 2, vIn, NULL ) ; }
inline AIVariable getSpecularLightingFadeScreenSize ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getSpecularLightingFadeScreenSize ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDynamicShadowsFadeDistance ( const AIVariable& hScene, const AIVariable& nDistance ) const { S3DX_DECLARE_VIN_02( hScene, nDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setDynamicShadowsFadeDistance ( 2, vIn, NULL ) ; }
inline AIVariable getDynamicShadowsFadeDistance ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getDynamicShadowsFadeDistance ( 1, vIn, &vOut ) ; return vOut ; }
inline void setDynamicShadowsMaxDistance ( const AIVariable& hScene, const AIVariable& nDistance ) const { S3DX_DECLARE_VIN_02( hScene, nDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.setDynamicShadowsMaxDistance ( 2, vIn, NULL ) ; }
inline AIVariable getDynamicShadowsMaxDistance ( const AIVariable& hScene ) const { S3DX_DECLARE_VIN_01( hScene ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.getDynamicShadowsMaxDistance ( 1, vIn, &vOut ) ; return vOut ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent ) const { S3DX_DECLARE_VIN_03( hScene, sAIModel, sEvent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 3, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0 ) const { S3DX_DECLARE_VIN_04( hScene, sAIModel, sEvent, vParam0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 4, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1 ) const { S3DX_DECLARE_VIN_05( hScene, sAIModel, sEvent, vParam0, vParam1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 5, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2 ) const { S3DX_DECLARE_VIN_06( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 6, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3 ) const { S3DX_DECLARE_VIN_07( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 7, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4 ) const { S3DX_DECLARE_VIN_08( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 8, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5 ) const { S3DX_DECLARE_VIN_09( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 9, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6 ) const { S3DX_DECLARE_VIN_10( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 10, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7 ) const { S3DX_DECLARE_VIN_11( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 11, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8 ) const { S3DX_DECLARE_VIN_12( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 12, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9 ) const { S3DX_DECLARE_VIN_13( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 13, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10 ) const { S3DX_DECLARE_VIN_14( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 14, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11 ) const { S3DX_DECLARE_VIN_15( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 15, vIn, NULL ) ; }
inline void sendEventToAllUsers ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12 ) const { S3DX_DECLARE_VIN_16( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllUsers ( 16, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent ) const { S3DX_DECLARE_VIN_03( hScene, sAIModel, sEvent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 3, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0 ) const { S3DX_DECLARE_VIN_04( hScene, sAIModel, sEvent, vParam0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 4, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1 ) const { S3DX_DECLARE_VIN_05( hScene, sAIModel, sEvent, vParam0, vParam1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 5, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2 ) const { S3DX_DECLARE_VIN_06( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 6, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3 ) const { S3DX_DECLARE_VIN_07( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 7, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4 ) const { S3DX_DECLARE_VIN_08( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 8, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5 ) const { S3DX_DECLARE_VIN_09( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 9, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6 ) const { S3DX_DECLARE_VIN_10( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 10, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7 ) const { S3DX_DECLARE_VIN_11( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 11, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8 ) const { S3DX_DECLARE_VIN_12( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 12, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9 ) const { S3DX_DECLARE_VIN_13( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 13, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10 ) const { S3DX_DECLARE_VIN_14( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 14, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11 ) const { S3DX_DECLARE_VIN_15( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 15, vIn, NULL ) ; }
inline void sendEventToAllObjects ( const AIVariable& hScene, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12 ) const { S3DX_DECLARE_VIN_16( hScene, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->scene.sendEventToAllObjects ( 16, vIn, NULL ) ; }
} ;
struct SensorPackage
{
// Constants
//
const AIVariable kShapeTypeBox ;
const AIVariable kShapeTypeSphere ;
SensorPackage ( ):
kShapeTypeBox ( 2 ),
kShapeTypeSphere ( 1 )
{ }
// Functions
//
inline AIVariable getCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.getCount ( 1, vIn, &vOut ) ; return vOut ; }
inline void setActiveAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& bActive ) const { S3DX_DECLARE_VIN_03( hObject, nIndex, bActive ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.setActiveAt ( 3, vIn, NULL ) ; }
inline AIVariable isActiveAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.isActiveAt ( 2, vIn, &vOut ) ; return vOut ; }
inline void setAllActive ( const AIVariable& hObject, const AIVariable& bActive ) const { S3DX_DECLARE_VIN_02( hObject, bActive ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.setAllActive ( 2, vIn, NULL ) ; }
inline void removeAll ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.removeAll ( 1, vIn, NULL ) ; }
inline void removeAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.removeAt ( 2, vIn, NULL ) ; }
inline AIVariable add ( const AIVariable& hObject, const AIVariable& kShapeType ) const { S3DX_DECLARE_VIN_02( hObject, kShapeType ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.add ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getIDAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.getIDAt ( 2, vIn, &vOut ) ; return vOut ; }
inline void setIDAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& nID ) const { S3DX_DECLARE_VIN_03( hObject, nIndex, nID ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.setIDAt ( 3, vIn, NULL ) ; }
inline AIVariable getShapeTypeAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.getShapeTypeAt ( 2, vIn, &vOut ) ; return vOut ; }
inline void setSphereCenterAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, nIndex, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.setSphereCenterAt ( 6, vIn, NULL ) ; }
inline void setSphereRadiusAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& nRadius ) const { S3DX_DECLARE_VIN_03( hObject, nIndex, nRadius ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.setSphereRadiusAt ( 3, vIn, NULL ) ; }
inline AIVariables<3> getSphereCenterAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_03( hObject, nIndex, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.getSphereCenterAt ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariable getSphereRadiusAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.getSphereRadiusAt ( 2, vIn, &vOut ) ; return vOut ; }
inline void setBoxCenterAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, nIndex, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.setBoxCenterAt ( 6, vIn, NULL ) ; }
inline void setBoxSizeAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& sx, const AIVariable& sy, const AIVariable& sz ) const { S3DX_DECLARE_VIN_05( hObject, nIndex, sx, sy, sz ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.setBoxSizeAt ( 5, vIn, NULL ) ; }
inline AIVariables<3> getBoxCenterAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_03( hObject, nIndex, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.getBoxCenterAt ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getBoxSizeAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sensor.getBoxSizeAt ( 2, vIn, vOut ) ; return vOut ; }
} ;
struct ServerPackage
{
// Constants
//
const AIVariable kStatusConnected ;
const AIVariable kStatusPending ;
const AIVariable kStatusNone ;
ServerPackage ( ):
kStatusConnected ( 2 ),
kStatusPending ( 1 ),
kStatusNone ( 0 )
{ }
// Functions
//
inline AIVariable getStatus ( const AIVariable& hServer ) const { S3DX_DECLARE_VIN_01( hServer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.getStatus ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getName ( const AIVariable& hServer ) const { S3DX_DECLARE_VIN_01( hServer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.getName ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getCurrentPingDelay ( const AIVariable& hServer ) const { S3DX_DECLARE_VIN_01( hServer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.getCurrentPingDelay ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getAveragePingDelay ( const AIVariable& hServer ) const { S3DX_DECLARE_VIN_01( hServer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.getAveragePingDelay ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSessionCount ( const AIVariable& hServer ) const { S3DX_DECLARE_VIN_01( hServer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.getSessionCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSessionNameAt ( const AIVariable& hServer, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hServer, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.getSessionNameAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSessionUserCountAt ( const AIVariable& hServer, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hServer, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.getSessionUserCountAt ( 2, vIn, &vOut ) ; return vOut ; }
inline void setCurrentSession ( const AIVariable& hServer, const AIVariable& sName ) const { S3DX_DECLARE_VIN_02( hServer, sName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.setCurrentSession ( 2, vIn, NULL ) ; }
inline AIVariable getCurrentSession ( const AIVariable& hServer ) const { S3DX_DECLARE_VIN_01( hServer ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.getCurrentSession ( 1, vIn, &vOut ) ; return vOut ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent ) const { S3DX_DECLARE_VIN_03( hServer, sAIModel, sEvent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 3, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0 ) const { S3DX_DECLARE_VIN_04( hServer, sAIModel, sEvent, vParam0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 4, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1 ) const { S3DX_DECLARE_VIN_05( hServer, sAIModel, sEvent, vParam0, vParam1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 5, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2 ) const { S3DX_DECLARE_VIN_06( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 6, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3 ) const { S3DX_DECLARE_VIN_07( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 7, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4 ) const { S3DX_DECLARE_VIN_08( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 8, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5 ) const { S3DX_DECLARE_VIN_09( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 9, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6 ) const { S3DX_DECLARE_VIN_10( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 10, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7 ) const { S3DX_DECLARE_VIN_11( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 11, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8 ) const { S3DX_DECLARE_VIN_12( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 12, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9 ) const { S3DX_DECLARE_VIN_13( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 13, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10 ) const { S3DX_DECLARE_VIN_14( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 14, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11 ) const { S3DX_DECLARE_VIN_15( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 15, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hServer, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12 ) const { S3DX_DECLARE_VIN_16( hServer, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->server.sendEvent ( 16, vIn, NULL ) ; }
} ;
struct SessionPackage
{
// Constants
//
const AIVariable kStatusConnected ;
const AIVariable kStatusPending ;
const AIVariable kStatusNone ;
SessionPackage ( ):
kStatusConnected ( 2 ),
kStatusPending ( 1 ),
kStatusNone ( 0 )
{ }
// Functions
//
inline AIVariable getStatus ( const AIVariable& hSession ) const { S3DX_DECLARE_VIN_01( hSession ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->session.getStatus ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getName ( const AIVariable& hSession ) const { S3DX_DECLARE_VIN_01( hSession ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->session.getName ( 1, vIn, &vOut ) ; return vOut ; }
} ;
struct SfxPackage
{
// Functions
//
inline AIVariable getParticleEmitterCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.getParticleEmitterCount ( 1, vIn, &vOut ) ; return vOut ; }
inline void startParticleEmitterAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.startParticleEmitterAt ( 2, vIn, NULL ) ; }
inline void startAllParticleEmitters ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.startAllParticleEmitters ( 1, vIn, NULL ) ; }
inline void stopParticleEmitterAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.stopParticleEmitterAt ( 2, vIn, NULL ) ; }
inline void stopAllParticleEmitters ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.stopAllParticleEmitters ( 1, vIn, NULL ) ; }
inline void pauseParticleEmitterAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.pauseParticleEmitterAt ( 2, vIn, NULL ) ; }
inline void pauseAllParticleEmitters ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.pauseAllParticleEmitters ( 1, vIn, NULL ) ; }
inline void setParticleEmitterTranslationAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, nIndex, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.setParticleEmitterTranslationAt ( 6, vIn, NULL ) ; }
inline void setParticleEmitterRotationAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, nIndex, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.setParticleEmitterRotationAt ( 6, vIn, NULL ) ; }
inline void setParticleEmitterUniformScaleAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& nScale ) const { S3DX_DECLARE_VIN_03( hObject, nIndex, nScale ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.setParticleEmitterUniformScaleAt ( 3, vIn, NULL ) ; }
inline void setParticleEmitterGenerationRateAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& nRate ) const { S3DX_DECLARE_VIN_03( hObject, nIndex, nRate ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.setParticleEmitterGenerationRateAt ( 3, vIn, NULL ) ; }
inline void setParticleEmitterLifeTimeFactorAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_03( hObject, nIndex, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.setParticleEmitterLifeTimeFactorAt ( 3, vIn, NULL ) ; }
inline void setParticleEmitterInitialSpeedFactorAt ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_03( hObject, nIndex, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.setParticleEmitterInitialSpeedFactorAt ( 3, vIn, NULL ) ; }
inline AIVariable getParticleEmitterUniformScaleAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.getParticleEmitterUniformScaleAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getParticleEmitterGenerationRateAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.getParticleEmitterGenerationRateAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getParticleEmitterLifeTimeFactorAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.getParticleEmitterLifeTimeFactorAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getParticleEmitterInitialSpeedFactorAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.getParticleEmitterInitialSpeedFactorAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getParticleEmitterAliveParticleCountAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.getParticleEmitterAliveParticleCountAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getTrailCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.getTrailCount ( 1, vIn, &vOut ) ; return vOut ; }
inline void setTrailAnchor0At ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, nIndex, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.setTrailAnchor0At ( 6, vIn, NULL ) ; }
inline void setTrailAnchor1At ( const AIVariable& hObject, const AIVariable& nIndex, const AIVariable& x, const AIVariable& y, const AIVariable& z, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_06( hObject, nIndex, x, y, z, kSpace ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.setTrailAnchor1At ( 6, vIn, NULL ) ; }
inline void startTrailAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.startTrailAt ( 2, vIn, NULL ) ; }
inline void pauseTrailAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.pauseTrailAt ( 2, vIn, NULL ) ; }
inline void stopTrailAt ( const AIVariable& hObject, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hObject, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.stopTrailAt ( 2, vIn, NULL ) ; }
inline void startAllTrails ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.startAllTrails ( 1, vIn, NULL ) ; }
inline void pauseAllTrails ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.pauseAllTrails ( 1, vIn, NULL ) ; }
inline void stopAllTrails ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sfx.stopAllTrails ( 1, vIn, NULL ) ; }
} ;
struct ShapePackage
{
// Constants
//
const AIVariable kCurveTypePolyLine ;
const AIVariable kCurveTypeBSpline ;
const AIVariable kCurveTypeBezier ;
const AIVariable kCurveTypeCatmullRom ;
const AIVariable kMapTypeUnknown ;
const AIVariable kMapTypeTexture ;
const AIVariable kMapTypeTextureClip ;
const AIVariable kMapTypeRenderMap ;
const AIVariable kMapTypePixelMap ;
const AIVariable kMapTypeMovie ;
ShapePackage ( ):
kCurveTypePolyLine ( 0 ),
kCurveTypeBSpline ( 1 ),
kCurveTypeBezier ( 2 ),
kCurveTypeCatmullRom ( 3 ),
kMapTypeUnknown ( 0 ),
kMapTypeTexture ( 1 ),
kMapTypeTextureClip ( 2 ),
kMapTypeRenderMap ( 3 ),
kMapTypePixelMap ( 5 ),
kMapTypeMovie ( 4 )
{ }
// Functions
//
inline void setMeshOpacity ( const AIVariable& hObject, const AIVariable& nOpacity ) const { S3DX_DECLARE_VIN_02( hObject, nOpacity ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshOpacity ( 2, vIn, NULL ) ; }
inline AIVariable getMeshOpacity ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshOpacity ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getMeshSubsetCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetCount ( 1, vIn, &vOut ) ; return vOut ; }
inline void setMeshSubsetMaterial ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& sMaterialName ) const { S3DX_DECLARE_VIN_03( hObject, nSubsetIndex, sMaterialName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshSubsetMaterial ( 3, vIn, NULL ) ; }
inline AIVariable getMeshSubsetMaterialName ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialName ( 2, vIn, &vOut ) ; return vOut ; }
inline void setMeshMaterial ( const AIVariable& hObject, const AIVariable& sMaterialName ) const { S3DX_DECLARE_VIN_02( hObject, sMaterialName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshMaterial ( 2, vIn, NULL ) ; }
inline AIVariable compareMeshSubsetMaterial ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& sMaterialName ) const { S3DX_DECLARE_VIN_03( hObject, nSubsetIndex, sMaterialName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.compareMeshSubsetMaterial ( 3, vIn, &vOut ) ; return vOut ; }
inline void enableMeshFrustumCulling ( const AIVariable& hObject, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hObject, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.enableMeshFrustumCulling ( 2, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialEmissive ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_06( hObject, nSubsetIndex, nRed, nGreen, nBlue, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialEmissive ( 3, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialAmbient ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_06( hObject, nSubsetIndex, nRed, nGreen, nBlue, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialAmbient ( 6, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialDiffuse ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_06( hObject, nSubsetIndex, nRed, nGreen, nBlue, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialDiffuse ( 6, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialSpecular ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_06( hObject, nSubsetIndex, nRed, nGreen, nBlue, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialSpecular ( 6, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialOpacity ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nOpacity, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, nOpacity, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialOpacity ( 4, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialOpacityThreshold ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nOpacity, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, nOpacity, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialOpacityThreshold ( 4, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialEffectIntensity ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nIntensity, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, nIntensity, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialEffectIntensity ( 4, vIn, NULL ) ; }
inline AIVariables<4> getMeshSubsetMaterialEmissiveOverride ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEmissiveOverride ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<4> getMeshSubsetMaterialAmbientOverride ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialAmbientOverride ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<4> getMeshSubsetMaterialDiffuseOverride ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialDiffuseOverride ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<4> getMeshSubsetMaterialSpecularOverride ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<4> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialSpecularOverride ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialOpacityOverride ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialOpacityOverride ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialOpacityThresholdOverride ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialOpacityThresholdOverride ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialEffectIntensityOverride ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectIntensityOverride ( 2, vIn, vOut ) ; return vOut ; }
inline void overrideMeshMaterialEmissive ( const AIVariable& hObject, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( hObject, nRed, nGreen, nBlue, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshMaterialEmissive ( 5, vIn, NULL ) ; }
inline void overrideMeshMaterialAmbient ( const AIVariable& hObject, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( hObject, nRed, nGreen, nBlue, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshMaterialAmbient ( 5, vIn, NULL ) ; }
inline void overrideMeshMaterialDiffuse ( const AIVariable& hObject, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( hObject, nRed, nGreen, nBlue, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshMaterialDiffuse ( 5, vIn, NULL ) ; }
inline void overrideMeshMaterialSpecular ( const AIVariable& hObject, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_05( hObject, nRed, nGreen, nBlue, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshMaterialSpecular ( 5, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialEffectMap0 ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& sMapName, const AIVariable& kMapType ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, sMapName, kMapType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialEffectMap0 ( 4, vIn, NULL ) ; }
inline void overrideMeshMaterialEffectMap0 ( const AIVariable& hObject, const AIVariable& sMapName, const AIVariable& kMapType ) const { S3DX_DECLARE_VIN_03( hObject, sMapName, kMapType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshMaterialEffectMap0 ( 3, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialEffectMap1 ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& sMapName, const AIVariable& kMapType ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, sMapName, kMapType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialEffectMap1 ( 4, vIn, NULL ) ; }
inline void overrideMeshMaterialEffectMap1 ( const AIVariable& hObject, const AIVariable& sMapName, const AIVariable& kMapType ) const { S3DX_DECLARE_VIN_03( hObject, sMapName, kMapType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshMaterialEffectMap1 ( 3, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialNormalMap ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& sMapName, const AIVariable& kMapType ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, sMapName, kMapType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialNormalMap ( 4, vIn, NULL ) ; }
inline void overrideMeshMaterialNormalMap ( const AIVariable& hObject, const AIVariable& sMapName, const AIVariable& kMapType ) const { S3DX_DECLARE_VIN_03( hObject, sMapName, kMapType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshMaterialNormalMap ( 3, vIn, NULL ) ; }
inline void overrideMeshSubsetMaterialSpecularMap ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& sMapName, const AIVariable& kMapType ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, sMapName, kMapType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshSubsetMaterialSpecularMap ( 4, vIn, NULL ) ; }
inline void overrideMeshMaterialSpecularMap ( const AIVariable& hObject, const AIVariable& sMapName, const AIVariable& kMapType ) const { S3DX_DECLARE_VIN_03( hObject, sMapName, kMapType ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideMeshMaterialSpecularMap ( 3, vIn, NULL ) ; }
inline AIVariables<2> getMeshSubsetMaterialEffectMap0 ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap0 ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialEffectMap1 ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap1 ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialNormalMap ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialNormalMap ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialSpecularMap ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialSpecularMap ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialEffectMap0Override ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap0Override ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialEffectMap1Override ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap1Override ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialNormalMapOverride ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialNormalMapOverride ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialSpecularMapOverride ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialSpecularMapOverride ( 2, vIn, vOut ) ; return vOut ; }
inline void setMeshSubsetMaterialEffectMap0AdditionalUVOffset ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& u, const AIVariable& v ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, u, v ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshSubsetMaterialEffectMap0AdditionalUVOffset ( 4, vIn, NULL ) ; }
inline void setMeshSubsetMaterialEffectMap0AdditionalUVScale ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& u, const AIVariable& v ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, u, v ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshSubsetMaterialEffectMap0AdditionalUVScale ( 4, vIn, NULL ) ; }
inline void setMeshSubsetMaterialEffectMap0AdditionalUVRotation ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nCenterU, const AIVariable& nCenterV, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_05( hObject, nSubsetIndex, nCenterU, nCenterV, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshSubsetMaterialEffectMap0AdditionalUVRotation ( 5, vIn, NULL ) ; }
inline void setMeshSubsetMaterialEffectMap1AdditionalUVOffset ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& u, const AIVariable& v ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, u, v ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshSubsetMaterialEffectMap1AdditionalUVOffset ( 4, vIn, NULL ) ; }
inline void setMeshSubsetMaterialEffectMap1AdditionalUVScale ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& u, const AIVariable& v ) const { S3DX_DECLARE_VIN_04( hObject, nSubsetIndex, u, v ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshSubsetMaterialEffectMap1AdditionalUVScale ( 4, vIn, NULL ) ; }
inline void setMeshSubsetMaterialEffectMap1AdditionalUVRotation ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nCenterU, const AIVariable& nCenterV, const AIVariable& nAngle ) const { S3DX_DECLARE_VIN_05( hObject, nSubsetIndex, nCenterU, nCenterV, nAngle ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshSubsetMaterialEffectMap1AdditionalUVRotation ( 5, vIn, NULL ) ; }
inline AIVariables<2> getMeshSubsetMaterialEffectMap0AdditionalUVOffset ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap0AdditionalUVOffset ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialEffectMap0AdditionalUVScale ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap0AdditionalUVScale ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getMeshSubsetMaterialEffectMap0AdditionalUVRotation ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap0AdditionalUVRotation ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialEffectMap1AdditionalUVOffset ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap1AdditionalUVOffset ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getMeshSubsetMaterialEffectMap1AdditionalUVScale ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap1AdditionalUVScale ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getMeshSubsetMaterialEffectMap1AdditionalUVRotation ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap1AdditionalUVRotation ( 2, vIn, vOut ) ; return vOut ; }
inline void playMeshSubsetMaterialEffectMap0Movie ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.playMeshSubsetMaterialEffectMap0Movie ( 2, vIn, NULL ) ; }
inline void pauseMeshSubsetMaterialEffectMap0Movie ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.pauseMeshSubsetMaterialEffectMap0Movie ( 2, vIn, NULL ) ; }
inline void stopMeshSubsetMaterialEffectMap0Movie ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.stopMeshSubsetMaterialEffectMap0Movie ( 2, vIn, NULL ) ; }
inline AIVariable getMeshSubsetMaterialEffectMap0MovieBufferingProgress ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap0MovieBufferingProgress ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getMeshSubsetMaterialEffectMap0MoviePlaybackProgress ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap0MoviePlaybackProgress ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getMeshSubsetMaterialEffectMap0MoviePlaybackCursor ( const AIVariable& hObject, const AIVariable& nSubsetIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSubsetIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshSubsetMaterialEffectMap0MoviePlaybackCursor ( 2, vIn, &vOut ) ; return vOut ; }
inline void setMeshSubsetMaterialEffectMap0MovieTransparentColor ( const AIVariable& hObject, const AIVariable& nSubsetIndex, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue, const AIVariable& nTolerance ) const { S3DX_DECLARE_VIN_06( hObject, nSubsetIndex, nRed, nGreen, nBlue, nTolerance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setMeshSubsetMaterialEffectMap0MovieTransparentColor ( 6, vIn, NULL ) ; }
inline AIVariable getMesh ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMesh ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getMeshName ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshName ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getMeshTriangleCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshTriangleCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getMeshVertexCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getMeshVertexCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSkeletonName ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getSkeletonName ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSkeletonJointCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getSkeletonJointCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSkeletonJointNameAt ( const AIVariable& hObject, const AIVariable& iJointIndex ) const { S3DX_DECLARE_VIN_02( hObject, iJointIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getSkeletonJointNameAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable createRuntimeMesh ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.createRuntimeMesh ( 1, vIn, &vOut ) ; return vOut ; }
inline void overrideSkeletonJointTranslation ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& tx, const AIVariable& ty, const AIVariable& tz, const AIVariable& kSpace, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_07( hObject, sJointName, tx, ty, tz, kSpace, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideSkeletonJointTranslation ( 7, vIn, NULL ) ; }
inline void overrideSkeletonJointRotation ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& rx, const AIVariable& ry, const AIVariable& rz, const AIVariable& kSpace, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_07( hObject, sJointName, rx, ry, rz, kSpace, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.overrideSkeletonJointRotation ( 7, vIn, NULL ) ; }
inline void setSkeletonJointCustomScale ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& sx, const AIVariable& sy, const AIVariable& sz ) const { S3DX_DECLARE_VIN_05( hObject, sJointName, sx, sy, sz ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setSkeletonJointCustomScale ( 5, vIn, NULL ) ; }
inline AIVariables<3> getSkeletonJointTranslation ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getSkeletonJointTranslation ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getSkeletonJointRotation ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getSkeletonJointRotation ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getSkeletonJointXAxis ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getSkeletonJointXAxis ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getSkeletonJointYAxis ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getSkeletonJointYAxis ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getSkeletonJointZAxis ( const AIVariable& hObject, const AIVariable& sJointName, const AIVariable& kSpace ) const { S3DX_DECLARE_VIN_03( hObject, sJointName, kSpace ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getSkeletonJointZAxis ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariable getSkeletonJointParentJointName ( const AIVariable& hObject, const AIVariable& sJointName ) const { S3DX_DECLARE_VIN_02( hObject, sJointName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getSkeletonJointParentJointName ( 2, vIn, &vOut ) ; return vOut ; }
inline void addSkeletonCloneModifier ( const AIVariable& hObject, const AIVariable& hMasterObject ) const { S3DX_DECLARE_VIN_02( hObject, hMasterObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.addSkeletonCloneModifier ( 2, vIn, NULL ) ; }
inline AIVariable addCurve ( const AIVariable& hObject, const AIVariable& kCurveType ) const { S3DX_DECLARE_VIN_02( hObject, kCurveType ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.addCurve ( 2, vIn, &vOut ) ; return vOut ; }
inline void removeCurve ( const AIVariable& hObject, const AIVariable& nCurveIndex ) const { S3DX_DECLARE_VIN_02( hObject, nCurveIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.removeCurve ( 2, vIn, NULL ) ; }
inline AIVariable getCurveCount ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.addCurve ( 1, vIn, &vOut ) ; return vOut ; }
inline void addCurvePoint ( const AIVariable& hObject, const AIVariable& nCurveIndex, const AIVariable& x, const AIVariable& y, const AIVariable& z ) const { S3DX_DECLARE_VIN_05( hObject, nCurveIndex, x, y, z ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.addCurvePoint ( 5, vIn, NULL ) ; }
inline void removeCurvePoint ( const AIVariable& hObject, const AIVariable& nCurveIndex, const AIVariable& nPointIndex ) const { S3DX_DECLARE_VIN_03( hObject, nCurveIndex, nPointIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.removeCurvePoint ( 3, vIn, NULL ) ; }
inline AIVariable getCurvePointCount ( const AIVariable& hObject, const AIVariable& nCurveIndex ) const { S3DX_DECLARE_VIN_02( hObject, nCurveIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getCurvePointCount ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> getCurvePoint ( const AIVariable& hObject, const AIVariable& nCurveIndex, const AIVariable& nPointIndex ) const { S3DX_DECLARE_VIN_03( hObject, nCurveIndex, nPointIndex ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getCurvePoint ( 3, vIn, vOut ) ; return vOut ; }
inline void setCurvePoint ( const AIVariable& hObject, const AIVariable& nCurveIndex, const AIVariable& nPointIndex, const AIVariable& x, const AIVariable& y, const AIVariable& z ) const { S3DX_DECLARE_VIN_06( hObject, nCurveIndex, nPointIndex, x, y, z ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setCurvePoint ( 6, vIn, NULL ) ; }
inline void setCurveStartColor ( const AIVariable& hObject, const AIVariable& nCurveIndex, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue ) const { S3DX_DECLARE_VIN_05( hObject, nCurveIndex, nRed, nGreen, nBlue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setCurveStartColor ( 5, vIn, NULL ) ; }
inline void setCurveEndColor ( const AIVariable& hObject, const AIVariable& nCurveIndex, const AIVariable& nRed, const AIVariable& nGreen, const AIVariable& nBlue ) const { S3DX_DECLARE_VIN_05( hObject, nCurveIndex, nRed, nGreen, nBlue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setCurveEndColor ( 5, vIn, NULL ) ; }
inline void setCurveStartOpacity ( const AIVariable& hObject, const AIVariable& nCurveIndex, const AIVariable& nOpacity ) const { S3DX_DECLARE_VIN_03( hObject, nCurveIndex, nOpacity ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setCurveStartOpacity ( 3, vIn, NULL ) ; }
inline void setCurveEndOpacity ( const AIVariable& hObject, const AIVariable& nCurveIndex, const AIVariable& nOpacity ) const { S3DX_DECLARE_VIN_03( hObject, nCurveIndex, nOpacity ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.setCurveEndOpacity ( 3, vIn, NULL ) ; }
inline AIVariables<3> getCurveStartColor ( const AIVariable& hObject, const AIVariable& nCurveIndex ) const { S3DX_DECLARE_VIN_02( hObject, nCurveIndex ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getCurveStartColor ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<3> getCurveEndColor ( const AIVariable& hObject, const AIVariable& nCurveIndex ) const { S3DX_DECLARE_VIN_02( hObject, nCurveIndex ) ; AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.getCurveEndColor ( 2, vIn, vOut ) ; return vOut ; }
inline AIVariables<7> evaluateCurve ( const AIVariable& hObject, const AIVariable& nCurveIndex, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_03( hObject, nCurveIndex, nFactor ) ; AIVariables<7> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->shape.evaluateCurve ( 3, vIn, vOut ) ; return vOut ; }
} ;
struct SoundPackage
{
// Functions
//
inline void play ( const AIVariable& hObject, const AIVariable& nSoundIndex, const AIVariable& nVolume, const AIVariable& bLoop, const AIVariable& nPriority ) const { S3DX_DECLARE_VIN_05( hObject, nSoundIndex, nVolume, bLoop, nPriority ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.play ( 5, vIn, NULL ) ; }
inline void pause ( const AIVariable& hObject, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSoundIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.pause ( 2, vIn, NULL ) ; }
inline void resume ( const AIVariable& hObject, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSoundIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.resume ( 2, vIn, NULL ) ; }
inline void stop ( const AIVariable& hObject, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSoundIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.stop ( 2, vIn, NULL ) ; }
inline void setVolume ( const AIVariable& hObject, const AIVariable& nSoundIndex, const AIVariable& nVolume ) const { S3DX_DECLARE_VIN_03( hObject, nSoundIndex, nVolume ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.setVolume ( 3, vIn, NULL ) ; }
inline void setPitch ( const AIVariable& hObject, const AIVariable& nSoundIndex, const AIVariable& nPitch ) const { S3DX_DECLARE_VIN_03( hObject, nSoundIndex, nPitch ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.setPitch ( 3, vIn, NULL ) ; }
inline AIVariable isPlaying ( const AIVariable& hObject, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSoundIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.isPlaying ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable isPaused ( const AIVariable& hObject, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSoundIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.isPaused ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getPlaybackProgress ( const AIVariable& hObject, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSoundIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.getPlaybackProgress ( 2, vIn, &vOut ) ; return vOut ; }
inline void setPlaybackProgress ( const AIVariable& hObject, const AIVariable& nSoundIndex, const AIVariable& nValue ) const { S3DX_DECLARE_VIN_03( hObject, nSoundIndex, nValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.setPlaybackProgress ( 3, vIn, NULL ) ; }
inline AIVariable getName ( const AIVariable& hObject, const AIVariable& nSoundIndex ) const { S3DX_DECLARE_VIN_02( hObject, nSoundIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.getName ( 2, vIn, &vOut ) ; return vOut ; }
inline void enableSpatialization ( const AIVariable& hObject, const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_02( hObject, bEnable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.enableSpatialization ( 2, vIn, NULL ) ; }
inline AIVariable isSpatializationEnabled ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.isSpatializationEnabled ( 1, vIn, &vOut ) ; return vOut ; }
inline void setSpatializationRolloffFactor ( const AIVariable& hObject, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_02( hObject, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.setSpatializationRolloffFactor ( 2, vIn, NULL ) ; }
inline AIVariable getSpatializationRolloffFactor ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.getSpatializationRolloffFactor ( 1, vIn, &vOut ) ; return vOut ; }
inline void setSpatializationReferenceDistance ( const AIVariable& hObject, const AIVariable& nDistance ) const { S3DX_DECLARE_VIN_02( hObject, nDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.setSpatializationReferenceDistance ( 2, vIn, NULL ) ; }
inline AIVariable getSpatializationReferenceDistance ( const AIVariable& hObject ) const { S3DX_DECLARE_VIN_01( hObject ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->sound.getSpatializationReferenceDistance ( 1, vIn, &vOut ) ; return vOut ; }
} ;
struct StringPackage
{
// Functions
//
inline AIVariable isEmpty ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.isEmpty ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getLength ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.getLength ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getByte ( const AIVariable& sString, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( sString, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.getByte ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable replace ( const AIVariable& sString, const AIVariable& sPattern0, const AIVariable& sPattern1 ) const { S3DX_DECLARE_VIN_03( sString, sPattern0, sPattern1 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.replace ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable contains ( const AIVariable& sString, const AIVariable& sPattern ) const { S3DX_DECLARE_VIN_02( sString, sPattern ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.contains ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable findFirst ( const AIVariable& sString, const AIVariable& sPattern, const AIVariable& nStartIndex ) const { S3DX_DECLARE_VIN_03( sString, sPattern, nStartIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.findFirst ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariables<2> findFirstMatching ( const AIVariable& sString, const AIVariable& sPattern, const AIVariable& nStartIndex ) const { S3DX_DECLARE_VIN_03( sString, sPattern, nStartIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.findFirstMatching ( 3, vIn, vOut ) ; return vOut ; }
inline AIVariable explode ( const AIVariable& sString, const AIVariable& tResult, const AIVariable& sDelimiter ) const { S3DX_DECLARE_VIN_03( sString, tResult, sDelimiter ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.explode ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable lower ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.lower ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable upper ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.upper ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable toNumber ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.toNumber ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSubString ( const AIVariable& sString, const AIVariable& nStart, const AIVariable& nLength ) const { S3DX_DECLARE_VIN_03( sString, nStart, nLength ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.getSubString ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable crc32 ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.crc32 ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable md5 ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.md5 ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable sha1 ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.sha1 ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable reverse ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.reverse ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable compare ( const AIVariable& sString, const AIVariable& sOtherString ) const { S3DX_DECLARE_VIN_02( sString, sOtherString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.compare ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable encodeHTML ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.encodeHTML ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable decodeHTML ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.decodeHTML ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable encodeURL ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.encodeURL ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable decodeURL ( const AIVariable& sString ) const { S3DX_DECLARE_VIN_01( sString ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.decodeURL ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat ) const { S3DX_DECLARE_VIN_01( sFormat ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat, const AIVariable& v0 ) const { S3DX_DECLARE_VIN_02( sFormat, v0 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat, const AIVariable& v0, const AIVariable& v1 ) const { S3DX_DECLARE_VIN_03( sFormat, v0, v1 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat, const AIVariable& v0, const AIVariable& v1, const AIVariable& v2 ) const { S3DX_DECLARE_VIN_04( sFormat, v0, v1, v2 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat, const AIVariable& v0, const AIVariable& v1, const AIVariable& v2, const AIVariable& v3 ) const { S3DX_DECLARE_VIN_05( sFormat, v0, v1, v2, v3 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 5, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat, const AIVariable& v0, const AIVariable& v1, const AIVariable& v2, const AIVariable& v3, const AIVariable& v4 ) const { S3DX_DECLARE_VIN_06( sFormat, v0, v1, v2, v3, v4 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 6, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat, const AIVariable& v0, const AIVariable& v1, const AIVariable& v2, const AIVariable& v3, const AIVariable& v4, const AIVariable& v5 ) const { S3DX_DECLARE_VIN_07( sFormat, v0, v1, v2, v3, v4, v5 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 7, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat, const AIVariable& v0, const AIVariable& v1, const AIVariable& v2, const AIVariable& v3, const AIVariable& v4, const AIVariable& v5, const AIVariable& v6 ) const { S3DX_DECLARE_VIN_08( sFormat, v0, v1, v2, v3, v4, v5, v6 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 8, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat, const AIVariable& v0, const AIVariable& v1, const AIVariable& v2, const AIVariable& v3, const AIVariable& v4, const AIVariable& v5, const AIVariable& v6, const AIVariable& v7 ) const { S3DX_DECLARE_VIN_09( sFormat, v0, v1, v2, v3, v4, v5, v6, v7 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 9, vIn, &vOut ) ; return vOut ; }
inline AIVariable format ( const AIVariable& sFormat, const AIVariable& v0, const AIVariable& v1, const AIVariable& v2, const AIVariable& v3, const AIVariable& v4, const AIVariable& v5, const AIVariable& v6, const AIVariable& v7, const AIVariable& v8 ) const { S3DX_DECLARE_VIN_10( sFormat, v0, v1, v2, v3, v4, v5, v6, v7, v8 ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->string.format ( 10, vIn, &vOut ) ; return vOut ; }
} ;
struct SystemPackage
{
// Constants
//
const AIVariable kOSTypeLinux ;
const AIVariable kOSTypeMac ;
const AIVariable kOSTypeSymbian ;
const AIVariable kOSTypeWindows ;
const AIVariable kOSTypeWindowsCE ;
const AIVariable kOSTypeIPhone ;
const AIVariable kOSTypeWii ;
const AIVariable kOSTypeAngstrom ;
const AIVariable kOSTypeAndroid ;
const AIVariable kOSTypePSP ;
const AIVariable kOSTypePalm ;
const AIVariable kOSTypePS3 ;
const AIVariable kOSType3DS ;
const AIVariable kOSTypeBada ;
const AIVariable kOSTypeBrew ;
const AIVariable kClientTypeStandalone ;
const AIVariable kClientTypeEmbedded ;
const AIVariable kClientTypeEditor ;
const AIVariable kLanguageUnknown ;
const AIVariable kLanguageAlbanian ;
const AIVariable kLanguageArabic ;
const AIVariable kLanguageBulgarian ;
const AIVariable kLanguageCatalan ;
const AIVariable kLanguageCzech ;
const AIVariable kLanguageDanish ;
const AIVariable kLanguageDutch ;
const AIVariable kLanguageEnglish ;
const AIVariable kLanguageFinnish ;
const AIVariable kLanguageFrench ;
const AIVariable kLanguageGerman ;
const AIVariable kLanguageGreek ;
const AIVariable kLanguageHebrew ;
const AIVariable kLanguageHungarian ;
const AIVariable kLanguageIcelandic ;
const AIVariable kLanguageItalian ;
const AIVariable kLanguageJapanese ;
const AIVariable kLanguageKorean ;
const AIVariable kLanguageNorwegian ;
const AIVariable kLanguagePolish ;
const AIVariable kLanguagePortuguese ;
const AIVariable kLanguageRomanian ;
const AIVariable kLanguageRussian ;
const AIVariable kLanguageSerboCroatian ;
const AIVariable kLanguageSlovak ;
const AIVariable kLanguageSpanish ;
const AIVariable kLanguageSwedish ;
const AIVariable kLanguageThai ;
const AIVariable kLanguageTurkish ;
const AIVariable kLanguageUrdu ;
const AIVariable kGPUCapabilityHardwareRenderingSupport ;
const AIVariable kGPUCapabilityVertexShaderSupport ;
const AIVariable kGPUCapabilityPixelShaderSupport ;
const AIVariable kGPUCapabilityBloomFilterSupport ;
const AIVariable kGPUCapabilityMonochromeFilterSupport ;
const AIVariable kGPUCapabilityDynamicShadowsSupport ;
const AIVariable kGPUCapabilityMotionBlurFilterSupport ;
const AIVariable kGPUCapabilityDepthBlurFilterSupport ;
const AIVariable kGPUCapabilityDistortionFilterSupport ;
const AIVariable kGPUCapabilityHardwareOcclusionSupport ;
const AIVariable kGPUCapabilityContrastFilterSupport ;
const AIVariable kGPUCapabilityVelocityBlurFilterSupport ;
SystemPackage ( ):
kOSTypeLinux ( 4 ),
kOSTypeMac ( 3 ),
kOSTypeSymbian ( 6 ),
kOSTypeWindows ( 1 ),
kOSTypeWindowsCE ( 2 ),
kOSTypeIPhone ( 7 ),
kOSTypeWii ( 8 ),
kOSTypeAngstrom ( 9 ),
kOSTypeAndroid ( 10 ),
kOSTypePSP ( 11 ),
kOSTypePalm ( 12 ),
kOSTypePS3 ( 13 ),
kOSType3DS ( 16 ),
kOSTypeBada ( 17 ),
kOSTypeBrew ( 18 ),
kClientTypeStandalone ( 0 ),
kClientTypeEmbedded ( 1 ),
kClientTypeEditor ( 2 ),
kLanguageUnknown ( 0 ),
kLanguageAlbanian ( 1 ),
kLanguageArabic ( 2 ),
kLanguageBulgarian ( 4 ),
kLanguageCatalan ( 5 ),
kLanguageCzech ( 7 ),
kLanguageDanish ( 8 ),
kLanguageDutch ( 9 ),
kLanguageEnglish ( 10 ),
kLanguageFinnish ( 11 ),
kLanguageFrench ( 12 ),
kLanguageGerman ( 13 ),
kLanguageGreek ( 14 ),
kLanguageHebrew ( 15 ),
kLanguageHungarian ( 16 ),
kLanguageIcelandic ( 17 ),
kLanguageItalian ( 18 ),
kLanguageJapanese ( 19 ),
kLanguageKorean ( 20 ),
kLanguageNorwegian ( 21 ),
kLanguagePolish ( 22 ),
kLanguagePortuguese ( 23 ),
kLanguageRomanian ( 25 ),
kLanguageRussian ( 26 ),
kLanguageSerboCroatian ( 27 ),
kLanguageSlovak ( 28 ),
kLanguageSpanish ( 29 ),
kLanguageSwedish ( 30 ),
kLanguageThai ( 31 ),
kLanguageTurkish ( 32 ),
kLanguageUrdu ( 33 ),
kGPUCapabilityHardwareRenderingSupport ( 0 ),
kGPUCapabilityVertexShaderSupport ( 1 ),
kGPUCapabilityPixelShaderSupport ( 2 ),
kGPUCapabilityBloomFilterSupport ( 3 ),
kGPUCapabilityMonochromeFilterSupport ( 4 ),
kGPUCapabilityDynamicShadowsSupport ( 5 ),
kGPUCapabilityMotionBlurFilterSupport ( 6 ),
kGPUCapabilityDepthBlurFilterSupport ( 7 ),
kGPUCapabilityDistortionFilterSupport ( 8 ),
kGPUCapabilityHardwareOcclusionSupport ( 9 ),
kGPUCapabilityContrastFilterSupport ( 10 ),
kGPUCapabilityVelocityBlurFilterSupport ( 11 )
{ }
// Functions
//
inline AIVariable getOSType ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getOSType ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariables<3> getOSVersion ( ) const { AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getOSVersion ( 0, NULL, vOut ) ; return vOut ; }
inline AIVariable getOSVersionString ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getOSVersionString ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getOSLanguage ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getOSLanguage ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getGPUModelDescription ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getGPUModelDescription ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getGPUDriverDescription ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getGPUDriverDescription ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getGPUCapability ( const AIVariable& kCapability ) const { S3DX_DECLARE_VIN_01( kCapability ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getGPUCapability ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getDeviceUniqueIdentifier ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getDeviceUniqueIdentifier ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getDeviceModel ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getDeviceModel ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getDeviceName ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getDeviceName ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getSupportedScreenResolutionCount ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getSupportedScreenResolutionCount ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariables<2> getSupportedScreenResolutionAt ( const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_01( nIndex ) ; AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getSupportedScreenResolutionAt ( 1, vIn, vOut ) ; return vOut ; }
inline AIVariables<2> getCurrentScreenResolution ( ) const { AIVariables<2> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getCurrentScreenResolution ( 0, NULL, vOut ) ; return vOut ; }
inline AIVariable getClientType ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getClientType ( 0, NULL, &vOut ) ; return vOut ; }
inline void setWakeLock ( const AIVariable& bSet ) const { S3DX_DECLARE_VIN_01( bSet ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.setWakeLock ( 1, vIn, NULL ) ; }
inline AIVariable getClipboardText ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getClipboardText ( 0, NULL, &vOut ) ; return vOut ; }
inline void setClipboardText ( const AIVariable& sText ) const { S3DX_DECLARE_VIN_01( sText ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.setClipboardText ( 1, vIn, NULL ) ; }
inline AIVariable getYear ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getYear ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getMonth ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getMonth ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getDayOfMonth ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getDayOfMonth ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getDayOfWeek ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getDayOfWeek ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getTimeOfDay ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getTimeOfDay ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable areLocationUpdatesSupported ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.areLocationUpdatesSupported ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable areLocationUpdatesEnabled ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.areLocationUpdatesEnabled ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable enableLocationUpdates ( const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_01( bEnable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.enableLocationUpdates ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariables<3> getLastKnownLocation ( ) const { AIVariables<3> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getLastKnownLocation ( 0, NULL, vOut ) ; return vOut ; }
inline AIVariable areHeadingUpdatesSupported ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.areHeadingUpdatesSupported ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable areHeadingUpdatesEnabled ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.areHeadingUpdatesEnabled ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable enableHeadingUpdates ( const AIVariable& bEnable ) const { S3DX_DECLARE_VIN_01( bEnable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.enableHeadingUpdates ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getLastKnownHeading ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getLastKnownHeading ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getLastKnownTrueHeading ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getLastKnownTrueHeading ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable hasPersistentStorageManager ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.hasPersistentStorageManager ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable openPersistentStorageManager ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.openPersistentStorageManager ( 0, NULL, &vOut ) ; return vOut ; }
inline void openURL ( const AIVariable& sURL, const AIVariable& sTarget ) const { S3DX_DECLARE_VIN_02( sURL, sTarget ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.openURL ( 2, vIn, NULL ) ; }
inline AIVariable getHomeDirectory ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getHomeDirectory ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getDocumentsDirectory ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getDocumentsDirectory ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getPicturesDirectory ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getPicturesDirectory ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable findFiles ( const AIVariable& tResult, const AIVariable& sDirectory, const AIVariable& sFilter ) const { S3DX_DECLARE_VIN_03( tResult, sDirectory, sFilter ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.findFiles ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable findDirectories ( const AIVariable& tResult, const AIVariable& sDirectory ) const { S3DX_DECLARE_VIN_02( tResult, sDirectory ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.findDirectories ( 2, vIn, &vOut ) ; return vOut ; }
inline void install ( const AIVariable& sPackURI ) const { S3DX_DECLARE_VIN_01( sPackURI ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.install ( 1, vIn, NULL ) ; }
inline AIVariable isInstalled ( const AIVariable& sPackURI ) const { S3DX_DECLARE_VIN_01( sPackURI ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.isInstalled ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getInstallationStatus ( const AIVariable& sPackURI ) const { S3DX_DECLARE_VIN_01( sPackURI ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.getInstallationStatus ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable launch ( const AIVariable& sPackURI, const AIVariable& sConfURI ) const { S3DX_DECLARE_VIN_02( sPackURI, sConfURI ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->system.launch ( 2, vIn, &vOut ) ; return vOut ; }
} ;
struct TablePackage
{
// Functions
//
inline AIVariable isEmpty ( const AIVariable& hTable ) const { S3DX_DECLARE_VIN_01( hTable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.isEmpty ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSize ( const AIVariable& hTable ) const { S3DX_DECLARE_VIN_01( hTable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.getSize ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getAt ( const AIVariable& hTable, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hTable, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.getAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getLast ( const AIVariable& hTable ) const { S3DX_DECLARE_VIN_01( hTable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.getLast ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getFirst ( const AIVariable& hTable ) const { S3DX_DECLARE_VIN_01( hTable ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.getFirst ( 1, vIn, &vOut ) ; return vOut ; }
inline void setAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vValue ) const { S3DX_DECLARE_VIN_03( hTable, nIndex, vValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setAt ( 3, vIn, NULL ) ; }
inline void empty ( const AIVariable& hTable ) const { S3DX_DECLARE_VIN_01( hTable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.empty ( 1, vIn, NULL ) ; }
inline void add ( const AIVariable& hTable, const AIVariable& vValue ) const { S3DX_DECLARE_VIN_02( hTable, vValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.add ( 2, vIn, NULL ) ; }
inline void removeAt ( const AIVariable& hTable, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hTable, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.removeAt ( 2, vIn, NULL ) ; }
inline void removeLast ( const AIVariable& hTable ) const { S3DX_DECLARE_VIN_01( hTable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.removeLast ( 1, vIn, NULL ) ; }
inline void removeFirst ( const AIVariable& hTable ) const { S3DX_DECLARE_VIN_01( hTable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.removeFirst ( 1, vIn, NULL ) ; }
inline void insertAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vValue ) const { S3DX_DECLARE_VIN_03( hTable, nIndex, vValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.insertAt ( 3, vIn, NULL ) ; }
inline AIVariable contains ( const AIVariable& hTable, const AIVariable& vValue ) const { S3DX_DECLARE_VIN_02( hTable, vValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.contains ( 2, vIn, &vOut ) ; return vOut ; }
inline void shuffle ( const AIVariable& hTable ) const { S3DX_DECLARE_VIN_01( hTable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.shuffle ( 1, vIn, NULL ) ; }
inline void reverse ( const AIVariable& hTable ) const { S3DX_DECLARE_VIN_01( hTable ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.reverse ( 1, vIn, NULL ) ; }
inline void swap ( const AIVariable& hTable, const AIVariable& nIndex0, const AIVariable& nIndex1 ) const { S3DX_DECLARE_VIN_03( hTable, nIndex0, nIndex1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.swap ( 3, vIn, NULL ) ; }
inline AIVariable reserve ( const AIVariable& hTable, const AIVariable& nCount ) const { S3DX_DECLARE_VIN_02( hTable, nCount ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.reserve ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariables<32> getRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& nCount ) const { S3DX_DECLARE_VIN_03( hTable, nIndex, nCount ) ; AIVariables<32> vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.getRangeAt ( 3, vIn, vOut ) ; return vOut ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0 ) const { S3DX_DECLARE_VIN_03( hTable, nIndex, vParam0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 3, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1 ) const { S3DX_DECLARE_VIN_04( hTable, nIndex, vParam0, vParam1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 4, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2 ) const { S3DX_DECLARE_VIN_05( hTable, nIndex, vParam0, vParam1, vParam2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 5, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3 ) const { S3DX_DECLARE_VIN_06( hTable, nIndex, vParam0, vParam1, vParam2, vParam3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 6, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4 ) const { S3DX_DECLARE_VIN_07( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 7, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5 ) const { S3DX_DECLARE_VIN_08( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 8, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6 ) const { S3DX_DECLARE_VIN_09( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 9, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7 ) const { S3DX_DECLARE_VIN_10( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 10, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8 ) const { S3DX_DECLARE_VIN_11( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 11, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9 ) const { S3DX_DECLARE_VIN_12( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 12, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10 ) const { S3DX_DECLARE_VIN_13( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 13, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11 ) const { S3DX_DECLARE_VIN_14( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 14, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12 ) const { S3DX_DECLARE_VIN_15( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 15, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12, const AIVariable& vParam13 ) const { S3DX_DECLARE_VIN_16( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12, vParam13 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 16, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12, const AIVariable& vParam13, const AIVariable& vParam14 ) const { S3DX_DECLARE_VIN_17( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12, vParam13, vParam14 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 17, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12, const AIVariable& vParam13, const AIVariable& vParam14, const AIVariable& vParam15 ) const { S3DX_DECLARE_VIN_18( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12, vParam13, vParam14, vParam15 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 18, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12, const AIVariable& vParam13, const AIVariable& vParam14, const AIVariable& vParam15, const AIVariable& vParam16 ) const { S3DX_DECLARE_VIN_19( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12, vParam13, vParam14, vParam15, vParam16 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 19, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12, const AIVariable& vParam13, const AIVariable& vParam14, const AIVariable& vParam15, const AIVariable& vParam16, const AIVariable& vParam17 ) const { S3DX_DECLARE_VIN_20( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12, vParam13, vParam14, vParam15, vParam16, vParam17 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 20, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12, const AIVariable& vParam13, const AIVariable& vParam14, const AIVariable& vParam15, const AIVariable& vParam16, const AIVariable& vParam17, const AIVariable& vParam18 ) const { S3DX_DECLARE_VIN_21( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12, vParam13, vParam14, vParam15, vParam16, vParam17, vParam18 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 21, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12, const AIVariable& vParam13, const AIVariable& vParam14, const AIVariable& vParam15, const AIVariable& vParam16, const AIVariable& vParam17, const AIVariable& vParam18, const AIVariable& vParam19 ) const { S3DX_DECLARE_VIN_22( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12, vParam13, vParam14, vParam15, vParam16, vParam17, vParam18, vParam19 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 22, vIn, NULL ) ; }
inline void setRangeAt ( const AIVariable& hTable, const AIVariable& nIndex, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12, const AIVariable& vParam13, const AIVariable& vParam14, const AIVariable& vParam15, const AIVariable& vParam16, const AIVariable& vParam17, const AIVariable& vParam18, const AIVariable& vParam19, const AIVariable& vParam20 ) const { S3DX_DECLARE_VIN_23( hTable, nIndex, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12, vParam13, vParam14, vParam15, vParam16, vParam17, vParam18, vParam19, vParam20 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->table.setRangeAt ( 23, vIn, NULL ) ; }
} ;
struct UserPackage
{
// Functions
//
inline AIVariable getSceneName ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.getSceneName ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable isLocal ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.isLocal ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getID ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.getID ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLocalSoundSourceObject ( const AIVariable& hUser, const AIVariable& hObject ) const { S3DX_DECLARE_VIN_02( hUser, hObject ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.setLocalSoundSourceObject ( 2, vIn, NULL ) ; }
inline AIVariable getLocalSoundSourceObject ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.getLocalSoundSourceObject ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLocalSoundSourceRolloffFactor ( const AIVariable& hUser, const AIVariable& nFactor ) const { S3DX_DECLARE_VIN_02( hUser, nFactor ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.setLocalSoundSourceRolloffFactor ( 2, vIn, NULL ) ; }
inline AIVariable getLocalSoundSourceRolloffFactor ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.getLocalSoundSourceRolloffFactor ( 1, vIn, &vOut ) ; return vOut ; }
inline void setLocalSoundSourceReferenceDistance ( const AIVariable& hUser, const AIVariable& nDistance ) const { S3DX_DECLARE_VIN_02( hUser, nDistance ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.setLocalSoundSourceReferenceDistance ( 2, vIn, NULL ) ; }
inline AIVariable getLocalSoundSourceReferenceDistance ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.getLocalSoundSourceReferenceDistance ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getAIModelCount ( const AIVariable& hUser ) const { S3DX_DECLARE_VIN_01( hUser ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.getAIModelCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getAIModelNameAt ( const AIVariable& hUser, const AIVariable& nIndex ) { S3DX_DECLARE_VIN_02( hUser, nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.getAIModelNameAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable hasAIModel ( const AIVariable& hUser, const AIVariable& sAIModel ) { S3DX_DECLARE_VIN_02( hUser, sAIModel ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.hasAIModel ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable hasAIEventHandler ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sHandler ) { S3DX_DECLARE_VIN_03( hUser, sAIModel, sHandler ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.hasAIEventHandler ( 3, vIn, &vOut ) ; return vOut ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent ) const { S3DX_DECLARE_VIN_03( hUser, sAIModel, sEvent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 3, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0 ) const { S3DX_DECLARE_VIN_04( hUser, sAIModel, sEvent, vParam0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 4, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1 ) const { S3DX_DECLARE_VIN_05( hUser, sAIModel, sEvent, vParam0, vParam1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 5, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2 ) const { S3DX_DECLARE_VIN_06( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 6, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3 ) const { S3DX_DECLARE_VIN_07( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 7, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4 ) const { S3DX_DECLARE_VIN_08( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 8, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5 ) const { S3DX_DECLARE_VIN_09( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 9, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6 ) const { S3DX_DECLARE_VIN_10( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 10, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7 ) const { S3DX_DECLARE_VIN_11( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 11, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8 ) const { S3DX_DECLARE_VIN_12( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 12, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9 ) const { S3DX_DECLARE_VIN_13( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 13, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10 ) const { S3DX_DECLARE_VIN_14( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 14, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11 ) const { S3DX_DECLARE_VIN_15( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 15, vIn, NULL ) ; }
inline void sendEvent ( const AIVariable& hUser, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11, const AIVariable& vParam12 ) const { S3DX_DECLARE_VIN_16( hUser, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11, vParam12 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.sendEvent ( 16, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent ) const { S3DX_DECLARE_VIN_04( hUser, nDelay, sAIModel, sEvent ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 4, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0 ) const { S3DX_DECLARE_VIN_05( hUser, nDelay, sAIModel, sEvent, vParam0 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 5, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1 ) const { S3DX_DECLARE_VIN_06( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 6, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2 ) const { S3DX_DECLARE_VIN_07( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 7, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3 ) const { S3DX_DECLARE_VIN_08( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 8, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4 ) const { S3DX_DECLARE_VIN_09( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 9, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5 ) const { S3DX_DECLARE_VIN_10( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 10, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6 ) const { S3DX_DECLARE_VIN_11( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 11, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7 ) const { S3DX_DECLARE_VIN_12( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 12, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8 ) const { S3DX_DECLARE_VIN_13( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 13, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9 ) const { S3DX_DECLARE_VIN_14( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 14, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10 ) const { S3DX_DECLARE_VIN_15( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 15, vIn, NULL ) ; }
inline void postEvent ( const AIVariable& hUser, const AIVariable& nDelay, const AIVariable& sAIModel, const AIVariable& sEvent, const AIVariable& vParam0, const AIVariable& vParam1, const AIVariable& vParam2, const AIVariable& vParam3, const AIVariable& vParam4, const AIVariable& vParam5, const AIVariable& vParam6, const AIVariable& vParam7, const AIVariable& vParam8, const AIVariable& vParam9, const AIVariable& vParam10, const AIVariable& vParam11 ) const { S3DX_DECLARE_VIN_16( hUser, nDelay, sAIModel, sEvent, vParam0, vParam1, vParam2, vParam3, vParam4, vParam5, vParam6, vParam7, vParam8, vParam9, vParam10, vParam11 ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->user.postEvent ( 16, vIn, NULL ) ; }
} ;
struct VideoPackage
{
// Functions
//
inline AIVariable getCaptureDeviceCount ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.getCaptureDeviceCount ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getCaptureDeviceNameAt ( const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_01( nIndex ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.getCaptureDeviceNameAt ( 1, vIn, &vOut ) ; return vOut ; }
inline void setActiveCaptureDevice ( const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_01( nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.setActiveCaptureDevice ( 1, vIn, NULL ) ; }
inline AIVariable startCaptureToPixelMap ( const AIVariable& sPixelMapName ) const { S3DX_DECLARE_VIN_01( sPixelMapName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.startCaptureToPixelMap ( 1, vIn, &vOut ) ; return vOut ; }
inline void stopCapture ( ) const { S3DX_MODULE_GUID::__pS3DXEAPIMI->video.stopCapture ( 0, NULL, NULL ) ; }
inline AIVariable getCaptureWidth ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.getCaptureWidth ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getCaptureHeight ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.getCaptureHeight ( 0, NULL, &vOut ) ; return vOut ; }
inline AIVariable getCaptureHorizontalFlip ( ) const { AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.getCaptureHorizontalFlip ( 0, NULL, &vOut ) ; return vOut ; }
inline void setCaptureWidth ( const AIVariable& nWidth ) const { S3DX_DECLARE_VIN_01( nWidth ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.setCaptureWidth ( 1, vIn, NULL ) ; }
inline void setCaptureHeight ( const AIVariable& nHeight ) const { S3DX_DECLARE_VIN_01( nHeight ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.setCaptureHeight ( 1, vIn, NULL ) ; }
inline void setCaptureRate ( const AIVariable& nRate ) const { S3DX_DECLARE_VIN_01( nRate ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.setCaptureRate ( 1, vIn, NULL ) ; }
inline void setCaptureHorizontalFlip ( const AIVariable& bFlip ) const { S3DX_DECLARE_VIN_01( bFlip ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->video.setCaptureHorizontalFlip ( 1, vIn, NULL ) ; }
} ;
struct XmlPackage
{
// Functions
//
inline AIVariable getRootElement ( const AIVariable& hXML ) const { S3DX_DECLARE_VIN_01( hXML ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getRootElement ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementName ( const AIVariable& hXMLElement ) const { S3DX_DECLARE_VIN_01( hXMLElement ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setElementName ( const AIVariable& hXMLElement, const AIVariable& sName ) const { S3DX_DECLARE_VIN_02( hXMLElement, sName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.setElementName ( 2, vIn, NULL ) ; }
inline AIVariable getElementValue ( const AIVariable& hXMLElement ) const { S3DX_DECLARE_VIN_01( hXMLElement ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementValue ( 1, vIn, &vOut ) ; return vOut ; }
inline void setElementValue ( const AIVariable& hXMLElement, const AIVariable& sValue ) const { S3DX_DECLARE_VIN_02( hXMLElement, sValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.setElementValue ( 2, vIn, NULL ) ; }
inline AIVariable getElementChildCount ( const AIVariable& hXMLElement ) const { S3DX_DECLARE_VIN_01( hXMLElement ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementChildCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementChildAt ( const AIVariable& hXMLElement, const AIVariable& nChild ) const { S3DX_DECLARE_VIN_02( hXMLElement, nChild ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementChildAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementAttributeCount ( const AIVariable& hXMLElement ) const { S3DX_DECLARE_VIN_01( hXMLElement ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementAttributeCount ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementAttributeAt ( const AIVariable& hXMLElement, const AIVariable& nAttribute ) const { S3DX_DECLARE_VIN_02( hXMLElement, nAttribute ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementAttributeAt ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementAttributeWithName ( const AIVariable& hXMLElement, const AIVariable& sName ) const { S3DX_DECLARE_VIN_02( hXMLElement, sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementAttributeWithName ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementParent ( const AIVariable& hXMLElement ) const { S3DX_DECLARE_VIN_01( hXMLElement ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementParent ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementFirstChild ( const AIVariable& hXMLElement ) const { S3DX_DECLARE_VIN_01( hXMLElement ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementFirstChild ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementNextSibling ( const AIVariable& hXMLElement ) const { S3DX_DECLARE_VIN_01( hXMLElement ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementNextSibling ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementFirstChildWithName ( const AIVariable& hXMLElement, const AIVariable& sName ) const { S3DX_DECLARE_VIN_02( hXMLElement, sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementFirstChildWithName ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable getElementNextSiblingWithName ( const AIVariable& hXMLElement, const AIVariable& sName ) const { S3DX_DECLARE_VIN_02( hXMLElement, sName ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getElementNextSiblingWithName ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable appendElementChild ( const AIVariable& hXMLElement, const AIVariable& sName, const AIVariable& sValue ) const { S3DX_DECLARE_VIN_03( hXMLElement, sName, sValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.appendElementChild ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable insertElementChildAt ( const AIVariable& hXMLElement, const AIVariable& nIndex, const AIVariable& sName, const AIVariable& sValue ) const { S3DX_DECLARE_VIN_04( hXMLElement, nIndex, sName, sValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.insertElementChildAt ( 4, vIn, &vOut ) ; return vOut ; }
inline AIVariable appendElementChildElement ( const AIVariable& hXMLElement, const AIVariable& hChild ) const { S3DX_DECLARE_VIN_02( hXMLElement, hChild ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.appendElementChildElement ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable insertElementChildElementAt ( const AIVariable& hXMLElement, const AIVariable& nIndex, const AIVariable& hChild ) const { S3DX_DECLARE_VIN_03( hXMLElement, nIndex, hChild ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.insertElementChildElementAt ( 3, vIn, &vOut ) ; return vOut ; }
inline void removeElementChildAt ( const AIVariable& hXMLElement, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hXMLElement, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.removeElementChildAt ( 2, vIn, NULL ) ; }
inline void removeElementChild ( const AIVariable& hXMLElement, const AIVariable& hChild ) const { S3DX_DECLARE_VIN_02( hXMLElement, hChild ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.removeElementChild ( 2, vIn, NULL ) ; }
inline AIVariable appendElementAttribute ( const AIVariable& hXMLElement, const AIVariable& sName, const AIVariable& sValue ) const { S3DX_DECLARE_VIN_03( hXMLElement, sName, sValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.appendElementAttribute ( 3, vIn, &vOut ) ; return vOut ; }
inline void removeElementAttributeAt ( const AIVariable& hXMLElement, const AIVariable& nIndex ) const { S3DX_DECLARE_VIN_02( hXMLElement, nIndex ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.removeElementAttributeAt ( 2, vIn, NULL ) ; }
inline void removeElementAttribute ( const AIVariable& hXMLElement, const AIVariable& hAttribute ) const { S3DX_DECLARE_VIN_02( hXMLElement, hAttribute ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.removeElementAttribute ( 2, vIn, NULL ) ; }
inline AIVariable getAttributeName ( const AIVariable& hXMLAttribute ) const { S3DX_DECLARE_VIN_01( hXMLAttribute ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getAttributeName ( 1, vIn, &vOut ) ; return vOut ; }
inline void setAttributeName ( const AIVariable& hXMLAttribute, const AIVariable& sName ) const { S3DX_DECLARE_VIN_02( hXMLAttribute, sName ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.setAttributeName ( 2, vIn, NULL ) ; }
inline AIVariable getAttributeValue ( const AIVariable& hXMLAttribute ) const { S3DX_DECLARE_VIN_01( hXMLAttribute ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getAttributeValue ( 1, vIn, &vOut ) ; return vOut ; }
inline void setAttributeValue ( const AIVariable& hXMLAttribute, const AIVariable& sValue ) const { S3DX_DECLARE_VIN_02( hXMLAttribute, sValue ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.setAttributeValue ( 2, vIn, NULL ) ; }
inline void empty ( const AIVariable& hXML ) const { S3DX_DECLARE_VIN_01( hXML ) ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.empty ( 1, vIn, NULL ) ; }
inline AIVariable toString ( const AIVariable& hXMLElement ) const { S3DX_DECLARE_VIN_01( hXMLElement ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.toString ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable createFromString ( const AIVariable& hXML, const AIVariable& sValue ) const { S3DX_DECLARE_VIN_02( hXML, sValue ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.createFromString ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable send ( const AIVariable& hXML, const AIVariable& sURI ) const { S3DX_DECLARE_VIN_02( hXML, sURI ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.send ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable receive ( const AIVariable& hXML, const AIVariable& sURI ) const { S3DX_DECLARE_VIN_02( hXML, sURI ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.receive ( 2, vIn, &vOut ) ; return vOut ; }
inline AIVariable receive ( const AIVariable& hXML, const AIVariable& sURI, const AIVariable& sOptionalHeader ) const { S3DX_DECLARE_VIN_03( hXML, sURI, sOptionalHeader ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.receive ( 3, vIn, &vOut ) ; return vOut ; }
inline AIVariable getSendStatus ( const AIVariable& hXML ) const { S3DX_DECLARE_VIN_01( hXML ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getSendStatus ( 1, vIn, &vOut ) ; return vOut ; }
inline AIVariable getReceiveStatus ( const AIVariable& hXML ) const { S3DX_DECLARE_VIN_01( hXML ) ; AIVariable vOut ; S3DX_MODULE_GUID::__pS3DXEAPIMI->xml.getReceiveStatus ( 1, vIn, &vOut ) ; return vOut ; }
} ;
//---------------------------------------------------------------------
// Variables
//
AnimationCallbacks animation ;
ApplicationCallbacks application ;
CacheCallbacks cache ;
CameraCallbacks camera ;
DebugCallbacks debug ;
DynamicsCallbacks dynamics ;
GroupCallbacks group ;
HashtableCallbacks hashtable ;
HudCallbacks hud ;
InputCallbacks input ;
LightCallbacks light ;
LogCallbacks log ;
MathCallbacks math ;
MeshCallbacks mesh ;
MicrophoneCallbacks microphone ;
MusicCallbacks music ;
NavigationCallbacks navigation ;
NetworkCallbacks network ;
ObjectCallbacks object ;
PixelmapCallbacks pixelmap ;
ProjectorCallbacks projector ;
SceneCallbacks scene ;
SensorCallbacks sensor ;
ServerCallbacks server ;
SessionCallbacks session ;
SfxCallbacks sfx ;
ShapeCallbacks shape ;
SoundCallbacks sound ;
StringCallbacks string ;
SystemCallbacks system ;
TableCallbacks table ;
UserCallbacks user ;
VideoCallbacks video ;
XmlCallbacks xml ;
} ;
// Top level API declaration
//
extern AIEngineAPI::AnimationPackage animation ;
extern AIEngineAPI::ApplicationPackage application ;
extern AIEngineAPI::CachePackage cache ;
extern AIEngineAPI::CameraPackage camera ;
extern AIEngineAPI::DebugPackage debug ;
extern AIEngineAPI::DynamicsPackage dynamics ;
extern AIEngineAPI::GroupPackage group ;
extern AIEngineAPI::HashtablePackage hashtable ;
extern AIEngineAPI::HudPackage hud ;
extern AIEngineAPI::InputPackage input ;
extern AIEngineAPI::LightPackage light ;
extern AIEngineAPI::LogPackage log ;
extern AIEngineAPI::MathPackage math ;
extern AIEngineAPI::MeshPackage mesh ;
extern AIEngineAPI::MicrophonePackage microphone ;
extern AIEngineAPI::MusicPackage music ;
extern AIEngineAPI::NavigationPackage navigation ;
extern AIEngineAPI::NetworkPackage network ;
extern AIEngineAPI::ObjectPackage object ;
extern AIEngineAPI::PixelmapPackage pixelmap ;
extern AIEngineAPI::ProjectorPackage projector ;
extern AIEngineAPI::ScenePackage scene ;
extern AIEngineAPI::SensorPackage sensor ;
extern AIEngineAPI::ServerPackage server ;
extern AIEngineAPI::SessionPackage session ;
extern AIEngineAPI::SfxPackage sfx ;
extern AIEngineAPI::ShapePackage shape ;
extern AIEngineAPI::SoundPackage sound ;
extern AIEngineAPI::StringPackage string ;
extern AIEngineAPI::SystemPackage system ;
extern AIEngineAPI::TablePackage table ;
extern AIEngineAPI::UserPackage user ;
extern AIEngineAPI::VideoPackage video ;
extern AIEngineAPI::XmlPackage xml ;
}
//-----------------------------------------------------------------------------
#define S3DX_REGISTER_AIENGINEAPI_CALLBACK( __iCallbackID, __pCallback ) \
\
switch ( __iCallbackID ) \
{ \
case S3DX::AIEngineAPI::CallbackID_animation_setCurrentClip : animation.setCurrentClip = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getCurrentClip : animation.getCurrentClip = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setPlaybackSpeed : animation.setPlaybackSpeed = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getPlaybackSpeed : animation.getPlaybackSpeed = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setPlaybackLevel : animation.setPlaybackLevel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getPlaybackLevel : animation.getPlaybackLevel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setPlaybackKeyFrameBegin : animation.setPlaybackKeyFrameBegin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getPlaybackKeyFrameBegin : animation.getPlaybackKeyFrameBegin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setPlaybackKeyFrameEnd : animation.setPlaybackKeyFrameEnd = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getPlaybackKeyFrameEnd : animation.getPlaybackKeyFrameEnd = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setPlaybackMode : animation.setPlaybackMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getPlaybackMode : animation.getPlaybackMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setPlaybackCursor : animation.setPlaybackCursor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getPlaybackCursor : animation.getPlaybackCursor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_matchPlaybackCursor : animation.matchPlaybackCursor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setSkeletonScale : animation.setSkeletonScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getSkeletonScale : animation.getSkeletonScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setObjectChannel : animation.setObjectChannel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getClipKeyFrameRangeMin : animation.getClipKeyFrameRangeMin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getClipKeyFrameRangeMax : animation.getClipKeyFrameRangeMax = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getClipName : animation.getClipName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setPlaybackIgnoreNotAnimatedChannels : animation.setPlaybackIgnoreNotAnimatedChannels = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getPlaybackIgnoreNotAnimatedChannels : animation.getPlaybackIgnoreNotAnimatedChannels = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_setPlaybackIgnoreIfCursorOutOfRange : animation.setPlaybackIgnoreIfCursorOutOfRange = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_animation_getPlaybackIgnoreIfCursorOutOfRange : animation.getPlaybackIgnoreIfCursorOutOfRange = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_application_getName : application.getName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getPackDirectory : application.getPackDirectory = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getUserCount : application.getUserCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getUserAt : application.getUserAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getUser : application.getUser = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUser : application.getCurrentUser = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserScene : application.getCurrentUserScene = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserSceneName : application.getCurrentUserSceneName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setCurrentUserScene : application.setCurrentUserScene = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserSceneTaggedObject : application.getCurrentUserSceneTaggedObject = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserAIVariable : application.getCurrentUserAIVariable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setCurrentUserAIVariable : application.setCurrentUserAIVariable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserAIState : application.getCurrentUserAIState = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_playOverlayExternalMovie : application.playOverlayExternalMovie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_playOverlayMovie : application.playOverlayMovie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_stopOverlayMovie : application.stopOverlayMovie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_isOverlayMoviePlaying : application.isOverlayMoviePlaying = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_startCurrentUserScenePreloading : application.startCurrentUserScenePreloading = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserScenePreloadingStatus : application.getCurrentUserScenePreloadingStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_forceModelToStayLoaded : application.forceModelToStayLoaded = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_forceResourceToStayLoaded : application.forceResourceToStayLoaded = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_isModelLoaded : application.isModelLoaded = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_isResourceLoaded : application.isResourceLoaded = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserMainCamera : application.getCurrentUserMainCamera = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserActiveCamera : application.getCurrentUserActiveCamera = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setCurrentUserActiveCamera : application.setCurrentUserActiveCamera = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_resetCurrentUserActiveCamera : application.resetCurrentUserActiveCamera = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserViewportAspectRatio : application.getCurrentUserViewportAspectRatio = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserViewportWidth : application.getCurrentUserViewportWidth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserViewportHeight : application.getCurrentUserViewportHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_saveCurrentUserViewportToTexture : application.saveCurrentUserViewportToTexture = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserEnvironmentVariableCount : application.getCurrentUserEnvironmentVariableCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserEnvironmentVariableNameAt : application.getCurrentUserEnvironmentVariableNameAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setCurrentUserEnvironmentVariable : application.setCurrentUserEnvironmentVariable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserEnvironmentVariable : application.getCurrentUserEnvironmentVariable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_unsetCurrentUserEnvironmentVariable : application.unsetCurrentUserEnvironmentVariable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_clearCurrentUserEnvironment : application.clearCurrentUserEnvironment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_saveCurrentUserEnvironment : application.saveCurrentUserEnvironment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setCurrentUserEnvironmentName : application.setCurrentUserEnvironmentName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserEnvironmentName : application.getCurrentUserEnvironmentName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setCurrentUserEnvironmentTitle : application.setCurrentUserEnvironmentTitle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setCurrentUserEnvironmentDescription : application.setCurrentUserEnvironmentDescription = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_loadCurrentUserEnvironment : application.loadCurrentUserEnvironment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserEnvironmentVariableStatus : application.getCurrentUserEnvironmentVariableStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_saveCurrentUserEnvironmentVariable : application.saveCurrentUserEnvironmentVariable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_loadCurrentUserEnvironmentVariable : application.loadCurrentUserEnvironmentVariable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setCurrentUserEnvironmentURL : application.setCurrentUserEnvironmentURL = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getCurrentUserEnvironmentURL : application.getCurrentUserEnvironmentURL = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_checkCurrentUserEnvironmentLocalStorageDevice : application.checkCurrentUserEnvironmentLocalStorageDevice = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_checkCurrentUserEnvironmentLocalStorageSpace : application.checkCurrentUserEnvironmentLocalStorageSpace = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_checkCurrentUserEnvironmentLocalStorageWriteAccess : application.checkCurrentUserEnvironmentLocalStorageWriteAccess = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_checkCurrentUserEnvironmentLocalStorageExistence : application.checkCurrentUserEnvironmentLocalStorageExistence = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_checkCurrentUserEnvironmentLocalStorageValidity : application.checkCurrentUserEnvironmentLocalStorageValidity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getLastFrameTime : application.getLastFrameTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getAverageFrameTime : application.getAverageFrameTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setMinFrameTime : application.setMinFrameTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setMaxFrameTime : application.setMaxFrameTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getTotalFrameTime : application.getTotalFrameTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_resetTotalFrameTime : application.resetTotalFrameTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_resetAverageFrameTime : application.resetAverageFrameTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setFrameTimeFactor : application.setFrameTimeFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getFrameTimeFactor : application.getFrameTimeFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_setOption : application.setOption = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_getOption : application.getOption = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_restart : application.restart = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_quit : application.quit = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_application_mightBeCracked : application.mightBeCracked = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_cache_addFile : cache.addFile = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_addStreamFile : cache.addStreamFile = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_getFileStatus : cache.getFileStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_pauseFileReceiving : cache.pauseFileReceiving = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_resumeFileReceiving : cache.resumeFileReceiving = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_cancelFileReceiving : cache.cancelFileReceiving = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_sendFile : cache.sendFile = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_getFileSendStatus : cache.getFileSendStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_removeFile : cache.removeFile = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_getFileProperty : cache.getFileProperty = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_getFileContentAsString : cache.getFileContentAsString = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_copyFileContent : cache.copyFileContent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_createFile : cache.createFile = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_cache_empty : cache.empty = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_camera_setFieldOfView : camera.setFieldOfView = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getFieldOfView : camera.getFieldOfView = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setMinViewDistance : camera.setMinViewDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getMinViewDistance : camera.getMinViewDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setMaxViewDistance : camera.setMaxViewDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getMaxViewDistance : camera.getMaxViewDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_projectPoint : camera.projectPoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_unprojectPoint : camera.unprojectPoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_isPointInFrustum : camera.isPointInFrustum = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_isSphereInFrustum : camera.isSphereInFrustum = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setAspectRatioScale : camera.setAspectRatioScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getAspectRatioScale : camera.getAspectRatioScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setMotionBlurFactor : camera.setMotionBlurFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getMotionBlurFactor : camera.getMotionBlurFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setVelocityBlurFactor : camera.setVelocityBlurFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getVelocityBlurFactor : camera.getVelocityBlurFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setDepthBlurFactor : camera.setDepthBlurFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getDepthBlurFactor : camera.getDepthBlurFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setDepthBlurFocusRangeMin : camera.setDepthBlurFocusRangeMin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getDepthBlurFocusRangeMin : camera.getDepthBlurFocusRangeMin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setDepthBlurFocusRangeMax : camera.setDepthBlurFocusRangeMax = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getDepthBlurFocusRangeMax : camera.getDepthBlurFocusRangeMax = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setDistortionFactor : camera.setDistortionFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getDistortionFactor : camera.getDistortionFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setDistortionAmplitude : camera.setDistortionAmplitude = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getDistortionAmplitude : camera.getDistortionAmplitude = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setDistortionFrequency : camera.setDistortionFrequency = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getDistortionFrequency : camera.getDistortionFrequency = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_setDistortionTiling : camera.setDistortionTiling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_camera_getDistortionTiling : camera.getDistortionTiling = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_debug_drawLine : debug.drawLine = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_debug_getTotalMemoryUsed : debug.getTotalMemoryUsed = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_dynamics_getBodyType : dynamics.getBodyType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_createSphereBody : dynamics.createSphereBody = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_createBoxBody : dynamics.createBoxBody = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_createCapsuleBody : dynamics.createCapsuleBody = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_createCompositeBody : dynamics.createCompositeBody = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_addCompositeBodySphereGeometry : dynamics.addCompositeBodySphereGeometry = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_addCompositeBodyBoxGeometry : dynamics.addCompositeBodyBoxGeometry = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_addCompositeBodyCapsuleGeometry : dynamics.addCompositeBodyCapsuleGeometry = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_finalizeCompositeBody : dynamics.finalizeCompositeBody = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_destroyBody : dynamics.destroyBody = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setOffset : dynamics.setOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getOffset : dynamics.getOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setMass : dynamics.setMass = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getMass : dynamics.getMass = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setFriction : dynamics.setFriction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getFriction : dynamics.getFriction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setBounce : dynamics.setBounce = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getBounce : dynamics.getBounce = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setBounceThreshold : dynamics.setBounceThreshold = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getBounceThreshold : dynamics.getBounceThreshold = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setLinearDamping : dynamics.setLinearDamping = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setLinearDampingEx : dynamics.setLinearDampingEx = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getLinearDamping : dynamics.getLinearDamping = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setAngularDamping : dynamics.setAngularDamping = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setAngularDampingEx : dynamics.setAngularDampingEx = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getAngularDamping : dynamics.getAngularDamping = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_addForce : dynamics.addForce = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_addTorque : dynamics.addTorque = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_addLinearImpulse : dynamics.addLinearImpulse = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_addAngularImpulse : dynamics.addAngularImpulse = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getAngularVelocity : dynamics.getAngularVelocity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setAngularVelocity : dynamics.setAngularVelocity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setAngularSpeedLimit : dynamics.setAngularSpeedLimit = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getLinearVelocity : dynamics.getLinearVelocity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setLinearVelocity : dynamics.setLinearVelocity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getLinearSpeed : dynamics.getLinearSpeed = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setLinearSpeedLimit : dynamics.setLinearSpeedLimit = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setGuardBox : dynamics.setGuardBox = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_enableDynamics : dynamics.enableDynamics = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_enableCollisions : dynamics.enableCollisions = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_enableRotations : dynamics.enableRotations = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_enableGuardBox : dynamics.enableGuardBox = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_enableGravity : dynamics.enableGravity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_enableAutoIdle : dynamics.enableAutoIdle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setAutoIdleLinearThreshold : dynamics.setAutoIdleLinearThreshold = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setAutoIdleAngularThreshold : dynamics.setAutoIdleAngularThreshold = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setAutoIdleTime : dynamics.setAutoIdleTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setIdle : dynamics.setIdle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_isIdle : dynamics.isIdle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getLastCollisionTime : dynamics.getLastCollisionTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getLastCollisionContactCount : dynamics.getLastCollisionContactCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getLastCollisionContactPositionAt : dynamics.getLastCollisionContactPositionAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_getLastCollisionContactNormalAt : dynamics.getLastCollisionContactNormalAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_createBallJoint : dynamics.createBallJoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_createSliderJoint : dynamics.createSliderJoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_createHingeJoint : dynamics.createHingeJoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_createHinge2Joint : dynamics.createHinge2Joint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_createUniversalJoint : dynamics.createUniversalJoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_destroyJoint : dynamics.destroyJoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setBallJointAnchor : dynamics.setBallJointAnchor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setSliderJointAxis : dynamics.setSliderJointAxis = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHingeJointAnchor : dynamics.setHingeJointAnchor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHingeJointAxis : dynamics.setHingeJointAxis = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHingeJointAxisAngleLimitMin : dynamics.setHingeJointAxisAngleLimitMin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHingeJointAxisAngleLimitMax : dynamics.setHingeJointAxisAngleLimitMax = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHingeJointAxisAngleLimitERP : dynamics.setHingeJointAxisAngleLimitERP = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHingeJointAxisAngleLimitCFM : dynamics.setHingeJointAxisAngleLimitCFM = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAnchor : dynamics.setHinge2JointAnchor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis1 : dynamics.setHinge2JointAxis1 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis2 : dynamics.setHinge2JointAxis2 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis1AngleLimitMin : dynamics.setHinge2JointAxis1AngleLimitMin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis1AngleLimitMax : dynamics.setHinge2JointAxis1AngleLimitMax = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis1AngleLimitERP : dynamics.setHinge2JointAxis1AngleLimitERP = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis1AngleLimitCFM : dynamics.setHinge2JointAxis1AngleLimitCFM = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis2MotorSpeedLimit : dynamics.setHinge2JointAxis2MotorSpeedLimit = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis2MotorAcceleration : dynamics.setHinge2JointAxis2MotorAcceleration = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis1SuspensionERP : dynamics.setHinge2JointAxis1SuspensionERP = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setHinge2JointAxis1SuspensionCFM : dynamics.setHinge2JointAxis1SuspensionCFM = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAnchor : dynamics.setUniversalJointAnchor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis1 : dynamics.setUniversalJointAxis1 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis2 : dynamics.setUniversalJointAxis2 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis1AngleLimitMin : dynamics.setUniversalJointAxis1AngleLimitMin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis1AngleLimitMax : dynamics.setUniversalJointAxis1AngleLimitMax = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis1AngleLimitERP : dynamics.setUniversalJointAxis1AngleLimitERP = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis1AngleLimitCFM : dynamics.setUniversalJointAxis1AngleLimitCFM = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis2AngleLimitMin : dynamics.setUniversalJointAxis2AngleLimitMin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis2AngleLimitMax : dynamics.setUniversalJointAxis2AngleLimitMax = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis2AngleLimitERP : dynamics.setUniversalJointAxis2AngleLimitERP = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_dynamics_setUniversalJointAxis2AngleLimitCFM : dynamics.setUniversalJointAxis2AngleLimitCFM = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_group_getSubObjectCount : group.getSubObjectCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_group_getSubObjectAt : group.getSubObjectAt = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_hashtable_isEmpty : hashtable.isEmpty = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_getSize : hashtable.getSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_get : hashtable.get = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_getIndex : hashtable.getIndex = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_getAt : hashtable.getAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_getKeyAt : hashtable.getKeyAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_set : hashtable.set = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_empty : hashtable.empty = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_add : hashtable.add = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_remove : hashtable.remove = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hashtable_contains : hashtable.contains = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_hud_checkValidity : hud.checkValidity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_newTemplateInstance : hud.newTemplateInstance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_destroyTemplateInstance : hud.destroyTemplateInstance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_newComponent : hud.newComponent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_newAction : hud.newAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_newTimer : hud.newTimer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_destroyComponent : hud.destroyComponent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_destroyAction : hud.destroyAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_destroyTimer : hud.destroyTimer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentCount : hud.getComponentCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getActionCount : hud.getActionCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getTimerCount : hud.getTimerCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentAt : hud.getComponentAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getActionAt : hud.getActionAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getTimerAt : hud.getTimerAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setInitialAction : hud.setInitialAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setDefaultFont : hud.setDefaultFont = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getDefaultFontName : hud.getDefaultFontName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setDefaultTextShadowColor : hud.setDefaultTextShadowColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getDefaultTextShadowColor : hud.getDefaultTextShadowColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponent : hud.getComponent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getAction : hud.getAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setFocus : hud.setFocus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setSoundBank : hud.setSoundBank = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getSoundBankName : hud.getSoundBankName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_playSound : hud.playSound = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_pauseSound : hud.pauseSound = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_resumeSound : hud.resumeSound = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_stopSound : hud.stopSound = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_stopAllSounds : hud.stopAllSounds = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setSoundVolume : hud.setSoundVolume = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getSoundPlaybackProgress : hud.getSoundPlaybackProgress = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isSoundPlaying : hud.isSoundPlaying = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isSoundPaused : hud.isSoundPaused = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCursorVisible : hud.setCursorVisible = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCursorPosition : hud.setCursorPosition = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCursorPosition : hud.getCursorPosition = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_forceCursorShape : hud.forceCursorShape = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentType : hud.getComponentType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentZOrder : hud.setComponentZOrder = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentZOrder : hud.getComponentZOrder = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentContainer : hud.setComponentContainer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentContainer : hud.getComponentContainer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentOrigin : hud.setComponentOrigin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentOrigin : hud.getComponentOrigin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentOffscreenOutput : hud.setComponentOffscreenOutput = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentPosition : hud.setComponentPosition = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentPosition : hud.getComponentPosition = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentSize : hud.setComponentSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentSize : hud.getComponentSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentRotation : hud.setComponentRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentRotation : hud.getComponentRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentOpacity : hud.setComponentOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentOpacity : hud.getComponentOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentVisible : hud.setComponentVisible = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentActive : hud.setComponentActive = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentBackgroundImage : hud.setComponentBackgroundImage = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentBackgroundImageName : hud.getComponentBackgroundImageName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentBackgroundColor : hud.setComponentBackgroundColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentBackgroundColor : hud.getComponentBackgroundColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentForegroundColor : hud.setComponentForegroundColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentForegroundColor : hud.getComponentForegroundColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentBorderColor : hud.setComponentBorderColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentBorderColor : hud.getComponentBorderColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentFillMode : hud.setComponentFillMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentFillMode : hud.getComponentFillMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentBlendMode : hud.setComponentBlendMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentBlendMode : hud.getComponentBlendMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentShapeType : hud.setComponentShapeType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentShapeType : hud.getComponentShapeType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentShapeRoundRectangleCornerRadius : hud.setComponentShapeRoundRectangleCornerRadius = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentShapeRoundRectangleCornerRadius : hud.getComponentShapeRoundRectangleCornerRadius = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentOpacityWaveModifier : hud.setComponentOpacityWaveModifier = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentAspectInvariant : hud.setComponentAspectInvariant = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentIgnoredByMouse : hud.setComponentIgnoredByMouse = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentAdjustedToNearestPixels : hud.setComponentAdjustedToNearestPixels = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_addComponentEventHandler : hud.addComponentEventHandler = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_removeComponentEventHandler : hud.removeComponentEventHandler = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentScreenSpaceCenter : hud.getComponentScreenSpaceCenter = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentScreenSpaceBottomLeftCorner : hud.getComponentScreenSpaceBottomLeftCorner = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentScreenSpaceTopLeftCorner : hud.getComponentScreenSpaceTopLeftCorner = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentScreenSpaceBottomRightCorner : hud.getComponentScreenSpaceBottomRightCorner = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentScreenSpaceTopRightCorner : hud.getComponentScreenSpaceTopRightCorner = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_matchComponentScreenSpaceCenter : hud.matchComponentScreenSpaceCenter = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_matchComponentScreenSpaceBottomLeftCorner : hud.matchComponentScreenSpaceBottomLeftCorner = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_matchComponentScreenSpaceTopLeftCorner : hud.matchComponentScreenSpaceTopLeftCorner = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_matchComponentScreenSpaceBottomRightCorner : hud.matchComponentScreenSpaceBottomRightCorner = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_matchComponentScreenSpaceTopRightCorner : hud.matchComponentScreenSpaceTopRightCorner = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentBackgroundImageUVOffset : hud.setComponentBackgroundImageUVOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentBackgroundImageUVOffset : hud.getComponentBackgroundImageUVOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentBackgroundImageUVScale : hud.setComponentBackgroundImageUVScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentBackgroundImageUVScale : hud.getComponentBackgroundImageUVScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setComponentBackgroundImageAddressingMode : hud.setComponentBackgroundImageAddressingMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentBackgroundImageAddressingMode : hud.getComponentBackgroundImageAddressingMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isComponentVisible : hud.isComponentVisible = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isComponentActive : hud.isComponentActive = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentTag : hud.getComponentTag = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setLabelText : hud.setLabelText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelText : hud.getLabelText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setLabelTextHeight : hud.setLabelTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelTextHeight : hud.getLabelTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setLabelTextLetterSpacing : hud.setLabelTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelTextLetterSpacing : hud.getLabelTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setLabelTextLineSpacing : hud.setLabelTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelTextLineSpacing : hud.getLabelTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setLabelTextAlignment : hud.setLabelTextAlignment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelTextAlignment : hud.getLabelTextAlignment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setLabelTextCase : hud.setLabelTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelTextCase : hud.getLabelTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setLabelTextEncoding : hud.setLabelTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelTextEncoding : hud.getLabelTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setLabelTextDirection : hud.setLabelTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelTextDirection : hud.getLabelTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setLabelFont : hud.setLabelFont = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelFontName : hud.getLabelFontName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableLabelTextAntialiasing : hud.enableLabelTextAntialiasing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isLabelTextAntialiasingEnabled : hud.isLabelTextAntialiasingEnabled = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getLabelTextTotalLineCount : hud.getLabelTextTotalLineCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditText : hud.setEditText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditText : hud.getEditText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditTextHeight : hud.setEditTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditTextHeight : hud.getEditTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditTextLetterSpacing : hud.setEditTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditTextLetterSpacing : hud.getEditTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditTextLineSpacing : hud.setEditTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditTextLineSpacing : hud.getEditTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditTextAlignment : hud.setEditTextAlignment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditTextAlignment : hud.getEditTextAlignment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditTextCase : hud.setEditTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditTextCase : hud.getEditTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditTextEncoding : hud.setEditTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditTextEncoding : hud.getEditTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditTextDirection : hud.setEditTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditTextDirection : hud.getEditTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditTextMaxLength : hud.setEditTextMaxLength = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditTextMaxLength : hud.getEditTextMaxLength = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditFont : hud.setEditFont = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditFontName : hud.getEditFontName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditOnChangedAction : hud.setEditOnChangedAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setEditSecure : hud.setEditSecure = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isEditSecure : hud.isEditSecure = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableEditTextAntialiasing : hud.enableEditTextAntialiasing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isEditTextAntialiasingEnabled : hud.isEditTextAntialiasingEnabled = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getEditTextTotalLineCount : hud.getEditTextTotalLineCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckText : hud.setCheckText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckText : hud.getCheckText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckTextHeight : hud.setCheckTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckTextHeight : hud.getCheckTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckTextLetterSpacing : hud.setCheckTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckTextLetterSpacing : hud.getCheckTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckTextLineSpacing : hud.setCheckTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckTextLineSpacing : hud.getCheckTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckTextAlignment : hud.setCheckTextAlignment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckTextAlignment : hud.getCheckTextAlignment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckTextCase : hud.setCheckTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckTextCase : hud.getCheckTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckTextEncoding : hud.setCheckTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckTextEncoding : hud.getCheckTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckTextDirection : hud.setCheckTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckTextDirection : hud.getCheckTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckIcons : hud.setCheckIcons = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckFont : hud.setCheckFont = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckFontName : hud.getCheckFontName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckOnCheckedAction : hud.setCheckOnCheckedAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckOnUncheckedAction : hud.setCheckOnUncheckedAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckState : hud.getCheckState = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setCheckState : hud.setCheckState = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableCheckTextAntialiasing : hud.enableCheckTextAntialiasing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isCheckTextAntialiasingEnabled : hud.isCheckTextAntialiasingEnabled = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getCheckTextTotalLineCount : hud.getCheckTextTotalLineCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonText : hud.setButtonText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonText : hud.getButtonText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonTextHeight : hud.setButtonTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonTextHeight : hud.getButtonTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonTextLetterSpacing : hud.setButtonTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonTextLetterSpacing : hud.getButtonTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonTextLineSpacing : hud.setButtonTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonTextLineSpacing : hud.getButtonTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonTextAlignment : hud.setButtonTextAlignment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonTextAlignment : hud.getButtonTextAlignment = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonTextCase : hud.setButtonTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonTextCase : hud.getButtonTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonTextEncoding : hud.setButtonTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonTextEncoding : hud.getButtonTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonTextDirection : hud.setButtonTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonTextDirection : hud.getButtonTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonFont : hud.setButtonFont = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonFontName : hud.getButtonFontName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonOnClickAction : hud.setButtonOnClickAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setButtonOnClickedAction : hud.setButtonOnClickedAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableButtonTextAntialiasing : hud.enableButtonTextAntialiasing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isButtonTextAntialiasingEnabled : hud.isButtonTextAntialiasingEnabled = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getButtonTextTotalLineCount : hud.getButtonTextTotalLineCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setMovieClip : hud.setMovieClip = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setMovieExternalClip : hud.setMovieExternalClip = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getMovieBufferingProgress : hud.getMovieBufferingProgress = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getMoviePlaybackProgress : hud.getMoviePlaybackProgress = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getMoviePlaybackCursor : hud.getMoviePlaybackCursor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setMovieTransparentColor : hud.setMovieTransparentColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_playMovie : hud.playMovie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_pauseMovie : hud.pauseMovie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_stopMovie : hud.stopMovie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setRenderMap : hud.setRenderMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getRenderMapName : hud.getRenderMapName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setPixelMap : hud.setPixelMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getPixelMapName : hud.getPixelMapName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getPixelMap : hud.getPixelMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setProgressValue : hud.setProgressValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getProgressValue : hud.getProgressValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setProgressType : hud.setProgressType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getProgressType : hud.getProgressType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListItemCount : hud.getListItemCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_addListItem : hud.addListItem = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_removeListItemAt : hud.removeListItemAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_selectListItemAt : hud.selectListItemAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_removeListAllItems : hud.removeListAllItems = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_selectListAllItems : hud.selectListAllItems = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListItemTextAt : hud.getListItemTextAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemTextAt : hud.setListItemTextAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemIconAt : hud.setListItemIconAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemsHeight : hud.setListItemsHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListItemsHeight : hud.getListItemsHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemsBackgroundImage : hud.setListItemsBackgroundImage = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListItemsBackgroundImageName : hud.getListItemsBackgroundImageName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemsBackgroundColor : hud.setListItemsBackgroundColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemsBackgroundColorOdd : hud.setListItemsBackgroundColorOdd = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListItemsBackgroundColorOdd : hud.getListItemsBackgroundColorOdd = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemsBackgroundColorEven : hud.setListItemsBackgroundColorEven = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListItemsBackgroundColorEven : hud.getListItemsBackgroundColorEven = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemsBackgroundImageSelected : hud.setListItemsBackgroundImageSelected = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListItemsBackgroundImageSelectedName : hud.getListItemsBackgroundImageSelectedName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemsBackgroundColorSelected : hud.setListItemsBackgroundColorSelected = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListItemsBackgroundColorSelected : hud.getListItemsBackgroundColorSelected = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListItemsForegroundColorSelected : hud.setListItemsForegroundColorSelected = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListItemsForegroundColorSelected : hud.getListItemsForegroundColorSelected = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListTextLeftMargin : hud.setListTextLeftMargin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListTextLeftMargin : hud.getListTextLeftMargin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListTextRightMargin : hud.setListTextRightMargin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListTextRightMargin : hud.getListTextRightMargin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListTextHeight : hud.setListTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListTextHeight : hud.getListTextHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListTextLetterSpacing : hud.setListTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListTextLetterSpacing : hud.getListTextLetterSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListTextLineSpacing : hud.setListTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListTextLineSpacing : hud.getListTextLineSpacing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListTextFont : hud.setListTextFont = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListTextFontName : hud.getListTextFontName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListTextCase : hud.setListTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListTextCase : hud.getListTextCase = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListTextEncoding : hud.setListTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListTextEncoding : hud.getListTextEncoding = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListTextDirection : hud.setListTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListTextDirection : hud.getListTextDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableListTextAntialiasing : hud.enableListTextAntialiasing = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isListTextAntialiasingEnabled : hud.isListTextAntialiasingEnabled = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListColumnCount : hud.getListColumnCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_addListColumn : hud.addListColumn = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListColumnTextAlignmentAt : hud.setListColumnTextAlignmentAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListColumnWidthAt : hud.setListColumnWidthAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableListSelection : hud.enableListSelection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableListSingleSelection : hud.enableListSingleSelection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableListSingleSelectionToggling : hud.enableListSingleSelectionToggling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableListSmoothScrolling : hud.enableListSmoothScrolling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableListFingerScrolling : hud.enableListFingerScrolling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enableListMouseWheelHandling : hud.enableListMouseWheelHandling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListSelectedItemCount : hud.getListSelectedItemCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListSelectedItemAt : hud.getListSelectedItemAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListVerticalScrollPos : hud.setListVerticalScrollPos = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getListVerticalScrollPos : hud.getListVerticalScrollPos = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListVerticalScrollBarWidth : hud.setListVerticalScrollBarWidth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListVerticalScrollBarArrowHeight : hud.setListVerticalScrollBarArrowHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListScrollBarBackgroundColor : hud.setListScrollBarBackgroundColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListScrollBarForegroundColor : hud.setListScrollBarForegroundColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListScrollBarArrowColor : hud.setListScrollBarArrowColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListScrollBarBackgroundImages : hud.setListScrollBarBackgroundImages = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListScrollBarForegroundImages : hud.setListScrollBarForegroundImages = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListScrollBarArrowImages : hud.setListScrollBarArrowImages = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setListOnSelectionChangedAction : hud.setListOnSelectionChangedAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setSliderType : hud.setSliderType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getSliderType : hud.getSliderType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setSliderRange : hud.setSliderRange = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getSliderRange : hud.getSliderRange = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setSliderValue : hud.setSliderValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getSliderValue : hud.getSliderValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setSliderThumbImage : hud.setSliderThumbImage = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setSliderOnChangedAction : hud.setSliderOnChangedAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_beginActionCommand : hud.beginActionCommand = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_pushActionCommandArgument : hud.pushActionCommandArgument = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_pushActionCommandRuntimeArgument : hud.pushActionCommandRuntimeArgument = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_endActionCommand : hud.endActionCommand = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setTimerOnTickAction : hud.setTimerOnTickAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_setTimerTickTime : hud.setTimerTickTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_callAction : hud.callAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_stopAction : hud.stopAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_pauseAction : hud.pauseAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_resumeAction : hud.resumeAction = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_stopAllActions : hud.stopAllActions = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_pauseAllActions : hud.pauseAllActions = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_resumeAllActions : hud.resumeAllActions = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isActionRunning : hud.isActionRunning = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_isActionPaused : hud.isActionPaused = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getUnderCursorComponent : hud.getUnderCursorComponent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getUnderCursorListItem : hud.getUnderCursorListItem = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getFocusedComponent : hud.getFocusedComponent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_enterModalMode : hud.enterModalMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_leaveModalMode : hud.leaveModalMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_hud_getComponentAtPoint : hud.getComponentAtPoint = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_input_setJoypadVibrationsMagnitude : input.setJoypadVibrationsMagnitude = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_input_getJoypadType : input.getJoypadType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_input_enableJoypadMotionSensors : input.enableJoypadMotionSensors = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_input_enableJoypadIRMotionSensors : input.enableJoypadIRMotionSensors = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_input_enableMultiTouch : input.enableMultiTouch = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_input_enableVirtualMouse : input.enableVirtualMouse = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_input_setVirtualMousePosition : input.setVirtualMousePosition = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_input_setVirtualMouseButtonDown : input.setVirtualMouseButtonDown = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_light_getType : light.getType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_light_isDynamic : light.isDynamic = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_light_isActive : light.isActive = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_light_setActive : light.setActive = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_light_setColor : light.setColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_light_getColor : light.getColor = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_log_message : log.message = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_log_warning : log.warning = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_log_error : log.error = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_math_clamp : math.clamp = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_interpolate : math.interpolate = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_sin : math.sin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_cos : math.cos = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_tan : math.tan = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_asin : math.asin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_acos : math.acos = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_atan : math.atan = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_atan2 : math.atan2 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_min : math.min = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_max : math.max = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_sqrt : math.sqrt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_resetRandomSeed : math.resetRandomSeed = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_random : math.random = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_gaussianRandom : math.gaussianRandom = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_pow : math.pow = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_floor : math.floor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_trunc : math.trunc = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_roundToNearestInteger : math.roundToNearestInteger = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_roundToNearestPowerOfTwo : math.roundToNearestPowerOfTwo = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_ceil : math.ceil = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_abs : math.abs = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_mod : math.mod = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_log : math.log = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_log10 : math.log10 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_evaluateBSpline : math.evaluateBSpline = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_evaluateBezier : math.evaluateBezier = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_evaluateCatmullRom : math.evaluateCatmullRom = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_computeRayPlaneIntersection : math.computeRayPlaneIntersection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_computeRaySphereIntersection : math.computeRaySphereIntersection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_computeRayAABoxIntersection : math.computeRayAABoxIntersection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorAdd : math.vectorAdd = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorSubtract : math.vectorSubtract = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorDotProduct : math.vectorDotProduct = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorCrossProduct : math.vectorCrossProduct = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorNormalize : math.vectorNormalize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorLength : math.vectorLength = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorScale : math.vectorScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorInterpolate : math.vectorInterpolate = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorReflect : math.vectorReflect = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_math_vectorSetLength : math.vectorSetLength = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_mesh_getSubsetCount : mesh.getSubsetCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_getSubsetVertexCount : mesh.getSubsetVertexCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_getSubsetIndexCount : mesh.getSubsetIndexCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_getSubsetLODCount : mesh.getSubsetLODCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_addSubset : mesh.addSubset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_removeSubset : mesh.removeSubset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_createSubsetVertexBuffer : mesh.createSubsetVertexBuffer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_destroySubsetVertexBuffer : mesh.destroySubsetVertexBuffer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_createSubsetIndexBuffer : mesh.createSubsetIndexBuffer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_destroySubsetIndexBuffer : mesh.destroySubsetIndexBuffer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_lockSubsetVertexBuffer : mesh.lockSubsetVertexBuffer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_unlockSubsetVertexBuffer : mesh.unlockSubsetVertexBuffer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_lockSubsetIndexBuffer : mesh.lockSubsetIndexBuffer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_unlockSubsetIndexBuffer : mesh.unlockSubsetIndexBuffer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_setSubsetVertexPosition : mesh.setSubsetVertexPosition = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_getSubsetVertexPosition : mesh.getSubsetVertexPosition = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_setSubsetVertexNormal : mesh.setSubsetVertexNormal = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_getSubsetVertexNormal : mesh.getSubsetVertexNormal = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_setSubsetVertexTexCoord : mesh.setSubsetVertexTexCoord = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_getSubsetVertexTexCoord : mesh.getSubsetVertexTexCoord = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_setSubsetIndexValue : mesh.setSubsetIndexValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_getSubsetIndexValue : mesh.getSubsetIndexValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_getResourceHandle : mesh.getResourceHandle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_setSubsetVertexBufferDynamic : mesh.setSubsetVertexBufferDynamic = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_isSubsetVertexBufferDynamic : mesh.isSubsetVertexBufferDynamic = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_setSubsetIndexBufferDynamic : mesh.setSubsetIndexBufferDynamic = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_isSubsetIndexBufferDynamic : mesh.isSubsetIndexBufferDynamic = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_computeSubsetVertexNormals : mesh.computeSubsetVertexNormals = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_computeSubsetVertexTangents : mesh.computeSubsetVertexTangents = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_mesh_updateBoundingVolumes : mesh.updateBoundingVolumes = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_microphone_setRate : microphone.setRate = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_enable : microphone.enable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_getActivityLevel : microphone.getActivityLevel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_enableSpectrumAnalyzer : microphone.enableSpectrumAnalyzer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_setSpectrumWidth : microphone.setSpectrumWidth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_getSpectrumWidth : microphone.getSpectrumWidth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_getSpectrumLevels : microphone.getSpectrumLevels = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_setRecordingQuality : microphone.setRecordingQuality = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_startRecordingAsMusic : microphone.startRecordingAsMusic = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_stopRecording : microphone.stopRecording = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_startDiffusion : microphone.startDiffusion = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_stopDiffusion : microphone.stopDiffusion = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_addUserToDiffusionList : microphone.addUserToDiffusionList = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_removeUserFromDiffusionList : microphone.removeUserFromDiffusionList = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_isUserInDiffusionList : microphone.isUserInDiffusionList = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_emptyDiffusionList : microphone.emptyDiffusionList = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_getDiffusionListUserCount : microphone.getDiffusionListUserCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_microphone_getDiffusionListUserIDAt : microphone.getDiffusionListUserIDAt = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_music_play : music.play = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_music_stop : music.stop = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_music_setVolume : music.setVolume = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_music_getPlaybackProgress : music.getPlaybackProgress = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_music_playAdditional : music.playAdditional = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_navigation_setTargetNode : navigation.setTargetNode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_setAcceleration : navigation.setAcceleration = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getAcceleration : navigation.getAcceleration = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_setSpeedLimit : navigation.setSpeedLimit = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getSpeedLimit : navigation.getSpeedLimit = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_setHeightOffset : navigation.setHeightOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getHeightOffset : navigation.getHeightOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getNode : navigation.getNode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getTargetNode : navigation.getTargetNode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getTargetNodeDistance : navigation.getTargetNodeDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getSpeed : navigation.getSpeed = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getVelocity : navigation.getVelocity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_setRandomTargetNode : navigation.setRandomTargetNode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_setNearestTargetNode : navigation.setNearestTargetNode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_setNearestNode : navigation.setNearestNode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_setPathMaxLength : navigation.setPathMaxLength = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getPathMaxLength : navigation.getPathMaxLength = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getPathNodeCount : navigation.getPathNodeCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getPathNodeAt : navigation.getPathNodeAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_enableNodesInBox : navigation.enableNodesInBox = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_enableNode : navigation.enableNode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_getNodeTranslation : navigation.getNodeTranslation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_isNodeOnBorder : navigation.isNodeOnBorder = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_navigation_isNodeEnabled : navigation.isNodeEnabled = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_network_authenticate : network.authenticate = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_network_disconnect : network.disconnect = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_network_getStatus : network.getStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_network_getServerCount : network.getServerCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_network_getServerNameAt : network.getServerNameAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_network_setCurrentServer : network.setCurrentServer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_network_getCurrentServer : network.getCurrentServer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_network_createServer : network.createServer = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_network_searchForServers : network.searchForServers = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_object_getHashCode : object.getHashCode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_isEqualTo : object.isEqualTo = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_isKindOf : object.isKindOf = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_hasController : object.hasController = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getScene : object.getScene = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getParent : object.getParent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setParent : object.setParent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getModelName : object.getModelName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_enableDistanceClipping : object.enableDistanceClipping = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setDistanceClippingThresholds : object.setDistanceClippingThresholds = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setDistanceClippingFadeTime : object.setDistanceClippingFadeTime = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setCanBeReflected : object.setCanBeReflected = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setCanBeRefracted : object.setCanBeRefracted = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_canBeReflected : object.canBeReflected = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_canBeRefracted : object.canBeRefracted = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_sendEvent : object.sendEvent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_postEvent : object.postEvent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setTransformOption : object.setTransformOption = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getTransformOption : object.getTransformOption = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getTranslation : object.getTranslation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getRotation : object.getRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getScale : object.getScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getDirection : object.getDirection = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getXAxis : object.getXAxis = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getYAxis : object.getYAxis = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getZAxis : object.getZAxis = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_resetTranslation : object.resetTranslation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_matchTranslation : object.matchTranslation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setTranslation : object.setTranslation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_translate : object.translate = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_translateTo : object.translateTo = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_resetRotation : object.resetRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_matchRotation : object.matchRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setRotation : object.setRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setRotationYPR : object.setRotationYPR = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setRotationAxisAngle : object.setRotationAxisAngle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_rotate : object.rotate = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_rotateYPR : object.rotateYPR = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_rotateAxisAngle : object.rotateAxisAngle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_rotateTo : object.rotateTo = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_rotateToYPR : object.rotateToYPR = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_rotateToAxisAngle : object.rotateToAxisAngle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_rotateAround : object.rotateAround = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_lookAt : object.lookAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_lookAtWithUp : object.lookAtWithUp = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setUniformScale : object.setUniformScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setScale : object.setScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_isActive : object.isActive = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setVisible : object.setVisible = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_isVisible : object.isVisible = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getDistanceToObject : object.getDistanceToObject = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getBoundingSphereRadius : object.getBoundingSphereRadius = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getBoundingSphereCenter : object.getBoundingSphereCenter = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getBoundingBoxMin : object.getBoundingBoxMin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getBoundingBoxMax : object.getBoundingBoxMax = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_addAIModel : object.addAIModel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_removeAIModel : object.removeAIModel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getAIModelCount : object.getAIModelCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getAIModelNameAt : object.getAIModelNameAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_hasAIModel : object.hasAIModel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_hasAIEventHandler : object.hasAIEventHandler = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getAIVariable : object.getAIVariable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setAIVariable : object.setAIVariable = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_getAIState : object.getAIState = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setSoundBank : object.setSoundBank = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_setAnimBank : object.setAnimBank = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_transformVector : object.transformVector = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_object_transformPoint : object.transformPoint = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_pixelmap_getResourceHandle : pixelmap.getResourceHandle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_getWidth : pixelmap.getWidth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_getHeight : pixelmap.getHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_lock : pixelmap.lock = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_unlock : pixelmap.unlock = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setPixel : pixelmap.setPixel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_getPixel : pixelmap.getPixel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setPixels : pixelmap.setPixels = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_getPixels : pixelmap.getPixels = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_createBrushFromTexture : pixelmap.createBrushFromTexture = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_createBrushFromRectangle : pixelmap.createBrushFromRectangle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_destroyBrush : pixelmap.destroyBrush = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_getBrushCount : pixelmap.getBrushCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_getBrushOrigin : pixelmap.getBrushOrigin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setBrushOrigin : pixelmap.setBrushOrigin = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_getBrushWidth : pixelmap.getBrushWidth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_getBrushHeight : pixelmap.getBrushHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setPenColor : pixelmap.setPenColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setPenBrush : pixelmap.setPenBrush = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setPenMode : pixelmap.setPenMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setFillColor : pixelmap.setFillColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setFillBrush : pixelmap.setFillBrush = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setFillMode : pixelmap.setFillMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_setBlendMode : pixelmap.setBlendMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_drawPoint : pixelmap.drawPoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_drawLine : pixelmap.drawLine = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_drawRectangle : pixelmap.drawRectangle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_pixelmap_saveToTexture : pixelmap.saveToTexture = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_projector_setColor : projector.setColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_getColor : projector.getColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_setOpacity : projector.setOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_getOpacity : projector.getOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_setFieldOfView : projector.setFieldOfView = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_getFieldOfView : projector.getFieldOfView = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_setMinClipDistance : projector.setMinClipDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_getMinClipDistance : projector.getMinClipDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_setMaxClipDistance : projector.setMaxClipDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_getMaxClipDistance : projector.getMaxClipDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_setMap : projector.setMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_playMapMovie : projector.playMapMovie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_pauseMapMovie : projector.pauseMapMovie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_projector_stopMapMovie : projector.stopMapMovie = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_scene_getName : scene.getName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getUserCount : scene.getUserCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getUserAt : scene.getUserAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_sendEventToAllUsers : scene.sendEventToAllUsers = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_sendEventToAllObjects : scene.sendEventToAllObjects = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getTaggedObjectCount : scene.getTaggedObjectCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getTaggedObjectAt : scene.getTaggedObjectAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getTaggedObjectTagAt : scene.getTaggedObjectTagAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getTaggedObject : scene.getTaggedObject = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getObjectTag : scene.getObjectTag = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setRuntimeObjectTag : scene.setRuntimeObjectTag = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_createRuntimeObject : scene.createRuntimeObject = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_destroyRuntimeObject : scene.destroyRuntimeObject = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_combineRuntimeObjectsGroup : scene.combineRuntimeObjectsGroup = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBackgroundColor : scene.setBackgroundColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getBackgroundColor : scene.getBackgroundColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBackgroundOpacity : scene.setBackgroundOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getBackgroundOpacity : scene.getBackgroundOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBackgroundTexture : scene.setBackgroundTexture = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBackgroundTextureUVOffset : scene.setBackgroundTextureUVOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBackgroundTextureUVScale : scene.setBackgroundTextureUVScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBackgroundTextureAddressingMode : scene.setBackgroundTextureAddressingMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBackgroundTextureFilteringMode : scene.setBackgroundTextureFilteringMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setSkyBoxColor : scene.setSkyBoxColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getSkyBoxColor : scene.getSkyBoxColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setSkyBoxFaceMap : scene.setSkyBoxFaceMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setAmbientColor : scene.setAmbientColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getAmbientColor : scene.getAmbientColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setShadowAmbientColor : scene.setShadowAmbientColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getShadowAmbientColor : scene.getShadowAmbientColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setFogDensity : scene.setFogDensity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFogDensity : scene.getFogDensity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setFogColor : scene.setFogColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFogColor : scene.getFogColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_createOcean : scene.createOcean = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_destroyOcean : scene.destroyOcean = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanWavesAmplitude : scene.setOceanWavesAmplitude = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanWavesAmplitude : scene.getOceanWavesAmplitude = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanWavesMeanHeight : scene.setOceanWavesMeanHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanWavesMeanHeight : scene.getOceanWavesMeanHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanWavesFrequency : scene.setOceanWavesFrequency = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanWavesFrequency : scene.getOceanWavesFrequency = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanUnderwaterFogDensity : scene.setOceanUnderwaterFogDensity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanUnderwaterFogDensity : scene.getOceanUnderwaterFogDensity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanUnderwaterFogColor : scene.setOceanUnderwaterFogColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanUnderwaterFogColor : scene.getOceanUnderwaterFogColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanSurfaceColor : scene.setOceanSurfaceColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanSurfaceColor : scene.getOceanSurfaceColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanSurfaceColorFactor : scene.setOceanSurfaceColorFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanSurfaceColorFactor : scene.getOceanSurfaceColorFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanSurfaceColorMaxDistance : scene.setOceanSurfaceColorMaxDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanSurfaceColorMaxDistance : scene.getOceanSurfaceColorMaxDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanHeight : scene.getOceanHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanNormal : scene.getOceanNormal = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanFoamMap : scene.setOceanFoamMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanFoamMapTiling : scene.setOceanFoamMapTiling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanFoamMapTiling : scene.getOceanFoamMapTiling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanNormalMapTiling : scene.setOceanNormalMapTiling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanNormalMapTiling : scene.getOceanNormalMapTiling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanReflectionNoiseScale : scene.setOceanReflectionNoiseScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanReflectionNoiseScale : scene.getOceanReflectionNoiseScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanRefractionNoiseScale : scene.setOceanRefractionNoiseScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanRefractionNoiseScale : scene.getOceanRefractionNoiseScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanFresnelPower : scene.setOceanFresnelPower = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanFresnelPower : scene.getOceanFresnelPower = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanFresnelBias : scene.setOceanFresnelBias = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanFresnelBias : scene.getOceanFresnelBias = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setOceanReflectorBias : scene.setOceanReflectorBias = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getOceanReflectorBias : scene.getOceanReflectorBias = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setColorLevels : scene.setColorLevels = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getColorLevels : scene.getColorLevels = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setColorSaturation : scene.setColorSaturation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getColorSaturation : scene.getColorSaturation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setColorContrast : scene.setColorContrast = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getColorContrast : scene.getColorContrast = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setMonochromeFilter : scene.setMonochromeFilter = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getMonochromeFilter : scene.getMonochromeFilter = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBloomIntensity : scene.setBloomIntensity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getBloomIntensity : scene.getBloomIntensity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBloomThreshold : scene.setBloomThreshold = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getBloomThreshold : scene.getBloomThreshold = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBloomColoring : scene.setBloomColoring = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getBloomColoring : scene.getBloomColoring = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setBloomMotionBlurFactor : scene.setBloomMotionBlurFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getBloomMotionBlurFactor : scene.getBloomMotionBlurFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getObjectCount : scene.getObjectCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getObjectAt : scene.getObjectAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFirstHitCollider : scene.getFirstHitCollider = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFirstHitColliderEx : scene.getFirstHitColliderEx = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFirstHitColliderWithID : scene.getFirstHitColliderWithID = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFirstHitColliderWithIDEx : scene.getFirstHitColliderWithIDEx = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFirstHitSensor : scene.getFirstHitSensor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFirstHitSensorWithID : scene.getFirstHitSensorWithID = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFirstHitSensorWithIDInRange : scene.getFirstHitSensorWithIDInRange = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getFirstHitTerrainChunk : scene.getFirstHitTerrainChunk = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getTerrainHeight : scene.getTerrainHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getTerrainNormal : scene.getTerrainNormal = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getTerrainStatus : scene.getTerrainStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setTerrainTextureFilteringMode : scene.setTerrainTextureFilteringMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setTerrainLODSwitchThreshold : scene.setTerrainLODSwitchThreshold = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setTerrainVegetationLayerMaxVisibleInstances : scene.setTerrainVegetationLayerMaxVisibleInstances = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setTerrainVegetationLayerVisible : scene.setTerrainVegetationLayerVisible = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setTerrainVegetationLayerTextureFilteringMode : scene.setTerrainVegetationLayerTextureFilteringMode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getTerrainVegetationLayerCount : scene.getTerrainVegetationLayerCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setDynamicsTimeStep : scene.setDynamicsTimeStep = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getDynamicsTimeStep : scene.getDynamicsTimeStep = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setDynamicsIterationsPerStep : scene.setDynamicsIterationsPerStep = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getDynamicsIterationsPerStep : scene.getDynamicsIterationsPerStep = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setPaused : scene.setPaused = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setPerPixelLightingMinScreenSize : scene.setPerPixelLightingMinScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getPerPixelLightingMinScreenSize : scene.getPerPixelLightingMinScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setNormalMappingMinScreenSize : scene.setNormalMappingMinScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getNormalMappingMinScreenSize : scene.getNormalMappingMinScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setNormalMappingFadeScreenSize : scene.setNormalMappingFadeScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getNormalMappingFadeScreenSize : scene.getNormalMappingFadeScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setSpecularLightingMinScreenSize : scene.setSpecularLightingMinScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getSpecularLightingMinScreenSize : scene.getSpecularLightingMinScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setSpecularLightingFadeScreenSize : scene.setSpecularLightingFadeScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getSpecularLightingFadeScreenSize : scene.getSpecularLightingFadeScreenSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setDynamicShadowsFadeDistance : scene.setDynamicShadowsFadeDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getDynamicShadowsFadeDistance : scene.getDynamicShadowsFadeDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_setDynamicShadowsMaxDistance : scene.setDynamicShadowsMaxDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_scene_getDynamicShadowsMaxDistance : scene.getDynamicShadowsMaxDistance = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_sensor_getCount : sensor.getCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_setActiveAt : sensor.setActiveAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_isActiveAt : sensor.isActiveAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_setAllActive : sensor.setAllActive = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_removeAll : sensor.removeAll = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_removeAt : sensor.removeAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_add : sensor.add = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_getIDAt : sensor.getIDAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_setIDAt : sensor.setIDAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_getShapeTypeAt : sensor.getShapeTypeAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_setSphereCenterAt : sensor.setSphereCenterAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_setSphereRadiusAt : sensor.setSphereRadiusAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_getSphereCenterAt : sensor.getSphereCenterAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_getSphereRadiusAt : sensor.getSphereRadiusAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_setBoxCenterAt : sensor.setBoxCenterAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_setBoxSizeAt : sensor.setBoxSizeAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_getBoxCenterAt : sensor.getBoxCenterAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sensor_getBoxSizeAt : sensor.getBoxSizeAt = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_server_getStatus : server.getStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_server_getName : server.getName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_server_getCurrentPingDelay : server.getCurrentPingDelay = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_server_getAveragePingDelay : server.getAveragePingDelay = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_server_getSessionCount : server.getSessionCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_server_getSessionNameAt : server.getSessionNameAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_server_getSessionUserCountAt : server.getSessionUserCountAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_server_setCurrentSession : server.setCurrentSession = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_server_getCurrentSession : server.getCurrentSession = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_server_sendEvent : server.sendEvent = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_session_getStatus : session.getStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_session_getName : session.getName = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_sfx_getParticleEmitterCount : sfx.getParticleEmitterCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_startParticleEmitterAt : sfx.startParticleEmitterAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_startAllParticleEmitters : sfx.startAllParticleEmitters = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_stopParticleEmitterAt : sfx.stopParticleEmitterAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_stopAllParticleEmitters : sfx.stopAllParticleEmitters = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_pauseParticleEmitterAt : sfx.pauseParticleEmitterAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_pauseAllParticleEmitters : sfx.pauseAllParticleEmitters = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_setParticleEmitterTranslationAt : sfx.setParticleEmitterTranslationAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_setParticleEmitterRotationAt : sfx.setParticleEmitterRotationAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_setParticleEmitterUniformScaleAt : sfx.setParticleEmitterUniformScaleAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_setParticleEmitterGenerationRateAt : sfx.setParticleEmitterGenerationRateAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_setParticleEmitterLifeTimeFactorAt : sfx.setParticleEmitterLifeTimeFactorAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_setParticleEmitterInitialSpeedFactorAt : sfx.setParticleEmitterInitialSpeedFactorAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_getParticleEmitterUniformScaleAt : sfx.getParticleEmitterUniformScaleAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_getParticleEmitterGenerationRateAt : sfx.getParticleEmitterGenerationRateAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_getParticleEmitterLifeTimeFactorAt : sfx.getParticleEmitterLifeTimeFactorAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_getParticleEmitterInitialSpeedFactorAt : sfx.getParticleEmitterInitialSpeedFactorAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_getParticleEmitterAliveParticleCountAt : sfx.getParticleEmitterAliveParticleCountAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_getTrailCount : sfx.getTrailCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_setTrailAnchor0At : sfx.setTrailAnchor0At = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_setTrailAnchor1At : sfx.setTrailAnchor1At = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_startTrailAt : sfx.startTrailAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_pauseTrailAt : sfx.pauseTrailAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_stopTrailAt : sfx.stopTrailAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_startAllTrails : sfx.startAllTrails = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_pauseAllTrails : sfx.pauseAllTrails = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sfx_stopAllTrails : sfx.stopAllTrails = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_shape_setMeshOpacity : shape.setMeshOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshOpacity : shape.getMeshOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetCount : shape.getMeshSubsetCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setMeshSubsetMaterial : shape.setMeshSubsetMaterial = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialName : shape.getMeshSubsetMaterialName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setMeshMaterial : shape.setMeshMaterial = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_compareMeshSubsetMaterial : shape.compareMeshSubsetMaterial = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_enableMeshFrustumCulling : shape.enableMeshFrustumCulling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialEmissive : shape.overrideMeshSubsetMaterialEmissive = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialAmbient : shape.overrideMeshSubsetMaterialAmbient = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialDiffuse : shape.overrideMeshSubsetMaterialDiffuse = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialSpecular : shape.overrideMeshSubsetMaterialSpecular = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialOpacity : shape.overrideMeshSubsetMaterialOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialOpacityThreshold : shape.overrideMeshSubsetMaterialOpacityThreshold = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialEffectIntensity : shape.overrideMeshSubsetMaterialEffectIntensity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEmissiveOverride : shape.getMeshSubsetMaterialEmissiveOverride = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialAmbientOverride : shape.getMeshSubsetMaterialAmbientOverride = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialDiffuseOverride : shape.getMeshSubsetMaterialDiffuseOverride = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialSpecularOverride : shape.getMeshSubsetMaterialSpecularOverride = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialOpacityOverride : shape.getMeshSubsetMaterialOpacityOverride = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialOpacityThresholdOverride : shape.getMeshSubsetMaterialOpacityThresholdOverride = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectIntensityOverride : shape.getMeshSubsetMaterialEffectIntensityOverride = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshMaterialEmissive : shape.overrideMeshMaterialEmissive = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshMaterialAmbient : shape.overrideMeshMaterialAmbient = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshMaterialDiffuse : shape.overrideMeshMaterialDiffuse = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshMaterialSpecular : shape.overrideMeshMaterialSpecular = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialEffectMap0 : shape.overrideMeshSubsetMaterialEffectMap0 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshMaterialEffectMap0 : shape.overrideMeshMaterialEffectMap0 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialEffectMap1 : shape.overrideMeshSubsetMaterialEffectMap1 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshMaterialEffectMap1 : shape.overrideMeshMaterialEffectMap1 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialNormalMap : shape.overrideMeshSubsetMaterialNormalMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshMaterialNormalMap : shape.overrideMeshMaterialNormalMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshSubsetMaterialSpecularMap : shape.overrideMeshSubsetMaterialSpecularMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideMeshMaterialSpecularMap : shape.overrideMeshMaterialSpecularMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap0 : shape.getMeshSubsetMaterialEffectMap0 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap1 : shape.getMeshSubsetMaterialEffectMap1 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialNormalMap : shape.getMeshSubsetMaterialNormalMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialSpecularMap : shape.getMeshSubsetMaterialSpecularMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap0Override : shape.getMeshSubsetMaterialEffectMap0Override = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap1Override : shape.getMeshSubsetMaterialEffectMap1Override = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialNormalMapOverride : shape.getMeshSubsetMaterialNormalMapOverride = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialSpecularMapOverride : shape.getMeshSubsetMaterialSpecularMapOverride = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setMeshSubsetMaterialEffectMap0AdditionalUVOffset : shape.setMeshSubsetMaterialEffectMap0AdditionalUVOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setMeshSubsetMaterialEffectMap0AdditionalUVScale : shape.setMeshSubsetMaterialEffectMap0AdditionalUVScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setMeshSubsetMaterialEffectMap0AdditionalUVRotation : shape.setMeshSubsetMaterialEffectMap0AdditionalUVRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setMeshSubsetMaterialEffectMap1AdditionalUVOffset : shape.setMeshSubsetMaterialEffectMap1AdditionalUVOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setMeshSubsetMaterialEffectMap1AdditionalUVScale : shape.setMeshSubsetMaterialEffectMap1AdditionalUVScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setMeshSubsetMaterialEffectMap1AdditionalUVRotation : shape.setMeshSubsetMaterialEffectMap1AdditionalUVRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap0AdditionalUVOffset : shape.getMeshSubsetMaterialEffectMap0AdditionalUVOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap0AdditionalUVScale : shape.getMeshSubsetMaterialEffectMap0AdditionalUVScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap0AdditionalUVRotation : shape.getMeshSubsetMaterialEffectMap0AdditionalUVRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap1AdditionalUVOffset : shape.getMeshSubsetMaterialEffectMap1AdditionalUVOffset = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap1AdditionalUVScale : shape.getMeshSubsetMaterialEffectMap1AdditionalUVScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap1AdditionalUVRotation : shape.getMeshSubsetMaterialEffectMap1AdditionalUVRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_playMeshSubsetMaterialEffectMap0Movie : shape.playMeshSubsetMaterialEffectMap0Movie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_pauseMeshSubsetMaterialEffectMap0Movie : shape.pauseMeshSubsetMaterialEffectMap0Movie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_stopMeshSubsetMaterialEffectMap0Movie : shape.stopMeshSubsetMaterialEffectMap0Movie = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap0MovieBufferingProgress : shape.getMeshSubsetMaterialEffectMap0MovieBufferingProgress = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap0MoviePlaybackProgress : shape.getMeshSubsetMaterialEffectMap0MoviePlaybackProgress = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshSubsetMaterialEffectMap0MoviePlaybackCursor : shape.getMeshSubsetMaterialEffectMap0MoviePlaybackCursor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setMeshSubsetMaterialEffectMap0MovieTransparentColor : shape.setMeshSubsetMaterialEffectMap0MovieTransparentColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMesh : shape.getMesh = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshName : shape.getMeshName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshTriangleCount : shape.getMeshTriangleCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getMeshVertexCount : shape.getMeshVertexCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getSkeletonName : shape.getSkeletonName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getSkeletonJointCount : shape.getSkeletonJointCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getSkeletonJointNameAt : shape.getSkeletonJointNameAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_createRuntimeMesh : shape.createRuntimeMesh = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideSkeletonJointTranslation : shape.overrideSkeletonJointTranslation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_overrideSkeletonJointRotation : shape.overrideSkeletonJointRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setSkeletonJointCustomScale : shape.setSkeletonJointCustomScale = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getSkeletonJointTranslation : shape.getSkeletonJointTranslation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getSkeletonJointRotation : shape.getSkeletonJointRotation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getSkeletonJointXAxis : shape.getSkeletonJointXAxis = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getSkeletonJointYAxis : shape.getSkeletonJointYAxis = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getSkeletonJointZAxis : shape.getSkeletonJointZAxis = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getSkeletonJointParentJointName : shape.getSkeletonJointParentJointName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_addSkeletonCloneModifier : shape.addSkeletonCloneModifier = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_addCurve : shape.addCurve = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_removeCurve : shape.removeCurve = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getCurveCount : shape.getCurveCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_addCurvePoint : shape.addCurvePoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_removeCurvePoint : shape.removeCurvePoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getCurvePointCount : shape.getCurvePointCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getCurvePoint : shape.getCurvePoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setCurvePoint : shape.setCurvePoint = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setCurveStartColor : shape.setCurveStartColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setCurveEndColor : shape.setCurveEndColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setCurveStartOpacity : shape.setCurveStartOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_setCurveEndOpacity : shape.setCurveEndOpacity = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getCurveStartColor : shape.getCurveStartColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_getCurveEndColor : shape.getCurveEndColor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_shape_evaluateCurve : shape.evaluateCurve = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_sound_play : sound.play = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_pause : sound.pause = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_resume : sound.resume = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_stop : sound.stop = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_setVolume : sound.setVolume = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_setPitch : sound.setPitch = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_isPlaying : sound.isPlaying = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_isPaused : sound.isPaused = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_getPlaybackProgress : sound.getPlaybackProgress = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_setPlaybackProgress : sound.setPlaybackProgress = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_getName : sound.getName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_enableSpatialization : sound.enableSpatialization = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_isSpatializationEnabled : sound.isSpatializationEnabled = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_setSpatializationRolloffFactor : sound.setSpatializationRolloffFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_getSpatializationRolloffFactor : sound.getSpatializationRolloffFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_setSpatializationReferenceDistance : sound.setSpatializationReferenceDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_sound_getSpatializationReferenceDistance : sound.getSpatializationReferenceDistance = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_string_isEmpty : string.isEmpty = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_getLength : string.getLength = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_getByte : string.getByte = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_format : string.format = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_replace : string.replace = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_contains : string.contains = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_findFirst : string.findFirst = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_findFirstMatching : string.findFirstMatching = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_explode : string.explode = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_lower : string.lower = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_upper : string.upper = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_toNumber : string.toNumber = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_getSubString : string.getSubString = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_crc32 : string.crc32 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_md5 : string.md5 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_sha1 : string.sha1 = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_reverse : string.reverse = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_compare : string.compare = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_encodeHTML : string.encodeHTML = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_decodeHTML : string.decodeHTML = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_encodeURL : string.encodeURL = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_string_decodeURL : string.decodeURL = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_system_getOSType : system.getOSType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getOSVersion : system.getOSVersion = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getOSVersionString : system.getOSVersionString = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getOSLanguage : system.getOSLanguage = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getGPUModelDescription : system.getGPUModelDescription = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getGPUDriverDescription : system.getGPUDriverDescription = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getGPUCapability : system.getGPUCapability = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getDeviceUniqueIdentifier : system.getDeviceUniqueIdentifier = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getDeviceModel : system.getDeviceModel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getDeviceName : system.getDeviceName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getSupportedScreenResolutionCount : system.getSupportedScreenResolutionCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getSupportedScreenResolutionAt : system.getSupportedScreenResolutionAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getCurrentScreenResolution : system.getCurrentScreenResolution = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getClientType : system.getClientType = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_setWakeLock : system.setWakeLock = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getClipboardText : system.getClipboardText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_setClipboardText : system.setClipboardText = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getYear : system.getYear = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getMonth : system.getMonth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getDayOfMonth : system.getDayOfMonth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getDayOfWeek : system.getDayOfWeek = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getTimeOfDay : system.getTimeOfDay = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_areLocationUpdatesSupported : system.areLocationUpdatesSupported = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_areLocationUpdatesEnabled : system.areLocationUpdatesEnabled = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_enableLocationUpdates : system.enableLocationUpdates = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getLastKnownLocation : system.getLastKnownLocation = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_areHeadingUpdatesSupported : system.areHeadingUpdatesSupported = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_areHeadingUpdatesEnabled : system.areHeadingUpdatesEnabled = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_enableHeadingUpdates : system.enableHeadingUpdates = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getLastKnownHeading : system.getLastKnownHeading = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getLastKnownTrueHeading : system.getLastKnownTrueHeading = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_hasPersistentStorageManager : system.hasPersistentStorageManager = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_openPersistentStorageManager : system.openPersistentStorageManager = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_openURL : system.openURL = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getHomeDirectory : system.getHomeDirectory = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getDocumentsDirectory : system.getDocumentsDirectory = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getPicturesDirectory : system.getPicturesDirectory = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_findFiles : system.findFiles = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_findDirectories : system.findDirectories = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_install : system.install = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_isInstalled : system.isInstalled = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_getInstallationStatus : system.getInstallationStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_system_launch : system.launch = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_table_isEmpty : table.isEmpty = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_getSize : table.getSize = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_getAt : table.getAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_getLast : table.getLast = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_getFirst : table.getFirst = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_setAt : table.setAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_empty : table.empty = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_add : table.add = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_removeAt : table.removeAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_removeLast : table.removeLast = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_removeFirst : table.removeFirst = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_insertAt : table.insertAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_contains : table.contains = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_shuffle : table.shuffle = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_reverse : table.reverse = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_swap : table.swap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_reserve : table.reserve = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_getRangeAt : table.getRangeAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_table_setRangeAt : table.setRangeAt = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_user_getSceneName : user.getSceneName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_isLocal : user.isLocal = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_getID : user.getID = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_sendEvent : user.sendEvent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_postEvent : user.postEvent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_setLocalSoundSourceObject : user.setLocalSoundSourceObject = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_getLocalSoundSourceObject : user.getLocalSoundSourceObject = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_setLocalSoundSourceRolloffFactor : user.setLocalSoundSourceRolloffFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_getLocalSoundSourceRolloffFactor : user.getLocalSoundSourceRolloffFactor = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_setLocalSoundSourceReferenceDistance : user.setLocalSoundSourceReferenceDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_getLocalSoundSourceReferenceDistance : user.getLocalSoundSourceReferenceDistance = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_getAIModelCount : user.getAIModelCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_getAIModelNameAt : user.getAIModelNameAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_hasAIModel : user.hasAIModel = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_user_hasAIEventHandler : user.hasAIEventHandler = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_video_getCaptureDeviceCount : video.getCaptureDeviceCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_getCaptureDeviceNameAt : video.getCaptureDeviceNameAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_setActiveCaptureDevice : video.setActiveCaptureDevice = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_startCaptureToPixelMap : video.startCaptureToPixelMap = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_stopCapture : video.stopCapture = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_getCaptureWidth : video.getCaptureWidth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_getCaptureHeight : video.getCaptureHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_getCaptureHorizontalFlip : video.getCaptureHorizontalFlip = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_setCaptureWidth : video.setCaptureWidth = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_setCaptureHeight : video.setCaptureHeight = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_setCaptureRate : video.setCaptureRate = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_video_setCaptureHorizontalFlip : video.setCaptureHorizontalFlip = __pCallback ; break ; \
\
case S3DX::AIEngineAPI::CallbackID_xml_getRootElement : xml.getRootElement = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementName : xml.getElementName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_setElementName : xml.setElementName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementValue : xml.getElementValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_setElementValue : xml.setElementValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementChildCount : xml.getElementChildCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementChildAt : xml.getElementChildAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementAttributeCount : xml.getElementAttributeCount = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementAttributeAt : xml.getElementAttributeAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementAttributeWithName : xml.getElementAttributeWithName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementParent : xml.getElementParent = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementFirstChild : xml.getElementFirstChild = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementNextSibling : xml.getElementNextSibling = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementFirstChildWithName : xml.getElementFirstChildWithName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getElementNextSiblingWithName : xml.getElementNextSiblingWithName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_appendElementChild : xml.appendElementChild = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_insertElementChildAt : xml.insertElementChildAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_appendElementChildElement : xml.appendElementChildElement = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_insertElementChildElementAt : xml.insertElementChildElementAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_removeElementChildAt : xml.removeElementChildAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_removeElementChild : xml.removeElementChild = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_appendElementAttribute : xml.appendElementAttribute = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_removeElementAttributeAt : xml.removeElementAttributeAt = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_removeElementAttribute : xml.removeElementAttribute = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getAttributeName : xml.getAttributeName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_setAttributeName : xml.setAttributeName = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getAttributeValue : xml.getAttributeValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_setAttributeValue : xml.setAttributeValue = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_empty : xml.empty = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_toString : xml.toString = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_createFromString : xml.createFromString = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_send : xml.send = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_receive : xml.receive = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getSendStatus : xml.getSendStatus = __pCallback ; break ; \
case S3DX::AIEngineAPI::CallbackID_xml_getReceiveStatus : xml.getReceiveStatus = __pCallback ; break ; \
}
//-----------------------------------------------------------------------------
#define S3DX_DECLARE_AIENGINEAPI( ) \
\
private: class __AIEngineAPI : public S3DX::AIEngineAPI \
{ \
public : \
__AIEngineAPI ( ) ; \
void RegisterCallback ( S3DX::uint32 _iCallbackID, S3DX::AICallback _pCallback ) ; \
} ; \
private: __AIEngineAPI __oEngineAPI; \
public: S3DX::AIEngineAPI *GetAIEngineAPI ( ) ;
//-----------------------------------------------------------------------------
#define S3DX_DECLARE_AIENGINEAPI_PACKAGES( ) \
\
S3DX::AIEngineAPI::AnimationPackage S3DX::animation ; \
S3DX::AIEngineAPI::ApplicationPackage S3DX::application ; \
S3DX::AIEngineAPI::CachePackage S3DX::cache ; \
S3DX::AIEngineAPI::CameraPackage S3DX::camera ; \
S3DX::AIEngineAPI::DebugPackage S3DX::debug ; \
S3DX::AIEngineAPI::DynamicsPackage S3DX::dynamics ; \
S3DX::AIEngineAPI::GroupPackage S3DX::group ; \
S3DX::AIEngineAPI::HashtablePackage S3DX::hashtable ; \
S3DX::AIEngineAPI::HudPackage S3DX::hud ; \
S3DX::AIEngineAPI::InputPackage S3DX::input ; \
S3DX::AIEngineAPI::LightPackage S3DX::light ; \
S3DX::AIEngineAPI::LogPackage S3DX::log ; \
S3DX::AIEngineAPI::MathPackage S3DX::math ; \
S3DX::AIEngineAPI::MeshPackage S3DX::mesh ; \
S3DX::AIEngineAPI::MicrophonePackage S3DX::microphone ; \
S3DX::AIEngineAPI::MusicPackage S3DX::music ; \
S3DX::AIEngineAPI::NavigationPackage S3DX::navigation ; \
S3DX::AIEngineAPI::NetworkPackage S3DX::network ; \
S3DX::AIEngineAPI::ObjectPackage S3DX::object ; \
S3DX::AIEngineAPI::PixelmapPackage S3DX::pixelmap ; \
S3DX::AIEngineAPI::ProjectorPackage S3DX::projector ; \
S3DX::AIEngineAPI::ScenePackage S3DX::scene ; \
S3DX::AIEngineAPI::SensorPackage S3DX::sensor ; \
S3DX::AIEngineAPI::ServerPackage S3DX::server ; \
S3DX::AIEngineAPI::SessionPackage S3DX::session ; \
S3DX::AIEngineAPI::SfxPackage S3DX::sfx ; \
S3DX::AIEngineAPI::ShapePackage S3DX::shape ; \
S3DX::AIEngineAPI::SoundPackage S3DX::sound ; \
S3DX::AIEngineAPI::StringPackage S3DX::string ; \
S3DX::AIEngineAPI::SystemPackage S3DX::system ; \
S3DX::AIEngineAPI::TablePackage S3DX::table ; \
S3DX::AIEngineAPI::UserPackage S3DX::user ; \
S3DX::AIEngineAPI::VideoPackage S3DX::video ; \
S3DX::AIEngineAPI::XmlPackage S3DX::xml ;
//-----------------------------------------------------------------------------
#ifdef S3DX_DLL
#define S3DX_IMPLEMENT_AIENGINEAPI( _name_ ) \
\
S3DX::AIEngineAPI *S3DX_MODULE_GUID::__pS3DXEAPIMI = NULL ; \
\
_name_::__AIEngineAPI::__AIEngineAPI ( ) \
{ \
S3DX_MODULE_GUID::__pS3DXEAPIMI = this ; \
} \
void _name_::__AIEngineAPI::RegisterCallback ( S3DX::uint32 _iCallbackID, S3DX::AICallback _pCallback ) \
{ \
S3DX_REGISTER_AIENGINEAPI_CALLBACK ( _iCallbackID, _pCallback ) ; \
} \
S3DX::AIEngineAPI *_name_::GetAIEngineAPI ( ) \
{ \
return &__oEngineAPI ; \
} \
S3DX_DECLARE_AIENGINEAPI_PACKAGES ( )
#else
#define S3DX_IMPLEMENT_AIENGINEAPI( _name_ ) \
\
S3DX::AIEngineAPI *S3DX_MODULE_GUID::__pS3DXEAPIMI = NULL ; \
\
_name_::__AIEngineAPI::__AIEngineAPI ( ) \
{ \
S3DX_MODULE_GUID::__pS3DXEAPIMI = this ; \
} \
void _name_::__AIEngineAPI::RegisterCallback ( S3DX::uint32 _iCallbackID, S3DX::AICallback _pCallback ) \
{ \
S3DX_REGISTER_AIENGINEAPI_CALLBACK ( _iCallbackID, _pCallback ) ; \
} \
S3DX::AIEngineAPI *_name_::GetAIEngineAPI ( ) \
{ \
return &__oEngineAPI ; \
}
#endif
//-----------------------------------------------------------------------------
#endif
//-----------------------------------------------------------------------------
| [
"luiz.pestana@gmail.com"
] | luiz.pestana@gmail.com |
02388950dc0deb3bb414e4fdc6a8478b8b6f4431 | 3a1a8741bd50a8b862c817dc2471283d8a1f6506 | /game.h | 24bc5b824cf8b3b519f3e3c3f62a477b8d60955f | [] | no_license | DanilUst/Project | c0bd2ea7e636e9bc152e14811a28ad63207c462c | d17c965322ad89396e12ab6b81abf06200bdfc79 | refs/heads/main | 2023-05-15T13:23:09.646633 | 2021-06-10T20:11:58 | 2021-06-10T20:11:58 | 375,758,164 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 284 | h | #ifndef GAME_H
#define GAME_H
#include <QGraphicsScene>
#include <QGraphicsView>
class Game : public QGraphicsView
{
public:
Game(QWidget *parent = nullptr);
void start();
QGraphicsScene *scene;
private:
void create_Block_Columns(double x);
};
#endif // GAME_H
| [
"ustinov2015danil@yandex.ru"
] | ustinov2015danil@yandex.ru |
5627b70b33fc1507f0f0e7c4f5cdf461d5c7bb9a | 1ff3461f53d32d72de7f41105b3463dd41dd5ff9 | /src/CPixmap.h | c003e55cb4b202558faa1696c72ddae01e12053a | [
"MIT"
] | permissive | colinw7/CQGIFDisplay | 83795135d09c9acb1e161bbd528ee11c7e44a5f8 | aade05683a9683edbad1c9d12ea50a3b79792e52 | refs/heads/master | 2023-04-10T21:35:24.245240 | 2023-04-03T15:59:33 | 2023-04-03T15:59:33 | 50,753,672 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 1,629 | h | #ifndef CPixmap_H
#define CPixmap_H
#include <string>
#include <sys/types.h>
class CPixmap {
public:
class Pixel {
public:
Pixel() :
pixel_(0) {
}
Pixel(uint r, uint g, uint b, uint a = 255) :
pixel_(rgbaToPixel(r, g, b, a)) {
}
Pixel(uint pixel) :
pixel_(pixel) {
}
uint getValue() const { return pixel_; }
static uint rgbaToPixel(uint r, uint g, uint b, uint a) {
return (((a & 0xff) << 24) | ((r & 0xff) << 16) |
((g & 0xff) << 8) | ((b & 0xff) << 0));
}
private:
uint pixel_;
};
CPixmap(uint w, uint h);
CPixmap(const CPixmap &pixmap);
virtual ~CPixmap();
CPixmap &operator=(const CPixmap &pixmap);
virtual CPixmap *dup() const;
virtual uint getWidth () const { return w_; }
virtual uint getHeight() const { return h_; }
virtual Pixel getPixel(uint x, uint y) const;
virtual void setPixel(uint x, uint y, const Pixel &pixel);
virtual int getScale() const { return scale_; }
virtual void setScale(int scale);
protected:
uint w_, h_;
Pixel *data_;
int scale_;
};
class CPixmapFactory {
public:
CPixmapFactory() { }
virtual ~CPixmapFactory() { }
virtual CPixmap *createPixmap(uint w, uint h) = 0;
};
#define CPixmapMgrInst CPixmapMgr::getInstance()
class CPixmapMgr {
public:
static CPixmapMgr *getInstance();
~CPixmapMgr();
void setFactory(CPixmapFactory *factory) {
factory_ = factory;
}
CPixmap *createPixmap(uint w, uint h) const;
CPixmap *read(const std::string &filename);
private:
CPixmapMgr();
private:
CPixmapFactory *factory_;
};
#endif
| [
"colinw@nc.rr.com"
] | colinw@nc.rr.com |
d4b6fc77fc0b0ade7d98c4c719570aa54ac5b4f2 | 1a4f6d71e5944d80ccee022999c77a29ece56ec6 | /tools/materialeditor/ToggleListView.cpp | 2ec34828804702c5adcb75ab6d3bd899f29b0f19 | [] | no_license | LavinasChange/qc | 8e43d20f08b620d1a1732c08234b4a1c586e84ce | fb08f8cd2ff50cd2c4b907ff43ab65a3479d4c3c | refs/heads/master | 2020-07-11T11:25:42.416507 | 2019-04-19T20:05:04 | 2019-04-19T20:05:04 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 9,352 | cpp | /*
===========================================================================
Doom 3 GPL Source Code
Copyright (C) 1999-2011 id Software LLC, a ZeniMax Media company.
This file is part of the Doom 3 GPL Source Code (?Doom 3 Source Code?).
Doom 3 Source Code is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Doom 3 Source Code is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Doom 3 Source Code. If not, see <http://www.gnu.org/licenses/>.
In addition, the Doom 3 Source Code is also subject to certain additional terms. You should have received a copy of these additional terms immediately following the terms and conditions of the GNU General Public License which accompanied the Doom 3 Source Code. If not, please request a copy in writing from id Software at the address below.
If you have questions concerning this license or the applicable additional terms, you may contact in writing id Software LLC, c/o ZeniMax Media Inc., Suite 120, Rockville, Maryland 20850 USA.
===========================================================================
*/
#include "../../idlib/precompiled.h"
#pragma hdrstop
#include "ToggleListView.h"
#define TOGGLELIST_ITEMHEIGHT 22
#define TEXT_OFFSET 6
IMPLEMENT_DYNCREATE(ToggleListView, CListView)
BEGIN_MESSAGE_MAP(ToggleListView, CListView)
ON_WM_CREATE()
ON_WM_SIZE()
ON_WM_MEASUREITEM_REFLECT()
ON_NOTIFY_REFLECT(NM_CLICK, OnNMClick)
END_MESSAGE_MAP()
/**
* Protected constructor used by dynamic creation.
*/
ToggleListView::ToggleListView() {
onIcon = NULL;
offIcon = NULL;
disabledIcon = NULL;
}
/**
* Destructor.
*/
ToggleListView::~ToggleListView() {
}
/**
* Sets the tree icons to dispay for each of the three states. Sets the
* icons to display for each of the three states. The values passed in
* are the resource name that can be generated using MAKEINTRESOUCE. If
* the value passed in is NULL then an icon will not be drawn for that
* state.
* @param disabled The icon to draw when the state is TOGGLE_STATE_DISABLED.
* @param on The icon to draw when the state is TOGGLE_STATE_ON.
* @param off The icon to draw when the state is TOGGLE_STATE_OFF.
*/
void ToggleListView::SetToggleIcons(LPCSTR disabled, LPCSTR on, LPCSTR off) {
if(on) {
onIcon = (HICON)LoadImage ( AfxGetInstanceHandle(), on, IMAGE_ICON, 16, 16, LR_DEFAULTCOLOR|LR_LOADMAP3DCOLORS );
} else {
onIcon = NULL;
}
if(off) {
offIcon = (HICON)LoadImage ( AfxGetInstanceHandle(), off, IMAGE_ICON, 16, 16, LR_DEFAULTCOLOR|LR_LOADMAP3DCOLORS );
} else {
offIcon = NULL;
}
if(disabled) {
disabledIcon = (HICON)LoadImage ( AfxGetInstanceHandle(), disabled, IMAGE_ICON, 16, 16, LR_DEFAULTCOLOR|LR_LOADMAP3DCOLORS );
} else {
disabledIcon = NULL;
}
}
/**
* Sets the state of an item in the list.
* @param index Index of the item whose state should be changed.
* @param toggleState The state to set
* @param notify Determines if the notification method OnStateChanged should
* be called. OnStateChanged will also not be called if the state has not changed.
*/
void ToggleListView::SetToggleState(int index, int toggleState, bool notify) {
CListCtrl& list = GetListCtrl();
assert(index >= 0 && index < list.GetItemCount());
int oldState = GetToggleState(index);
list.SetItemData(index, toggleState);
if(notify && oldState != toggleState)
OnStateChanged(index, toggleState);
}
/**
* Gets the state of an item in the list
* @param index Index of the item of which to retreive the state.
*/
int ToggleListView::GetToggleState(int index) {
CListCtrl& list = GetListCtrl();
assert(index >= 0 && index < list.GetItemCount());
DWORD data = list.GetItemData(index);
return data;
}
/**
* Called as the window is being created and initializes icons and window styles
*/
int ToggleListView::OnCreate(LPCREATESTRUCT lpCreateStruct) {
if (CListView::OnCreate(lpCreateStruct) == -1)
return -1;
CListCtrl& list = GetListCtrl();
list.SetExtendedStyle(LVS_EX_FULLROWSELECT);
//Turn off the horizontal scroll bar
//Todo: Figure out why the damn scroll bar pops up
list.ModifyStyle(WS_HSCROLL, 0L);
//Insert the one column
LVCOLUMN col;
col.mask = 0;
list.InsertColumn(0, &col);
SetToggleIcons();
return 0;
}
/**
* Called when the window is being resized.
*/
void ToggleListView::OnSize(UINT nType, int cx, int cy) {
CListView::OnSize(nType, cx, cy);
CListCtrl& list = GetListCtrl();
list.SetColumnWidth(0, cx-1);
}
/**
* Returns the size of each item in the toggle list.
*/
void ToggleListView::MeasureItem(LPMEASUREITEMSTRUCT lpMeasureItemStruct) {
lpMeasureItemStruct->itemHeight = TOGGLELIST_ITEMHEIGHT;
}
/**
* Toggles the state of an item when the user clicks in the window.
*/
void ToggleListView::OnNMClick(NMHDR *pNMHDR, LRESULT *pResult) {
CListCtrl& list = GetListCtrl();
DWORD dwpos = GetMessagePos();
LVHITTESTINFO info;
info.pt.x = LOWORD(dwpos);
info.pt.y = HIWORD(dwpos);
::MapWindowPoints(HWND_DESKTOP, pNMHDR->hwndFrom, &info.pt, 1);
int index = list.HitTest(&info);
if ( index != -1 ) {
int toggleState = GetToggleState(index);
if(toggleState != TOGGLE_STATE_DISABLED) {
RECT rItem;
list.GetItemRect(index, &rItem, LVIR_BOUNDS);
if ( info.pt.x < TOGGLELIST_ITEMHEIGHT ) {
if(toggleState == TOGGLE_STATE_ON) {
SetToggleState(index, TOGGLE_STATE_OFF, true);
} else {
SetToggleState(index, TOGGLE_STATE_ON, true);
}
}
}
}
*pResult = 0;
}
/**
* Sets some window styles before the window is created.
*/
BOOL ToggleListView::PreCreateWindow(CREATESTRUCT& cs) {
//Set the required style for the toggle view
cs.style &= ~LVS_TYPEMASK;
cs.style |= LVS_REPORT | LVS_OWNERDRAWFIXED | LVS_NOCOLUMNHEADER | LVS_SHOWSELALWAYS;
return CListView::PreCreateWindow(cs);
}
/**
* Responsible for drawing each list item.
*/
void ToggleListView::DrawItem(LPDRAWITEMSTRUCT lpDrawItemStruct) {
CListCtrl& ListCtrl=GetListCtrl();
int nItem = lpDrawItemStruct->itemID;
// get item data
LV_ITEM lvi;
_TCHAR szBuff[MAX_PATH];
memset(&lvi, 0, sizeof(LV_ITEM));
lvi.mask = LVIF_TEXT;
lvi.iItem = nItem;
lvi.pszText = szBuff;
lvi.cchTextMax = sizeof(szBuff);
ListCtrl.GetItem(&lvi);
RECT rDraw;
CopyRect ( &rDraw, &lpDrawItemStruct->rcItem );
rDraw.right = rDraw.left + TOGGLELIST_ITEMHEIGHT;
rDraw.top ++;
rDraw.right ++;
FrameRect ( lpDrawItemStruct->hDC, &rDraw, (HBRUSH)GetStockObject ( BLACK_BRUSH ) );
rDraw.right --;
FillRect ( lpDrawItemStruct->hDC, &rDraw, GetSysColorBrush ( COLOR_3DFACE ) );
Draw3dRect ( lpDrawItemStruct->hDC, &rDraw, GetSysColorBrush ( COLOR_3DHILIGHT ), GetSysColorBrush ( COLOR_3DSHADOW ) );
InflateRect ( &rDraw, -3, -3 );
Draw3dRect ( lpDrawItemStruct->hDC, &rDraw, GetSysColorBrush ( COLOR_3DSHADOW ), GetSysColorBrush ( COLOR_3DHILIGHT ) );
switch(GetToggleState(lvi.iItem)) {
case TOGGLE_STATE_DISABLED:
if(disabledIcon) {
DrawIconEx ( lpDrawItemStruct->hDC, rDraw.left, rDraw.top, disabledIcon, 16, 16,0, NULL, DI_NORMAL );
}
break;
case TOGGLE_STATE_ON:
if(onIcon) {
DrawIconEx ( lpDrawItemStruct->hDC, rDraw.left, rDraw.top, onIcon, 16, 16,0, NULL, DI_NORMAL );
}
break;
case TOGGLE_STATE_OFF:
if(offIcon) {
DrawIconEx ( lpDrawItemStruct->hDC, rDraw.left, rDraw.top, offIcon, 16, 16,0, NULL, DI_NORMAL );
}
break;
};
CopyRect ( &rDraw, &lpDrawItemStruct->rcItem );
rDraw.left += TOGGLELIST_ITEMHEIGHT;
rDraw.left += 1;
if ( lpDrawItemStruct->itemState & ODS_SELECTED ) {
FillRect ( lpDrawItemStruct->hDC, &rDraw, GetSysColorBrush ( COLOR_HIGHLIGHT ) );
} else {
FillRect ( lpDrawItemStruct->hDC, &rDraw, GetSysColorBrush ( COLOR_WINDOW ) );
}
rDraw.left += TEXT_OFFSET;
int colorIndex = ( (lpDrawItemStruct->itemState & ODS_SELECTED ) ? COLOR_HIGHLIGHTTEXT : COLOR_WINDOWTEXT );
SetTextColor ( lpDrawItemStruct->hDC, GetSysColor ( colorIndex ) );
DrawText ( lpDrawItemStruct->hDC, szBuff, strlen(szBuff), &rDraw, DT_LEFT|DT_VCENTER|DT_SINGLELINE );
}
/**
* Draws a 3d rectangle using the given brushes this code was taken from the gui editor
*/
void ToggleListView::Draw3dRect (HDC hDC, RECT* rect, HBRUSH topLeft, HBRUSH bottomRight) {
RECT rOut;
SetRect ( &rOut, rect->left, rect->top, rect->right - 1, rect->top + 1 );
FillRect ( hDC,&rOut, topLeft );
SetRect ( &rOut, rect->left, rect->top, rect->left + 1, rect->bottom );
FillRect( hDC,&rOut, topLeft );
SetRect ( &rOut, rect->right, rect->top, rect->right -1, rect->bottom );
FillRect( hDC,&rOut, bottomRight );
SetRect ( &rOut, rect->left, rect->bottom, rect->right, rect->bottom - 1 );
FillRect( hDC,&rOut, bottomRight );
}
| [
"sjm@sjm.io"
] | sjm@sjm.io |
e4a350e5f834c0b9ebf9d5b6d61ad43356319b30 | fcc81c9d817849bde0c9f381f13253c7872a132d | /tests/Internationalization_Test.cpp | a86f586e25a4b21e1a5cec99646b34c994c50f68 | [] | no_license | jmarrec/QtInternationalization | e1096fec3ac5f0b10aebe81a5d9849ab2b121dc7 | 94b5f6db3e35143e05378cdf622c1f2c234bc99a | refs/heads/main | 2023-05-04T15:11:31.427969 | 2021-04-28T11:50:49 | 2021-04-28T11:50:49 | 362,245,710 | 4 | 0 | null | 2021-04-28T09:24:45 | 2021-04-27T20:43:31 | CMake | UTF-8 | C++ | false | false | 1,680 | cpp | #include "../mainwindow.hpp"
#include <QtTest/QtTest>
#include <QtWidgets>
#include <qnamespace.h>
class InternationalizationTest: public QObject
{
Q_OBJECT
private slots:
void testGui();
private:
MainWindow m;
};
void InternationalizationTest::testGui()
{
//QApplication::setActiveWindow(&m);
m.m_actionES->trigger();
QApplication::processEvents();
QCOMPARE(m.m_button->text(), QString("\u00A1Hola mundo!. <FIXED VAL>. Otra frase traducible"));
QCOMPARE(m.m_button->text(), QString("¡Hola mundo!. <FIXED VAL>. Otra frase traducible"));
QCOMPARE(m.m_langMenu->title(), QString("&Idioma"));
QCOMPARE(m.m_actionEN->text(), QString("Inglés"));
QCOMPARE(m.m_actionFR->text(), QString("Frances"));
QCOMPARE(m.m_actionES->text(), QString("Español"));
m.m_actionFR->trigger();
QApplication::processEvents();
QCOMPARE(m.m_button->text(), QString("Bonjour le Monde !. <FIXED VAL>. Une autre phrase traduisible"));
QCOMPARE(m.m_langMenu->title(), QString("&Langue"));
QCOMPARE(m.m_actionEN->text(), QString("Anglais"));
QCOMPARE(m.m_actionFR->text(), QString("Français"));
QCOMPARE(m.m_actionES->text(), QString("Espagnol"));
m.m_actionEN->trigger();
QApplication::processEvents();
QCOMPARE(m.m_button->text(), QString("Hello World!. <FIXED VAL>. Another translatable phrase"));
QCOMPARE(m.m_langMenu->title(), QString("&Language"));
QCOMPARE(m.m_actionEN->text(), QString("English"));
QCOMPARE(m.m_actionFR->text(), QString("French"));
QCOMPARE(m.m_actionES->text(), QString("Spanish"));
}
QTEST_MAIN(InternationalizationTest)
#include <Internationalization_Test.moc>
| [
"julien.marrec@gmail.com"
] | julien.marrec@gmail.com |
85d5f8930a23110b274e02ff666e0cb504457fdf | 228367da81e0e8a29ea5410b90b57c1cf97ba270 | /src/qtpsd.h | 3cab0d6d70b070381a25c57992e9630480e51d76 | [
"MIT"
] | permissive | qtpm/QtPSD | 64426f9b237cbc3279197da02244899fd3b3f985 | 9cee59eb31370b0cb762a97311fbf5769ab7aa41 | refs/heads/master | 2021-01-10T04:47:13.647077 | 2016-03-08T17:02:07 | 2016-03-08T17:02:07 | 53,412,269 | 8 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 277 | h | #ifndef QTPSD_H
#define QTPSD_H
#include "qtpsd_global.h"
#include <QString>
#include <QImage>
/*!
* \namespace QPSD
*
* \brief QPSD namespace contains PSD file loader functions.
*/
namespace QPSD {
QImage loadWholeImage(const QString filePath);
}
#endif // QTPSD_H
| [
"shibukawa.yoshiki@dena.jp"
] | shibukawa.yoshiki@dena.jp |
ec390d10df692b6e2cfa6b1aa0fd5a937607bcb6 | c7f24f8c6f9dc59ae4f79ca78de8b78d82c52c5c | /02_dhQuat/3d/dhMat.cpp | 185327d2295dbdd3dbbff62e95d07cc605983b90 | [] | no_license | dalek7/Eigen | fc473f5276c1c9343ef02c25f7233bb441c358cc | 62e70a008bd4d93c09f558ca08fd021ff22e63da | refs/heads/master | 2022-09-17T05:56:48.975209 | 2022-09-13T11:52:12 | 2022-09-13T11:52:12 | 171,279,034 | 0 | 0 | null | 2022-09-07T08:06:06 | 2019-02-18T12:18:56 | C++ | UTF-8 | C++ | false | false | 7,102 | cpp | #include "stdafx.h"
#include "dhMat.h"
#ifndef PI
#define PI 3.14159265358979323 /* 180 deg */
#endif
#ifndef DEG
#define DEG(a) (180.*a/PI )
#endif
#ifndef RAD
#define RAD(a) (PI*a/180.)
#endif
using namespace std;
ostream & operator<<(ostream & out, const dhMat m) {
out << m.v[0] << ", " << m.v[4]<< ", "<< m.v[8] << ", " << m.v[12] << endl <<
m.v[1] << ", " << m.v[5]<< ", "<< m.v[9] << ", " << m.v[13] << endl <<
m.v[2] << ", " << m.v[6]<< ", "<< m.v[10] << ", " << m.v[14] << endl <<
m.v[3] << ", " << m.v[7]<< ", "<< m.v[11] << ", " << m.v[15] << endl;
// access private data
return out;
}
dhMat::dhMat()
{
I();
}
dhMat::dhMat(float x,float y,float z)
{
I();
v[12] = x;
v[13] = y;
v[14] = z;
}
dhMat::dhMat(dhVector p)
{
I();
v[12] = p.x;
v[13] = p.y;
v[14] = p.z;
}
void dhMat::I()
{
memset( v,0,sizeof(float)*16);
v[0] = 1;
v[5] = 1;
v[10] = 1;
v[15] = 1;
}
dhMat dhMat::RotX( float f)
{
dhMat ret;
ret.v[5] = cos(f);
ret.v[9] = -sin(f);
ret.v[6] = sin(f);
ret.v[10] = cos(f);
return ret;
}
dhMat dhMat::RotY( float f)
{
dhMat ret;
ret.v[0] = cos(f);
ret.v[8] = sin(f);
ret.v[2] = -sin(f);
ret.v[10] = cos(f);
return ret;
}
dhMat dhMat::RotZ( float f)
{
dhMat ret;
ret.v[0] = cos(f);
ret.v[4] = -sin(f);
ret.v[1] = sin(f);
ret.v[5] = cos(f);
return ret;
}
dhMat dhMat::Trans(float x,float y,float z)
{
dhMat ret;
ret.v[12] = x;
ret.v[13] = y;
ret.v[14] = z;
return ret;
}
dhMat dhMat::Trans( dhVector v)
{
dhMat ret;
ret.v[12] = v.x;
ret.v[13] = v.y;
ret.v[14] = v.z;
return ret;
}
dhMat dhMat::operator+(dhVector& v)
{
dhMat ret = *this;
ret.v[12] = this->v[12]+v.x;
ret.v[13] = this->v[13]+v.y;
ret.v[14] = this->v[14]+v.z;
return ret;
}
dhMat dhMat::operator+(dhMat& m)
{
dhMat ret;
for (int i=0;i<16;i++)
ret.v[i] = v[i]+m.v[i];
return ret;
}
dhMat dhMat::operator-(dhMat& m)
{
dhMat ret;
for (int i=0;i<16;i++)
ret.v[i] = v[i]-m.v[i];
return ret;
}
dhMat dhMat::operator *(dhMat& m)
{
dhMat ret;
for ( int i=0;i<4;i++)
for ( int j=0;j<4;j++)
{
float sum = 0;
for( int k=0;k<4;k++)
sum+=( v[k*4+i]*m.v[j*4+k] );
ret.v[j*4+i] = sum;
}
return ret;
}
dhMat dhMat::operator *(float f)
{
dhMat ret;
for ( int i=0;i<4;i++)
for ( int j=0;j<4;j++)
ret.v[j*4+i] = v[j*4+i]*f;
ret.v[15] = 1;
return ret;
}
dhVector dhMat::O()
{
dhVector ret( v[12],v[13],v[14]);
return ret;
}
dhMat dhMat::R()
{
dhMat ret;
memmove( ret.v,v,sizeof(float)*12);
return ret;
}
dhMat dhMat::T()
{
dhMat ret;
ret.v[0] = v[0];
ret.v[1] = v[4];
ret.v[2] = v[8];
ret.v[3] = v[12];
ret.v[4] = v[1];
ret.v[5] = v[5];
ret.v[6] = v[9];
ret.v[7] = v[13];
ret.v[8] = v[2];
ret.v[9] = v[6];
ret.v[10] = v[10];
ret.v[11] = v[14];
ret.v[12] = v[3];
ret.v[13] = v[7];
ret.v[14] = v[11];
ret.v[15] = v[15];
return ret;
}
dhMat dhMat::H( float rx,float ry,float rz,dhVector p)
{
dhMat ret;
ret = ret.Trans(p)*ret.RotZ(RAD(rz))*ret.RotY(RAD(ry))*ret.RotX(RAD(rx));
return ret;
}
dhVector dhMat::operator *(dhVector &h)
{
dhVector ret;
ret.x = v[0]*h.x+ v[4]*h.y+v[8]*h.z+ v[12];
ret.y = v[1]*h.x+ v[5]*h.y+v[9]*h.z+ v[13];
ret.z = v[2]*h.x+ v[6]*h.y+v[10]*h.z+v[14];
return ret;
}
void dhMat::operator =(dhVector &p)
{
v[12] = p.x;
v[13] = p.y;
v[14] = p.z;
}
dhMat dhMat::RotAxis( dhVector& o,dhVector& d,float f)
{
dhMat unit;
return RotAxis(o,d,f,unit);
}
dhMat dhMat::RotAxis( dhVector& o,dhVector& d,float f,dhMat prev)
{
float a,b,c,s;
// alpha angle between projected vector on xy plane and x axis
dhVector pv = d;
pv.z = 0;
pv = pv.Unit();
c = pv.x;
c = acos(c);
s = asin(pv.y);
if ( c>0)
{
dhVector v = dhVector(1,0,0)*pv;
if ( v.z<0) c*=-1;
}
else
if ( s<0) c = 2*PI-c;
a = c;
// beta angle between z axis and d-o;
c = d.Unit().z;
b = acos(c);
if ( b==0) a = 0;
dhMat rot;
rot = rot.RotZ(a)*rot.RotY(b)*rot.RotZ(f)*rot.RotY(-b)*rot.RotZ(-a);
rot = rot.Trans(prev.O())*rot.Trans(o*-1)*rot*rot.Trans(o)*rot.Trans(prev.O()*-1);
//rot = prev*rot.Trans(o*-1)*rot*rot.Trans(o)*prev.Inv();
return rot;
}
dhMat dhMat::RotAxis( dhVector& d)
{
float a,b,c,s;
// alpha angle between projected vector on xy plane and x axis
dhVector pv = d;
pv.z = 0;
pv = pv.Unit();
c = pv.x;
c = acos(c);
s = asin(pv.y);
if ( c>0)
{
dhVector v = dhVector(1,0,0)*pv;
if ( v.z<0) c*=-1;
}
else
if ( s<0) c = 2*PI-c;
a = c;
// beta angle between z axis and d-o;
c = d.Unit().z;
b = acos(c);
if ( b==0) a = 0;
dhMat rot;
rot = rot.RotZ(a)*rot.RotY(b);
return rot;
}
dhMat dhMat::Inv()
{
dhMat ret;
ret.v[0] = v[0];
ret.v[1] = v[4];
ret.v[2] = v[8];
ret.v[4] = v[1];
ret.v[5] = v[5];
ret.v[6] = v[9];
ret.v[8] = v[2];
ret.v[9] = v[6];
ret.v[10] = v[10];
dhVector pos = O();
pos = ret*(pos*-1);
ret.v[12] = pos.x;
ret.v[13] = pos.y;
ret.v[14] = pos.z;
return ret;
}
// X-Y-Z fixed angles
// R_XYZ*(r, b, a)
// actual : r about X_A --> b about Y_A --> a about Z_A
dhVector dhMat::RPY()
{
//RPY( a,b,c ) = Rot(z,a)Rot(y,b)Rot(x,c)
/*
[Cos(a)*Cos(b), -(Cos(c)*Sin(a)) + Cos(a)*Sin(b)*Sin(c), Cos(a)*Cos(c)*Sin(b) + Sin(a)*Sin(c)),
[Cos(b)*Sin(a), Cos(a)*Cos(c) + Sin(a)*Sin(b)*Sin(c) , Cos(c)*Sin(a)*Sin(b) - Cos(a)*Sin(c)),
[-Sin(b) , Cos(b)*Sin(c) , Cos(b)*Cos(c)
*/
float a,b,r,cb; // from P.47 of J.Craig.
b = atan2( -v[2],sqrt( v[0]*v[0] + v[1]*v[1]) );
cb = cos(b);
a = atan2( v[1]/cb,v[0]/cb);
r = atan2( v[6]/cb,v[10]/cb);
// need to consider the degenerate cases, cb = 0
return dhVector(a,b,r);
}
dhMat dhMat::Scale(float x,float y,float z)
{
dhMat ret;
/*
ret.v[3] = x;
ret.v[7] = y;
ret.v[11] = z;
*/
return ret;
}
dhMat dhMat::Scale(float r)
{
return Scale(r,r,r);
}
dhMat dhMat::DeScale()
{
dhVector s;
s.x = sqrt(v[0]*v[0]+ v[4]*v[4]+ v[8]*v[8]);
s.y = sqrt(v[1]*v[1]+ v[5]*v[5]+ v[9]*v[9]);
s.z = sqrt(v[2]*v[2]+ v[6]*v[6]+ v[10]*v[10]);
dhMat ret;
memmove( ret.v,this->v,sizeof(float)*16);
ret.v[0]/=s.x;
ret.v[4]/=s.x;
ret.v[8]/=s.x;
ret.v[1]/=s.y;
ret.v[5]/=s.y;
ret.v[9]/=s.y;
ret.v[2]/=s.z;
ret.v[6]/=s.z;
ret.v[10]/=s.z;
return ret;
}
/**
* [ a b c ]
* [ d e f ]
* [ g h i ]
*/
float dhMat::determinant() const
{
float a = this->v[0];
float b = this->v[4];
float c = this->v[8];
float d = this->v[1];
float e = this->v[5];
float f = this->v[9];
float g = this->v[2];
float h = this->v[6];
float i = this->v[10];
float det = a * e * i
+ b * f * g
+ d * h * c
- g * e * c
- d * b * i
- h * f * a;
return det;
}
// Static
| [
"dalek@cc"
] | dalek@cc |
601fa033c17b408e000020e8c554994cf64f8a89 | 477c8309420eb102b8073ce067d8df0afc5a79b1 | /Qt/Components/pqViewContextMenuHandler.h | e59d3d8435922ec0466fbe6dd1d9f45a79477b67 | [
"LicenseRef-scancode-paraview-1.2"
] | permissive | aashish24/paraview-climate-3.11.1 | e0058124e9492b7adfcb70fa2a8c96419297fbe6 | c8ea429f56c10059dfa4450238b8f5bac3208d3a | refs/heads/uvcdat-master | 2021-07-03T11:16:20.129505 | 2013-05-10T13:14:30 | 2013-05-10T13:14:30 | 4,238,077 | 1 | 0 | NOASSERTION | 2020-10-12T21:28:23 | 2012-05-06T02:32:44 | C++ | UTF-8 | C++ | false | false | 2,482 | h | /*=========================================================================
Program: ParaView
Module: pqViewContextMenuHandler.h
Copyright (c) 2005-2008 Sandia Corporation, Kitware Inc.
All rights reserved.
ParaView is a free software; you can redistribute it and/or modify it
under the terms of the ParaView license version 1.2.
See License_v1.2.txt for the full ParaView license.
A copy of this license can be obtained by contacting
Kitware Inc.
28 Corporate Drive
Clifton Park, NY 12065
USA
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHORS OR
CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
=========================================================================*/
/// \file pqViewContextMenuHandler.h
/// \date 9/19/2007
#ifndef _pqViewContextMenuHandler_h
#define _pqViewContextMenuHandler_h
#include "pqComponentsExport.h"
#include <QObject>
class pqView;
/// \class pqViewContextMenuHandler
/// \brief
/// The pqViewContextMenuHandler class is used to setup and cleanup
/// the context menu for a view of a given type.
class PQCOMPONENTS_EXPORT pqViewContextMenuHandler : public QObject
{
Q_OBJECT
public:
/// \brief
/// Constructs a view context menu handler.
/// \param parent The parent object.
pqViewContextMenuHandler(QObject *parent=0);
virtual ~pqViewContextMenuHandler() {}
/// \brief
/// Sets up the context menu for the given view.
///
/// The pqViewContextMenuManager maps the view type to the correct
/// handler and calls this method to set up the context menu.
///
/// \param view The view to set up.
virtual void setupContextMenu(pqView *view)=0;
/// \brief
/// Cleans up the context menu for the given view.
/// \param view The view to clean up.
virtual void cleanupContextMenu(pqView *view)=0;
};
#endif
| [
"aashish.chaudhary@kitware.com"
] | aashish.chaudhary@kitware.com |
a8a2f8ebaf2b1d271fe8a298815b43ea3c3efdb0 | f5ba78fef5d050f2d351067113cbb5e2f7701bae | /mkdir.h | d5b871024121aa39d7ddad0a8bb8b16f30f18c02 | [] | no_license | pingcuang/yolov3new | aa5ca28874dd924cfea9569d987186df444ad954 | d47116f5578f65a815c0da0f7334cd1b80b2b916 | refs/heads/master | 2020-04-16T01:56:12.131717 | 2019-01-11T06:52:13 | 2019-01-11T06:52:40 | 165,191,545 | 2 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,750 | h | #pragma once
#include<direct.h> //头文件
#include<iostream>
#include<vector>
#include<opencv2/opencv.hpp>
#include<stdio.h>
#include<io.h>
void createdir(std::string dirname)
{
int m = 0, n;
std::string str1, str2;
str1 = dirname;
str2 = str1.substr(0, 2);
str1 = str1.substr(3, str1.size());
while (m >= 0)
{
m = str1.find('\\');
str2 += '\\' + str1.substr(0, m);
//判断该目录是否存在
n = _access(str2.c_str(), 0);
if (n == -1)
{
//创建目录文件
_mkdir(str2.c_str());
}
str1 = str1.substr(m + 1, str1.size());
}
}
long long splitpath(std::string path)
{
std::string s = path;
int wen = s.find('_');
std::string sub = s.substr(wen + 1, s.length() - wen - 1);
int cha = sub.find(".jpg");
std::string sub1 = sub.substr(0, cha);
std::string::iterator it;
for (it = sub1.begin(); it != sub1.end(); ++it)
{
if (*it == '.')
{
sub1.erase(it);
}
}
//std::cout << "sub1:" << sub1 << std::endl;
long long result;
std::istringstream is(sub1);
is >> result;
return result;
}
void deleteimg(std::string folder)
{
char *buffer;
//也可以将buffer作为输出参数
if ((buffer = _getcwd(NULL, 0)) == NULL)
{
perror("getcwd error");
}
std::string s(buffer);
time_t rawtime;
struct tm *ptminfo;
time(&rawtime);
ptminfo = localtime(&rawtime);
long long nowtime;
std::string month = ((std::to_string(ptminfo->tm_mon + 1)).length() == 1) ? ("0" + (std::to_string(ptminfo->tm_mon + 1))) : (std::to_string(ptminfo->tm_mon + 1));
std::string day = ((std::to_string(ptminfo->tm_mday)).length() == 1) ? ("0" + (std::to_string(ptminfo->tm_mday))) : (std::to_string(ptminfo->tm_mday));
std::string hour = ((std::to_string(ptminfo->tm_hour)).length() == 1) ? ("0" + (std::to_string(ptminfo->tm_hour))) : (std::to_string(ptminfo->tm_hour));
std::string min = ((std::to_string(ptminfo->tm_min)).length() == 1) ? ("0" + (std::to_string(ptminfo->tm_min))) : (std::to_string(ptminfo->tm_min));
std::string sec = ((std::to_string(ptminfo->tm_sec)).length() == 1) ? ("0" + (std::to_string(ptminfo->tm_sec))) : (std::to_string(ptminfo->tm_sec));
std::string abcd = std::to_string(ptminfo->tm_year + 1900) + month + day + hour + min + sec;
std::istringstream is(abcd);
is >> nowtime;
//std::cout << nowtime << std::endl;
//folder = s + "\\" + folder;
//std::cout << "folder:" << folder << std::endl;
std::vector<cv::String> filenames;
cv::glob(folder, filenames);
free(buffer);
for (int i = 0; i < filenames.size(); i++)
{
long long result = splitpath(filenames[i]);
if (nowtime - result > 500) {
remove((char*)filenames[i].operator std::string().c_str());
}
//std::cout << filenames[i] << " jieguo："<<result<<" nowtime: "<<nowtime<<std::endl;
}
}
| [
"763262068@qq.com"
] | 763262068@qq.com |
4e3ec33ee36b93736c72531374e6e3a6f622337a | bbcda48854d6890ad029d5973e011d4784d248d2 | /trunk/win/Source/Includes/Boost/fusion/algorithm/transformation/pop_front.hpp | 6e59a73e77071e4cfe37caad9df0e0d53f419110 | [
"Apache-2.0",
"BSL-1.0",
"MIT",
"curl",
"LGPL-2.1-or-later",
"BSD-3-Clause",
"LicenseRef-scancode-public-domain",
"LGPL-2.1-only",
"Zlib",
"LicenseRef-scancode-unknown",
"LicenseRef-scancode-unknown-license-reference",
"MS-LPL"
] | permissive | dyzmapl/BumpTop | 9c396f876e6a9ace1099b3b32e45612a388943ff | 1329ea41411c7368516b942d19add694af3d602f | refs/heads/master | 2020-12-20T22:42:55.100473 | 2020-01-25T21:00:08 | 2020-01-25T21:00:08 | 236,229,087 | 0 | 0 | Apache-2.0 | 2020-01-25T20:58:59 | 2020-01-25T20:58:58 | null | UTF-8 | C++ | false | false | 1,419 | hpp | /*=============================================================================
Copyright (c) 2001-2006 Joel de Guzman
Distributed under the Boost Software License, Version 1.0. (See accompanying
file LICENSE_1_0.txt or copy at http://www.boost.org/LICENSE_1_0.txt)
==============================================================================*/
#if !defined(FUSION_POP_FRONT_09172005_1115)
#define FUSION_POP_FRONT_09172005_1115
#include <boost/fusion/view/iterator_range/iterator_range.hpp>
#include <boost/fusion/sequence/intrinsic/begin.hpp>
#include <boost/fusion/sequence/intrinsic/end.hpp>
#include <boost/fusion/iterator/next.hpp>
namespace boost { namespace fusion
{
namespace result_of
{
template <typename Sequence>
struct pop_front
{
typedef
iterator_range<
typename next<
typename begin<Sequence>::type
>::type
, typename end<Sequence>::type
>
type;
};
}
template <typename Sequence>
inline typename result_of::pop_front<Sequence const>::type
pop_front(Sequence const& seq)
{
typedef typename result_of::pop_front<Sequence const>::type result;
return result(fusion::next(fusion::begin(seq)), fusion::end(seq));
}
}}
#endif
| [
"anandx@google.com"
] | anandx@google.com |
0fb7c378b0447721dafb2755f2893915a1b6f8a3 | 5a5a0e581c4d0d1f11bf6e91a73d8b242e44cd74 | /final_1/help.h | d6ea15f7ef18fb11cdc0116a13f9394e8ca16db6 | [] | no_license | tpchris1/Bombman | cf6b3b9b441126ff13a44a7e6272da4d7da395e6 | 009c2cb387a00eab133b7a37d82c619610d852ce | refs/heads/master | 2020-05-27T03:44:22.889859 | 2019-05-24T18:39:57 | 2019-05-24T18:39:57 | 188,469,777 | 4 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 410 | h | #ifndef HELP_H
#define HELP_H
#include <QWidget>
#include <QWidget>
#include <QTimer>
class Help : public QWidget
{
Q_OBJECT
public:
explicit Help(QWidget *parent = 0);
int pos_x1,pos_x2,pos_x3,pos_x4,s_pos_x;
int startmode,choose;
protected:
void paintEvent(QPaintEvent *);
signals:
private:
QString StartModeImg[2];
QString Instruction[4];
public slots:
};
#endif // HELP_H
| [
"topchrischang@hotmail.com"
] | topchrischang@hotmail.com |
b9e3df654aaeb47e0050f3cc75697a70546a9f77 | cde72953df2205c2322aac3debf058bb31d4f5b9 | /win10.19042/System32/srumapi.dll.cpp | d23492e25b573418bb2d1e2f709bd54ef6b54cba | [] | no_license | v4nyl/dll-exports | 928355082725fbb6fcff47cd3ad83b7390c60c5a | 4ec04e0c8f713f6e9a61059d5d87abc5c7db16cf | refs/heads/main | 2023-03-30T13:49:47.617341 | 2021-04-10T20:01:34 | 2021-04-10T20:01:34 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,423 | cpp | #print comment(linker, "/export:DllCanUnloadNow=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:DllGetClassObject=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:DllRegisterServer=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:DllUnregisterServer=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruCreateCheckpoint=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruCreateEnergyNotificationServer=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruDeleteStatsByAppName=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruFreeRecordSet=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruQueryStats=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruQueryStatsBySeqNumber=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruQueryStatsEx=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruRegisterRealTimeStats=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruRetrieveEnergyRecord=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruUnregisterRealTimeStats=\"C:\\Windows\\System32\\srumapi.dll\"")
#print comment(linker, "/export:SruUpdateStats=\"C:\\Windows\\System32\\srumapi.dll\"")
| [
"magnus@stubman.eu"
] | magnus@stubman.eu |
1c82ac0332a05206db97c72bafbadb5c8be9e5e6 | 58777fc784ae1d94fc442e61729be0483e944f88 | /Project_VA/src/peopledetect.cpp | 4b444ebe3f662ae29ef8087d77e3bbaea0aa6514 | [] | no_license | jasonleakey/video_analytics_assignments | 44978e0f3a08ceba849bfe96be66331a0e4fcbf2 | 303e36c29299bd4e4ad11759f5914857c9e4bba0 | refs/heads/master | 2021-01-22T13:46:49.918070 | 2014-07-05T23:19:20 | 2014-07-05T23:19:20 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 8,839 | cpp | #include "opencv2/imgproc/imgproc.hpp"
#include "opencv2/objdetect/objdetect.hpp"
#include "opencv2/nonfree/features2d.hpp"
#include "opencv2/features2d/features2d.hpp"
#include "opencv2/calib3d/calib3d.hpp"
#include "opencv2/highgui/highgui.hpp"
#include <iostream>
#include <cstring>
#include <cctype>
#include <stdio.h>
#include <cv.h>
#include <math.h>
using namespace cv;
using namespace std;
static const bool DEBUG = true;
static const bool SHOW_MATCHED_IMAGE = true;
static Mat frameTemplate;
static Mat frame;
// static void help()
// {
// printf(
// "\nDemonstrate the use of the HoG descriptor using\n"
// " HOGDescriptor::hog.setSVMDetector(HOGDescriptor::getDefaultPeopleDetector());\n"
// "Usage:\n"
// "./peopledetect (<image_filename> | <image_list>.txt)\n\n");
// }
static void temocTracking(Mat frameScene) {
if (frameTemplate.empty() || frameScene.empty()) {
return;
}
Mat frame_object;
Mat frame_scene;
if (DEBUG) {
cout << "aaaaa" << endl;
}
// the algorithm works on GREYSCALE.
cvtColor(frameTemplate, frame_object, CV_RGB2GRAY);
cvtColor(frameScene, frame_scene, CV_RGB2GRAY);
// Use SURF alorithm.
int minHessian = 400;
// SiftFeatureDetector detector;
SurfFeatureDetector detector(minHessian);
std::vector<KeyPoint> keypoints_1, keypoints_2;
// detect keypoints
detector.detect(frame_object, keypoints_1);
detector.detect(frame_scene, keypoints_2);
Mat img_keypoints_1, img_keypoints_2;
if (SHOW_MATCHED_IMAGE) {
// draw keypoints in memory.
drawKeypoints(frame_object, keypoints_1, img_keypoints_1,
Scalar::all(-1), DrawMatchesFlags::DEFAULT);
drawKeypoints(frame_scene, keypoints_2, img_keypoints_2,
Scalar::all(-1), DrawMatchesFlags::DEFAULT);
imshow("sift_keypoints_1", img_keypoints_1);
imshow("sift_keypoints_2", img_keypoints_2);
}
if (keypoints_1.empty() || keypoints_2.empty()) {
if (DEBUG) cerr << "NO KEYPOINTS!" << endl;
return;
}
// use surf?
//SiftDescriptorExtractor extractor;
SurfDescriptorExtractor extractor;
Mat descriptors_1, descriptors_2;
// compute the descriptors from keypoints
extractor.compute(frame_object, keypoints_1, descriptors_1);
extractor.compute(frame_scene, keypoints_2, descriptors_2);
if (descriptors_1.empty() || descriptors_2.empty()) {
if (DEBUG) cerr << "NO DESCRIPTORS!" << endl;
return;
}
double max_dist = 0;
double min_dist = 100;
FlannBasedMatcher matcher;
vector<DMatch> matches;
matcher.match(descriptors_1, descriptors_2, matches);
// Quick calculation of max and min distances between keypoints
for (int i = 0; i < descriptors_1.rows; i++) {
double dist = matches[i].distance;
if (dist < min_dist)
min_dist = dist;
if (dist > max_dist)
max_dist = dist;
}
// Draw only "good" matches (i.e. whose distance is less than 3*min_dist )
vector<DMatch> good_matches;
for (int i = 0; i < descriptors_1.rows; i++) {
if (matches[i].distance < 3 * min_dist) {
good_matches.push_back(matches[i]);
}
}
Mat img_matches;
if (SHOW_MATCHED_IMAGE) {
drawMatches(frame_object, keypoints_1, frame_scene, keypoints_2,
good_matches, img_matches, Scalar::all(-1), Scalar::all(-1),
vector<char>(), DrawMatchesFlags::NOT_DRAW_SINGLE_POINTS);
}
//-- Localize the object
std::vector<Point2f> obj;
std::vector<Point2f> scene;
for (int i = 0; i < good_matches.size(); i++) {
// Get the keypoints from the good matches
obj.push_back(keypoints_1[good_matches[i].queryIdx].pt);
scene.push_back(keypoints_2[good_matches[i].trainIdx].pt);
}
// too few matches to get the homography. ignore.
if (good_matches.size() < 4) {
return;
}
// find the transform between matched keypoints.
Mat H = findHomography(obj, scene, CV_RANSAC);
//-- Get the corners from the image_1 ( the object to be "detected" )
std::vector<Point2f> obj_corners(4);
obj_corners[0] = cvPoint(0, 0);
obj_corners[1] = cvPoint(frame_object.cols, 0);
obj_corners[2] = cvPoint(frame_object.cols, frame_object.rows);
obj_corners[3] = cvPoint(0, frame_object.rows);
std::vector<Point2f> scene_corners(4);
// Performs the perspective matrix transformation of vectors.
perspectiveTransform(obj_corners, scene_corners, H);
if (SHOW_MATCHED_IMAGE) {
// Draw lines between the corners (the mapped object in the scene - image_2 )
line(img_matches, scene_corners[0] + Point2f(frame_object.cols, 0),
scene_corners[1] + Point2f(frame_object.cols, 0),
Scalar(0, 255, 0), 4);
line(img_matches, scene_corners[1] + Point2f(frame_object.cols, 0),
scene_corners[2] + Point2f(frame_object.cols, 0),
Scalar(0, 255, 0), 4);
line(img_matches, scene_corners[2] + Point2f(frame_object.cols, 0),
scene_corners[3] + Point2f(frame_object.cols, 0),
Scalar(0, 255, 0), 4);
line(img_matches, scene_corners[3] + Point2f(frame_object.cols, 0),
scene_corners[0] + Point2f(frame_object.cols, 0),
Scalar(0, 255, 0), 4);
}
//-- Draw lines between the corners in output iamge
line(frame, scene_corners[0], scene_corners[1], Scalar(0, 255, 0), 4);
line(frame, scene_corners[1], scene_corners[2], Scalar(0, 255, 0), 4);
line(frame, scene_corners[2], scene_corners[3], Scalar(0, 255, 0), 4);
line(frame, scene_corners[3], scene_corners[0], Scalar(0, 255, 0), 4);
if (SHOW_MATCHED_IMAGE) {
// show the line segments
namedWindow("Surf Matches", 0);
imshow("Surf Matches", img_matches);
}
}
int main(int argc, char** argv) {
Mat img;
FILE* f = 0;
char _filename[1024];
// VideoCapture capture("2014-04-12 21.22.05.mp4");
// VideoCapture capture("2014-04-12 21.23.42.mp4");
VideoCapture capture("2014-05-04-115055.webm");
// VideoCapture capture("2014-04-12 21.20.28.mp4");
// frameTemplate = imread("2014-04-12 21.24.02_300x128.jpg");
if (argc > 1 && false) {
img = imread(argv[1]);
if (img.data) {
strcpy(_filename, argv[1]);
} else {
f = fopen(argv[1], "rt");
if (!f) {
fprintf(stderr,
"ERROR: the specified file could not be loaded\n");
return -1;
}
}
} else {
if (!capture.isOpened()) {
cout << "Webcam cannot be opened!" << endl;
return 0;
}
}
HOGDescriptor hog;
hog.setSVMDetector(HOGDescriptor::getDefaultPeopleDetector());
namedWindow("people detector", WINDOW_NORMAL);
for (;;) {
if (argc > 1 && false) {
char* filename = _filename;
if (f) {
if (!fgets(filename, (int) sizeof(_filename) - 2, f))
break;
//while(*filename && isspace(*filename))
// ++filename;
if (filename[0] == '#')
continue;
int l = (int) strlen(filename);
while (l > 0 && isspace(filename[l - 1]))
--l;
filename[l] = '\0';
img = imread(filename);
}
printf("%s:\n", filename);
if (!img.data)
continue;
} else {
capture >> img;
if (img.empty()) {
cerr << "Empty frame. " << endl;
return 0;
}
}
cout << img.size() << endl;
float scale = 1;
int w = img.size().width * scale;
int h = img.size().height * scale;
resize(img, img, Size(w, h), 0, 0, CV_INTER_AREA);
// transpose(img, img);
// flip(img, img, 1);
cout << img.size() << endl;
fflush(stdout);
vector<Rect> found, found_filtered;
double t = (double) getTickCount();
// run the detector with default parameters. to get a higher hit-rate
// (and more false alarms, respectively), decrease the hitThreshold and
// groupThreshold (set groupThreshold to 0 to turn off the grouping completely).
hog.detectMultiScale(img, found, 0, Size(8, 8), Size(32, 32), 1.05, 2);
t = (double) getTickCount() - t;
printf("\tdetection time = %gms\n", t * 1000. / cv::getTickFrequency());
cout << "aaa" << endl;
size_t i, j;
for (i = 0; i < found.size(); i++) {
Rect r = found[i];
for (j = 0; j < found.size(); j++)
if (j != i && (r & found[j]) == r)
break;
if (j == found.size())
found_filtered.push_back(r);
}
cout << "bbb" << endl;
Mat imgCopy = img.clone();
Rect max;
int idx = -1;
for (i = 0; i < found_filtered.size(); i++) {
Rect r = found_filtered[i];
// the HOG detector returns slightly larger rectangles than the real objects.
// so we slightly shrink the rectangles to get a nicer output.
r.x += cvRound(r.width * 0.1);
r.width = cvRound(r.width * 0.8);
r.y += cvRound(r.height * 0.07);
r.height = cvRound(r.height * 0.8);
rectangle(img, r.tl(), r.br(), cv::Scalar(0, 255, 0), 3);
if (r.area() > max.area()) {
max = r;
idx = i;
}
}
cout << "ccc" << endl;
if (idx >= 0) {
frame = imgCopy(max & Rect(0, 0, img.cols, img.rows));
cout << max.x << "," << max.y << ";" << max.width << "," << max.height
<< endl;
temocTracking(imgCopy);
}
cout << "ddd" << endl;
imshow("people detector", img);
int c = waitKey(20) & 255;
if (c == 'q' || c == 'Q')
break;
}
if (f)
fclose(f);
return 0;
}
| [
"yetianhuang.cs@gmail.com"
] | yetianhuang.cs@gmail.com |
5a2bbdaf119e7d1e2a8560a270cb73017bf6f8b8 | bc24f3d1dfd76dddce1e0e0e00ec6c28818496f3 | /source/GUITab.cpp | 65ad674d766d91cf6b96bb28502fd065d33d96a0 | [
"LicenseRef-scancode-other-permissive",
"LicenseRef-scancode-unknown-license-reference",
"Zlib"
] | permissive | vonLeebpl/WKIrrlichtLime | 515ff5031c06680219d91f31e5d46575a5214a03 | 79e17540574bceaecc27049d99eb4ee2f6ca3479 | refs/heads/master | 2021-04-21T08:19:39.320661 | 2020-04-26T10:57:01 | 2020-04-26T10:57:01 | 249,764,538 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,204 | cpp | #include "stdafx.h"
#include "GUIElement.h"
#include "GUITab.h"
using namespace irr;
using namespace System;
namespace IrrlichtLime {
namespace GUI {
GUITab^ GUITab::Wrap(gui::IGUITab* ref)
{
if (ref == nullptr)
return nullptr;
return gcnew GUITab(ref);
}
GUITab::GUITab(gui::IGUITab* ref)
: GUIElement(ref)
{
LIME_ASSERT(ref != nullptr);
m_GUITab = ref;
}
Video::Color^ GUITab::BackgroundColor::get()
{
return gcnew Video::Color(m_GUITab->getBackgroundColor());
}
void GUITab::BackgroundColor::set(Video::Color^ value)
{
LIME_ASSERT(value != nullptr);
m_GUITab->setBackgroundColor(*value->m_NativeValue);
}
bool GUITab::DrawBackground::get()
{
return m_GUITab->isDrawingBackground();
}
void GUITab::DrawBackground::set(bool value)
{
m_GUITab->setDrawBackground(value);
}
int GUITab::Index::get()
{
return m_GUITab->getNumber();
}
Video::Color^ GUITab::TextColor::get()
{
return gcnew Video::Color(m_GUITab->getTextColor());
}
void GUITab::TextColor::set(Video::Color^ value)
{
LIME_ASSERT(value != nullptr);
m_GUITab->setTextColor(*value->m_NativeValue);
}
} // end namespace GUI
} // end namespace IrrlichtLime | [
"greenyadzer@gmail.com"
] | greenyadzer@gmail.com |
a1ecffd26312a800b354381f435d906fad30758b | 370881312084d8d2ce0f9c8dce147b81a3a9a923 | /Game_Code/Code/CryEngine/CryAction/LivePreview/RealtimeRemoteUpdate.cpp | 60dda76a426b91c55379137e3cba490dbb7b1b47 | [] | no_license | ShadowShell/QuestDrake | 3030c396cd691be96819eec0f0f376eb8c64ac89 | 9be472a977882df97612efb9c18404a5d43e76f5 | refs/heads/master | 2016-09-05T20:23:14.165400 | 2015-03-06T14:17:22 | 2015-03-06T14:17:22 | 31,463,818 | 3 | 2 | null | 2015-02-28T18:26:22 | 2015-02-28T13:45:52 | C++ | UTF-8 | C++ | false | false | 19,094 | cpp | /*************************************************************************
Crytek Source File.
Copyright (C), Crytek Studios, 2001-2004.
-------------------------------------------------------------------------
$Id: RealtimeRemoteUpdate.cpp,v 1.1 2009/01/03 10:45:15 Paulo Zaffari Exp wwwrun $
$DateTime$
Description: This is the source file for the module Realtime remote
update. The purpose of this module is to allow data update to happen
remotely so that you can, for example, edit the terrain and see the changes
in the console.
-------------------------------------------------------------------------
History:
- 03:01:2009 10:45: Created by Paulo Zaffari
- 23:09:2009 10:39: Merged c2 version to main and moved to the engine by Johnmichael Quinlan
*************************************************************************/
#include "StdAfx.h"
#include "RealtimeRemoteUpdate.h"
#include "ISystem.h"
#include "I3DEngine.h"
#include <IEntitySystem.h>
#include "IGame.h"
#include "IViewSystem.h"
#include "IEntitySystem.h"
#include "IGameFramework.h"
#include "IGameRulesSystem.h"
#ifdef XENON
#include "Xtl.h"
#endif //XENON
// Should CERTAINLY be moved to CryCommon.
template <typename TObjectType,bool bArray=false>
class TScopedPointer
{
public:
TScopedPointer(TObjectType* pPointer):m_pPointer(pPointer){}
~TScopedPointer()
{
if (bArray)
{
SAFE_DELETE_ARRAY(m_pPointer);
}
else
{
SAFE_DELETE(m_pPointer);
}
}
protected:
TObjectType* m_pPointer;
};
//////////////////////////////////////////////////////////////////////////
CRealtimeRemoteUpdateListener& CRealtimeRemoteUpdateListener::GetRealtimeRemoteUpdateListener()
{
static CRealtimeRemoteUpdateListener oRealtimeUpdateListener;
return oRealtimeUpdateListener;
}
//////////////////////////////////////////////////////////////////////////
bool CRealtimeRemoteUpdateListener::Enable(bool boEnable)
{
if (!gEnv)
{
return false;
}
if (!gEnv->pSystem)
{
return false;
}
INotificationNetwork* piNotificationNetwork=gEnv->pSystem->GetINotificationNetwork();
if (!piNotificationNetwork)
{
return false;
}
if (boEnable)
{
m_boIsEnabled=piNotificationNetwork->ListenerBind("RealtimeUpdate",this);
}
else
{
piNotificationNetwork->ListenerRemove(this);
m_boIsEnabled=false;
}
return m_boIsEnabled;
}
//////////////////////////////////////////////////////////////////////////
bool CRealtimeRemoteUpdateListener::IsEnabled()
{
if (!gEnv)
{
return false;
}
if (!gEnv->pSystem)
{
return false;
}
INotificationNetwork* piNotificationNetwork=gEnv->pSystem->GetINotificationNetwork();
if (!piNotificationNetwork)
{
return false;
}
// We should instead query the notification network here.
return m_boIsEnabled;
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::AddGameHandler(IRealtimeUpdateGameHandler * handler)
{
GameHandlerList::iterator item = m_gameHandlers.begin();
GameHandlerList::iterator end = m_gameHandlers.end();
for ( ; item != end; ++item )
{
if ( handler == (*item) )
{
return; //already present
}
}
m_gameHandlers.push_back(handler);
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::RemoveGameHandler(IRealtimeUpdateGameHandler * handler)
{
GameHandlerList::iterator item = m_gameHandlers.begin();
GameHandlerList::iterator end = m_gameHandlers.end();
for ( ; item != end; ++item )
{
if ( handler == (*item) )
{
break;
}
}
m_gameHandlers.erase(item);
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::OnNotificationNetworkReceive(const void *pBuffer, size_t length)
{
TDBuffer& rBuffer=*(new TDBuffer);
rBuffer.resize(length,0);
memcpy(&rBuffer.front(),pBuffer,length);
m_ProcessingQueue.push(&rBuffer);
}
//////////////////////////////////////////////////////////////////////////
CRealtimeRemoteUpdateListener::CRealtimeRemoteUpdateListener():
m_boIsEnabled(false),m_lastKeepAliveMessageTime((const int64)0)
{
}
//////////////////////////////////////////////////////////////////////////
CRealtimeRemoteUpdateListener::~CRealtimeRemoteUpdateListener()
{
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::LoadArchetypes(XmlNodeRef &root)
{
IEntitySystem *pEntitySystem = gEnv->pEntitySystem;
// Remove Entities with ID`s from the list.
for (int i = 0; i < root->getChildCount(); i++)
{
XmlNodeRef entityNode = root->getChild(i);
if (entityNode->isTag("EntityPrototype"))
{
pEntitySystem->LoadEntityArchetype(entityNode);
}
}
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::LoadTimeOfDay( XmlNodeRef &root )
{
gEnv->p3DEngine->GetTimeOfDay()->Serialize( root,true );
gEnv->p3DEngine->GetTimeOfDay()->Update( true, true );
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::LoadMaterials( XmlNodeRef &root )
{
// Remove Entities with ID`s from the list.
for (int i = 0; i < root->getChildCount(); i++)
{
XmlNodeRef mtlNode = root->getChild(i);
if (mtlNode->isTag("Material"))
{
const char *mtlName = mtlNode->getAttr( "name" );
gEnv->p3DEngine->GetMaterialManager()->LoadMaterialFromXml( mtlName,mtlNode );
}
}
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::LoadConsoleVariables(XmlNodeRef &root )
{
IConsole* piConsole(NULL);
char* szKey(NULL);
char* szValue(NULL);
ICVar* piCVar(NULL);
piConsole=gEnv->pConsole;
if (!piConsole)
{
return;
}
// Remove Entities with ID`s from the list.
for (int i = 0; i < root->getNumAttributes(); ++i)
{
root->getAttributeByIndex(i,(const char**)&szKey,(const char**)&szValue);
piCVar=piConsole->GetCVar(szKey);
if (!piCVar)
{
continue;
}
piCVar->Set(szValue);
}
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::LoadParticles(XmlNodeRef &root )
{
XmlNodeRef oParticlesLibrary;
XmlNodeRef oLibrary;
XmlString strLibraryName;
int nCurrentChild(0);
int nNumberOfChildren(0);
oParticlesLibrary=root->findChild("ParticlesLibrary");
if (!oParticlesLibrary)
{
return;
}
nNumberOfChildren=oParticlesLibrary->getChildCount();
for (nCurrentChild=0;nCurrentChild<nNumberOfChildren;++nCurrentChild)
{
oLibrary=oParticlesLibrary->getChild(nCurrentChild);
if (oLibrary->isTag("Library"))
{
continue;
}
if (!oLibrary->getAttr("name",strLibraryName))
{
continue;
}
gEnv->pParticleManager->LoadLibrary((const char*)strLibraryName,oLibrary,true);
}
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::LoadTerrainLayer(XmlNodeRef &root, unsigned char* uchData)
{
int texId(0);
int posx(0),posy(0);
int w(0),h(0);
int nSourceFormat(0);
ETEX_Format eTFSrc(eTF_R8G8B8);
if (!root->getAttr("Posx",posx))
{
return;
}
if (!root->getAttr("Posy",posy))
{
return;
}
if (!root->getAttr("w",w))
{
return;
}
if (!root->getAttr("h",h))
{
return;
}
if (!root->getAttr("ETEX_Format",nSourceFormat))
{
return;
}
eTFSrc=(ETEX_Format)nSourceFormat;
if (gEnv->pRenderer&&gEnv->p3DEngine)
{
texId = gEnv->pRenderer->DownLoadToVideoMemory(uchData,w,h,eTFSrc,eTFSrc, 0, false, FILTER_NONE, 0, NULL, FT_USAGE_ALLOWREADSRGB);
// Swapped x & y for historical reasons.
gEnv->p3DEngine->SetTerrainSectorTexture(posy,posx,texId);
}
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::LoadEntities( XmlNodeRef &root )
{
IEntitySystem *pEntitySystem = gEnv->pEntitySystem;
bool bTransformOnly(false);
bool bDeleteOnly = false;
bool bRemoveAllOld = true;
gEnv->pSystem->SetThreadState(ESubsys_Physics,false);
if (root->haveAttr("PartialUpdate"))
{
bRemoveAllOld = false;
}
if (root->haveAttr("Delete"))
{
bDeleteOnly = true;
}
//////////////////////////////////////////////////////////////////////////
// Delete all entities except the unremovable ones and the local player.
if (bRemoveAllOld)
{
IEntityItPtr pIt = pEntitySystem->GetEntityIterator();
if ( ! gEnv->pGame )
return;
IGameFramework * piGameFramework(gEnv->pGame->GetIGameFramework());
IEntity * piRulesEntity(NULL);
if (piGameFramework)
{
IGameRulesSystem * piGameRulesSystem(piGameFramework->GetIGameRulesSystem());
if (piGameRulesSystem)
{
piRulesEntity=piGameRulesSystem->GetCurrentGameRulesEntity();
}
}
pIt->MoveFirst();
while (!pIt->IsEnd())
{
IEntity * pEntity = pIt->Next();
IEntityClass * pEntityClass=pEntity->GetClass();
uint32 nEntityFlags = pEntity->GetFlags();
// Local player must not be deleted.
if (nEntityFlags & ENTITY_FLAG_LOCAL_PLAYER)
continue;
// Rules should not be deleted as well.
if (piRulesEntity)
{
if (pEntity->GetId()==piRulesEntity->GetId())
{
continue;
}
}
//// Specific for GDCE
//// This should ALWAYS be true
//if (pEntityClass)
//{
// // We don't want to sync guns now.
// string strClassName(pEntityClass->GetName());
// strClassName.MakeLower();
// if (strstr(strClassName.c_str(),"gun"))
// {
// continue;
// }
//}
pEntity->ClearFlags(ENTITY_FLAG_UNREMOVABLE);
pEntitySystem->RemoveEntity( pEntity->GetId() );
}
// Force deletion of removed entities.
pEntitySystem->DeletePendingEntities();
//////////////////////////////////////////////////////////////////////////
}
else
{
// Remove Entities with ID`s from the list.
for (int i = 0; i < root->getChildCount(); i++)
{
XmlNodeRef objectNode = root->getChild(i);
if (objectNode->isTag("Entity"))
{
// reserve the id
EntityId id;
if (objectNode->getAttr( "EntityId", id ))
{
IEntity * pEntity = pEntitySystem->GetEntity(id);
if (!pEntity)
{
pEntitySystem->RemoveEntity(id,true);
continue;
}
if (!objectNode->getAttr("TransformOnly",bTransformOnly ))
{
pEntity->ClearFlags(ENTITY_FLAG_UNREMOVABLE);
pEntitySystem->RemoveEntity(id,true);
continue;
}
if (!bTransformOnly)
{
pEntity->ClearFlags(ENTITY_FLAG_UNREMOVABLE);
pEntitySystem->RemoveEntity(id,true);
continue;
}
Vec3 oPos( 0.0f, 0.0f, 0.0f );
Vec3 oScale( 1.0f, 1.0f, 1.0f );
Quat oRotate( 1.0f, 0.0f, 0.0f, 0.0f );
bool bHasPos = objectNode->getAttr("Pos",oPos );
bool bHasRot = objectNode->getAttr("Rotate",oRotate );
bool bHasScl = objectNode->getAttr("Scale",oScale );
if( !bHasPos )
oPos = pEntity->GetPos();
if( !bHasRot )
oRotate = pEntity->GetRotation();
if( !bHasScl )
oScale = pEntity->GetScale();
pEntity->SetPosRotScale( oPos, oRotate, oScale );
}
}
}
// Force deletion of removed entities.
pEntitySystem->DeletePendingEntities();
}
if (!bDeleteOnly)
{
pEntitySystem->LoadEntities(root, false);
}
// you can't pass temporaries to non-const references, so objects on the stack must be created
SEntityEvent LevelLoaded(ENTITY_EVENT_LEVEL_LOADED);
SEntityEvent StartGame(ENTITY_EVENT_START_GAME);
pEntitySystem->SendEventToAll(LevelLoaded);
pEntitySystem->SendEventToAll(StartGame);
gEnv->pSystem->SetThreadState(ESubsys_Physics,true);
}
//////////////////////////////////////////////////////////////////////////
bool CRealtimeRemoteUpdateListener::IsSyncingWithEditor()
{
CTimeValue oTimeValue(gEnv->pTimer->GetAsyncTime());
oTimeValue-=m_lastKeepAliveMessageTime;
return (fabs((oTimeValue).GetSeconds()) <= 30.0f);
}
//////////////////////////////////////////////////////////////////////////
void CRealtimeRemoteUpdateListener::Update()
{
while (!m_ProcessingQueue.empty())
{
TDBuffer* pCurrentBuffer(m_ProcessingQueue.pop());
if (!pCurrentBuffer)
{
continue;
}
TScopedPointer<TDBuffer> oScopedPointer(pCurrentBuffer);
char * const szBuffer = (char*)&(pCurrentBuffer->front());
const size_t nStringSize = strlen(szBuffer) + 1;
unsigned char* const chBinaryBuffer = (unsigned char*)(szBuffer + nStringSize);
const size_t nBinaryBufferSize = pCurrentBuffer->size() - nStringSize;
XmlNodeRef oXmlNode = gEnv->pSystem->LoadXmlFromBuffer(szBuffer, nStringSize - 1);
// Currently, if we have no XML node this is not a well formed message and
// thus we stop processing.
if (!oXmlNode)
{
continue;
}
if (strcmp(oXmlNode->getTag(),"SyncMessage")!=0)
{
continue;
}
string oSyncType = oXmlNode->getAttr("Type");
if (oSyncType.empty())
{
continue;
}
size_t nBinaryDataSize = 0;
if (!oXmlNode->getAttr("BinaryDataSize",nBinaryDataSize))
{
continue;
}
#ifdef XENON
// We are, this way, reseting the timer for the screensaver.
XEnableScreenSaver(FALSE);
XEnableScreenSaver(TRUE);
#endif //XENON
bool requiresFurtherProcessing = false;
for ( GameHandlerList::iterator item = m_gameHandlers.begin(), end = m_gameHandlers.end(); item != end; ++item )
{
if ( (*item)->UpdateGameData(oXmlNode,chBinaryBuffer) )
{
requiresFurtherProcessing = true;
}
}
if ( !requiresFurtherProcessing )
continue;
static std::vector<struct IStatObj*> * pStatObjTable = NULL;
static std::vector<IMaterial*> * pMatTable = NULL;
if (oSyncType.compare("EngineTerrainData")==0)
{
gEnv->p3DEngine->LockCGFResources();
if (nBinaryDataSize>0)
{
if(ITerrain * piTerrain = gEnv->p3DEngine->GetITerrain())
{
size_t nUncompressedBinarySize(nBinaryDataSize);
unsigned char * szData = new unsigned char[nBinaryDataSize];
gEnv->pSystem->DecompressDataBlock(chBinaryBuffer,nBinaryBufferSize,szData,nUncompressedBinarySize);
SHotUpdateInfo * pExportInfo = (SHotUpdateInfo *)szData;
// As messages of oSyncType "EngineTerrainData" always come before
// "EngineIndoorData" and are always paired together, and have
// inter-dependencies amongst themselves, the locking is done here
// and the unlocking is done when we receive a "EngineIndoorData".
// Currently if we, for any reason, don't receive the second message,
// we should expect horrible things to happen.
gEnv->p3DEngine->LockCGFResources();
pStatObjTable = NULL;
pMatTable = NULL;
piTerrain->SetCompiledData((uint8*)szData+sizeof(SHotUpdateInfo),nBinaryDataSize-sizeof(SHotUpdateInfo),&pStatObjTable,&pMatTable,true,pExportInfo);
SAFE_DELETE_ARRAY(szData);
}
}
}
else if (oSyncType.compare("EngineIndoorData")==0)
{
if (nBinaryDataSize>0)
{
if(IVisAreaManager * piIVisAreaManager = gEnv->p3DEngine->GetIVisAreaManager())
{
size_t nUncompressedBinarySize(nBinaryDataSize);
unsigned char * szData = new unsigned char[nBinaryDataSize];
gEnv->pSystem->DecompressDataBlock(chBinaryBuffer,nBinaryBufferSize,szData,nUncompressedBinarySize);
SHotUpdateInfo * pExportInfo = (SHotUpdateInfo *)szData;
if(piIVisAreaManager)
piIVisAreaManager->SetCompiledData((uint8*)szData+sizeof(SHotUpdateInfo),nBinaryDataSize-sizeof(SHotUpdateInfo),&pStatObjTable,&pMatTable,true,pExportInfo);
SAFE_DELETE_ARRAY(szData);
}
}
gEnv->p3DEngine->UnlockCGFResources();
pStatObjTable = NULL;
pMatTable = NULL;
}
else if (oSyncType.compare("Vegetation")==0)
{
XmlNodeRef oCurrentNode=oXmlNode->findChild("Vegetation");
}
else if (oSyncType.compare("DetailLayers")==0)
{
XmlNodeRef oChildRootNode=oXmlNode->findChild("SurfaceTypes");
if (oChildRootNode)
{
gEnv->p3DEngine->LoadTerrainSurfacesFromXML(oChildRootNode,true);
}
}
else if (oSyncType.compare("Environment")==0)
{
XmlNodeRef oChildRootNode=oXmlNode->findChild("Environment");
if (oChildRootNode)
{
gEnv->p3DEngine->LoadEnvironmentSettingsFromXML( oChildRootNode );
}
}
else if (oSyncType.compare("TimeOfDay")==0)
{
XmlNodeRef oChildRootNode=oXmlNode->findChild("TimeOfDay");
if (oChildRootNode)
LoadTimeOfDay( oChildRootNode );
}
else if (oSyncType.compare("Materials")==0)
{
XmlNodeRef oChildRootNode=oXmlNode->findChild("Materials");
if (oChildRootNode)
LoadMaterials( oChildRootNode );
}
else if (oSyncType.compare("EntityArchetype")==0)
{
XmlNodeRef oChildRootNode=oXmlNode->findChild("EntityPrototypes");
if (oChildRootNode)
LoadArchetypes( oChildRootNode );
}
else if (oSyncType.compare("ConsoleVariables")==0)
{
LoadConsoleVariables(oXmlNode);
}
else if (oSyncType.compare("Particles")==0)
{
LoadParticles(oXmlNode);
}
else if (oSyncType.compare("LayerTexture")==0)
{
if (nBinaryDataSize>0)
{
size_t nUncompressedBinarySize(nBinaryDataSize);
unsigned char* szData=new unsigned char[nBinaryDataSize];
if (!szData)
{
continue;
}
if (!gEnv->pSystem->DecompressDataBlock(chBinaryBuffer,nBinaryBufferSize,szData,nUncompressedBinarySize))
{
SAFE_DELETE_ARRAY(szData);
continue;
}
LoadTerrainLayer(oXmlNode,szData);
SAFE_DELETE_ARRAY(szData);
}
}
else if (oSyncType.compare("Particle.Library")==0)
{
XmlNodeRef oChildRootNode=oXmlNode->findChild("ParticleLibrary");
if (oChildRootNode)
{
const char* szEffectName(NULL);
oXmlNode->removeChild(oChildRootNode);
if (!oChildRootNode->getAttr("Effect",&szEffectName))
{
continue;
}
XmlNodeRef oEffectNode=oChildRootNode->findChild("Effect");
if (!oEffectNode)
{
continue;
}
gEnv->pParticleManager->LoadEffect(szEffectName,oEffectNode,true);
}
}
else if (oSyncType.compare("ChangeLevel")==0)
{
if (oXmlNode->haveAttr("LevelName"))
{
const char* szLevelName(NULL);
string strMapCommand("map ");
oXmlNode->getAttr("LevelName",&szLevelName);
strMapCommand+=szLevelName;
gEnv->pConsole->ExecuteString(strMapCommand);
}
}
else if (oSyncType.compare("Entities")==0)
{
XmlNodeRef root=oXmlNode->findChild("Entities");
if ( !root )
continue;
LoadEntities(root);
}
else if (oSyncType.compare("GeometryList")==0)
{
XmlNodeRef root=oXmlNode->findChild("Geometries");
size_t nNumAttributes(root->getNumAttributes());
size_t nCurrentAttribute(0);
const char* szAttributeValue(NULL);
const char* szAttributeName(NULL);
for (nCurrentAttribute=0;nCurrentAttribute<nNumAttributes;++nCurrentAttribute)
{
root->getAttributeByIndex(nCurrentAttribute,&szAttributeName,&szAttributeValue);
gEnv->p3DEngine->LoadStatObj(szAttributeName);
}
}
else if (oSyncType.compare("KeepAlive")==0)
{
// Here we reset the time counter for the keep alive message.
m_lastKeepAliveMessageTime=gEnv->pTimer->GetAsyncTime();
}
}
}
//////////////////////////////////////////////////////////////////////////
| [
"cloudcodexmain@gmail.com"
] | cloudcodexmain@gmail.com |
88a088a161247050ca40dc9980dd5af21d851239 | c04366db4f98cf4c24db04bb512ff418e2bc57dc | /aws-cpp-sdk-elastictranscoder/include/aws/elastictranscoder/model/UpdatePipelineRequest.h | d74ba829e8161f6194eee52ec7785b3e19929ebb | [
"Apache-2.0",
"JSON",
"MIT"
] | permissive | margomw/aws-sdk-cpp | 409259eb891162389bb6a1481fc0787c349252d3 | 5f60ff49d323c117eb1992aa059d8214a26d1506 | refs/heads/master | 2021-01-11T12:17:27.791797 | 2016-12-14T22:51:13 | 2016-12-14T22:51:13 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 60,684 | h | /*
* Copyright 2010-2016 Amazon.com, Inc. or its affiliates. All Rights Reserved.
*
* Licensed under the Apache License, Version 2.0 (the "License").
* You may not use this file except in compliance with the License.
* A copy of the License is located at
*
* http://aws.amazon.com/apache2.0
*
* or in the "license" file accompanying this file. This file is distributed
* on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either
* express or implied. See the License for the specific language governing
* permissions and limitations under the License.
*/
#pragma once
#include <aws/elastictranscoder/ElasticTranscoder_EXPORTS.h>
#include <aws/elastictranscoder/ElasticTranscoderRequest.h>
#include <aws/core/utils/memory/stl/AWSString.h>
#include <aws/elastictranscoder/model/Notifications.h>
#include <aws/elastictranscoder/model/PipelineOutputConfig.h>
namespace Aws
{
namespace ElasticTranscoder
{
namespace Model
{
/**
* <p>The <code>UpdatePipelineRequest</code> structure.</p>
*/
class AWS_ELASTICTRANSCODER_API UpdatePipelineRequest : public ElasticTranscoderRequest
{
public:
UpdatePipelineRequest();
Aws::String SerializePayload() const override;
/**
* <p>The ID of the pipeline that you want to update.</p>
*/
inline const Aws::String& GetId() const{ return m_id; }
/**
* <p>The ID of the pipeline that you want to update.</p>
*/
inline void SetId(const Aws::String& value) { m_idHasBeenSet = true; m_id = value; }
/**
* <p>The ID of the pipeline that you want to update.</p>
*/
inline void SetId(Aws::String&& value) { m_idHasBeenSet = true; m_id = value; }
/**
* <p>The ID of the pipeline that you want to update.</p>
*/
inline void SetId(const char* value) { m_idHasBeenSet = true; m_id.assign(value); }
/**
* <p>The ID of the pipeline that you want to update.</p>
*/
inline UpdatePipelineRequest& WithId(const Aws::String& value) { SetId(value); return *this;}
/**
* <p>The ID of the pipeline that you want to update.</p>
*/
inline UpdatePipelineRequest& WithId(Aws::String&& value) { SetId(value); return *this;}
/**
* <p>The ID of the pipeline that you want to update.</p>
*/
inline UpdatePipelineRequest& WithId(const char* value) { SetId(value); return *this;}
/**
* <p>The name of the pipeline. We recommend that the name be unique within the AWS
* account, but uniqueness is not enforced.</p> <p>Constraints: Maximum 40
* characters</p>
*/
inline const Aws::String& GetName() const{ return m_name; }
/**
* <p>The name of the pipeline. We recommend that the name be unique within the AWS
* account, but uniqueness is not enforced.</p> <p>Constraints: Maximum 40
* characters</p>
*/
inline void SetName(const Aws::String& value) { m_nameHasBeenSet = true; m_name = value; }
/**
* <p>The name of the pipeline. We recommend that the name be unique within the AWS
* account, but uniqueness is not enforced.</p> <p>Constraints: Maximum 40
* characters</p>
*/
inline void SetName(Aws::String&& value) { m_nameHasBeenSet = true; m_name = value; }
/**
* <p>The name of the pipeline. We recommend that the name be unique within the AWS
* account, but uniqueness is not enforced.</p> <p>Constraints: Maximum 40
* characters</p>
*/
inline void SetName(const char* value) { m_nameHasBeenSet = true; m_name.assign(value); }
/**
* <p>The name of the pipeline. We recommend that the name be unique within the AWS
* account, but uniqueness is not enforced.</p> <p>Constraints: Maximum 40
* characters</p>
*/
inline UpdatePipelineRequest& WithName(const Aws::String& value) { SetName(value); return *this;}
/**
* <p>The name of the pipeline. We recommend that the name be unique within the AWS
* account, but uniqueness is not enforced.</p> <p>Constraints: Maximum 40
* characters</p>
*/
inline UpdatePipelineRequest& WithName(Aws::String&& value) { SetName(value); return *this;}
/**
* <p>The name of the pipeline. We recommend that the name be unique within the AWS
* account, but uniqueness is not enforced.</p> <p>Constraints: Maximum 40
* characters</p>
*/
inline UpdatePipelineRequest& WithName(const char* value) { SetName(value); return *this;}
/**
* <p>The Amazon S3 bucket in which you saved the media files that you want to
* transcode and the graphics that you want to use as watermarks.</p>
*/
inline const Aws::String& GetInputBucket() const{ return m_inputBucket; }
/**
* <p>The Amazon S3 bucket in which you saved the media files that you want to
* transcode and the graphics that you want to use as watermarks.</p>
*/
inline void SetInputBucket(const Aws::String& value) { m_inputBucketHasBeenSet = true; m_inputBucket = value; }
/**
* <p>The Amazon S3 bucket in which you saved the media files that you want to
* transcode and the graphics that you want to use as watermarks.</p>
*/
inline void SetInputBucket(Aws::String&& value) { m_inputBucketHasBeenSet = true; m_inputBucket = value; }
/**
* <p>The Amazon S3 bucket in which you saved the media files that you want to
* transcode and the graphics that you want to use as watermarks.</p>
*/
inline void SetInputBucket(const char* value) { m_inputBucketHasBeenSet = true; m_inputBucket.assign(value); }
/**
* <p>The Amazon S3 bucket in which you saved the media files that you want to
* transcode and the graphics that you want to use as watermarks.</p>
*/
inline UpdatePipelineRequest& WithInputBucket(const Aws::String& value) { SetInputBucket(value); return *this;}
/**
* <p>The Amazon S3 bucket in which you saved the media files that you want to
* transcode and the graphics that you want to use as watermarks.</p>
*/
inline UpdatePipelineRequest& WithInputBucket(Aws::String&& value) { SetInputBucket(value); return *this;}
/**
* <p>The Amazon S3 bucket in which you saved the media files that you want to
* transcode and the graphics that you want to use as watermarks.</p>
*/
inline UpdatePipelineRequest& WithInputBucket(const char* value) { SetInputBucket(value); return *this;}
/**
* <p>The IAM Amazon Resource Name (ARN) for the role that you want Elastic
* Transcoder to use to transcode jobs for this pipeline.</p>
*/
inline const Aws::String& GetRole() const{ return m_role; }
/**
* <p>The IAM Amazon Resource Name (ARN) for the role that you want Elastic
* Transcoder to use to transcode jobs for this pipeline.</p>
*/
inline void SetRole(const Aws::String& value) { m_roleHasBeenSet = true; m_role = value; }
/**
* <p>The IAM Amazon Resource Name (ARN) for the role that you want Elastic
* Transcoder to use to transcode jobs for this pipeline.</p>
*/
inline void SetRole(Aws::String&& value) { m_roleHasBeenSet = true; m_role = value; }
/**
* <p>The IAM Amazon Resource Name (ARN) for the role that you want Elastic
* Transcoder to use to transcode jobs for this pipeline.</p>
*/
inline void SetRole(const char* value) { m_roleHasBeenSet = true; m_role.assign(value); }
/**
* <p>The IAM Amazon Resource Name (ARN) for the role that you want Elastic
* Transcoder to use to transcode jobs for this pipeline.</p>
*/
inline UpdatePipelineRequest& WithRole(const Aws::String& value) { SetRole(value); return *this;}
/**
* <p>The IAM Amazon Resource Name (ARN) for the role that you want Elastic
* Transcoder to use to transcode jobs for this pipeline.</p>
*/
inline UpdatePipelineRequest& WithRole(Aws::String&& value) { SetRole(value); return *this;}
/**
* <p>The IAM Amazon Resource Name (ARN) for the role that you want Elastic
* Transcoder to use to transcode jobs for this pipeline.</p>
*/
inline UpdatePipelineRequest& WithRole(const char* value) { SetRole(value); return *this;}
/**
* <p>The AWS Key Management Service (AWS KMS) key that you want to use with this
* pipeline.</p> <p>If you use either <code>S3</code> or <code>S3-AWS-KMS</code> as
* your <code>Encryption:Mode</code>, you don't need to provide a key with your job
* because a default key, known as an AWS-KMS key, is created for you
* automatically. You need to provide an AWS-KMS key only if you want to use a
* non-default AWS-KMS key, or if you are using an <code>Encryption:Mode</code> of
* <code>AES-PKCS7</code>, <code>AES-CTR</code>, or <code>AES-GCM</code>.</p>
*/
inline const Aws::String& GetAwsKmsKeyArn() const{ return m_awsKmsKeyArn; }
/**
* <p>The AWS Key Management Service (AWS KMS) key that you want to use with this
* pipeline.</p> <p>If you use either <code>S3</code> or <code>S3-AWS-KMS</code> as
* your <code>Encryption:Mode</code>, you don't need to provide a key with your job
* because a default key, known as an AWS-KMS key, is created for you
* automatically. You need to provide an AWS-KMS key only if you want to use a
* non-default AWS-KMS key, or if you are using an <code>Encryption:Mode</code> of
* <code>AES-PKCS7</code>, <code>AES-CTR</code>, or <code>AES-GCM</code>.</p>
*/
inline void SetAwsKmsKeyArn(const Aws::String& value) { m_awsKmsKeyArnHasBeenSet = true; m_awsKmsKeyArn = value; }
/**
* <p>The AWS Key Management Service (AWS KMS) key that you want to use with this
* pipeline.</p> <p>If you use either <code>S3</code> or <code>S3-AWS-KMS</code> as
* your <code>Encryption:Mode</code>, you don't need to provide a key with your job
* because a default key, known as an AWS-KMS key, is created for you
* automatically. You need to provide an AWS-KMS key only if you want to use a
* non-default AWS-KMS key, or if you are using an <code>Encryption:Mode</code> of
* <code>AES-PKCS7</code>, <code>AES-CTR</code>, or <code>AES-GCM</code>.</p>
*/
inline void SetAwsKmsKeyArn(Aws::String&& value) { m_awsKmsKeyArnHasBeenSet = true; m_awsKmsKeyArn = value; }
/**
* <p>The AWS Key Management Service (AWS KMS) key that you want to use with this
* pipeline.</p> <p>If you use either <code>S3</code> or <code>S3-AWS-KMS</code> as
* your <code>Encryption:Mode</code>, you don't need to provide a key with your job
* because a default key, known as an AWS-KMS key, is created for you
* automatically. You need to provide an AWS-KMS key only if you want to use a
* non-default AWS-KMS key, or if you are using an <code>Encryption:Mode</code> of
* <code>AES-PKCS7</code>, <code>AES-CTR</code>, or <code>AES-GCM</code>.</p>
*/
inline void SetAwsKmsKeyArn(const char* value) { m_awsKmsKeyArnHasBeenSet = true; m_awsKmsKeyArn.assign(value); }
/**
* <p>The AWS Key Management Service (AWS KMS) key that you want to use with this
* pipeline.</p> <p>If you use either <code>S3</code> or <code>S3-AWS-KMS</code> as
* your <code>Encryption:Mode</code>, you don't need to provide a key with your job
* because a default key, known as an AWS-KMS key, is created for you
* automatically. You need to provide an AWS-KMS key only if you want to use a
* non-default AWS-KMS key, or if you are using an <code>Encryption:Mode</code> of
* <code>AES-PKCS7</code>, <code>AES-CTR</code>, or <code>AES-GCM</code>.</p>
*/
inline UpdatePipelineRequest& WithAwsKmsKeyArn(const Aws::String& value) { SetAwsKmsKeyArn(value); return *this;}
/**
* <p>The AWS Key Management Service (AWS KMS) key that you want to use with this
* pipeline.</p> <p>If you use either <code>S3</code> or <code>S3-AWS-KMS</code> as
* your <code>Encryption:Mode</code>, you don't need to provide a key with your job
* because a default key, known as an AWS-KMS key, is created for you
* automatically. You need to provide an AWS-KMS key only if you want to use a
* non-default AWS-KMS key, or if you are using an <code>Encryption:Mode</code> of
* <code>AES-PKCS7</code>, <code>AES-CTR</code>, or <code>AES-GCM</code>.</p>
*/
inline UpdatePipelineRequest& WithAwsKmsKeyArn(Aws::String&& value) { SetAwsKmsKeyArn(value); return *this;}
/**
* <p>The AWS Key Management Service (AWS KMS) key that you want to use with this
* pipeline.</p> <p>If you use either <code>S3</code> or <code>S3-AWS-KMS</code> as
* your <code>Encryption:Mode</code>, you don't need to provide a key with your job
* because a default key, known as an AWS-KMS key, is created for you
* automatically. You need to provide an AWS-KMS key only if you want to use a
* non-default AWS-KMS key, or if you are using an <code>Encryption:Mode</code> of
* <code>AES-PKCS7</code>, <code>AES-CTR</code>, or <code>AES-GCM</code>.</p>
*/
inline UpdatePipelineRequest& WithAwsKmsKeyArn(const char* value) { SetAwsKmsKeyArn(value); return *this;}
/**
* <p>The topic ARN for the Amazon Simple Notification Service (Amazon SNS) topic
* that you want to notify to report job status.</p> <important> <p>To receive
* notifications, you must also subscribe to the new topic in the Amazon SNS
* console.</p> </important> <ul> <li> <p> <b>Progressing</b>: The topic ARN for
* the Amazon Simple Notification Service (Amazon SNS) topic that you want to
* notify when Elastic Transcoder has started to process jobs that are added to
* this pipeline. This is the ARN that Amazon SNS returned when you created the
* topic.</p> </li> <li> <p> <b>Completed</b>: The topic ARN for the Amazon SNS
* topic that you want to notify when Elastic Transcoder has finished processing a
* job. This is the ARN that Amazon SNS returned when you created the topic.</p>
* </li> <li> <p> <b>Warning</b>: The topic ARN for the Amazon SNS topic that you
* want to notify when Elastic Transcoder encounters a warning condition. This is
* the ARN that Amazon SNS returned when you created the topic.</p> </li> <li> <p>
* <b>Error</b>: The topic ARN for the Amazon SNS topic that you want to notify
* when Elastic Transcoder encounters an error condition. This is the ARN that
* Amazon SNS returned when you created the topic.</p> </li> </ul>
*/
inline const Notifications& GetNotifications() const{ return m_notifications; }
/**
* <p>The topic ARN for the Amazon Simple Notification Service (Amazon SNS) topic
* that you want to notify to report job status.</p> <important> <p>To receive
* notifications, you must also subscribe to the new topic in the Amazon SNS
* console.</p> </important> <ul> <li> <p> <b>Progressing</b>: The topic ARN for
* the Amazon Simple Notification Service (Amazon SNS) topic that you want to
* notify when Elastic Transcoder has started to process jobs that are added to
* this pipeline. This is the ARN that Amazon SNS returned when you created the
* topic.</p> </li> <li> <p> <b>Completed</b>: The topic ARN for the Amazon SNS
* topic that you want to notify when Elastic Transcoder has finished processing a
* job. This is the ARN that Amazon SNS returned when you created the topic.</p>
* </li> <li> <p> <b>Warning</b>: The topic ARN for the Amazon SNS topic that you
* want to notify when Elastic Transcoder encounters a warning condition. This is
* the ARN that Amazon SNS returned when you created the topic.</p> </li> <li> <p>
* <b>Error</b>: The topic ARN for the Amazon SNS topic that you want to notify
* when Elastic Transcoder encounters an error condition. This is the ARN that
* Amazon SNS returned when you created the topic.</p> </li> </ul>
*/
inline void SetNotifications(const Notifications& value) { m_notificationsHasBeenSet = true; m_notifications = value; }
/**
* <p>The topic ARN for the Amazon Simple Notification Service (Amazon SNS) topic
* that you want to notify to report job status.</p> <important> <p>To receive
* notifications, you must also subscribe to the new topic in the Amazon SNS
* console.</p> </important> <ul> <li> <p> <b>Progressing</b>: The topic ARN for
* the Amazon Simple Notification Service (Amazon SNS) topic that you want to
* notify when Elastic Transcoder has started to process jobs that are added to
* this pipeline. This is the ARN that Amazon SNS returned when you created the
* topic.</p> </li> <li> <p> <b>Completed</b>: The topic ARN for the Amazon SNS
* topic that you want to notify when Elastic Transcoder has finished processing a
* job. This is the ARN that Amazon SNS returned when you created the topic.</p>
* </li> <li> <p> <b>Warning</b>: The topic ARN for the Amazon SNS topic that you
* want to notify when Elastic Transcoder encounters a warning condition. This is
* the ARN that Amazon SNS returned when you created the topic.</p> </li> <li> <p>
* <b>Error</b>: The topic ARN for the Amazon SNS topic that you want to notify
* when Elastic Transcoder encounters an error condition. This is the ARN that
* Amazon SNS returned when you created the topic.</p> </li> </ul>
*/
inline void SetNotifications(Notifications&& value) { m_notificationsHasBeenSet = true; m_notifications = value; }
/**
* <p>The topic ARN for the Amazon Simple Notification Service (Amazon SNS) topic
* that you want to notify to report job status.</p> <important> <p>To receive
* notifications, you must also subscribe to the new topic in the Amazon SNS
* console.</p> </important> <ul> <li> <p> <b>Progressing</b>: The topic ARN for
* the Amazon Simple Notification Service (Amazon SNS) topic that you want to
* notify when Elastic Transcoder has started to process jobs that are added to
* this pipeline. This is the ARN that Amazon SNS returned when you created the
* topic.</p> </li> <li> <p> <b>Completed</b>: The topic ARN for the Amazon SNS
* topic that you want to notify when Elastic Transcoder has finished processing a
* job. This is the ARN that Amazon SNS returned when you created the topic.</p>
* </li> <li> <p> <b>Warning</b>: The topic ARN for the Amazon SNS topic that you
* want to notify when Elastic Transcoder encounters a warning condition. This is
* the ARN that Amazon SNS returned when you created the topic.</p> </li> <li> <p>
* <b>Error</b>: The topic ARN for the Amazon SNS topic that you want to notify
* when Elastic Transcoder encounters an error condition. This is the ARN that
* Amazon SNS returned when you created the topic.</p> </li> </ul>
*/
inline UpdatePipelineRequest& WithNotifications(const Notifications& value) { SetNotifications(value); return *this;}
/**
* <p>The topic ARN for the Amazon Simple Notification Service (Amazon SNS) topic
* that you want to notify to report job status.</p> <important> <p>To receive
* notifications, you must also subscribe to the new topic in the Amazon SNS
* console.</p> </important> <ul> <li> <p> <b>Progressing</b>: The topic ARN for
* the Amazon Simple Notification Service (Amazon SNS) topic that you want to
* notify when Elastic Transcoder has started to process jobs that are added to
* this pipeline. This is the ARN that Amazon SNS returned when you created the
* topic.</p> </li> <li> <p> <b>Completed</b>: The topic ARN for the Amazon SNS
* topic that you want to notify when Elastic Transcoder has finished processing a
* job. This is the ARN that Amazon SNS returned when you created the topic.</p>
* </li> <li> <p> <b>Warning</b>: The topic ARN for the Amazon SNS topic that you
* want to notify when Elastic Transcoder encounters a warning condition. This is
* the ARN that Amazon SNS returned when you created the topic.</p> </li> <li> <p>
* <b>Error</b>: The topic ARN for the Amazon SNS topic that you want to notify
* when Elastic Transcoder encounters an error condition. This is the ARN that
* Amazon SNS returned when you created the topic.</p> </li> </ul>
*/
inline UpdatePipelineRequest& WithNotifications(Notifications&& value) { SetNotifications(value); return *this;}
/**
* <p>The optional <code>ContentConfig</code> object specifies information about
* the Amazon S3 bucket in which you want Elastic Transcoder to save transcoded
* files and playlists: which bucket to use, which users you want to have access to
* the files, the type of access you want users to have, and the storage class that
* you want to assign to the files.</p> <p>If you specify values for
* <code>ContentConfig</code>, you must also specify values for
* <code>ThumbnailConfig</code>.</p> <p>If you specify values for
* <code>ContentConfig</code> and <code>ThumbnailConfig</code>, omit the
* <code>OutputBucket</code> object.</p> <ul> <li> <p> <b>Bucket</b>: The Amazon S3
* bucket in which you want Elastic Transcoder to save transcoded files and
* playlists.</p> </li> <li> <p> <b>Permissions</b> (Optional): The Permissions
* object specifies which users you want to have access to transcoded files and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p> <b>Grantee
* Type</b>: Specify the type of value that appears in the <code>Grantee</code>
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution. For more
* information about canonical user IDs, see Access Control List (ACL) Overview in
* the Amazon Simple Storage Service Developer Guide. For more information about
* using CloudFront origin access identities to require that users use CloudFront
* URLs instead of Amazon S3 URLs, see Using an Origin Access Identity to Restrict
* Access to Your Amazon S3 Content.</p> <important> <p>A canonical user ID is not
* the same as an AWS account number.</p> </important> </li> <li> <p> <b>Email</b>:
* The value in the <code>Grantee</code> object is the registered email address of
* an AWS account.</p> </li> <li> <p> <b>Group</b>: The value in the
* <code>Grantee</code> object is one of the following predefined Amazon S3 groups:
* <code>AllUsers</code>, <code>AuthenticatedUsers</code>, or
* <code>LogDelivery</code>.</p> </li> </ul> </li> <li> <p> <b>Grantee</b>: The AWS
* user or group that you want to have access to transcoded files and playlists. To
* identify the user or group, you can specify the canonical user ID for an AWS
* account, an origin access identity for a CloudFront distribution, the registered
* email address of an AWS account, or a predefined Amazon S3 group </p> </li> <li>
* <p> <b>Access</b>: The permission that you want to give to the AWS user that you
* specified in <code>Grantee</code>. Permissions are granted on the files that
* Elastic Transcoder adds to the bucket, including playlists and video files.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the objects and metadata for objects that Elastic Transcoder adds to the Amazon
* S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read the
* object ACL for objects that Elastic Transcoder adds to the Amazon S3 bucket.
* </p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL for
* the objects that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> <li>
* <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the objects
* that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> </ul> </li> <li>
* <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code> or
* <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the video files and playlists that it stores in your Amazon S3 bucket.</p> </li>
* </ul>
*/
inline const PipelineOutputConfig& GetContentConfig() const{ return m_contentConfig; }
/**
* <p>The optional <code>ContentConfig</code> object specifies information about
* the Amazon S3 bucket in which you want Elastic Transcoder to save transcoded
* files and playlists: which bucket to use, which users you want to have access to
* the files, the type of access you want users to have, and the storage class that
* you want to assign to the files.</p> <p>If you specify values for
* <code>ContentConfig</code>, you must also specify values for
* <code>ThumbnailConfig</code>.</p> <p>If you specify values for
* <code>ContentConfig</code> and <code>ThumbnailConfig</code>, omit the
* <code>OutputBucket</code> object.</p> <ul> <li> <p> <b>Bucket</b>: The Amazon S3
* bucket in which you want Elastic Transcoder to save transcoded files and
* playlists.</p> </li> <li> <p> <b>Permissions</b> (Optional): The Permissions
* object specifies which users you want to have access to transcoded files and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p> <b>Grantee
* Type</b>: Specify the type of value that appears in the <code>Grantee</code>
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution. For more
* information about canonical user IDs, see Access Control List (ACL) Overview in
* the Amazon Simple Storage Service Developer Guide. For more information about
* using CloudFront origin access identities to require that users use CloudFront
* URLs instead of Amazon S3 URLs, see Using an Origin Access Identity to Restrict
* Access to Your Amazon S3 Content.</p> <important> <p>A canonical user ID is not
* the same as an AWS account number.</p> </important> </li> <li> <p> <b>Email</b>:
* The value in the <code>Grantee</code> object is the registered email address of
* an AWS account.</p> </li> <li> <p> <b>Group</b>: The value in the
* <code>Grantee</code> object is one of the following predefined Amazon S3 groups:
* <code>AllUsers</code>, <code>AuthenticatedUsers</code>, or
* <code>LogDelivery</code>.</p> </li> </ul> </li> <li> <p> <b>Grantee</b>: The AWS
* user or group that you want to have access to transcoded files and playlists. To
* identify the user or group, you can specify the canonical user ID for an AWS
* account, an origin access identity for a CloudFront distribution, the registered
* email address of an AWS account, or a predefined Amazon S3 group </p> </li> <li>
* <p> <b>Access</b>: The permission that you want to give to the AWS user that you
* specified in <code>Grantee</code>. Permissions are granted on the files that
* Elastic Transcoder adds to the bucket, including playlists and video files.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the objects and metadata for objects that Elastic Transcoder adds to the Amazon
* S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read the
* object ACL for objects that Elastic Transcoder adds to the Amazon S3 bucket.
* </p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL for
* the objects that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> <li>
* <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the objects
* that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> </ul> </li> <li>
* <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code> or
* <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the video files and playlists that it stores in your Amazon S3 bucket.</p> </li>
* </ul>
*/
inline void SetContentConfig(const PipelineOutputConfig& value) { m_contentConfigHasBeenSet = true; m_contentConfig = value; }
/**
* <p>The optional <code>ContentConfig</code> object specifies information about
* the Amazon S3 bucket in which you want Elastic Transcoder to save transcoded
* files and playlists: which bucket to use, which users you want to have access to
* the files, the type of access you want users to have, and the storage class that
* you want to assign to the files.</p> <p>If you specify values for
* <code>ContentConfig</code>, you must also specify values for
* <code>ThumbnailConfig</code>.</p> <p>If you specify values for
* <code>ContentConfig</code> and <code>ThumbnailConfig</code>, omit the
* <code>OutputBucket</code> object.</p> <ul> <li> <p> <b>Bucket</b>: The Amazon S3
* bucket in which you want Elastic Transcoder to save transcoded files and
* playlists.</p> </li> <li> <p> <b>Permissions</b> (Optional): The Permissions
* object specifies which users you want to have access to transcoded files and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p> <b>Grantee
* Type</b>: Specify the type of value that appears in the <code>Grantee</code>
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution. For more
* information about canonical user IDs, see Access Control List (ACL) Overview in
* the Amazon Simple Storage Service Developer Guide. For more information about
* using CloudFront origin access identities to require that users use CloudFront
* URLs instead of Amazon S3 URLs, see Using an Origin Access Identity to Restrict
* Access to Your Amazon S3 Content.</p> <important> <p>A canonical user ID is not
* the same as an AWS account number.</p> </important> </li> <li> <p> <b>Email</b>:
* The value in the <code>Grantee</code> object is the registered email address of
* an AWS account.</p> </li> <li> <p> <b>Group</b>: The value in the
* <code>Grantee</code> object is one of the following predefined Amazon S3 groups:
* <code>AllUsers</code>, <code>AuthenticatedUsers</code>, or
* <code>LogDelivery</code>.</p> </li> </ul> </li> <li> <p> <b>Grantee</b>: The AWS
* user or group that you want to have access to transcoded files and playlists. To
* identify the user or group, you can specify the canonical user ID for an AWS
* account, an origin access identity for a CloudFront distribution, the registered
* email address of an AWS account, or a predefined Amazon S3 group </p> </li> <li>
* <p> <b>Access</b>: The permission that you want to give to the AWS user that you
* specified in <code>Grantee</code>. Permissions are granted on the files that
* Elastic Transcoder adds to the bucket, including playlists and video files.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the objects and metadata for objects that Elastic Transcoder adds to the Amazon
* S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read the
* object ACL for objects that Elastic Transcoder adds to the Amazon S3 bucket.
* </p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL for
* the objects that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> <li>
* <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the objects
* that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> </ul> </li> <li>
* <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code> or
* <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the video files and playlists that it stores in your Amazon S3 bucket.</p> </li>
* </ul>
*/
inline void SetContentConfig(PipelineOutputConfig&& value) { m_contentConfigHasBeenSet = true; m_contentConfig = value; }
/**
* <p>The optional <code>ContentConfig</code> object specifies information about
* the Amazon S3 bucket in which you want Elastic Transcoder to save transcoded
* files and playlists: which bucket to use, which users you want to have access to
* the files, the type of access you want users to have, and the storage class that
* you want to assign to the files.</p> <p>If you specify values for
* <code>ContentConfig</code>, you must also specify values for
* <code>ThumbnailConfig</code>.</p> <p>If you specify values for
* <code>ContentConfig</code> and <code>ThumbnailConfig</code>, omit the
* <code>OutputBucket</code> object.</p> <ul> <li> <p> <b>Bucket</b>: The Amazon S3
* bucket in which you want Elastic Transcoder to save transcoded files and
* playlists.</p> </li> <li> <p> <b>Permissions</b> (Optional): The Permissions
* object specifies which users you want to have access to transcoded files and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p> <b>Grantee
* Type</b>: Specify the type of value that appears in the <code>Grantee</code>
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution. For more
* information about canonical user IDs, see Access Control List (ACL) Overview in
* the Amazon Simple Storage Service Developer Guide. For more information about
* using CloudFront origin access identities to require that users use CloudFront
* URLs instead of Amazon S3 URLs, see Using an Origin Access Identity to Restrict
* Access to Your Amazon S3 Content.</p> <important> <p>A canonical user ID is not
* the same as an AWS account number.</p> </important> </li> <li> <p> <b>Email</b>:
* The value in the <code>Grantee</code> object is the registered email address of
* an AWS account.</p> </li> <li> <p> <b>Group</b>: The value in the
* <code>Grantee</code> object is one of the following predefined Amazon S3 groups:
* <code>AllUsers</code>, <code>AuthenticatedUsers</code>, or
* <code>LogDelivery</code>.</p> </li> </ul> </li> <li> <p> <b>Grantee</b>: The AWS
* user or group that you want to have access to transcoded files and playlists. To
* identify the user or group, you can specify the canonical user ID for an AWS
* account, an origin access identity for a CloudFront distribution, the registered
* email address of an AWS account, or a predefined Amazon S3 group </p> </li> <li>
* <p> <b>Access</b>: The permission that you want to give to the AWS user that you
* specified in <code>Grantee</code>. Permissions are granted on the files that
* Elastic Transcoder adds to the bucket, including playlists and video files.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the objects and metadata for objects that Elastic Transcoder adds to the Amazon
* S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read the
* object ACL for objects that Elastic Transcoder adds to the Amazon S3 bucket.
* </p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL for
* the objects that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> <li>
* <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the objects
* that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> </ul> </li> <li>
* <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code> or
* <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the video files and playlists that it stores in your Amazon S3 bucket.</p> </li>
* </ul>
*/
inline UpdatePipelineRequest& WithContentConfig(const PipelineOutputConfig& value) { SetContentConfig(value); return *this;}
/**
* <p>The optional <code>ContentConfig</code> object specifies information about
* the Amazon S3 bucket in which you want Elastic Transcoder to save transcoded
* files and playlists: which bucket to use, which users you want to have access to
* the files, the type of access you want users to have, and the storage class that
* you want to assign to the files.</p> <p>If you specify values for
* <code>ContentConfig</code>, you must also specify values for
* <code>ThumbnailConfig</code>.</p> <p>If you specify values for
* <code>ContentConfig</code> and <code>ThumbnailConfig</code>, omit the
* <code>OutputBucket</code> object.</p> <ul> <li> <p> <b>Bucket</b>: The Amazon S3
* bucket in which you want Elastic Transcoder to save transcoded files and
* playlists.</p> </li> <li> <p> <b>Permissions</b> (Optional): The Permissions
* object specifies which users you want to have access to transcoded files and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p> <b>Grantee
* Type</b>: Specify the type of value that appears in the <code>Grantee</code>
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution. For more
* information about canonical user IDs, see Access Control List (ACL) Overview in
* the Amazon Simple Storage Service Developer Guide. For more information about
* using CloudFront origin access identities to require that users use CloudFront
* URLs instead of Amazon S3 URLs, see Using an Origin Access Identity to Restrict
* Access to Your Amazon S3 Content.</p> <important> <p>A canonical user ID is not
* the same as an AWS account number.</p> </important> </li> <li> <p> <b>Email</b>:
* The value in the <code>Grantee</code> object is the registered email address of
* an AWS account.</p> </li> <li> <p> <b>Group</b>: The value in the
* <code>Grantee</code> object is one of the following predefined Amazon S3 groups:
* <code>AllUsers</code>, <code>AuthenticatedUsers</code>, or
* <code>LogDelivery</code>.</p> </li> </ul> </li> <li> <p> <b>Grantee</b>: The AWS
* user or group that you want to have access to transcoded files and playlists. To
* identify the user or group, you can specify the canonical user ID for an AWS
* account, an origin access identity for a CloudFront distribution, the registered
* email address of an AWS account, or a predefined Amazon S3 group </p> </li> <li>
* <p> <b>Access</b>: The permission that you want to give to the AWS user that you
* specified in <code>Grantee</code>. Permissions are granted on the files that
* Elastic Transcoder adds to the bucket, including playlists and video files.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the objects and metadata for objects that Elastic Transcoder adds to the Amazon
* S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read the
* object ACL for objects that Elastic Transcoder adds to the Amazon S3 bucket.
* </p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL for
* the objects that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> <li>
* <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the objects
* that Elastic Transcoder adds to the Amazon S3 bucket.</p> </li> </ul> </li> <li>
* <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code> or
* <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the video files and playlists that it stores in your Amazon S3 bucket.</p> </li>
* </ul>
*/
inline UpdatePipelineRequest& WithContentConfig(PipelineOutputConfig&& value) { SetContentConfig(value); return *this;}
/**
* <p>The <code>ThumbnailConfig</code> object specifies several values, including
* the Amazon S3 bucket in which you want Elastic Transcoder to save thumbnail
* files, which users you want to have access to the files, the type of access you
* want users to have, and the storage class that you want to assign to the
* files.</p> <p>If you specify values for <code>ContentConfig</code>, you must
* also specify values for <code>ThumbnailConfig</code> even if you don't want to
* create thumbnails.</p> <p>If you specify values for <code>ContentConfig</code>
* and <code>ThumbnailConfig</code>, omit the <code>OutputBucket</code> object.</p>
* <ul> <li> <p> <b>Bucket</b>: The Amazon S3 bucket in which you want Elastic
* Transcoder to save thumbnail files.</p> </li> <li> <p> <b>Permissions</b>
* (Optional): The <code>Permissions</code> object specifies which users and/or
* predefined Amazon S3 groups you want to have access to thumbnail files, and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p>
* <b>GranteeType</b>: Specify the type of value that appears in the Grantee
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution.</p>
* <important> <p>A canonical user ID is not the same as an AWS account number.</p>
* </important> </li> <li> <p> <b>Email</b>: The value in the <code>Grantee</code>
* object is the registered email address of an AWS account.</p> </li> <li> <p>
* <b>Group</b>: The value in the <code>Grantee</code> object is one of the
* following predefined Amazon S3 groups: <code>AllUsers</code>,
* <code>AuthenticatedUsers</code>, or <code>LogDelivery</code>.</p> </li> </ul>
* </li> <li> <p> <b>Grantee</b>: The AWS user or group that you want to have
* access to thumbnail files. To identify the user or group, you can specify the
* canonical user ID for an AWS account, an origin access identity for a CloudFront
* distribution, the registered email address of an AWS account, or a predefined
* Amazon S3 group. </p> </li> <li> <p> <b>Access</b>: The permission that you want
* to give to the AWS user that you specified in <code>Grantee</code>. Permissions
* are granted on the thumbnail files that Elastic Transcoder adds to the bucket.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the thumbnails and metadata for objects that Elastic Transcoder adds to the
* Amazon S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read
* the object ACL for thumbnails that Elastic Transcoder adds to the Amazon S3
* bucket.</p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL
* for the thumbnails that Elastic Transcoder adds to the Amazon S3 bucket.</p>
* </li> <li> <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the thumbnails
* that Elastic Transcoder adds to the Amazon S3 bucket. </p> </li> </ul> </li>
* <li> <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code>
* or <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the thumbnails that it stores in your Amazon S3 bucket.</p> </li> </ul>
*/
inline const PipelineOutputConfig& GetThumbnailConfig() const{ return m_thumbnailConfig; }
/**
* <p>The <code>ThumbnailConfig</code> object specifies several values, including
* the Amazon S3 bucket in which you want Elastic Transcoder to save thumbnail
* files, which users you want to have access to the files, the type of access you
* want users to have, and the storage class that you want to assign to the
* files.</p> <p>If you specify values for <code>ContentConfig</code>, you must
* also specify values for <code>ThumbnailConfig</code> even if you don't want to
* create thumbnails.</p> <p>If you specify values for <code>ContentConfig</code>
* and <code>ThumbnailConfig</code>, omit the <code>OutputBucket</code> object.</p>
* <ul> <li> <p> <b>Bucket</b>: The Amazon S3 bucket in which you want Elastic
* Transcoder to save thumbnail files.</p> </li> <li> <p> <b>Permissions</b>
* (Optional): The <code>Permissions</code> object specifies which users and/or
* predefined Amazon S3 groups you want to have access to thumbnail files, and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p>
* <b>GranteeType</b>: Specify the type of value that appears in the Grantee
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution.</p>
* <important> <p>A canonical user ID is not the same as an AWS account number.</p>
* </important> </li> <li> <p> <b>Email</b>: The value in the <code>Grantee</code>
* object is the registered email address of an AWS account.</p> </li> <li> <p>
* <b>Group</b>: The value in the <code>Grantee</code> object is one of the
* following predefined Amazon S3 groups: <code>AllUsers</code>,
* <code>AuthenticatedUsers</code>, or <code>LogDelivery</code>.</p> </li> </ul>
* </li> <li> <p> <b>Grantee</b>: The AWS user or group that you want to have
* access to thumbnail files. To identify the user or group, you can specify the
* canonical user ID for an AWS account, an origin access identity for a CloudFront
* distribution, the registered email address of an AWS account, or a predefined
* Amazon S3 group. </p> </li> <li> <p> <b>Access</b>: The permission that you want
* to give to the AWS user that you specified in <code>Grantee</code>. Permissions
* are granted on the thumbnail files that Elastic Transcoder adds to the bucket.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the thumbnails and metadata for objects that Elastic Transcoder adds to the
* Amazon S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read
* the object ACL for thumbnails that Elastic Transcoder adds to the Amazon S3
* bucket.</p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL
* for the thumbnails that Elastic Transcoder adds to the Amazon S3 bucket.</p>
* </li> <li> <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the thumbnails
* that Elastic Transcoder adds to the Amazon S3 bucket. </p> </li> </ul> </li>
* <li> <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code>
* or <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the thumbnails that it stores in your Amazon S3 bucket.</p> </li> </ul>
*/
inline void SetThumbnailConfig(const PipelineOutputConfig& value) { m_thumbnailConfigHasBeenSet = true; m_thumbnailConfig = value; }
/**
* <p>The <code>ThumbnailConfig</code> object specifies several values, including
* the Amazon S3 bucket in which you want Elastic Transcoder to save thumbnail
* files, which users you want to have access to the files, the type of access you
* want users to have, and the storage class that you want to assign to the
* files.</p> <p>If you specify values for <code>ContentConfig</code>, you must
* also specify values for <code>ThumbnailConfig</code> even if you don't want to
* create thumbnails.</p> <p>If you specify values for <code>ContentConfig</code>
* and <code>ThumbnailConfig</code>, omit the <code>OutputBucket</code> object.</p>
* <ul> <li> <p> <b>Bucket</b>: The Amazon S3 bucket in which you want Elastic
* Transcoder to save thumbnail files.</p> </li> <li> <p> <b>Permissions</b>
* (Optional): The <code>Permissions</code> object specifies which users and/or
* predefined Amazon S3 groups you want to have access to thumbnail files, and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p>
* <b>GranteeType</b>: Specify the type of value that appears in the Grantee
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution.</p>
* <important> <p>A canonical user ID is not the same as an AWS account number.</p>
* </important> </li> <li> <p> <b>Email</b>: The value in the <code>Grantee</code>
* object is the registered email address of an AWS account.</p> </li> <li> <p>
* <b>Group</b>: The value in the <code>Grantee</code> object is one of the
* following predefined Amazon S3 groups: <code>AllUsers</code>,
* <code>AuthenticatedUsers</code>, or <code>LogDelivery</code>.</p> </li> </ul>
* </li> <li> <p> <b>Grantee</b>: The AWS user or group that you want to have
* access to thumbnail files. To identify the user or group, you can specify the
* canonical user ID for an AWS account, an origin access identity for a CloudFront
* distribution, the registered email address of an AWS account, or a predefined
* Amazon S3 group. </p> </li> <li> <p> <b>Access</b>: The permission that you want
* to give to the AWS user that you specified in <code>Grantee</code>. Permissions
* are granted on the thumbnail files that Elastic Transcoder adds to the bucket.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the thumbnails and metadata for objects that Elastic Transcoder adds to the
* Amazon S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read
* the object ACL for thumbnails that Elastic Transcoder adds to the Amazon S3
* bucket.</p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL
* for the thumbnails that Elastic Transcoder adds to the Amazon S3 bucket.</p>
* </li> <li> <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the thumbnails
* that Elastic Transcoder adds to the Amazon S3 bucket. </p> </li> </ul> </li>
* <li> <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code>
* or <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the thumbnails that it stores in your Amazon S3 bucket.</p> </li> </ul>
*/
inline void SetThumbnailConfig(PipelineOutputConfig&& value) { m_thumbnailConfigHasBeenSet = true; m_thumbnailConfig = value; }
/**
* <p>The <code>ThumbnailConfig</code> object specifies several values, including
* the Amazon S3 bucket in which you want Elastic Transcoder to save thumbnail
* files, which users you want to have access to the files, the type of access you
* want users to have, and the storage class that you want to assign to the
* files.</p> <p>If you specify values for <code>ContentConfig</code>, you must
* also specify values for <code>ThumbnailConfig</code> even if you don't want to
* create thumbnails.</p> <p>If you specify values for <code>ContentConfig</code>
* and <code>ThumbnailConfig</code>, omit the <code>OutputBucket</code> object.</p>
* <ul> <li> <p> <b>Bucket</b>: The Amazon S3 bucket in which you want Elastic
* Transcoder to save thumbnail files.</p> </li> <li> <p> <b>Permissions</b>
* (Optional): The <code>Permissions</code> object specifies which users and/or
* predefined Amazon S3 groups you want to have access to thumbnail files, and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p>
* <b>GranteeType</b>: Specify the type of value that appears in the Grantee
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution.</p>
* <important> <p>A canonical user ID is not the same as an AWS account number.</p>
* </important> </li> <li> <p> <b>Email</b>: The value in the <code>Grantee</code>
* object is the registered email address of an AWS account.</p> </li> <li> <p>
* <b>Group</b>: The value in the <code>Grantee</code> object is one of the
* following predefined Amazon S3 groups: <code>AllUsers</code>,
* <code>AuthenticatedUsers</code>, or <code>LogDelivery</code>.</p> </li> </ul>
* </li> <li> <p> <b>Grantee</b>: The AWS user or group that you want to have
* access to thumbnail files. To identify the user or group, you can specify the
* canonical user ID for an AWS account, an origin access identity for a CloudFront
* distribution, the registered email address of an AWS account, or a predefined
* Amazon S3 group. </p> </li> <li> <p> <b>Access</b>: The permission that you want
* to give to the AWS user that you specified in <code>Grantee</code>. Permissions
* are granted on the thumbnail files that Elastic Transcoder adds to the bucket.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the thumbnails and metadata for objects that Elastic Transcoder adds to the
* Amazon S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read
* the object ACL for thumbnails that Elastic Transcoder adds to the Amazon S3
* bucket.</p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL
* for the thumbnails that Elastic Transcoder adds to the Amazon S3 bucket.</p>
* </li> <li> <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the thumbnails
* that Elastic Transcoder adds to the Amazon S3 bucket. </p> </li> </ul> </li>
* <li> <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code>
* or <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the thumbnails that it stores in your Amazon S3 bucket.</p> </li> </ul>
*/
inline UpdatePipelineRequest& WithThumbnailConfig(const PipelineOutputConfig& value) { SetThumbnailConfig(value); return *this;}
/**
* <p>The <code>ThumbnailConfig</code> object specifies several values, including
* the Amazon S3 bucket in which you want Elastic Transcoder to save thumbnail
* files, which users you want to have access to the files, the type of access you
* want users to have, and the storage class that you want to assign to the
* files.</p> <p>If you specify values for <code>ContentConfig</code>, you must
* also specify values for <code>ThumbnailConfig</code> even if you don't want to
* create thumbnails.</p> <p>If you specify values for <code>ContentConfig</code>
* and <code>ThumbnailConfig</code>, omit the <code>OutputBucket</code> object.</p>
* <ul> <li> <p> <b>Bucket</b>: The Amazon S3 bucket in which you want Elastic
* Transcoder to save thumbnail files.</p> </li> <li> <p> <b>Permissions</b>
* (Optional): The <code>Permissions</code> object specifies which users and/or
* predefined Amazon S3 groups you want to have access to thumbnail files, and the
* type of access you want them to have. You can grant permissions to a maximum of
* 30 users and/or predefined Amazon S3 groups.</p> </li> <li> <p>
* <b>GranteeType</b>: Specify the type of value that appears in the Grantee
* object:</p> <ul> <li> <p> <b>Canonical</b>: The value in the
* <code>Grantee</code> object is either the canonical user ID for an AWS account
* or an origin access identity for an Amazon CloudFront distribution.</p>
* <important> <p>A canonical user ID is not the same as an AWS account number.</p>
* </important> </li> <li> <p> <b>Email</b>: The value in the <code>Grantee</code>
* object is the registered email address of an AWS account.</p> </li> <li> <p>
* <b>Group</b>: The value in the <code>Grantee</code> object is one of the
* following predefined Amazon S3 groups: <code>AllUsers</code>,
* <code>AuthenticatedUsers</code>, or <code>LogDelivery</code>.</p> </li> </ul>
* </li> <li> <p> <b>Grantee</b>: The AWS user or group that you want to have
* access to thumbnail files. To identify the user or group, you can specify the
* canonical user ID for an AWS account, an origin access identity for a CloudFront
* distribution, the registered email address of an AWS account, or a predefined
* Amazon S3 group. </p> </li> <li> <p> <b>Access</b>: The permission that you want
* to give to the AWS user that you specified in <code>Grantee</code>. Permissions
* are granted on the thumbnail files that Elastic Transcoder adds to the bucket.
* Valid values include: </p> <ul> <li> <p> <code>READ</code>: The grantee can read
* the thumbnails and metadata for objects that Elastic Transcoder adds to the
* Amazon S3 bucket.</p> </li> <li> <p> <code>READ_ACP</code>: The grantee can read
* the object ACL for thumbnails that Elastic Transcoder adds to the Amazon S3
* bucket.</p> </li> <li> <p> <code>WRITE_ACP</code>: The grantee can write the ACL
* for the thumbnails that Elastic Transcoder adds to the Amazon S3 bucket.</p>
* </li> <li> <p> <code>FULL_CONTROL</code>: The grantee has <code>READ</code>,
* <code>READ_ACP</code>, and <code>WRITE_ACP</code> permissions for the thumbnails
* that Elastic Transcoder adds to the Amazon S3 bucket. </p> </li> </ul> </li>
* <li> <p> <b>StorageClass</b>: The Amazon S3 storage class, <code>Standard</code>
* or <code>ReducedRedundancy</code>, that you want Elastic Transcoder to assign to
* the thumbnails that it stores in your Amazon S3 bucket.</p> </li> </ul>
*/
inline UpdatePipelineRequest& WithThumbnailConfig(PipelineOutputConfig&& value) { SetThumbnailConfig(value); return *this;}
private:
Aws::String m_id;
bool m_idHasBeenSet;
Aws::String m_name;
bool m_nameHasBeenSet;
Aws::String m_inputBucket;
bool m_inputBucketHasBeenSet;
Aws::String m_role;
bool m_roleHasBeenSet;
Aws::String m_awsKmsKeyArn;
bool m_awsKmsKeyArnHasBeenSet;
Notifications m_notifications;
bool m_notificationsHasBeenSet;
PipelineOutputConfig m_contentConfig;
bool m_contentConfigHasBeenSet;
PipelineOutputConfig m_thumbnailConfig;
bool m_thumbnailConfigHasBeenSet;
};
} // namespace Model
} // namespace ElasticTranscoder
} // namespace Aws
| [
"henso@amazon.com"
] | henso@amazon.com |
4b4bf14ca5d535915d6b7869c0d800d4ef49e36d | 46d4712c82816290417d611a75b604d51b046ecc | /Samples/Win7Samples/multimedia/mediafoundation/asfparser/Decoder.cpp | 4ee86d8cdfffa3a8b32a9cafd1386ce986a76d1a | [
"MIT",
"LicenseRef-scancode-warranty-disclaimer"
] | permissive | ennoherr/Windows-classic-samples | 00edd65e4808c21ca73def0a9bb2af9fa78b4f77 | a26f029a1385c7bea1c500b7f182d41fb6bcf571 | refs/heads/master | 2022-12-09T20:11:56.456977 | 2022-12-04T16:46:55 | 2022-12-04T16:46:55 | 156,835,248 | 1 | 0 | NOASSERTION | 2022-12-04T16:46:55 | 2018-11-09T08:50:41 | null | UTF-8 | C++ | false | false | 12,911 | cpp | //////////////////////////////////////////////////////////////////////////
//
// Decoder.cpp : CDecoder class implementation.
//
// THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF
// ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO
// THE IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A
// PARTICULAR PURPOSE.
//
// Copyright (c) Microsoft Corporation. All rights reserved.
//
//////////////////////////////////////////////////////////////////////////
#include "Decoder.h"
///////////////////////////////////////////////////////////////////////
// Name: CreateInstance
// Description: Static class method to create the CDecoder object.
//
// ppDecoder: Receives an AddRef's pointer to the CDecoder object.
// The caller must release the pointer.
/////////////////////////////////////////////////////////////////////////
HRESULT CDecoder::CreateInstance(CDecoder **ppDecoder)
{
CDecoder *pDecoder = new CDecoder();
if (!pDecoder)
{
return E_OUTOFMEMORY;
}
*ppDecoder = pDecoder;
(*ppDecoder)->AddRef();
TRACE((L"CDecoder created.\n"));
SAFE_RELEASE (pDecoder);
return S_OK;
}
// ----- Public Methods -----------------------------------------------
//////////////////////////////////////////////////////////////////////////
// Name: CDecoder
// Description: Constructor
//
/////////////////////////////////////////////////////////////////////////
CDecoder::CDecoder()
: m_nRefCount (1),
m_pMFT (NULL),
m_dwInputID (0),
m_dwOutputID (0),
m_DecoderState (0),
m_pMediaController (NULL)
{
};
// ----- Public Methods -----------------------------------------------
//////////////////////////////////////////////////////////////////////////
// Name: CDecoder
// Description: Destructor
//
/////////////////////////////////////////////////////////////////////////
CDecoder::~CDecoder()
{
(void)UnLoad();
}
/////////////////////////////////////////////////////////////////////
// Name: Initialize
//
// Initializes the MFT with decoder object specified by the CLSID.
//
// pclsid: Path name of the file
// pMediaType: Pointer to the media type of the stream that the
// the MFT will decode.
/////////////////////////////////////////////////////////////////////
HRESULT CDecoder::Initialize(CLSID clsid,
IMFMediaType *pMediaType)
{
if (!pMediaType || clsid == GUID_NULL)
{
return E_INVALIDARG;
}
HRESULT hr = S_OK;
//Unload the existing MFT.
if (m_pMFT)
{
CHECK_HR (hr = UnLoad());
}
//Create the MFT decoder
CHECK_HR (hr = CoCreateInstance(
clsid,
NULL,
CLSCTX_INPROC_SERVER,
__uuidof(IMFTransform),
(void**)&m_pMFT));
//Create the media controller that will work with uncompressed data that the decoder generates
if (!m_pMediaController)
{
CHECK_HR (hr = CMediaController::CreateInstance(&m_pMediaController));
}
CHECK_HR (hr = ConfigureDecoder( pMediaType));
TRACE((L"MFT initialized.\n"));
done:
if (FAILED(hr))
{
LOG_MSG_IF_FAILED(L"MFT creation failed\n", hr);
hr = UnLoad();
}
return hr;
}
/////////////////////////////////////////////////////////////////////
// Name: UnLoad
//
// Unloads the MFT.
//
/////////////////////////////////////////////////////////////////////
HRESULT CDecoder::UnLoad()
{
HRESULT hr = S_OK;
if (m_pMFT)
{
if (m_pMediaController)
{
CHECK_HR (hr = m_pMediaController->Reset());
}
SAFE_RELEASE(m_pMFT);
}
TRACE((L"MFT unloaded.\n"));
done:
LOG_MSG_IF_FAILED(L"MFT could not be unloaded.\n", hr);
return hr;
}
/////////////////////////////////////////////////////////////////////
// Name: ConfigureDecoder
//
// Configures the MFT with the currently loaded decoder.
//
// pMediaType: Pointer to the media type of the stream that will the
// input type of the decoder.
/////////////////////////////////////////////////////////////////////
HRESULT CDecoder::ConfigureDecoder(IMFMediaType *pMediaType)
{
if (!pMediaType)
{
return E_INVALIDARG;
}
if (! m_pMFT)
{
return MF_E_NOT_INITIALIZED;
}
HRESULT hr = S_OK, hrRes = S_OK;
GUID guidMajorType = GUID_NULL, guidSubType = GUID_NULL;
IMFMediaType* pOutputType = NULL;
//Because this is a decoder transform, the number of input=output=1
//Get the input and output stream ids. This is different from the stream numbers
hr = m_pMFT->GetStreamIDs( 1, &m_dwInputID, 1, &m_dwOutputID );
//Set the input type to the one that is received
if (SUCCEEDED(hr) || hr == E_NOTIMPL)
{
CHECK_HR (hr = m_pMFT->SetInputType( m_dwInputID, pMediaType, 0 ));
}
if (SUCCEEDED(hr))
{
//Loop through the available output type until we find:
//For audio media type: PCM audio
//For video media type: uncompressed RGB32
for ( DWORD dwTypeIndex = 0; (hrRes != MF_E_NO_MORE_TYPES) ; dwTypeIndex++ )
{
hrRes = m_pMFT->GetOutputAvailableType(
m_dwOutputID,
dwTypeIndex,
&pOutputType);
if (pOutputType && SUCCEEDED(hrRes))
{
CHECK_HR (hr = pOutputType->GetMajorType( &guidMajorType ));
CHECK_HR (hr = pOutputType->GetGUID( MF_MT_SUBTYPE, &guidSubType ));
if ((guidMajorType == MFMediaType_Audio) && (guidSubType == MFAudioFormat_PCM))
{
CHECK_HR (hr = m_pMFT->SetOutputType(m_dwOutputID, pOutputType, 0));
CHECK_HR (hr = m_pMediaController->OpenAudioDevice(pOutputType));
break;
}
else if((guidMajorType == MFMediaType_Video) && (guidSubType == MFVideoFormat_RGB32))
{
CHECK_HR (hr = m_pMFT->SetOutputType(m_dwOutputID, pOutputType, 0));
break;
}
SAFE_RELEASE(pOutputType);
}
else
{
//Output type not found
hr = E_FAIL;
break;
}
}
}
done:
LOG_MSG_IF_FAILED(L"MFT could not be configured.\n", hr);
SAFE_RELEASE(pOutputType);
return hr;
}
/////////////////////////////////////////////////////////////////////
// Name: ProcessAudio
//
// Passes the input sample through the decoder and sends the output samples
// to the CMediaController class. This class adds the buffers of the
// output sample to the audio test sample that it maintains. When ready, the
// caller can play the test sample through methods on the CMediaController
//class.
//
// pSample: Pointer to a compressed sample that needs to be decoded
/////////////////////////////////////////////////////////////////////
HRESULT CDecoder::ProcessAudio(IMFSample *pSample)
{
if (!pSample)
{
return E_INVALIDARG;
}
if (! m_pMFT || ! m_pMediaController)
{
return MF_E_NOT_INITIALIZED;
}
HRESULT hr = S_OK, hrRes = S_OK;
DWORD dwStatus = 0;
IMFMediaBuffer* pBufferOut = NULL;
IMFSample* pSampleOut = NULL;
//get the size of the output buffer processed by the decoder.
//Again, there is only one output so the output stream id is 0.
MFT_OUTPUT_STREAM_INFO mftStreamInfo;
ZeroMemory(&mftStreamInfo, sizeof(MFT_OUTPUT_STREAM_INFO));
CHECK_HR (hr = m_pMFT->GetOutputStreamInfo(m_dwOutputID, &mftStreamInfo));
MFT_OUTPUT_DATA_BUFFER mftOutputData;
ZeroMemory(&mftOutputData, sizeof(mftOutputData));
CHECK_HR (hr = m_pMFT->ProcessInput(m_dwInputID, pSample, 0));
//Request output samples from the decoder
do
{
//create a buffer for the output sample
CHECK_HR (hr = MFCreateMemoryBuffer(mftStreamInfo.cbSize, &pBufferOut));
//Create the output sample
CHECK_HR (hr = MFCreateSample(&pSampleOut));
//Add the output buffer
CHECK_HR (hr = pSampleOut->AddBuffer(pBufferOut));
//Set the output sample
mftOutputData.pSample = pSampleOut;
//Set the output id
mftOutputData.dwStreamID = m_dwOutputID;
//Generate the output sample
hrRes = m_pMFT->ProcessOutput(0, 1, &mftOutputData, &dwStatus);
//Send it to the media controller so that it can collect the test sample
CHECK_HR (hr = m_pMediaController->AddToAudioTestSample(mftOutputData.pSample));
SAFE_RELEASE(pBufferOut);
SAFE_RELEASE(pSampleOut);
}while(hrRes != MF_E_TRANSFORM_NEED_MORE_INPUT);
done:
SAFE_RELEASE(pBufferOut);
SAFE_RELEASE(pSampleOut);
return hr;
}
/////////////////////////////////////////////////////////////////////
// Name: ProcessVideo
//
// Passes the input sample through the decoder and sends the output sample data
// to the CMediaController class. This class creates a bitmap for the sample.
// When ready, the caller can display the bitmap through methods on
// the CMediaController class.
//
// pSample: Pointer to a compressed sample that needs to be decoded
/////////////////////////////////////////////////////////////////////
HRESULT CDecoder::ProcessVideo(IMFSample *pSample)
{
if (!pSample)
{
return E_INVALIDARG;
}
if (! m_pMFT || ! m_pMediaController)
{
return MF_E_NOT_INITIALIZED;
}
HRESULT hr = S_OK, hrRes = S_OK;
DWORD dwStatus = 0;
DWORD cbTotalLength = 0, cbCurrentLength = 0;
BYTE *pData = NULL;
IMFMediaBuffer* pBufferOut = NULL;
IMFSample* pSampleOut = NULL;
IMFSample* pBitmapSample = NULL;
IMFMediaType* pMediaType = NULL;
//Create a buffer for the transform output
MFT_OUTPUT_STREAM_INFO mftStreamInfo;
ZeroMemory(&mftStreamInfo, sizeof(MFT_OUTPUT_STREAM_INFO));
//get the size of the output buffer processed by the decoder.
//Again, there is only one output so the output stream id is 0.
CHECK_HR (hr = m_pMFT->GetOutputStreamInfo(0, &mftStreamInfo));
//Request samples from the decoder
MFT_OUTPUT_DATA_BUFFER mftOutputData;
ZeroMemory(&mftOutputData, sizeof(mftOutputData));
//Create the bitmap sample that the media controller will use to create the bitmap
CHECK_HR (hr = MFCreateSample(&pBitmapSample));
//Send input to the decoder. There is only one input stream so the ID is 0.
CHECK_HR (hr = m_pMFT->ProcessInput(m_dwInputID, pSample, 0));
//Request output samples from the decoder
do
{
//create a buffer for the output sample
CHECK_HR (hr = MFCreateMemoryBuffer(mftStreamInfo.cbSize, &pBufferOut));
//Create the output sample
CHECK_HR (hr = MFCreateSample(&pSampleOut));
//Add the output buffer
CHECK_HR (hr = pSampleOut->AddBuffer(pBufferOut));
//Set the output sample
mftOutputData.pSample = pSampleOut;
mftOutputData.dwStreamID = m_dwOutputID;
//Generate the output sample
hrRes = m_pMFT->ProcessOutput(0, 1, &mftOutputData, &dwStatus);
//Add the buffer to the bitmap sample
CHECK_HR (hr = pBitmapSample->AddBuffer(pBufferOut));
SAFE_RELEASE(pBufferOut);
SAFE_RELEASE(pSampleOut);
}while(hrRes != MF_E_TRANSFORM_NEED_MORE_INPUT);
//Get all bitmap data in one buffer
CHECK_HR (hr = pBitmapSample->ConvertToContiguousBuffer(&pBufferOut));
CHECK_HR (hr = m_pMFT->GetOutputCurrentType(m_dwOutputID, &pMediaType));
//Get a pointer to the memory
CHECK_HR (hr = pBufferOut->Lock(&pData, &cbTotalLength, &cbCurrentLength));
//Send it to the media controller to create the bitmap
CHECK_HR (hr = m_pMediaController->CreateBitmapForKeyFrame(pData, pMediaType));
CHECK_HR (hr = pBufferOut->Unlock());
pData = NULL;
done:
if (pData && FAILED(hr))
{
pBufferOut->Unlock();
}
SAFE_RELEASE(pBufferOut);
SAFE_RELEASE(pSampleOut);
SAFE_RELEASE(pMediaType);
return hr;
}
HRESULT CDecoder::StartDecoding(void)
{
if(! m_pMFT)
{
return MF_E_NOT_INITIALIZED;
}
HRESULT hr = m_pMFT->ProcessMessage(MFT_MESSAGE_NOTIFY_BEGIN_STREAMING, 0);
if (SUCCEEDED(hr))
{
m_DecoderState = STREAMING;
}
return hr;
}
HRESULT CDecoder::StopDecoding(void)
{
if(! m_pMFT)
{
return MF_E_NOT_INITIALIZED;
}
HRESULT hr = m_pMFT->ProcessMessage(MFT_MESSAGE_NOTIFY_END_STREAMING, 0);
if (SUCCEEDED(hr))
{
m_DecoderState = NOT_STREAMING;
}
return hr;
}
| [
"chrisg@microsoft.com"
] | chrisg@microsoft.com |
2bff08255b2ac40d87d2d957e5e2bb6c9e7132a3 | 711e5c8b643dd2a93fbcbada982d7ad489fb0169 | /XPSP1/NT/drivers/wdm/audio/sysaudio/fni.cpp | 6c94d045187f8f7bad6cc464ea048e984490f39a | [] | no_license | aurantst/windows-XP-SP1 | 629a7763c082fd04d3b881e0d32a1cfbd523b5ce | d521b6360fcff4294ae6c5651c539f1b9a6cbb49 | refs/heads/master | 2023-03-21T01:08:39.870106 | 2020-09-28T08:10:11 | 2020-09-28T08:10:11 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 8,887 | cpp | //---------------------------------------------------------------------------
//
// Module: fni.cpp
//
// Description:
//
// Filter Node Instance
//
//@@BEGIN_MSINTERNAL
// Development Team:
// Mike McLaughlin
//
// History: Date Author Comment
//
// To Do: Date Author Comment
//
//@@END_MSINTERNAL
//
// THIS CODE AND INFORMATION IS PROVIDED "AS IS" WITHOUT WARRANTY OF ANY
// KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE
// IMPLIED WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A PARTICULAR
// PURPOSE.
//
// Copyright (c) 1996-1999 Microsoft Corporation. All Rights Reserved.
//
//---------------------------------------------------------------------------
#include "common.h"
//---------------------------------------------------------------------------
//---------------------------------------------------------------------------
CFilterNodeInstance::~CFilterNodeInstance(
)
{
Assert(this);
DPF1(95, "~CFilterNodeInstance: %08x", this);
RemoveListCheck();
UnregisterTargetDeviceChangeNotification();
//
// if hFilter == NULL && pFileObject != NULL
// it means that this filter instance is for a GFX
// do not try to dereference the file object in that case
//
if( (hFilter != NULL) && (pFileObject != NULL) ) {
AssertFileObject(pFileObject);
ObDereferenceObject(pFileObject);
}
if(hFilter != NULL) {
AssertStatus(ZwClose(hFilter));
}
}
NTSTATUS
CFilterNodeInstance::Create(
PFILTER_NODE_INSTANCE *ppFilterNodeInstance,
PLOGICAL_FILTER_NODE pLogicalFilterNode,
PDEVICE_NODE pDeviceNode,
BOOL fReuseInstance
)
{
PFILTER_NODE_INSTANCE pFilterNodeInstance = NULL;
PLOGICAL_FILTER_NODE pLogicalFilterNode2;
NTSTATUS Status = STATUS_SUCCESS;
Assert(pLogicalFilterNode);
Assert(pLogicalFilterNode->pFilterNode);
if(pLogicalFilterNode->GetType() & FILTER_TYPE_AEC) {
FOR_EACH_LIST_ITEM(
&pLogicalFilterNode->pFilterNode->lstLogicalFilterNode,
pLogicalFilterNode2) {
FOR_EACH_LIST_ITEM(
&pLogicalFilterNode2->lstFilterNodeInstance,
pFilterNodeInstance) {
pFilterNodeInstance->AddRef();
ASSERT(NT_SUCCESS(Status));
goto exit;
} END_EACH_LIST_ITEM
} END_EACH_LIST_ITEM
}
else {
if(fReuseInstance) {
FOR_EACH_LIST_ITEM(
&pLogicalFilterNode->lstFilterNodeInstance,
pFilterNodeInstance) {
if(pDeviceNode == NULL ||
pDeviceNode == pFilterNodeInstance->pDeviceNode) {
pFilterNodeInstance->AddRef();
ASSERT(NT_SUCCESS(Status));
goto exit;
}
} END_EACH_LIST_ITEM
}
}
Status = Create(&pFilterNodeInstance, pLogicalFilterNode->pFilterNode);
if(!NT_SUCCESS(Status)) {
goto exit;
}
pFilterNodeInstance->pDeviceNode = pDeviceNode;
pFilterNodeInstance->AddList(&pLogicalFilterNode->lstFilterNodeInstance);
exit:
*ppFilterNodeInstance = pFilterNodeInstance;
return(Status);
}
NTSTATUS
CFilterNodeInstance::Create(
PFILTER_NODE_INSTANCE *ppFilterNodeInstance,
PFILTER_NODE pFilterNode
)
{
PFILTER_NODE_INSTANCE pFilterNodeInstance = NULL;
NTSTATUS Status = STATUS_SUCCESS;
Assert(pFilterNode);
pFilterNodeInstance = new FILTER_NODE_INSTANCE;
if(pFilterNodeInstance == NULL) {
Status = STATUS_INSUFFICIENT_RESOURCES;
goto exit;
}
pFilterNodeInstance->pFilterNode = pFilterNode;
pFilterNodeInstance->AddRef();
if(pFilterNode->GetType() & FILTER_TYPE_GFX) {
//
// if it is a GFX do not try to open the device, just re-use
// the file object which we cached during AddGfx
//
pFilterNodeInstance->pFileObject = pFilterNode->GetFileObject();
pFilterNodeInstance->hFilter = NULL;
Status = STATUS_SUCCESS;
}
else {
//
// if it is not a GFX go ahead and open the device.
//
Status = pFilterNode->OpenDevice(&pFilterNodeInstance->hFilter);
}
if(!NT_SUCCESS(Status)) {
DPF2(10, "CFilterNodeInstance::Create OpenDevice Failed: %08x FN: %08x",
Status,
pFilterNode);
pFilterNodeInstance->hFilter = NULL;
goto exit;
}
if (pFilterNodeInstance->hFilter) {
Status = ObReferenceObjectByHandle(
pFilterNodeInstance->hFilter,
GENERIC_READ | GENERIC_WRITE,
NULL,
KernelMode,
(PVOID*)&pFilterNodeInstance->pFileObject,
NULL);
}
if(!NT_SUCCESS(Status)) {
Trap();
pFilterNodeInstance->pFileObject = NULL;
goto exit;
}
AssertFileObject(pFilterNodeInstance->pFileObject);
Status = pFilterNodeInstance->RegisterTargetDeviceChangeNotification();
if(!NT_SUCCESS(Status)) {
goto exit;
}
DPF2(95, "CFilterNodeInstance::Create %08x FN: %08x",
pFilterNodeInstance,
pFilterNode);
exit:
if(!NT_SUCCESS(Status)) {
if (pFilterNodeInstance) {
pFilterNodeInstance->Destroy();
}
pFilterNodeInstance = NULL;
}
*ppFilterNodeInstance = pFilterNodeInstance;
return(Status);
}
//---------------------------------------------------------------------------
NTSTATUS
CFilterNodeInstance::RegisterTargetDeviceChangeNotification(
)
{
NTSTATUS Status;
ASSERT(gpDeviceInstance != NULL);
ASSERT(gpDeviceInstance->pPhysicalDeviceObject != NULL);
ASSERT(pNotificationHandle == NULL);
Status = IoRegisterPlugPlayNotification(
EventCategoryTargetDeviceChange,
0,
pFileObject,
gpDeviceInstance->pPhysicalDeviceObject->DriverObject,
(NTSTATUS (*)(PVOID, PVOID))
CFilterNodeInstance::TargetDeviceChangeNotification,
this,
&pNotificationHandle);
if(!NT_SUCCESS(Status)) {
if(Status != STATUS_NOT_IMPLEMENTED) {
goto exit;
}
Status = STATUS_SUCCESS;
}
DPF2(100, "RegisterTargetDeviceChangeNotification: FNI: %08x PFO: %08x",
this,
this->pFileObject);
exit:
return(Status);
}
VOID
CFilterNodeInstance::UnregisterTargetDeviceChangeNotification(
)
{
HANDLE hNotification;
DPF1(100, "UnregisterTargetDeviceChangeNotification: FNI: %08x", this);
hNotification = pNotificationHandle;
if(hNotification != NULL) {
pNotificationHandle = NULL;
IoUnregisterPlugPlayNotification(hNotification);
}
}
NTSTATUS
CFilterNodeInstance::DeviceQueryRemove(
)
{
PGRAPH_NODE_INSTANCE pGraphNodeInstance;
PDEVICE_NODE pDeviceNode;
PGRAPH_NODE pGraphNode;
FOR_EACH_LIST_ITEM(gplstDeviceNode, pDeviceNode) {
FOR_EACH_LIST_ITEM(&pDeviceNode->lstGraphNode, pGraphNode) {
FOR_EACH_LIST_ITEM(
&pGraphNode->lstGraphNodeInstance,
pGraphNodeInstance) {
for(ULONG n = 0;
n < pGraphNodeInstance->Topology.TopologyNodesCount;
n++) {
pGraphNodeInstance->
papFilterNodeInstanceTopologyTable[n]->Destroy();
pGraphNodeInstance->
papFilterNodeInstanceTopologyTable[n] = NULL;
}
} END_EACH_LIST_ITEM
} END_EACH_LIST_ITEM
} END_EACH_LIST_ITEM
return(STATUS_SUCCESS);
}
NTSTATUS
CFilterNodeInstance::TargetDeviceChangeNotification(
IN PTARGET_DEVICE_REMOVAL_NOTIFICATION pNotification,
IN PFILTER_NODE_INSTANCE pFilterNodeInstance
)
{
DPF3(5, "TargetDeviceChangeNotification: FNI: %08x PFO: %08x %s",
pFilterNodeInstance,
pNotification->FileObject,
DbgGuid2Sz(&pNotification->Event));
if(IsEqualGUID(
&pNotification->Event,
&GUID_TARGET_DEVICE_REMOVE_COMPLETE) ||
IsEqualGUID(
&pNotification->Event,
&GUID_TARGET_DEVICE_QUERY_REMOVE)) {
NTSTATUS Status = STATUS_SUCCESS;
LARGE_INTEGER li = {0, 10000}; // wait for 1 ms
Status = KeWaitForMutexObject(
&gMutex,
Executive,
KernelMode,
FALSE,
&li);
if(Status != STATUS_TIMEOUT) {
DeviceQueryRemove();
ReleaseMutex();
}
else {
DPF1(5, "TargetDeviceChangeNotification: FAILED %08x", Status);
}
}
return(STATUS_SUCCESS);
}
//---------------------------------------------------------------------------
#ifdef DEBUG
ENUMFUNC
CFilterNodeInstance::Dump(
)
{
if(this == NULL) {
return(STATUS_CONTINUE);
}
if(ulDebugFlags & (DEBUG_FLAGS_VERBOSE | DEBUG_FLAGS_OBJECT)) {
dprintf("FNI: %08x cRef %02x FO %08x H %08x DN %08x FN %08x NH %08x\n",
this,
cReference,
pFileObject,
hFilter,
pDeviceNode,
pFilterNode,
pNotificationHandle);
dprintf(" %s\n", pFilterNode->DumpName());
}
return(STATUS_CONTINUE);
}
#endif
//---------------------------------------------------------------------------
| [
"112426112@qq.com"
] | 112426112@qq.com |
1f754fef73f9477ba8050d78fd14163163cc06b5 | e25356b34cdd07d869896cfadb3ef0fc7d284a56 | /leetcodenew/word-ladder-ii.cpp | 10e8764f7673da3086028597e5a578f09dd18ad9 | [] | no_license | lantimilan/topcoder | 3d0f3a532fb59eeb88a3fb2cc6bc2ef6699b1225 | 7200ed04b1eb774f515a2f06f50a374a3d6782ae | refs/heads/master | 2020-04-05T14:39:02.898235 | 2018-11-20T06:40:49 | 2018-11-20T06:40:49 | 5,063,277 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,769 | cpp | /**
* word-ladder-ii.cpp
* https://oj.leetcode.com/problems/word-ladder-ii/
*
*/
class Solution {
public:
vector<vector<string>> findLadders(string start, string end, unordered_set<string> &dict) {
map<string, int> dist_map;
map<string, vector<string> > pred_map;
queue<string> que;
que.push(start); dist_map[start] = 1;
while (!que.empty()) {
string s = que.front(); que.pop();
for (int i = 0; i < s.length(); ++i)
for (char ch = 'a'; ch <= 'z'; ++ch) if (ch != s[i]) {
string t = s; t[i] = ch;
if (dict.count(t)) {
if (dist_map.count(t)) {
if (dist_map[t] == dist_map[s] + 1) {
pred_map[t].push_back(s);
}
} else { // first time hit t
dist_map[t] = dist_map[s] + 1;
pred_map[t] = vector<string>(1, s);
que.push(t);
}
}
}
}
vector<vector<string> > ans;
if (!dist_map.count(end)) return ans;
dfs(end, pred_map, ans, vector<string>());
for (int i = 0; i < ans.size(); ++i) {
reverse(ans[i].begin(), ans[i].end());
}
return ans;
}
void dfs(string t, map<string, vector<string> > &pred_map, vector<vector<string> > &vec, vector<string> prefix) {
if (!pred_map.count(t)) {
prefix.push_back(t); vec.push_back(prefix); return;
}
prefix.push_back(t);
for (int i = 0; i < pred_map[t].size(); ++i) {
string next = pred_map[t][i];
dfs(next, pred_map, vec, prefix);
}
}
};
| [
"lantimilan@gmail.com"
] | lantimilan@gmail.com |
8842418cbd4c0dbf118f73de5324f31c4bacd2b6 | 7fdf90b1a8c25c926bb31d1711dfde618460315b | /Examples/minesweeper/minesweeper.cpp | 7be2092b162d569c894ed1d983ae83516bc6dc6c | [
"Apache-2.0"
] | permissive | dlnuxjy/Clementine | 18cdc2c2a49dd40afa45ac0da148a35a97dc4dc0 | 785b7ec46e0adb35f5b194bd89c3b459fe547464 | refs/heads/master | 2023-08-26T06:07:58.176754 | 2021-10-21T09:14:52 | 2021-10-21T09:14:52 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,153 | cpp | // Copyright 2021 SMS
// License(Apache-2.0)
#include <Clem/Clem.h>
#include <future>
#include <iostream>
#include <limits.h>
using namespace std;
using namespace clem;
// TODO: 计时, 先揭开第一个方格再生成地雷, 防止第一次就触碰到地雷
class App : public Application
{
public:
App()
: Application("Minesweeper")
{
}
void init() override
{
opening.loadFromFile("assets/opening.wav");
explode.loadFromFile("assets/explode.wav");
puts(R"(
/--[Level]--\
| 1. Easy |
| 2. Middle |
| 3. Hard |
\-----------/)");
char choice = getchar();
(void)getchar();
switch(choice)
{
default:
case '1':
board_size.x = 9;
board_size.y = 9;
mine_num = 10;
break;
case '2':
board_size.x = 16;
board_size.y = 16;
mine_num = 40;
break;
case '3':
board_size.x = 30;
board_size.y = 16;
mine_num = 99;
break;
}
auto board = Main::registry.create();
board.add<Transform>();
sprite = &board.add<Sprite>(Size2i(board_size.x * 2 + 1, board_size.y + 2));
EventDispatcher::get().addListener(Event::Type::mouse, [&](Event* e)
{
auto event = dynamic_cast<MouseEvent*>(e);
if(event->getType() == MouseEvent::Type::click)
{
Point2i p = event->getPosition();
p = {((p.x + 1) / 2) - 1, p.y - 1};
if(event->getKey() == MouseEvent::Key::left_buttom)
open(p.x, p.y);
else if(event->getKey() == MouseEvent::Key::right_buttom)
flag(p.x, p.y);
}
});
auto ui = Main::registry.create("info");
ui.add<Sprite>(Size2i(15, board_size.y + 2));
ui.add<Transform>().setPosition(Point2((float)board_size.x * 2 + 2, 0));
ui.add<Script>().onUpdate = [&](Time)
{
auto& s = Main::registry.get("info").get<Sprite>();
s.drawString({0, 0}, L"Mines: " + to_wstring(mine_num - flags.size()));
};
start();
}
void start()
{
memset(map, '0', sizeof(map));
for(int i = 0; i < mine_num; i++)
{
Point2i p = random.getVector2i({0, 0}, {board_size.x - 1, board_size.y - 1});
if(map[p.x][p.y] == '*')
{
i--;
continue;
}
map[p.x][p.y] = '*';
for(int x = -1; x <= 1; x++)
for(int y = -1; y <= 1; y++)
if(inBoard(p.x + x, p.y + y) && map[p.x + x][p.y + y] != '*')
map[p.x + x][p.y + y]++;
}
flags.clear();
sprite->clear();
sprite->drawRect(Rect2i({0, 0}, {board_size.x * 2 + 1, board_size.y + 2}), Tile('#'));
surplus = board_size.area() - mine_num;
source.play(opening);
}
void win()
{
wstring str = L"-=[ You won ]=-";
sprite->drawString({(board_size.x * 2 + 1 - (int)str.size()) / 2, board_size.y / 2}, str, Color::yellow);
static auto h = async([&]()
{
(void)getchar();
stop();
});
}
void lost()
{
source.play(explode);
for(int x = 0; x < board_size.x; x++)
for(int y = 0; y < board_size.y; y++)
if(map[x][y] == '*')
sprite->drawPoint(x * 2 + 1, y + 1, Tile('*', Color::red));
wstring str = L"Press enter to exit";
sprite->drawString({(board_size.x * 2 + 1 - (int)str.size()) / 2, 0}, str, Color::red);
static auto h = async([&]()
{
(void)getchar();
stop();
});
}
void open(int x, int y)
{
if(!inBoard(x, y) || map[x][y] == '.')
return;
if(map[x][y] == '*')
lost();
if(map[x][y] == '0')
{
map[x][y] = '.';
for(int i = -1; i <= 1; i++)
for(int j = -1; j <= 1; j++)
open(x + i, y + j);
}
sprite->drawPoint(1 + x * 2, 1 + y, Tile(map[x][y], map[x][y] % Color::max));
map[x][y] = '.';
surplus--;
if(surplus == 0)
win();
}
void flag(int x, int y)
{
if(!inBoard(x, y) || map[x][y] == '.')
return;
auto flag = find(flags.begin(), flags.end(), Point2i(x, y));
if(flag == flags.end())
{
sprite->drawPoint(1 + x * 2, 1 + y, Tile('?', Color::yellow));
flags.push_back(Point2i(x, y));
}
else
{
sprite->drawPoint(1 + x * 2, 1 + y, Tile(' '));
flags.erase(flag);
}
}
private:
bool inBoard(int x, int y) const
{
return x >= 0 && x < board_size.x && y >= 0 && y < board_size.y;
}
Size2i board_size; // 雷区大小
int mine_num; // 地雷数量
char map[30][16]; // 雷区
int surplus; // 剩余未揭开格数
vector<Point2i> flags; // 标记位置
Sound opening; // 开场音效(游戏开始)
Sound explode; // 引爆地雷音效(游戏失败)
Source source;
Random random;
Sprite* sprite;
};
Application* clem::CreateApplication()
{
return new App;
} | [
"sms_school@outlook.com"
] | sms_school@outlook.com |
e3de4c6c2a674e8d8d2d1f156914568f4b941ebb | 8b7325cbdf26b749a9f2c8b7f830bfc9e443fc58 | /src/parsecol.cpp | 570fbd02d3713726961271db7c88a36fa28fabce | [] | no_license | davidsanford/Analysis-and-Plotting-in-ROOT | c6c0939e94dce56fa3358c87aa1ece332efa7be3 | 20188948c596e75c3896a2009b6e6852ffc1db28 | refs/heads/master | 2020-04-05T17:08:52.048936 | 2015-07-08T20:51:48 | 2015-07-08T20:51:48 | 38,398,076 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,550 | cpp | #include"parsecol.h"
/* ######################################################################
ParseCol Constructor
Takes in an open parameter file and sets up reading for a
space/tab-delimited multi-column read file.
Input File Name Variable Values
skip_lines skip Number of lines to skip.
Default: 0
num_columns nCol Total number of columns to input
This is an upper limit on the number
of columns to be read in
Default: -1 (read entire line)
###################################################################### */
ParseCol::ParseCol() {}
ParseCol::ParseCol(istream &in) {
Initialize(in);
}
ParseCol::ParseCol(ParseCol &other) {
nCol = other.nCol;
skip = other.skip;
}
void ParseCol::LoadDefaults() {
Parse::LoadDefaults();
skip = 0;
nCol = -1;
}
//Output the current control settings to the given stream
void ParseCol::PrintSettings(ostream &out) {
Parse::PrintSettings(out);
out << "ParseCol Parameters" << endl
<< "# lines to skip at the beginning of the file: " << skip << endl
<< "# total columns to read: " << nCol << endl;
}
int ParseCol::Define(stringstream &inputLine) {
stringstream copy(inputLine.str());
if(Parse::Define(copy)) return 1;
string block;
inputLine >> block;
if(parseVerbosity > 1) {
cout << "Full Define stream: " << inputLine.str() << endl;
}
if(parseVerbosity > 0) {
cout << "ParseCol: Assigning Block: " << block << endl;
}
if(block == "skip_lines") inputLine >> skip;
else if(block == "num_columns") inputLine >> nCol;
else {
if(parseVerbosity > 0)
cout << "ParseCol: Invalid option: " << block << endl;
return 0;
}
return 1;
}
//Setup (or reset) for reading. Opens the current input file, deletes
//current data, and performs line skipping.
void ParseCol::OpenFile() {
readFlag = 1;
char buff[1000];
//Delete current data
for(int i = 0; i < storedValues.size(); i++) {
storedValues[i] -> resize(0);
}
//Output current settings if in verbose mode
if(parseVerbosity > 0) this -> PrintSettings(cout);
//Reset stream if it is already open
if(input.is_open()) {
input.close();
input.clear();
}
//Open file to be parsed
input.open(file.c_str());
//Check file existence
if(!input.is_open()) {
cout << "Error, could not find file " << file << endl;
readFlag = 0;
}
else if(parseVerbosity > 0) {
cout << file << " opened successfully" << endl;
}
//Discard lines of the file based on the value of 'skip'
if(readFlag) {
for(int i = 0; i < skip; i++) {
input.getline(buff, 1000);
if(parseVerbosity > 0) {
cout << "Skipping line: " << buff << endl;
}
}
}
}
//Read a line from the input file
int ParseCol::Read(vector<double> &readValues) {
char buff[1000];
input.getline(buff, 1000);
//Return 0 (exit code) if end-of-file has been reached
if(input.eof()) return 0;
string temp = buff;
temp += " ";
double current;
stringstream lineParse(temp);
lineParse >> current;
//Loop over all columns
while(!lineParse.eof() && (nCol < 0 || readValues.size() < nCol)) {
readValues.push_back(current);
lineParse >> current;
}
if(parseVerbosity > 1) {
cout << "ParseCol::Read : ";
for(int i = 0; i < readValues.size(); i++)
cout << readValues[i] << " ";
cout << endl;
}
return 1;
}
| [
"adraximezrinel@gmail.com"
] | adraximezrinel@gmail.com |
24b81df28f6dcded757457efe908a4d8fc576d86 | f5262ca267eacc7cccd2b6a627ea014f27806a7b | /Classes/Utils/TableBase.h | 7cac699a0dd57d034fd6be73af2957478a2f58a8 | [] | no_license | daxingyou/dzpkV3.2 | deba8d2a7d8ef3c547e36b6bd2b54eab0fe3129a | 275bff1762ff6becc03ef98ef6349450988c86e4 | refs/heads/master | 2022-02-03T13:05:09.507725 | 2015-06-15T06:01:32 | 2015-06-15T06:01:32 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 461 | h | #ifndef _TABLE_BASE_
#define _TABLE_BASE_
#include "cocos2d.h"
#include "cocos-ext.h"
#include "DBDelegate.h"
#include "external/sqlite3/include/sqlite3.h"
USING_NS_CC;
USING_NS_CC_EXT;
class TableBase : public Ref
, public DBDelegate {
public:
Vector<TableBase*> m_datas;
public:
TableBase() {};
~TableBase() {
m_datas.clear();
};
virtual int toObject(int n_column, char ** column_value, char ** column_name) { return 0; };
};
#endif | [
"1015406529@qq.com"
] | 1015406529@qq.com |
011554a5687e7183c7521c9ce7238e9155507dd4 | d45c17be6795065e1340655e4a1e5964ee8ad242 | /RipTag/Source/Physics/Dynamics/Joints/b3RevoluteJoint.h | 8e9c5389043aaee7b24b8ed4c552273682b756fc | [] | no_license | tobbep1997/RipTag | d6e8c2bafe20cc5ee4982794259f98f248320e6e | 09395d53f7d8c3679423dd49c73ab089cda4bd96 | refs/heads/master | 2020-03-27T22:13:05.550289 | 2019-03-21T13:46:28 | 2019-03-21T13:46:28 | 147,214,082 | 10 | 0 | null | 2018-12-28T11:43:16 | 2018-09-03T14:11:57 | C++ | UTF-8 | C++ | false | false | 3,936 | h | /*
* Copyright (c) 2015-2015 Irlan Robson http://www.irlans.wordpress.com
*
* This software is provided 'as-is', without any express or implied
* warranty. In no event will the authors be held liable for any damages
* arising from the use of this software.
* Permission is granted to anyone to use this software for any purpose,
* including commercial applications, and to alter it and redistribute it
* freely, subject to the following restrictions:
* 1. The origin of this software must not be misrepresented; you must not
* claim that you wrote the original software. If you use this software
* in a product, an acknowledgment in the product documentation would be
* appreciated but is not required.
* 2. Altered source versions must be plainly marked as such, and must not be
* misrepresented as being the original software.
* 3. This notice may not be removed or altered from any source distribution.
*/
#ifndef __B3_REVOLUTE_JOINT_H__
#define __B3_REVOLUTE_JOINT_H__
#include "b3Joint.h"
/*
* A Revolute (or Hinge) Joint.
* The body B will rotate relative to the body A
* about the z-axis of the specified frame on the local space
* of body A.
* It can be usefull to create interesting physical
* object behaviours such doors, platforms, ragdolls, and others.
* I (Irlan) solve each constraint separately but this is
* probably not the best way to do it.
* @todo_irlan Use direct enumeration (as in Box2D)?
*/
struct b3RevoluteJointDef : b3JointDef {
b3RevoluteJointDef() {
//@todo_irlan Is the atan2 function really returning angles on this range?
lowLimit = -B3_TWO * B3_PI;
highLimit = B3_TWO * B3_PI;
}
virtual b3JointType GetType() const { return b3JointType::e_revoluteJoint; };
b3Transform localFrameA;
b3Transform localFrameB;
r32 lowLimit;
r32 highLimit;
};
class b3RevoluteJoint : public b3Joint {
public :
enum b3LimitState {
e_lowerLimit,
e_upperLimit,
e_betweenLimits,
};
// Get the joint type.
virtual b3JointType GetType() const { return b3JointType::e_revoluteJoint; }
// Get the local joint frame on body A.
const b3Transform& GetLocalFrameA() const;
// Get the local joint frame on body B.
const b3Transform& GetLocalFrameB() const;
// Set the local joint frames on each body.
// The hinge axis will be the z vector of the (world) frame A.
void SetLocalFrames(const b3Transform& localFrameA, const b3Transform& localFrameB);
// Set the angle limits for rotations about the hinge axis.
void SetAngleLimits(r32 low, r32 high);
protected :
friend class b3JointGraph;
friend class b3JointSolver;
b3RevoluteJoint(const b3RevoluteJointDef* def);
virtual void InitializeVelocityConstraint(const b3SolverData* data);
virtual void WarmStart(const b3SolverData* data);
virtual void SolveVelocityConstraint(const b3SolverData* data);
// The local joint frames on each body.
b3Transform m_localFrameA;
b3Transform m_localFrameB;
// The angle limits.
r32 m_low;
r32 m_high;
// Relative revolute velocity constraint data.
b3Vec3 m_u2xw1;
r32 m_invMass1;
r32 m_velocityBias1;
r32 m_accLambda1;
b3Vec3 m_v2xw1;
r32 m_invMass2;
r32 m_velocityBias2;
r32 m_accLambda2;
// Revolute joint axis angle limits velocity constraint data.
b3LimitState m_limitState;
b3Vec3 m_w1;
r32 m_velocityBias3;
r32 m_accLambda3;
// Point-to-point velocity constraint data.
b3Mat33 m_invMass4;
b3Vec3 m_rA;
b3Vec3 m_rB;
b3Vec3 m_velocityBias4;
b3Vec3 m_accImpulse4;
};
inline const b3Transform& b3RevoluteJoint::GetLocalFrameA() const {
return m_localFrameA;
}
inline const b3Transform& b3RevoluteJoint::GetLocalFrameB() const {
return m_localFrameB;
}
inline void b3RevoluteJoint::SetLocalFrames(const b3Transform& localFrameA, const b3Transform& localFrameB) {
m_localFrameA = localFrameA;
m_localFrameB = localFrameB;
}
inline void b3RevoluteJoint::SetAngleLimits(r32 low, r32 high) {
b3Assert(low < high);
m_low = low;
m_high = high;
}
#endif
| [
"joakim.trossvik@gmail.com"
] | joakim.trossvik@gmail.com |
f5f1f2f0749cd4759d1fef801a114ae18418e783 | ddcf2920eb2b800d0fa55c4af3ab65d692e1c149 | /cypher/main.cpp | c3b1004537c1b4494785166fb824e5b3a2b7b941 | [] | no_license | AforkProg/haaaaxxxx | 88c251c50da792f8bf57ff2a40f87cf5146b4425 | 9a4714cc1fdb61ca1ecaa7c5647c5933cca7fc2f | refs/heads/master | 2022-08-19T01:00:11.776137 | 2020-05-12T09:15:53 | 2020-05-12T09:15:53 | 259,879,102 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 25,556 | cpp | #include <iostream>
#include <regex>
#include "json.hpp"
#include <Windows.h>
#include <fstream>
#include <ctime>
#include <string>
using namespace std;
using json = nlohmann::json;
class base
{
public:
virtual void createKey(string text) = 0;
virtual void findText() = 0;
};
class rePlace : public base
{
public:
void findText()
{
cout << "Enter path to document with key" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(\.)""(key)");
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .key document extension" << endl;
system("pause");
exit(0);
}
fstream text(path);
string keyDoc;
string key;
if (text.is_open())
{
getline(text, keyDoc);
cmatch result;
regex regular("(Replace)""(.+)");
if (regex_search(keyDoc.c_str(), result, regular))
{
key = result[2];
findCypher(key);
}
else
{
cout << "Key is not for Replace" << endl;
system("pause");
exit(0);
}
}
else
{
cout << "Error. The document was not found" << endl << endl;
system("pause");
exit(0);
}
}
void createKey(string text)
{
bool trigger = false;
vector<int> key;
for (int a = 0; a < text.size(); a++)
key.push_back(' ');
cout << "Key is generating. Please wait...";
int time = rand() % 2000 + 1000;
Sleep(time);
for (int a = 0; a < key.size(); a++)
{
int num = rand() % key.size();
for (int i = 0; i < text.size(); i++)
{
if (key[i] == num)
{
num = rand() % key.size();
i = -1;
continue;
}
if (i == text.size() - 1)
key[a] = num;
}
}
for (int a = 0; a < 33; a++)
cout << "\b";
string chos;
cout << "Key was generated. Print it on display? (Y/N)";
while (1)
{
cin >> chos;
cmatch result;
regex regular("([\\w])");
if (regex_search(chos.c_str(), result, regular))
{
if (chos == "Y")
{
for (int a = 0; a < key.size(); a++)
cout << key[a];
cout << endl;
break;
}
else if (chos == "N")
{
break;
}
else
{
cout << "Incorrect answer. Try again" << endl;
continue;
}
}
else
{
cout << "Incorrect symbol" << endl;
system("pause");
exit(0);
}
}
saveKey(key , text);
}
private:
void findCypher(string keyTemp)
{
cout << "Enter path to document with cypher" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(\.)""(encrypt)");
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .encrypt document extension" << endl;
system("pause");
exit(0);
}
fstream text(path);
string keyDoc;
if (text.is_open())
{
getline(text, keyDoc);
cmatch result;
regex regular("(Replace)""(.+)");
if (regex_search(keyDoc.c_str(), result, regular))
{
string cypherTemp = result[2];
string key;
string cypher;
for (int a = 7; ; a++)
{
if (keyTemp[a] == '}')
break;
else
{
key.push_back(keyTemp[a]);
}
}
for (int a = 10; ; a++)
{
if (cypherTemp[a] == '}')
break;
else
cypher.push_back(cypherTemp[a]);
}
decrypt(key, cypher);
}
else
{
cout << "Key is not for Replace" << endl;
system("pause");
exit(0);
}
}
else
{
cout << "Error. The document was not found" << endl << endl;
system("pause");
exit(0);
}
}
void decrypt(string key, string cypher)
{
vector<int> keyA;
string text;
for (int a = 0; a < cypher.size(); a++)
text.push_back(' ');
string temp;
string numStr;
int num;
for (int a = 0; a < key.size(); a++)
{
int b = a;
while (1)
{
if (key[b] == ',')
{
a = b;
break;
}
numStr.push_back(key[b]);
b++;
}
num = stoi(numStr);
keyA.push_back(num);
numStr.clear();
}
int tempT;
for (int a = 0; a < cypher.size(); a++)
{
tempT = keyA[a];
text[a] = cypher[tempT];
}
cout << "Enter path to save text" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(.+)""(.txt)");
if (regex_search(path.c_str(), result, regular))
{
ofstream dock;
dock.open(path, std::ios::app);
if (dock.is_open())
{
dock << text;
}
else
{
cout << "Error. Wrong path" << endl;
system("pause");
exit(0);
}
}
else
{
cout << "Use .txt document extension" << endl;
system("pause");
exit(0);
}
}
void saveKey(vector<int> key, string text)
{
cout << "Enter path for save key in document" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(\.)""(.key)");
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .key document extension" << endl;
system("pause");
exit(0);
}
fstream textTemp(path);
string textDoc;
if (textTemp.is_open())
{
cout << "Error. This document exist already" << endl;
system("pause");
exit(0);
}
else
{
ofstream dock;
dock.open(path, std::ios::app);
if (dock.is_open())
{
dock << "Replace {Key: ";
for (int a = 0; a < key.size(); a++)
dock << key[a] << ",";
dock << "}";
cout << "Key was saved" << endl;
crypt(key, text);
}
else
{
cout << "Error. Cannot open this document" << endl;
system("pause");
exit(0);
}
}
}
void crypt(vector<int> key, string text)
{
string cypher;
for (int a = 0; a < text.size(); a++)
cypher.push_back(' ');
int i = 0;
for (int a = 0; a < text.size(); a++)
{
int place = key[i];
cypher[place] = text[a];
i++;
}
cout << "Cypher was created" << endl;
cout << "Enter path to save cypher: " << endl;
string path;
cin >> path;
regex regular("(\.)""(encrypt)");
cmatch result;
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .encrypt document extension" << endl;
system("pause");
exit(0);
}
fstream textTemp(path);
string textDoc;
if (textTemp.is_open())
{
cout << "Error. This document exist already" << endl;
system("pause");
exit(0);
}
else
{
ofstream dock;
dock.open(path, std::ios::app);
if (dock.is_open())
{
dock << "Replace {cypher: ";
for (int a = 0; a < key.size(); a++)
dock << cypher[a];
dock << "}";
cout << "Cypher was saved" << endl;
}
else
{
cout << "Error. Cannot open this document" << endl;
system("pause");
exit(0);
}
}
}
};
class change : public base
{
public:
void findText()
{
cout << "Enter path to document with key" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(\.)""(key)");
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .key document extension" << endl;
system("pause");
exit(0);
}
fstream text(path);
string keyDoc;
string key;
if (text.is_open())
{
getline(text, keyDoc);
cmatch result;
regex regular("(.+)""(Change)""(.+)");
if (regex_search(keyDoc.c_str(), result, regular))
{
findCypher(keyDoc);
}
else
{
cout << "Key is not for Change" << endl;
system("pause");
exit(0);
}
}
else
{
cout << "Cannot find document" << endl;
system("pause");
exit(0);
}
}
void createKey(string text)
{
string key;
for (int a = 0; a < text.size(); a++)
key.push_back(' ');
fstream alph("my_alphabet.alph");
string alphDoc;
if (alph.is_open())
getline(alph , alphDoc);
string alphStr;
for (int a = 7; a < alphDoc.size(); a++)
{
if (alphDoc[a] == ',' || alphDoc[a] == '[' || alphDoc[a] == ']' || alphDoc[a] == '[' || alphDoc[a] == '{' || alphDoc[a] == '}' || alphDoc[a] == '"')
{
continue;
}
else
{
alphStr.push_back(alphDoc[a]);
}
}
int sym;
int i = 0;
for (int a = 0; a < key.size(); a++)
{
sym = rand() % alphStr.size();
for (int b = 0; b < key.size(); b++)
{
if (key[b] == alphStr[sym])
{
a--;
break;
}
else if (key[b] != alphStr[sym])
{
if (b == key.size() - 1)
{
key[i] = alphStr[sym];
i++;
break;
}
continue;
}
}
}
cout << "Key was generated. Print it on display?(Y/N)";
string chos;
while (1)
{
cin >> chos;
cmatch result;
regex regular("([\\w])");
if (regex_search(chos.c_str(), result, regular))
{
if (chos == "Y")
{
for (int a = 0; a < key.size(); a++)
cout << key[a];
cout << endl;
break;
}
else if (chos == "N")
{
break;
}
else
{
cout << "Incorrect answer. Try again" << endl;
continue;
}
}
else
{
cout << "Incorrect symbol" << endl;
system("pause");
exit(0);
}
}
saveKey(key, text, alphStr);
}
private:
void findCypher(string key)
{
cout << "Enter path to document with cypher" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(\.)""(encrypt)");
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .encrypt document extension" << endl;
system("pause");
exit(0);
}
fstream text(path);
string cypherDoc;
if (text.is_open())
{
getline(text, cypherDoc);
cmatch result;
regex regular("(.+)""(Change)""(.+)");
if (regex_search(cypherDoc.c_str(), result, regular))
{
decrypt(key, cypherDoc);
}
else
{
cout << "Key is not for Change" << endl;
system("pause");
exit(0);
}
}
else
{
cout << "Error. The document was not found" << endl << endl;
system("pause");
exit(0);
}
}
void decrypt(string key, string cypher)
{
fstream alph("my_alphabet.alph");
string alphDoc;
if (alph.is_open())
getline(alph, alphDoc);
string alphStr;
for (int a = 7; a < alphDoc.size(); a++)
{
if (alphDoc[a] == ',' || alphDoc[a] == '[' || alphDoc[a] == ']' || alphDoc[a] == '[' || alphDoc[a] == '{' || alphDoc[a] == '}' || alphDoc[a] == '"')
{
continue;
}
else
{
alphStr.push_back(alphDoc[a]);
}
}
bool trigger = false;
string text; //35--14-- (-5)
for (int a = 32; ; a++)
{
if (a == cypher.size() - 2)
{
break;
}
for (int b = 0; b < alphStr.size(); b++)
{
if (b == alphStr.size() - 1)
{
text.push_back(cypher[a]);
trigger = true;
break;
}
else if (cypher[a] == alphStr[b])
{
trigger = false;
break;
}
}
if (trigger == true)
{
trigger = false;
continue;
}
for (int b = 35; b < key.size(); b+=11)
{
if (cypher[a] == key[b])
{
text.push_back(key[b - 5]);
break;
}
else
continue;
}
}
string path;
cout << "Enter path to save text" << endl;
cin >> path;
ofstream dock;
dock.open(path, std::ios::app);
if (dock.is_open())
{
dock << text << endl;
}
}
void saveKey(string cypher, string text, string alph)
{
string key;
for (int a = 0; a < alph.size(); a++)
{
for (int b = 0; b < text.size(); b++)
{
if (alph[a] == text[b])
{
key.push_back(cypher[b]);
break;
}
else
continue;
}
}
string alphText;
for (int a = 0; a < alph.size(); a++)
{
for (int b = 0; b < text.size(); b++)
{
if (alph[a] == text[b])
{
alphText.push_back(text[b]);
break;
}
else
continue;
}
}
cout << "Enter path for save key in document" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(\.)""(key)");
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .key document extension" << endl;
system("pause");
exit(0);
}
fstream textTemp(path);
string textDoc;
if (textTemp.is_open())
{
cout << "Error. This document exist already" << endl;
system("pause");
exit(0);
}
else
{
ofstream dock;
dock.open(path, std::ios::app);
if (dock.is_open())
{
dock << "'alg_type': 'Change','key':[";
for (int a = 0; a < alphText.size(); a++)
{
dock << "['" << alphText[a] << "'" << ", '" << key[a] << "'],";
}
dock << "]}";
cout << "Key was saved" << endl;
dock.close();
string cypherTemp;
fstream keyT(path);
string keyDoc;
if (keyT.is_open())
{
getline(keyT, keyDoc);
}
for (int a = 0; a < text.size(); a++)
{
for (int b = 30; b < keyDoc.size(); b += 11)
{
if (text[a] == keyDoc[b])
{
cypherTemp.push_back(keyDoc[b + 5]);
break;
}
else
continue;
}
}
crypt(cypherTemp, alph, text);
}
else
{
cout << "Error. Cannot open this document" << endl;
system("pause");
exit(0);
}
}
}
void crypt(string cypher, string alph, string text)
{
cout << "Enter path to save cypher: " << endl;
string path;
cin >> path;
regex regular("(\.)""(encrypt)");
cmatch result;
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .encrypt document extension" << endl;
system("pause");
exit(0);
}
fstream textTemp(path);
string textDoc;
if (textTemp.is_open())
{
cout << "Error. This document exist already" << endl;
system("pause");
exit(0);
}
else
{
int counter = 0;
ofstream dock;
dock.open(path, std::ios::app);
bool trigger = false;
if (dock.is_open())
{
dock << "{'alg_type': 'Change', 'text': '";
for (int a = 0; a < text.size(); a++)
{
for (int b = 0; b < alph.size(); b++)
{
if (text[a] == alph[b])
{
dock << cypher[a - counter];
break;
}
else if (b == alph.size() - 1)
{
dock << text[a];
counter++;
break;
}
}
}
dock << "'}";
cout << "Cypher was saved" << endl;
}
else
{
cout << "Error. Cannot open this document" << endl;
system("pause");
exit(0);
}
}
}
};
class gamming : public base
{
public:
void findText()
{
cout << "Enter path to document with key" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(\.)""(key)");
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .key document extension" << endl;
system("pause");
exit(0);
}
fstream text(path);
string keyDoc;
string key;
if (text.is_open())
{
getline(text, keyDoc);
cmatch result;
regex regular("(.+)""(Gamming)""(.+)");
if (regex_search(keyDoc.c_str(), result, regular))
{
findCypher(keyDoc);
}
else
{
cout << "Key is not for Change" << endl;
system("pause");
exit(0);
}
}
else
{
cout << "Cannot find document" << endl;
system("pause");
exit(0);
}
}
void createKey(string text)
{
fstream alph("my_alphabet.alph");
string alphDoc;
if (alph.is_open())
getline(alph, alphDoc);
string alphStr;
for (int a = 7; a < alphDoc.size(); a++)
{
if (alphDoc[a] == ',' || alphDoc[a] == '[' || alphDoc[a] == ']' || alphDoc[a] == '[' || alphDoc[a] == '{' || alphDoc[a] == '}' || alphDoc[a] == '"')
{
continue;
}
else
{
alphStr.push_back(alphDoc[a]);
}
} //alphsize = 51
string key;
int sym;
bool trigger = false;
for (int a = 0; a < text.size(); a++)
{
for (int b = 0; b < alphStr.size(); b++)
{
if (text[a] == alphStr[b])
{
trigger = false;
break;
}
else if (b == alphStr.size() - 1)
{
trigger = true;
break;
}
}
if (trigger == true)
{
continue;
}
sym = rand() % 52;
key.push_back(alphStr[sym]);
}
cout << "Key was generated. Print it on display?(Y/N)";
string chos;
while (1)
{
cin >> chos;
cmatch result;
regex regular("([\\w])");
if (regex_search(chos.c_str(), result, regular))
{
if (chos == "Y")
{
cout << key << endl;
cout << endl;
break;
}
else if (chos == "N")
{
break;
}
else
{
cout << "Incorrect answer. Try again" << endl;
continue;
}
}
else
{
cout << "Incorrect symbol" << endl;
system("pause");
exit(0);
}
}
saveKey(key, text, alphStr);
}
private:
void saveKey(string key, string text, string alph)
{
cout << "Enter path for save key in document" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(\.)""(key)");
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .key document extension" << endl;
system("pause");
exit(0);
}
fstream textTemp(path);
string textDoc;
if (textTemp.is_open())
{
cout << "Error. This document exist already" << endl;
system("pause");
exit(0);
}
else
{
ofstream dock;
dock.open(path, std::ios::app);
if (dock.is_open())
{
dock << "'alg_type': 'Gamming','key':[" << key;
dock << "]}";
cout << "Key was saved" << endl;
}
crypt(key, text, alph);
}
}
void crypt(string key, string text, string alph)
{
string cypher;
vector<int> numKey;
vector<int> numText;
for (int a = 0; a < text.size(); a++)
{
for (int b = 0; b < alph.size(); b++)
{
if (text[a] == alph[b])
{
if (text[a] == ' ')
break;
numText.push_back(b);
continue;
}
else
continue;
}
}
for (int a = 0; a < key.size(); a++)
{
for (int b = 0; b < alph.size(); b++)
{
if (key[a] == alph[b])
{
numKey.push_back(b);
continue;
}
else
continue;
}
}
vector<int> numCypher;
for (int a = 0; a < numKey.size(); a++)
{
numCypher.push_back(numKey[a] + numText[a]);
if (numCypher[a] > 51)
{
numCypher[a] = numCypher[a] - 51;
}
}
for (int a = 0; a < numCypher.size(); a++)
{
for (int b = 0; b < alph.size(); b++)
{
if (numCypher[a] == b)
{
cypher.push_back(alph[b]);
}
}
}
cout << "Enter path to save cypher: " << endl;
string path;
cin >> path;
regex regular("(\.)""(encrypt)");
cmatch result;
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .encrypt document extension" << endl;
system("pause");
exit(0);
}
fstream textTemp(path);
string textDoc;
if (textTemp.is_open())
{
cout << "Error. This document exist already" << endl;
system("pause");
exit(0);
}
else
{
int counter = 0;
bool trigger = false;
ofstream dock;
dock.open(path, std::ios::app);
if (dock.is_open())
{
dock << "{'alg_type': 'Gamming', 'text': '";
for (int a = 0; a < text.size(); a++)
{
for (int b = 0; b < alph.size(); b++)
{
if (text[a] == alph[b])
{
dock << cypher[a - counter];
break;
}
else if (b == alph.size() - 1)
{
dock << text[a];
counter++;
break;
}
}
}
dock << "'}";
cout << "Cypher was saved" << endl;
}
else
{
cout << "Error. Cannot open this document" << endl;
system("pause");
exit(0);
}
}
}
void findCypher(string key)
{
cout << "Enter path to document with cypher" << endl;
string path;
cin >> path;
cmatch result;
regex regular("(\.)""(encrypt)");
if (regex_search(path.c_str(), result, regular))
{
cout << "";
}
else
{
cout << "Use .encrypt document extension" << endl;
system("pause");
exit(0);
}
fstream text(path);
string cypherDoc;
if (text.is_open())
{
getline(text, cypherDoc);
cmatch result;
regex regular("(.+)""(Gamming)""(.+)");
if (regex_search(cypherDoc.c_str(), result, regular))
{
decrypt(key, cypherDoc);
}
else
{
cout << "Key is not for Change" << endl;
system("pause");
exit(0);
}
}
else
{
cout << "Error. The document was not found" << endl << endl;
system("pause");
exit(0);
}
}
void decrypt(string keyT, string cypherT)
{
fstream alph("my_alphabet.alph");
string alphDoc;
if (alph.is_open())
getline(alph, alphDoc);
string alphStr;
for (int a = 7; a < alphDoc.size(); a++)
{
if (alphDoc[a] == ',' || alphDoc[a] == '[' || alphDoc[a] == ']' || alphDoc[a] == '[' || alphDoc[a] == '{' || alphDoc[a] == '}' || alphDoc[a] == '"')
{
continue;
}
else
{
alphStr.push_back(alphDoc[a]);
}
}
string key;
vector<int> numKey;
vector<int> numCypher;
vector<int> numText;
for (int a = 29; a < keyT.size(); a++)
{
if (keyT[a] == ']')
break;
else
{
key.push_back(keyT[a]);
}
}
string cypher;
for (int a = 33; a < cypherT.size(); a++)
{
if (cypherT[a] == '\'')
break;
else
{
cypher.push_back(cypherT[a]);
}
}
for (int a = 0; a < key.size(); a++)
{
for (int b = 0; b < alphStr.size(); b++)
{
if (key[a] == alphStr[b])
{
numKey.push_back(b);
}
}
}
for (int a = 0; a < cypher.size(); a++)
{
for (int b = 0; b < alphStr.size(); b++)
{
if (cypher[a] == alphStr[b])
{
numCypher.push_back(b);
}
}
}
for (int a = 0; a < key.size(); a++)
{
numText.push_back(numCypher[a] - numKey[a]);
if (numText[a] < 0)
{
numText[a] += 51;
}
}
string textTemp;
int counter = 0;
bool trigger = false;
for (int a = 0; a < numText.size(); a++)
{
textTemp.push_back(alphStr[numText[a - counter]]);
}
string text;
for (int a = 0; a < cypher.size(); a++)
{
for (int b = 0; b < alphStr.size(); b++)
{
if (cypher[a] == alphStr[b])
{
text.push_back(textTemp[a - counter]);
break;
}
else if (b == alphStr.size() - 1)
{
counter++;
text.push_back(cypher[a]);
break;
}
}
}
string path;
cout << "Enter path to save text" << endl;
cin >> path;
ofstream dock;
dock.open(path, std::ios::app);
if (dock.is_open())
{
dock << text << endl;
}
}
};
class crypt
{
public:
void cryptFunc(base & method, string text)
{
method.createKey(text);
}
void decrypt(base & method)
{
method.findText();
}
};
int main()
{
crypt cr;
rePlace a;
change b;
gamming c;
while (1)
{
srand(time(NULL));
cout << "Choose the option" << endl;
cout << "1. Decrypt" << endl;
cout << "2. Create key and crypt text" << endl;
cout << "3. Exit" << endl;
int cho;
cin >> cho;
if (cho == 1)
{
cout << "Choose the kind of crypt" << endl;
cout << "1. Replacement" << endl;
cout << "2. Gamming" << endl;
cout << "3. Transposition" << endl;
cin >> cho;
if (cho == 1)
{
cr.decrypt(a);
}
else if (cho == 2)
{
cr.decrypt(c);
}
else if (cho == 3)
{
cr.decrypt(b);
}
else
{
cout << "Incorrect option" << endl;
system("pause");
break;
}
}
else if (cho == 2)
{
cout << "Choose the kind of crypt" << endl;
cout << "1. Replacement" << endl;
cout << "2. Gamming" << endl;
cout << "3. Transposition" << endl;
string chos;
cin >> chos;
cmatch result;
regex regular("([\\d])");
if (regex_search(chos.c_str(), result, regular))
{
if (chos == "1")
{
cout << "Enter path of document with text: " << endl;
string path;
cin >> path;
fstream text(path);
string textDoc;
int check = 0;
if (text.is_open())
{
while (getline(text, textDoc))
{
check++;
if (check > 1)
{
cout << "Sorry. As you use pre-pre-pre-alpha-alpha version you cant put here a document with 2 or more strings. Advice: put all you text in one string please C:" << endl;
system("pause");
return 0;
}
}
getline(text, textDoc);
cr.cryptFunc(a, textDoc);
}
else
{
cout << "Error. The document was not found" << endl << endl;
system("pause");
return 0;
}
}
else if (chos == "2")
{
cout << "Enter path of document with text: " << endl;
string path;
cin >> path;
fstream text(path);
string textDoc;
int check = 0;
if (text.is_open())
{
while (getline(text, textDoc))
{
check++;
if (check > 1)
{
cout << "Sorry. As you use pre-pre-pre-alpha-alpha version you cant put here a document with 2 or more strings. Advice: put all you text in one string please C:" << endl;
system("pause");
return 0;
}
}
getline(text, textDoc);
cr.cryptFunc(c, textDoc);
}
else
{
cout << "Error. The document was not found" << endl << endl;
system("pause");
return 0;
}
}
else if (chos == "3")
{
cout << "Enter path of document with text: " << endl;
string path;
cin >> path;
fstream text(path);
string textDoc;
int check = 0;
if (text.is_open())
{
while (getline(text, textDoc))
{
check++;
if (check > 1)
{
cout << "Sorry. As you use pre-pre-pre-alpha-alpha version you cant put here a document with 2 or more strings. Advice: put all you text in one string please C:" << endl;
system("pause");
return 0;
}
}
getline(text, textDoc);
cr.cryptFunc(b, textDoc);
}
else
{
cout << "Error. The document was not found" << endl << endl;
system("pause");
return 0;
}
}
else
{
cout << "Incorrect option" << endl;
system("pause");
return 0;
}
}
else
{
cout << "Incorrect option" << endl;
system("pause");
return 0;
}
}
else
return 0;
}
} | [
"afork4ik@gmail.com"
] | afork4ik@gmail.com |
171eab60bf3ccd63f49202883d2ad50cba3581a5 | 724250b7511067ec0fed75c72fb9340ea8382cdf | /src/DataStructure.h | f180486d92fba50ac3ca8948e4934d40c83afa50 | [] | no_license | Vitgracer/AlgorithmsProject | 009e9fa6c2b78a9a185303f88f8b17fbfb139a9a | 2733b0563bc7a44893f99a1665965d7eda46a644 | refs/heads/master | 2020-05-21T19:35:45.632823 | 2016-12-21T17:21:18 | 2016-12-21T17:21:18 | 65,831,225 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,220 | h | template<class Item>
void exch(Item& A, Item&B) {
Item t = A;
A = B;
B = t;
}
/////////////////////////
// ---- LINKED-LIST -----
/////////////////////////
struct node {
int item;
node* next;
node(int i, node* n);
};
typedef node* link;
typedef link Node;
namespace li {
void deleteNode(Node n);
void insert(Node src, Node ins);
link reverse(link x);
Node next(Node n);
int item(Node n);
void show(Node n);
}
/////////////////////////
// ------ STACK --------
/////////////////////////
template <class Item>
class Stack {
private:
Item* data;
int N;
public:
Stack(int maxSize) : data(new Item[maxSize]), N(0) {};
int empty() const { return N == 0; }
void push(Item item) { data[N++] = item; }
Item pop() { return data[--N]; }
int getSize() { return N; }
};
////////////////////////////////////////////
// ------ STACK based on linked list--------
////////////////////////////////////////////
template <class Item>
class llStack {
private:
link head;
public:
llStack() : head(0) {}
int empty() const { return head == 0; }
void push(Item item) { head = new node(item, head); }
Item pop() {
using namespace li;
Item v = item(head);
link t = next(head);
delete head;
head = t;
return v;
}
};
/////////////////////////
// ------ QUEUE --------
/////////////////////////
template<class Item>
class Queue {
private:
link head, tail;
public:
Queue() : head(0) {}
int empty() const { return head == 0; }
void put(Item item) {
link t = tail;
tail = new node(item, 0);
if (head == 0) {
head = tail;
}
else {
t->next = tail;
}
}
Item get() {
using namespace li;
Item v = head->item;
link t = next(head);
delete head;
head = t;
return v;
}
};
///////////////////////////////////////
// ------ QUEUE based on array --------
///////////////////////////////////////
template <class Item>
class QueueArray {
private:
Item* data;
int tail;
int head;
int N;
public:
QueueArray(int maxN)
: data(new Item[maxN])
, N(maxN + 1)
, head(N)
, tail(0) {}
int empty() const { return head % N == tail; }
void put(Item item) {
data[tail++] = item;
tail = tail % N;
}
Item get() {
head = head % N;
return data[head++];
}
};
///////////////////////////////////////
// ------ PRIORITY-QUEUE --------------
///////////////////////////////////////
template <class Item>
class PriorityQueue {
private:
Item* pq;
int N;
public:
PriorityQueue(int maxN) : pq(new Item[maxN]), N(0) {}
int empty() const { return N == 0; }
void insert(Item item) { pq[N++] = item; }
Item getMax() {
int maxInd = 0;
for (int i = 1; i < N; i++) {
if (pq[maxInd] < pq[i]) maxInd = i;
}
exch(pq[maxInd], pq[N - 1]);
return pq[--N];
}
};
///////////////////////////////////////
// ------ BINARY-TREE ----------------
///////////////////////////////////////
struct BinaryTree {
int item;
BinaryTree* l;
BinaryTree* r;
BinaryTree(int in, BinaryTree* nodeL, BinaryTree* nodeR);
};
typedef BinaryTree* BinaryTreeLink;
namespace biTree {
void traverse(BinaryTreeLink h);
void traverseStack(BinaryTreeLink h);
void levelTraverseQueue(BinaryTreeLink h);
void visit(BinaryTreeLink h);
int count(BinaryTreeLink h);
int height(BinaryTreeLink h);
} | [
"alfredfid@gmail.com"
] | alfredfid@gmail.com |
11ae5ea951a55f0151a76a2e69b895a30d52c50c | 835bd7f9fefc53816be3cf20d0d3e25aaf4c05b6 | /workspace-latest/framework/src/VoicesAdapter.cpp | d4fd612d76da50693473eae241756050c6147f4c | [] | no_license | wangenheng/gitHub | fd24cee8bb9a3adf707cd095d88620dde91a2c87 | 3d5ccf1aee5650ad911affcfaf472f47db71e72b | refs/heads/master | 2021-03-19T08:30:23.359813 | 2017-07-25T09:13:08 | 2017-07-25T09:13:08 | 98,287,966 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 153 | cpp | #include "VoicesAdapter.h"
Implement_DynCreate(VoicesAdapter, Adapter)
VoicesAdapter::VoicesAdapter(void)
{
}
VoicesAdapter::~VoicesAdapter(void)
{
}
| [
"wang.enheng@163.com"
] | wang.enheng@163.com |
9ee97d83ec8b4d71b54e5de120477c4b10fc6301 | 13e6c13a775e6bc21d2ba7ea1c58e7c61abd9942 | /puser.h | b9f80ddc7b42911f864e001fecef5182103393f3 | [] | no_license | werwolf/pstore | d960f09de7a20d2a7610a4ef067e7892f5c29fbd | d0636c9fb45c35d72e5b963fca38184cd6a60d1c | refs/heads/master | 2016-09-10T18:51:55.692244 | 2011-03-31T16:18:33 | 2011-03-31T16:18:33 | 1,550,850 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 711 | h | #ifndef PUSER_H
#define PUSER_H
#include <QObject>
class PUser : public QObject
{
Q_OBJECT
public:
explicit PUser(long id, QObject *parent = 0);
long getUserID(void) const { return id; };
QString getLogin(void) const { return login; };
QString getLastname(void) const { return lastname; };
QString getName(void) const { return name; };
QString getAddress(void) const { return address; };
QString getPhone(void) const { return phone; };
QString getEmail(void) const { return email; };
signals:
public slots:
private:
long id;
QString login;
QString lastname;
QString name;
QString address;
QString phone;
QString email;
};
#endif // PUSER_H
| [
"nazar90@meta.ua"
] | nazar90@meta.ua |
9aa4748b6e4dd27f6d063f4b9ab47544c3379470 | f42dd0e2471c03600f890b2c769e57b24aaa08e3 | /FrameWork/Client/Code/Architecture_Dynamic.cpp | 7dfa4138180a4d9b6be538e9cd1ddfd4412e3204 | [] | no_license | zeldie/- | 1722f777fbe870e9ccef9e1eed49bb07e2ce1dd7 | 658225e7ead91839750f8024593ed67b059d8923 | refs/heads/master | 2022-12-22T02:34:30.128966 | 2020-09-14T07:56:25 | 2020-09-14T07:56:25 | 295,115,224 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,732 | cpp | #include "stdafx.h"
#include "Architecture_Dynamic.h"
CArchitecture_Dynamic::CArchitecture_Dynamic(LPDIRECT3DDEVICE9 pGraphicDev)
:CDynamicMeshObject(pGraphicDev)
{
}
CArchitecture_Dynamic::~CArchitecture_Dynamic()
{
}
HRESULT CArchitecture_Dynamic::Ready_GameObject(wstring wstrObjectKey, _vec3 * pPos, _vec3 * pAngle, _vec3 * pScale)
{
if (FAILED(Clone_Component(wstrObjectKey)))
return E_FAIL;
m_pTransformCom->Set_Info(pPos, Engine::INFO_POS);
m_pTransformCom->Set_Angle(pAngle);
m_pTransformCom->Set_Scale(pScale);
m_pDynamicMeshCom->Set_AnimationSet(0);
return S_OK;
}
_int CArchitecture_Dynamic::Update_GameObject(const _double & dTimeDelta)
{
CDynamicMeshObject::Update_GameObject(dTimeDelta);
return Engine::NO_EVENT;
}
_int CArchitecture_Dynamic::LateUpdate_GameObject(const _double & dTimeDelta)
{
CDynamicMeshObject::LateUpdate_GameObject(dTimeDelta);
m_pRendererCom->Add_RenderGroup(Engine::RENDER_NONALPHA, this);
return Engine::NO_EVENT;
}
void CArchitecture_Dynamic::Render_Geometry(const _double & dTimeDelta)
{
m_pDynamicMeshCom->Play_AnimationSet(dTimeDelta);
LPD3DXEFFECT pEffect = m_pShaderCom->Get_EffectHandle();
if (pEffect == nullptr)
return;
Engine::Safe_AddRef(pEffect);
if (FAILED(Setup_ShaderProps(pEffect)))
return;
_uint iPassMax = 0;
pEffect->Begin(&iPassMax, 0);
list<Engine::D3DXMESHCONTAINER_DERIVED*>* plistMeshContainer = m_pDynamicMeshCom->Get_MeshContainerlist();
for (auto& iter : *plistMeshContainer)
{
_ulong dwSubsetNum = m_pDynamicMeshCom->Get_SubsetNum(iter);
m_pDynamicMeshCom->Render_Meshes_Begin(iter);
for (_ulong i = 0; i < dwSubsetNum; ++i)
{
pEffect->SetTexture("g_DiffuseTexture", iter->ppDiffuseTexture[i]);
pEffect->SetTexture("g_NormalTexture", iter->ppNormalTexture[i]);
pEffect->SetTexture("g_SpecularTexture", iter->ppSpecularTexture[i]);
pEffect->SetTexture("g_EmmisiveTexture", iter->ppEmmisiveTexture[i]);
pEffect->BeginPass(0);
pEffect->CommitChanges();
m_pDynamicMeshCom->Render_Meshes(iter, i);
pEffect->EndPass();
}
m_pDynamicMeshCom->Render_Meshes_End(iter);
}
pEffect->End();
Engine::Safe_Release(pEffect);
}
void CArchitecture_Dynamic::Render_Shadow(const _double & dTimeDelta)
{
////Shader
//LPD3DXEFFECT pEffect = m_pShaderCom->Get_EffectHandle();
//if (pEffect == nullptr)
// return;
//Engine::Safe_AddRef(pEffect);
//if (FAILED(Setup_ShaderProps(pEffect)))
// return;
//_uint iPassMax = 0;
//pEffect->Begin(&iPassMax, 0);
//list<Engine::D3DXMESHCONTAINER_DERIVED*>* plistMeshContainer = m_pDynamicMeshCom->Get_MeshContainerlist();
//for (auto& iter : *plistMeshContainer)
//{
// _ulong dwSubsetNum = m_pDynamicMeshCom->Get_SubsetNum(iter);
// m_pDynamicMeshCom->Render_Meshes_Begin(iter);
// for (_ulong i = 0; i < dwSubsetNum; ++i)
// {
// pEffect->BeginPass(6);
// pEffect->CommitChanges();
// m_pDynamicMeshCom->Render_Meshes(iter, i);
// pEffect->EndPass();
// }
// m_pDynamicMeshCom->Render_Meshes_End(iter);
//}
//pEffect->End();
//Engine::Safe_Release(pEffect);
}
HRESULT CArchitecture_Dynamic::Clone_Component(wstring wstrObjectKey)
{
Engine::CComponent* pComponent = nullptr;
pComponent = m_pTransformCom = dynamic_cast<Engine::CTransform*>(Engine::Clone(Engine::RESOURCE_STATIC, L"TransformCom"));
if (pComponent == nullptr)
return E_FAIL;
m_mapComponent[Engine::ID_DYNAMIC].emplace(Engine::TRANSFORM, pComponent);
pComponent = m_pRendererCom = dynamic_cast<Engine::CRenderer*>(Engine::Clone(Engine::RESOURCE_STATIC, L"RendererCom"));
if (pComponent == nullptr)
return E_FAIL;
m_mapComponent[Engine::ID_STATIC].emplace(Engine::RENDERER, pComponent);
pComponent = m_pDynamicMeshCom = dynamic_cast<Engine::CDynamicMesh*>(Engine::Clone(Engine::RESOURCE_STATIC, wstrObjectKey));
if (pComponent == nullptr)
return E_FAIL;
m_mapComponent[Engine::ID_STATIC].emplace(Engine::MESH, pComponent);
//Shader
pComponent = m_pShaderCom = dynamic_cast<Engine::CShader*>(Engine::Clone(Engine::RESOURCE_STATIC, L"Shader_Mesh"));
if (pComponent == nullptr)
return E_FAIL;
m_mapComponent[Engine::ID_STATIC].emplace(Engine::SHADER, pComponent);
return S_OK;
}
HRESULT CArchitecture_Dynamic::Setup_ShaderProps(LPD3DXEFFECT & pEffect)
{
CBaseObject::Set_ShaderMatrix(pEffect);
return S_OK;
}
CArchitecture_Dynamic * CArchitecture_Dynamic::Create(LPDIRECT3DDEVICE9 pGraphicDev, wstring wstrObjectKey, _vec3 * pPos, _vec3 * pAngle, _vec3 * pScale)
{
CArchitecture_Dynamic* pInstance = new CArchitecture_Dynamic(pGraphicDev);
if (FAILED(pInstance->Ready_GameObject(wstrObjectKey, pPos, pAngle, pScale)))
Engine::Safe_Release(pInstance);
return pInstance;
}
void CArchitecture_Dynamic::Free()
{
CDynamicMeshObject::Free();
}
| [
"Administrator@JUSIN-20200527X"
] | Administrator@JUSIN-20200527X |
749c3ebb47ea23ed3a22790a5600be7d892062ea | 10810fa597f358624f04a76b326a894a43131994 | /AWS-Analyzer/MangerChart.h | 26dc74db367d8886e7c9f4170ee9341c848e0387 | [] | no_license | Lukasz-Witek-vel-Witkowski/AWS | cc240e5702d88e551528ad2a2db7cb58d3dfe4ad | 981fff63cc5032f329467ff6eac4330a371b0106 | refs/heads/master | 2020-04-29T07:44:39.313108 | 2020-01-19T11:18:45 | 2020-01-19T11:18:45 | 175,963,760 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 358 | h | #pragma once
#include <vector>
#include <map>
#include "Chart.h"
class MangerChart
{
std::vector<std::vector<double>> V_manager;
std::map<int, std::string> m_organizer;
std::vector<std::vector<std::string>> v_Type;
public:
MangerChart();
void setValueChart(Chart* x);
void analization();
void setDataChart(std::vector<Chart>* V);
~MangerChart();
};
| [
"uwlwitkowski@gmail.com"
] | uwlwitkowski@gmail.com |
36e5a69a24188ca92842e4c9308a2cf4283fd7ea | 89dedd7f3c7acc81d12e2bcb2e716f9af9e5fa04 | /net/log/net_log.cc | b038519651a229f369f5b64febb9430f1964bcda | [
"BSD-3-Clause"
] | permissive | bino7/chromium | 8d26f84a1b6e38a73d1b97fea6057c634eff68cb | 4666a6bb6fdcb1114afecf77bdaa239d9787b752 | refs/heads/master | 2022-12-22T14:31:53.913081 | 2016-09-06T10:05:11 | 2016-09-06T10:05:11 | 67,410,510 | 1 | 3 | BSD-3-Clause | 2022-12-17T03:08:52 | 2016-09-05T10:11:59 | null | UTF-8 | C++ | false | false | 15,331 | cc | // Copyright (c) 2012 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
#include "net/log/net_log.h"
#include <utility>
#include "base/bind.h"
#include "base/debug/alias.h"
#include "base/logging.h"
#include "base/strings/string_number_conversions.h"
#include "base/strings/utf_string_conversions.h"
#include "base/time/time.h"
#include "base/values.h"
#include "net/base/net_errors.h"
namespace net {
namespace {
// Returns parameters for logging data transferred events. At a minimum includes
// the number of bytes transferred. If the capture mode allows logging byte
// contents and |byte_count| > 0, then will include the actual bytes. The
// bytes are hex-encoded, since base::StringValue only supports UTF-8.
std::unique_ptr<base::Value> BytesTransferredCallback(
int byte_count,
const char* bytes,
NetLogCaptureMode capture_mode) {
std::unique_ptr<base::DictionaryValue> dict(new base::DictionaryValue());
dict->SetInteger("byte_count", byte_count);
if (capture_mode.include_socket_bytes() && byte_count > 0)
dict->SetString("hex_encoded_bytes", base::HexEncode(bytes, byte_count));
return std::move(dict);
}
std::unique_ptr<base::Value> SourceEventParametersCallback(
const NetLog::Source source,
NetLogCaptureMode /* capture_mode */) {
if (!source.IsValid())
return std::unique_ptr<base::Value>();
std::unique_ptr<base::DictionaryValue> event_params(
new base::DictionaryValue());
source.AddToEventParameters(event_params.get());
return std::move(event_params);
}
std::unique_ptr<base::Value> NetLogBoolCallback(
const char* name,
bool value,
NetLogCaptureMode /* capture_mode */) {
std::unique_ptr<base::DictionaryValue> event_params(
new base::DictionaryValue());
event_params->SetBoolean(name, value);
return std::move(event_params);
}
std::unique_ptr<base::Value> NetLogIntCallback(
const char* name,
int value,
NetLogCaptureMode /* capture_mode */) {
std::unique_ptr<base::DictionaryValue> event_params(
new base::DictionaryValue());
event_params->SetInteger(name, value);
return std::move(event_params);
}
std::unique_ptr<base::Value> NetLogInt64Callback(
const char* name,
int64_t value,
NetLogCaptureMode /* capture_mode */) {
std::unique_ptr<base::DictionaryValue> event_params(
new base::DictionaryValue());
event_params->SetString(name, base::Int64ToString(value));
return std::move(event_params);
}
std::unique_ptr<base::Value> NetLogStringCallback(
const char* name,
const std::string* value,
NetLogCaptureMode /* capture_mode */) {
std::unique_ptr<base::DictionaryValue> event_params(
new base::DictionaryValue());
event_params->SetString(name, *value);
return std::move(event_params);
}
std::unique_ptr<base::Value> NetLogCharStringCallback(
const char* name,
const char* value,
NetLogCaptureMode /* capture_mode */) {
std::unique_ptr<base::DictionaryValue> event_params(
new base::DictionaryValue());
event_params->SetString(name, value);
return std::move(event_params);
}
std::unique_ptr<base::Value> NetLogString16Callback(
const char* name,
const base::string16* value,
NetLogCaptureMode /* capture_mode */) {
std::unique_ptr<base::DictionaryValue> event_params(
new base::DictionaryValue());
event_params->SetString(name, *value);
return std::move(event_params);
}
} // namespace
// LoadTimingInfo requires this be 0.
const uint32_t NetLog::Source::kInvalidId = 0;
NetLog::Source::Source() : type(SOURCE_NONE), id(kInvalidId) {
}
NetLog::Source::Source(SourceType type, uint32_t id) : type(type), id(id) {}
bool NetLog::Source::IsValid() const {
return id != kInvalidId;
}
void NetLog::Source::AddToEventParameters(
base::DictionaryValue* event_params) const {
std::unique_ptr<base::DictionaryValue> dict(new base::DictionaryValue());
dict->SetInteger("type", static_cast<int>(type));
dict->SetInteger("id", static_cast<int>(id));
event_params->Set("source_dependency", std::move(dict));
}
NetLog::ParametersCallback NetLog::Source::ToEventParametersCallback() const {
return base::Bind(&SourceEventParametersCallback, *this);
}
// static
bool NetLog::Source::FromEventParameters(base::Value* event_params,
Source* source) {
base::DictionaryValue* dict = NULL;
base::DictionaryValue* source_dict = NULL;
int source_id = -1;
int source_type = NetLog::SOURCE_COUNT;
if (!event_params || !event_params->GetAsDictionary(&dict) ||
!dict->GetDictionary("source_dependency", &source_dict) ||
!source_dict->GetInteger("id", &source_id) ||
!source_dict->GetInteger("type", &source_type)) {
*source = Source();
return false;
}
DCHECK_GE(source_id, 0);
DCHECK_LT(source_type, NetLog::SOURCE_COUNT);
*source = Source(static_cast<SourceType>(source_type), source_id);
return true;
}
std::unique_ptr<base::Value> NetLog::Entry::ToValue() const {
std::unique_ptr<base::DictionaryValue> entry_dict(
new base::DictionaryValue());
entry_dict->SetString("time", TickCountToString(data_->time));
// Set the entry source.
std::unique_ptr<base::DictionaryValue> source_dict(
new base::DictionaryValue());
source_dict->SetInteger("id", data_->source.id);
source_dict->SetInteger("type", static_cast<int>(data_->source.type));
entry_dict->Set("source", std::move(source_dict));
// Set the event info.
entry_dict->SetInteger("type", static_cast<int>(data_->type));
entry_dict->SetInteger("phase", static_cast<int>(data_->phase));
// Set the event-specific parameters.
if (data_->parameters_callback) {
std::unique_ptr<base::Value> value(
data_->parameters_callback->Run(capture_mode_));
if (value)
entry_dict->Set("params", std::move(value));
}
return std::move(entry_dict);
}
std::unique_ptr<base::Value> NetLog::Entry::ParametersToValue() const {
if (data_->parameters_callback)
return data_->parameters_callback->Run(capture_mode_);
return nullptr;
}
NetLog::EntryData::EntryData(EventType type,
Source source,
EventPhase phase,
base::TimeTicks time,
const ParametersCallback* parameters_callback)
: type(type),
source(source),
phase(phase),
time(time),
parameters_callback(parameters_callback) {
}
NetLog::EntryData::~EntryData() {
}
NetLog::Entry::Entry(const EntryData* data, NetLogCaptureMode capture_mode)
: data_(data), capture_mode_(capture_mode) {
}
NetLog::Entry::~Entry() {
}
NetLog::ThreadSafeObserver::ThreadSafeObserver() : net_log_(NULL) {
}
NetLog::ThreadSafeObserver::~ThreadSafeObserver() {
// Make sure we aren't watching a NetLog on destruction. Because the NetLog
// may pass events to each observer on multiple threads, we cannot safely
// stop watching a NetLog automatically from a parent class.
DCHECK(!net_log_);
}
NetLogCaptureMode NetLog::ThreadSafeObserver::capture_mode() const {
DCHECK(net_log_);
return capture_mode_;
}
NetLog* NetLog::ThreadSafeObserver::net_log() const {
return net_log_;
}
void NetLog::ThreadSafeObserver::OnAddEntryData(const EntryData& entry_data) {
OnAddEntry(Entry(&entry_data, capture_mode()));
}
NetLog::NetLog() : last_id_(0), is_capturing_(0) {
}
NetLog::~NetLog() {
}
void NetLog::AddGlobalEntry(EventType type) {
AddEntry(type, Source(NetLog::SOURCE_NONE, NextID()), NetLog::PHASE_NONE,
NULL);
}
void NetLog::AddGlobalEntry(
EventType type,
const NetLog::ParametersCallback& parameters_callback) {
AddEntry(type, Source(NetLog::SOURCE_NONE, NextID()), NetLog::PHASE_NONE,
¶meters_callback);
}
uint32_t NetLog::NextID() {
return base::subtle::NoBarrier_AtomicIncrement(&last_id_, 1);
}
bool NetLog::IsCapturing() const {
return base::subtle::NoBarrier_Load(&is_capturing_) != 0;
}
void NetLog::DeprecatedAddObserver(NetLog::ThreadSafeObserver* observer,
NetLogCaptureMode capture_mode) {
base::AutoLock lock(lock_);
DCHECK(!observer->net_log_);
observers_.AddObserver(observer);
observer->net_log_ = this;
observer->capture_mode_ = capture_mode;
UpdateIsCapturing();
}
void NetLog::SetObserverCaptureMode(NetLog::ThreadSafeObserver* observer,
NetLogCaptureMode capture_mode) {
base::AutoLock lock(lock_);
DCHECK(observers_.HasObserver(observer));
DCHECK_EQ(this, observer->net_log_);
observer->capture_mode_ = capture_mode;
}
void NetLog::DeprecatedRemoveObserver(NetLog::ThreadSafeObserver* observer) {
base::AutoLock lock(lock_);
DCHECK(observers_.HasObserver(observer));
DCHECK_EQ(this, observer->net_log_);
observers_.RemoveObserver(observer);
observer->net_log_ = NULL;
observer->capture_mode_ = NetLogCaptureMode();
UpdateIsCapturing();
}
void NetLog::UpdateIsCapturing() {
lock_.AssertAcquired();
base::subtle::NoBarrier_Store(&is_capturing_,
observers_.might_have_observers() ? 1 : 0);
}
// static
std::string NetLog::TickCountToString(const base::TimeTicks& time) {
int64_t delta_time = (time - base::TimeTicks()).InMilliseconds();
return base::Int64ToString(delta_time);
}
// static
const char* NetLog::EventTypeToString(EventType event) {
switch (event) {
#define EVENT_TYPE(label) \
case TYPE_##label: \
return #label;
#include "net/log/net_log_event_type_list.h"
#undef EVENT_TYPE
default:
NOTREACHED();
return NULL;
}
}
// static
base::Value* NetLog::GetEventTypesAsValue() {
std::unique_ptr<base::DictionaryValue> dict(new base::DictionaryValue());
for (int i = 0; i < EVENT_COUNT; ++i) {
dict->SetInteger(EventTypeToString(static_cast<EventType>(i)), i);
}
return dict.release();
}
// static
const char* NetLog::SourceTypeToString(SourceType source) {
switch (source) {
#define SOURCE_TYPE(label) \
case SOURCE_##label: \
return #label;
#include "net/log/net_log_source_type_list.h"
#undef SOURCE_TYPE
default:
NOTREACHED();
return NULL;
}
}
// static
base::Value* NetLog::GetSourceTypesAsValue() {
std::unique_ptr<base::DictionaryValue> dict(new base::DictionaryValue());
for (int i = 0; i < SOURCE_COUNT; ++i) {
dict->SetInteger(SourceTypeToString(static_cast<SourceType>(i)), i);
}
return dict.release();
}
// static
const char* NetLog::EventPhaseToString(EventPhase phase) {
switch (phase) {
case PHASE_BEGIN:
return "PHASE_BEGIN";
case PHASE_END:
return "PHASE_END";
case PHASE_NONE:
return "PHASE_NONE";
}
NOTREACHED();
return NULL;
}
// static
NetLog::ParametersCallback NetLog::BoolCallback(const char* name, bool value) {
return base::Bind(&NetLogBoolCallback, name, value);
}
// static
NetLog::ParametersCallback NetLog::IntCallback(const char* name, int value) {
return base::Bind(&NetLogIntCallback, name, value);
}
// static
NetLog::ParametersCallback NetLog::Int64Callback(const char* name,
int64_t value) {
return base::Bind(&NetLogInt64Callback, name, value);
}
// static
NetLog::ParametersCallback NetLog::StringCallback(const char* name,
const std::string* value) {
DCHECK(value);
return base::Bind(&NetLogStringCallback, name, value);
}
// static
NetLog::ParametersCallback NetLog::StringCallback(const char* name,
const char* value) {
DCHECK(value);
return base::Bind(&NetLogCharStringCallback, name, value);
}
// static
NetLog::ParametersCallback NetLog::StringCallback(const char* name,
const base::string16* value) {
DCHECK(value);
return base::Bind(&NetLogString16Callback, name, value);
}
void NetLog::AddEntry(EventType type,
const Source& source,
EventPhase phase,
const NetLog::ParametersCallback* parameters_callback) {
if (!IsCapturing())
return;
EntryData entry_data(type, source, phase, base::TimeTicks::Now(),
parameters_callback);
// Notify all of the log observers.
base::AutoLock lock(lock_);
FOR_EACH_OBSERVER(ThreadSafeObserver, observers_, OnAddEntryData(entry_data));
}
BoundNetLog::~BoundNetLog() {
liveness_ = DEAD;
}
void BoundNetLog::AddEntry(NetLog::EventType type,
NetLog::EventPhase phase) const {
CrashIfInvalid();
if (!net_log_)
return;
net_log_->AddEntry(type, source_, phase, NULL);
}
void BoundNetLog::AddEntry(
NetLog::EventType type,
NetLog::EventPhase phase,
const NetLog::ParametersCallback& get_parameters) const {
CrashIfInvalid();
if (!net_log_)
return;
net_log_->AddEntry(type, source_, phase, &get_parameters);
}
void BoundNetLog::AddEvent(NetLog::EventType type) const {
AddEntry(type, NetLog::PHASE_NONE);
}
void BoundNetLog::AddEvent(
NetLog::EventType type,
const NetLog::ParametersCallback& get_parameters) const {
AddEntry(type, NetLog::PHASE_NONE, get_parameters);
}
void BoundNetLog::BeginEvent(NetLog::EventType type) const {
AddEntry(type, NetLog::PHASE_BEGIN);
}
void BoundNetLog::BeginEvent(
NetLog::EventType type,
const NetLog::ParametersCallback& get_parameters) const {
AddEntry(type, NetLog::PHASE_BEGIN, get_parameters);
}
void BoundNetLog::EndEvent(NetLog::EventType type) const {
AddEntry(type, NetLog::PHASE_END);
}
void BoundNetLog::EndEvent(
NetLog::EventType type,
const NetLog::ParametersCallback& get_parameters) const {
AddEntry(type, NetLog::PHASE_END, get_parameters);
}
void BoundNetLog::AddEventWithNetErrorCode(NetLog::EventType event_type,
int net_error) const {
DCHECK_NE(ERR_IO_PENDING, net_error);
if (net_error >= 0) {
AddEvent(event_type);
} else {
AddEvent(event_type, NetLog::IntCallback("net_error", net_error));
}
}
void BoundNetLog::EndEventWithNetErrorCode(NetLog::EventType event_type,
int net_error) const {
DCHECK_NE(ERR_IO_PENDING, net_error);
if (net_error >= 0) {
EndEvent(event_type);
} else {
EndEvent(event_type, NetLog::IntCallback("net_error", net_error));
}
}
void BoundNetLog::AddByteTransferEvent(NetLog::EventType event_type,
int byte_count,
const char* bytes) const {
AddEvent(event_type, base::Bind(BytesTransferredCallback, byte_count, bytes));
}
bool BoundNetLog::IsCapturing() const {
CrashIfInvalid();
return net_log_ && net_log_->IsCapturing();
}
// static
BoundNetLog BoundNetLog::Make(NetLog* net_log, NetLog::SourceType source_type) {
if (!net_log)
return BoundNetLog();
NetLog::Source source(source_type, net_log->NextID());
return BoundNetLog(source, net_log);
}
void BoundNetLog::CrashIfInvalid() const {
Liveness liveness = liveness_;
if (liveness == ALIVE)
return;
base::debug::Alias(&liveness);
CHECK_EQ(ALIVE, liveness);
}
} // namespace net
| [
"bino.zh@gmail.com"
] | bino.zh@gmail.com |
30c3179874e69202985e62627da202acdf04b34e | 9e18e0527e80c48159c015bab032a57dca4c4224 | /include/entities/IProjectile.h | 3e3c08f01273b3d64b7a668cc587e52854852b5b | [] | no_license | Smeky/Tower-Defense-Game | 4fa4675580ab12d1d9b81a7ed1167e77edd06046 | afcaaaf033412be7cb0b5c2d2ce5cc012e2f8e79 | refs/heads/master | 2020-03-27T10:41:38.599359 | 2018-08-28T11:44:29 | 2018-08-28T11:44:29 | 146,438,803 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 910 | h | #ifndef IPROJECTILE_H
#define IPROJECTILE_H
#include "IAttack.h"
#include "IEnemy.h"
#include "TowerFramework.h"
class IProjectile : public IEntity {
public:
IProjectile( Projectile_data data, TowerFramework* turret, IAttack* attack );
virtual ~IProjectile();
void update ( Engine* game, float timeStep );
void render ( Engine* game );
SDL_Rect* getBox() { return &m_box; }
bool isDespawn () { return m_despawn; }
private:
Projectile_data m_data;
TowerFramework* m_turret;
IEnemy* m_enemy;
IAttack* m_attack;
SDL_Rect m_box;
SDL_Rect m_destBox;
int m_fixedVel;
float m_xPos;
float m_yPos;
float m_angle;
bool m_despawn;
bool m_velFixed;
bool m_enemyDied;
};
#endif // IPROJECTILE_H
| [
"smeky.sobota@gmail.com"
] | smeky.sobota@gmail.com |
2b97529e1452116b91f947e25e8bc3c207e4f755 | 1dff02275f30fe1b0c5b4f15ddd8954cae917c1b | /ugene/src/plugins/GUITestBase/src/tests/common_scenarios/annotations/GTTestsAnnotations.cpp | 50f7d2442b7dd85916e033b4601f1e2cc37e052d | [
"MIT"
] | permissive | iganna/lspec | eaba0a5de9cf467370934c6235314bb2165a0cdb | c75cba3e4fa9a46abeecbf31b5d467827cf4fec0 | refs/heads/master | 2021-05-05T09:03:18.420097 | 2018-06-13T22:59:08 | 2018-06-13T22:59:08 | 118,641,727 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 28,075 | cpp | /**
* UGENE - Integrated Bioinformatics Tools.
* Copyright (C) 2008-2012 UniPro <ugene@unipro.ru>
* http://ugene.unipro.ru
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston,
* MA 02110-1301, USA.
*/
#include "GTTestsAnnotations.h"
#include "api/GTMouseDriver.h"
#include "api/GTKeyboardDriver.h"
#include "api/GTWidget.h"
#include "api/GTFileDialog.h"
#include "api/GTMenu.h"
#include "GTUtilsApp.h"
#include "GTUtilsDocument.h"
#include "GTUtilsProjectTreeView.h"
#include "GTUtilsAnnotationsTreeView.h"
#include "GTUtilsSequenceView.h"
#include "runnables/qt/PopupChooser.h"
#include "runnables/ugene/corelibs/U2Gui/CreateAnnotationWidgetFiller.h"
namespace U2 {
namespace GUITest_common_scenarios_annotations {
GUI_TEST_CLASS_DEFINITION(test_0001) {
// Creating annotations by different ways
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create annotation using menu {Actions->Add->New Annotation}
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann1", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Create annotation using keyboard shortcut Ctrl+N
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann2", "complement(1.. 20)"));
GTKeyboardDriver::keyClick(os, 'n', GTKeyboardDriver::key["ctrl"]);
GTGlobals::sleep();
// 5. Press right mouse button on sequence area, use context menu item {Add->New Annotation} to create annotation
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann3", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTWidget::click(os, GTWidget::findWidget(os, "ADV_single_sequence_widget_0"), Qt::RightButton);
// Expected state: there is three new annotations on sequence created by threee different ways
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "ann1");
GTUtilsAnnotationsTreeView::findItem(os, "ann2");
GTUtilsAnnotationsTreeView::findItem(os, "ann3");
}
GUI_TEST_CLASS_DEFINITION(test_0001_1) {
// Creating annotations by different ways
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create annotation using menu {Actions->Add->New Annotation}
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann1", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Create annotation using keyboard shortcut Ctrl+N
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann2", "complement(1.. 20)"));
GTKeyboardDriver::keyClick(os, 'n', GTKeyboardDriver::key["ctrl"]);
GTGlobals::sleep();
// 5. Press right mouse button on sequence area, use context menu item {Add->New Annotation} to create annotation
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann3", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTWidget::click(os, GTWidget::findWidget(os, "ADV_single_sequence_widget_0"), Qt::RightButton);
// Expected state: there is three new annotations on sequence created by threee different ways
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "ann1");
GTUtilsAnnotationsTreeView::findItem(os, "ann2");
GTUtilsAnnotationsTreeView::findItem(os, "ann3");
}
GUI_TEST_CLASS_DEFINITION(test_0001_2) {
// Creating annotations by different ways
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create annotation using menu {Actions->Add->New Annotation}
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann1", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Create annotation using keyboard shortcut Ctrl+N
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann2", "complement(1.. 20)"));
GTKeyboardDriver::keyClick(os, 'n', GTKeyboardDriver::key["ctrl"]);
GTGlobals::sleep();
// 5. Press right mouse button on sequence area, use context menu item {Add->New Annotation} to create annotation
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann3", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTWidget::click(os, GTWidget::findWidget(os, "ADV_single_sequence_widget_0"), Qt::RightButton);
// Expected state: there is three new annotations on sequence created by threee different ways
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "ann1");
GTUtilsAnnotationsTreeView::findItem(os, "ann2");
GTUtilsAnnotationsTreeView::findItem(os, "ann3");
}
GUI_TEST_CLASS_DEFINITION(test_0002) {
// Creating joined annotation
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
//
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
//
// 3. Do menu {Actions->Add->New Annotation}
// Expected state: "Create annotation" dialog has appeared
//
// 3. Fill the next field in dialog:
// {Group Name} DDD
// {Annotation Name} D
// {Location} join(10..16,18..20)
//
// 4. Click Create button
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "DDD", "D", "join(10..16,18..20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// Expected state: annotation with 2 segments has been created
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "D");
}
GUI_TEST_CLASS_DEFINITION(test_0002_1) {
// Creating joined annotation
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
//
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
//
// 3. Do menu {Actions->Add->New Annotation}
// Expected state: "Create annotation" dialog has appeared
//
// 3. Fill the next field in dialog:
// {Group Name} DDD
// {Annotation Name} D
// {Location} join(10..16,18..20)
//
// 4. Click Create button
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "DDD", "D", "join(10..16,18..20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// Expected state: annotation with 2 segments has been created
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "D");
}
GUI_TEST_CLASS_DEFINITION(test_0002_2) {
// Creating joined annotation
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
//
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
//
// 3. Do menu {Actions->Add->New Annotation}
// Expected state: "Create annotation" dialog has appeared
//
// 3. Fill the next field in dialog:
// {Group Name} DDD
// {Annotation Name} D
// {Location} join(10..16,18..20)
//
// 4. Click Create button
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "DDD", "D", "join(10..16,18..20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// Expected state: annotation with 2 segments has been created
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "D");
}
GUI_TEST_CLASS_DEFINITION(test_0003) {
// Creating annotations by different ways
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create annotation using menu {Actions->Add->New Annotation}
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann1", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Create annotation using keyboard shortcut Ctrl+N
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann2", "complement(1.. 20)"));
GTKeyboardDriver::keyClick(os, 'n', GTKeyboardDriver::key["ctrl"]);
GTGlobals::sleep();
// 5. Press right mouse button on sequence area, use context menu item {Add->New Annotation} to create annotation
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann3", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTWidget::click(os, GTWidget::findWidget(os, "ADV_single_sequence_widget_0"), Qt::RightButton);
// Expected state: there is three new annotations on sequence created by threee different ways
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "ann1");
GTUtilsAnnotationsTreeView::findItem(os, "ann2");
GTUtilsAnnotationsTreeView::findItem(os, "ann3");
}
GUI_TEST_CLASS_DEFINITION(test_0004) {
// Annotation editor: update annotations incorrect behavior (0001585)
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create 2 annotations:
// 1) a1 in group a1
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "a1_group", "a1", "10..16"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 2) a1 in group a2
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "a2_group", "a1", "18..20"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Toggle highlight for a1.
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "toggle_HL_action"));
GTMouseDriver::moveTo(os, GTUtilsAnnotationsTreeView::getItemCenter(os, "a1"));
GTMouseDriver::click(os, Qt::RightButton);
// Expected state: both annotations (a1) and groups (a1, a2) looks muted (grayed out)
}
GUI_TEST_CLASS_DEFINITION(test_0004_1) {
// Annotation editor: update annotations incorrect behavior (0001585)
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create 2 annotations:
// 1) a1 in group a1
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "a1_group", "a1", "10..16"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 2) a1 in group a2
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "a2_group", "a1", "18..20"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Toggle highlight for a1.
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "toggle_HL_action"));
GTMouseDriver::moveTo(os, GTUtilsAnnotationsTreeView::getItemCenter(os, "a1"));
GTMouseDriver::click(os, Qt::RightButton);
// Expected state: both annotations (a1) and groups (a1, a2) looks muted (grayed out)
}
GUI_TEST_CLASS_DEFINITION(test_0004_2) {
// Annotation editor: update annotations incorrect behavior (0001585)
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create 2 annotations:
// 1) a1 in group a1
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "a1_group", "a1", "10..16"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 2) a1 in group a2
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "a2_group", "a1", "18..20"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Toggle highlight for a1.
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "toggle_HL_action"));
GTMouseDriver::moveTo(os, GTUtilsAnnotationsTreeView::getItemCenter(os, "a1"));
GTMouseDriver::click(os, Qt::RightButton);
// Expected state: both annotations (a1) and groups (a1, a2) looks muted (grayed out)
}
GUI_TEST_CLASS_DEFINITION(test_0005) {
// Creating annotations by different ways
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create annotation using menu {Actions->Add->New Annotation}
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann1", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Create annotation using keyboard shortcut Ctrl+N
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann2", "complement(1.. 20)"));
GTKeyboardDriver::keyClick(os, 'n', GTKeyboardDriver::key["ctrl"]);
GTGlobals::sleep();
// 5. Press right mouse button on sequence area, use context menu item {Add->New Annotation} to create annotation
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann3", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTWidget::click(os, GTWidget::findWidget(os, "ADV_single_sequence_widget_0"), Qt::RightButton);
// Expected state: there is three new annotations on sequence created by threee different ways
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "ann1");
GTUtilsAnnotationsTreeView::findItem(os, "ann2");
GTUtilsAnnotationsTreeView::findItem(os, "ann3");
}
GUI_TEST_CLASS_DEFINITION(test_0006) {
// Creating joined annotation
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
//
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
//
// 3. Do menu {Actions->Add->New Annotation}
// Expected state: "Create annotation" dialog has appeared
//
// 3. Fill the next field in dialog:
// {Group Name} DDD
// {Annotation Name} D
// {Location} join(10..16,18..20)
//
// 4. Click Create button
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "DDD", "D", "join(10..16,18..20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// Expected state: annotation with 2 segments has been created
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "D");
}
GUI_TEST_CLASS_DEFINITION(test_0007) {
// Annotation editor: update annotations incorrect behavior (0001585)
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create 2 annotations:
// 1) a1 in group a1
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "a1_group", "a1", "10..16"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 2) a1 in group a2
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "a2_group", "a1", "18..20"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Toggle highlight for a1.
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "toggle_HL_action"));
GTMouseDriver::moveTo(os, GTUtilsAnnotationsTreeView::getItemCenter(os, "a1"));
GTMouseDriver::click(os, Qt::RightButton);
// Expected state: both annotations (a1) and groups (a1, a2) looks muted (grayed out)
}
GUI_TEST_CLASS_DEFINITION(test_0008) {
// Creating joined annotation
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
//
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
//
// 3. Do menu {Actions->Add->New Annotation}
// Expected state: "Create annotation" dialog has appeared
//
// 3. Fill the next field in dialog:
// {Group Name} DDD
// {Annotation Name} D
// {Location} join(10..16,18..20)
//
// 4. Click Create button
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "DDD", "D", "join(10..16,18..20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// Expected state: annotation with 2 segments has been created
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "D");
}
GUI_TEST_CLASS_DEFINITION(test_0009) {
// Creating annotations by different ways
//
// Steps:
//
// 1. Use menu {File->Open}. Open project _common_data/scenarios/project/proj2.uprj
GTFileDialog::openFile(os, testDir + "_common_data/scenarios/project/", "proj2.uprj");
// Expected state:
// 1) Project view with document "1.gb" has been opened
GTUtilsDocument::checkDocument(os, "1.gb");
// 2) UGENE window titled with text "proj2 UGENE"
GTUtilsApp::checkUGENETitle(os, "proj2 UGENE");
// 2. Open view for "1.gb"
GTMouseDriver::moveTo(os, GTUtilsProjectTreeView::getItemCenter(os, "NC_001363 features"));
GTMouseDriver::doubleClick(os);
GTGlobals::sleep();
// 3. Create annotation using menu {Actions->Add->New Annotation}
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann1", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTMenu::showMainMenu(os, MWMENU_ACTIONS);
GTGlobals::sleep();
// 4. Create annotation using keyboard shortcut Ctrl+N
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann2", "complement(1.. 20)"));
GTKeyboardDriver::keyClick(os, 'n', GTKeyboardDriver::key["ctrl"]);
GTGlobals::sleep();
// 5. Press right mouse button on sequence area, use context menu item {Add->New Annotation} to create annotation
GTUtilsDialog::waitForDialog(os, new CreateAnnotationWidgetFiller(os, true, "<auto>", "ann3", "complement(1.. 20)"));
GTUtilsDialog::waitForDialog(os, new PopupChooser(os, QStringList() << "ADV_MENU_ADD" << "create_annotation_action"));
GTWidget::click(os, GTWidget::findWidget(os, "ADV_single_sequence_widget_0"), Qt::RightButton);
// Expected state: there is three new annotations on sequence created by threee different ways
GTGlobals::sleep();
GTUtilsAnnotationsTreeView::findItem(os, "ann1");
GTUtilsAnnotationsTreeView::findItem(os, "ann2");
GTUtilsAnnotationsTreeView::findItem(os, "ann3");
}
} // namespace GUITest_common_scenarios_annotations
} // namespace U2
| [
"igolkinaanna11@gmail.com"
] | igolkinaanna11@gmail.com |
8eb9738708e82556ac2a8b7a0ecad2cd543b4d3b | 4291634f4e80dee8d462d7b51e59f6547665a3d7 | /Project5.0_client/src/main.cpp | b1ac61da952de9790ff9227d66a241e2f1071d42 | [] | no_license | Smallsherlly/Project | 0c266fae07bc68e7e5bbb845a58b5f0d920fd365 | fcf60ed1a409ad39ca0b975a04b0e2df2ad561af | refs/heads/master | 2021-01-18T15:54:20.986067 | 2017-08-23T10:53:09 | 2017-08-23T10:53:09 | 100,391,160 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,079 | cpp | #include <string>
#include <iostream>
#include <tinyxml.h>
#include <map>
#include <vector>
#include <log.h>
#include <parsexml.h>
#include <mysql.h>
#include <sockApi.h>
#include <threadpool.h>
class Student
{
public:
int m_id;
int m_age;
char m_name[24];
public:
Student(){};
Student(int id,int age,char* name)
{
m_id = id;
m_age = age;
strcpy(m_name,name);
}
Student& operator=(const Student& other)
{
m_id = other.m_id;
m_age = other.m_age;
strcpy(m_name,other.m_name);
return *this;
}
void h2n()
{
m_id = htonl(m_id);
m_age = htonl(m_age);
}
void n2h()
{
m_id = ntohl(m_id);
m_age = ntohl(m_age);
}
};
int main(int argc, char** argv)
{
CClientSock client;
char buf[1024] = {};
client.connectS();
client.receive_notify();
client.readN(buf,sizeof(Student)+16);
int *p = (int*)buf;
cout << "type:" << ntohl(*p)<< endl;
Student stu;
memcpy(&stu,(buf+16),sizeof(Student));
stu.n2h();
cout << "id:" << stu.m_id << endl;
cout << "age:" << stu.m_age << endl;
cout << "name:" << stu.m_name << endl;
return 0;
}
| [
"779854387@qq.com"
] | 779854387@qq.com |
8aafdc1635ac08e55ce309045424c89b6851d79b | b42b30581956e1f103cbef87e841f8bff35357bf | /SRC/MemoryPool.cpp | df2aded8f726ace03da299134c9637f9119a97c3 | [
"Apache-2.0"
] | permissive | kimikan/KLogger | 8f0cdb8b08743649ef6b6eb53eaceeb1dd484d4a | 8f169f0ed5d088ba6f9c87d734c18b227f9731b6 | refs/heads/master | 2021-01-19T21:55:10.719737 | 2017-08-31T07:02:12 | 2017-08-31T07:02:12 | 88,721,829 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 7,373 | cpp |
/*
* MemoryPool Implementation.
* Written by ... 2019/9/19
*/
#include <iostream>
#include "MemoryPool.h"
#include "Utility.h"
/*
* Start for LogEntryItem implementation, Print self.
*/
void LogEntryItem::pushInto(std::vector<LogEntry>& vec) const
{
const char *pFileName = getString(0, _fileNameLen);
const char *pMessage = getString(_fileNameLen, _msgLen);
vec.push_back(LogEntry(_date, _level, _lineNumber, pFileName, pMessage));
if(pFileName != NULL)
{
delete[] pFileName;
}
if(pMessage != NULL)
{
delete[] pMessage;
}
}
/*
* For keep an additional char.
* So will do one more copy while querying.
*/
const char* LogEntryItem::getString( int start, int len) const
{
if(len > 0)
{
char* pBuf = new char[len + 1];
CHECK_POINTER_EX(pBuf, NULL);
memset(pBuf, 0, len + 1);
memcpy(pBuf, _buf + start, len);
return pBuf;
}
return NULL;
}
/*
* Print self, for debug usage.
*/
void LogEntryItem::print() const
{
int bufLen = (_fileNameLen > _msgLen ? _fileNameLen : _msgLen) + 1;
char *pBuf = new char[bufLen];
CHECK_POINTER(pBuf);
if(_fileNameLen > 0)
{
memset(pBuf, 0, bufLen);
memcpy(pBuf, _buf, _fileNameLen);
}
std::cout<<ConvertToString(_date).c_str()<<" ";
switch(_level)
{
case KLogger::DEBUG:
std::cout<<" * DEBUG * ";
break;
case KLogger::ERROR:
std::cout<<" * ERROR * ";
break;
case KLogger::INFO:
std::cout<<" * INFO * ";
break;
case KLogger::VERBOSE:
std::cout<<" * VERBOSE * ";
break;
default:
std::cout<<" * UNKNOWN * ";
break;
};
std::cout<<" "<<pBuf;
if(_lineNumber > 0)
{
memset(pBuf, 0, bufLen);
memcpy(pBuf, _buf + _fileNameLen, _msgLen);
}
std::cout<<" "<<_lineNumber<<" "<<pBuf<<std::endl;
delete[] pBuf;
}
/*
* Start for MemoryPool implementation
*/
MemoryPool::MemoryPool(int size, int entrySize) : _pBuf(NULL), _size(size)
, _entrySize(entrySize), _count(0)
, _used(0), _start(0), _end(0)
{
if(size <= 0 )
{
size = 1;
DBGPRINTF("Error capacity value input. capacity was reset 1 to let app continue.\n");
}
if(entrySize <= 0)
{
entrySize = sizeof(LogEntryItem);
DBGPRINTF("Error entry size input. was reset to %d to let app continute. \n", entrySize);
}
_pBuf = (char*)malloc(_size);
if(_pBuf != NULL)
{
_count = _size / entrySize;
if(_count <= 0)
{
DBGPRINTF("No enough memory for place even a single log. \n");
}
}
}
MemoryPool::~MemoryPool()
{
if(_pBuf != NULL)
{
free(_pBuf);
_pBuf = NULL;
}
}
/*
* if no capacity, free.
*/
void MemoryPool::freeOld()
{
if(_start == _end && _used <= 0)
return;
++ _start;
if(_start >= _count)
{
_start -= _count;
}
-- _used;
}
int MemoryPool::getEntrySize() const
{
return _entrySize;
}
/*
* MemoryPool main function.
*/
bool MemoryPool::add(KLogger::LOGLEVEL level, const char* file, int fileLen
, const int lineNumber, const char* message, int msgLen)
{
/*
* No additional pointer checking more,
*/
if(_size <= 0 || _count <= 0 || _entrySize < (int)sizeof(LogEntryItem))
return false;
if(_used == _count)
{
freeOld();
}
LogEntryItem *pItem = (LogEntryItem*)(_pBuf + _end * _entrySize);
pItem->_level = level;
GetTime(pItem->_date);
pItem->_lineNumber = lineNumber;
pItem->_msgLen = 0;
int remainSize = _entrySize - sizeof(LogEntryItem);
pItem->_fileNameLen = (fileLen > remainSize ? remainSize : fileLen);
if(pItem->_fileNameLen > 0)
{
memcpy(pItem->_buf, file, pItem->_fileNameLen);
}
remainSize -= fileLen;
if(remainSize > 0)
{
pItem->_msgLen = (msgLen > remainSize ? remainSize : msgLen);
memcpy(pItem->_buf + fileLen, message, pItem->_msgLen);
}
++ _end;
++ _used;
if( _end >= _count)
{
_end -= _count;
}
return true;
}
void MemoryPool::getItems(int head, int tail, std::vector<LogEntry>& vec) const
{
vec.clear();
for(int i = 0; i < _used; ++i)
{
if(i < head || i >= tail)
continue;
int index = i + _start;
index %= _count;
LogEntryItem *pItem = (LogEntryItem*)(_pBuf + index * _entrySize);
pItem->pushInto(vec);
}
}
void MemoryPool::getItems(const time_t& start, const time_t& end
, std::vector<LogEntry>& vec) const
{
vec.clear();
for(int i = 0; i < _used; ++i)
{
int index = i + _start;
index %= _count;
LogEntryItem *pItem = (LogEntryItem*)(_pBuf + index * _entrySize);
if(pItem->_date < start || pItem->_date > end)
{
continue;
}
pItem->pushInto(vec);
}
}
/*
* Start for query...
* Top() means, latest...
*/
void MemoryPool::top(int count, std::vector<LogEntry>& vec) const
{
getItems(_used - count, _used, vec);
}
void MemoryPool::tail(int count, std::vector<LogEntry>& vec) const
{
getItems(0, count, vec);
}
/*
* Time format should be "0000.00.00 00:00:00"
*/
void MemoryPool::logsBefore(const char* time, std::vector<LogEntry>& vec) const
{
CHECK_POINTER(time);
time_t startTime;
time_t endTime;
memset(&startTime, 0, sizeof(time_t));
if(ConvertToTimet(time, endTime))
{
getItems(startTime, endTime, vec);
}
else
{
DBGPRINTF("Wrong format \n");
}
}
void MemoryPool::logsAfter(const char* time, std::vector<LogEntry>& vec) const
{
CHECK_POINTER(time);
time_t startTime;
vec.clear();
memset(&startTime, 0, sizeof(time_t));
if(ConvertToTimet(time, startTime))
{
for(int i = 0; i < _used; ++i)
{
int index = i + _start;
index %= _count;
LogEntryItem *pItem = (LogEntryItem*)(_pBuf + index * _entrySize);
if(pItem->_date <= startTime)
continue;
pItem->pushInto(vec);
}
}
else
{
DBGPRINTF("Wrong format \n");
}
}
void MemoryPool::logsBetween(const char* time1, const char* time2
, std::vector<LogEntry>& vec) const
{
CHECK_POINTER(time1);
CHECK_POINTER(time2);
time_t startTime;
time_t endTime;
if(ConvertToTimet(time1, startTime) &&
ConvertToTimet(time2, endTime))
{
getItems(startTime, endTime, vec);
}
else
{
DBGPRINTF("Wrong format \n");
}
}
/*
* Fetch all, time old first.
*/
void MemoryPool::all(std::vector<LogEntry>& vec) const
{
getItems(0, _used, vec);
}
| [
"kimi.kan@xxxx.com"
] | kimi.kan@xxxx.com |
b202baa3dd480b671b3040eda3b2be2fa27d37ec | 69416d808cdb41609874104401f25b084193eab8 | /CLion/P9345.cpp | 85695273b374229b0f61fd74e532ff3941ce7e51 | [] | no_license | CubeDr/Bakejoon | 50196f5fcf063c651cebfc9a4f019aada474fa2d | 127f12196517ba834eb1b5bbe742625375a595d1 | refs/heads/master | 2020-03-29T11:43:41.497063 | 2019-10-20T06:03:39 | 2019-10-20T06:03:39 | 149,867,522 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,152 | cpp | #include <cstdio>
#include <vector>
using namespace std;
struct MaximumSegmentTree {
std::vector<int> tree;
int length;
int min;
MaximumSegmentTree(const std::vector<int> &data, int minimum) {
min = minimum;
length = data.size();
tree.resize(length * 4);
init(data, 1, 0, length-1);
}
int init(const std::vector<int> &data, int node, int start, int end) {
if(start == end) return tree[node] = data[start];
int mid = (start + end)/2;
int left = init(data, node*2, start, mid);
int right = init(data, node*2+1, mid+1, end);
return tree[node] = left>right?left:right;
}
int max(int from, int to, int node, int start, int end) {
if(from<=start && to>=end) return tree[node];
if(from > end || to < start) return min;
int mid = (start + end)/2;
int left = max(from, to, node*2, start, mid);
int right = max(from , to, node*2+1, mid+1, end);
return left>right?left:right;
}
int max(int from, int to) {
return max(from, to, 1, 0, length-1);
}
int update(int index, int newValue, int node, int start, int end) {
if(end < index || start > index) return tree[node];
if(start == end) return tree[node] = newValue;
int mid = (start + end)/2;
int left = update(index, newValue, node*2, start, mid);
int right = update(index, newValue, node*2+1, mid+1, end);
return tree[node] = left>right? left : right;
}
int update(int index, int newValue) {
update(index, newValue, 1, 0, length-1);
}
};
struct MinimumSegmentTree {
std::vector<int> tree;
int length;
int max;
MinimumSegmentTree(const std::vector<int> &data, int maximum) {
max = maximum;
length = data.size();
tree.resize(length * 4);
init(data, 1, 0, length-1);
}
int init(const std::vector<int> &data, int node, int start, int end) {
if(start == end) return tree[node] = data[start];
int mid = (start + end)/2;
int left = init(data, node*2, start, mid);
int right = init(data, node*2+1, mid+1, end);
return tree[node] = left<right?left:right;
}
int min(int from, int to, int node, int start, int end) {
if(from<=start && to>=end) return tree[node];
if(from > end || to < start) return max;
int mid = (start + end)/2;
int left = min(from, to, node*2, start, mid);
int right = min(from , to, node*2+1, mid+1, end);
return left<right?left:right;
}
int min(int from, int to) {
return min(from, to, 1, 0, length-1);
}
int update(int index, int newValue, int node, int start, int end) {
if(end < index || start > index) return tree[node];
if(start == end) return tree[node] = newValue;
int mid = (start + end)/2;
int left = update(index, newValue, node*2, start, mid);
int right = update(index, newValue, node*2+1, mid+1, end);
return tree[node] = left<right? left : right;
}
void update(int index, int newValue) {
update(index, newValue, 1, 0, length-1);
}
};
int main() {
int T;
scanf("%d", &T);
while(T--) {
int N, K;
scanf("%d %d", &N, &K);
vector<int> data(N);
for(int i=0; i<N; i++)
data[i] = i;
MaximumSegmentTree maxTree(data, -1);
MinimumSegmentTree minTree(data, 100000);
int Q, A, B;
int min, max;
for(int i=0; i<K; i++) {
scanf("%d %d %d", &Q, &A, &B);
if(Q) {
min = minTree.min(A, B);
max = maxTree.max(A, B);
if(min == A && max == B) printf("YES\n");
else printf("NO\n");
} else {
int t = data[A];
data[A] = data[B];
data[B] = t;
maxTree.update(A, data[A]);
maxTree.update(B, data[B]);
minTree.update(A, data[A]);
minTree.update(B, data[B]);
}
}
}
return 0;
}
| [
"spaceship00@naver.com"
] | spaceship00@naver.com |
dd842364998f741a3b13fac4c1d240b0589da5f5 | 8f1601062c4a5452f2bdd0f75f3d12a79b98ba62 | /examples/aegis/me519/paint/wpaint.cpp | 84a74199fe49cc97f1869cd481eba245e92daba9 | [] | no_license | chadaustin/isugamedev | 200a54f55a2581cd2c62c94eb96b9e238abcf3dd | d3008ada042d2dd98c6e05711773badf6f1fd85c | refs/heads/master | 2016-08-11T17:59:38.504631 | 2005-01-25T23:17:11 | 2005-01-25T23:17:11 | 36,483,500 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 11,692 | cpp | #include <algorithm>
#include <functional>
#include <list>
#include <stdlib.h>
#include <GL/glut.h>
using namespace std;
struct Point {
Point(int x_ = 0, int y_ = 0) {
x = x_;
y = y_;
}
int x;
int y;
};
struct Color {
float red, green, blue, alpha;
};
static const Color white = { 1, 1, 1 };
static const Color black = { 0, 0, 0 };
static const Color red = { 1, 0, 0 };
static const Color green = { 0, 1, 0 };
static const Color blue = { 0, 0, 1 };
static const Color cyan = { 0, 1, 1 };
static const Color magenta = { 1, 0, 1 };
static const Color yellow = { 1, 1, 0 };
inline void glColor(const Color& c) {
glColor4f(c.red, c.green, c.blue, c.alpha);
}
inline void glVertex(const Point& p) {
glVertex2i(p.x, p.y);
}
struct Command {
virtual ~Command() {}
void destroy() { delete this; }
virtual void draw() = 0;
};
struct PointCommand : Command {
PointCommand(Point p_, Color c_, int size_) {
p = p_;
c = c_;
size = size_;
}
void draw() {
glPointSize(size);
glBegin(GL_POINTS);
glColor(c);
glVertex(p);
glEnd();
}
private:
Point p;
Color c;
int size;
};
struct LineCommand : Command {
LineCommand(Point p1_, Point p2_, Color c_, int width_) {
p1 = p1_;
p2 = p2_;
c = c_;
width = width_;
}
void draw() {
glLineWidth(width);
glColor(c);
glBegin(GL_LINES);
glVertex(p1);
glVertex(p2);
glEnd();
}
private:
Point p1;
Point p2;
Color c;
int width;
};
struct RectangleCommand : Command {
RectangleCommand(Point p1_, Point p2_, Color c_, int width_) {
p1 = p1_;
p2 = p2_;
c = c_;
width = width_;
}
void draw() {
glLineWidth(width);
glColor(c);
glBegin(GL_LINE_STRIP);
glVertex(p1);
glVertex2i(p2.x, p1.y);
glVertex(p2);
glVertex2i(p1.x, p2.y);
glVertex(p1);
glEnd();
}
private:
Point p1;
Point p2;
Color c;
int width;
};
struct FilledRectangleCommand : Command {
FilledRectangleCommand(Point p1_, Point p2_, Color c_) {
p1 = p1_;
p2 = p2_;
c = c_;
}
void draw() {
glColor(c);
glBegin(GL_QUADS);
glVertex(p1);
glVertex2i(p2.x, p1.y);
glVertex(p2);
glVertex2i(p1.x, p2.y);
glEnd();
}
private:
Point p1;
Point p2;
Color c;
};
struct CommandList {
void add(Command* c) {
for_each(redos.begin(), redos.end(), mem_fun(&Command::destroy));
redos.clear();
commands.push_back(c);
glutPostRedisplay();
}
void undo() {
if (commands.size()) {
redos.push_back(commands.back());
commands.pop_back();
glutPostRedisplay();
}
}
void redo() {
if (redos.size()) {
commands.push_back(redos.back());
redos.pop_back();
glutPostRedisplay();
}
}
void clear() {
for_each(commands.begin(), commands.end(), mem_fun(&Command::destroy));
commands.clear();
for_each(redos.begin(), redos.end(), mem_fun(&Command::destroy));
redos.clear();
glutPostRedisplay();
}
void draw() {
for_each(commands.begin(), commands.end(), mem_fun(&Command::draw));
}
private:
list<Command*> commands;
list<Command*> redos;
};
// since all tools use the same color...
Color g_color = white;
float g_alpha = 1;
int g_line_width = 1;
int g_point_size = 1;
CommandList g_commands;
Color CreateColor() {
Color c = g_color;
c.alpha = g_alpha;
return c;
}
struct Tool {
virtual void onMouseDown(Point p) { }
virtual void onMouseMove(Point p) { }
static void pushCommand(Command* c) {
g_commands.add(c);
}
static void popCommand() {
g_commands.undo();
}
};
struct PointToolClass : Tool {
void onMouseDown(Point p) {
pushCommand(new PointCommand(p, CreateColor(), g_point_size));
}
} PointTool;
struct ScribbleToolClass : Tool {
void onMouseDown(Point p) {
m_last_point = p;
}
void onMouseMove(Point p) {
pushCommand(new LineCommand(m_last_point, p, CreateColor(), g_line_width));
m_last_point = p;
}
private:
Point m_last_point;
} ScribbleTool;
struct LineToolClass : Tool {
void onMouseDown(Point p) {
m_start = p;
pushCommand(getCommand(p));
}
void onMouseMove(Point p) {
popCommand();
pushCommand(getCommand(p));
}
private:
Command* getCommand(Point p) {
return new LineCommand(m_start, p, CreateColor(), g_line_width);
}
Point m_start;
} LineTool;
struct RectangleToolClass : Tool {
RectangleToolClass() {
m_filled = false;
}
void onMouseDown(Point p) {
m_start = p;
pushCommand(getCommand(p));
}
void onMouseMove(Point p) {
popCommand();
pushCommand(getCommand(p));
}
void setFill(bool filled) {
m_filled = filled;
}
private:
Command* getCommand(Point p) {
if (m_filled) {
return new FilledRectangleCommand(m_start, p, CreateColor());
} else {
return new RectangleCommand(m_start, p, CreateColor(), g_line_width);
}
}
private:
Point m_start;
bool m_filled;
} RectangleTool;
int g_width;
int g_height;
Tool* g_tool = &PointTool;
void display() {
glViewport(0, 0, g_width, g_height);
glMatrixMode(GL_PROJECTION);
glLoadIdentity();
glOrtho(0, g_width, g_height, 0, -1, 1);
glMatrixMode(GL_MODELVIEW);
glLoadIdentity();
glClear(GL_COLOR_BUFFER_BIT);
g_commands.draw();
glutSwapBuffers();
}
void reshape(int x, int y) {
g_width = x;
g_height = y;
glutPostRedisplay();
}
void mouse(int button, int state, int x, int y) {
if (button == GLUT_LEFT_BUTTON && state == GLUT_DOWN) {
g_tool->onMouseDown(Point(x, y));
}
}
void motion(int x, int y) {
g_tool->onMouseMove(Point(x, y));
}
// menu commands
enum {
TOOL_POINT,
TOOL_SCRIBBLE,
TOOL_LINE,
TOOL_RECTANGLE,
COLOR_WHITE,
COLOR_BLACK,
COLOR_RED,
COLOR_GREEN,
COLOR_BLUE,
COLOR_CYAN,
COLOR_MAGENTA,
COLOR_YELLOW,
TRANSPARENCY_0,
TRANSPARENCY_10,
TRANSPARENCY_20,
TRANSPARENCY_30,
TRANSPARENCY_40,
TRANSPARENCY_50,
TRANSPARENCY_60,
TRANSPARENCY_70,
TRANSPARENCY_80,
TRANSPARENCY_90,
TRANSPARENCY_100,
POINT_SIZE_1,
POINT_SIZE_2,
POINT_SIZE_4,
POINT_SIZE_8,
LINE_WIDTH_1,
LINE_WIDTH_2,
LINE_WIDTH_4,
LINE_WIDTH_8,
FILL_ON,
FILL_OFF,
COMMAND_REDO,
COMMAND_UNDO,
COMMAND_CLEAR,
COMMAND_QUIT,
};
void main_menu(int value) {
switch (value) {
case COMMAND_UNDO: g_commands.undo(); break;
case COMMAND_REDO: g_commands.redo(); break;
case COMMAND_CLEAR: g_commands.clear(); break;
case COMMAND_QUIT: exit(EXIT_SUCCESS);
}
}
void tool_menu(int value) {
switch (value) {
case TOOL_POINT: g_tool = &PointTool; break;
case TOOL_SCRIBBLE: g_tool = &ScribbleTool; break;
case TOOL_LINE: g_tool = &LineTool; break;
case TOOL_RECTANGLE: g_tool = &RectangleTool; break;
}
}
void color_menu(int value) {
switch (value) {
case COLOR_WHITE: g_color = white; break;
case COLOR_BLACK: g_color = black; break;
case COLOR_RED: g_color = red; break;
case COLOR_GREEN: g_color = green; break;
case COLOR_BLUE: g_color = blue; break;
case COLOR_CYAN: g_color = cyan; break;
case COLOR_MAGENTA: g_color = magenta; break;
case COLOR_YELLOW: g_color = yellow; break;
}
}
void transparency_menu(int value) {
switch (value) {
case TRANSPARENCY_0: g_alpha = 0.0f; break;
case TRANSPARENCY_10: g_alpha = 0.1f; break;
case TRANSPARENCY_20: g_alpha = 0.2f; break;
case TRANSPARENCY_30: g_alpha = 0.3f; break;
case TRANSPARENCY_40: g_alpha = 0.4f; break;
case TRANSPARENCY_50: g_alpha = 0.5f; break;
case TRANSPARENCY_60: g_alpha = 0.6f; break;
case TRANSPARENCY_70: g_alpha = 0.7f; break;
case TRANSPARENCY_80: g_alpha = 0.8f; break;
case TRANSPARENCY_90: g_alpha = 0.9f; break;
case TRANSPARENCY_100: g_alpha = 1.0f; break;
}
}
void point_size_menu(int value) {
switch (value) {
case POINT_SIZE_1: g_point_size = 1; break;
case POINT_SIZE_2: g_point_size = 2; break;
case POINT_SIZE_4: g_point_size = 4; break;
case POINT_SIZE_8: g_point_size = 8; break;
}
}
void line_width_menu(int value) {
switch (value) {
case LINE_WIDTH_1: g_line_width = 1; break;
case LINE_WIDTH_2: g_line_width = 2; break;
case LINE_WIDTH_4: g_line_width = 4; break;
case LINE_WIDTH_8: g_line_width = 8; break;
}
}
void fill_menu(int value) {
RectangleTool.setFill(value == FILL_ON);
}
void create_menu() {
int tool = glutCreateMenu(tool_menu);
glutAddMenuEntry("Point", TOOL_POINT);
glutAddMenuEntry("Scribble", TOOL_SCRIBBLE);
glutAddMenuEntry("Line", TOOL_LINE);
glutAddMenuEntry("Rectangle", TOOL_RECTANGLE);
int color = glutCreateMenu(color_menu);
glutAddMenuEntry("White", COLOR_WHITE);
glutAddMenuEntry("Black", COLOR_BLACK);
glutAddMenuEntry("Red", COLOR_RED);
glutAddMenuEntry("Green", COLOR_GREEN);
glutAddMenuEntry("Blue", COLOR_BLUE);
glutAddMenuEntry("Cyan", COLOR_CYAN);
glutAddMenuEntry("Magenta", COLOR_MAGENTA);
glutAddMenuEntry("Yellow", COLOR_YELLOW);
int transparency = glutCreateMenu(transparency_menu);
glutAddMenuEntry("0%", TRANSPARENCY_0);
glutAddMenuEntry("10%", TRANSPARENCY_10);
glutAddMenuEntry("20%", TRANSPARENCY_20);
glutAddMenuEntry("30%", TRANSPARENCY_30);
glutAddMenuEntry("40%", TRANSPARENCY_40);
glutAddMenuEntry("50%", TRANSPARENCY_50);
glutAddMenuEntry("60%", TRANSPARENCY_60);
glutAddMenuEntry("70%", TRANSPARENCY_70);
glutAddMenuEntry("80%", TRANSPARENCY_80);
glutAddMenuEntry("90%", TRANSPARENCY_90);
glutAddMenuEntry("100%", TRANSPARENCY_100);
int point_size = glutCreateMenu(point_size_menu);
glutAddMenuEntry("1", POINT_SIZE_1);
glutAddMenuEntry("2", POINT_SIZE_2);
glutAddMenuEntry("4", POINT_SIZE_4);
glutAddMenuEntry("8", POINT_SIZE_8);
int line_width = glutCreateMenu(line_width_menu);
glutAddMenuEntry("1", LINE_WIDTH_1);
glutAddMenuEntry("2", LINE_WIDTH_2);
glutAddMenuEntry("4", LINE_WIDTH_4);
glutAddMenuEntry("8", LINE_WIDTH_8);
int fill = glutCreateMenu(fill_menu);
glutAddMenuEntry("On", FILL_ON);
glutAddMenuEntry("Off", FILL_OFF);
glutCreateMenu(main_menu);
glutAddMenuEntry("Undo", COMMAND_UNDO);
glutAddMenuEntry("Redo", COMMAND_REDO);
glutAddSubMenu("Tool", tool);
glutAddSubMenu("Color", color);
glutAddSubMenu("Transparency", transparency);
glutAddSubMenu("Point Size", point_size);
glutAddSubMenu("Line Width", line_width);
glutAddSubMenu("Fill", fill);
glutAddMenuEntry("Clear", COMMAND_CLEAR);
glutAddMenuEntry("Quit", COMMAND_QUIT);
glutAttachMenu(GLUT_RIGHT_BUTTON);
}
void initialize() {
glEnable(GL_BLEND);
glBlendFunc(GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA);
glEnable(GL_POINT_SMOOTH);
}
int main(int argc, char** argv) {
// initialize GLUT
glutInit(&argc, argv);
glutInitWindowSize(640, 480);
glutInitDisplayMode(GLUT_RGBA | GLUT_DOUBLE);
// create primary window
glutCreateWindow("Paint");
// callbacks
glutDisplayFunc(display);
glutReshapeFunc(reshape);
glutMouseFunc(mouse);
glutMotionFunc(motion);
create_menu();
initialize();
glutMainLoop();
}
| [
"aegis@84b32ba4-53c3-423c-be69-77cca6335494"
] | aegis@84b32ba4-53c3-423c-be69-77cca6335494 |
d911d0623896b20ab4b5853352d34e8d5b995210 | 8aea173f3ec466d39547ae9f60ed36650103baf7 | /Storage/(4) Math/(6) Karatsuba (bad).cpp | 5951888c6568d2173f53010fe2876e80dbce852d | [] | no_license | arvindr9/USACO | 8593936a1e7a373050991b25b345e64d1da9457f | 9ea3acc92d841452abfce01622029789a9a3ba76 | refs/heads/master | 2021-04-06T11:55:39.456470 | 2018-03-11T14:40:04 | 2018-03-11T14:40:04 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,293 | cpp | #include <bits/stdc++.h>
#include <ext/pb_ds/tree_policy.hpp>
#include <ext/pb_ds/assoc_container.hpp>
using namespace std;
using namespace __gnu_pbds;
typedef long long ll;
typedef vector<int> vi;
typedef pair<int, int> pii;
template <class T> using Tree = tree<T, null_type, less<T>, rb_tree_tag,tree_order_statistics_node_update>;
#define FOR(i, a, b) for (int i=a; i<(b); i++)
#define F0R(i, a) for (int i=0; i<(a); i++)
#define FORd(i,a,b) for (int i = (b)-1; i >= a; i--)
#define F0Rd(i,a) for (int i = (a)-1; i >= 0; i--)
#define sz(x) (int)(x).size()
#define mp make_pair
#define pb push_back
#define f first
#define s second
#define lb lower_bound
#define ub upper_bound
#define all(x) x.begin(), x.end()
const int MOD = 1000000007;
void prin(vi& x) {
F0Rd(i,sz(x)) cout << x[i];
cout << "\n";
}
void normalize (vi& x) {
F0R(i,sz(x)) {
if (x[i] > 9) {
if (i+1 == sz(x)) x.pb(0);
x[i+1] += x[i]/10, x[i] %= 10;
} else if (x[i] < 0) {
int t = (-x[i]+9)/10;
x[i] += 10*t, x[i+1] -= t;
}
}
while (sz(x) && !x.back()) x.pop_back();
}
vi operator+(vi a, vi b) {
if (sz(a) < sz(b)) swap(a,b);
F0R(i,sz(b)) a[i] += b[i];
normalize(a); return a;
}
vi operator-(vi a, vi b) {
F0R(i,sz(b)) a[i] -= b[i];
normalize(a); return a;
}
vi shift(vi x, int sz) {
x.insert(x.begin(),sz,0);
return x;
}
vi mult(vi a, vi b) {
if (sz(a) < sz(b)) swap(a,b);
if (sz(b) == 0) return {};
if (sz(a) == 1) {
vi c = {a[0]*b[0]}; normalize(c);
return c;
}
int sz = (sz(a)+1)/2; b.resize(max(sz(b),sz));
vi a2(a.begin()+sz,a.end()); a.resize(sz);
vi b2;
if (sz(b2)<sz) {
}
vi z0 = mult(a1,b1);
vi z1 = mult(a1+a2,b1+b2);
vi z2 = mult(a2,b2);
return shift(z2,2*sz)+shift(z1-z2-z0,sz)+z0;
}
vi brute(vi a, vi b) {
vi c(sz(a)+sz(b)-1);
F0R(i,sz(a)) F0R(j,sz(b)) c[i+j] += a[i]*b[j];
normalize(c);
return c;
}
int main() {
ios_base::sync_with_stdio(0);cin.tie(0);
vi a, b;
F0R(i,10000) a.pb(rand()%10), b.pb(rand()%10);
vi x = mult(a,b);
prin(a);
prin(b);
prin(x);
}
// read!read!read!read!read!read!read!read!read!read!read!read!read!read!read!read!
// ll vs. int! | [
"bqi343@gmail.com"
] | bqi343@gmail.com |
951d79bb2c739bf4a82873f13cfbaec117104069 | 48e6230b6ffe44cd4a31962f5740aadb1d198e06 | /Geeks4Geeks/Binary Tree/Print/PrintKDistant(FromLeaves).cpp | 10ec6b530b5ea0874b3efefaae2b6b17e6cedd37 | [] | no_license | KunalKrishna/myCodeRepo | 1ff4a1d215ced111b9b39603efd82698e827840c | 233f537b60bc0f0983d8ec8b6fac76b4b0c9912b | refs/heads/master | 2020-05-18T18:30:27.664732 | 2015-04-24T10:50:16 | 2015-04-24T10:50:16 | 30,418,175 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,016 | cpp | // http://www.geeksforgeeks.org/print-nodes-distance-k-leaf-node/
// Print all nodes that are at distance k from a leaf node
#include<iostream>
#include<vector>
using namespace std;
struct node
{
int data;
node* left;
node* right;
};
typedef struct node* Node;
typedef struct node** NodeRef;
struct node* newNode(int newData)
{
struct node* newNode = new node;
newNode->data = newData;
newNode->left = NULL;
newNode->right = NULL;
return newNode;
}
bool isLeaf(Node a)
{
return (a!=NULL && a->left==NULL && a->right==NULL);
}
void printKDistantfromLeafUtil(node *root, int *path, int *visited, int pathLen, int k);
void printKDistantfromLeaf(node* root, int k)
{
int MAX_HEIGHT =1000;
int path[MAX_HEIGHT];
int visited[MAX_HEIGHT];
printKDistantfromLeafUtil(root, path, visited, 0, k);
}
void printKDistantfromLeafUtil(node *root, int *path, int *visited, int pathLen, int k)
{
if(!root) return;
path[pathLen] = root->data;
visited[pathLen] = false;
pathLen++;
int KNodesAboveIndex = pathLen-k-1;
if( isLeaf(root) && KNodesAboveIndex>=0 && !visited[KNodesAboveIndex]){
cout<<path[KNodesAboveIndex]<<" ";
visited[KNodesAboveIndex]=true;
}
printKDistantfromLeafUtil(root->left, path, visited, pathLen, k);
printKDistantfromLeafUtil(root->right, path, visited, pathLen, k);
}
int main()
{
Node root = newNode(1);
root->left = newNode(2);
root->right = newNode(3);
root->left->left = newNode(4);
root->left->right = newNode(5);
root->right->left = newNode(6);
root->right->right = newNode(7);
root->right->left->right = newNode(8);
cout << "Nodes at distance 1 are: ";
printKDistantfromLeaf(root, 1);
cout << "\nNodes at distance 2 are: ";
printKDistantfromLeaf(root, 2);
cout << "\nNodes at distance 3 are: ";
printKDistantfromLeaf(root, 3);
cout << "\nNodes at distance 5 are: ";
printKDistantfromLeaf(root, 5);
return 0;
}
| [
"kunalkrishna85@gmail.com"
] | kunalkrishna85@gmail.com |
9fd8695ea17cd7702b17e22ae896c0eaf05898ad | b5c17b494204ed215ecfdc65932b2c960fa9e121 | /src/script/script_error.cpp | 8ea46c419fe9669b95cf221d56242dc636bb6596 | [
"MIT"
] | permissive | syglee7/zenacoin-ver2 | 9c8943c84b8eefad4ce3fee6ac15a9878b87f1df | 90079b95bdf0ea2b7fce644c56d2a9626526e5e4 | refs/heads/master | 2023-03-10T07:29:47.772820 | 2021-02-21T13:57:41 | 2021-02-21T13:57:41 | 340,617,557 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 5,951 | cpp | // Copyright (c) 2009-2010 Satoshi Nakamoto
// Copyright (c) 2009-2020 The Zenacoin Core developers
// Distributed under the MIT software license, see the accompanying
// file COPYING or http://www.opensource.org/licenses/mit-license.php.
#include <script/script_error.h>
#include <string>
std::string ScriptErrorString(const ScriptError serror)
{
switch (serror)
{
case SCRIPT_ERR_OK:
return "No error";
case SCRIPT_ERR_EVAL_FALSE:
return "Script evaluated without error but finished with a false/empty top stack element";
case SCRIPT_ERR_VERIFY:
return "Script failed an OP_VERIFY operation";
case SCRIPT_ERR_EQUALVERIFY:
return "Script failed an OP_EQUALVERIFY operation";
case SCRIPT_ERR_CHECKMULTISIGVERIFY:
return "Script failed an OP_CHECKMULTISIGVERIFY operation";
case SCRIPT_ERR_CHECKSIGVERIFY:
return "Script failed an OP_CHECKSIGVERIFY operation";
case SCRIPT_ERR_NUMEQUALVERIFY:
return "Script failed an OP_NUMEQUALVERIFY operation";
case SCRIPT_ERR_SCRIPT_SIZE:
return "Script is too big";
case SCRIPT_ERR_PUSH_SIZE:
return "Push value size limit exceeded";
case SCRIPT_ERR_OP_COUNT:
return "Operation limit exceeded";
case SCRIPT_ERR_STACK_SIZE:
return "Stack size limit exceeded";
case SCRIPT_ERR_SIG_COUNT:
return "Signature count negative or greater than pubkey count";
case SCRIPT_ERR_PUBKEY_COUNT:
return "Pubkey count negative or limit exceeded";
case SCRIPT_ERR_BAD_OPCODE:
return "Opcode missing or not understood";
case SCRIPT_ERR_DISABLED_OPCODE:
return "Attempted to use a disabled opcode";
case SCRIPT_ERR_INVALID_STACK_OPERATION:
return "Operation not valid with the current stack size";
case SCRIPT_ERR_INVALID_ALTSTACK_OPERATION:
return "Operation not valid with the current altstack size";
case SCRIPT_ERR_OP_RETURN:
return "OP_RETURN was encountered";
case SCRIPT_ERR_UNBALANCED_CONDITIONAL:
return "Invalid OP_IF construction";
case SCRIPT_ERR_NEGATIVE_LOCKTIME:
return "Negative locktime";
case SCRIPT_ERR_UNSATISFIED_LOCKTIME:
return "Locktime requirement not satisfied";
case SCRIPT_ERR_SIG_HASHTYPE:
return "Signature hash type missing or not understood";
case SCRIPT_ERR_SIG_DER:
return "Non-canonical DER signature";
case SCRIPT_ERR_MINIMALDATA:
return "Data push larger than necessary";
case SCRIPT_ERR_SIG_PUSHONLY:
return "Only push operators allowed in signatures";
case SCRIPT_ERR_SIG_HIGH_S:
return "Non-canonical signature: S value is unnecessarily high";
case SCRIPT_ERR_SIG_NULLDUMMY:
return "Dummy CHECKMULTISIG argument must be zero";
case SCRIPT_ERR_MINIMALIF:
return "OP_IF/NOTIF argument must be minimal";
case SCRIPT_ERR_SIG_NULLFAIL:
return "Signature must be zero for failed CHECK(MULTI)SIG operation";
case SCRIPT_ERR_DISCOURAGE_UPGRADABLE_NOPS:
return "NOPx reserved for soft-fork upgrades";
case SCRIPT_ERR_DISCOURAGE_UPGRADABLE_WITNESS_PROGRAM:
return "Witness version reserved for soft-fork upgrades";
case SCRIPT_ERR_DISCOURAGE_UPGRADABLE_TAPROOT_VERSION:
return "Taproot version reserved for soft-fork upgrades";
case SCRIPT_ERR_DISCOURAGE_OP_SUCCESS:
return "OP_SUCCESSx reserved for soft-fork upgrades";
case SCRIPT_ERR_DISCOURAGE_UPGRADABLE_PUBKEYTYPE:
return "Public key version reserved for soft-fork upgrades";
case SCRIPT_ERR_PUBKEYTYPE:
return "Public key is neither compressed or uncompressed";
case SCRIPT_ERR_CLEANSTACK:
return "Stack size must be exactly one after execution";
case SCRIPT_ERR_WITNESS_PROGRAM_WRONG_LENGTH:
return "Witness program has incorrect length";
case SCRIPT_ERR_WITNESS_PROGRAM_WITNESS_EMPTY:
return "Witness program was passed an empty witness";
case SCRIPT_ERR_WITNESS_PROGRAM_MISMATCH:
return "Witness program hash mismatch";
case SCRIPT_ERR_WITNESS_MALLEATED:
return "Witness requires empty scriptSig";
case SCRIPT_ERR_WITNESS_MALLEATED_P2SH:
return "Witness requires only-redeemscript scriptSig";
case SCRIPT_ERR_WITNESS_UNEXPECTED:
return "Witness provided for non-witness script";
case SCRIPT_ERR_WITNESS_PUBKEYTYPE:
return "Using non-compressed keys in segwit";
case SCRIPT_ERR_SCHNORR_SIG_SIZE:
return "Invalid Schnorr signature size";
case SCRIPT_ERR_SCHNORR_SIG_HASHTYPE:
return "Invalid Schnorr signature hash type";
case SCRIPT_ERR_SCHNORR_SIG:
return "Invalid Schnorr signature";
case SCRIPT_ERR_TAPROOT_WRONG_CONTROL_SIZE:
return "Invalid Taproot control block size";
case SCRIPT_ERR_TAPSCRIPT_VALIDATION_WEIGHT:
return "Too much signature validation relative to witness weight";
case SCRIPT_ERR_TAPSCRIPT_CHECKMULTISIG:
return "OP_CHECKMULTISIG(VERIFY) is not available in tapscript";
case SCRIPT_ERR_TAPSCRIPT_MINIMALIF:
return "OP_IF/NOTIF argument must be minimal in tapscript";
case SCRIPT_ERR_OP_CODESEPARATOR:
return "Using OP_CODESEPARATOR in non-witness script";
case SCRIPT_ERR_SIG_FINDANDDELETE:
return "Signature is found in scriptCode";
case SCRIPT_ERR_UNKNOWN_ERROR:
case SCRIPT_ERR_ERROR_COUNT:
default: break;
}
return "unknown error";
}
| [
"syglee7@gmail.com"
] | syglee7@gmail.com |
d593689ff9e4cc2bc5ce66d675ffcf93fb2f5f09 | 0eff74b05b60098333ad66cf801bdd93becc9ea4 | /second/download/squid/gumtree/squid_repos_function_740_squid-3.5.27.cpp | aff9fce2578f63e7a458acb9b0e4b001a1c36721 | [] | no_license | niuxu18/logTracker-old | 97543445ea7e414ed40bdc681239365d33418975 | f2b060f13a0295387fe02187543db124916eb446 | refs/heads/master | 2021-09-13T21:39:37.686481 | 2017-12-11T03:36:34 | 2017-12-11T03:36:34 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,914 | cpp | int
clientBeginRequest(const HttpRequestMethod& method, char const *url, CSCB * streamcallback,
CSD * streamdetach, ClientStreamData streamdata, HttpHeader const *header,
char *tailbuf, size_t taillen)
{
size_t url_sz;
ClientHttpRequest *http = new ClientHttpRequest(NULL);
HttpRequest *request;
StoreIOBuffer tempBuffer;
if (http->al != NULL)
http->al->cache.start_time = current_time;
/* this is only used to adjust the connection offset in client_side.c */
http->req_sz = 0;
tempBuffer.length = taillen;
tempBuffer.data = tailbuf;
/* client stream setup */
clientStreamInit(&http->client_stream, clientGetMoreData, clientReplyDetach,
clientReplyStatus, new clientReplyContext(http), streamcallback,
streamdetach, streamdata, tempBuffer);
/* make it visible in the 'current acctive requests list' */
/* Set flags */
/* internal requests only makes sense in an
* accelerator today. TODO: accept flags ? */
http->flags.accel = true;
/* allow size for url rewriting */
url_sz = strlen(url) + Config.appendDomainLen + 5;
http->uri = (char *)xcalloc(url_sz, 1);
strcpy(http->uri, url);
if ((request = HttpRequest::CreateFromUrlAndMethod(http->uri, method)) == NULL) {
debugs(85, 5, "Invalid URL: " << http->uri);
return -1;
}
/*
* now update the headers in request with our supplied headers. urlParse
* should return a blank header set, but we use Update to be sure of
* correctness.
*/
if (header)
request->header.update(header);
http->log_uri = xstrdup(urlCanonicalClean(request));
/* http struct now ready */
/*
* build new header list *? TODO
*/
request->flags.accelerated = http->flags.accel;
request->flags.internalClient = true;
/* this is an internally created
* request, not subject to acceleration
* target overrides */
/*
* FIXME? Do we want to detect and handle internal requests of internal
* objects ?
*/
/* Internally created requests cannot have bodies today */
request->content_length = 0;
request->client_addr.setNoAddr();
#if FOLLOW_X_FORWARDED_FOR
request->indirect_client_addr.setNoAddr();
#endif /* FOLLOW_X_FORWARDED_FOR */
request->my_addr.setNoAddr(); /* undefined for internal requests */
request->my_addr.port(0);
/* Our version is HTTP/1.1 */
request->http_ver = Http::ProtocolVersion(1,1);
http->request = request;
HTTPMSGLOCK(http->request);
/* optional - skip the access check ? */
http->calloutContext = new ClientRequestContext(http);
http->calloutContext->http_access_done = false;
http->calloutContext->redirect_done = true;
http->calloutContext->no_cache_done = true;
http->doCallouts();
return 0;
} | [
"993273596@qq.com"
] | 993273596@qq.com |
a40e9507427c3010196bacfd8fa93188a6a8f733 | 06184fa4f382a26bf5a8ce643f4450cdaf705558 | /object.cpp | eaef3c4df775eeb56cc65a826b6a3489285fdf5f | [] | no_license | petterdj/terminalGame | 8ddd1a7dc8e4c4a8dff7eb59431086f1b6b0f78f | 2cf328ce7e0594399d929fd3bce3981dd2a6c12a | refs/heads/master | 2020-04-29T17:00:32.897445 | 2015-11-24T21:43:17 | 2015-11-24T21:43:17 | 41,810,349 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,550 | cpp | #include "object.hpp"
using namespace terminalGame;
// CONSTRUCTORS //
Object::Object() {
_yPosition = 0;
_xPosition = 0;
_drawChar = " ";
}
Object::Object(const float y, const float x, const std::string drawChar) {
_yPosition = y;
_xPosition = x;
_drawChar = drawChar;
}
Object::Object(const Object& o) {
if (this == &o) return;
_yPosition = o._yPosition;
_xPosition = o._xPosition;
_drawChar = o._drawChar;
}
Object::Object(Object&& o) :
_yPosition(o._yPosition),
_xPosition(o._xPosition),
_drawChar(o._drawChar) {
o._yPosition = 0;
o._xPosition = 0;
o._drawChar = "";
}
// OPERATORS //
Object& Object::operator=(const Object& o) {
if (this == &o) return *this;
_yPosition = o._yPosition;
_xPosition = o._xPosition;
_drawChar = o._drawChar;
return *this;
}
Object& Object::operator=(Object&& o) {
if (this == &o) return *this;
_yPosition = o._yPosition;
_xPosition = o._xPosition;
_drawChar = o._drawChar;
o._yPosition = 0;
o._xPosition = 0;
o._drawChar = "";
return *this;
}
// DESTRUCTOR //
Object::~Object() {
_yPosition = 0;
_xPosition = 0;
_drawChar = "";
}
// FUNCTIONS //
float Object::getYPosition() const {
return _yPosition;
}
float Object::getXPosition() const {
return _xPosition;
}
std::string Object::getDrawChar() const {
return _drawChar;
}
void Object::setYPosition(const float y) {
_yPosition = y;
}
void Object::setXPosition(const float x) {
_xPosition = x;
}
void Object::setDrawChar(const std::string drawChar) {
_drawChar = drawChar;
}
| [
"petterdjupfeldt@gmail.com"
] | petterdjupfeldt@gmail.com |
9539a484dfff6e2cc81091db59e9e0170878e985 | e27a017b17d87149de15ab9a4178546c403f70bd | /source/diagnostics/TextDiagnosticClient.cpp | 8b39583c87b950c9cb9b09b0c5cc4eed13086d5a | [
"MIT"
] | permissive | mfkiwl/slang | dd62f6ba9b680e86bc435e1f5941ffde96348db4 | 47eba801bd143694b6d36a527e3d9bb0d2f77222 | refs/heads/master | 2023-08-04T07:10:16.443818 | 2021-09-27T19:38:58 | 2021-09-27T19:38:58 | 411,439,039 | 1 | 0 | MIT | 2021-09-28T21:08:22 | 2021-09-28T21:08:22 | null | UTF-8 | C++ | false | false | 7,136 | cpp | //------------------------------------------------------------------------------
// TextDiagnosticClient.cpp
// Diagnostic client that formats to a text string
//
// File is under the MIT license; see LICENSE for details
//------------------------------------------------------------------------------
#include "slang/diagnostics/TextDiagnosticClient.h"
#include "../text/FormatBuffer.h"
#include "slang/text/SourceManager.h"
namespace slang {
static constexpr auto noteColor = fmt::terminal_color::bright_black;
static constexpr auto warningColor = fmt::terminal_color::bright_yellow;
static constexpr auto errorColor = fmt::terminal_color::bright_red;
static constexpr auto fatalColor = fmt::terminal_color::bright_red;
static constexpr auto highlightColor = fmt::terminal_color::bright_green;
static constexpr auto filenameColor = fmt::terminal_color::cyan;
static constexpr auto locationColor = fmt::terminal_color::bright_cyan;
static fmt::terminal_color getSeverityColor(DiagnosticSeverity severity) {
switch (severity) {
case DiagnosticSeverity::Note:
return noteColor;
case DiagnosticSeverity::Warning:
return warningColor;
case DiagnosticSeverity::Error:
return errorColor;
case DiagnosticSeverity::Fatal:
return fatalColor;
default:
return fmt::terminal_color::black;
}
}
TextDiagnosticClient::SymbolPathCB TextDiagnosticClient::defaultSymbolPathCB;
TextDiagnosticClient::TextDiagnosticClient() :
buffer(std::make_unique<FormatBuffer>()), symbolPathCB(defaultSymbolPathCB) {
}
TextDiagnosticClient::~TextDiagnosticClient() = default;
void TextDiagnosticClient::showColors(bool show) {
buffer->setColorsEnabled(show);
}
void TextDiagnosticClient::report(const ReportedDiagnostic& diag) {
if (diag.shouldShowIncludeStack && includeFileStack) {
SmallVectorSized<SourceLocation, 8> includeStack;
getIncludeStack(diag.location.buffer(), includeStack);
// Show the stack in reverse.
for (int i = int(includeStack.size()) - 1; i >= 0; i--) {
SourceLocation loc = includeStack[size_t(i)];
buffer->format("in file included from {}:{}:\n", sourceManager->getFileName(loc),
sourceManager->getLineNumber(loc));
}
}
// Print out the hierarchy where the diagnostic occurred, if we know it.
auto& od = diag.originalDiagnostic;
if (od.coalesceCount && od.symbol && symbolPathCB && includeHierarchy) {
if (od.coalesceCount == 1)
buffer->append(" in instance: "sv);
else
buffer->format(" in {} instances, e.g. ", *od.coalesceCount);
buffer->append(fmt::emphasis::bold, symbolPathCB(*od.symbol));
buffer->append("\n"sv);
}
// Get all highlight ranges mapped into the reported location of the diagnostic.
SmallVectorSized<SourceRange, 8> mappedRanges;
engine->mapSourceRanges(diag.location, diag.ranges, mappedRanges);
// Write the diagnostic.
formatDiag(diag.location, mappedRanges, diag.severity, diag.formattedMessage,
engine->getOptionName(diag.originalDiagnostic.code));
// Write out macro expansions, if we have any, in reverse order.
if (includeExpansion) {
for (auto it = diag.expansionLocs.rbegin(); it != diag.expansionLocs.rend(); it++) {
SourceLocation loc = *it;
std::string name(sourceManager->getMacroName(loc));
if (name.empty())
name = "expanded from here";
else
name = fmt::format("expanded from macro '{}'", name);
SmallVectorSized<SourceRange, 8> macroRanges;
engine->mapSourceRanges(loc, diag.ranges, macroRanges);
formatDiag(sourceManager->getFullyOriginalLoc(loc), macroRanges,
DiagnosticSeverity::Note, name, "");
}
}
}
void TextDiagnosticClient::clear() {
buffer->clear();
}
std::string TextDiagnosticClient::getString() const {
return buffer->str();
}
static void highlightRange(SourceRange range, SourceLocation caretLoc, size_t col,
string_view sourceLine, std::string& buffer) {
// Trim the range so that it only falls on the same line as the cursor
size_t start = range.start().offset();
size_t end = range.end().offset();
size_t startOfLine = caretLoc.offset() - (col - 1);
size_t endOfLine = startOfLine + sourceLine.length();
if (start < startOfLine)
start = startOfLine;
if (end > endOfLine)
end = endOfLine;
if (start >= end)
return;
// walk the range in to skip any leading or trailing whitespace
start -= startOfLine;
end -= startOfLine;
while (sourceLine[start] == ' ' || sourceLine[start] == '\t') {
start++;
if (start == end)
return;
}
while (sourceLine[end - 1] == ' ' || sourceLine[end - 1] == '\t') {
end--;
if (start == end)
return;
}
// finally add the highlight chars
for (; start != end; start++)
buffer[start] = '~';
}
void TextDiagnosticClient::formatDiag(SourceLocation loc, span<const SourceRange> ranges,
DiagnosticSeverity severity, string_view message,
string_view optionName) {
size_t col = 0;
if (loc != SourceLocation::NoLocation) {
col = sourceManager->getColumnNumber(loc);
if (includeLocation) {
buffer->append(fg(filenameColor), sourceManager->getFileName(loc));
buffer->append(":");
buffer->format(fg(locationColor), "{}", sourceManager->getLineNumber(loc));
if (includeColumn)
buffer->format(fg(locationColor), ":{}", col);
buffer->append(": ");
}
}
buffer->format(fg(getSeverityColor(severity)), "{}: ", getSeverityString(severity));
if (severity != DiagnosticSeverity::Note)
buffer->format(fmt::text_style(fmt::emphasis::bold), "{}", message);
else
buffer->append(message);
if (!optionName.empty() && includeOptionName)
buffer->format(" [-W{}]", optionName);
if (loc != SourceLocation::NoLocation && includeSource) {
string_view line = getSourceLine(loc, col);
if (!line.empty()) {
buffer->format("\n{}\n", line);
// Highlight any ranges and print the caret location.
std::string highlight(std::max(line.length(), col), ' ');
// handle tabs to get proper alignment on a terminal
for (size_t i = 0; i < line.length(); ++i) {
if (line[i] == '\t')
highlight[i] = '\t';
}
for (SourceRange range : ranges)
highlightRange(range, loc, col, line, highlight);
highlight[col - 1] = '^';
highlight.erase(highlight.find_last_not_of(' ') + 1);
buffer->append(fg(highlightColor), highlight);
}
}
buffer->append("\n"sv);
}
} // namespace slang
| [
"mike@popoloski.com"
] | mike@popoloski.com |
fb2255c66dce1849fd213117c94f906f8a73e227 | 7def85a6390c5acc4c999c508ad65748e3c2382d | /Units.h | 5f90a85a74dd2fd869dd5c5ae21b93273439b17a | [] | no_license | JishnuJayaraj/AdvPt | b0eaf6b5762ec90a0453dc73041d83beef5c7e06 | 6ab8e1193498b5109a0627d4bdaa29d494ee92cc | refs/heads/master | 2021-06-27T06:36:34.999430 | 2020-10-26T11:32:34 | 2020-10-26T11:32:34 | 171,672,034 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 396 | h | #include <string>
#include <iostream>
#include <map>
#include <iterator>
#include <array>
#include <fstream>
#include "Game_Object.h"
#ifndef UNITS_H
#define UNITS_H
class Units : public Game_Object
{
public:
Units(std::string a, std::string b, int c, int d, double e) : Game_Object(a, b, c, d, e)
{}
//std::string get_type(){
// return "unit";
// }
~Units() {}
};
#endif | [
"jishnujayaraj@live.com"
] | jishnujayaraj@live.com |
8da4738d64bf8c9c06656997d20badc496f0ef4f | 572681cb24af7b8cf745bbd5542b2045c2042ddf | /RS_ASIO/Patcher.cpp | cce278ac2d272daf0a73eb1f878f3a087a7da9c0 | [
"MIT"
] | permissive | mdias/rs_asio | e303f33f848d78e33175c6e62155ddf3b0471afb | 7bc2c2d916518643367b3f3c771a6353b23f1816 | refs/heads/master | 2023-09-05T08:41:50.452634 | 2023-08-14T14:02:30 | 2023-08-14T14:02:30 | 206,672,830 | 890 | 98 | MIT | 2023-08-14T14:02:32 | 2019-09-05T23:17:32 | C++ | UTF-8 | C++ | false | false | 4,421 | cpp | #include "stdafx.h"
#include "dllmain.h"
#include "crc32.h"
DWORD GetImageCrc32()
{
char exePath[MAX_PATH]{};
DWORD exePathSize = GetModuleFileNameA(NULL, exePath, MAX_PATH);
DWORD crc = 0;
bool success = crc32file(exePath, crc);
if (!success)
{
rslog::error_ts() << "Could not get the executable crc32" << std::endl;
return 0;
}
return crc;
}
void PatchOriginalCode_d1b38fcb();
void PatchOriginalCode_21a8959a();
std::vector<void*> FindBytesOffsets(const BYTE* bytes, size_t numBytes)
{
std::vector<void*> result;
const HMODULE baseModuleHandle = GetModuleHandle(NULL);
MODULEINFO baseModuleInfo;
if (!GetModuleInformation(GetCurrentProcess(), baseModuleHandle, &baseModuleInfo, sizeof(baseModuleInfo)))
{
rslog::error_ts() << "Could not get base module info" << std::endl;
return result;
}
BYTE* addr = (BYTE*)baseModuleInfo.lpBaseOfDll;
const DWORD maxSearchAddr = baseModuleInfo.SizeOfImage - numBytes;
for (DWORD offset = 0; offset < maxSearchAddr; ++offset)
{
bool match = true;
for (DWORD i = 0; i < numBytes; ++i)
{
if (addr[offset + i] != bytes[i])
{
match = false;
break;
}
}
if (match)
{
result.push_back((void*)(addr + offset));
}
}
return result;
}
void Patch_CallAbsoluteIndirectAddress(const std::vector<void*>& offsets, void* TargetFn)
{
rslog::info_ts() << __FUNCTION__ " - num locations: " << offsets.size() << std::endl;
for (void* offset : offsets)
{
rslog::info_ts() << "Patching call at " << offset << std::endl;
long targetRelAddress = (long)TargetFn - ((long)offset + 5);
BYTE* bytes = (BYTE*)offset;
DWORD oldProtectFlags = 0;
if (!VirtualProtect(offset, 6, PAGE_WRITECOPY, &oldProtectFlags))
{
rslog::error_ts() << "Failed to change memory protection" << std::endl;
}
else
{
bytes[0] = 0xe8;
void** callAddress = (void**)(bytes + 1);
*callAddress = (void*)targetRelAddress;
bytes[5] = 0x90;
FlushInstructionCache(GetCurrentProcess(), offset, 6);
if (!VirtualProtect(offset, 6, oldProtectFlags, &oldProtectFlags))
{
rslog::error_ts() << "Failed to restore memory protection" << std::endl;
}
}
}
}
void Patch_CallRelativeAddress(const std::vector<void*>& offsets, void* TargetFn)
{
rslog::info_ts() << __FUNCTION__ " - num locations: " << offsets.size() << std::endl;
for (void* offset : offsets)
{
rslog::info_ts() << "Patching call at " << offset << std::endl;
long targetRelAddress = (long)TargetFn - ((long)offset + 5);
BYTE* bytes = (BYTE*)offset;
std::int32_t relOffset = *(std::int32_t*)(bytes + 1);
bytes += 5 + relOffset;
DWORD oldProtectFlags = 0;
if (!VirtualProtect(bytes, 6, PAGE_WRITECOPY, &oldProtectFlags))
{
rslog::error_ts() << "Failed to change memory protection" << std::endl;
}
else
{
// hack to jump to absolute address without the need to be indirect
// push address
bytes[0] = 0x68;
*((void**)(bytes + 1)) = TargetFn;
// ret
bytes[5] = 0xc3;
if (!VirtualProtect(bytes, 6, oldProtectFlags, &oldProtectFlags))
{
rslog::error_ts() << "Failed to restore memory protection" << std::endl;
}
}
}
}
void Patch_ReplaceWithNops(void* offset, size_t numBytes)
{
DWORD oldProtectFlags = 0;
if (!VirtualProtect(offset, numBytes, PAGE_WRITECOPY, &oldProtectFlags))
{
rslog::error_ts() << "Failed to change memory protection" << std::endl;
}
else
{
BYTE* byte = (BYTE*)offset;
for (size_t i = 0; i < numBytes; ++i)
{
byte[i] = 0x90; // nop
}
FlushInstructionCache(GetCurrentProcess(), offset, numBytes);
if (!VirtualProtect(offset, numBytes, oldProtectFlags, &oldProtectFlags))
{
rslog::error_ts() << "Failed to restore memory protection" << std::endl;
}
}
}
void PatchOriginalCode()
{
rslog::info_ts() << __FUNCTION__ << std::endl;
const DWORD image_crc32 = GetImageCrc32();
char image_crc32_str[16] = { 0 };
snprintf(image_crc32_str, 15, "0x%08x", image_crc32);
rslog::info_ts() << "image crc32: " << image_crc32_str << std::endl;
switch (image_crc32)
{
case 0xd1b38fcb:
PatchOriginalCode_d1b38fcb();
break;
case 0x21a8959a:
PatchOriginalCode_21a8959a();
break;
default:
rslog::error_ts() << "Unknown game version" << std::endl;
break;
}
} | [
"oss@micaeldias.com"
] | oss@micaeldias.com |
8d197a99698f299f4b93da6ef722db819848809c | 0cef4e026b72ed39e0ebe4bbcb4bcdef9411fa69 | /UFHZZ4LJetCorrector/plugins/PatJetReCorrector.cc | e1a17286733c83e4bcc20d8453d4ba98e13afd60 | [] | no_license | VBF-HZZ/UFHZZAnalysisRun2 | 3a34cb88391376fb9b06ed8cb13b4e40a3b3e5ce | 5b97bcb7c64a23820e762d821d4db55a9977cf78 | refs/heads/master | 2021-09-15T09:52:16.216926 | 2016-05-18T10:31:07 | 2016-05-18T10:31:07 | 22,383,705 | 0 | 24 | null | 2021-08-31T15:28:05 | 2014-07-29T14:57:14 | C++ | UTF-8 | C++ | false | false | 5,648 | cc | #include <memory>
#include <vector>
#include <algorithm>
#include "FWCore/Framework/interface/Frameworkfwd.h"
#include "FWCore/Framework/interface/EDProducer.h"
#include "FWCore/Framework/interface/Event.h"
#include "FWCore/Framework/interface/MakerMacros.h"
#include "FWCore/Framework/interface/ESHandle.h"
#include "FWCore/Framework/interface/EventSetup.h"
#include "DataFormats/PatCandidates/interface/JetCorrFactors.h"
#include "JetMETCorrections/Objects/interface/JetCorrectionsRecord.h"
#include "CondFormats/JetMETObjects/interface/JetCorrectorParameters.h"
#include "CondFormats/JetMETObjects/interface/FactorizedJetCorrector.h"
/// Unfortunately there's no way otherwise to reset the jet energy corrections of a PAT Jet
#define private public
#define protected public
#include <DataFormats/PatCandidates/interface/Jet.h>
#undef private
#undef public
class PatJetReCorrector : public edm::EDProducer {
public:
explicit PatJetReCorrector(const edm::ParameterSet&);
~PatJetReCorrector();
private:
virtual void beginJob() ;
virtual void produce(edm::Event&, const edm::EventSetup&);
virtual void endJob() ;
edm::InputTag jets_, rho_;
/// label of payload
std::string payload_;
/// levels
std::vector<std::string> levels_;
};
PatJetReCorrector::PatJetReCorrector(const edm::ParameterSet& iConfig) :
jets_(iConfig.getParameter<edm::InputTag>("jets")),
rho_(iConfig.getParameter<edm::InputTag>("rho")),
payload_( iConfig.getParameter<std::string>("payload") ),
levels_( iConfig.getParameter<std::vector<std::string> >("levels") )
{
produces<std::vector<pat::Jet> >();
}
void PatJetReCorrector::produce(edm::Event& iEvent, const edm::EventSetup& iSetup) {
edm::Handle<edm::View<pat::Jet> > jets;
iEvent.getByLabel(jets_,jets);
edm::Handle<double> rho;
if(!rho_.label().empty()) iEvent.getByLabel(rho_, rho);
// retreive parameters from the DB
edm::ESHandle<JetCorrectorParametersCollection> allparameters;
iSetup.get<JetCorrectionsRecord>().get(payload_, allparameters);
//std::cout << "\n\nSelecting " << levels_.size() << " levels of correction parameters." << std::endl;
std::vector<JetCorrectorParameters> parameters;
for (unsigned int level = 0, n = levels_.size(); level < n; ++level) {
//std::cout << "Level " << level << "/" << n << ": " << levels_[level] << std::endl;
parameters.push_back( (*allparameters)[levels_[level]] );
//parameters.back().printScreen();
//std::cout << std::endl;
}
//std::cout << std::endl;
FactorizedJetCorrector corrector(parameters);
std::auto_ptr<pat::JetCollection> pOut(new pat::JetCollection);
pOut->reserve(jets->size());
for(edm::View<pat::Jet>::const_iterator itJet = jets->begin(), edJet = jets->end(); itJet != edJet; ++itJet) {
// Print out original jet
//std::cout << "Original jet with pt " << itJet->pt() << ", eta " << itJet->eta() << std::endl;
// clear the table.
pat::Jet jet = itJet->correctedJet("Uncorrected");
jet.jec_.clear(); jet.currentJECLevel_ = 0;
// now start making
//std::cout << "Jet with pt " << jet.pt() << ", eta " << jet.eta() << std::endl;
std::vector<pat::JetCorrFactors::CorrectionFactor> jec;
jec.push_back(
std::make_pair(std::string("Uncorrected"), std::vector<float>(1, 1))
);
// initialize corrector
double runningPt = jet.pt();
// start adding levels
for (unsigned int level = 0, n = levels_.size(); level < n; ++level) {
// must initialize with the _uncorrected_ jet every time
corrector.setJetPt(jet.pt()); corrector.setJetEta(jet.eta());
corrector.setRho(*rho); corrector.setJetA(jet.jetArea());
// then get the product of all pieces
std::vector<float> factors = corrector.getSubCorrections();
// and take the ratio of the last two
float factor = level ? factors[level]/factors[level-1] : factors[0];
runningPt *= factor;
//std::cout << " after " << levels_[level] << ": pt " << runningPt << std::endl;
jec.push_back(
std::make_pair(levels_[level], std::vector<float>(1, factor))
);
}
jet.addJECFactors(pat::JetCorrFactors("corrections",jec));
jet.initializeJEC(jet.jec_.back().jecLevel(levels_.back()));
double scale = runningPt / itJet->pt();
double scaledParticlePx = scale * itJet->px();
double scaledParticlePy = scale * itJet->py();
double scaledParticlePz = scale * itJet->pz();
double scaledParticleEn = sqrt(scaledParticlePx*scaledParticlePx +
scaledParticlePy*scaledParticlePy +
scaledParticlePz*scaledParticlePz +
itJet->mass()*itJet->mass());
pat::Jet scaledJet(*itJet);
reco::Candidate::LorentzVector shiftedJetP4(scaledParticlePx,scaledParticlePy,scaledParticlePz,scaledParticleEn);
scaledJet.setP4(shiftedJetP4);
// std::cout << "Final jet with pt " << scaledJet.pt() << ", eta " << scaledJet.eta() << std::endl;
// std::cout << std::endl;
pOut->push_back(scaledJet);
}
iEvent.put(pOut);
}
PatJetReCorrector::~PatJetReCorrector() { }
void PatJetReCorrector::beginJob() { }
void PatJetReCorrector::endJob() { }
DEFINE_FWK_MODULE(PatJetReCorrector);
| [
"snowball@cern.ch"
] | snowball@cern.ch |
e873ccedabef276600456c1f545ea7ec4833c6f0 | 0ecfb1ec3509631c5813e30fd21c8ecf0c91732c | /debug/src/xpview/OS2/xpview.cpp | 3ad4f6ba0e4b3f21c38d4492270325535f3cde24 | [
"Apache-2.0",
"LicenseRef-scancode-unknown-license-reference"
] | permissive | zanud/xds-2.60 | 2c2c32c6d564c8f1d3ca71eb3229e7886f67355d | b4a32b9c9c91fe513fa5ff78ec87bb44102a3b72 | refs/heads/master | 2023-08-29T00:35:07.014940 | 2021-10-14T11:39:07 | 2021-10-14T11:39:07 | 416,922,119 | 0 | 1 | Apache-2.0 | 2023-08-15T22:12:29 | 2021-10-13T23:02:38 | Modula-2 | IBM866 | C++ | false | false | 35,493 | cpp | #include <stdio.h>
#include <string.h>
#include <stdlib.h>
#define INCL_DOS
#define INCL_WIN
#define INCL_WINSTDFONT
#define INCL_GPI
#include <os2.h>
#include "xpview.h"
#include "headwin.h"
#include "profile.h"
#define VPCLIENTCLASS "VPClWinClass"
#define MM_SUBCLASS WM_USER+2000
#define MM_PROFILE WM_USER+2001
#define MM_APPLYWIDTHS WM_USER+2002
#define GCAUTO 1
#define HEAPLIMIT 4000000
#define GCTHRESHOLD 2000000
extern "C" void Profile_BEGIN(void);
//
// Globals:
//
HAB hAB;
VIEWPORT VPortComponents (VP_COMPONENTS);
VIEWPORT VPortModPub (VP_MODULES);
VIEWPORT VPortProcs (VP_PROCEDURES);
VIEWPORT VPortLines (VP_LINES);
LISTLINE llBottom;
HISTORY History;
HSWITCH hSwitch;
PVIEWPORT apVPorts[4] = {&VPortComponents, &VPortModPub, &VPortProcs, &VPortLines};
int nComponents = 0;
BOOL fClearDBI = FALSE;
MRESULT EXPENTRY wpVPFrame (HWND hWnd, ULONG ulMsg, MPARAM m1, MPARAM m2);
MRESULT EXPENTRY wpVPClient (HWND hWnd, ULONG ulMsg, MPARAM m1, MPARAM m2);
PSZ GetSourceLine(PSZ szFile, ULONG ulLine)
{
ULONG IOErMsg(APIRET err, HWND hWnd, char *szCapt, char *szErr, char *szFile, ULONG MBF);
static char szFileInBuf[CCHMAXPATH] = "";
static ULONG ulLineNow = 0;
static PSZ pszLineNow;
static PSZ pszBuf = 0;
static PSZ pszBufTop;
static char szError[CCHMAXPATH+100] = "";
static char szRetLine[4000] = "";
if (sf_stricmp(szFile,szFileInBuf))
{
free(pszBuf);
//--- Установка заголовка окна тут, вообще говоря, примочка...
{
char sz[CCHMAXPATH+50];
sprintf(sz,"Source: %s",szFile);
VPortLines.SetCaption(sz);
}
pszBuf = 0;
HFILE hf;
ULONG ulAction, fsize, ul;
APIRET rc = DosOpen((PSZ)szFile,&hf,&ulAction,0,FILE_NORMAL,FILE_OPEN,
OPEN_FLAGS_NO_CACHE |OPEN_FLAGS_SEQUENTIAL| // Fastest mode?
OPEN_ACCESS_READONLY|OPEN_SHARE_DENYNONE, (PEAOP2)0);
if (rc)
{
PSZ pszEr = (PSZ)IOErMsg(rc, 0, "", "Can't open file", szFile, MB_OK);
strcpy(szError,pszEr ? pszEr : "Can't open file");
}
else
{
DosSetFilePtr(hf,0L,FILE_END,&fsize);
if (fsize>4*1024*1024) sprintf(szError,"File %s is too large (more than 4Mb)!",szFile);
else
{
DosSetFilePtr(hf,0L,FILE_BEGIN,&ul);
pszBuf = (PSZ)malloc(fsize+1);
if (!pszBuf) sprintf(szError,"Can't allocate memory (file %s)",szFile);
else
{
DosRead(hf,pszBuf,fsize,&ul);
DosClose(hf);
pszBuf[ul] = '\0';
pszBufTop = pszBuf+ul;
ulLineNow = 0;
pszLineNow = pszBuf;
for (int i=0; i<ul; i++) if (pszBuf[i]==0x0d) pszBuf[i]=' ';
}
}
DosClose(hf);
}
strcpy(szFileInBuf,szFile);
}
//--- файл в malloc()ed pszBuf..pszBufTop or pszBuf==0
if (!pszBuf) return szError;
if (ulLineNow > ulLine)
{
ulLineNow = 0;
pszLineNow = pszBuf;
}
while(ulLineNow < ulLine && pszLineNow < pszBufTop)
{
PSZ szLF = (PSZ)memchr(pszLineNow,0x0a,pszBufTop-pszLineNow);
if (!szLF) break;
pszLineNow = szLF+1;
ulLineNow ++;
}
if (ulLine!=ulLineNow)
sprintf(szRetLine,"Line %u : out of range (file %s)",ulLine,szFile);
else
{
PSZ szLF = (PSZ)memchr(pszLineNow,0x0a,pszBufTop-pszLineNow);
if (!szLF) szLF = pszBufTop;
int len = min(szLF-pszLineNow, sizeof(szRetLine)-1);
strncpy(szRetLine,pszLineNow,len);
szRetLine[len] = 0;
}
return szRetLine;
}
/*-------------------------------------------------------------------------------------------*/
/*------------------------+-/ \-+------- 1.***** ---------------*/
/*-------------------------< LISTLINE class realisation >-------- 2. ** *** ---------------*/
/*------------------------+-\ /-+--------3.*** ** ---------------*/
/*-------------------------------------------------------------------------------------------*/
LISTLINE::LISTLINE()
{
memset(this,0,sizeof(*this));
lineKind = BOTTOM;
nGlobRelTime = -1;
nModRelTime = -1;
nSnapshots = -1;
}
LISTLINE::~LISTLINE()
{
free(pszText); pszText = 0;
}
PSZ LISTLINE::QueryText()
{
PSZ psz = 0;
if (!pszText)
{
switch (lineKind)
{
case COMPONENT: psz = ComponentName(nOrder); break;
case PUBLIC: psz = PublicName(pParentLine->nOrder,nOrder); break;
case MODULE: psz = ModuleName(pParentLine->nOrder,nOrder); break;
case PROCEDURE: psz = ProcName(pParentLine->pParentLine->nOrder,pParentLine->nOrder,nOrder); break;
case LINE:
{
int nModule = pParentLine->pParentLine->nOrder;
int nCom = pParentLine->pParentLine->pParentLine->nOrder;
PSZ szFile = SourceName(nCom,nModule);
psz = GetSourceLine(szFile,nOrder);
break;
}
}
if (!psz) psz = "<Wrong line: internal error>";
pszText = sf_mallocstr(psz);
}
return pszText ? pszText : "<Error: can not allocate memory>";
}
int LISTLINE::GlobRelTime()
{
if (nGlobRelTime < 0)
{
PLISTLINE pllBottom = 0;
switch (lineKind)
{
case COMPONENT: pllBottom = pParentLine; break;
case PUBLIC: pllBottom = pParentLine->pParentLine; break;
case MODULE: pllBottom = pParentLine->pParentLine; break;
case PROCEDURE: pllBottom = pParentLine->pParentLine->pParentLine; break;
case LINE: pllBottom = pParentLine->pParentLine->pParentLine->pParentLine; break;
}
int q = pllBottom->q_snapshots();
nGlobRelTime = q ? HIPERCENT*q_snapshots()/q : 0;
nGlobRelTime = min(nGlobRelTime,HIPERCENT);
nGlobRelTime = max(nGlobRelTime,0);
}
return nGlobRelTime;
}
int LISTLINE::ModRelTime()
{
if (nModRelTime < 0)
{
int q = pParentLine->q_snapshots();
nModRelTime = (lineKind == BOTTOM) ? HIPERCENT : (q ? HIPERCENT*q_snapshots()/q : 0);
nModRelTime = min(nModRelTime,HIPERCENT);
nModRelTime = max(nModRelTime,0);
}
return nModRelTime;
}
int LISTLINE::q_snapshots()
{
if (nSnapshots<0)
{
switch (lineKind)
{
case BOTTOM: nSnapshots = GetSnapshots(); break;
case COMPONENT: nSnapshots = ComponentSnapshots(nOrder); break;
case PUBLIC: nSnapshots = PublicSnapshots(pParentLine->nOrder,nOrder); break;
case MODULE: nSnapshots = ModuleSnapshots(pParentLine->nOrder,nOrder); break;
case PROCEDURE: nSnapshots = ProcSnapshots(pParentLine->pParentLine->nOrder,pParentLine->nOrder,nOrder); break;
case LINE: nSnapshots = LineSnapshots(pParentLine->pParentLine->pParentLine->nOrder,
pParentLine->pParentLine->nOrder,nOrder); break;
}
if (nSnapshots<0) nSnapshots = 0;
}
return nSnapshots;
}
void LISTLINE::ClickLine()
{
LONG i=0,iHi;
PLISTLINE pll;
PVIEWPORT pVP;
LINE_KIND lkNew;
PSZ pszCapt;
switch (lineKind)
{
case BOTTOM:
pVP = &VPortComponents;
iHi = nComponents;
lkNew = COMPONENT;
pszCapt = 0;
break;
case COMPONENT:
pVP = &VPortModPub;
if ((iHi = N_Parts(nOrder))>0)
lkNew = MODULE,
pszCapt = "Modules";
else
lkNew = PUBLIC,
pszCapt = "Publics";
iHi = abs(iHi);
break;
case MODULE:
pVP = &VPortProcs;
iHi = N_Proc(pParentLine->nOrder, nOrder);
lkNew = PROCEDURE;
pszCapt = "Procedures";
break;
case PROCEDURE:
pVP = &VPortLines;
ProcBounds(pParentLine->pParentLine->nOrder, pParentLine->nOrder, nOrder, &i, &iHi);
iHi++;
lkNew = LINE;
pszCapt = 0; // Set in GetSourceLine
break;
default: return;
}
pVP->StartUpdate();
for (i; i<iHi; i++)
{
pll = new LISTLINE;
pll->lineKind = lkNew;
pll->nOrder = i;
pll->pParentLine = this;
pVP->AddLine(pll);
}
pVP->EndUpdate(pszCapt);
}
/*-------------------------------------------------------------------------------------------*/
/*------------------------+-/ \-+------ !%%%%%%%%%! ---------*/
/*-------------------------< VIEWPORT class realisation >------- ! !%%%%! ---------*/
/*------------------------+-\ /-+------ !_________! ! ---------*/
/*-------------------------------------------------------------------------------------------*/
VIEWPORT::VIEWPORT(VIEWPORT_KIND vpKind)
{
memset(this,0,sizeof(*this));
this->vpKind = vpKind;
}
VIEWPORT::~VIEWPORT()
{
clear_list();
memset(this,0,sizeof(*this));
}
void VIEWPORT::Init(int nPrfItem)
{
//
// Создает окна, для VP_COMPONENTS - показывает и регистрирует в тасклисте
// QWL_USER у окон - указатель на VIEWPORT
//
if (hFrame) return;
static BOOL f1st = TRUE;
if (f1st)
{
InitHeadwin(hAB);
WinRegisterClass(hAB,VPCLIENTCLASS,(PFNWP)wpVPClient, CS_SIZEREDRAW | CS_CLIPCHILDREN,4);
f1st = FALSE;
}
ULONG fcdata = FCF_NOBYTEALIGN | FCF_TITLEBAR | FCF_SYSMENU | FCF_MINBUTTON |
FCF_MAXBUTTON | FCF_SIZEBORDER | FCF_ICON | FCF_MENU | FCF_ACCELTABLE;
hFrame = WinCreateStdWindow(HWND_DESKTOP,
0,
&fcdata,
VPCLIENTCLASS,
"Components",
WS_VISIBLE,
(HMODULE)NULL,
RES_MAIN,
&hClient);
hList = WinCreateWindow(hClient, WC_LISTBOX, "", WS_VISIBLE | LS_NOADJUSTPOS | LS_HORZSCROLL | LS_OWNERDRAW,
-100, 0, 1, 1, hFrame, HWND_TOP, 1234, 0, NULL);
hHead = WinCreateWindow(hClient, WC_HEADWIN, "", WS_VISIBLE,
-100, 0, 1, 1, hFrame, HWND_TOP, 0, 0, NULL);
if (!hList) exit(5);
this->nPrfItem = nPrfItem;
wpVPFrame(hFrame, MM_SUBCLASS, MPARAM(ULONG(WinSubclassWindow(hFrame, (PFNWP)wpVPFrame))),0);
WinSetWindowULong(hFrame, QWL_USER,ULONG(this));
WinSetWindowULong(hClient, QWL_USER,ULONG(this));
WinSetWindowULong(hList, QWL_USER,ULONG(this));
{
ULONG rgb = 0x00ffffff;
char szF[] = "8.Helv";
WinSetPresParam(hList, PP_BACKGROUNDCOLOR, sizeof(rgb), &rgb);
WinSetPresParam(hList, PP_FONTNAMESIZE, strlen(szF)+1, szF);
}
lNumFract = 4;
lTimeFract = 8;
lTime1Fract = 10;
lNameFract = 28;
dyHead = (int)WinSendMsg(hHead,HM_QUERYOPTHEIGHT,0,0);
HBTNCREATESTRUCT hbs;
memset(&hbs,0,sizeof(hbs));
hbs.lWidth = 5;
hbs.pszText = "#";
hbs.usCmd = HCMD_NUM;
WinSendMsg(hHead,HM_ADDBUTTON,MPARAM(&hbs),0);
hbs.pszText = "Time";
hbs.usCmd = HCMD_TIME;
WinSendMsg(hHead,HM_ADDBUTTON,MPARAM(&hbs),0);
hbs.pszText = "Time";
hbs.usCmd = HCMD_TIME1;
WinSendMsg(hHead,HM_ADDBUTTON,MPARAM(&hbs),0);
hbs.pszText = "Item name";
hbs.usCmd = HCMD_NAME;
WinSendMsg(hHead,HM_ADDBUTTON,MPARAM(&hbs),0);
if (vpKind==VP_COMPONENTS)
{
SWCNTRL SwData;
SwData.hwnd = hFrame;
SwData.hwndIcon = 0;
SwData.hprog = 0;
SwData.idProcess = 0;
SwData.idSession = 0;
SwData.uchVisibility = SWL_VISIBLE;
SwData.fbJump = SWL_JUMPABLE;
SwData.szSwtitle[0] = '\0';
hSwitch = WinAddSwitchEntry(&SwData);
}
WinSendMsg(hFrame,MM_PROFILE,MPARAM(TRUE),MPARAM(nPrfItem));
if (!nPrfItem)
{
WinShowWindow(hFrame,TRUE);
WinSetFocus(HWND_DESKTOP,hList);
}
else WinShowWindow(hFrame,FALSE);
}
void VIEWPORT::Kill()
{
if (hFrame)
{
char sz[100];
WinShowWindow(hFrame,FALSE);
sprintf(sz,PRFKEYNAME "Frame%u",nPrfItem);
WinStoreWindowPos(PRFAPPNAME, sz, hFrame);
clear_list();
WinDestroyWindow(hFrame);
memset(this,0,sizeof(*this));
}
}
void VIEWPORT::StartUpdate()
{
clear_list();
lock_update(TRUE);
}
void VIEWPORT::AddLine(PLISTLINE pLL)
{
int nIt = (int)WinSendMsg(hList, LM_INSERTITEM, MPARAM(LIT_END), MPARAM("???"));
WinSendMsg(hList, LM_SETITEMHANDLE, MPARAM(nIt), MPARAM(pLL));
}
void VIEWPORT::EndUpdate(PSZ pszCapt)
{
WinSendMsg(hList, LM_SELECTITEM, MPARAM(0), MPARAM(TRUE));
BOOL fCont = !!WinSendMsg(hList,LM_QUERYITEMCOUNT,0,0);
// BOOL fHidden = !(WS_VISIBLE & (int)WinQueryWindowULong(hFrame,QWL_STYLE));
// BOOL fHidNew = fCont || vpKind==VP_COMPONENTS;
if (pszCapt) WinSetWindowText(hFrame,pszCapt);
if (!fCont)
switch (vpKind)
{
case VP_COMPONENTS: WinShowWindow(VPortModPub.hFrame,FALSE);
case VP_MODULES: WinShowWindow(VPortProcs.hFrame,FALSE);
case VP_PROCEDURES: WinShowWindow(VPortLines.hFrame,FALSE);
}
MM_ApplyWidths(hFrame,0,0);
Sort(sortMode);
WinShowWindow(hFrame, fCont || vpKind==VP_COMPONENTS);
WinSetWindowPos(hFrame,HWND_TOP,0,0,0,0,SWP_ZORDER);
lock_update(FALSE);
}
SORT_MODE sm;
int _Optlink compare (const void *arg1, const void *arg2)
{
int i=0;
switch(sm)
{
case SORT_TIME:
i = (*(PPLISTLINE)arg2)->nSnapshots - (*(PPLISTLINE)arg1)->nSnapshots;
break;
case SORT_TEXT:
i = sf_stricmp((*(PPLISTLINE)arg1)->pszText ? (*(PPLISTLINE)arg1)->pszText : "",
(*(PPLISTLINE)arg2)->pszText ? (*(PPLISTLINE)arg2)->pszText : "");
break;
}
return i ? i : ((*(PPLISTLINE)arg1)->nOrder - (*(PPLISTLINE)arg2)->nOrder);
}
void VIEWPORT::Sort(SORT_MODE sMode)
{
int nTotal = (int)WinSendMsg(hList,LM_QUERYITEMCOUNT,0,0);
int i = (int)WinSendMsg(hList,LM_QUERYSELECTION,MPARAM(LIT_FIRST),0);
PLISTLINE pllSel = (i==LIT_NONE) ? 0 : (PLISTLINE)WinSendMsg(hList,LM_QUERYITEMHANDLE,MPARAM(i),0);
PLISTLINE *apll = (PLISTLINE*)malloc(nTotal*sizeof(PLISTLINE));
if (!nTotal || !apll) return;
for (i=0; i<nTotal; i++)
if (!(apll[i] = (PLISTLINE)WinSendMsg(hList,LM_QUERYITEMHANDLE,MPARAM(i),0)))
{
free(apll);
return;
}
sortMode = sm = sMode;
qsort(apll,nTotal,sizeof(PLISTLINE),compare);
lock_update(TRUE);
// re-fill listbox
WinSendMsg(hList,LM_DELETEALL,0,0);
int nSel = LIT_NONE;
for (i=0;i<nTotal;i++)
{
int nIt = (int)WinSendMsg(hList, LM_INSERTITEM, MPARAM(LIT_END), MPARAM("???"));
WinSendMsg(hList, LM_SETITEMHANDLE, MPARAM(nIt), MPARAM(apll[i]));
if (apll[i]==pllSel) nSel = i;
}
free(apll);
fLockLMSel++;
if (nSel!=LIT_NONE) WinSendMsg(hList,LM_SELECTITEM,MPARAM(nSel),MPARAM(TRUE));
fLockLMSel--;
lock_update(FALSE);
}
void VIEWPORT::SetCaption (PSZ psz)
{
WinSetWindowText(hFrame,psz);
}
void VIEWPORT::clear_list()
{
if (hList)
{
lock_update(TRUE);
int nIt = (int)WinSendMsg(hList,LM_QUERYITEMCOUNT,0,0);
while (--nIt >= 0)
{
PLISTLINE pLL = (PLISTLINE)WinSendMsg(hList,LM_QUERYITEMHANDLE,MPARAM(nIt),0);
delete pLL;
}
WinSendMsg(hList,LM_DELETEALL,0,0);
lock_update(FALSE);
}
}
void VIEWPORT::lock_update(BOOL fLock)
{
if (fLock) nUpdateLocked++;
else nUpdateLocked--;
if (!nUpdateLocked)
WinInvalidateRect(hList,0,0);
}
MRESULT VIEWPORT::WM_DrawItem (HWND hWnd, MPARAM m1, MPARAM m2)
{
POWNERITEM pow = POWNERITEM(m2);
PLISTLINE pLL = PLISTLINE(pow->hItem);
PVIEWPORT pVP = (PVIEWPORT)WinQueryWindowULong(hWnd,QWL_USER);
if (nUpdateLocked || !pLL || !pVP) return MRESULT(TRUE);
RECTL rc = pow->rclItem;
RECTL rcDraw = rc;
LONG clrFore = CLR_BLACK;
LONG clrBack = CLR_WHITE;
if (pow->fsState){
clrFore = CLR_WHITE;
clrBack = CLR_DARKGRAY;
}
WinFillRect(pow->hps,&rc,clrBack);
rc.yTop--;
GpiSetColor (pow->hps,clrFore);
GpiSetBackColor(pow->hps,clrBack);
int nAbs = pLL->GlobRelTime(); // of HIPERCENT%
int nRel = pLL->ModRelTime(); // of HIPERCENT%
// Номер (xNumFract):
{
rcDraw.xLeft = rc.xLeft + 2;
rcDraw.xRight = rc.xLeft + pVP->xNumFract;
char sz[10]="";
sprintf(sz,"%u.",pLL->QueryOrder()+1); // От '1'
WinDrawText(pow->hps,-1,sz,&rcDraw,0,0, DT_LEFT | DT_VCENTER | DT_TEXTATTRS);
}
// Текст процентов (xTimeFract):
{
rcDraw.xLeft = rc.xLeft + pVP->xNumFract;
rcDraw.xRight = rcDraw.xLeft + pVP->xTimeFract;
char sz[30]="";
if (nAbs<100) sprintf(sz,"%3.1f(",float(nAbs)/10.0);
else sprintf(sz,"%2u(", nAbs/10);
if (nRel<100) sprintf(sz+strlen(sz),"%3.1f)%%",float(nRel)/10.0);
else sprintf(sz+strlen(sz),"%2u)%%", nRel/10);
WinDrawText(pow->hps,-1,sz,&rcDraw,0,0, DT_LEFT | DT_VCENTER | DT_TEXTATTRS);
}
// Поставим градусник (xTime1Fract):
{
LONG dh = (rc.yTop-rc.yBottom)/5 + 1;
rcDraw.yBottom = rc.yBottom + dh;
rcDraw.yTop = rc.yTop-dh;
rcDraw.xLeft = rc.xLeft + pVP->xNumFract + pVP->xTimeFract;
rcDraw.xRight = rcDraw.xLeft + 1 + pVP->xTime1Fract*nAbs/1100;
WinFillRect(pow->hps,&rcDraw,CLR_RED);
rcDraw.xLeft = rcDraw.xRight;
rcDraw.xRight = rcDraw.xLeft + pVP->xTime1Fract*(nRel-nAbs)/1100;
WinFillRect(pow->hps,&rcDraw,CLR_BLUE);
rcDraw = rc;
}
// Текст (xNameFract):
{
rcDraw.xLeft = rc.xLeft + pVP->xNumFract + pVP->xTimeFract + pVP->xTime1Fract;
rcDraw.xRight = rc.xRight; // rcDraw.xLeft + pVP->xNameFract;
WinDrawText(pow->hps,-1,pLL->QueryText(),&rcDraw,0,0, DT_LEFT | DT_VCENTER | DT_TEXTATTRS);
}
pow->fsState = pow->fsStateOld = 0;
return MRESULT(TRUE);
}
MRESULT VIEWPORT::WM_MeasureItem (HWND hWnd, MPARAM m1, MPARAM m2)
{
/*+++ Speed it up! */
FONTMETRICS fm;
HPS hps = WinGetPS(hList);
GpiQueryFontMetrics(hps,sizeof(fm),&fm);
WinReleasePS(hps);
return MRFROM2SHORT((fm.lMaxBaselineExt+fm.lExternalLeading), 10000);
}
MRESULT VIEWPORT::WM_Control (HWND hWnd, MPARAM m1, MPARAM m2)
{
//if (nLockCtrl) return 0;
if (!fLockLMSel && SHORT2FROMMP(m1)==LN_SELECT)
{
int nIt = (int) WinSendMsg(hList,LM_QUERYSELECTION, MPARAM(LIT_FIRST),0);
PLISTLINE pLL = (PLISTLINE)WinSendMsg(hList,LM_QUERYITEMHANDLE,MPARAM(nIt), 0);
if (pLL) pLL->ClickLine();
}
else if (SHORT1FROMMP(m1)==HBN_TRACKING || SHORT1FROMMP(m1)==HBN_SIZE)
MM_ApplyWidths(hWnd,m1,m2);
return 0;
}
MRESULT VIEWPORT::MM_ApplyWidths (HWND hWnd, MPARAM m1, MPARAM m2)
{
lNumFract = xNumFract = (int)WinSendMsg(hHead, HM_QUERYBTNWIDTH, MPFROM2SHORT(HCMD_NUM,TRUE), 0);
lTimeFract = xTimeFract = (int)WinSendMsg(hHead, HM_QUERYBTNWIDTH, MPFROM2SHORT(HCMD_TIME,TRUE), 0);
lTime1Fract = xTime1Fract = (int)WinSendMsg(hHead, HM_QUERYBTNWIDTH, MPFROM2SHORT(HCMD_TIME1,TRUE),0);
lNameFract = xNameFract = (int)WinSendMsg(hHead, HM_QUERYBTNWIDTH, MPFROM2SHORT(HCMD_NAME,TRUE), 0);
WinInvalidateRect(hList,0,0);
return 0;
}
MRESULT VIEWPORT::WM_Command (HWND hWnd, MPARAM m1, MPARAM m2)
{
int s1m1 = SHORT1FROMMP(m1);
PSZ pszF = History.Cmd2File(s1m1);
if (pszF) s1m1 = IDM_FILEOPEN;
switch(s1m1)
{
case IDM_FILEOPEN:
{
FILEDLG fild;
memset(&fild, 0, sizeof(FILEDLG));
if (!pszF)
{
strcpy(fild.szFullFile, "*.xpt");
fild.cbSize = sizeof(FILEDLG);
fild.fl = FDS_CENTER | FDS_OPEN_DIALOG ;
fild.pszTitle = "Open";
if (!WinFileDlg(HWND_DESKTOP, hWnd, &fild) || fild.lReturn!=DID_OK) break;
}
else strcpy(fild.szFullFile,pszF);
if (fClearDBI) ClearDebugInfo();
int rc = LoadDebugInfo (fild.szFullFile);
if (rc>0)
{
char szCapt[CCHMAXPATH+30];
nComponents = rc;
History.AppItem(fild.szFullFile);
sprintf(szCapt,"Components: %s",fild.szFullFile);
VPortComponents.SetCaption(szCapt);
// fClearDBI = TRUE;
}
else
{
char aszErr[7][200] = {"Error","Open prodile data error","Read error profile data error","Read debuf info error",
"Wrong data format error","Not XDS profiler trace file","Unknown error"};
char sz[200+CCHMAXPATH];
sprintf(sz,"%s. \n(File: %s).",aszErr[rc>-6 ? -rc : 6],fild.szFullFile);
WinMessageBox(HWND_DESKTOP, hWnd, sz, "ERROR", 0, MB_ERROR|MB_MOVEABLE|MB_OK);
nComponents = 0;
}
llBottom.ClickLine();
break;
}
case HCMD_NUM: Sort(SORT_ORDER); break;
case HCMD_TIME:
case HCMD_TIME1: Sort(SORT_TIME); break;
case HCMD_NAME: Sort(SORT_TEXT); break;
case IDM_WINPOPALL:
{
for (int i=3; i>=0; i--)
if (apVPorts[i]!=this) WinSetWindowPos(apVPorts[i]->hFrame,HWND_TOP,0,0,0,0,SWP_ZORDER);
WinSetWindowPos(hFrame,HWND_TOP,0,0,0,0,SWP_ZORDER);
break;
}
case IDM_WINCASCADE:
case IDM_WINTILE:
{
int cx = WinQuerySysValue(HWND_DESKTOP,SV_CXSCREEN);
int cy = WinQuerySysValue(HWND_DESKTOP,SV_CYSCREEN);
for (int i=3; i>=0; i--)
{
HWND hFr = apVPorts[i]->hFrame;
if (s1m1==IDM_WINCASCADE)
{
int nPos = (i % 4) + 1;
WinSetWindowPos(hFr,HWND_TOP,cx/10*nPos,cy/10*(5-nPos),cx/2,cy/2,
SWP_ZORDER|SWP_MOVE|SWP_SIZE);
}
else
WinSetWindowPos(hFr,HWND_TOP, (i&1) ? cx/2 : 4, (i&2) ? 4 : cy/2, cx/2-4, cy/2-4,
SWP_ZORDER|SWP_MOVE|SWP_SIZE);
WinSetFocus(HWND_DESKTOP,VPortComponents.hList);
}
break;
}
default:
s1m1 -= IDM_WIN_MIN;
if (s1m1<sizeof(apVPorts)/sizeof(apVPorts[0]))
WinSetFocus(HWND_DESKTOP,apVPorts[s1m1]->hList);
}
return 0;
}
MRESULT VIEWPORT::WM_InitMenu (HWND hWnd, MPARAM m1, MPARAM m2)
{
switch(SHORT1FROMMP(m1))
{
case IDM_WINDOW:
{
LONG i;
HWND hm;
MENUITEM mi;
if (!WinSendMsg(HWND(WinWindowFromID(hFrame,FID_MENU)),MM_QUERYITEM,MPFROM2SHORT(IDM_WINDOW,TRUE),(MPARAM)&mi)) return 0;
if (hm = mi.hwndSubMenu)
for (i=0; i<sizeof(apVPorts)/sizeof(apVPorts[0]);i++)
{
HWND hFr = apVPorts[i]->hFrame;
char sz[CCHMAXPATH+200] = "~1: ???"; sz[1] += i;
BOOL fDisabled = !(WS_VISIBLE & (ULONG)WinQueryWindowULong(hFr,QWL_STYLE));
WinQueryWindowText(hFr,sizeof(sz)-4,sz+4);
WinSendMsg(hm,MM_SETITEMTEXT,MPARAM(IDM_WIN_MIN+i),MPARAM(sz));
WinSendMsg(hm,MM_SETITEMATTR,MPFROM2SHORT(IDM_WIN_MIN+i,TRUE),
MPFROM2SHORT(MIA_DISABLED|MIA_CHECKED, (fDisabled ? MIA_DISABLED : 0)|(this==apVPorts[i] ? MIA_CHECKED : 0)));
}
break;
}
case IDM_FILE:
{
MENUITEM mi;
if (!WinSendMsg(HWND(WinWindowFromID(hFrame,FID_MENU)),MM_QUERYITEM,MPFROM2SHORT(IDM_FILE,TRUE),(MPARAM)&mi)) return 0;
History.InitMenu(mi.hwndSubMenu);
break;
}
default: return WinDefWindowProc(hWnd,WM_INITMENU,m1,m2);
}
return 0;
}
MRESULT VIEWPORT::WM_Size (HWND hWnd, MPARAM m1, MPARAM m2)
{ // Client's size means
RECTL rcl;
WinQueryWindowRect(hClient,&rcl);
int dx = rcl.xRight;
int dy = rcl.yTop;
LONG dyh = min(dyHead,dy);
WinSetWindowPos(hList, 0, 0, 0, dx, dy-dyh, SWP_MOVE|SWP_SIZE|SWP_HIDE);
WinSetWindowPos(hHead, 0, 0, dy-dyh, dx, dyh, SWP_MOVE|SWP_SIZE|SWP_HIDE);
WinShowWindow(hList,TRUE);
WinShowWindow(hHead,TRUE);
int nFrSum;
if (!(nFrSum = lNumFract + lTimeFract + lTime1Fract + lNameFract))
nFrSum=4, lNumFract=lTimeFract=lTime1Fract=lNameFract=1;
int nUsed;
int nBit = dx * lNumFract / nFrSum; nUsed = nBit;
WinSendMsg(hHead, HM_SETBTNWIDTH, MPFROM2SHORT(HCMD_NUM,TRUE), MPARAM(nBit));
nBit = dx * lTimeFract / nFrSum; nUsed += nBit;
WinSendMsg(hHead, HM_SETBTNWIDTH, MPFROM2SHORT(HCMD_TIME,TRUE), MPARAM(nBit));
nBit = dx * lTime1Fract/ nFrSum; nUsed += nBit;
WinSendMsg(hHead, HM_SETBTNWIDTH, MPFROM2SHORT(HCMD_TIME1,TRUE),MPARAM(nBit));
nBit = dx - nUsed;
WinSendMsg(hHead, HM_SETBTNWIDTH, MPFROM2SHORT(HCMD_NAME,TRUE), MPARAM(nBit));
WinSendMsg(hList, MM_APPLYWIDTHS, 0,0);
return 0;
}
/////////////////////////////////// M A I N ( ) ////////////////////////////////////////////////////
int main(int argc, char **argv)
{
MRESULT EXPENTRY wpFrame (HWND hWnd, ULONG ulMsg, MPARAM m1, MPARAM m2);
MRESULT EXPENTRY wpClient (HWND hWnd, ULONG ulMsg, MPARAM m1, MPARAM m2);
Profile_BEGIN();
HMQ hMsgQ;
QMSG qMsg;
if ( ! (hAB = WinInitialize(0)) ||
! (hMsgQ = WinCreateMsgQueue(hAB,32)))
exit (4);
History .Init(IDM_FILEHIST_MIN, IDM_FILEHIST_MAX-1, IDM_FILEHIST_MAX);
VPortComponents.Init(0); // Create windows, show, add switch entry
VPortModPub .Init(1); // Create windows
VPortProcs .Init(2); // Create windows
VPortLines .Init(3); // Create windows
while(WinGetMsg(hAB,&qMsg,0,0,0))
WinDispatchMsg( hAB,&qMsg);
VPortLines .Kill();
VPortProcs .Kill();
VPortModPub .Kill();
VPortComponents.Kill();
History .Kill();
if (fClearDBI) ClearDebugInfo();
WinRemoveSwitchEntry(hSwitch);
WinDestroyMsgQueue(hMsgQ);
WinTerminate(hAB);
}
MRESULT EXPENTRY wpVPFrame(HWND hWnd,ULONG ulMsg, MPARAM m1, MPARAM m2)
{
static PFNWP pWindowProc;
PVIEWPORT pVP = (PVIEWPORT)WinQueryWindowULong(hWnd,QWL_USER);
switch (ulMsg){
case MM_SUBCLASS:
pWindowProc = PFNWP(ULONG(m1));
break;
case MM_PROFILE:
// m1 = TRUE/FALSE - read/write
// m2 = nPrfItem;
{
int nWin = int(m2);
char sz[100];
sprintf(sz,PRFKEYNAME "Frame%u",nWin);
if (!WinRestoreWindowPos(PRFAPPNAME, sz, hWnd))
{
int cx = WinQuerySysValue(HWND_DESKTOP,SV_CXSCREEN);
int cy = WinQuerySysValue(HWND_DESKTOP,SV_CYSCREEN);
int nPos = (nWin % 4) + 1;
WinSetWindowPos(hWnd,HWND_TOP,cx/10*nPos,cy/10*(5-nPos),cx/2,cy/2,
SWP_MOVE|SWP_SIZE|(nWin ? 0 : SWP_SHOW|SWP_ACTIVATE|SWP_ZORDER));
}
}
case WM_MEASUREITEM:
return pVP ? pVP->WM_MeasureItem(hWnd,m1,m2) : (MRESULT)10;
case WM_DRAWITEM:
return pVP ? pVP->WM_DrawItem (hWnd, m1, m2) : 0;
case WM_COMMAND:
if (pVP) return pVP->WM_Command(hWnd,m1,m2);
break;
case WM_CONTROL:
if (pVP) return pVP->WM_Control(hWnd,m1,m2);
break;
default:
return (*pWindowProc)(hWnd,ulMsg,m1,m2);
}
return 0;
}
MRESULT EXPENTRY wpVPClient(HWND hWnd,ULONG ulMsg, MPARAM m1, MPARAM m2)
{
PVIEWPORT pVP = (PVIEWPORT)WinQueryWindowULong(hWnd,QWL_USER);
switch (ulMsg){
case WM_COMMAND: if (pVP) return pVP->WM_Command(hWnd,m1,m2); break;
case WM_CONTROL: if (pVP) return pVP->WM_Control(hWnd,m1,m2); break;
case WM_SIZE: return pVP ? pVP->WM_Size(hWnd,m1,m2) : 0;
case WM_INITMENU: return pVP ? pVP->WM_InitMenu(hWnd,m1,m2) : 0;
default: return WinDefWindowProc(hWnd,ulMsg,m1,m2);
}
return 0;
}
ULONG IOErMsg(APIRET err, HWND hWnd, char *szCapt, char *szErr, char *szFile, ULONG MBF)
// if (hWnd) show message, return MBID_*
// else returns PSZ szError
{
char *psz = szErr;
switch((ULONG)err)
{
case 1: psz = "Invalid funstion number"; break;
case 2: psz = "File not found"; break;
case 3: psz = "Path not found"; break;
case 4: psz = "Too many opened files (no handles left)"; break;
case 5: psz = "Access denied"; break;
case 6: psz = "Invalid handle"; break;
case 8: psz = "Insufficient memory"; break;
case 10: psz = "Invalid environment"; break;
case 11: psz = "Invalid format"; break;
case 12: psz = "Invalid access"; break;
case 13: psz = "Invalid data"; break;
case 19: psz = "Disk is write protected"; break;
case 26: psz = "Uniknown media type"; break;
case 29: psz = "Write fault"; break;
case 32: psz = "Sharing violation"; break;
case 33: psz = "Lock violation"; break;
case 36: psz = "Sharing buffer overflov"; break;
case 82: psz = "Cannot make directory entry"; break;
case 84: psz = "Too many pipes"; break;
case 87: psz = "Invalid parameter"; break;
case 89: psz = "No process slots available"; break;
case 95: psz = "Interrupted system call"; break;
case 99: psz = "Device in use"; break;
case 108: psz = "Drive locked by another process"; break;
case 109: psz = "Broken pipe"; break;
case 110: psz = "Open/create failed due to explicit fail command"; break;
case 112: psz = "No enough space on the disk"; break;
case 114: psz = "Invalid target handle"; break;
case 127: psz = "Procedure address not found"; break;
case 182: psz = "Invalid ordinal"; break;
case 190: psz = "Invalid module type"; break;
case 191: psz = "Invalid EXE signature"; break;
case 192: psz = "EXE marked invalid"; break;
case 195: psz = "Invalid minimum allocation size"; break;
case 196: psz = "Dynamic link from invalid privilege level"; break;
case 206: psz = "File name or extention is greater than 8.3 characters"; break;
case 231: psz = "Pipe is busy"; break;
}
static char szErrMsg[CCHMAXPATH+150];
if (psz != szErr) sprintf(szErrMsg, "Error %u: %s", int(err), psz);
else strcpy(szErrMsg, psz);
if (szFile && szFile[0])
{
strcat(szErrMsg," (File ");
strcat(szErrMsg,szFile);
strcat(szErrMsg,")");
}
if (hWnd) return WinMessageBox(HWND_DESKTOP, hWnd, szErrMsg, szCapt, 0, MB_ERROR|MB_MOVEABLE|MBF);
else return ULONG(szErrMsg);
}
//-------------------------------------
HISTORY:: HISTORY() {memset(this,0,sizeof(*this));}
HISTORY::~HISTORY() {sf_freelist(pllHist); pllHist = 0;}
void HISTORY::Init(int nMinCmd, int nMaxCmd, int nSeparator)
{
sf_freelist(pllHist);
pllHist = 0;
this->nMinCmd = nMinCmd;
this->nMaxCmd = nMaxCmd;
this->nSeparator = nSeparator;
char *pchBuf = 0;
ULONG ulSize = 0;
if ( !PrfQueryProfileSize(HINI_USERPROFILE,PRFAPPNAME,PRFKEYNAME "Hist",&ulSize)
|| !ulSize
|| !(pchBuf=(char*)malloc(ulSize+1))
|| !PrfQueryProfileData(HINI_USERPROFILE,PRFAPPNAME,PRFKEYNAME "Hist",pchBuf,&ulSize)
)
{
free(pchBuf);
return;
}
pchBuf[ulSize] = '\0';
LONG lN = *(PLONG)pchBuf;
int nCmd = nMinCmd;
for (PSZ psz=pchBuf+sizeof(lN); psz<pchBuf+ulSize && lN>0 && nCmd++<=nMaxCmd; psz += strlen(psz)+1, lN--)
pllHist = sf_applist(pllHist,psz);
free(pchBuf);
}
void HISTORY::Kill()
{
// Writes the hispory as N,"text1",...,"textN"
// N is a LONG, text(s) are z-terminated lines
LINELIST *pll;
char *pchBuf;
LONG lSize = 0;
LONG lN = 0;
for (pll=pllHist; pll; pll=pll->next,lN++)
lSize += strlen(pll->text)+1;
if (pchBuf=(char*)malloc(lSize+sizeof(lN)))
{
*PLONG(pchBuf) = lN;
char *pchTarg = pchBuf+sizeof(lN);
for (pll=pllHist; pll; pll=pll->next)
{
strcpy(pchTarg,pll->text);
pchTarg += strlen(pchTarg)+1;
}
PrfWriteProfileData(HINI_USERPROFILE,PRFAPPNAME,PRFKEYNAME "Hist",pchBuf,pchTarg-pchBuf);
free(pchBuf);
}
else PrfWriteProfileData(HINI_USERPROFILE,PRFAPPNAME,PRFKEYNAME "Hist",NULL,0);
}
void HISTORY::InitMenu(HWND hm)
{
LONG i;
MENUITEM mi;
PLINELIST pll;
WinSendMsg(hm,MM_DELETEITEM,MPFROM2SHORT(nSeparator,FALSE),0);
for (i=nMinCmd; i<=nMaxCmd; i++)
WinSendMsg(hm,MM_DELETEITEM,MPFROM2SHORT(i,FALSE),0);
if (!pllHist) return;
memset(&mi,0,sizeof(mi));
mi.iPosition = MIT_END;
mi.afStyle = MIS_SEPARATOR;
mi.id = nSeparator;
WinSendMsg(hm,MM_INSERTITEM,MPARAM(&mi),MPARAM(""));
for (pll=pllHist, i=nMinCmd; pll && i<=nMaxCmd; pll=pll->next, i++)
{
mi.afStyle = MIS_TEXT;
mi.id = i;
WinSendMsg(hm,MM_INSERTITEM,MPARAM(&mi),MPARAM(pll->text));
}
}
PSZ HISTORY::Cmd2File(int nCmd)
{
PLINELIST pll;
int i;
for (pll=pllHist, i=nMinCmd; pll && i<=nMaxCmd; pll=pll->next, i++)
if (i==nCmd) return pll->text;
return 0;
}
void HISTORY::AppItem(PSZ pszIt)
{
PLINELIST *ppll;
PLINELIST pll;
int i;
if(!pszIt || !*(pszIt=sf_skipspaces(pszIt))) return;
for (ppll=&pllHist; *ppll; ppll=&(*ppll)->next)
if (!sf_stricmp((*ppll)->text,pszIt))
{
sf_cutlist(ppll);
break;
}
for (pll=pllHist, i=nMinCmd; pll; pll=pll->next, i++)
if (i>=nMaxCmd-1)
{
sf_freelist(pll->next);
pll->next = 0;
break;
}
pll = sf_applist(0,pszIt);
pll->next = pllHist;
pllHist = pll;
}
| [
"klvov@excelsior-usa.com"
] | klvov@excelsior-usa.com |
005fbf5493edb025ef21de25eb5f58ad1ca78ca2 | 47d51d42fe3adad24e734c435b42890c3b42fad4 | /include/CpuEagerSolver.h | 84d7e0fb1520229a3cc158462cded762d93ee96c | [] | no_license | sstewart2012/peticodiac | 3a9b0364cc789a7fbdac5e7355c045ac843c3d9f | 6a546de15d1e5a60b0e2d68ae76dfd412db8e514 | refs/heads/master | 2021-01-20T18:28:35.996320 | 2017-05-09T12:11:23 | 2017-05-09T12:11:23 | 63,481,781 | 1 | 1 | null | 2017-05-09T12:11:24 | 2016-07-16T12:24:06 | C++ | UTF-8 | C++ | false | false | 561 | h | #ifndef CPUEAGERSOLVER_H_
#define CPUEAGERSOLVER_H_
#include <omp.h>
#include "CpuSolver.h"
namespace solver {
template <typename T>
class CpuEagerSolver : public CpuSolver<T> {
public:
CpuEagerSolver(const int num_vars, const int max_num_constrs);
virtual ~CpuEagerSolver();
protected:
virtual void update_assignment() override;
virtual inline T get_assignment(const int idx) const override {
assert(idx < this->num_vars());
return this->assigns_[idx];
}
};
} // namespace solver
#endif /* CPUEAGERSOLVER_H_ */
| [
"tianyuyang658@yahoo.com"
] | tianyuyang658@yahoo.com |
71bf6856c6d006aa24dbb85be246f981dd69ff7a | e753f8ab10eb6732f272217169e48ab4754295ee | /audio/geonkick-lv2/dragonfly/patch-src_envelope.cpp | e2702b5045da67bbada2545007a24eb7c07334ae | [
"BSD-2-Clause"
] | permissive | DragonFlyBSD/DPorts | dd2e68f0c11a5359bf1b3e456ab21cbcd9529e1c | 4b77fb40db21fdbd8de66d1a2756ac1aad04d505 | refs/heads/master | 2023-08-12T13:54:46.709702 | 2023-07-28T09:53:12 | 2023-07-28T09:53:12 | 6,439,865 | 78 | 52 | NOASSERTION | 2023-09-02T06:27:16 | 2012-10-29T11:59:35 | null | UTF-8 | C++ | false | false | 241 | cpp | --- src/envelope.cpp.orig 2019-08-09 08:41:12 UTC
+++ src/envelope.cpp
@@ -26,6 +26,7 @@
#include <iomanip>
#include <math.h>
+#include <cmath> // for std::llround()
Envelope::Envelope(const RkRect &area)
: drawingArea{area}
| [
"nobody@home.ok"
] | nobody@home.ok |
d555ca442d90fa3896ab62f3de42cca492c3fc87 | 977397ddaca3c257e8c087e9c47e8ab83cb35a5d | /MxCompiler/MxCompiler/ir_printer.cpp | 58430d0e819dd8edf8dd7896d37426123eec31c3 | [] | no_license | sparkmxy/MX_star-Compiler | 9be0ebdb93d0855300f4f68652d83e87bf28c9bc | 9f14ab68a54d7f5430bde5eb6ed613e311ee79fa | refs/heads/master | 2020-12-15T20:20:25.216282 | 2020-06-12T16:29:07 | 2020-06-12T16:29:07 | 235,243,306 | 6 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 5,240 | cpp | #include "ir_printer.h"
void IR_Printer::print()
{
//os << "IR code: \n";
visit(ir.get());
//os << "------------------------------------------------------------\n";
}
void IR_Printer::visit(IR * ir)
{
auto glbVars = ir->getGlbVars();
// Global variables
for (auto &var : glbVars)
os << "@" << getName(var.get()) << '\n';
// StringConstants
auto strings = ir->getStringConstants();
for (auto &str : strings)
os << "@" << getName(str->getReg().get()) << " = \"" << str->getText() << "\"\n";
auto functions = ir->getFunctions();
for (auto &f : functions) f->accept(*this);
}
void IR_Printer::visit(Function * f)
{
auto retType = f->isVoid() ? "void" : "i32";
os << "def @" << f->getName() << ' '; // Do we need to care about return type?
auto args = f->getArgs();
if (f->getObjRef() != nullptr)
args.insert(args.begin(), std::static_pointer_cast<Register>(f->getObjRef()));
for (auto &arg : args) {
arg->accept(*this);
os << ' ';
}
os << " { \n";
auto blocks = f->getBlockList();
for (auto &block : blocks) block->accept(*this);
os << "}\n";
}
void IR_Printer::visit(BasicBlock * b)
{
os << '$' << getLabel(b) << ":\n";
for (auto instr = b->getFront(); instr != nullptr; instr = instr->getNextInstr()) {
os << " ";
instr->accept(*this);
os << '\n';
}
}
void IR_Printer::visit(Quadruple * q)
{
std::string op;
auto op_tag = q->getOp();
switch (op_tag) // op = op_tag.toString()
{
case Quadruple::ADD: op = "add";
break;
case Quadruple::MINUS: op = "sub";
break;
case Quadruple::TIMES: op = "mul";
break;
case Quadruple::DIVIDE: op = "div";
break;
case Quadruple::MOD: op = "mod";
break;
case Quadruple::LESS: op = "slt";
break;
case Quadruple::LEQ: op = "sle";
break;
case Quadruple::GREATER: op = "sgt";
break;
case Quadruple::GEQ: op = "sge";
break;
case Quadruple::NEQ: op = "sne";
break;
case Quadruple::EQ: op = "seq";
break;
case Quadruple::LSHIFT: op = "shl";
break;
case Quadruple::RSHIFT: op = "shr";
break;
case Quadruple::BITAND: op = "and";
break;
case Quadruple::BITOR: op = "or";
break;
case Quadruple::BITXOR: op = "xor";
break;
case Quadruple::NEG: op = "neg";
break;
case Quadruple::INV: op = "inv";
break;
case Quadruple::LOAD: op = "load";
break;
case Quadruple::STORE: op = "store";
break;
case Quadruple::MOVE: op = "mov";
break;
default:
throw Error("Printer: Undefined operation");
}
os << op << " ";
q->getDst()->accept(*this);
os << " ";
q->getSrc1()->accept(*this);
auto src2 = q->getSrc2();
if (src2 != nullptr) {
os << " ";
src2->accept(*this);
}
}
void IR_Printer::visit(Branch * b)
{
os << "br ";
b->getCondition()->accept(*this);
os << " " << getLabel(b->getTrueBlock().get()) << " " << getLabel(b->getFalseBlock().get());
}
// call obj return_type args
void IR_Printer::visit(Call * c)
{
os << "call ";
if (c->getResult() != nullptr) { // call with a return value
c->getResult()->accept(*this);
os << " ";
}
else os << "null ";
os << c->getFunction()->getName() << " ";
if (c->getObjRef() != nullptr) {
c->getObjRef()->accept(*this);
os << " ";
}
auto args = c->getArgs();
for (auto &arg : args) {
arg->accept(*this);
os << " ";
}
}
void IR_Printer::visit(Malloc * m)
{
os << "malloc ";
m->getPtr()->accept(*this);
os << " ";
m->getSize()->accept(*this);
}
void IR_Printer::visit(Return * r)
{
os << "ret ";
if (r->getValue() != nullptr) r->getValue()->accept(*this);
}
void IR_Printer::visit(Jump * j)
{
os << "jmp " << getLabel(j->getTarget().get());
}
void IR_Printer::visit(PhiFunction * p)
{
os << "phi ";
p->getDst()->accept(*this);
os << " ";
auto options = p->getRelatedRegs();
os << options.size() << " ";
for (auto &opt : options) {
if (opt.first == nullptr) std::make_shared<Immediate>(0)->accept(*this);
else opt.first->accept(*this);
os << " ";
os << getLabel(opt.second.lock().get()) << " ";
}
}
void IR_Printer::visit(Register * r)
{
// should we make global vars different?
if (r->isGlobal()) os << "@" << getName(r);
else os << "%" << getName(r);
}
void IR_Printer::visit(StaticString * s)
{
os << "@" << getName(s->getReg().get());
}
void IR_Printer::visit(Immediate * i)
{
os << '#' << i->getValue();
}
std::string IR_Printer::getName(Register * reg)
{
if (nameForReg.find(reg) == nameForReg.end()) return newRegName(reg);
return nameForReg[reg];
}
std::string IR_Printer::newRegName(Register *reg)
{
std::string newNameBase = reg->getName() == "" ? "t" : reg->getName();
// it could be a temperory register with no name, we name it "t"
auto newName = newNameBase + std::to_string(nameCounter[newNameBase]);
nameCounter[newNameBase]++;
nameForReg[reg] = newName;
return newName;
}
std::string IR_Printer::getLabel(BasicBlock * block)
{
if (block == nullptr) return ""; //is this ok?
if (label.find(block) == label.end()) return newLabel(block);
return label[block];
}
std::string IR_Printer::newLabel(BasicBlock * block)
{
std::string labelBase = block->toString();
auto new_label = labelBase + std::to_string(nameCounter[labelBase]);
nameCounter[labelBase]++;
label[block] = new_label;
return new_label;
}
| [
"sparkmxy@sjtu.edu.cn"
] | sparkmxy@sjtu.edu.cn |
f799e9e2b7d271b5186b3d5bbddc0bcb77d30f94 | 00ae567d08cba98beb6360a6f275fa52a6788ca3 | /os_cp/src/reader.hpp | be715188cf874e8e5f2f123fe85d7e43604b1c7f | [] | no_license | mr-ilin/os | 03827d2669da4cc9d2b8eb9191304466cdde109e | c712141397982dd1544b747983f3ff720ad04808 | refs/heads/main | 2023-07-30T03:12:41.699563 | 2021-09-17T11:31:35 | 2021-09-17T11:31:35 | 407,515,763 | 0 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 632 | hpp | //
// reader.hpp
// os_kp_Xcode
//
// Created by Илья Ильин on 29.12.2020.
//
#pragma once
#include <vector>
#include <string>
#include <memory>
#include "document.hpp"
class Reader {
private:
const unsigned long long _critical_size; // in bytes
unsigned long long _current_size;
std::vector< std::unique_ptr<Document> > _docs;
public:
Reader(const std::vector<std::string>& files_paths, const unsigned long long critical_size);
// ~Reader();
void PrintDoc(const std::string& file_name) const;
void PrintAll() const;
void PrintFilesList() const;
};
| [
"mr.ilin14@gmail.com"
] | mr.ilin14@gmail.com |
67e199f18f53cb3df960fbe04c1d5e42ea7dce84 | 8fca09e098da3cdefae5341f182e3bbfc5a755fb | /PromptYN.cpp | 547faef352c1cc5c770d5a25942b4b741774ead9 | [] | no_license | TheDitis/HangMan | ff056bdfac7beabbc56b67ef8c89b42940bde3c7 | e562ae6921174242c3eaa6e747868e89c8850105 | refs/heads/master | 2022-11-23T08:15:44.583243 | 2020-07-26T03:53:32 | 2020-07-26T03:53:32 | 282,569,896 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,282 | cpp | /* Author: Ryan McKay
* Date: 07/24/2020
* File Name: myfuncts.cpp
* Class: CSC160-470
* Summary: definition of PromptYN function and its helper functions
*/
#include <string>
#include <cctype>
#include <algorithm>
#include "PromptYN.h"
std::string lowercase(string str) // helper function for converting inputs to lowercase
{
for (char & i : str) // looping through the characters in a string
{
i = std::tolower(i); // we can modify the original through i since we defined it as a reference
}
return str; // output the lowercase string
}
bool isIn(std::string item, std::string arr[], int arrayLength)
{
item = lowercase(item); // convert input to lowercase for comparison
for (int i = 0; i < arrayLength; ++i) // for each item in the array
{
if (item == arr[i]) // if the all-lowercase version of the typed reply matches the current list item:
{
return true; // return true indicating a match!
}
}
return false; // in the case that no matches were made (return never called) return false
}
int PromptYN(std::string reply)
{
const int N_PLAY_REPLIES = 5;
const int N_STOP_REPLIES = 7;
std::string playReplies [N_PLAY_REPLIES] = {"yes", "yea", "sure", "ok", "y"}; // array of lowercase versions of proper play responses
std::string stopReplies [N_STOP_REPLIES] = {"no", "nah", "quit", "stop", "terminate", "n", "q"}; // array of lowercase versions of proper stop responses
char play = isIn(reply, playReplies, N_PLAY_REPLIES) ? 'y' : 'e'; // if reply belongs to playReplies, set play to y (for yes), else to e (for error)
play = isIn(reply, stopReplies, N_STOP_REPLIES) ? 'n' : play; // if reply belongs to stopReplies, reassign play to n, otherwise maintain previous assignment
// std::cout << "myfuncts out: " << reply << " " << play << std::endl; // for debugging purposes, output info to console
if (play == 'y') // if user entered something that is in playReplies:
{
return PLAY; // return variable for continuation
}
else if (play == 'n')
{
return STOP; // return variable for ending the game
}
else
{
return ERROR; // return variable for indicating an bad input or error
}
}
| [
"ryanscottmckay@gmail.com"
] | ryanscottmckay@gmail.com |
f0896c4c89b245d5921747f41f8beedc0a8edbf1 | a5d511f5dc6f5173f2d0104f6096d15360b55e1a | /Tetris5/inc/Model.hpp | f795bc711e6cf81ef29242b8c0a0620ec8116a06 | [] | no_license | agr6002/Tetris1 | e0e4347dc69c0272d9d7993a16d21e6c2a4b24ec | 7e3852a28db64620084e116293a2536f5c4114f9 | refs/heads/main | 2023-06-15T02:07:17.108035 | 2021-07-04T01:09:43 | 2021-07-04T01:09:43 | 382,737,305 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,395 | hpp | #pragma "once"
#include <algorithm>
#include <iostream>
#include <stdio.h>
#include "SDL.h"
#include "SDL_mixer.h"
#include "Block.hpp"
#include "Config.hpp"
#include "Color.hpp"
#include "Piece.hpp"
#include "Vec2.hpp"
class Model
{
public:
Model();
~Model();
bool Initialize();
void Run();
bool CheckPieceDrop(int dx, int dy);
void CopyPiece();
void ClearLine(int r);
void CheckLine();
void CreateNewPiece();
void LoadData();
Uint32 fallDelayFast = Config::fallDelayFast;
Uint32 fallDelayRegular = Config::fallDelayRegular;
bool isDropping = false;
Uint32 timeDelayed = 0;
Uint32 timePrior = 0;
int blockSize = 0;
SDL_Renderer *renderer = nullptr;
int numBoardCols = Config::numBoardCols;
int numBoardRows = Config::numBoardRows;
Block *blocks[Config::numBoardRows][Config::numBoardCols];
Piece *piece = nullptr;
int numDisplayCols = Config::numDisplayCols;
int numDisplayRows = Config::numDisplayRows;
SDL_Window *window = nullptr;
int windowHeight = 0;
int windowWidth = 0;
Color &wallColor = Color::gray;
int numOfSoundEffects = 2;
char const *MUSIC_FILE = "media/music-1.ogg";
char const *SOUND_EFFECTS_FILE[2] = {"media/selection.wav", "media/line.wav"};
Mix_Music *music = NULL;
Mix_Music *sound_effects[2] = {NULL, NULL};
bool isRunning = true;
}; | [
"noreply@github.com"
] | agr6002.noreply@github.com |
6395ef0c24c1c3bd6375dc76aba16c005ea4ae99 | 7d8ecc2e977e509d48944940f6ff35c913d7a510 | /core/conversion/converters/impl/linear.cpp | 3802b56e5457040583cfa25d3c7834c6ab238431 | [
"BSD-2-Clause"
] | permissive | bddppq/TRTorch | e0ee2926d4f3a1c80683e399b1e078a4086d25ab | 60ee9c6c8e8804606296e1ae3486effe1bbb063b | refs/heads/master | 2021-03-31T16:11:44.301941 | 2020-03-17T04:52:47 | 2020-03-17T04:52:47 | 248,118,711 | 0 | 0 | BSD-3-Clause | 2020-03-18T02:20:21 | 2020-03-18T02:20:21 | null | UTF-8 | C++ | false | false | 3,007 | cpp | #pragma once
#include "core/util/prelude.h"
#include "core/conversion/converters/converters.h"
namespace trtorch {
namespace core {
namespace conversion {
namespace converters {
namespace impl {
namespace {
auto linear_registrations = RegisterNodeConversionPatterns()
.pattern({
"aten::linear(Tensor input, Tensor weight, Tensor? bias = None) -> (Tensor)",
[](ConversionCtx* ctx, const torch::jit::Node* n, args& args) -> bool {
// PyTorch follows in: Nx*xIN, W: OUTxIN, B: OUT, out: Nx*xOUT
// TensorRT inserts a flatten in when following conv
auto in = args[0].ITensor();
auto shape = util::toVec(in->getDimensions());
LOG_DEBUG("Input tensor shape: " << in->getDimensions());
TRTORCH_ASSERT(shape.size() >= 2, "aten::linear expects input tensors to be of shape [N,..., in features], but found input Tensor less than 2D");
if (shape.size() < 4) {
// Flatten
std::vector<int64_t> new_shape;
new_shape.push_back(shape[0]);
new_shape.push_back(1);
new_shape.push_back(1);
new_shape.push_back(util::volume(util::toDims(shape)));
auto new_dims = util::toDims(new_shape);
LOG_DEBUG("Input shape is less than 4D got: " << util::toDims(shape) << ", inserting shuffle layer to reshape to 4D tensor shape: " << new_dims);
auto in_shuffle = ctx->net->addShuffle(*in);
in_shuffle->setReshapeDimensions(new_dims);
in_shuffle->setName((util::node_info(n) + " [Input Reshape to " + util::toStr(new_dims) + ']').c_str());
in = in_shuffle->getOutput(0);
}
auto w_tensor = args[1].IValue()->toTensor();
Weights w = Weights(ctx, w_tensor);
nvinfer1::ILayer* new_layer;
if (!args[2].IValue()->isNone()) {
Weights b(ctx, args[2].IValue()->toTensor());
new_layer = ctx->net->addFullyConnected(*in, w.num_output_maps, w.data, b.data);
} else {
LOG_DEBUG("There is no bias for the linear layer");
new_layer = ctx->net->addFullyConnected(*in, w.num_output_maps, w.data, Weights().data);
}
TRTORCH_CHECK(new_layer,"Unable to create linear layer from node: " << *n);
new_layer->setName(util::node_info(n).c_str());
auto out_value = n->outputs()[0];
auto out_tensor = new_layer->getOutput(0);
out_tensor->setName(out_value->debugName().c_str());
ctx->value_tensor_map[out_value] = out_tensor;
LOG_DEBUG("Output tensor shape: " << out_tensor->getDimensions());
return true;
}
});
} // namespace
} // namespace impl
} // namespace converters
} // namespace conversion
} // namespace core
} // trtorch
| [
"narens@nvidia.com"
] | narens@nvidia.com |
18b6d2af43ea08e09cfb7d564e62404f01a2418c | d15b49fce4b3f1a5e5c39a29b8ef86936bd02112 | /Computer Purchase Return.cpp | 56c7b1185a1cf35f500c928cf3921eb5e52b7cee | [] | no_license | ailyanlu1/Competitive-Programming-Solutions | 45ad3e6a7812f6cac126463f7c1391566f2d4ec7 | 9016c740e18928be38b67470e125359058c203a5 | refs/heads/master | 2020-03-26T13:03:47.201438 | 2018-08-15T04:10:59 | 2018-08-15T04:10:59 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 936 | cpp | #include <bits/stdc++.h>
#define ll long long
#define MAXN 3010
#define min(a, b) (a) < (b) ? (a) : (b)
#define max(a, b) (a) < (b) ? (b) : (a)
#define vi vector<int>
#define pb push_back
#define pii pair<int, int>
#define mp make_pair
#define f first
#define s second
#define mii map<int, int>
#define umii unordered_map<int, int>
using namespace std;
int T, N, c[MAXN], v[MAXN], t[MAXN], B, DP[MAXN][6];
vector<pii> parts[MAXN];
int main () {
cin.sync_with_stdio(0);
cin.tie(0);
cin >> T >> N;
for (int i=0; i<N; i++) {
cin >> c[i] >> v[i] >> t[i];
parts[t[i]].pb(mp(c[i], v[i]));
}
cin >> B;
for (int i=1; i<=T; i++) {
for (size_t j=0; j<parts[i].size(); j++) {
pii &next = parts[i][j];
int cost = next.f;
int val = next.s;
for (int k=0; k<=B; k++) if (cost <= k && ~DP[k - cost][i - 1]) DP[k][i] = max(DP[k][i], max(DP[k][i - 1], val + DP[k - cost][i - 1]));
}
}
cout << DP[B][T] << "\n";
return 0;
} | [
"noreply@github.com"
] | ailyanlu1.noreply@github.com |
f0b75ebdf0c2258d78c60c1f46db4135ddbef511 | cfeac52f970e8901871bd02d9acb7de66b9fb6b4 | /generated/src/aws-cpp-sdk-rolesanywhere/source/model/UpdateTrustAnchorRequest.cpp | 9cc229a077abb94afd101335a977641cefa8f49f | [
"Apache-2.0",
"MIT",
"JSON"
] | permissive | aws/aws-sdk-cpp | aff116ddf9ca2b41e45c47dba1c2b7754935c585 | 9a7606a6c98e13c759032c2e920c7c64a6a35264 | refs/heads/main | 2023-08-25T11:16:55.982089 | 2023-08-24T18:14:53 | 2023-08-24T18:14:53 | 35,440,404 | 1,681 | 1,133 | Apache-2.0 | 2023-09-12T15:59:33 | 2015-05-11T17:57:32 | null | UTF-8 | C++ | false | false | 811 | cpp | /**
* Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.
* SPDX-License-Identifier: Apache-2.0.
*/
#include <aws/rolesanywhere/model/UpdateTrustAnchorRequest.h>
#include <aws/core/utils/json/JsonSerializer.h>
#include <utility>
using namespace Aws::RolesAnywhere::Model;
using namespace Aws::Utils::Json;
using namespace Aws::Utils;
UpdateTrustAnchorRequest::UpdateTrustAnchorRequest() :
m_nameHasBeenSet(false),
m_sourceHasBeenSet(false),
m_trustAnchorIdHasBeenSet(false)
{
}
Aws::String UpdateTrustAnchorRequest::SerializePayload() const
{
JsonValue payload;
if(m_nameHasBeenSet)
{
payload.WithString("name", m_name);
}
if(m_sourceHasBeenSet)
{
payload.WithObject("source", m_source.Jsonize());
}
return payload.View().WriteReadable();
}
| [
"sdavtaker@users.noreply.github.com"
] | sdavtaker@users.noreply.github.com |
33fb46ba6df69f848367238adfa731ede5ed67c9 | d324b3d4ce953574c5945cda64e179f33c36c71b | /php/php-sky/grpc/src/compiler/cpp_generator_helpers.h | 7a5eb9ac49d3cc0500774296a2c3a70fff9c517b | [
"Apache-2.0"
] | permissive | Denticle/docker-base | decc36cc8eb01be1157d0c0417958c2c80ac0d2f | 232115202594f4ea334d512dffb03f34451eb147 | refs/heads/main | 2023-04-21T10:08:29.582031 | 2021-05-13T07:27:52 | 2021-05-13T07:27:52 | 320,431,033 | 1 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 2,230 | h | /*
*
* Copyright 2015 gRPC authors.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
*/
#ifndef GRPC_INTERNAL_COMPILER_CPP_GENERATOR_HELPERS_H
#define GRPC_INTERNAL_COMPILER_CPP_GENERATOR_HELPERS_H
#include <map>
#include "src/compiler/config.h"
#include "src/compiler/generator_helpers.h"
namespace grpc_cpp_generator {
inline std::string DotsToColons(const std::string& name) {
return grpc_generator::StringReplace(name, ".", "::");
}
inline std::string DotsToUnderscores(const std::string& name) {
return grpc_generator::StringReplace(name, ".", "_");
}
inline std::string ClassName(const grpc::protobuf::Descriptor* descriptor,
bool qualified) {
// Find "outer", the descriptor of the top-level message in which
// "descriptor" is embedded.
const grpc::protobuf::Descriptor* outer = descriptor;
while (outer->containing_type() != NULL) outer = outer->containing_type();
const std::string& outer_name = outer->full_name();
std::string inner_name = descriptor->full_name().substr(outer_name.size());
if (qualified) {
return "::" + DotsToColons(outer_name) + DotsToUnderscores(inner_name);
} else {
return outer->name() + DotsToUnderscores(inner_name);
}
}
// Get leading or trailing comments in a string. Comment lines start with "// ".
// Leading detached comments are put in front of leading comments.
template <typename DescriptorType>
inline std::string GetCppComments(const DescriptorType* desc, bool leading) {
return grpc_generator::GetPrefixedComments(desc, leading, "//");
}
} // namespace grpc_cpp_generator
#endif // GRPC_INTERNAL_COMPILER_CPP_GENERATOR_HELPERS_H
| [
"root@localhost.localdomain"
] | root@localhost.localdomain |
3fd6faf125709fc3a944f1e04d6cda20c3e714cf | ead5c32ff8cf5ce04c35603cc7698904e1536be4 | /revfe/pluginclass.h | 46e7a5a22575bae1d28be0b9a521e73dc095e743 | [] | no_license | malcom2073/revfe | 7bda0386f4fb0d24b24414c724ddfcf7f768fd8e | 775a9a3efb11aa8f59210b3b440542acd61e8f58 | refs/heads/master | 2021-01-23T15:52:59.247127 | 2012-03-24T13:12:31 | 2012-03-24T13:12:31 | 33,929,251 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,187 | h | /***************************************************************************
* Copyright (C) 2009 by Michael Carpenter (malcom2073) *
* mcarpenter@interforcesystems.com *
* *
* This program is free software; you can redistribute it and/or modify *
* it under the terms of the GNU General Public License as published by *
* the Free Software Foundation; either version 2 of the License, or *
* (at your option) any later version. *
* *
* This program is distributed in the hope that it will be useful, *
* but WITHOUT ANY WARRANTY; without even the implied warranty of *
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the *
* GNU General Public License for more details. *
* *
* You should have received a copy of the GNU General Public License *
* along with this program; if not, write to the *
* Free Software Foundation, Inc., *
* 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. *
***************************************************************************/
#ifndef PLUGINCLASS_H
#define PLUGINCLASS_H
#include <QObject>
#include <QString>
#include "pluginthreadclass.h"
#include "baseinterface.h"
#include "ipcmessage.h"
#include <QPluginLoader>
class PluginClass : public QObject
{
Q_OBJECT
public:
PluginClass();
PluginClass(QObject *p,QString n,QString f);
PluginClass(QString f);
void startThreaded();
void startUnThreaded();
void passPluginMessage(QString,IPCMessage);
void passPluginMessageBlocking(QString,IPCMessage);
void passPluginMessage(QString,IPCMessage,bool);
QString getName() { return pluginName; }
QString getFileName() { return pluginFileName; }
bool IsThreaded() { return isThreaded; }
void reload();
void setName(QString name) { pluginName = name; }
bool IsInitStarted() { return isInitStarted; }
bool IsInitCompleted() { return isInitCompleted; }
bool IsRegistered() { return registered; }
void unloadPlugin();
bool isLoaded() { return isPluginLoaded; }
private:
bool isPluginLoaded;
bool registered;
bool isThreaded;
bool isInitStarted;
bool isInitCompleted;
PluginThreadClass *threadedPluginObject;
BaseInterface *pluginObject;
QString pluginName;
QString pluginFileName;
QPluginLoader loader;
signals:
void passPluginMessageSignal(QString,IPCMessage);
void passCoreModel(QString,QObject*);
void passCoreGUIItem(QObject *item);
void passPluginMessageSignalBlocking(QString,IPCMessage);
void passCoreMessageBlocking(QString,IPCMessage);
void passCoreMessage(QString,IPCMessage);
void pluginLoadFail(QString pluginFileName);
private slots:
//void passPluginMessage(QString,IPCMessage,bool);
//void passCoreMessage(QString,IPCMessage);
};
#endif //PLUGINCLASS_H
| [
"malcom2073@gmail.com"
] | malcom2073@gmail.com |
49a63ec02ec6783a469d9d55d840db2a7411f26b | 337e351f12c583c6c86e6a8e7d6edeb0e0a43107 | /C++/RecordingAudioSolution/winrt/Windows.System.Diagnostics.DevicePortal.h | c4ca462c5f6264757cb0f05a507a6c792a714578 | [] | no_license | dngoins/HololensDXTutorials | de7d3ba8f25f633557b98f51828ac73d671266a4 | 532907a7be6005e9f3483e26727324b3392c02f3 | refs/heads/master | 2020-04-02T06:11:29.362302 | 2018-10-27T21:16:03 | 2018-10-27T21:16:03 | 64,985,100 | 30 | 5 | null | 2016-10-01T00:17:51 | 2016-08-05T03:16:10 | C++ | UTF-8 | C++ | false | false | 11,679 | h | // C++/WinRT v1.0.171013.2
// Copyright (c) 2017 Microsoft Corporation. All rights reserved.
#pragma once
#include "winrt/base.h"
WINRT_WARNING_PUSH
#include "winrt/Windows.Foundation.h"
#include "winrt/Windows.Foundation.Collections.h"
#include "winrt/impl/Windows.ApplicationModel.AppService.2.h"
#include "winrt/impl/Windows.Web.Http.2.h"
#include "winrt/impl/Windows.System.Diagnostics.DevicePortal.2.h"
#include "winrt/Windows.System.Diagnostics.h"
namespace winrt::impl {
template <typename D> event_token consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnection<D>::Closed(Windows::Foundation::TypedEventHandler<Windows::System::Diagnostics::DevicePortal::DevicePortalConnection, Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionClosedEventArgs> const& handler) const
{
event_token token{};
check_hresult(WINRT_SHIM(Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection)->add_Closed(get_abi(handler), put_abi(token)));
return token;
}
template <typename D> event_revoker<Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection> consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnection<D>::Closed(auto_revoke_t, Windows::Foundation::TypedEventHandler<Windows::System::Diagnostics::DevicePortal::DevicePortalConnection, Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionClosedEventArgs> const& handler) const
{
return impl::make_event_revoker<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection>(this, &abi_t<Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection>::remove_Closed, Closed(handler));
}
template <typename D> void consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnection<D>::Closed(event_token const& token) const
{
check_hresult(WINRT_SHIM(Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection)->remove_Closed(get_abi(token)));
}
template <typename D> event_token consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnection<D>::RequestReceived(Windows::Foundation::TypedEventHandler<Windows::System::Diagnostics::DevicePortal::DevicePortalConnection, Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionRequestReceivedEventArgs> const& handler) const
{
event_token token{};
check_hresult(WINRT_SHIM(Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection)->add_RequestReceived(get_abi(handler), put_abi(token)));
return token;
}
template <typename D> event_revoker<Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection> consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnection<D>::RequestReceived(auto_revoke_t, Windows::Foundation::TypedEventHandler<Windows::System::Diagnostics::DevicePortal::DevicePortalConnection, Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionRequestReceivedEventArgs> const& handler) const
{
return impl::make_event_revoker<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection>(this, &abi_t<Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection>::remove_RequestReceived, RequestReceived(handler));
}
template <typename D> void consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnection<D>::RequestReceived(event_token const& token) const
{
check_hresult(WINRT_SHIM(Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection)->remove_RequestReceived(get_abi(token)));
}
template <typename D> Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionClosedReason consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnectionClosedEventArgs<D>::Reason() const noexcept
{
Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionClosedReason value{};
check_terminate(WINRT_SHIM(Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionClosedEventArgs)->get_Reason(put_abi(value)));
return value;
}
template <typename D> Windows::Web::Http::HttpRequestMessage consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnectionRequestReceivedEventArgs<D>::RequestMessage() const noexcept
{
Windows::Web::Http::HttpRequestMessage value{ nullptr };
check_terminate(WINRT_SHIM(Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionRequestReceivedEventArgs)->get_RequestMessage(put_abi(value)));
return value;
}
template <typename D> Windows::Web::Http::HttpResponseMessage consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnectionRequestReceivedEventArgs<D>::ResponseMessage() const noexcept
{
Windows::Web::Http::HttpResponseMessage value{ nullptr };
check_terminate(WINRT_SHIM(Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionRequestReceivedEventArgs)->get_ResponseMessage(put_abi(value)));
return value;
}
template <typename D> Windows::System::Diagnostics::DevicePortal::DevicePortalConnection consume_Windows_System_Diagnostics_DevicePortal_IDevicePortalConnectionStatics<D>::GetForAppServiceConnection(Windows::ApplicationModel::AppService::AppServiceConnection const& appServiceConnection) const
{
Windows::System::Diagnostics::DevicePortal::DevicePortalConnection value{ nullptr };
check_hresult(WINRT_SHIM(Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionStatics)->GetForAppServiceConnection(get_abi(appServiceConnection), put_abi(value)));
return value;
}
template <typename D>
struct produce<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection> : produce_base<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection>
{
HRESULT __stdcall add_Closed(::IUnknown* handler, event_token* token) noexcept final
{
try
{
typename D::abi_guard guard(this->shim());
*token = detach_abi(this->shim().Closed(*reinterpret_cast<Windows::Foundation::TypedEventHandler<Windows::System::Diagnostics::DevicePortal::DevicePortalConnection, Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionClosedEventArgs> const*>(&handler)));
return S_OK;
}
catch (...)
{
return impl::to_hresult();
}
}
HRESULT __stdcall remove_Closed(event_token token) noexcept final
{
try
{
typename D::abi_guard guard(this->shim());
this->shim().Closed(*reinterpret_cast<event_token const*>(&token));
return S_OK;
}
catch (...)
{
return impl::to_hresult();
}
}
HRESULT __stdcall add_RequestReceived(::IUnknown* handler, event_token* token) noexcept final
{
try
{
typename D::abi_guard guard(this->shim());
*token = detach_abi(this->shim().RequestReceived(*reinterpret_cast<Windows::Foundation::TypedEventHandler<Windows::System::Diagnostics::DevicePortal::DevicePortalConnection, Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionRequestReceivedEventArgs> const*>(&handler)));
return S_OK;
}
catch (...)
{
return impl::to_hresult();
}
}
HRESULT __stdcall remove_RequestReceived(event_token token) noexcept final
{
try
{
typename D::abi_guard guard(this->shim());
this->shim().RequestReceived(*reinterpret_cast<event_token const*>(&token));
return S_OK;
}
catch (...)
{
return impl::to_hresult();
}
}
};
template <typename D>
struct produce<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionClosedEventArgs> : produce_base<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionClosedEventArgs>
{
HRESULT __stdcall get_Reason(Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionClosedReason* value) noexcept final
{
typename D::abi_guard guard(this->shim());
*value = detach_abi(this->shim().Reason());
return S_OK;
}
};
template <typename D>
struct produce<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionRequestReceivedEventArgs> : produce_base<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionRequestReceivedEventArgs>
{
HRESULT __stdcall get_RequestMessage(::IUnknown** value) noexcept final
{
typename D::abi_guard guard(this->shim());
*value = detach_abi(this->shim().RequestMessage());
return S_OK;
}
HRESULT __stdcall get_ResponseMessage(::IUnknown** value) noexcept final
{
typename D::abi_guard guard(this->shim());
*value = detach_abi(this->shim().ResponseMessage());
return S_OK;
}
};
template <typename D>
struct produce<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionStatics> : produce_base<D, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionStatics>
{
HRESULT __stdcall GetForAppServiceConnection(::IUnknown* appServiceConnection, ::IUnknown** value) noexcept final
{
try
{
typename D::abi_guard guard(this->shim());
*value = detach_abi(this->shim().GetForAppServiceConnection(*reinterpret_cast<Windows::ApplicationModel::AppService::AppServiceConnection const*>(&appServiceConnection)));
return S_OK;
}
catch (...)
{
*value = nullptr;
return impl::to_hresult();
}
}
};
}
WINRT_EXPORT namespace winrt::Windows::System::Diagnostics::DevicePortal {
inline Windows::System::Diagnostics::DevicePortal::DevicePortalConnection DevicePortalConnection::GetForAppServiceConnection(Windows::ApplicationModel::AppService::AppServiceConnection const& appServiceConnection)
{
return get_activation_factory<DevicePortalConnection, Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionStatics>().GetForAppServiceConnection(appServiceConnection);
}
}
WINRT_EXPORT namespace std {
template<> struct hash<winrt::Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection> :
winrt::impl::impl_hash_unknown<winrt::Windows::System::Diagnostics::DevicePortal::IDevicePortalConnection> {};
template<> struct hash<winrt::Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionClosedEventArgs> :
winrt::impl::impl_hash_unknown<winrt::Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionClosedEventArgs> {};
template<> struct hash<winrt::Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionRequestReceivedEventArgs> :
winrt::impl::impl_hash_unknown<winrt::Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionRequestReceivedEventArgs> {};
template<> struct hash<winrt::Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionStatics> :
winrt::impl::impl_hash_unknown<winrt::Windows::System::Diagnostics::DevicePortal::IDevicePortalConnectionStatics> {};
template<> struct hash<winrt::Windows::System::Diagnostics::DevicePortal::DevicePortalConnection> :
winrt::impl::impl_hash_unknown<winrt::Windows::System::Diagnostics::DevicePortal::DevicePortalConnection> {};
template<> struct hash<winrt::Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionClosedEventArgs> :
winrt::impl::impl_hash_unknown<winrt::Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionClosedEventArgs> {};
template<> struct hash<winrt::Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionRequestReceivedEventArgs> :
winrt::impl::impl_hash_unknown<winrt::Windows::System::Diagnostics::DevicePortal::DevicePortalConnectionRequestReceivedEventArgs> {};
}
WINRT_WARNING_POP
| [
"dngoins@hotmail.com"
] | dngoins@hotmail.com |
fddbd37cf8b4fb5b658a62ff7e6c2357fc36a4b7 | 7cc719c0f2a0df610a7d59ca33b3fb7d29711a75 | /Game Engine/Villain.cpp | 053ff9b732d0374ddea4348bc4b4ba2f600d72c8 | [] | no_license | Math273ProjectSp15/Game-Engine-World-Class | b232caff480ce5ece698f562eafb11b4b2ec91ac | 11f75c0436b3706f111a511d8d5833da45194895 | refs/heads/master | 2021-01-10T16:16:58.070247 | 2015-06-03T16:05:54 | 2015-06-03T16:05:54 | 35,961,549 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,184 | cpp | #include "Villain.h"
bool Villain::initialize(Game *gamePtr, TextureManager *textureM)
{
deadImage_.initialize(gamePtr->getGraphics(), villainNS::WIDTH, villainNS::HEIGHT, villainNS::TEXTURE_COLS, textureM);
deadImage_.setFrames(villainNS::START_FRAME, villainNS::END_FRAME);
deadImage_.setCurrentFrame(villainNS::START_FRAME);
deadImage_.setFrameDelay(villainNS::ANIMATION_DELAY);
deadImage_.setLoop(false);
onGround_ = false;
dead_ = false;
return true;
}
void Villain::update(float frameTime, int marioX, int marioY)
{
if (dead_)
deadImage_.update(frameTime);
else
{
if (!isOnGround())
{
velocity.y += frameTime * 3 * GRAVITY;
}
else
{
velocity.y = 0;
}
spriteData.y += velocity.y * frameTime;
if (marioX < spriteData.x)
{
flipHorizontal(false);
velocity.x = -abs(villainNS::SPEED);
}
else
{
flipHorizontal(true);
velocity.x = abs(villainNS::SPEED);
}
spriteData.x += velocity.x * frameTime;
Entity::update(frameTime);
}
}
void Villain::draw()
{
if (dead_)
{
deadImage_.draw(spriteData);
}
else
{
Image::draw();
}
}
bool Villain::animationComplete()
{
return deadImage_.getAnimationComplete();
} | [
"avilajorge314@gmail.com"
] | avilajorge314@gmail.com |
243bde9389dc92eb6fef84f5da9e76c3dd6a4492 | 6f88d12f7f707b2f3d1701f8532b8be0d9b3deab | /code/29.最小的K个数.cpp | 84d5920364cf852cd0846fac86f277632582e6cc | [] | no_license | codewithzichao/CodingInterviewCode | 3785d94907e97895cbd73f4e54f3a40f660b40bd | 5687b01210eb3b48dea6e5fedc23c7f5cef95c3f | refs/heads/master | 2021-01-01T02:47:32.498394 | 2020-02-08T15:07:34 | 2020-02-08T15:07:34 | 239,148,266 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,892 | cpp | /*
题目描述
输入n个整数，找出其中最小的K个数。例如输入4,5,1,6,2,7,3,8这8个数字，则最小的4个数字是1,2,3,4,。
*/
#include<stdio.h>
#include<string.h>
#include<string>
#include<algorithm>
#include<vector>
#include<set>
using namespace std;
class Solution{
public:
/*
方法一：排序。这是最直观的思路。时间复杂度为:O(nlogn).不推荐，能这样做的话，还做个锤子的算法题！
*/
vector<int> GetLeastNumbers_Solution(vector<int> input, int k) {
if(input.size()==0 || k==0 || k>input.size()){
vector<int> ans;
return ans;
}
vector<int> ans;
sort(input.begin(),input.end());
for(int i=0;i<k;i++){
ans.push_back(input[i]);
}
return ans;
}
/*
方法二：使用set或者multiset。在这道题里，需要使用multiset，因为有可能会有重复元素。
时间复杂度：O(nlogk).
*/
vector<int> GetLeastNumbers_Solution2(vector<int> input, int k) {
if(input.size()==0 || k<=0 || k>input.size()){
vector<int> ans;
return ans;
}
multiset<int,greater<int> > s;//greater表示s中的元素是从大到小排序的，因为红黑树具有自动排序功能。
for(int i=0;i<input.size();i++){
if(s.size()<k){//首先插入k个元素
s.insert(input[i]);
}
else{
multiset<int,greater<int> >::iterator it=s.begin();//接下来，如果元素小于集合中最大的元素，那么删除最大的元素，插入该元素
if(*it>input[i]){
s.erase(it);
s.insert(input[i]);
}
}
}
vector<int> ans(s.begin(),s.end());
return ans;
}
};
int main(){
int n,k;
scanf("%d%d ",&n,&k);
vector<int> input;
for(int i=0;i<n;i++){
int x;
scanf("%d",&x);
input.push_back(x);
}
Solution so1;
vector<int> ans=so1.GetLeastNumbers_Solution2(input,k);
for(int i=0;i<ans.size();i++){
printf("%d ",ans[i]);
}
printf("\n");
return 0;
} | [
"lzctosdream@163.com"
] | lzctosdream@163.com |
97aa8e49014238af1a7ae4041151fbb305218552 | 33f5e0c50d85fb51471081595d5d717840da18c9 | /metaretencaoestruturada.h | 44cd7b784a46ef67d8e02294b6879c05a10858e2 | [] | no_license | fallomermo/SmartSolution | 5b8fb79fab30b22c747b96bb96133d742829249b | 305ddc77586c147598ced288fe6fb66d4e8b8baf | refs/heads/master | 2021-01-25T10:00:48.696366 | 2018-03-16T17:51:48 | 2018-03-16T17:51:48 | 123,334,136 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,218 | h | #ifndef METARETENCAOESTRUTURADA_H
#define METARETENCAOESTRUTURADA_H
#include <QMap>
#include <QDate>
#include <QDebug>
#include <QMovie>
// Classes dos Graficos
#include <QChart>
#include <QBarSet>
#include <QPieSlice>
#include <QBarSeries>
#include <QBarCategoryAxis>
// Classes da Interface
#include <QWidget>
#include <QThread>
#include <QPixmap>
#include <QLocale>
#include <QPainter>
#include <QFileInfo>
#include <QChartView>
#include <QPieSeries>
#include <QModelIndex>
#include <QFileDialog>
#include <QMessageBox>
#include <QToolButton>
#include <QMapIterator>
#include <QHBoxLayout>
#include <QGraphicsScene>
#include <QGraphicsWidget>
#include <QGraphicsEffect>
#include <QGraphicsEllipseItem>
#include <QStyleOptionGraphicsItem>
#include "controledao.h"
#include "qcustomplot.h"
#include "objetoretencao.h"
#include "exportararquivo.h"
#include "detalhesretencao.h"
#include "responsavelselecaoagregado.h"
#include "donutbreakdownchart.h"
class QCustomPlot;
class QGraphicsRectWidget : public QGraphicsWidget
{
public:
void paint(QPainter *painter, const QStyleOptionGraphicsItem *,
QWidget *) override
{
painter->fillRect(rect(), Qt::blue);
}
};
class DetalhesRetencao;
class CaixaDeMensagem;
namespace Ui {
class MetaRetencaoEstruturada;
}
class MetaRetencaoEstruturada : public QWidget
{
Q_OBJECT
public:
explicit MetaRetencaoEstruturada(QWidget *parent = 0);
~MetaRetencaoEstruturada();
QMap<int, ObjetoRetencao *> getMapRetencao() const;
void setMapRetencao(const QMap<int, ObjetoRetencao *> &value);
signals:
void setProgressoValue(int);
void setMinimumValue(int);
void setMaximumValue(int);
void fecharCaixaDeMensagem();
void obterMetaRetencao(QDate, QDate);
void finishThread();
private slots:
void definirParametrosIniciais();
void filtroItemTabela(QString);
void focusPeriodoInicial();
void focusPeriodoFinal();
void getDatatable();
void inserirItemTabela(int, int, QString);
void inserirItemTabela(int, int, QDate);
void inserirItemTabela(int, int, double);
void inserirItemTabela(int, int, int);
void inserirItemTabela(int, int, QWidget*);
void inserirLinhaTabela(int, int, ResponsavelSelecaoAgregado *);
void preencherTabela(const QMap<int, ObjetoRetencao *>);
void caixaMensagemUsuario(QString);
void atualizarResultados(QModelIndex);
void setRetencao(const QMap<int, ObjetoRetencao *> &value);
void removerItemTabela();
void removerItemTabela(const QWidget *);
void detalhesRetencao();
void detalhesRetencao(QModelIndex);
QMap<QString, ResponsavelSelecaoAgregado*> agregarValores(const QMap<int, ObjetoRetencao*>);
void updateDadosGrafico();
void updateChartView(int, int);
void girarEtiquetas(int);
void imprimirPlotagemGrafico();
void salvarImagemGrafico();
private:
Ui::MetaRetencaoEstruturada *ui;
DetalhesRetencao *detalhes;
ControleDAO *controle;
QMap<int, ObjetoRetencao*> mapRetencao;
CaixaMensagemProgresso *caixaMensagem;
QGridLayout *gridLayout;
enum {
RECRUTA, ADMITIDOS, DEMITIDOS, RETENCAO, ACOES
};
};
#endif // METARETENCAOESTRUTURADA_H
| [
"fallomermo@gmail.com"
] | fallomermo@gmail.com |
80b56cb65d72393c55aa8e0d971775be6b14f456 | d4a2c50a90792600c4d864fffe9c1a9d1ebd6acc | /mma_g/MMA_G/DataFile.h | 836a94b6db508ae6f4968432390fe87cdbb40226 | [] | no_license | iwasen/MyProg | 3080316c3444e98d013587e92c066e278e796041 | a0755a21d77647261df271ce301404a4e0294a7b | refs/heads/master | 2022-12-30T00:28:07.539183 | 2020-10-25T06:36:27 | 2020-10-25T06:36:27 | 307,039,466 | 0 | 4 | null | null | null | null | SHIFT_JIS | C++ | false | false | 2,630 | h | #pragma once
//*****************************************************************************************************
// 1. ファイル名
// DataFile.h
//----------------------------------------------------------------------------------------------------
// 2. 機能
// データファイルクラスの定義
//----------------------------------------------------------------------------------------------------
// 3. 備考
//----------------------------------------------------------------------------------------------------
// 4. 履歴
// 2007.08.09 S.Aizawa 新規作成
//*****************************************************************************************************
#include "ProgressBar.h"
#include "datadatetime.h"
// 情報ファイルのヘッダ部
struct INFO_FILE_HEADER {
INT32 nSeqNo;
INT32 nDataSize;
INT32 nDataSizeHour;
char sFiller[4];
};
class CStringArrayEx : public CStringArray
{
public:
int operator=(CStringArrayEx&)
{
return 0;
}
};
class CDataFile
{
public:
CDataFile();
~CDataFile();
BOOL ReadInfoFile(LPCTSTR pFilePath);
BOOL ReadDataFile(int nBeginTime, int nEndTime, BOOL bReadAccelData, BOOL bReadTempData, BOOL bProgressBar);
BOOL ReadWriteDataFile(LPCSTR fname, int nBeginTime, int nEndTime, BOOL bReadTempData);
public:
CString m_sDatPath;
double *m_pTempDACM;
double *m_pTempX;
double *m_pTempY;
double *m_pTempZ;
double *m_pDataX;
double *m_pDataY;
double *m_pDataZ;
int m_nDataSize;
double m_fSampleRate;
int m_nStartYear;
int m_nStartMonth;
int m_nStartDay;
int m_nStartMiliSecond;
double m_fStartSecond;
double m_fTotalSecond;
CStringArrayEx m_aDataFileName;
int m_nDownRate;
CString m_WriteFilePath;
int m_nBeginTime;
int m_nSensorId;
int m_nGain;
int m_nCutoff;
int m_nSensorIdx;
CString m_SensorPos;
CString m_IssConfig;
CDataDateTime m_dStarttime;
CDataDateTime m_dInStarttime;
CDataDateTime m_dInEndtime;
double m_fAllocFactor;
int m_nTotalDataSize;
BOOL m_bTempOnly;
int m_nDataType;
protected:
BOOL GetTotalTime();
static BOOL ReadBinaryFileThread(LPVOID pParam, CProgressBar *pProgressBar);
static BOOL WriteBinaryFileThread(LPVOID pParam, CProgressBar *pProgressBar);
BOOL ReadBinaryFileThread2(CProgressBar *pProgressBar);
BOOL WriteBinaryFileThread2(CProgressBar *pProgressBar);
void AllocBuf();
double *ReallocBuf(const double *pOldBuf, int nOldSize, int nNewSize);
void FreeBuf();
protected:
int m_nDataOffset;
BOOL m_bReadAccelData;
BOOL m_bReadTempData;
int m_nAllocSize;
int m_nReadSize;
};
| [
"git@iwasen.jp"
] | git@iwasen.jp |
40da27b2de150e1bbe14c3f1b89ce0b052090be9 | 57c64a324917fef2b9882ba6da2960c6a4ff2c03 | /07/test.cpp | 8903eb53fd7b9b4abcf1db4a25b2b2ecc3b1a1d6 | [] | no_license | ItsNikolor/msu_cpp_autumn_2019 | 63983d44d0a812d3ac12312e7f08320b1c37f0bb | 5ded765c49d27c57955bcb0396895bb18d25cc1b | refs/heads/master | 2020-08-14T09:16:59.861696 | 2019-12-19T13:20:05 | 2019-12-19T13:20:05 | 215,137,837 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,132 | cpp | #include<iostream>
#include<cassert>
#include"vector.h"
using namespace std;
int main() {
Vector<int> a(3,666);
for (int i = 0; i < 10; i++) a.push_back(i);
for (auto i : a) cout << i << ' ';
cout << "\n=====================================\n";
for (auto i = a.rbegin(); i != a.rend(); ++i) cout << *i << ' ';
cout << "\n\n";
assert(a.size() == 13);
for (int i = 0; i < a.size(); i++) cout << a[i] << ' ';
cout << "\n\n";
auto it = a.begin();
*it = 888;
a[1] = 777;
for (int i = 0; i < a.size(); i++) cout << a[i] << ' ';
cout << "\n\n";
for (int i = 0; i < 5; i++) a.pop_back();
for (auto i : a) cout << i << ' ';
cout << "\n=====================================\n";
for (auto i = a.rbegin(); i != a.rend(); ++i) cout << *i << ' ';
cout << "\n\n";
assert(a.size() == 8);
a.resize(10,8);
for (auto i : a) cout << i << ' ';
cout << "\n=====================================\n";
for (auto i = a.rbegin(); i != a.rend(); ++i) cout << *i << ' ';
cout << "\n\n";
assert(a.size() == 10);
a.resize(2, 3);
for (auto i : a) cout << i << ' ';
cout << "\n=====================================\n";
for (auto i = a.rbegin(); i != a.rend(); ++i) cout << *i << ' ';
cout << "\n\n";
assert(a.size() == 2);
a.clear();
for (auto i : a) cout << i << ' ';
cout << "\n=====================================\n";
for (auto i = a.rbegin(); i != a.rend(); ++i) cout << *i << ' ';
cout << "\n\n";
assert(a.size() == 0);
Vector<string> b;
assert(b.size() == 0);
assert(b.empty() == 1);
b.push_back("string");
assert(b.empty() == 0);
assert(b.size() == 1);
b.reserve(100);
assert(b.size() == 1);
b.reserve(0);
assert(b.size() == 1);
const Vector<double> c(10, 42.0);
auto t = c.begin();
double tmp = *t;
//*t = tmp;
for (auto i : c) cout << i << ' ';
cout << "\n=====================================\n";
for (auto i = c.rbegin(); i != c.rend(); ++i) cout << *i << ' ';
cout << "\n\n";
for (int i = 0; i < c.size(); i++) cout << c[i] << ' ';
cout << "\n\n";
assert(c.size() == 10);
assert(c.empty() == 0);
} | [
"noreply@github.com"
] | ItsNikolor.noreply@github.com |
a96e9d4505eeb84e5eb2972c38181b24fe1de958 | a7d578f15bc05f393df32861c0f726e83359c174 | /include/grpc_cb/impl/client/stub_helper.h | 38bfe7da0da17b6f7f59aafd13aecf1ebaa2279a | [
"Apache-2.0"
] | permissive | wendysuly/grpc_cb | e5209fc75fc7008e3300f7eb5da24f83f561367c | 7fa807f6e961ca568bd7e0309b0979e9721c9fa8 | refs/heads/master | 2021-06-22T06:23:59.280411 | 2017-08-14T08:20:04 | 2017-08-14T08:20:04 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,891 | h | // Licensed under the Apache License, Version 2.0.
// Author: Jin Qing (http://blog.csdn.net/jq0123)
#ifndef GRPC_CB_IMPL_CLIENT_STUB_HELPER_H
#define GRPC_CB_IMPL_CLIENT_STUB_HELPER_H
#include <google/protobuf/message.h> // for Message
#include <grpc_cb/service_stub.h> // for ServiceStub
#include <grpc_cb/status.h> // for Status
#include <grpc_cb/status_callback.h> // for ErrorCallback
#include <grpc_cb/impl/client/wrap_response_callback.h> // for WrapResponseCallback()
namespace grpc_cb {
// Helper to request stub.
class StubHelper {
public:
StubHelper(ServiceStub& stub) : stub_(stub) {}
public:
using Message = ::google::protobuf::Message;
template <class Response>
inline Status BlockingRequest(const std::string& method,
const Message& request, Response* response);
template <class Response>
inline void AsyncRequest(const std::string& method,
const Message& request,
const std::function<void (const Response&)>& cb,
const ErrorCallback& ecb);
private:
ServiceStub& stub_;
}; // StubHelper
template <class Response>
Status StubHelper::BlockingRequest(const std::string& method,
const Message& request, Response* response) {
std::string resp_str;
::grpc_cb::Status status = stub_.BlockingRequest(method,
request.SerializeAsString(), resp_str);
if (!status.ok() || !response)
return status;
if (response->ParseFromString(resp_str))
return status;
return status.InternalError("Failed to parse response.");
}
template <class Response>
void StubHelper::AsyncRequest(const std::string& method,
const Message& request,
const std::function<void (const Response&)>& cb,
const ErrorCallback& ecb) {
stub_.AsyncRequest(method, request.SerializeAsString(),
WrapResponseCallback(cb, ecb), ecb);
}
} // namespace grpc_cb
#endif // GRPC_CB_IMPL_CLIENT_STUB_HELPER_H
| [
"jinq0123@163.com"
] | jinq0123@163.com |
af47b2b16a3c714a5e8f07a4bc8439735a3f90dd | 3d726b6ffd8179131d304694515ce8ab2bd0dec2 | /src/PreSelectionModule.cxx | 9cf0333d2d87b4a288a86090029ff33832d624bb | [] | no_license | UHH2/TopSubstructure | 0cf4d11667064de6f7efbb46defc09b9e0045094 | a9a59a595b162089d2fd3b0829fbbdc7293eb092 | refs/heads/master | 2020-04-04T11:11:45.494997 | 2019-12-18T13:18:14 | 2019-12-18T13:18:14 | 155,881,830 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 5,122 | cxx | #include <iostream>
#include <memory>
#include "UHH2/core/include/AnalysisModule.h"
#include "UHH2/core/include/Event.h"
#include "UHH2/common/include/TTbarGen.h"
#include <UHH2/common/include/AdditionalSelections.h>
#include "UHH2/TopSubstructure/include/TopSubstructureSelections.h"
#include "UHH2/TopSubstructure/include/TopSubstructureGenSelections.h"
using namespace std;
using namespace uhh2;
namespace uhh2examples {
class PreSelectionModule: public AnalysisModule {
public:
explicit PreSelectionModule(Context & ctx);
virtual bool process(Event & event) override;
private:
TString dataset_version_string;
bool isMC, isTTbar, isEle, isMu;
bool passed_nmu_gen, passed_nele_gen, passed_mu_pt_gen, passed_ele_pt_gen, passed_topjet_pt_gen, passed_mu_gen, passed_ele_gen, passed_mu_rec, passed_ele_rec, passed_njet_rec, passed_nmu_rec, passed_nele_rec, passed_met_rec;
std::unique_ptr<AnalysisModule> ttgenprod;
// declare the Selections to use. Use unique_ptr to ensure automatic call of delete in the destructor, to avoid memory leaks.
std::unique_ptr<Selection> genmttbar_sel;
std::unique_ptr<Selection> met_sel, nmu_sel, nele_sel, njet_sel, nmu_gen, nele_gen, pt_mu_gen, pt_ele_gen, pt_topjet_gen;
uhh2::Event::Handle<bool> h_passed_mu_gen_pre, h_passed_ele_gen_pre;
uhh2::Event::Handle<bool> h_passed_mu_rec_pre, h_passed_ele_rec_pre;
};
PreSelectionModule::PreSelectionModule(Context & ctx){
// 1. setup other modules. CommonModules and the JetCleaner:
h_passed_mu_gen_pre = ctx.declare_event_output<bool>("h_passed_mu_gen_pre");
h_passed_ele_gen_pre = ctx.declare_event_output<bool>("h_passed_ele_gen_pre");
h_passed_mu_rec_pre = ctx.declare_event_output<bool>("h_passed_mu_rec_pre");
h_passed_ele_rec_pre = ctx.declare_event_output<bool>("h_passed_ele_rec_pre");
dataset_version_string = ctx.get("dataset_version");
isEle = dataset_version_string.Contains("SingleElectron");
isMu = dataset_version_string.Contains("SingleMuon");
isTTbar = dataset_version_string.Contains("TTbar");
isMC = (ctx.get("dataset_type") == "MC");
if(dataset_version_string.Contains("Mtt0000to0700")) genmttbar_sel.reset(new MttbarGenSelection(0., 700.));
else genmttbar_sel.reset(new uhh2::AndSelection(ctx));
// 2. set up selections
if(isTTbar){
const std::string ttbar_gen_label("ttbargen");
ttgenprod.reset(new TTbarGenProducer(ctx, ttbar_gen_label, false));
nmu_gen.reset(new TTbarSemilep(ctx, 0));
nele_gen.reset(new TTbarSemilep(ctx, 1));
pt_topjet_gen.reset(new GenTopJetPtSelection(200));
pt_mu_gen.reset(new GenLeptonPtSelection(ctx, 0, 45));
pt_ele_gen.reset(new GenLeptonPtSelection(ctx, 1, 45));
}
met_sel.reset(new METSelection(30, -1));
njet_sel.reset(new NJetSelection(1, -1, JetId(PtEtaCut(20, 2.4))));
nmu_sel.reset(new NMuonSelection(1, -1, MuonId(PtEtaCut(45, 2.4))));
nele_sel.reset(new NElectronSelection(1, -1, ElectronId(PtEtaCut(45, 2.4))));
}
bool PreSelectionModule::process(Event & event) {
// 1. run all modules other modules.
passed_mu_gen = false;
passed_ele_gen = false;
passed_mu_rec = false;
passed_ele_rec = false;
passed_nmu_gen = false;
passed_nele_gen = false;
passed_mu_pt_gen = false;
passed_ele_pt_gen = false;
passed_topjet_pt_gen = false;
passed_njet_rec = false;
passed_nmu_rec = false;
passed_nele_rec = false;
passed_met_rec = false;
if(isTTbar){
ttgenprod->process(event);
if(!genmttbar_sel->passes(event)) return false;
passed_nmu_gen = nmu_gen->passes(event);
passed_nele_gen = nele_gen->passes(event);
passed_mu_pt_gen = pt_mu_gen->passes(event);
passed_ele_pt_gen = pt_ele_gen->passes(event);
passed_topjet_pt_gen = pt_topjet_gen->passes(event);
passed_mu_gen = (passed_nmu_gen && passed_mu_pt_gen && passed_topjet_pt_gen);
passed_ele_gen = (passed_nele_gen && passed_ele_pt_gen && passed_topjet_pt_gen);
}
passed_njet_rec = njet_sel->passes(event);
if(isMu || isMC) passed_nmu_rec = nmu_sel->passes(event);
if(isEle || isMC) passed_nele_rec = nele_sel->passes(event);
passed_met_rec = met_sel->passes(event);
passed_mu_rec = (isMu || isMC) && passed_njet_rec && passed_nmu_rec && passed_met_rec;
passed_ele_rec = (isEle || isMC) && passed_njet_rec && passed_nele_rec && passed_met_rec;
if(!passed_mu_rec && !passed_ele_rec && !passed_mu_gen && !passed_ele_gen) return false;
// 3. decide whether or not to keep the current event in the output:
event.set(h_passed_mu_rec_pre, passed_mu_rec);
event.set(h_passed_ele_rec_pre, passed_ele_rec);
event.set(h_passed_mu_gen_pre, passed_mu_gen);
event.set(h_passed_ele_gen_pre, passed_ele_gen);
return true;
}
// as we want to run the ExampleCycleNew directly with AnalysisModuleRunner,
// make sure the TopSubstructureModule is found by class name. This is ensured by this macro:
UHH2_REGISTER_ANALYSIS_MODULE(PreSelectionModule)
}
| [
"jan.skottke@desy.de"
] | jan.skottke@desy.de |
2571d25c396e09995ea2d56673b642ea6db34b2b | 5a60d60fca2c2b8b44d602aca7016afb625bc628 | /aws-cpp-sdk-appflow/include/aws/appflow/model/CreateFlowRequest.h | a193369868df38751ce043ed00f72a34914df78c | [
"Apache-2.0",
"MIT",
"JSON"
] | permissive | yuatpocketgems/aws-sdk-cpp | afaa0bb91b75082b63236cfc0126225c12771ed0 | a0dcbc69c6000577ff0e8171de998ccdc2159c88 | refs/heads/master | 2023-01-23T10:03:50.077672 | 2023-01-04T22:42:53 | 2023-01-04T22:42:53 | 134,497,260 | 0 | 1 | null | 2018-05-23T01:47:14 | 2018-05-23T01:47:14 | null | UTF-8 | C++ | false | false | 21,339 | h | /**
* Copyright Amazon.com, Inc. or its affiliates. All Rights Reserved.
* SPDX-License-Identifier: Apache-2.0.
*/
#pragma once
#include <aws/appflow/Appflow_EXPORTS.h>
#include <aws/appflow/AppflowRequest.h>
#include <aws/core/utils/memory/stl/AWSString.h>
#include <aws/appflow/model/TriggerConfig.h>
#include <aws/appflow/model/SourceFlowConfig.h>
#include <aws/core/utils/memory/stl/AWSVector.h>
#include <aws/core/utils/memory/stl/AWSMap.h>
#include <aws/appflow/model/MetadataCatalogConfig.h>
#include <aws/appflow/model/DestinationFlowConfig.h>
#include <aws/appflow/model/Task.h>
#include <utility>
namespace Aws
{
namespace Appflow
{
namespace Model
{
/**
*/
class CreateFlowRequest : public AppflowRequest
{
public:
AWS_APPFLOW_API CreateFlowRequest();
// Service request name is the Operation name which will send this request out,
// each operation should has unique request name, so that we can get operation's name from this request.
// Note: this is not true for response, multiple operations may have the same response name,
// so we can not get operation's name from response.
inline virtual const char* GetServiceRequestName() const override { return "CreateFlow"; }
AWS_APPFLOW_API Aws::String SerializePayload() const override;
/**
* <p> The specified name of the flow. Spaces are not allowed. Use underscores (_)
* or hyphens (-) only. </p>
*/
inline const Aws::String& GetFlowName() const{ return m_flowName; }
/**
* <p> The specified name of the flow. Spaces are not allowed. Use underscores (_)
* or hyphens (-) only. </p>
*/
inline bool FlowNameHasBeenSet() const { return m_flowNameHasBeenSet; }
/**
* <p> The specified name of the flow. Spaces are not allowed. Use underscores (_)
* or hyphens (-) only. </p>
*/
inline void SetFlowName(const Aws::String& value) { m_flowNameHasBeenSet = true; m_flowName = value; }
/**
* <p> The specified name of the flow. Spaces are not allowed. Use underscores (_)
* or hyphens (-) only. </p>
*/
inline void SetFlowName(Aws::String&& value) { m_flowNameHasBeenSet = true; m_flowName = std::move(value); }
/**
* <p> The specified name of the flow. Spaces are not allowed. Use underscores (_)
* or hyphens (-) only. </p>
*/
inline void SetFlowName(const char* value) { m_flowNameHasBeenSet = true; m_flowName.assign(value); }
/**
* <p> The specified name of the flow. Spaces are not allowed. Use underscores (_)
* or hyphens (-) only. </p>
*/
inline CreateFlowRequest& WithFlowName(const Aws::String& value) { SetFlowName(value); return *this;}
/**
* <p> The specified name of the flow. Spaces are not allowed. Use underscores (_)
* or hyphens (-) only. </p>
*/
inline CreateFlowRequest& WithFlowName(Aws::String&& value) { SetFlowName(std::move(value)); return *this;}
/**
* <p> The specified name of the flow. Spaces are not allowed. Use underscores (_)
* or hyphens (-) only. </p>
*/
inline CreateFlowRequest& WithFlowName(const char* value) { SetFlowName(value); return *this;}
/**
* <p> A description of the flow you want to create. </p>
*/
inline const Aws::String& GetDescription() const{ return m_description; }
/**
* <p> A description of the flow you want to create. </p>
*/
inline bool DescriptionHasBeenSet() const { return m_descriptionHasBeenSet; }
/**
* <p> A description of the flow you want to create. </p>
*/
inline void SetDescription(const Aws::String& value) { m_descriptionHasBeenSet = true; m_description = value; }
/**
* <p> A description of the flow you want to create. </p>
*/
inline void SetDescription(Aws::String&& value) { m_descriptionHasBeenSet = true; m_description = std::move(value); }
/**
* <p> A description of the flow you want to create. </p>
*/
inline void SetDescription(const char* value) { m_descriptionHasBeenSet = true; m_description.assign(value); }
/**
* <p> A description of the flow you want to create. </p>
*/
inline CreateFlowRequest& WithDescription(const Aws::String& value) { SetDescription(value); return *this;}
/**
* <p> A description of the flow you want to create. </p>
*/
inline CreateFlowRequest& WithDescription(Aws::String&& value) { SetDescription(std::move(value)); return *this;}
/**
* <p> A description of the flow you want to create. </p>
*/
inline CreateFlowRequest& WithDescription(const char* value) { SetDescription(value); return *this;}
/**
* <p> The ARN (Amazon Resource Name) of the Key Management Service (KMS) key you
* provide for encryption. This is required if you do not want to use the Amazon
* AppFlow-managed KMS key. If you don't provide anything here, Amazon AppFlow uses
* the Amazon AppFlow-managed KMS key. </p>
*/
inline const Aws::String& GetKmsArn() const{ return m_kmsArn; }
/**
* <p> The ARN (Amazon Resource Name) of the Key Management Service (KMS) key you
* provide for encryption. This is required if you do not want to use the Amazon
* AppFlow-managed KMS key. If you don't provide anything here, Amazon AppFlow uses
* the Amazon AppFlow-managed KMS key. </p>
*/
inline bool KmsArnHasBeenSet() const { return m_kmsArnHasBeenSet; }
/**
* <p> The ARN (Amazon Resource Name) of the Key Management Service (KMS) key you
* provide for encryption. This is required if you do not want to use the Amazon
* AppFlow-managed KMS key. If you don't provide anything here, Amazon AppFlow uses
* the Amazon AppFlow-managed KMS key. </p>
*/
inline void SetKmsArn(const Aws::String& value) { m_kmsArnHasBeenSet = true; m_kmsArn = value; }
/**
* <p> The ARN (Amazon Resource Name) of the Key Management Service (KMS) key you
* provide for encryption. This is required if you do not want to use the Amazon
* AppFlow-managed KMS key. If you don't provide anything here, Amazon AppFlow uses
* the Amazon AppFlow-managed KMS key. </p>
*/
inline void SetKmsArn(Aws::String&& value) { m_kmsArnHasBeenSet = true; m_kmsArn = std::move(value); }
/**
* <p> The ARN (Amazon Resource Name) of the Key Management Service (KMS) key you
* provide for encryption. This is required if you do not want to use the Amazon
* AppFlow-managed KMS key. If you don't provide anything here, Amazon AppFlow uses
* the Amazon AppFlow-managed KMS key. </p>
*/
inline void SetKmsArn(const char* value) { m_kmsArnHasBeenSet = true; m_kmsArn.assign(value); }
/**
* <p> The ARN (Amazon Resource Name) of the Key Management Service (KMS) key you
* provide for encryption. This is required if you do not want to use the Amazon
* AppFlow-managed KMS key. If you don't provide anything here, Amazon AppFlow uses
* the Amazon AppFlow-managed KMS key. </p>
*/
inline CreateFlowRequest& WithKmsArn(const Aws::String& value) { SetKmsArn(value); return *this;}
/**
* <p> The ARN (Amazon Resource Name) of the Key Management Service (KMS) key you
* provide for encryption. This is required if you do not want to use the Amazon
* AppFlow-managed KMS key. If you don't provide anything here, Amazon AppFlow uses
* the Amazon AppFlow-managed KMS key. </p>
*/
inline CreateFlowRequest& WithKmsArn(Aws::String&& value) { SetKmsArn(std::move(value)); return *this;}
/**
* <p> The ARN (Amazon Resource Name) of the Key Management Service (KMS) key you
* provide for encryption. This is required if you do not want to use the Amazon
* AppFlow-managed KMS key. If you don't provide anything here, Amazon AppFlow uses
* the Amazon AppFlow-managed KMS key. </p>
*/
inline CreateFlowRequest& WithKmsArn(const char* value) { SetKmsArn(value); return *this;}
/**
* <p> The trigger settings that determine how and when the flow runs. </p>
*/
inline const TriggerConfig& GetTriggerConfig() const{ return m_triggerConfig; }
/**
* <p> The trigger settings that determine how and when the flow runs. </p>
*/
inline bool TriggerConfigHasBeenSet() const { return m_triggerConfigHasBeenSet; }
/**
* <p> The trigger settings that determine how and when the flow runs. </p>
*/
inline void SetTriggerConfig(const TriggerConfig& value) { m_triggerConfigHasBeenSet = true; m_triggerConfig = value; }
/**
* <p> The trigger settings that determine how and when the flow runs. </p>
*/
inline void SetTriggerConfig(TriggerConfig&& value) { m_triggerConfigHasBeenSet = true; m_triggerConfig = std::move(value); }
/**
* <p> The trigger settings that determine how and when the flow runs. </p>
*/
inline CreateFlowRequest& WithTriggerConfig(const TriggerConfig& value) { SetTriggerConfig(value); return *this;}
/**
* <p> The trigger settings that determine how and when the flow runs. </p>
*/
inline CreateFlowRequest& WithTriggerConfig(TriggerConfig&& value) { SetTriggerConfig(std::move(value)); return *this;}
/**
* <p> The configuration that controls how Amazon AppFlow retrieves data from the
* source connector. </p>
*/
inline const SourceFlowConfig& GetSourceFlowConfig() const{ return m_sourceFlowConfig; }
/**
* <p> The configuration that controls how Amazon AppFlow retrieves data from the
* source connector. </p>
*/
inline bool SourceFlowConfigHasBeenSet() const { return m_sourceFlowConfigHasBeenSet; }
/**
* <p> The configuration that controls how Amazon AppFlow retrieves data from the
* source connector. </p>
*/
inline void SetSourceFlowConfig(const SourceFlowConfig& value) { m_sourceFlowConfigHasBeenSet = true; m_sourceFlowConfig = value; }
/**
* <p> The configuration that controls how Amazon AppFlow retrieves data from the
* source connector. </p>
*/
inline void SetSourceFlowConfig(SourceFlowConfig&& value) { m_sourceFlowConfigHasBeenSet = true; m_sourceFlowConfig = std::move(value); }
/**
* <p> The configuration that controls how Amazon AppFlow retrieves data from the
* source connector. </p>
*/
inline CreateFlowRequest& WithSourceFlowConfig(const SourceFlowConfig& value) { SetSourceFlowConfig(value); return *this;}
/**
* <p> The configuration that controls how Amazon AppFlow retrieves data from the
* source connector. </p>
*/
inline CreateFlowRequest& WithSourceFlowConfig(SourceFlowConfig&& value) { SetSourceFlowConfig(std::move(value)); return *this;}
/**
* <p> The configuration that controls how Amazon AppFlow places data in the
* destination connector. </p>
*/
inline const Aws::Vector<DestinationFlowConfig>& GetDestinationFlowConfigList() const{ return m_destinationFlowConfigList; }
/**
* <p> The configuration that controls how Amazon AppFlow places data in the
* destination connector. </p>
*/
inline bool DestinationFlowConfigListHasBeenSet() const { return m_destinationFlowConfigListHasBeenSet; }
/**
* <p> The configuration that controls how Amazon AppFlow places data in the
* destination connector. </p>
*/
inline void SetDestinationFlowConfigList(const Aws::Vector<DestinationFlowConfig>& value) { m_destinationFlowConfigListHasBeenSet = true; m_destinationFlowConfigList = value; }
/**
* <p> The configuration that controls how Amazon AppFlow places data in the
* destination connector. </p>
*/
inline void SetDestinationFlowConfigList(Aws::Vector<DestinationFlowConfig>&& value) { m_destinationFlowConfigListHasBeenSet = true; m_destinationFlowConfigList = std::move(value); }
/**
* <p> The configuration that controls how Amazon AppFlow places data in the
* destination connector. </p>
*/
inline CreateFlowRequest& WithDestinationFlowConfigList(const Aws::Vector<DestinationFlowConfig>& value) { SetDestinationFlowConfigList(value); return *this;}
/**
* <p> The configuration that controls how Amazon AppFlow places data in the
* destination connector. </p>
*/
inline CreateFlowRequest& WithDestinationFlowConfigList(Aws::Vector<DestinationFlowConfig>&& value) { SetDestinationFlowConfigList(std::move(value)); return *this;}
/**
* <p> The configuration that controls how Amazon AppFlow places data in the
* destination connector. </p>
*/
inline CreateFlowRequest& AddDestinationFlowConfigList(const DestinationFlowConfig& value) { m_destinationFlowConfigListHasBeenSet = true; m_destinationFlowConfigList.push_back(value); return *this; }
/**
* <p> The configuration that controls how Amazon AppFlow places data in the
* destination connector. </p>
*/
inline CreateFlowRequest& AddDestinationFlowConfigList(DestinationFlowConfig&& value) { m_destinationFlowConfigListHasBeenSet = true; m_destinationFlowConfigList.push_back(std::move(value)); return *this; }
/**
* <p> A list of tasks that Amazon AppFlow performs while transferring the data in
* the flow run. </p>
*/
inline const Aws::Vector<Task>& GetTasks() const{ return m_tasks; }
/**
* <p> A list of tasks that Amazon AppFlow performs while transferring the data in
* the flow run. </p>
*/
inline bool TasksHasBeenSet() const { return m_tasksHasBeenSet; }
/**
* <p> A list of tasks that Amazon AppFlow performs while transferring the data in
* the flow run. </p>
*/
inline void SetTasks(const Aws::Vector<Task>& value) { m_tasksHasBeenSet = true; m_tasks = value; }
/**
* <p> A list of tasks that Amazon AppFlow performs while transferring the data in
* the flow run. </p>
*/
inline void SetTasks(Aws::Vector<Task>&& value) { m_tasksHasBeenSet = true; m_tasks = std::move(value); }
/**
* <p> A list of tasks that Amazon AppFlow performs while transferring the data in
* the flow run. </p>
*/
inline CreateFlowRequest& WithTasks(const Aws::Vector<Task>& value) { SetTasks(value); return *this;}
/**
* <p> A list of tasks that Amazon AppFlow performs while transferring the data in
* the flow run. </p>
*/
inline CreateFlowRequest& WithTasks(Aws::Vector<Task>&& value) { SetTasks(std::move(value)); return *this;}
/**
* <p> A list of tasks that Amazon AppFlow performs while transferring the data in
* the flow run. </p>
*/
inline CreateFlowRequest& AddTasks(const Task& value) { m_tasksHasBeenSet = true; m_tasks.push_back(value); return *this; }
/**
* <p> A list of tasks that Amazon AppFlow performs while transferring the data in
* the flow run. </p>
*/
inline CreateFlowRequest& AddTasks(Task&& value) { m_tasksHasBeenSet = true; m_tasks.push_back(std::move(value)); return *this; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline const Aws::Map<Aws::String, Aws::String>& GetTags() const{ return m_tags; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline bool TagsHasBeenSet() const { return m_tagsHasBeenSet; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline void SetTags(const Aws::Map<Aws::String, Aws::String>& value) { m_tagsHasBeenSet = true; m_tags = value; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline void SetTags(Aws::Map<Aws::String, Aws::String>&& value) { m_tagsHasBeenSet = true; m_tags = std::move(value); }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline CreateFlowRequest& WithTags(const Aws::Map<Aws::String, Aws::String>& value) { SetTags(value); return *this;}
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline CreateFlowRequest& WithTags(Aws::Map<Aws::String, Aws::String>&& value) { SetTags(std::move(value)); return *this;}
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline CreateFlowRequest& AddTags(const Aws::String& key, const Aws::String& value) { m_tagsHasBeenSet = true; m_tags.emplace(key, value); return *this; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline CreateFlowRequest& AddTags(Aws::String&& key, const Aws::String& value) { m_tagsHasBeenSet = true; m_tags.emplace(std::move(key), value); return *this; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline CreateFlowRequest& AddTags(const Aws::String& key, Aws::String&& value) { m_tagsHasBeenSet = true; m_tags.emplace(key, std::move(value)); return *this; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline CreateFlowRequest& AddTags(Aws::String&& key, Aws::String&& value) { m_tagsHasBeenSet = true; m_tags.emplace(std::move(key), std::move(value)); return *this; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline CreateFlowRequest& AddTags(const char* key, Aws::String&& value) { m_tagsHasBeenSet = true; m_tags.emplace(key, std::move(value)); return *this; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline CreateFlowRequest& AddTags(Aws::String&& key, const char* value) { m_tagsHasBeenSet = true; m_tags.emplace(std::move(key), value); return *this; }
/**
* <p> The tags used to organize, track, or control access for your flow. </p>
*/
inline CreateFlowRequest& AddTags(const char* key, const char* value) { m_tagsHasBeenSet = true; m_tags.emplace(key, value); return *this; }
/**
* <p>Specifies the configuration that Amazon AppFlow uses when it catalogs the
* data that's transferred by the associated flow. When Amazon AppFlow catalogs the
* data from a flow, it stores metadata in a data catalog.</p>
*/
inline const MetadataCatalogConfig& GetMetadataCatalogConfig() const{ return m_metadataCatalogConfig; }
/**
* <p>Specifies the configuration that Amazon AppFlow uses when it catalogs the
* data that's transferred by the associated flow. When Amazon AppFlow catalogs the
* data from a flow, it stores metadata in a data catalog.</p>
*/
inline bool MetadataCatalogConfigHasBeenSet() const { return m_metadataCatalogConfigHasBeenSet; }
/**
* <p>Specifies the configuration that Amazon AppFlow uses when it catalogs the
* data that's transferred by the associated flow. When Amazon AppFlow catalogs the
* data from a flow, it stores metadata in a data catalog.</p>
*/
inline void SetMetadataCatalogConfig(const MetadataCatalogConfig& value) { m_metadataCatalogConfigHasBeenSet = true; m_metadataCatalogConfig = value; }
/**
* <p>Specifies the configuration that Amazon AppFlow uses when it catalogs the
* data that's transferred by the associated flow. When Amazon AppFlow catalogs the
* data from a flow, it stores metadata in a data catalog.</p>
*/
inline void SetMetadataCatalogConfig(MetadataCatalogConfig&& value) { m_metadataCatalogConfigHasBeenSet = true; m_metadataCatalogConfig = std::move(value); }
/**
* <p>Specifies the configuration that Amazon AppFlow uses when it catalogs the
* data that's transferred by the associated flow. When Amazon AppFlow catalogs the
* data from a flow, it stores metadata in a data catalog.</p>
*/
inline CreateFlowRequest& WithMetadataCatalogConfig(const MetadataCatalogConfig& value) { SetMetadataCatalogConfig(value); return *this;}
/**
* <p>Specifies the configuration that Amazon AppFlow uses when it catalogs the
* data that's transferred by the associated flow. When Amazon AppFlow catalogs the
* data from a flow, it stores metadata in a data catalog.</p>
*/
inline CreateFlowRequest& WithMetadataCatalogConfig(MetadataCatalogConfig&& value) { SetMetadataCatalogConfig(std::move(value)); return *this;}
private:
Aws::String m_flowName;
bool m_flowNameHasBeenSet = false;
Aws::String m_description;
bool m_descriptionHasBeenSet = false;
Aws::String m_kmsArn;
bool m_kmsArnHasBeenSet = false;
TriggerConfig m_triggerConfig;
bool m_triggerConfigHasBeenSet = false;
SourceFlowConfig m_sourceFlowConfig;
bool m_sourceFlowConfigHasBeenSet = false;
Aws::Vector<DestinationFlowConfig> m_destinationFlowConfigList;
bool m_destinationFlowConfigListHasBeenSet = false;
Aws::Vector<Task> m_tasks;
bool m_tasksHasBeenSet = false;
Aws::Map<Aws::String, Aws::String> m_tags;
bool m_tagsHasBeenSet = false;
MetadataCatalogConfig m_metadataCatalogConfig;
bool m_metadataCatalogConfigHasBeenSet = false;
};
} // namespace Model
} // namespace Appflow
} // namespace Aws
| [
"aws-sdk-cpp-automation@github.com"
] | aws-sdk-cpp-automation@github.com |
b5b5135b0b9af9e8fc94dfe481f898e9ed16cbd4 | f645f60f5a2f2791c951cad855cf4be5aa0d8458 | /Matlab/B3/DAScompound64.cpp | dc9ae376b7eb46622f6bb0d71e5a4e7901af47da | [
"MIT"
] | permissive | onealtom/PYNQ-Beamformer | ada0ee8bc2f703821c2fadc53b1191bc4f3a1266 | 7449350a981483491df70f7c429c93502b09810c | refs/heads/main | 2023-07-13T12:00:22.033641 | 2021-08-09T15:20:55 | 2021-08-09T15:20:55 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,759 | cpp | /* include librarys */
//#include <math.h>
#include <stdlib.h>
#include "mex.h"
// #include "ap_int.h"
// #include "ap_fixed.h"
#define Nt 2560
#define N 253
#define M 390
#define Nf 21
#define cs 1540
#define fs 31250000
#define H 390
#define W 23
// const float alpha[21] = { -0.17453292,
// -0.15707964,
// -0.13962634,
// -0.12217305,
// -0.10471976,
// -0.087266460,
// -0.069813170,
// -0.052359879,
// -0.034906585,
// -0.017453292,
// 0,
// 0.017453292,
// 0.034906585,
// 0.052359879,
// 0.069813170,
// 0.087266460,
// 0.10471976,
// 0.12217305,
// 0.13962634,
// 0.15707964,
// 0.17453292 };
//
// const float sa[21] = { -0.17364818,
// -0.15643446,
// -0.1391731,
// -0.1218693,
// -0.1045285,
// -0.08715574,
// -0.06975647,
// -0.05233596,
// -0.03489950,
// -0.01745241,
// 0,
// 0.01745241,
// 0.03489950,
// 0.05233596,
// 0.06975647,
// 0.08715574,
// 0.10452846,
// 0.12186934,
// 0.13917311,
// 0.15643446,
// 0.17364818 };
//
// const float ca[21] = { 0.98480773,
// 0.98768836,
// 0.99026805,
// 0.99254614,
// 0.99452192,
// 0.99619472,
// 0.99756408,
// 0.99862951,
// 0.99939084,
// 0.99984771,
// 1,
// 0.99984771,
// 0.99939084,
// 0.99862951,
// 0.99756408,
// 0.99619472,
// 0.99452192,
// 0.99254614,
// 0.99026805,
// 0.98768836,
// 0.98480773 };
short sqrt(int in) {
int op, one, res;
// int res;
int i, j;
op = in;
res = 0;
one = 4194304;
sqrt1: for (i = 0; i < 12; ++i) {
if (one > op)
one = one >> 2;
else continue;
}
sqrt2: for (j = 0; j < 12; ++j) {
if (one != 0) {
if (op >= res + one) {
op = op - (res + one);
res = res + 2*one;
res = res >> 1;
one = one >> 2;
}
else {
res = res >> 1;
one = one >> 2;
}
}
else continue;
}
return (short)res;
}
void computeDelay(short xele, short *x, short *y, int R, short *out)
{
// static short dist;
int sq;
int i;
delay_col: for (i = 0; i < N; ++i) {
// #pragma HLS pipeline II=1
sq = (x[i] - xele)*(x[i] - xele) + y[R] * y[R];
out[i] = sqrt(sq);
}
}
void computeAcc(short *pt, short *y, short *Delay, int R, int *acc_out)
{
short delay;
int i;
rf_row: for (i = 0; i < N; ++i) {
// #pragma HLS pipeline II=2
delay = (Delay[i] + y[R]);
if (delay >= 0 && delay <= Nt-1) acc_out[i] = pt[delay];
else acc_out[i] = 0;
}
}
void DAScompound64(short *pt, short *xele, short *x, short *y, int *rf)
{
// #pragma HLS interface s_axilite port=pt bundle=DIn
// #pragma HLS interface s_axilite port=xele bundle=Xe
// #pragma HLS interface s_axilite port=x bundle=X
// #pragma HLS interface s_axilite port=y bundle=Y
// #pragma HLS interface axis port=rf name=M_AXIS_DOut
// #pragma HLS interface s_axilite register port=return
short *Delay = (short *)malloc(sizeof(short)*N);
int *acc = (int *)malloc(sizeof(int)*N);
int k, R;
row_fill: for (R = 0; R < M; ++R) {
// #pragma HLS loop_flatten off
computeDelay(xele[0], x, y, R, Delay);
computeAcc(pt, y, Delay, R, acc);
rf_out_col: for (k = 0; k < N; ++k) {
rf[R + k*M] = acc[k];
}
}
free(Delay);
free(acc);
}
/* [rf] = DAScompound64(short pt, float xele, float x, float y, char Num) */
void mexFunction(int nlhs, mxArray *plhs[],
int nrhs, const mxArray*prhs[])
{
/* define the hyper-parameters */
// int N = 253;
// int M = 390;
/* input setting */
short *pt;
int *rf;
short *x, *y, *xele;
/* check for proper number of arguments */
if (nrhs != 4) {
mexErrMsgIdAndTxt("MATLAB:DASBF:invalidNumInputs",
"Four input arguments required.");
}
else if (nlhs > 1) {
mexErrMsgIdAndTxt("MATLAB:DASBF:maxlhs",
"Too many output arguments.");
}
/* create matrices for the return argument */
plhs[0] = mxCreateNumericMatrix(M, N, mxINT32_CLASS, mxREAL);
/* assign pointrs to the input and output parameters */
pt = (short *)mxGetPr(prhs[0]);
xele = (short *)mxGetPr(prhs[1]);
x = (short *)mxGetPr(prhs[2]);
y = (short *)mxGetPr(prhs[3]);
rf = (int *)mxGetPr(plhs[0]);
/* Do the actual computations in a subroutine */
DAScompound64(pt, xele, x, y, rf);
return;
}
| [
"noreply@github.com"
] | onealtom.noreply@github.com |
652aa8fa089e8cb7ecb9de4b14eeae1ae627724d | 72d9009d19e92b721d5cc0e8f8045e1145921130 | /sirt/inst/testfiles/sirt_rcpp_first_eigenvalue/AFL_sirt_rcpp_first_eigenvalue/sirt_rcpp_first_eigenvalue_DeepState_TestHarness.cpp | 624dd6d72af1b3a260ab70e8e407390b350bec13 | [] | no_license | akhikolla/TestedPackages-NoIssues | be46c49c0836b3f0cf60e247087089868adf7a62 | eb8d498cc132def615c090941bc172e17fdce267 | refs/heads/master | 2023-03-01T09:10:17.227119 | 2021-01-25T19:44:44 | 2021-01-25T19:44:44 | 332,027,727 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 363 | cpp | // AUTOMATICALLY GENERATED BY RCPPDEEPSTATE PLEASE DO NOT EDIT BY HAND, INSTEAD EDIT
// sirt_rcpp_first_eigenvalue_DeepState_TestHarness_generation.cpp and sirt_rcpp_first_eigenvalue_DeepState_TestHarness_checks.cpp
#include <fstream>
#include <ctime>
#include <RInside.h>
#include <iostream>
#include <RcppDeepState.h>
#include <qs.h>
#include <DeepState.hpp>
| [
"akhilakollasrinu424jf@gmail.com"
] | akhilakollasrinu424jf@gmail.com |
c0eea5e39c7d169c6b55933711886322061e1e03 | f896696c96d4c15b3f8bb037efa6fa92dc41f1ca | /GOMC/serial/PDBSetup.h | d29b60a273092abd3ef4cf815292f78b1321ca2a | [] | no_license | zzzhe1990/Projects | a626de9c2fe3f0c6bf01bec0c244ced54268abaf | cef8c9292e061329057516f40c6b443dd11a8501 | refs/heads/master | 2021-01-18T15:07:24.970189 | 2015-10-19T00:53:20 | 2015-10-19T00:53:20 | 44,499,832 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 3,461 | h | #ifndef PDB_SETUP_H
#define PDB_SETUP_H
#include <vector>
#include <map> //for function lookup table.
#include "InputAbstracts.h" //For FWReadableBase
#include "../lib/BasicTypes.h" //For uint
#include "EnsemblePreprocessor.h" //For BOX_TOTAL, etc.
#include "PDBConst.h" //For fields positions, etc.
#include "XYZArray.h" //For box dimensions.
namespace config_setup { class RestartSettings; }
class FWReadableBase;
namespace pdb_setup
{
struct Remarks : FWReadableBase
{
bool restart, reached;
ulong restartStep;
void SetRestart(config_setup::RestartSettings const& r);
void Read(FixedWidthReader & pdb);
private:
void HandleRemark(const uint num, std::string const& varName,
const ulong step);
void CheckStep(std::string const& varName,
const ulong readStep);
void CheckGOMC(std::string const& varName);
};
struct Cryst1 : FWReadableBase
{
//box dimensions
uint currBox;
bool hasVolume;
XYZArray axis;
Cryst1(void) : currBox(0), hasVolume(false), axis(BOX_TOTAL) {}
void SetBox(const uint b) { currBox = b; }
void Read(FixedWidthReader & pdb)
{
XYZ temp;
using namespace pdb_entry::cryst1::field;
hasVolume = true;
pdb.Get(temp.x, x::POS)
.Get(temp.y, y::POS)
.Get(temp.z, z::POS);
axis.Set(currBox, temp);
}
};
struct Atoms : FWReadableBase
{
//member data
std::vector<char> chainLetter; //chain ids of each molecule
std::vector<double> x, y, z; //coordinates of each particle
std::vector<uint> box;
std::vector<std::string> atomAliases, resNamesFull, resNames,
resKindNames;
std::vector<uint> startIdxRes, resKinds;
bool restart, firstResInFile;
//CurrRes is used to store res vals, currBox is used to
//determine box either via the file (new) or the occupancy
//(restart), count allows overwriting of coordinates during
//second box read (restart only)
uint currBox, count, currRes;
//Set the current residue to something other than 1
Atoms(void) : restart(false), currBox(0), count(0),
currRes(10) {}
void SetRestart(config_setup::RestartSettings const& r);
void SetBox(const uint b)
{
currBox = b;
firstResInFile = true;
//restart count if new system, second box.
count = ((b == 1 && restart) ? 0 : count);
}
void Assign(std::string const& atomName,
std::string const& resName,
const uint resNum,
const char l_chain,
const double l_x,
const double l_y,
const double l_z,
const double l_occ);
void Read(FixedWidthReader & file);
};
}
struct PDBSetup
{
pdb_setup::Atoms atoms;
pdb_setup::Cryst1 cryst;
pdb_setup::Remarks remarks;
PDBSetup(void) : dataKinds(SetReadFunctions()) {}
void Init(config_setup::RestartSettings const& restart,
std::string const*const name);
private:
//Map variable names to functions
std::map<std::string, FWReadableBase *> SetReadFunctions(void)
{
std::map<std::string, FWReadableBase *> funct;
funct[pdb_entry::label::REMARK] = &remarks;
funct[pdb_entry::label::CRYST1] = &cryst;
funct[pdb_entry::label::ATOM] = &atoms;
return funct;
}
const std::map<std::string, FWReadableBase *> dataKinds;
static const std::string pdbAlias[];
};
#endif /*PDB_SETUP_H*/
| [
"zzzhe1990@gmail.com"
] | zzzhe1990@gmail.com |
68e546ff362ef8615a194f0f6c85d27428a079d6 | 9ca718b78623c70d553b9fbd033b6faa6b0e959a | /sketch_M5SSMCP9600OCT22_01.ino | c4092000baef92e2b77932348be6dc89a70db3e5 | [] | no_license | chibaf/logger_with_id_20201022 | b3faabce2964b38b3812c9ae933575d3ddb690fc | aa48b3aaa8b5b701fe38ad350046db8cc2c83bf4 | refs/heads/main | 2023-01-02T14:50:17.740899 | 2020-10-23T19:27:32 | 2020-10-23T19:27:32 | 306,118,268 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 12,903 | ino | #include "Seeed_MCP9600.h"
#include "Seeed_MCP9601.h"
#include <M5Stack.h>
//-----------------------------------------------------------
//ハード概要
//-----------------------------------------------------------
//I2Cを2系統使用し、それぞれに5個のMCP9600を接続しています。
//I2CはWireとWire1で定義それぞれのピン配置は
//Wire SDA:21pin SCL:22pin
//Wire1 SDA:2pin SCL:5pin
//SeedStudio製MCP9600ライブラリは内部でWireのみ対応のハードコ
//ーディングがされていたためSeeed_MCP9600.hをほぼコピー状態で
//Seeed_MCP9601.hとして別途定義し、内部のWire記述をWire1に置換
//したものを用意して2バス構成で使用。
//-----------------------------------------------------------
//-----------------------------------------------------------
//タイマー割り込みの時間間隔 100ms間隔
//-----------------------------------------------------------
//変更不可
//内部時計100ms精度のためのタイマー割り込み間隔を定義したもの
//この時間を変更すると時計精度も変化してしまうのでロガー間隔を
//変更する場合はloop関数内でtickedが何回来たか判定して
//100ms x n時間で処理変更する必要あり
//tickedはタイマー割り込みでシステムタイムをインクリメントした
//際にtrueにセットされるタイマー発火処理フラグ
//-----------------------------------------------------------
#define INT_INTERVAL 100000
//Serial Variable
char receiveBuffer[128];
int receiveIndex = 0;
//Timer Variables
volatile long interruptCounter = 0;
volatile boolean ticked = false;
hw_timer_t * timer = NULL;
portMUX_TYPE timerMux = portMUX_INITIALIZER_UNLOCKED;
//Function flag
bool FG_SERIALOUT = true;
bool FG_SDWRITE = false;
//DayOfTime Variables
struct LOG_TIME {
int t_hour;
int t_min;
int t_sec;
int t_mil;
};
//M5Stack Display Variable
TFT_eSprite img = TFT_eSprite(&M5.Lcd);
MCP9600 sensor6 = MCP9600(0x60);
MCP9600 sensor7 = MCP9600(0x61);
MCP9600 sensor8 = MCP9600(0x63);
MCP9600 sensor9 = MCP9600(0x65);
MCP9600 sensor10 = MCP9600(0x67);
MCP9601 sensor1 = MCP9601(0x60);
MCP9601 sensor2 = MCP9601(0x61);
MCP9601 sensor3 = MCP9601(0x63);
MCP9601 sensor4 = MCP9601(0x65);
MCP9601 sensor5 = MCP9601(0x67);
// 現在時刻をセットする
void setLoggerTime (LOG_TIME vTime) {
interruptCounter = vTime.t_hour * 10 * 60 * 60
+ vTime.t_min * 10 * 60
+ vTime.t_sec * 10
+ vTime.t_mil;
}
// 現在時刻を返す関数
LOG_TIME getLoggerTime() {
LOG_TIME result;
result.t_hour = interruptCounter / (10 * 60 * 60);
result.t_min = (interruptCounter % (10 * 60 * 60)) / (10 * 60);
result.t_sec = ((interruptCounter % (10 * 60 * 60)) % (10 * 60)) / 10;
result.t_mil = ((interruptCounter % (10 * 60 * 60)) % (10 * 60)) % 10;
return result;
}
// タイマー発火時に処理する関数 ※短めの処理に！
void IRAM_ATTR onTimer() { /* this function must be placed in IRAM */
portENTER_CRITICAL_ISR(&timerMux);
interruptCounter++;
ticked = true;
portEXIT_CRITICAL_ISR(&timerMux);
}
err_t sensor_basic_config(MCP9600 vsensor)
{
err_t ret = NO_ERROR;
CHECK_RESULT(ret, vsensor.set_filt_coefficients(FILT_OFF));
CHECK_RESULT(ret, vsensor.set_cold_junc_resolution(COLD_JUNC_RESOLUTION_0_25));
CHECK_RESULT(ret, vsensor.set_ADC_meas_resolution(ADC_16BIT_RESOLUTION));
CHECK_RESULT(ret, vsensor.set_burst_mode_samp(BURST_1_SAMPLE));
//CHECK_RESULT(ret,vsensor.set_sensor_mode(BURST_MODE));
CHECK_RESULT(ret, vsensor.set_sensor_mode(NORMAL_OPERATION));
return ret;
}
err_t sensor_basic_config1(MCP9601 vsensor)
{
err_t ret = NO_ERROR;
CHECK_RESULT(ret, vsensor.set_filt_coefficients(FILT_OFF));
CHECK_RESULT(ret, vsensor.set_cold_junc_resolution(COLD_JUNC_RESOLUTION_0_25));
CHECK_RESULT(ret, vsensor.set_ADC_meas_resolution(ADC_16BIT_RESOLUTION));
CHECK_RESULT(ret, vsensor.set_burst_mode_samp(BURST_1_SAMPLE));
//CHECK_RESULT(ret,vsensor.set_sensor_mode(BURST_MODE));
CHECK_RESULT(ret, vsensor.set_sensor_mode(NORMAL_OPERATION));
return ret;
}
err_t get_temperature(float *value, MCP9600 vsensor)
{
err_t ret = NO_ERROR;
float hot_junc = 0;
float junc_delta = 0;
float cold_junc = 0;
CHECK_RESULT(ret, vsensor.read_hot_junc(&hot_junc));
//CHECK_RESULT(ret, vsensor.read_junc_temp_delta(&junc_delta));
//CHECK_RESULT(ret, vsensor.read_cold_junc(&cold_junc));
*value = hot_junc;
return ret;
}
err_t get_temperature1(float *value, MCP9601 vsensor)
{
err_t ret = NO_ERROR;
float hot_junc = 0;
float junc_delta = 0;
float cold_junc = 0;
CHECK_RESULT(ret, vsensor.read_hot_junc(&hot_junc));
//CHECK_RESULT(ret, vsensor.read_junc_temp_delta(&junc_delta));
//CHECK_RESULT(ret, vsensor.read_cold_junc(&cold_junc));
*value = hot_junc;
return ret;
}
void setup()
{
M5.begin();
M5.Lcd.clear(BLACK);
M5.Lcd.setTextColor(WHITE);
M5.Lcd.setTextSize(2);
M5.Lcd.setCursor(3, 3);
M5.Lcd.println("Init TCAMPs");
Wire.begin(21, 22);
Wire.setClock(50000);
Wire1.begin(2, 5);
Wire1.setClock(50000);
//各MCP9600をイニシャライズ
if (sensor1.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor1 Init failed");
//while (1);
}
if (sensor2.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor2 Init failed");
//while (1);
}
if (sensor3.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor3 Init failed");
//while (1);
}
if (sensor4.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor4 Init failed");
//while (1);
}
if (sensor5.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor5 Init failed");
//while (1);
}
if (sensor6.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor6 Init failed");
//while (1);
}
if (sensor7.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor7 Init failed");
//while (1);
}
if (sensor8.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor8 Init failed");
//while (1);
}
if (sensor9.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor9 Init failed");
//while (1);
}
if (sensor10.init(THER_TYPE_K)) {
M5.Lcd.println("Sensor10 Init failed");
//while (1);
}
sensor_basic_config1(sensor1);
sensor_basic_config1(sensor2);
sensor_basic_config1(sensor3);
sensor_basic_config1(sensor4);
sensor_basic_config1(sensor5);
sensor_basic_config(sensor6);
sensor_basic_config(sensor7);
sensor_basic_config(sensor8);
sensor_basic_config(sensor9);
sensor_basic_config(sensor10);
M5.Lcd.clear(BLACK);
M5.Lcd.setTextColor(WHITE);
M5.Lcd.setTextSize(2);
M5.Lcd.setCursor(0, 0);
Serial.begin(115200);
Serial.println("Init Serial Terminal.");
//System Time Set
LOG_TIME systemtime;
systemtime.t_hour = 0;
systemtime.t_min = 0;
systemtime.t_sec = 0;
systemtime.t_mil = 0;
setLoggerTime(systemtime);
//Timer Initialize
timer = timerBegin(0, 80, true); //内部クロックの分周
timerAttachInterrupt(timer, &onTimer, true); //タイマー発火時の関数関連付け
timerAlarmWrite(timer, INT_INTERVAL , true); //100ms間隔でタイマー発火のプロパティセット
timerAlarmEnable(timer); //タイマースタート
//この後表示し続ける固定部分の表示
img.setColorDepth(8);
img.createSprite(250, 26);
img.fillSprite(0xFA00);
img.setTextColor(TFT_BLACK);
img.setTextFont(4);
img.drawString("TC Temp 01", 5, 3);
img.pushSprite(35, 0);
img.deleteSprite();
img.createSprite(250, 26);
img.fillSprite(0xFA00);
img.setTextColor(TFT_BLACK);
img.setTextFont(4);
img.drawString("System Status", 48, 3);
img.pushSprite(35, 149);
img.deleteSprite();
}
//メインループ
void loop()
{
//シリアル通信の処理
if (processSerial()) {
Serial.println("OK");
interruptCounter = 0; //シリアル処理で肯定が帰ったら内部時計をリセット（仮の実装）
}
//tickedフラグが立っていれば10msec経過しているので温度取得、表示、シリアル処理を行う
if (ticked) {
float temp1 = 0;
float temp2 = 0;
float temp3 = 0;
float temp4 = 0;
float temp5 = 0;
float temp6 = 0;
float temp7 = 0;
float temp8 = 0;
float temp9 = 0;
float temp10 = 0;
//温度取得 2チャンネルあるI2Cバスを交互に使って負荷を落とす // commented out // not on 20201022
get_temperature1(&temp1, sensor1);
get_temperature(&temp6, sensor6);
get_temperature1(&temp2, sensor2);
get_temperature(&temp7, sensor7);
get_temperature1(&temp3, sensor3);
get_temperature(&temp8, sensor8);
get_temperature1(&temp4, sensor4);
get_temperature(&temp9, sensor9);
get_temperature1(&temp5, sensor5);
get_temperature(&temp10, sensor10);
// temp1=random(20,25); // random temp 20~25 // commented out 20200001022
// temp2=random(20,25);
// temp3=random(20,25);
// temp4=random(20,25);
// temp5=random(20,25);
// temp6=random(20,25);
// temp7=random(20,25);
// temp8=random(20,25);
// temp9=random(20,25);
// temp10=random(20,25);
//ディスプレイ表示関係
img.createSprite(150, 110);
img.fillSprite(TFT_BLACK);
img.setTextColor(TFT_RED);
img.setTextFont(4);
char buf[128];
sprintf(buf, "ch06:%4.1f", temp6);
img.drawString(String(buf), 2, 3);
sprintf(buf, "ch07:%4.1f", temp7);
img.drawString(String(buf), 2, 23);
sprintf(buf, "ch08:%4.1f", temp8);
img.drawString(String(buf), 2, 43);
sprintf(buf, "ch09:%4.1f", temp9);
img.drawString(String(buf), 2, 63);
sprintf(buf, "ch10:%4.1f", temp10);
img.drawString(String(buf), 2, 83);
img.drawRoundRect(0, 0, 150, 110, 6, 0xFA00);
img.pushSprite(165, 32);
img.fillSprite(TFT_BLACK);
img.setTextColor(TFT_RED);
img.setTextFont(4);
sprintf(buf, "ch01:%4.1f", temp1);
img.drawString(String(buf), 2, 3);
sprintf(buf, "ch02:%4.1f", temp2);
img.drawString(String(buf), 2, 23);
sprintf(buf, "ch03:%4.1f", temp3);
img.drawString(String(buf), 2, 43);
sprintf(buf, "ch04:%4.1f", temp4);
img.drawString(String(buf), 2, 63);
sprintf(buf, "ch05:%4.1f", temp5);
img.drawString(String(buf), 2, 83);
img.drawRoundRect(0, 0, 150, 110, 6, 0xFA00);
img.pushSprite(5, 32);
img.deleteSprite();
LOG_TIME nowtime = getLoggerTime();
img.createSprite(310, 60);
img.fillSprite(TFT_BLACK);
img.setTextColor(TFT_ORANGE);
img.setTextFont(4);
img.drawRoundRect(0, 0, 310, 60, 6, 0xFA00);
sprintf(buf, "CLOCK:%02d:%02d:%02d.%01d"
, nowtime.t_hour
, nowtime.t_min
, nowtime.t_sec
, nowtime.t_mil
);
img.drawString(String(buf), 2, 3);
if (FG_SERIALOUT) {
img.setTextColor(TFT_ORANGE);
if (nowtime.t_mil % 5 != 0) {
img.drawString("SERIAL_OUT", 2, 28);
}
} else {
img.setTextColor(0x2000);
img.drawString("SERIAL_OUT", 2, 28);
}
if (FG_SDWRITE) {
img.setTextColor(TFT_ORANGE);
} else {
img.setTextColor(0x2000);
}
img.drawString("SD_WRITE", 170, 28);
img.pushSprite(5, 180 );
img.deleteSprite();
int logger_id=1; //20201022 added
//シリアル出力
// if (FG_SERIALOUT) { commend out
sprintf(buf, "%02d,%02d:%02d:%02d.%01d,%4.4f,%4.4f,%4.4f,%4.4f,%4.4f,%4.4f,%4.4f,%4.4f,%4.4f,%4.4f" // 2020001022 modified
, logger_id // 20201022 added
, nowtime.t_hour
, nowtime.t_min
, nowtime.t_sec
, nowtime.t_mil
, temp1
, temp2
, temp3
, temp4
, temp5
, temp6
, temp7
, temp8
, temp9
, temp10
);
Serial.println(buf);
// } commend out
ticked = false;
}
}
//シリアルターミナル処理
//シリアルの受信バッファにとどいたものを内部バッファに積む処理(max 128byte)
//改行コードを受信したらコマンド解釈と実行を行う予定（コマンド処理は未実装）
//現状改行コードがきたらtrueを返す
boolean processSerial() {
char in;
boolean recvLine = false;
int receivedLength = Serial.available();
if (receivedLength > 0) {
for (int i = 0; i < receivedLength; i++) {
in = Serial.read();
Serial.print(in); //local echo
if (in == '\r') {
//command complete
receiveIndex = 0;
recvLine = true;
} else {
//command continue
receiveBuffer[receiveIndex] = in;
receiveIndex++;
recvLine = false;
if (receiveIndex > 127) {
//receive overflow
receiveIndex = 0;
Serial.println("ERROR");
}
}
}
}
return recvLine;
}
| [
"noreply@github.com"
] | chibaf.noreply@github.com |
323c0ed8eee04b6a6dc6fb2354ff86601eced323 | e7d7377b40fc431ef2cf8dfa259a611f6acc2c67 | /SampleDump/Cpp/SDK/BP_ToolboxWidget_classes.h | fd88983d5dca086a43d0e345948577661af6cbe9 | [] | no_license | liner0211/uSDK_Generator | ac90211e005c5f744e4f718cd5c8118aab3f8a18 | 9ef122944349d2bad7c0abe5b183534f5b189bd7 | refs/heads/main | 2023-09-02T16:37:22.932365 | 2021-10-31T17:38:03 | 2021-10-31T17:38:03 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 738 | h | #pragma once
// Name: Mordhau, Version: Patch23
/*!!DEFINE!!*/
/*!!HELPER_DEF!!*/
/*!!HELPER_INC!!*/
#ifdef _MSC_VER
#pragma pack(push, 0x01)
#endif
namespace CG
{
//---------------------------------------------------------------------------
// Classes
//---------------------------------------------------------------------------
// WidgetBlueprintGeneratedClass BP_ToolboxWidget.BP_ToolboxWidget_C
// 0x0000 (FullSize[0x0230] - InheritedSize[0x0230])
class UBP_ToolboxWidget_C : public UUserWidget
{
public:
static UClass* StaticClass()
{
static UClass* ptr = UObject::FindClass("WidgetBlueprintGeneratedClass BP_ToolboxWidget.BP_ToolboxWidget_C");
return ptr;
}
};
}
#ifdef _MSC_VER
#pragma pack(pop)
#endif
| [
"talon_hq@outlook.com"
] | talon_hq@outlook.com |
4dc49570deb91785254250e19734bd9ec2522e3c | 43eec1fb7119427d9eec22f489980e6cd3020fae | /browser/Browser.h | 8f4afb678c5cddf3e873c0e960f85746f830d29e | [] | no_license | aformusatii/MediaHub | 1455ad16869755bf96c61deebb21558c5696d72c | 6b1004f9d815081f497a1c1ae303147698053daf | refs/heads/master | 2016-09-06T15:23:33.309617 | 2014-12-21T19:38:10 | 2014-12-21T19:38:10 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,644 | h | #include <gtk/gtk.h>
struct MouseCoordinates {
int x;
int y;
bool jump;
};
// Browser class
class Browser {
private:
Browser(){
mouseContinuousMove = false;
preventDefaultEvents = FALSE;
afterInit=NULL;
closeWindow=NULL;
mouseMove=NULL;
mouseButtonPress=NULL;
mouseButtonRelease=NULL;
keyPress=NULL;keyRelease=NULL;
receivedUIEvent=NULL;
}; // Private so that it can not be called
Browser(Browser const&){
preventDefaultEvents = FALSE;
mouseContinuousMove = false;
afterInit=NULL;
closeWindow=NULL;
mouseMove=NULL;
mouseButtonPress=NULL;
mouseButtonRelease=NULL;
keyPress=NULL;
keyRelease=NULL;
receivedUIEvent=NULL;
}; // copy constructor is private
bool mouseContinuousMove;
gboolean preventDefaultEvents;
static Browser* browserInstance;
public:
static Browser* getInstance();
int initBrowser(int argc, char** argv);
void setMouseContinuousMove(bool);
bool isMouseContinuousMove();
void setPreventDefaultEvents(bool);
gboolean isPreventDefaultEvents();
/* External Event Handlers */
void (*afterInit)(MouseCoordinates);
void (*closeWindow)(void);
void (*mouseMove)(MouseCoordinates);
void (*mouseButtonPress)(int);
void (*mouseButtonRelease)(int);
void (*keyPress)(int);
void (*keyRelease)(int);
void (*receivedUIEvent)(char *);
};
| [
"aformusatii@gmail.com"
] | aformusatii@gmail.com |
7273434026a84aee791d716023d0ba90056d96cc | 3f488564e71ca332372fb9fbe5ee6071084b8ce2 | /src/qt/sendcoinsdialog.cpp | 0ef5a0af66d1739f818faed11d90602fb388c4d7 | [
"MIT"
] | permissive | efrancswitzerland/efranc | 3f5fae53651674ca97d33be9dbf070135cbf1495 | 78c2fb00b6820ccf00a02bc43167b4871d1a6d1c | refs/heads/master | 2021-05-04T12:51:22.184530 | 2018-02-10T11:03:44 | 2018-02-10T11:03:44 | 120,302,341 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 18,543 | cpp | // Copyright (c) 2011-2013 The Bitcoin developers
// Distributed under the MIT/X11 software license, see the accompanying
// file COPYING or http://www.opensource.org/licenses/mit-license.php.
#include "sendcoinsdialog.h"
#include "ui_sendcoinsdialog.h"
#include "init.h"
#include "walletmodel.h"
#include "addresstablemodel.h"
#include "bitcoinunits.h"
#include "addressbookpage.h"
#include "optionsmodel.h"
#include "sendcoinsentry.h"
#include "guiutil.h"
#include "askpassphrasedialog.h"
#include "coincontrol.h"
#include "coincontroldialog.h"
#include <QMessageBox>
#include <QTextDocument>
#include <QScrollBar>
#include <QClipboard>
SendCoinsDialog::SendCoinsDialog(QWidget *parent) :
QDialog(parent),
ui(new Ui::SendCoinsDialog),
model(0)
{
ui->setupUi(this);
#ifdef Q_OS_MAC // Icons on push buttons are very uncommon on Mac
ui->addButton->setIcon(QIcon());
ui->clearButton->setIcon(QIcon());
ui->sendButton->setIcon(QIcon());
#endif
#if QT_VERSION >= 0x040700
/* Do not move this to the XML file, Qt before 4.7 will choke on it */
ui->lineEditCoinControlChange->setPlaceholderText(tr("Enter a eFranc address (e.g. Ler4HNAEfwYhBmGXcFP2Po1NpRUEiK8km2)"));
#endif
addEntry();
connect(ui->addButton, SIGNAL(clicked()), this, SLOT(addEntry()));
connect(ui->clearButton, SIGNAL(clicked()), this, SLOT(clear()));
// Coin Control
ui->lineEditCoinControlChange->setFont(GUIUtil::bitcoinAddressFont());
connect(ui->pushButtonCoinControl, SIGNAL(clicked()), this, SLOT(coinControlButtonClicked()));
connect(ui->checkBoxCoinControlChange, SIGNAL(stateChanged(int)), this, SLOT(coinControlChangeChecked(int)));
connect(ui->lineEditCoinControlChange, SIGNAL(textEdited(const QString &)), this, SLOT(coinControlChangeEdited(const QString &)));
// Coin Control: clipboard actions
QAction *clipboardQuantityAction = new QAction(tr("Copy quantity"), this);
QAction *clipboardAmountAction = new QAction(tr("Copy amount"), this);
QAction *clipboardFeeAction = new QAction(tr("Copy fee"), this);
QAction *clipboardAfterFeeAction = new QAction(tr("Copy after fee"), this);
QAction *clipboardBytesAction = new QAction(tr("Copy bytes"), this);
QAction *clipboardPriorityAction = new QAction(tr("Copy priority"), this);
QAction *clipboardLowOutputAction = new QAction(tr("Copy low output"), this);
QAction *clipboardChangeAction = new QAction(tr("Copy change"), this);
connect(clipboardQuantityAction, SIGNAL(triggered()), this, SLOT(coinControlClipboardQuantity()));
connect(clipboardAmountAction, SIGNAL(triggered()), this, SLOT(coinControlClipboardAmount()));
connect(clipboardFeeAction, SIGNAL(triggered()), this, SLOT(coinControlClipboardFee()));
connect(clipboardAfterFeeAction, SIGNAL(triggered()), this, SLOT(coinControlClipboardAfterFee()));
connect(clipboardBytesAction, SIGNAL(triggered()), this, SLOT(coinControlClipboardBytes()));
connect(clipboardPriorityAction, SIGNAL(triggered()), this, SLOT(coinControlClipboardPriority()));
connect(clipboardLowOutputAction, SIGNAL(triggered()), this, SLOT(coinControlClipboardLowOutput()));
connect(clipboardChangeAction, SIGNAL(triggered()), this, SLOT(coinControlClipboardChange()));
ui->labelCoinControlQuantity->addAction(clipboardQuantityAction);
ui->labelCoinControlAmount->addAction(clipboardAmountAction);
ui->labelCoinControlFee->addAction(clipboardFeeAction);
ui->labelCoinControlAfterFee->addAction(clipboardAfterFeeAction);
ui->labelCoinControlBytes->addAction(clipboardBytesAction);
ui->labelCoinControlPriority->addAction(clipboardPriorityAction);
ui->labelCoinControlLowOutput->addAction(clipboardLowOutputAction);
ui->labelCoinControlChange->addAction(clipboardChangeAction);
fNewRecipientAllowed = true;
}
void SendCoinsDialog::setModel(WalletModel *model)
{
this->model = model;
for(int i = 0; i < ui->entries->count(); ++i)
{
SendCoinsEntry *entry = qobject_cast<SendCoinsEntry*>(ui->entries->itemAt(i)->widget());
if(entry)
{
entry->setModel(model);
}
}
if(model && model->getOptionsModel())
{
setBalance(model->getBalance(), model->getUnconfirmedBalance(), model->getImmatureBalance());
connect(model, SIGNAL(balanceChanged(qint64, qint64, qint64)), this, SLOT(setBalance(qint64, qint64, qint64)));
connect(model->getOptionsModel(), SIGNAL(displayUnitChanged(int)), this, SLOT(updateDisplayUnit()));
// Coin Control
connect(model->getOptionsModel(), SIGNAL(displayUnitChanged(int)), this, SLOT(coinControlUpdateLabels()));
connect(model->getOptionsModel(), SIGNAL(coinControlFeaturesChanged(bool)), this, SLOT(coinControlFeatureChanged(bool)));
connect(model->getOptionsModel(), SIGNAL(transactionFeeChanged(qint64)), this, SLOT(coinControlUpdateLabels()));
ui->frameCoinControl->setVisible(model->getOptionsModel()->getCoinControlFeatures());
coinControlUpdateLabels();
}
}
SendCoinsDialog::~SendCoinsDialog()
{
delete ui;
}
void SendCoinsDialog::on_sendButton_clicked()
{
QList<SendCoinsRecipient> recipients;
bool valid = true;
if(!model)
return;
for(int i = 0; i < ui->entries->count(); ++i)
{
SendCoinsEntry *entry = qobject_cast<SendCoinsEntry*>(ui->entries->itemAt(i)->widget());
if(entry)
{
if(entry->validate())
{
recipients.append(entry->getValue());
}
else
{
valid = false;
}
}
}
if(!valid || recipients.isEmpty())
{
return;
}
// Format confirmation message
QStringList formatted;
foreach(const SendCoinsRecipient &rcp, recipients)
{
#if QT_VERSION < 0x050000
formatted.append(tr("<b>%1</b> to %2 (%3)").arg(BitcoinUnits::formatWithUnit(BitcoinUnits::BTC, rcp.amount), Qt::escape(rcp.label), rcp.address));
#else
formatted.append(tr("<b>%1</b> to %2 (%3)").arg(BitcoinUnits::formatWithUnit(BitcoinUnits::BTC, rcp.amount), rcp.label.toHtmlEscaped(), rcp.address));
#endif
}
fNewRecipientAllowed = false;
QMessageBox::StandardButton retval = QMessageBox::question(this, tr("Confirm send coins"),
tr("Are you sure you want to send %1?").arg(formatted.join(tr(" and "))),
QMessageBox::Yes|QMessageBox::Cancel,
QMessageBox::Cancel);
if(retval != QMessageBox::Yes)
{
fNewRecipientAllowed = true;
return;
}
WalletModel::UnlockContext ctx(model->requestUnlock());
if(!ctx.isValid())
{
// Unlock wallet was cancelled
fNewRecipientAllowed = true;
return;
}
WalletModel::SendCoinsReturn sendstatus;
if (!model->getOptionsModel() || !model->getOptionsModel()->getCoinControlFeatures())
sendstatus = model->sendCoins(recipients);
else
sendstatus = model->sendCoins(recipients, CoinControlDialog::coinControl);
switch(sendstatus.status)
{
case WalletModel::InvalidAddress:
QMessageBox::warning(this, tr("Send Coins"),
tr("The recipient address is not valid, please recheck."),
QMessageBox::Ok, QMessageBox::Ok);
break;
case WalletModel::InvalidAmount:
QMessageBox::warning(this, tr("Send Coins"),
tr("The amount to pay must be larger than 0."),
QMessageBox::Ok, QMessageBox::Ok);
break;
case WalletModel::AmountExceedsBalance:
QMessageBox::warning(this, tr("Send Coins"),
tr("The amount exceeds your balance."),
QMessageBox::Ok, QMessageBox::Ok);
break;
case WalletModel::AmountWithFeeExceedsBalance:
QMessageBox::warning(this, tr("Send Coins"),
tr("The total exceeds your balance when the %1 transaction fee is included.").
arg(BitcoinUnits::formatWithUnit(BitcoinUnits::BTC, sendstatus.fee)),
QMessageBox::Ok, QMessageBox::Ok);
break;
case WalletModel::DuplicateAddress:
QMessageBox::warning(this, tr("Send Coins"),
tr("Duplicate address found, can only send to each address once per send operation."),
QMessageBox::Ok, QMessageBox::Ok);
break;
case WalletModel::TransactionCreationFailed:
QMessageBox::warning(this, tr("Send Coins"),
tr("Error: Transaction creation failed!"),
QMessageBox::Ok, QMessageBox::Ok);
break;
case WalletModel::TransactionCommitFailed:
QMessageBox::warning(this, tr("Send Coins"),
tr("Error: The transaction was rejected. This might happen if some of the coins in your wallet were already spent, such as if you used a copy of wallet.dat and coins were spent in the copy but not marked as spent here."),
QMessageBox::Ok, QMessageBox::Ok);
break;
case WalletModel::Aborted: // User aborted, nothing to do
break;
case WalletModel::OK:
accept();
CoinControlDialog::coinControl->UnSelectAll();
coinControlUpdateLabels();
break;
}
fNewRecipientAllowed = true;
}
void SendCoinsDialog::clear()
{
// Remove entries until only one left
while(ui->entries->count())
{
ui->entries->takeAt(0)->widget()->deleteLater();
}
addEntry();
updateRemoveEnabled();
ui->sendButton->setDefault(true);
}
void SendCoinsDialog::reject()
{
clear();
}
void SendCoinsDialog::accept()
{
clear();
}
SendCoinsEntry *SendCoinsDialog::addEntry()
{
SendCoinsEntry *entry = new SendCoinsEntry(this);
entry->setModel(model);
ui->entries->addWidget(entry);
connect(entry, SIGNAL(removeEntry(SendCoinsEntry*)), this, SLOT(removeEntry(SendCoinsEntry*)));
connect(entry, SIGNAL(payAmountChanged()), this, SLOT(coinControlUpdateLabels()));
updateRemoveEnabled();
// Focus the field, so that entry can start immediately
entry->clear();
entry->setFocus();
ui->scrollAreaWidgetContents->resize(ui->scrollAreaWidgetContents->sizeHint());
qApp->processEvents();
QScrollBar* bar = ui->scrollArea->verticalScrollBar();
if(bar)
bar->setSliderPosition(bar->maximum());
return entry;
}
void SendCoinsDialog::updateRemoveEnabled()
{
// Remove buttons are enabled as soon as there is more than one send-entry
bool enabled = (ui->entries->count() > 1);
for(int i = 0; i < ui->entries->count(); ++i)
{
SendCoinsEntry *entry = qobject_cast<SendCoinsEntry*>(ui->entries->itemAt(i)->widget());
if(entry)
{
entry->setRemoveEnabled(enabled);
}
}
setupTabChain(0);
coinControlUpdateLabels();
}
void SendCoinsDialog::removeEntry(SendCoinsEntry* entry)
{
entry->deleteLater();
updateRemoveEnabled();
}
QWidget *SendCoinsDialog::setupTabChain(QWidget *prev)
{
for(int i = 0; i < ui->entries->count(); ++i)
{
SendCoinsEntry *entry = qobject_cast<SendCoinsEntry*>(ui->entries->itemAt(i)->widget());
if(entry)
{
prev = entry->setupTabChain(prev);
}
}
QWidget::setTabOrder(prev, ui->addButton);
QWidget::setTabOrder(ui->addButton, ui->sendButton);
return ui->sendButton;
}
void SendCoinsDialog::setAddress(const QString &address)
{
SendCoinsEntry *entry = 0;
// Replace the first entry if it is still unused
if(ui->entries->count() == 1)
{
SendCoinsEntry *first = qobject_cast<SendCoinsEntry*>(ui->entries->itemAt(0)->widget());
if(first->isClear())
{
entry = first;
}
}
if(!entry)
{
entry = addEntry();
}
entry->setAddress(address);
}
void SendCoinsDialog::pasteEntry(const SendCoinsRecipient &rv)
{
if(!fNewRecipientAllowed)
return;
SendCoinsEntry *entry = 0;
// Replace the first entry if it is still unused
if(ui->entries->count() == 1)
{
SendCoinsEntry *first = qobject_cast<SendCoinsEntry*>(ui->entries->itemAt(0)->widget());
if(first->isClear())
{
entry = first;
}
}
if(!entry)
{
entry = addEntry();
}
entry->setValue(rv);
}
bool SendCoinsDialog::handleURI(const QString &uri)
{
SendCoinsRecipient rv;
// URI has to be valid
if (GUIUtil::parseBitcoinURI(uri, &rv))
{
CBitcoinAddress address(rv.address.toStdString());
if (!address.IsValid())
return false;
pasteEntry(rv);
return true;
}
return false;
}
void SendCoinsDialog::setBalance(qint64 balance, qint64 unconfirmedBalance, qint64 immatureBalance)
{
Q_UNUSED(unconfirmedBalance);
Q_UNUSED(immatureBalance);
if(!model || !model->getOptionsModel())
return;
int unit = model->getOptionsModel()->getDisplayUnit();
ui->labelBalance->setText(BitcoinUnits::formatWithUnit(unit, balance));
}
void SendCoinsDialog::updateDisplayUnit()
{
if(model && model->getOptionsModel())
{
// Update labelBalance with the current balance and the current unit
ui->labelBalance->setText(BitcoinUnits::formatWithUnit(model->getOptionsModel()->getDisplayUnit(), model->getBalance()));
}
}
// Coin Control: copy label "Quantity" to clipboard
void SendCoinsDialog::coinControlClipboardQuantity()
{
GUIUtil::setClipboard(ui->labelCoinControlQuantity->text());
}
// Coin Control: copy label "Amount" to clipboard
void SendCoinsDialog::coinControlClipboardAmount()
{
GUIUtil::setClipboard(ui->labelCoinControlAmount->text().left(ui->labelCoinControlAmount->text().indexOf(" ")));
}
// Coin Control: copy label "Fee" to clipboard
void SendCoinsDialog::coinControlClipboardFee()
{
GUIUtil::setClipboard(ui->labelCoinControlFee->text().left(ui->labelCoinControlFee->text().indexOf(" ")));
}
// Coin Control: copy label "After fee" to clipboard
void SendCoinsDialog::coinControlClipboardAfterFee()
{
GUIUtil::setClipboard(ui->labelCoinControlAfterFee->text().left(ui->labelCoinControlAfterFee->text().indexOf(" ")));
}
// Coin Control: copy label "Bytes" to clipboard
void SendCoinsDialog::coinControlClipboardBytes()
{
GUIUtil::setClipboard(ui->labelCoinControlBytes->text());
}
// Coin Control: copy label "Priority" to clipboard
void SendCoinsDialog::coinControlClipboardPriority()
{
GUIUtil::setClipboard(ui->labelCoinControlPriority->text());
}
// Coin Control: copy label "Low output" to clipboard
void SendCoinsDialog::coinControlClipboardLowOutput()
{
GUIUtil::setClipboard(ui->labelCoinControlLowOutput->text());
}
// Coin Control: copy label "Change" to clipboard
void SendCoinsDialog::coinControlClipboardChange()
{
GUIUtil::setClipboard(ui->labelCoinControlChange->text().left(ui->labelCoinControlChange->text().indexOf(" ")));
}
// Coin Control: settings menu - coin control enabled/disabled by user
void SendCoinsDialog::coinControlFeatureChanged(bool checked)
{
ui->frameCoinControl->setVisible(checked);
if (!checked && model) // coin control features disabled
CoinControlDialog::coinControl->SetNull();
}
// Coin Control: button inputs -> show actual coin control dialog
void SendCoinsDialog::coinControlButtonClicked()
{
CoinControlDialog dlg;
dlg.setModel(model);
dlg.exec();
coinControlUpdateLabels();
}
// Coin Control: checkbox custom change address
void SendCoinsDialog::coinControlChangeChecked(int state)
{
if (model)
{
if (state == Qt::Checked)
CoinControlDialog::coinControl->destChange = CBitcoinAddress(ui->lineEditCoinControlChange->text().toStdString()).Get();
else
CoinControlDialog::coinControl->destChange = CNoDestination();
}
ui->lineEditCoinControlChange->setEnabled((state == Qt::Checked));
ui->labelCoinControlChangeLabel->setVisible((state == Qt::Checked));
}
// Coin Control: custom change address changed
void SendCoinsDialog::coinControlChangeEdited(const QString & text)
{
if (model)
{
CoinControlDialog::coinControl->destChange = CBitcoinAddress(text.toStdString()).Get();
// label for the change address
ui->labelCoinControlChangeLabel->setStyleSheet("QLabel{color:black;}");
if (text.isEmpty())
ui->labelCoinControlChangeLabel->setText("");
else if (!CBitcoinAddress(text.toStdString()).IsValid())
{
ui->labelCoinControlChangeLabel->setStyleSheet("QLabel{color:red;}");
ui->labelCoinControlChangeLabel->setText(tr("Warning: Invalid Bitcoin address"));
}
else
{
QString associatedLabel = model->getAddressTableModel()->labelForAddress(text);
if (!associatedLabel.isEmpty())
ui->labelCoinControlChangeLabel->setText(associatedLabel);
else
{
CPubKey pubkey;
CKeyID keyid;
CBitcoinAddress(text.toStdString()).GetKeyID(keyid);
if (model->getPubKey(keyid, pubkey))
ui->labelCoinControlChangeLabel->setText(tr("(no label)"));
else
{
ui->labelCoinControlChangeLabel->setStyleSheet("QLabel{color:red;}");
ui->labelCoinControlChangeLabel->setText(tr("Warning: Unknown change address"));
}
}
}
}
}
// Coin Control: update labels
void SendCoinsDialog::coinControlUpdateLabels()
{
if (!model || !model->getOptionsModel() || !model->getOptionsModel()->getCoinControlFeatures())
return;
// set pay amounts
CoinControlDialog::payAmounts.clear();
for(int i = 0; i < ui->entries->count(); ++i)
{
SendCoinsEntry *entry = qobject_cast<SendCoinsEntry*>(ui->entries->itemAt(i)->widget());
if(entry)
CoinControlDialog::payAmounts.append(entry->getValue().amount);
}
if (CoinControlDialog::coinControl->HasSelected())
{
// actual coin control calculation
CoinControlDialog::updateLabels(model, this);
// show coin control stats
ui->labelCoinControlAutomaticallySelected->hide();
ui->widgetCoinControl->show();
}
else
{
// hide coin control stats
ui->labelCoinControlAutomaticallySelected->show();
ui->widgetCoinControl->hide();
ui->labelCoinControlInsuffFunds->hide();
}
}
| [
"efranc.switzerland@gmail.com"
] | efranc.switzerland@gmail.com |
24fceda068f16f51181371f4ce1b121bd7fdd9d2 | 1d82b21186e123529efc1b4b54d01922e53e84ab | /EvlTimeCourse0.h | be637f0ce1fb29d116f659bf51bfa7af16bd2777 | [] | no_license | TaihaoJin/Abf_Processing | e315c03ddd6c6fa684073759f7948a65a7c30dd6 | 32ce464cd08731a87e766bc9e84464172b096727 | refs/heads/master | 2021-01-10T15:06:55.227764 | 2016-01-27T08:48:00 | 2016-01-27T08:48:00 | 50,493,276 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,216 | h | // EvlTimeCourse0.h: interface for the CEvlTimeCourse class.
//
//////////////////////////////////////////////////////////////////////
#if !defined(AFX_EVLTIMECOURSE_H__6B243C42_992A_11D4_83DE_00C04F200B5B__INCLUDED_)
#define AFX_EVLTIMECOURSE_H__6B243C42_992A_11D4_83DE_00C04F200B5B__INCLUDED_
#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000
class CEvlTimeCourse0
{
public:
CEvlTimeCourse0(CString sFileName, float fBinSize, float fTimePerPoint, int nNumEvent, int* pnLevelLength,
int* pnLevelStart, short* pstEventCurrentLevel);
CEvlTimeCourse0();
virtual ~CEvlTimeCourse0();
void DoEvlTimeCourse();
protected:
CString ChangeFileExt(CString sFileName, CString sExt);
void WriteTimeCourse(FILE* fpOut);
void PreparePointers();
void OutputTimeCourse();
int* m_pnLevelStart;
int* m_pnLevelLength;
int m_nNumEvent;
short* m_pstEventCurrentLevel;
float m_fTimePerPoint;
float* m_pfNumOpenings;
float* m_pfTotalOpenTime;
int* m_pnMaximumOpenLevel;
float* m_pfElapsedTime;
float m_fBinSize;
int m_nNumBin;
CString m_sEvlFileName;
};
#endif // !defined(AFX_EVLTIMECOURSE_H__6B243C42_992A_11D4_83DE_00C04F200B5B__INCLUDED_)
| [
"TaihaoJin2004@gmail.com"
] | TaihaoJin2004@gmail.com |
039988cbbf709103b9e145e16460f7c24d9a1b8b | bfb26ad296040f77fd94fa4220f41ec78507b73d | /DP/Typical dynamic programming/Longest Increasing Subsequence.cpp | 8b078d432acb396fbcbaef24f129497594179cf1 | [] | no_license | mine691/procon-library | d56197f6b1b49e4dd2a4b33e4d93650d06dff3e7 | deb88d1c0c160286b209f2fcab01f3a8463768f4 | refs/heads/master | 2021-07-18T18:52:14.736672 | 2020-06-10T10:42:41 | 2020-06-10T10:42:41 | 175,916,320 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 327 | cpp | ll LIS(const vector<ll> &a)
{
int N = a.size();
vector<ll> dp(N, infll); // dp[i] := 長さが i + 1であるLISのうち、末尾の要素の最小値
for (int i = 0; i < N; i++)
{
auto itr = lower_bound(dp.begin(), dp.end(), a[i]);
*itr = a[i];
}
return lower_bound(dp.begin(), dp.end(), infll) - dp.begin();
}
| [
"noreply@github.com"
] | mine691.noreply@github.com |
5c6dc6b887d7231fadf9e96420602b3ef9ab28ed | 3f89d8f9592dda6db7fbce1d5de56fd5d6eb09b1 | /PWGCF/FEMTOSCOPY/AliFemtoUser/AliFemtoCutAttrPairTrack.h | 0c636614b05089554abf879e8bb173a294917eb7 | [] | permissive | KvapilJ/AliPhysics | 6e94c9d990e98f43056c51ceb834f5acf404d78b | 373b8c7819d77b39a5f993d26067d9cc411eae17 | refs/heads/master | 2020-04-17T21:47:42.685528 | 2019-02-26T14:11:30 | 2019-02-26T14:12:01 | 166,966,516 | 0 | 0 | BSD-3-Clause | 2019-01-22T09:32:50 | 2019-01-22T09:32:50 | null | UTF-8 | C++ | false | false | 13,971 | h | ///
/// \file AliFemtoUser/AliFemtoPairCutTrackAttr.h
///
#pragma once
#ifndef ALIFEMTOPAIRCUTTRACKATTR_H
#define ALIFEMTOPAIRCUTTRACKATTR_H
#include "AliFemtoConfigObject.h"
#include "AliFemtoPair.h"
#include "AliFemtoPairCut.h"
// re-use static Δφ* calculation
#include "AliFemtoPairCutDetaDphi.h"
namespace pwgfemto {
/// \class AddPairCutAttrs
/// \brief Join cut-types together
///
template <typename T1, typename T2>
struct AddPairCutAttrs : public T1, public T2 {
bool Pass(const AliFemtoTrack &track1, const AliFemtoTrack &track2)
{
return T1::Pass(track1, track2) && T2::Pass(track1, track2);
}
AddPairCutAttrs()
: T1()
, T2()
{ }
AddPairCutAttrs(AliFemtoConfigObject &cfg)
: T1(cfg)
, T2(cfg)
{ }
void FillConfiguration(AliFemtoConfigObject &cfg) const
{
T1::FillConfiguration(cfg);
T2::FillConfiguration(cfg);
}
virtual ~AddPairCutAttrs() {}
};
/// \class PairCutTrackAttrAvgSep
/// \brief Range of average separation
///
struct PairCutTrackAttrAvgSep {
double avgsep_min;
bool Pass(const AliFemtoTrack &track1, const AliFemtoTrack &track2)
{
return calc_avg_sep(track1, track2) > avgsep_min;
}
PairCutTrackAttrAvgSep()
: avgsep_min(0.0)
{
}
PairCutTrackAttrAvgSep(AliFemtoConfigObject &cfg)
: avgsep_min(cfg.pop_float("avgsep_min", 0.0))
{
}
static bool is_valid_point(const AliFemtoThreeVector &point)
{
return point.x() > -9000.0
&& point.y() > -9000.0
&& point.z() > -9000.0;
}
static double calc_avg_sep(const AliFemtoTrack &track1,
const AliFemtoTrack &track2)
{
int count = 0;
double sep_sum = 0.0;
for (int i=0; i<9; ++i) {
const auto &p1 = track1.NominalTpcPoint(i),
&p2 = track2.NominalTpcPoint(i);
if (!is_valid_point(p1) || !is_valid_point(p2)) {
continue;
}
sep_sum += (p1 - p2).Mag();
count++;
}
double avg = __builtin_expect(count > 0, 1)
? sep_sum / count
: -1.0;
return avg;
}
void FillConfiguration(AliFemtoConfigObject &cfg) const
{
cfg.insert("avgsep_min", avgsep_min);
}
virtual ~PairCutTrackAttrAvgSep() {}
};
/// Cut on the sum of the pT
struct PairCutTrackAttrPt {
static const std::pair<double, double> DEFAULT;
std::pair<double, double> pt_range;
bool Pass(const AliFemtoTrack &track1, const AliFemtoTrack &track2)
{
const double pt_sum = track1.Pt() + track2.Pt();
return pt_range.first <= pt_sum && pt_sum < pt_range.second;
}
PairCutTrackAttrPt()
: pt_range(DEFAULT)
{
}
PairCutTrackAttrPt(AliFemtoConfigObject &cfg)
: pt_range(cfg.pop_range("pt_range", DEFAULT))
{
}
void FillConfiguration(AliFemtoConfigObject &cfg) const
{
cfg.insert("pt_range", pt_range);
}
virtual ~PairCutTrackAttrPt() {}
};
/// Cut on share quality and fraction
struct PairCutTrackAttrShareQuality {
double share_fraction_max;
double share_quality_max;
bool Pass(const AliFemtoTrack &track1, const AliFemtoTrack &track2)
{
const std::pair<double, double>
qual_and_frac = calc_share_quality_fraction(track1, track2);
const double
share_fraction = qual_and_frac.first,
share_quality = qual_and_frac.second;
return share_fraction <= share_fraction_max
&& share_quality <= share_quality_max;
}
static std::pair<double, double>
calc_share_quality_fraction(const AliFemtoTrack &track1,
const AliFemtoTrack &track2)
{
const TBits
&tpc_clusters_1 = track1.TPCclusters(),
&tpc_sharing_1 = track1.TPCsharing(),
&tpc_clusters_2 = track2.TPCclusters(),
&tpc_sharing_2 = track2.TPCsharing(),
cls1_and_cls2 = tpc_clusters_1 & tpc_clusters_2,
cls1_xor_cls2 = tpc_clusters_1 ^ tpc_clusters_2,
shr1_and_shr2 = tpc_sharing_1 & tpc_sharing_2,
not_sharing = ~const_cast<TBits&>(shr1_and_shr2);
const double
cls1_xor_cls2_bits = cls1_xor_cls2.CountBits(),
nh = cls1_xor_cls2_bits + 2 * cls1_and_cls2.CountBits(),
ns = 2 * (cls1_and_cls2 & shr1_and_shr2).CountBits(),
an = cls1_xor_cls2_bits + ns / 2 - (cls1_and_cls2 & not_sharing).CountBits(),
share_quality = an / nh,
share_fraction = ns / nh;
return std::make_pair(share_quality, share_fraction);
}
PairCutTrackAttrShareQuality()
: share_fraction_max(1.0)
, share_quality_max(1.0)
{}
PairCutTrackAttrShareQuality(AliFemtoConfigObject &cfg)
: share_fraction_max(cfg.pop_float("share_fraction_max", 1.0))
, share_quality_max(cfg.pop_float("share_quality_max", 1.0))
{}
void FillConfiguration(AliFemtoConfigObject &cfg) const
{
cfg.insert("share_quality_max", share_quality_max);
cfg.insert("share_fraction_max", share_fraction_max);
}
virtual ~PairCutTrackAttrShareQuality() {}
};
/// \class PairCutTrackAttrDetaDphiStar
/// \brief A pair cut which cuts on the Δη Δφ of the pair.
///
/// Pairs pass which have |Δη| > delta_eta_min
/// and √(Δφ² + Δη²) > delta_phi_min
///
/// The difference in phi is calculated by examining the tracks'
/// azimuthal angle at a particular radius, as determined by the
/// magnetic field of the event.
/// Note: fCurrentMagneticField should be set *before* using this cut
/// It is recommended to do this in the EventBegin method of
/// AliFemtoPairCut.
///
/// The default value for this radius is 1.2 (inside the TPC) but
/// this maybe changed via by changing the phistar_radius member.
///
/// \Delta \phi_{min}* = \phi_1 - \phi_2
/// + arcsin \left( \frac{ z_1 \cdot B_z \cdot R}{2 p_{T1}} \right)
/// - arcsin \left( \frac{ z_2 \cdot B_z \cdot R}{2 p_{T2}} \right)
///
///
struct PairCutTrackAttrDetaDphiStar {
float delta_eta_min,
delta_phistar_min,
phistar_radius;
float fCurrentMagneticField;
PairCutTrackAttrDetaDphiStar()
: delta_eta_min(0.0)
, delta_phistar_min(0.0)
, phistar_radius(1.2)
, fCurrentMagneticField(0.0)
{
}
PairCutTrackAttrDetaDphiStar(AliFemtoConfigObject &cut)
: delta_eta_min(cut.pop_float("delta_eta_min", 0.0))
, delta_phistar_min(cut.pop_float("delta_phistar_min", 0.0))
, phistar_radius(cut.pop_float("phistar_radius", 1.2))
, fCurrentMagneticField(0.0)
{
}
bool Pass(const AliFemtoTrack &track1, const AliFemtoTrack &track2)
{
const AliFemtoThreeVector &p1 = track1.P(),
&p2 = track2.P();
const double deta = calc_delta_eta(p1, p2);
if (delta_eta_min <= std::fabs(deta)) {
return true;
}
const double dphi = AliFemtoPairCutDetaDphi::CalculateDPhiStar(
p1, track1.Charge(),
p2, track2.Charge(),
phistar_radius,
fCurrentMagneticField);
return delta_phistar_min * delta_phistar_min <= deta * deta + dphi * dphi;
}
static double calc_delta_eta(const AliFemtoThreeVector &p1,
const AliFemtoThreeVector &p2)
{
return p1.PseudoRapidity() - p2.PseudoRapidity();
}
void FillConfiguration(AliFemtoConfigObject &cfg) const
{
cfg.Update(AliFemtoConfigObject::BuildMap()
("delta_eta_min", delta_eta_min)
("delta_phistar_min", delta_phistar_min)
("phistar_radius", phistar_radius));
}
virtual ~PairCutTrackAttrDetaDphiStar() {}
};
/// Remove pairs of tracks with the same particle
struct PairCutTrackAttrSameLabel {
bool remove_same_label;
bool Pass(const AliFemtoTrack &track1, const AliFemtoTrack &track2)
{
return remove_same_label ? abs(track1.Label()) == abs(track2.Label()) : true;
}
PairCutTrackAttrSameLabel()
: remove_same_label(true)
{}
PairCutTrackAttrSameLabel(AliFemtoConfigObject &cfg)
: remove_same_label(cfg.pop_bool("remove_same_label", true))
{}
void FillConfiguration(AliFemtoConfigObject &cfg) const
{
cfg.insert("remove_same_label", remove_same_label);
}
virtual ~PairCutTrackAttrSameLabel() {}
};
/// Cut on Minv of the pair
///
/// This assumes highly relativistic particles and does not need an
/// assumed particle mass.
///
struct PairCutTrackAttrMinv {
protected:
/// Square of minv range
std::pair<double, double> fMinvSqrRange;
double fMass1;
double fMass2;
public:
bool Pass(const AliFemtoTrack &track1, const AliFemtoTrack &track2)
{
// const double minv2 = CalcMinvSqrd(track1.P(), track2.P(), fMass1, fMass2);
const double minv2 = CalcMinvSqrd(track1.P(), track2.P());
return fMinvSqrRange.first <= minv2 && minv2 < fMinvSqrRange.second;
}
/// Minv assuming highly relativistic particles (E >> m)
///
/// Does not require need mass information
///
/// $ M_{inv}^2 = 2 p_{T,1} p_{T,2} (\cosh(\eta_1 - \eta_2) - \cos(\phi_1 - \phi_2)) $
///
static double CalcMinvSqrd(const AliFemtoThreeVector &p1,
const AliFemtoThreeVector &p2)
{
const double
pt1 = p1.Perp2(),
eta1 = p1.PseudoRapidity(),
phi1 = p1.Phi(),
pt2 = p2.Perp2(),
eta2 = p2.PseudoRapidity(),
phi2 = p2.Phi();
return 2 * std::sqrt(pt1 * pt2) * (std::cosh(eta1 - eta2) - std::cos(phi1 - phi2));
}
/// Minv with assumed masses
///
/// $ M_{inv}^2 = m_1^2 m_2^2 + 2 (E_1 E_2 - \vec{p_1} \cdot \vec{p_2}) $
///
static double CalcMinvSqrd(const AliFemtoThreeVector &p1,
const AliFemtoThreeVector &p2,
double mass1,
double mass2)
{
const double
m1sqrd = mass1*mass1,
m2sqrd = mass2*mass2,
e1sqrd = m1sqrd + p1.Mag2(),
e2sqrd = m2sqrd + p2.Mag2(),
E1E2 = std::sqrt(e1sqrd*e2sqrd);
return m1sqrd + m2sqrd + 2*(E1E2 - p1.Dot(p2));
}
/// Minv with assumed masses
///
/// $ M_{inv}^2 = m_1^2 m_2^2 + 2 (E_1 E_2 - \vec{p_1} \cdot \vec{p_2}) $
///
static double CalcMinvSqrd(const AliFemtoLorentzVector &p1,
const AliFemtoLorentzVector &p2)
{
return (p1 + p2).m2();
}
void SetMinvRange(double lo, double hi)
{
fMinvSqrRange = std::make_pair(lo * lo, hi * hi);
}
void SetMinvRange(const std::pair<double, double> &range)
{
double lo = range.first * range.first,
hi = range.second * range.second;
fMinvSqrRange = std::make_pair(lo, hi);
}
std::pair<double, double>
GetMinvRange() const
{
return std::make_pair(std::sqrt(fMinvSqrRange.first),
std::sqrt(fMinvSqrRange.second));
}
PairCutTrackAttrMinv()
: fMinvSqrRange(0, 100)
, fMass1(0.0)
, fMass2(0.0)
{}
PairCutTrackAttrMinv(AliFemtoConfigObject &cfg)
: fMinvSqrRange(cfg.pop_range("minv_range", std::make_pair(0.0, 100.0)))
, fMass1(0.0)
, fMass2(0.0)
{
fMinvSqrRange.first *= fMinvSqrRange.first;
fMinvSqrRange.second *= fMinvSqrRange.second;
}
void FillConfiguration(AliFemtoConfigObject &cfg) const
{
cfg.insert("minv_range", GetMinvRange());
}
virtual ~PairCutTrackAttrMinv() {}
};
/// \class PairCutTrackAttrRemoveEE
/// \brief Cut pairs with Minv near electron mass
///
struct PairCutTrackAttrRemoveEE {
float ee_minv_min;
bool Pass(const AliFemtoTrack &track1, const AliFemtoTrack &track2)
{
const double
E_MASS = 0.000511,
minv_sqrd = PairCutTrackAttrMinv::CalcMinvSqrd(track1.P(), track2.P(), E_MASS, E_MASS),
minv = std::sqrt(minv_sqrd);
return std::abs(minv - E_MASS) >= ee_minv_min;
}
PairCutTrackAttrRemoveEE()
: ee_minv_min(0.0)
{}
PairCutTrackAttrRemoveEE(AliFemtoConfigObject &cfg)
: ee_minv_min(cfg.pop_float("ee_minv_min", 0.0))
{}
void FillConfiguration(AliFemtoConfigObject &cfg) const
{
cfg.insert("ee_minv_min", ee_minv_min);
}
virtual ~PairCutTrackAttrRemoveEE() {}
};
} // namespace pwgcf
#include "AliFemtoPairCut.h"
/// \class AliFemtoPairCutAttrTracks
/// \brief Bridge from AliFemtoPairCut to a metaclass of PairCut-Attrs
///
/// Note - This expects two tracks, not an AliFemtoPair
///
/// Subclass and implement your method:
/// `const char* GetName() const`
///
///
template <typename CRTP, typename CutAttrType>
class AliFemtoPairCutAttrTracks : public AliFemtoPairCut, public CutAttrType {
public:
typedef CutAttrType CutAttrs;
virtual ~AliFemtoPairCutAttrTracks()
{ }
AliFemtoPairCutAttrTracks()
: AliFemtoPairCut()
, CutAttrType()
{}
AliFemtoPairCutAttrTracks(AliFemtoConfigObject &cfg)
: AliFemtoPairCut()
, CutAttrType(cfg)
{}
/// user-written method to return string describing cuts
virtual AliFemtoString Report()
{ return ""; }
/// Return a TList of settings
virtual TList* ListSettings()
{
TList* list = new TList();
AppendSettings(*list);
return list;
}
virtual void AppendSettings(TCollection &) const = 0;
virtual bool Pass(const AliFemtoPair *pair)
{
return CutAttrs::Pass(*pair->Track1()->Track(), *pair->Track2()->Track());
}
void StoreConfiguration(AliFemtoConfigObject &cfg) const
{
CutAttrs::FillConfiguration(cfg);
cfg.insert("_class", static_cast<CRTP*>(this)->GetName());
}
AliFemtoConfigObject GetConfiguration() const
{
AliFemtoConfigObject result = AliFemtoConfigObject::BuildMap()
("_class", CRTP::ClassName());
CutAttrs::FillConfiguration(result);
return result;
}
};
#endif
| [
"andrew.kubera@cern.ch"
] | andrew.kubera@cern.ch |
72555085f4aaae1810c8f8d8dbecf0ad9bc3445e | 6ca8e9d7da81d1a124ec8b0714ed463908d8ee82 | /s.cpp | 3155e0c9d81eff4d0afae3df8a0ba3034e988d42 | [] | no_license | includelife/sicily_codes | a33b31df7e7c3f3451ad29c9c86fc09c5a495893 | 66873f2b0083dd1827968becdb7b9b2ad5130b6a | refs/heads/master | 2016-09-03T07:30:47.018794 | 2015-07-11T15:20:21 | 2015-07-11T15:20:21 | 25,923,166 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 68 | cpp | #include<stdio.h>
int main(){printf("153\n370\n371\n407");return 0;} | [
"262548467@qq.com"
] | 262548467@qq.com |
be4c76c12360f87384dc0a872eb015435c982baa | 15b122079a9342a41239b77463bc1c5b8345b8a8 | /histograma.h | ec246bd0d37dcb8459bda9a07b27243f344eb64f | [] | no_license | AndreyGoncalves/Analisadordepacotesderede | 05c4666147e86bddf07b15845ecb2b61f5a931ed | c7784e58ef5ad092ed73fd92777979e3000d7a07 | refs/heads/master | 2020-03-30T12:49:57.442637 | 2018-10-02T11:26:00 | 2018-10-02T11:26:00 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 686 | h | /*
* To change this license header, choose License Headers in Project Properties.
* To change this template file, choose Tools | Templates
* and open the template in the editor.
*/
/*
* File: histograma.h
* Author: destroy
*
* Created on 3 de Outubro de 2016, 18:35
*/
#ifndef HISTOGRAMA_H
#define HISTOGRAMA_H
#include <cstdlib>
#include <iostream>
#include <prglib.h>
#include <string>
#include <fstream>
#include <math.h>
using namespace std;
using prglib::lista;
class histograma {
public:
histograma();
histograma(const histograma& orig);
virtual ~histograma();
void montagem(lista<long> dados, long desvio);
private:
};
#endif /* HISTOGRAMA_H */
| [
"“andreygoncalves@live.com”"
] | “andreygoncalves@live.com” |
65ca9ba821fcbc92f48de62e60c1f28d5e54ac80 | fcb93b835ce45a932e0c859d6a37ffaac4a71980 | /project5/second.cpp | 43d18b23e56b7a82a5ac8bccbcf8d973a76b00bf | [] | no_license | tcs76321/CS475 | 44c6d483522e0433dfb1b3538999d2c4baa7ed50 | 0b4779bf2dd172dd219bebe22364b7be558ade7a | refs/heads/master | 2022-02-09T11:36:46.689518 | 2019-06-10T01:05:22 | 2019-06-10T01:05:22 | 180,644,805 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 8,750 | cpp | // 1. Program header
#include <stdio.h>
#include <math.h>
#include <string.h>
#include <stdlib.h>
#ifdef WIN32
#include <windows.h>
#else
#include <unistd.h>
#endif
#include <omp.h>
#include "CL/cl.h"
#include "CL/cl_platform.h"
#ifndef NMB
#define NMB 64
#endif
#define NUM_ELEMENTS NMB*1024*1024
#ifndef LOCAL_SIZE
#define LOCAL_SIZE 64
#endif
#define NUM_WORK_GROUPS NUM_ELEMENTS/LOCAL_SIZE
const char * CL_FILE_NAME = { "second.cl" };
const float TOL = 0.0001f;
void Wait( cl_command_queue );
int LookAtTheBits( float );
int
main( int argc, char *argv[ ] )
{
// see if we can even open the opencl kernel program
// (no point going on if we can't):
FILE *fp;
#ifdef WIN32
errno_t err = fopen_s( &fp, CL_FILE_NAME, "r" );
if( err != 0 )
#else
fp = fopen( CL_FILE_NAME, "r" );
if( fp == NULL )
#endif
{
fprintf( stderr, "Cannot open OpenCL source file '%s'\n", CL_FILE_NAME );
return 1;
}
cl_int status; // returned status from opencl calls
// test against CL_SUCCESS
// get the platform id:
cl_platform_id platform;
status = clGetPlatformIDs( 1, &platform, NULL );
if( status != CL_SUCCESS )
fprintf( stderr, "clGetPlatformIDs failed (2)\n" );
// get the device id:
cl_device_id device;
status = clGetDeviceIDs( platform, CL_DEVICE_TYPE_GPU, 1, &device, NULL );
if( status != CL_SUCCESS )
fprintf( stderr, "clGetDeviceIDs failed (2)\n" );
// 2. allocate the host memory buffers:
float *hA = new float[ NUM_ELEMENTS ];
float *hB = new float[ NUM_ELEMENTS ];
float *hC = new float[ NUM_ELEMENTS ];
float *hD = new float[ NUM_ELEMENTS ];
// fill the host memory buffers:
for( int i = 0; i < NUM_ELEMENTS; i++ )
{
hA[i] = hB[i] = hC[i] = (float) sqrt( (double)i );
}
size_t dataSize = NUM_ELEMENTS * sizeof(float);
// 3. create an opencl context:
cl_context context = clCreateContext( NULL, 1, &device, NULL, NULL, &status );
if( status != CL_SUCCESS )
fprintf( stderr, "clCreateContext failed\n" );
// 4. create an opencl command queue:
cl_command_queue cmdQueue = clCreateCommandQueue( context, device, 0, &status );
if( status != CL_SUCCESS )
fprintf( stderr, "clCreateCommandQueue failed\n" );
// 5. allocate the device memory buffers:
cl_mem dA = clCreateBuffer( context, CL_MEM_READ_ONLY, dataSize, NULL, &status );
if( status != CL_SUCCESS )
fprintf( stderr, "clCreateBuffer failed (1)\n" );
cl_mem dB = clCreateBuffer( context, CL_MEM_READ_ONLY, dataSize, NULL, &status );
if( status != CL_SUCCESS )
fprintf( stderr, "clCreateBuffer failed (2)\n" );
cl_mem dC = clCreateBuffer( context, CL_MEM_READ_ONLY, dataSize, NULL, &status );
if( status != CL_SUCCESS )
fprintf( stderr, "clCreateBuffer failed (3)\n" );
cl_mem dD = clCreateBuffer( context, CL_MEM_WRITE_ONLY, dataSize, NULL, &status );
if( status != CL_SUCCESS )
fprintf( stderr, "clCreateBuffer failed (4)\n" );
// 6. enqueue the 2 commands to write the data from the host buffers to the device buffers:
status = clEnqueueWriteBuffer( cmdQueue, dA, CL_FALSE, 0, dataSize, hA, 0, NULL, NULL );
if( status != CL_SUCCESS )
fprintf( stderr, "clEnqueueWriteBuffer failed (1)\n" );
status = clEnqueueWriteBuffer( cmdQueue, dB, CL_FALSE, 0, dataSize, hB, 0, NULL, NULL );
if( status != CL_SUCCESS )
fprintf( stderr, "clEnqueueWriteBuffer failed (2)\n" );
status = clEnqueueWriteBuffer( cmdQueue, dC, CL_FALSE, 0, dataSize, hC, 0, NULL, NULL );
if( status != CL_SUCCESS )
fprintf( stderr, "clEnqueueWriteBuffer failed (3)\n" );
Wait( cmdQueue );
// 7. read the kernel code from a file:
fseek( fp, 0, SEEK_END );
size_t fileSize = ftell( fp );
fseek( fp, 0, SEEK_SET );
char *clProgramText = new char[ fileSize+1 ]; // leave room for '\0'
size_t n = fread( clProgramText, 1, fileSize, fp );
clProgramText[fileSize] = '\0';
fclose( fp );
if( n != fileSize )
fprintf( stderr, "Expected to read %d bytes read from '%s' -- actually read %d.\n", fileSize, CL_FILE_NAME, n );
// create the text for the kernel program:
char *strings[1];
strings[0] = clProgramText;
cl_program program = clCreateProgramWithSource( context, 1, (const char **)strings, NULL, &status );
if( status != CL_SUCCESS )
fprintf( stderr, "clCreateProgramWithSource failed\n" );
delete [ ] clProgramText;
// 8. compile and link the kernel code:
char *options = { "" };
status = clBuildProgram( program, 1, &device, options, NULL, NULL );
if( status != CL_SUCCESS )
{
size_t size;
clGetProgramBuildInfo( program, device, CL_PROGRAM_BUILD_LOG, 0, NULL, &size );
cl_char *log = new cl_char[ size ];
clGetProgramBuildInfo( program, device, CL_PROGRAM_BUILD_LOG, size, log, NULL );
fprintf( stderr, "clBuildProgram failed:\n%s\n", log );
delete [ ] log;
}
// 9. create the kernel object:
cl_kernel kernel = clCreateKernel( program, "ArrayMult", &status );
if( status != CL_SUCCESS )
fprintf( stderr, "clCreateKernel failed\n" );
// 10. setup the arguments to the kernel object:
status = clSetKernelArg( kernel, 0, sizeof(cl_mem), &dA );
if( status != CL_SUCCESS )
fprintf( stderr, "clSetKernelArg failed (1)\n" );
status = clSetKernelArg( kernel, 1, sizeof(cl_mem), &dB );
if( status != CL_SUCCESS )
fprintf( stderr, "clSetKernelArg failed (2)\n" );
status = clSetKernelArg( kernel, 2, sizeof(cl_mem), &dC );
if( status != CL_SUCCESS )
fprintf( stderr, "clSetKernelArg failed (3)\n" );
status = clSetKernelArg( kernel, 3, sizeof(cl_mem), &dD );
if( status != CL_SUCCESS )
fprintf( stderr, "clSetKernelArg failed (4)\n" );
// 11. enqueue the kernel object for execution:
size_t globalWorkSize[3] = { NUM_ELEMENTS, 1, 1 };
size_t localWorkSize[3] = { LOCAL_SIZE, 1, 1 };
Wait( cmdQueue );
double time0 = omp_get_wtime( );
time0 = omp_get_wtime( );
status = clEnqueueNDRangeKernel( cmdQueue, kernel, 1, NULL, globalWorkSize, localWorkSize, 0, NULL, NULL );
if( status != CL_SUCCESS )
fprintf( stderr, "clEnqueueNDRangeKernel failed: %d\n", status );
Wait( cmdQueue );
double time1 = omp_get_wtime( );
// 12. read the results buffer back from the device to the host:
status = clEnqueueReadBuffer( cmdQueue, dD, CL_TRUE, 0, dataSize, hD, 0, NULL, NULL );
if( status != CL_SUCCESS )
fprintf( stderr, "clEnqueueReadBuffer failed\n" );
// did it work?
for( int i = 0; i < NUM_ELEMENTS; i++ )
{
float expected = (hA[i] * hB[i]) + hC[i];
if( fabs( hD[i] - expected ) > TOL )
{
//fprintf( stderr, "%4d: %13.6f * %13.6f wrongly produced %13.6f instead of %13.6f (%13.8f)\n",
//i, hA[i], hB[i], hC[i], expected, fabs(hC[i]-expected) );
//fprintf( stderr, "%4d: 0x%08x * 0x%08x wrongly produced 0x%08x instead of 0x%08x\n",
//i, LookAtTheBits(hA[i]), LookAtTheBits(hB[i]), LookAtTheBits(hC[i]), LookAtTheBits(expected) );
}
}
fprintf( stderr, "%8d\t%4d\t%10d\t%10.3lf GigaMultsPerSecond\n",
NMB, LOCAL_SIZE, NUM_WORK_GROUPS, (double)NUM_ELEMENTS/(time1-time0)/1000000000. );
#ifdef WIN32
Sleep( 2000 );
#endif
// 13. clean everything up:
clReleaseKernel( kernel );
clReleaseProgram( program );
clReleaseCommandQueue( cmdQueue );
clReleaseMemObject( dA );
clReleaseMemObject( dB );
clReleaseMemObject( dC );
clReleaseMemObject( dD );
delete [ ] hA;
delete [ ] hB;
delete [ ] hC;
delete [ ] hD;
return 0;
}
int
LookAtTheBits( float fp )
{
int *ip = (int *)&fp;
return *ip;
}
// wait until all queued tasks have taken place:
void
Wait( cl_command_queue queue )
{
cl_event wait;
cl_int status;
status = clEnqueueMarker( queue, &wait );
if( status != CL_SUCCESS )
fprintf( stderr, "Wait: clEnqueueMarker failed\n" );
status = clWaitForEvents( 1, &wait );
if( status != CL_SUCCESS )
fprintf( stderr, "Wait: clWaitForEvents failed\n" );
}
| [
"trevor@trevorstahl.com"
] | trevor@trevorstahl.com |
13e723e32c51c3eec2a1dba10d15f53c958b3c4b | cc36bf3a46b06af454e42f88865aa2b16caefc2c | /UI_DirGraph/ObjViewDG.cpp | 47961d972702aec316d5e7462e9bdec7d00998c6 | [] | no_license | artcampo/2012_3D_Procedural_Object_Editor | 058548468514da39d1434b024bcf42e17f1e0af4 | ddb75c727bfb12f1d39786dd72928dc35539c860 | refs/heads/master | 2021-01-12T04:27:28.204089 | 2016-12-29T13:57:45 | 2016-12-29T13:57:45 | 77,615,572 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 6,593 | cpp | #include "ObjViewDG.h"
ObjViewDG::ObjViewDG(
std::wstring& aTitle,
int aTypeView,
bool aAllowOrbitation,
D3DXVECTOR2& aCamPan,
float aCamScale,
D3DXVECTOR2& aCamOrbit )
{
mTypeView = aTypeView;
mTitle = aTitle;
mAllowOrbitation = aAllowOrbitation;
mCamPan = aCamPan;
mCamScale = aCamScale;
mCamOrbit = aCamOrbit;
mUnitTangentU = D3DXVECTOR3(1,0,0);
mUnitTangentV = D3DXVECTOR3(0,0,1);
mRenderUpVector = D3DXVECTOR3(0,1,0);
// Configuration
mScaleMinimum = 0.01f;
mScaleMultiplier = 0.01f;
mGridScaleMult = 1.0f;
}
ObjViewDG* ObjViewDG::ViewFree()
{
std::wstring title(L"Free");
return new ObjViewDG( title , eTypeFree,
true,
D3DXVECTOR2( 0,0 ), 9.0f,
//D3DXVECTOR2( Math::PI,Math::PI*1.25f ) );
//D3DXVECTOR2( 1.2f,0.7f ) );
D3DXVECTOR2( 0.9f,0.6f ) );
}
D3DXVECTOR3 ObjViewDG::projectPoint( float aX, float aY )
{
D3DXVECTOR3 ret;
switch (mTypeView)
{
case eTypeX:
//ret = D3DXVECTOR3( 0.0f, -aY*sqrt(mCamScale*mCamScale), aX*sqrt(mCamScale*mCamScale) );
ret = D3DXVECTOR3( 0.0f, aY*mCamScale, aX*mCamScale );
ret += projectPoint( mCamPan );
break;
case eTypeY:
ret = D3DXVECTOR3( -aY*mCamScale, 0.0f, aX*mCamScale );
ret += projectPoint( mCamPan );
break;
case eTypeZ:
ret = D3DXVECTOR3( -aX*mCamScale, aY*mCamScale, 0.0f );
ret += projectPoint( mCamPan );
break;
case eTypeFree:
ret = D3DXVECTOR3( -aX*mCamScale, aY*mCamScale, 0.0f );
ret += projectPoint( mCamPan );
break;
};
return ret;
}
D3DXVECTOR3 ObjViewDG::projectPoint( D3DXVECTOR2& aP )
{
D3DXVECTOR3 ret;
switch (mTypeView)
{
case eTypeX:
ret = D3DXVECTOR3( 0.0f, aP.y, -aP.x );
break;
case eTypeY:
ret = D3DXVECTOR3( aP.y, 0.0f, aP.x );
break;
case eTypeZ:
ret = D3DXVECTOR3( -aP.x, -aP.y, 0.0f );
break;
case eTypeFree:
float r = mCamScale;
float t = mCamOrbit.x;
float p = mCamOrbit.y;
D3DXVECTOR3 u = +(cos(t)*cos(p))* D3DXVECTOR3(1,0,0)
+(cos(t)*sin(p))* D3DXVECTOR3(0,0,1)
-(sin(t))* D3DXVECTOR3(0,1,0);
D3DXVECTOR3 v = -(sin(p))* D3DXVECTOR3(1,0,0)
+(cos(p))* D3DXVECTOR3(0,0,1);
ret = aP.x*v + -aP.y*u;
break;
};
return ret;
}
D3DXVECTOR3 ObjViewDG::getCamAt()
{
return projectPoint( mCamPan );
}
D3DXVECTOR3 ObjViewDG::getCamPos()
{
D3DXVECTOR3 ret;
ret = unitVector();
ret *= mCamScale;
ret += projectPoint( mCamPan );
return ret;
}
void ObjViewDG::panUpdate(float aX, float aY)
{
mCamPan += D3DXVECTOR2( -aX*15.0f, aY*15.0f );
D3DXVECTOR3 ret;
float r = mCamScale;
float t = mCamOrbit.x;
float p = mCamOrbit.y;
D3DXVECTOR3 u = +(r*cos(t)*cos(p))* D3DXVECTOR3(1,0,0)
+(r*cos(t)*sin(p))* D3DXVECTOR3(0,0,1)
-(r*sin(t))* D3DXVECTOR3(0,1,0);
D3DXVECTOR3 v = -(r*sin(p))* D3DXVECTOR3(1,0,0)
+(r*cos(p))* D3DXVECTOR3(0,0,1);
}
float ObjViewDG::scaleUpdate (float aScale )
{
mCamScale += mScaleMultiplier*aScale;
if (mCamScale <= mScaleMinimum)
mCamScale = mScaleMinimum;
return mCamScale;
}
void ObjViewDG::orbitUpdate(float aX, float aY)
{
float multiplier = 0.005f;
mCamOrbit += D3DXVECTOR2( aX*multiplier, aY*multiplier );
if ( mCamOrbit.x < 0.5 )
mCamOrbit.x = 0.5;
if ( mCamOrbit.x > 2.4 )
mCamOrbit.x = 2.4;
}
bool ObjViewDG::allowsOrbitation()
{
return mAllowOrbitation;
}
D3DXVECTOR3 ObjViewDG::getTangentVectorU()
{
return mUnitTangentU;
}
D3DXVECTOR3 ObjViewDG::getTangentVectorV()
{
return mUnitTangentV;
}
float ObjViewDG::getScale()
{
return mCamScale;
}
D3DXVECTOR3 ObjViewDG::getUpVector()
{
return mRenderUpVector;
}
bool ObjViewDG::isFreeView()
{
return (mTypeView == 3);
}
std::wstring ObjViewDG::getTitle()
{
return mTitle;
}
float ObjViewDG::getGridScale()
{
//float scale = floor( 10.0f / (mCamScale * 1.0f) ) ;
float m = 10.0f;
float scale = floor( (m*mCamScale/100.0f))/m ;
scale *= 0.1f*mCamScale;
mGridMod = scale * mGridScaleMult;
if (mGridMod < 0.5f)
mGridMod = 0.5f;
return mGridMod;
}
void ObjViewDG::setGridScaleMultiplier(float aMult )
{
mGridScaleMult = aMult;
}
D3DXVECTOR3 ObjViewDG::adjustPointToGrid( const D3DXVECTOR3& aPoint )
{
D3DXVECTOR3 ret;
ret.x = adjustCoordinate( aPoint.x, mGridMod );
ret.y = adjustCoordinate( aPoint.y, mGridMod );
ret.z = adjustCoordinate( aPoint.z, mGridMod );
return ret;
}
float ObjViewDG::adjustCoordinate (const float aCoord, float aMod )
{
float div = floor(aCoord/aMod) * aMod; ;
float mod = aCoord-div;
if (mod >= (0.5f*aMod))
return (div + aMod);
else if (mod <= (0.5f*aMod))
return div;
else
return (div + aMod) ;
}
/*
unit vector from target to camera position
*/
D3DXVECTOR3 ObjViewDG::unitVector()
{
D3DXVECTOR3 ret;
if (mTypeView != 3)
ret = mUnitVector;
else
{
float thita = mCamOrbit.y;
float rho = mCamOrbit.x;
ret = D3DXVECTOR3( sin(rho)*cos(thita),
cos(rho),
sin(rho)*sin(thita)
);
}
return ret;
}
D3DXVECTOR3 ObjViewDG::cameraTangetU()
{
float r = mCamScale;
float t = mCamOrbit.x;
float p = mCamOrbit.y;
D3DXVECTOR3 u = +(cos(t)*cos(p))* D3DXVECTOR3(1,0,0)
+(cos(t)*sin(p))* D3DXVECTOR3(0,0,1)
-(sin(t))* D3DXVECTOR3(0,1,0);
return u;
}
D3DXVECTOR3 ObjViewDG::cameraTangetV()
{
float r = mCamScale;
float t = mCamOrbit.x;
float p = mCamOrbit.y;
D3DXVECTOR3 v = -(sin(p))* D3DXVECTOR3(1,0,0)
+(cos(p))* D3DXVECTOR3(0,0,1);
return v;
}
D3DXVECTOR3 ObjViewDG::getCamTangentU()
{
float thita = mCamOrbit.y;
float rho = mCamOrbit.x;
D3DXVECTOR3 ret = D3DXVECTOR3( -sin(thita),
0,
cos(thita)
);
return ret;
}
D3DXVECTOR3 ObjViewDG::getCamTangentV()
{
float thita = mCamOrbit.y;
float rho = mCamOrbit.x;
D3DXVECTOR3 ret = D3DXVECTOR3( cos(rho)*cos(thita),
-sin(rho),
cos(rho)*sin(thita)
);
return ret;
}
| [
"arturocampos82@gmail.com"
] | arturocampos82@gmail.com |
121104e12b3a46e2466ea7a1b4438470538c997b | be9123f1001fd2d220f9f54d0fc4b682c784ea45 | /time.hpp | 5146a4808fcf70172bbab03fe82736536ef041ed | [
"MIT"
] | permissive | komasaru/iss_sgp4_blh | 751eb735cbfe9a30245b5bf80fe52628e82f53f3 | cd8739824d1bf2979f7253269934e724ba856367 | refs/heads/main | 2023-06-10T21:20:27.978078 | 2021-06-29T14:28:14 | 2021-06-29T14:28:14 | 376,414,321 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,459 | hpp | #ifndef ISS_SGP4_BLH_TIME_HPP_
#define ISS_SGP4_BLH_TIME_HPP_
#include <cmath>
#include <ctime>
#include <fstream>
#include <iomanip>
#include <iostream>
#include <sstream>
#include <string>
#include <vector>
namespace iss_sgp4_blh {
struct DateTime {
unsigned int year;
unsigned int month;
unsigned int day;
unsigned int hour;
unsigned int minute;
double second ;
};
std::string gen_time_str(struct timespec ts); // 日時文字列生成
struct timespec ts_add(struct timespec, double); // 時刻 + 秒数
DateTime days2ymdhms(unsigned int, double); // 年+経過日数 => 年月日時分秒
double jday(DateTime); // 年月日時分秒 => ユリウス日
double gstime(double); // Greenwich sidereal time calculation
double get_dut1(struct timespec); // DUT1 取得(EOP 読み込み)
unsigned int get_dat(struct timespec); // DAT (= TAI - UTC)（うるう秒総和）取得
struct timespec jst2utc(struct timespec); // JST -> UTC
struct timespec utc2ut1(struct timespec); // UTC -> UT1
struct timespec utc2tai(struct timespec); // UTC -> TAI
struct timespec tai2tt(struct timespec); // TAI -> TT
double gc2jd(struct timespec); // Gregorian Calendar -> Julian Day
double jd2jcn(double); // Julian Day -> Julian Century Number
} // namespace iss_sgp4_blh
#endif
| [
"masaru@mk-mode.com"
] | masaru@mk-mode.com |
2943a5ad369d842a50f04c633ecabdd2b9a5f9d7 | 64c44e82d12bca08ea114e5ba5049136e6326af9 | /src/unithealth.cpp | d5ce553e0ce5209c998870f433e67d8aa6ba992f | [
"MIT"
] | permissive | Senjai/Dwarf-Therapist | 04474062b8d95d6e5d5ef9377218da5954d744e9 | 3fd1ca6d9b7e5b3f01f82ed960fd862e76f34c62 | refs/heads/master | 2021-05-06T23:01:42.271740 | 2017-12-02T17:26:54 | 2017-12-02T22:54:41 | 112,896,455 | 3 | 0 | null | 2017-12-03T03:19:57 | 2017-12-03T03:19:57 | null | UTF-8 | C++ | false | false | 25,772 | cpp | /*
Dwarf Therapist
Copyright (c) 2009 Trey Stout (chmod)
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in
all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
THE SOFTWARE.
*/
#include "unithealth.h"
#include "dfinstance.h"
#include "memorylayout.h"
#include "healthcategory.h"
#include "dwarf.h"
#include "caste.h"
#include "dwarfjob.h"
QHash<eHealth::H_INFO, HealthCategory*> UnitHealth::m_health_descriptions;
QList<QPair<eHealth::H_INFO,QString> > UnitHealth::m_ordered_category_names;
UnitHealth::UnitHealth()
: m_df(0x0)
, m_dwarf_addr(0x0)
, m_dwarf(0x0)
, m_critical_wounds(false)
, m_req_diagnosis(false)
, m_limb_stand_count(0)
{
}
UnitHealth::UnitHealth(DFInstance *df, Dwarf *d, bool req_diagnosis)
: m_df(df)
, m_dwarf_addr(d->address())
, m_dwarf(d)
, m_critical_wounds(false)
, m_req_diagnosis(req_diagnosis)
, m_limb_stand_count(0)
{
if(m_dwarf){
read_health_info();
read_wounds();
//sort everything by severity
sort_severity(m_status_info);
sort_severity(m_treatment_info);
sort_severity(m_wounds_info);
}else{
LOGW << "skipping health read due to invalid unit";
}
}
UnitHealth::~UnitHealth(){
m_wound_details.clear();
m_wounds_info.clear();
m_treatment_info.clear();
m_status_info.clear();
m_body_parts.clear();
m_wounds.clear();
m_df = 0;
m_dwarf = 0;
}
void UnitHealth::sort_severity(QHash<eHealth::H_INFO, QList<HealthInfo*> > &hash) {
foreach(const eHealth::H_INFO &info, hash.keys()){
QList<HealthInfo*> &list = hash[info];
qSort(list.begin(), list.end(), HealthInfo::less_than_severity);
}
}
void UnitHealth::add_info(eHealth::H_INFO id, bool idx0, bool idx1, bool idx2, bool idx3){
if(!idx0 && !idx1 && !idx2 && !idx3)
return;
QList<short> desc_index;
bool multiple = get_health_description(id)->allows_multiple();
if(multiple){
if(idx0)
desc_index.append(0);
if(idx1)
desc_index.append(1);
if(idx2)
desc_index.append(2);
if(idx2)
desc_index.append(3);
}else{
if(idx0)
desc_index.append(0);
else if(idx1)
desc_index.append(1);
else if(idx2)
desc_index.append(2);
else if(idx3)
desc_index.append(3);
}
add_info(id,desc_index);
}
void UnitHealth::add_info(eHealth::H_INFO h, QList<short> indexes, bool wound_visible){
//figure out which list we should be adding the info to
QList<HealthInfo*> info_list;
if(get_health_description(h)->diff_subitem_types()){
foreach(short idx, indexes){
HealthInfo *hi = get_health_description(h)->description(idx);
if(hi){
if(hi->is_status()){
info_list = m_status_info.take(h);
add_info(hi,info_list);
if(info_list.size() > 0)
m_status_info.insert(h,info_list);
}
if(hi->is_treatment()){
info_list = m_treatment_info.take(h);
add_info(hi,info_list);
if(info_list.size() > 0)
m_treatment_info.insert(h,info_list);
}
if(wound_visible && hi->is_wound()){
info_list = m_wounds_info.take(h);
add_info(hi,info_list);
if(info_list.size() > 0)
m_wounds_info.insert(h,info_list);
}
}
}
}else{
if(get_health_description(h)->is_status()){
info_list = m_status_info.take(h);
add_info(h,indexes,info_list);
if(info_list.size() > 0)
m_status_info.insert(h,info_list);
}
if(get_health_description(h)->is_treatment()){
info_list = m_treatment_info.take(h);
add_info(h,indexes,info_list);
if(info_list.size() > 0)
m_treatment_info.insert(h,info_list);
}
if(wound_visible && get_health_description(h)->is_wound()){
info_list = m_wounds_info.take(h);
add_info(h,indexes,info_list);
if(info_list.size() > 0)
m_wounds_info.insert(h,info_list);
}
}
}
void UnitHealth::add_info(eHealth::H_INFO h, QList<short> indexes, QList<HealthInfo *> &info_list){
HealthInfo* hi;
foreach(short idx, indexes){
hi = get_health_info(h,idx);
add_info(hi, info_list);
}
}
void UnitHealth::add_info(HealthInfo *hi, QList<HealthInfo *> &info_list){
bool replaced = false;
bool ignore = false;
for(int list_index = 0; list_index < info_list.count(); list_index++){
if(!get_health_description(hi->h_category())->allows_multiple() && hi->h_category() == info_list.at(list_index)->h_category()){
if(info_list.at(list_index)->severity() > hi->severity()){
info_list.replace(list_index,hi);
replaced = true;
break;
}else{
ignore = true;
}
}
}
if(!replaced && !info_list.contains(hi) && !ignore){
info_list.append(hi);
}
}
void UnitHealth::read_health_info(){
MemoryLayout *mem = m_df->memory_layout();
VIRTADDR unit_health_addr = m_df->read_addr(m_dwarf_addr + mem->dwarf_offset("unit_health_info"));
quint32 health_flags = 0;
if(unit_health_addr){
//health flags contain the requests for treatment info
health_flags = m_df->read_int(unit_health_addr + 0x4);
//read bp flags for inoperable rot
health_req_flags = m_df->enum_vec<qint32>(unit_health_addr + 0x8);
}
//1 << 2 << 4 << 8 << 16 << 32 << 64 << 128 << 256 << 512 << 1024 match with..
//diagnosis, recovery, unk, immobilization, dressing, cleaning, surgery, suture, setting, traction, crutch
//these only have a single description associated with them. we also want to avoid the 4th (unknown) request
int counter = 0;
short sh_counter = 0;
QList<short> vals;
bool needs_diagnosis = (health_flags & 1);
add_info(eHealth::HI_DIAGNOSIS,false,needs_diagnosis);
add_info(eHealth::HI_IMMOBILIZATION, health_flags & (1 << 3));
add_info(eHealth::HI_DRESSING, health_flags & (1 << 4));
add_info(eHealth::HI_CLEANING, health_flags & (1 << 5));
add_info(eHealth::HI_SURGERY, health_flags & (1 << 6));
add_info(eHealth::HI_SUTURES, health_flags & (1 << 7));
add_info(eHealth::HI_SETTING, health_flags & (1 << 8));
add_info(eHealth::HI_TRACTION, health_flags & (1 << 9));
//stunned, webbed, dizziness
bool unconscious = false;
bool sleeping = false;
VIRTADDR base_counter_addr = mem->dwarf_offset("counters1"); //starts at winded
VIRTADDR base_counter2_addr = mem->dwarf_offset("counters2"); //starts at pain
VIRTADDR base_counter3_addr = mem->dwarf_offset("counters3"); //starts at paralysis
VIRTADDR base_limbs_addr = mem->dwarf_offset("limb_counters");
if(m_dwarf->get_caste()){
//the unconscious state seems to depend on whether or not the dwarf is sleeping
//normally the unconscious counter doesn't seem to exceed 2 for a sleeping dwarf, but this is safer
if(!m_dwarf->get_caste()->flags().has_flag(NO_SLEEP))
sleeping = (m_dwarf->current_job_id() == DwarfJob::JOB_SLEEP);
vals.clear();
sh_counter = m_df->read_short(m_dwarf_addr + base_counter_addr+0x4); //unconscious
if(!sleeping && sh_counter > 0){
vals.append(0);
unconscious = true;
}
if(!m_dwarf->get_caste()->flags().has_flag(NO_STUN)){
sh_counter = m_df->read_short(m_dwarf_addr + base_counter_addr+0x2); //stunned
if(sh_counter > 0){
vals.append(1);
}
}
if(!m_dwarf->get_caste()->flags().has_flag(WEB_IMMUNE)){
sh_counter = m_df->read_short(m_dwarf_addr + base_counter_addr+0x8); //webbed
if(sh_counter > 0)
vals.append(2);
}
if(!m_dwarf->get_caste()->flags().has_flag(NO_DIZZINESS)){
counter = m_df->read_short(m_dwarf_addr + base_counter2_addr + 0x8); //dizzy
if(counter > 0)
vals.append(3);
}
if(vals.size() > 0)
add_info(eHealth::HI_MOVEMENT,vals);
//breathing problems/drowning/winded
if(!m_dwarf->get_caste()->flags().has_flag(NO_BREATHE)){
// bool drowning = false;
vals.clear();
sh_counter = m_df->read_short(m_dwarf_addr + base_counter_addr);
if(sh_counter > 0)
vals.push_front(3); //winded
//it appears that amphibious creatures don't need breathing parts, and so can't have problems breathing?
if(!m_dwarf->get_caste()->flags().has_flag(AMPHIBIOUS)){
if(m_dwarf->get_flag1() & 0x20){
vals.push_front(1); //drowning
m_critical_wounds = true;
// drowning = true;
}
if(!(m_dwarf->get_flag2() & 0x10000000)){
vals.push_front(0); //missing breathing part (can't breathe)
m_critical_wounds = true;
}
else if(m_dwarf->get_flag2() & 0x20000000)
vals.push_front(2); //trouble breathing
}
if(vals.size() > 0)
add_info(eHealth::HI_BREATHING, vals);
}
//seems can't stand is set when drowning, unconscious?, or laying on the ground (0x8000 flag check)
if(!m_dwarf->get_caste()->flags().has_flag(IMMOBILE_LAND)){
short limb_stand_max = m_df->read_short(m_dwarf_addr + base_limbs_addr);
m_limb_stand_count = m_df->read_short(m_dwarf_addr + base_limbs_addr + 0x2);
if(limb_stand_max > 0){
bool fallen_down = m_dwarf->get_flag1() & 0x8000 && !sleeping;
//having a crutch doesn't seem to count as a limb to stand on??
bool has_crutch = m_dwarf->get_flag3() & 0x40;
m_limb_stand_count += has_crutch;
add_info(eHealth::HI_CRUTCH, health_flags & (1 << 10), has_crutch);
vals.clear();
//seems if a dwarf only has a single good limb to stand on (including crutches) but has fallen, then they cannot stand
if(m_limb_stand_count <= 0 || (m_limb_stand_count < limb_stand_max && fallen_down) || unconscious){ //if(unconscious || stunned || drowning || limb_stand_count <= 0)
vals.append(0);
if(needs_diagnosis && m_dwarf->current_job_id() != 52) //if already resting, then they've been recovered
add_info(eHealth::HI_DIAGNOSIS, health_flags & (1 << 2)); //not diagnosed yet, but can't walk, and isn't resting yet. needs recovery
}else if(m_limb_stand_count < limb_stand_max){
if(!has_crutch)
vals.append(1); //stand impaired
// else
// vals.append(2); //can stand with crutch?
}
if(vals.size() > 0)
add_info(eHealth::HI_STAND,vals);
}
}
//check the grasp status
vals.clear();
short limb_grasp_max = m_df->read_short(m_dwarf_addr + base_limbs_addr + 0x4);
short limb_grasp_count = m_df->read_short(m_dwarf_addr + base_limbs_addr + 0x6);
if(limb_grasp_max > 0){
if(limb_grasp_count <= 0)
vals.append(0);
else if(limb_grasp_count < limb_grasp_max)
vals.append(1);
if(vals.size() > 0)
add_info(eHealth::HI_GRASP,vals);
}
//check the flight status
if(m_dwarf->get_caste()->flags().has_flag(FLIER)){
vals.clear();
short limb_fly_max = m_df->read_short(m_dwarf_addr + base_limbs_addr + 0x8);
short limb_fly_count = m_df->read_short(m_dwarf_addr + base_limbs_addr + 0xa);
if(limb_fly_max > 0){
if(limb_fly_count <= 0)
vals.append(0);
else if(limb_fly_count < limb_fly_max)
vals.append(1);
if(vals.size() > 0)
add_info(eHealth::HI_FLY,vals);
}
}
//check blood loss
int blood_max = m_df->read_short(m_dwarf_addr + mem->dwarf_offset("blood"));
int blood_curr = m_df->read_short(m_dwarf_addr + mem->dwarf_offset("blood")+0x4);
float blood_perc = (float)blood_curr / (float)blood_max;
if(blood_perc > 0){
add_info(eHealth::HI_BLOOD_LOSS, (blood_perc < 0.25),(blood_perc < 0.50));
if(blood_perc <= 0.5)
m_critical_wounds = true;
}
//check hunger
if(!m_dwarf->get_caste()->flags().has_flag(NO_EAT)){
counter = m_df->read_int(m_dwarf_addr + base_counter3_addr + 0x10);
add_info(eHealth::HI_HUNGER, (counter >= 75000),(counter >= 50000));
if(counter >= 75000)
m_critical_wounds = true;
}
//check thirst
if(!m_dwarf->get_caste()->flags().has_flag(NO_DRINK)){
counter = m_df->read_int(m_dwarf_addr + base_counter3_addr + 0x14);
add_info(eHealth::HI_THIRST, (counter >= 50000),(counter >= 25000));
if(counter >= 50000)
m_critical_wounds = true;
}
//check drowsiness
if(!m_dwarf->get_caste()->flags().has_flag(NO_EXERT)){
counter = m_df->read_int(m_dwarf_addr + base_counter3_addr + 0x18);
add_info(eHealth::HI_SLEEPLESS,(counter >= 150000), (counter >= 57600));
}
//check exhaustion
if(!m_dwarf->get_caste()->flags().has_flag(NO_EXERT)){
counter = m_df->read_int(m_dwarf_addr + base_counter3_addr + 0xc);
add_info(eHealth::HI_TIREDNESS, (counter >= 6000),(counter >= 4000),(counter >= 2000));
}
//check paralysis
if(!m_dwarf->get_caste()->flags().has_flag(PARALYZE_IMMUNE)){
counter = m_df->read_int(m_dwarf_addr + base_counter3_addr);
add_info(eHealth::HI_PARALYSIS, (counter >= 100), (counter >= 50), (counter >= 1));
if(counter >= 100)
m_critical_wounds = true;
}
//check numbness
counter = m_df->read_int(m_dwarf_addr + base_counter3_addr + 0x4);
add_info(eHealth::HI_NUMBNESS, (counter >= 100), (counter >= 50), (counter >= 1));
//check fever
if(!m_dwarf->get_caste()->flags().has_flag(NO_FEVERS)){
counter = m_df->read_int(m_dwarf_addr + base_counter3_addr + 0x8);
add_info(eHealth::HI_FEVER, (counter >= 100), (counter >= 50), (counter >= 1));
}
//check nausea
if(!m_dwarf->get_caste()->flags().has_flag(NO_NAUSEA)){
counter = m_df->read_int(m_dwarf_addr + base_counter2_addr + 0x4);
add_info(eHealth::HI_NAUSEOUS, (counter > 0));
}
//check pain
if(!m_dwarf->get_caste()->flags().has_flag(NO_PAIN)){
counter = m_df->read_int(m_dwarf_addr + base_counter2_addr);
add_info(eHealth::HI_PAIN, (counter > 50), (counter > 25), (counter > 0));
}
//vision
if(!m_dwarf->get_caste()->flags().has_flag(EXTRAVISION)){
add_info(eHealth::HI_VISION,!(m_dwarf->get_flag2() & 0x02000000),
m_dwarf->get_flag2() & 0x04000000, m_dwarf->get_flag2() & 0x08000000);
}
//gutted
bool gutted = m_dwarf->get_flag2() & 0x00004000;
add_info(eHealth::HI_GUTTED, gutted);
if(gutted)
m_critical_wounds = true;
}else{
LOGW << "skipping health status read due to invalid caste for unit" << m_dwarf->nice_name();
}
}
void UnitHealth::read_wounds(){
VIRTADDR addr = m_df->memory_layout()->dwarf_offset("body_component_info");
body_part_status_flags = m_df->enum_vec<qint32>(m_dwarf_addr + addr);
layer_status_flags = m_df->enum_vec<qint32>(m_dwarf_addr + addr + m_df->memory_layout()->dwarf_offset("layer_status_vector"));
//add the wounds based on the wounded parts
QVector<VIRTADDR> wounds = m_df->enumerate_vector(m_dwarf_addr + m_df->memory_layout()->dwarf_offset("wounds_vector"));
FlagArray caste_flags;
if(m_dwarf->get_caste()){
caste_flags = m_dwarf->get_caste()->flags();
}
foreach(VIRTADDR addr, wounds){
m_wounds.append(UnitWound(m_df,addr,caste_flags,this));
}
//check body parts for old wounds (specifically missing parts), these wounds haven't been made during the course
//of this fortress, so they won't show up under the wounds section we just examined
int idx = 0;
foreach(int bps, body_part_status_flags){
//filter this down to checking exact bits, since we're currently only check for motor/sensory nerve or missing part
if(bps & 0x602){
UnitWound uw = UnitWound(m_df,idx,this);
if(uw.get_wounded_parts().size() > 0){
m_wounds.append(uw);
}
}
idx++;
}
build_wounds_summary();
//other grouping ideas:
//group wounds by health category, to allow us to show only those wounds which are related to the column type
//for example, if the column is for infection, then only show those bodyparts/wounds that are infected
//the problem with this grouping is that there's no way to see ALL the wounds together
//group the wounds by main body parts (right lower leg, head, upper body, etc..) this is primarily for showing wounds in body part columns
//it seems the only way to accomplish this will be to read the tokens (LLL = left lower leg) and match them to appropriate pre-defined groups that we'd use as columns
//for example, RLL and RUL would both be assigned to right leg. however the issue then is if our playable race has multiple right legs.. we'll have to use some kind of pattern matching
//to map things appropriately RA* would match all instances of right arms
}
void UnitHealth::build_wounds_summary(){
foreach(UnitWound w, m_wounds){
//wound details by body part
QHash<QString,QList<HealthInfo*> > wounds_info = w.get_wound_details();
foreach(QString bp_name, wounds_info.uniqueKeys()){
QList<HealthInfo*> wnd_details = wounds_info.take(bp_name);
//keep a list of body parts and their related health info stuff
QList<HealthInfo*> info_summary = m_wound_details.take(bp_name);
foreach(HealthInfo* hi, wnd_details){
add_info(hi,info_summary);
}
if(info_summary.size() > 0){
m_wound_details.insert(bp_name,info_summary);
if(!m_critical_wounds && w.is_critical())
m_critical_wounds = true;
}
}
}
}
BodyPartDamage UnitHealth::get_body_part(int body_part_id){
if(!m_body_parts.keys().contains(body_part_id)){
quint32 bp_status = 0;
quint32 bp_req = 0;
if(body_part_id < body_part_status_flags.size())
bp_status = body_part_status_flags.at(body_part_id);
if(body_part_id < health_req_flags.size())
bp_req = health_req_flags.at(body_part_id);
BodyPartDamage bpd = BodyPartDamage();
if(m_dwarf->get_caste()){
BodyPart *bp = m_dwarf->get_caste()->get_body_part(body_part_id);
bpd = BodyPartDamage(bp,bp_status,bp_req);
m_body_parts.insert(body_part_id,bpd);
}else{
m_body_parts.insert(body_part_id,bpd);
}
}
return m_body_parts.value(body_part_id);
}
HealthInfo *UnitHealth::get_most_severe(eHealth::H_INFO h){
if(m_treatment_info.contains(h)){
return m_treatment_info.value(h).at(0);
}
if(m_status_info.contains(h)){
return m_status_info.value(h).at(0);
}
if(m_wounds_info.contains(h)){
return m_wounds_info.value(h).at(0);
}
return 0x0;
}
bool UnitHealth::has_info_detail(eHealth::H_INFO h, int idx){
if(m_treatment_info.contains(h)){
if(m_treatment_info.value(h).contains(get_health_info(h,idx)))
return true;
}
if(m_status_info.contains(h)){
if(m_status_info.value(h).contains(get_health_info(h,idx)))
return true;
}
if(m_wounds_info.contains(h)){
if(m_wounds_info.value(h).contains(get_health_info(h,idx)))
return true;
}
return false;
}
QStringList UnitHealth::get_all_category_desc(eHealth::H_INFO hs, bool symbol_only, bool colored){
return get_health_description(hs)->get_all_descriptions(symbol_only,colored);
}
QMap<QString, QStringList> UnitHealth::get_wound_summary(bool colored, bool symbols){
int key = ((int)colored << 1) | (int)symbols;
if(m_wound_summary.value(key).isEmpty()){
QMap<QString, QStringList> summary = m_wound_summary.value(key);
foreach(QString bp, m_wound_details.uniqueKeys()){
QList<HealthInfo*> infos = m_wound_details.value(bp);
QStringList bp_summary = summary.value(bp);
foreach(HealthInfo* hi, infos){
QString desc = hi->formatted_value(colored,symbols);
if(!bp_summary.contains(desc))
bp_summary.append(desc);
}
if(bp_summary.size() > 0){
qSort(bp_summary);
summary.insert(bp,bp_summary);
}
}
m_wound_summary.insert(key, summary);
}
return m_wound_summary.value(key);
}
QStringList UnitHealth::get_treatment_summary(bool colored, bool symbols){
int key = ((int)colored << 1) | (int)symbols;
if(m_treatment_summary.value(key).isEmpty()){
QStringList summary = m_treatment_summary.value(key);
foreach(eHealth::H_INFO h, m_treatment_info.uniqueKeys()){
foreach(HealthInfo* hi, m_treatment_info.value(h)){
summary.append(hi->formatted_value(colored,symbols));
}
}
qSort(summary);
m_treatment_summary.insert(key,summary);
}
return m_treatment_summary.value(key);
}
QStringList UnitHealth::get_status_summary(bool colored, bool symbols){
int key = ((int)colored << 1) | (int)symbols;
if(m_status_summary.value(key).isEmpty()){
QStringList summary = m_status_summary.value(key);
foreach(eHealth::H_INFO h, m_status_info.uniqueKeys()){
if(m_status_info.value(h).count() > 0){
if(get_health_description(h)->allows_multiple()){ //m_display_descriptions.value(h).at(0)->can_have_multiple()){
foreach(HealthInfo *hi,m_status_info.value(h)){
summary.append(hi->formatted_value(colored,symbols));
}
}else{
summary.append(m_status_info.value(h).at(0)->formatted_value(colored,symbols));
}
}
}
qSort(summary);
m_status_summary.insert(key,summary);
}
return m_status_summary.value(key);
}
HealthInfo* UnitHealth::get_health_info(eHealth::H_INFO hs, short idx){
return get_health_description(hs)->description(idx);
}
void UnitHealth::load_health_descriptors(QSettings &s){
if(m_health_descriptions.count() <= 0){
//add a blank default category
m_health_descriptions.insert(eHealth::HI_UNK,new HealthCategory());
int categories = s.beginReadArray("health_info");
QStringList cat_names;
for(int i = 0; i < categories; ++i) {
s.setArrayIndex(i);
HealthCategory *hc = new HealthCategory(s);
m_health_descriptions.insert(hc->id(),hc);
cat_names.append(hc->name());
}
s.endArray();
qSort(cat_names);
foreach(QString name, cat_names) {
foreach(eHealth::H_INFO id, m_health_descriptions.uniqueKeys()) {
if (m_health_descriptions.value(id)->name() == name) {
m_ordered_category_names << qMakePair<eHealth::H_INFO, QString>(id, name);
break;
}
}
}
}
}
HealthCategory *UnitHealth::get_health_description(eHealth::H_INFO id){
if(!m_health_descriptions.contains(id)){
id = eHealth::HI_UNK;
}
return m_health_descriptions.value(id);
}
void UnitHealth::cleanup(){
qDeleteAll(m_health_descriptions);
m_health_descriptions.clear();
}
| [
"clement.vuchener@gmail.com"
] | clement.vuchener@gmail.com |
1f1eeae1d1fe0b77a2438d21a63ce0317731e4b4 | 21553f6afd6b81ae8403549467230cdc378f32c9 | /arm/cortex/Freescale/MK40D7/include/arch/reg/uart4.hpp | 63e7ccc4bcae0ff016e219fc3663829360d15a5d | [] | no_license | digint/openmptl-reg-arm-cortex | 3246b68dcb60d4f7c95a46423563cab68cb02b5e | 88e105766edc9299348ccc8d2ff7a9c34cddacd3 | refs/heads/master | 2021-07-18T19:56:42.569685 | 2017-10-26T11:11:35 | 2017-10-26T11:11:35 | 108,407,162 | 3 | 1 | null | null | null | null | UTF-8 | C++ | false | false | 12,160 | hpp | /*
* OpenMPTL - C++ Microprocessor Template Library
*
* This program is a derivative representation of a CMSIS System View
* Description (SVD) file, and is subject to the corresponding license
* (see "Freescale CMSIS-SVD License Agreement.pdf" in the parent directory).
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
*/
////////////////////////////////////////////////////////////////////////
//
// Import from CMSIS-SVD: "Freescale/MK40D7.svd"
//
// vendor: Freescale Semiconductor, Inc.
// vendorID: Freescale
// name: MK40D7
// series: Kinetis_K
// version: 1.6
// description: MK40D7 Freescale Microcontroller
// --------------------------------------------------------------------
//
// C++ Header file, containing architecture specific register
// declarations for use in OpenMPTL. It has been converted directly
// from a CMSIS-SVD file.
//
// https://digint.ch/openmptl
// https://github.com/posborne/cmsis-svd
//
#ifndef ARCH_REG_UART4_HPP_INCLUDED
#define ARCH_REG_UART4_HPP_INCLUDED
#warning "using untested register declarations"
#include <register.hpp>
namespace mptl {
/**
* Serial Communication Interface
*/
struct UART4
{
static constexpr reg_addr_t base_addr = 0x400ea000;
/**
* UART Baud Rate Registers:High
*/
struct BDH
: public reg< uint8_t, base_addr + 0, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0, rw, 0 >;
using SBR = regbits< type, 0, 5 >; /**< UART Baud Rate Bits */
using RXEDGIE = regbits< type, 6, 1 >; /**< RxD Input Active Edge Interrupt Enable */
using LBKDIE = regbits< type, 7, 1 >; /**< LIN Break Detect Interrupt Enable */
};
/**
* UART Baud Rate Registers: Low
*/
struct BDL
: public reg< uint8_t, base_addr + 0x1, rw, 0x4 >
{
using type = reg< uint8_t, base_addr + 0x1, rw, 0x4 >;
using SBR = regbits< type, 0, 8 >; /**< UART Baud Rate Bits */
};
/**
* UART Control Register 1
*/
struct C1
: public reg< uint8_t, base_addr + 0x2, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x2, rw, 0 >;
using PT = regbits< type, 0, 1 >; /**< Parity Type */
using PE = regbits< type, 1, 1 >; /**< Parity Enable */
using ILT = regbits< type, 2, 1 >; /**< Idle Line Type Select */
using WAKE = regbits< type, 3, 1 >; /**< Receiver Wakeup Method Select */
using M = regbits< type, 4, 1 >; /**< 9-bit or 8-bit Mode Select */
using RSRC = regbits< type, 5, 1 >; /**< Receiver Source Select */
using UARTSWAI = regbits< type, 6, 1 >; /**< UART Stops in Wait Mode */
using LOOPS = regbits< type, 7, 1 >; /**< Loop Mode Select */
};
/**
* UART Control Register 2
*/
struct C2
: public reg< uint8_t, base_addr + 0x3, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x3, rw, 0 >;
using SBK = regbits< type, 0, 1 >; /**< Send Break */
using RWU = regbits< type, 1, 1 >; /**< Receiver Wakeup Control */
using RE = regbits< type, 2, 1 >; /**< Receiver Enable */
using TE = regbits< type, 3, 1 >; /**< Transmitter Enable */
using ILIE = regbits< type, 4, 1 >; /**< Idle Line Interrupt Enable */
using RIE = regbits< type, 5, 1 >; /**< Receiver Full Interrupt or DMA Transfer Enable */
using TCIE = regbits< type, 6, 1 >; /**< Transmission Complete Interrupt Enable */
using TIE = regbits< type, 7, 1 >; /**< Transmitter Interrupt or DMA Transfer Enable. */
};
/**
* UART Status Register 1
*/
struct S1
: public reg< uint8_t, base_addr + 0x4, ro, 0xC0 >
{
using type = reg< uint8_t, base_addr + 0x4, ro, 0xC0 >;
using PF = regbits< type, 0, 1 >; /**< Parity Error Flag */
using FE = regbits< type, 1, 1 >; /**< Framing Error Flag */
using NF = regbits< type, 2, 1 >; /**< Noise Flag */
using OR = regbits< type, 3, 1 >; /**< Receiver Overrun Flag */
using IDLE = regbits< type, 4, 1 >; /**< Idle Line Flag */
using RDRF = regbits< type, 5, 1 >; /**< Receive Data Register Full Flag */
using TC = regbits< type, 6, 1 >; /**< Transmit Complete Flag */
using TDRE = regbits< type, 7, 1 >; /**< Transmit Data Register Empty Flag */
};
/**
* UART Status Register 2
*/
struct S2
: public reg< uint8_t, base_addr + 0x5, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x5, rw, 0 >;
using RAF = regbits< type, 0, 1 >; /**< Receiver Active Flag */
using LBKDE = regbits< type, 1, 1 >; /**< LIN Break Detection Enable */
using BRK13 = regbits< type, 2, 1 >; /**< Break Transmit Character Length */
using RWUID = regbits< type, 3, 1 >; /**< Receive Wakeup Idle Detect */
using RXINV = regbits< type, 4, 1 >; /**< Receive Data Inversion */
using MSBF = regbits< type, 5, 1 >; /**< Most Significant Bit First */
using RXEDGIF = regbits< type, 6, 1 >; /**< RxD Pin Active Edge Interrupt Flag */
using LBKDIF = regbits< type, 7, 1 >; /**< LIN Break Detect Interrupt Flag */
};
/**
* UART Control Register 3
*/
struct C3
: public reg< uint8_t, base_addr + 0x6, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x6, rw, 0 >;
using PEIE = regbits< type, 0, 1 >; /**< Parity Error Interrupt Enable */
using FEIE = regbits< type, 1, 1 >; /**< Framing Error Interrupt Enable */
using NEIE = regbits< type, 2, 1 >; /**< Noise Error Interrupt Enable */
using ORIE = regbits< type, 3, 1 >; /**< Overrun Error Interrupt Enable */
using TXINV = regbits< type, 4, 1 >; /**< Transmit Data Inversion. */
using TXDIR = regbits< type, 5, 1 >; /**< Transmitter Pin Data Direction in Single-Wire mode */
using T8 = regbits< type, 6, 1 >; /**< Transmit Bit 8 */
using R8 = regbits< type, 7, 1 >; /**< Received Bit 8 */
};
/**
* UART Data Register
*/
struct D
: public reg< uint8_t, base_addr + 0x7, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x7, rw, 0 >;
using RT = regbits< type, 0, 8 >; /**< no description available */
};
/**
* UART Match Address Registers 1
*/
struct MA1
: public reg< uint8_t, base_addr + 0x8, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x8, rw, 0 >;
using MA = regbits< type, 0, 8 >; /**< Match Address */
};
/**
* UART Match Address Registers 2
*/
struct MA2
: public reg< uint8_t, base_addr + 0x9, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x9, rw, 0 >;
using MA = regbits< type, 0, 8 >; /**< Match Address */
};
/**
* UART Control Register 4
*/
struct C4
: public reg< uint8_t, base_addr + 0xa, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0xa, rw, 0 >;
using BRFA = regbits< type, 0, 5 >; /**< Baud Rate Fine Adjust */
using M10 = regbits< type, 5, 1 >; /**< 10-bit Mode select */
using MAEN2 = regbits< type, 6, 1 >; /**< Match Address Mode Enable 2 */
using MAEN1 = regbits< type, 7, 1 >; /**< Match Address Mode Enable 1 */
};
/**
* UART Control Register 5
*/
struct C5
: public reg< uint8_t, base_addr + 0xb, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0xb, rw, 0 >;
using RDMAS = regbits< type, 5, 1 >; /**< Receiver Full DMA Select */
using TDMAS = regbits< type, 7, 1 >; /**< Transmitter DMA Select */
};
/**
* UART Extended Data Register
*/
struct ED
: public reg< uint8_t, base_addr + 0xc, ro, 0 >
{
using type = reg< uint8_t, base_addr + 0xc, ro, 0 >;
using PARITYE = regbits< type, 6, 1 >; /**< no description available */
using NOISY = regbits< type, 7, 1 >; /**< no description available */
};
/**
* UART Modem Register
*/
struct MODEM
: public reg< uint8_t, base_addr + 0xd, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0xd, rw, 0 >;
using TXCTSE = regbits< type, 0, 1 >; /**< Transmitter clear-to-send enable */
using TXRTSE = regbits< type, 1, 1 >; /**< Transmitter request-to-send enable */
using TXRTSPOL = regbits< type, 2, 1 >; /**< Transmitter request-to-send polarity */
using RXRTSE = regbits< type, 3, 1 >; /**< Receiver request-to-send enable */
};
/**
* UART Infrared Register
*/
struct IR
: public reg< uint8_t, base_addr + 0xe, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0xe, rw, 0 >;
using TNP = regbits< type, 0, 2 >; /**< Transmitter narrow pulse */
using IREN = regbits< type, 2, 1 >; /**< Infrared enable */
};
/**
* UART FIFO Parameters
*/
struct PFIFO
: public reg< uint8_t, base_addr + 0x10, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x10, rw, 0 >;
using RXFIFOSIZE = regbits< type, 0, 3 >; /**< Receive FIFO. Buffer Depth */
using RXFE = regbits< type, 3, 1 >; /**< Receive FIFO Enable */
using TXFIFOSIZE = regbits< type, 4, 3 >; /**< Transmit FIFO. Buffer Depth */
using TXFE = regbits< type, 7, 1 >; /**< Transmit FIFO Enable */
};
/**
* UART FIFO Control Register
*/
struct CFIFO
: public reg< uint8_t, base_addr + 0x11, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x11, rw, 0 >;
using RXUFE = regbits< type, 0, 1 >; /**< Receive FIFO Underflow Interrupt Enable */
using TXOFE = regbits< type, 1, 1 >; /**< Transmit FIFO Overflow Interrupt Enable */
using RXFLUSH = regbits< type, 6, 1 >; /**< Receive FIFO/Buffer Flush */
using TXFLUSH = regbits< type, 7, 1 >; /**< Transmit FIFO/Buffer Flush */
};
/**
* UART FIFO Status Register
*/
struct SFIFO
: public reg< uint8_t, base_addr + 0x12, rw, 0xC0 >
{
using type = reg< uint8_t, base_addr + 0x12, rw, 0xC0 >;
using RXUF = regbits< type, 0, 1 >; /**< Receiver Buffer Underflow Flag */
using TXOF = regbits< type, 1, 1 >; /**< Transmitter Buffer Overflow Flag */
using RXEMPT = regbits< type, 6, 1 >; /**< Receive Buffer/FIFO Empty */
using TXEMPT = regbits< type, 7, 1 >; /**< Transmit Buffer/FIFO Empty */
};
/**
* UART FIFO Transmit Watermark
*/
struct TWFIFO
: public reg< uint8_t, base_addr + 0x13, rw, 0 >
{
using type = reg< uint8_t, base_addr + 0x13, rw, 0 >;
using TXWATER = regbits< type, 0, 8 >; /**< Transmit Watermark */
};
/**
* UART FIFO Transmit Count
*/
struct TCFIFO
: public reg< uint8_t, base_addr + 0x14, ro, 0 >
{
using type = reg< uint8_t, base_addr + 0x14, ro, 0 >;
using TXCOUNT = regbits< type, 0, 8 >; /**< Transmit Counter */
};
/**
* UART FIFO Receive Watermark
*/
struct RWFIFO
: public reg< uint8_t, base_addr + 0x15, rw, 0x1 >
{
using type = reg< uint8_t, base_addr + 0x15, rw, 0x1 >;
using RXWATER = regbits< type, 0, 8 >; /**< Receive Watermark */
};
/**
* UART FIFO Receive Count
*/
struct RCFIFO
: public reg< uint8_t, base_addr + 0x16, ro, 0 >
{
using type = reg< uint8_t, base_addr + 0x16, ro, 0 >;
using RXCOUNT = regbits< type, 0, 8 >; /**< Receive Counter */
};
};
} // namespace mptl
#endif // ARCH_REG_UART4_HPP_INCLUDED
| [
"axel@tty0.ch"
] | axel@tty0.ch |
006524abb13e3ad6b89b328a247b7dd83f1019c4 | 6d5f2e99ae89e6c59bdafed707f5a5db673dec23 | /src/cli/main_dbExport.cpp | c24310e7f957561d1b2da5ea6b5fff1465627c66 | [
"MIT"
] | permissive | bencabrera/grawitas | b633ae1dbbbb3da8a37b61b2cb48c493d7c299d2 | 8eda68846ed283afe70d56d68375525a1140de70 | refs/heads/master | 2022-03-27T08:27:16.948509 | 2018-01-19T09:48:37 | 2018-01-19T09:48:37 | 81,924,748 | 7 | 7 | MIT | 2022-01-25T18:14:46 | 2017-02-14T08:49:49 | C++ | UTF-8 | C++ | false | false | 4,718 | cpp | #include <iostream>
#include <fstream>
#include "../../libs/cxxopts/include/cxxopts.hpp"
#include <boost/algorithm/string/trim.hpp>
#include <boost/algorithm/string/replace.hpp>
#include "../misc/stepTimer.h"
#include "../misc/readLinesFromFile.h"
#include "../output/formats.h"
#include "../output/outputHelpers.h"
#include "../talkPageParser/models.h"
#include "../output/outputWrapper.h"
#include "../xmlToSql/getArticlesFromDb.h"
#include "../xmlToSql/getUsersFromDb.h"
#include "../xmlToSql/getFilteredCommentsFromDb.h"
#include "../xmlToSql/getIdsFromDb.h"
#include <cstdlib>
#include <sqlite3.h>
using namespace Grawitas;
int main(int argc, char** argv)
{
StepTimer timings;
timings.startTiming("global", "Total");
cxxopts::Options options("grawitas_cli_xml", "Parses talk pages in Wikipedia xml dumps to a sqlite file containing the structured comments.");
options.add_options()
("h,help", "Produces this help message.")
("i,sqlite-file", "Sqlite file created by grawitas_cli_xml_to_db.", cxxopts::value<std::string>())
("a,article-filter-file", "File containing articles for which to extract comments.", cxxopts::value<std::string>())
("u,user-filter-file", "File containing users for which to extract comments.", cxxopts::value<std::string>())
// network output
("user-network-gml", "Output file for user network (GML).", cxxopts::value<std::string>())
("user-network-graphml", "Output file for user network (GraphML).", cxxopts::value<std::string>())
("user-network-graphviz", "Output file for user network (GraphViz).", cxxopts::value<std::string>())
("comment-network-gml", "Output file for comment network (GML).", cxxopts::value<std::string>())
("comment-network-graphml", "Output file for comment network (GraphML).", cxxopts::value<std::string>())
("comment-network-graphviz", "Output file for comment network (GraphViz).", cxxopts::value<std::string>())
("two-mode-network-gml", "Output file for two-mode user-/comment network (GML).", cxxopts::value<std::string>())
("two-mode-network-graphml", "Output file for two-mode user-/comment network (GraphML).", cxxopts::value<std::string>())
("two-mode-network-graphviz", "Output file for two-mode user-/comment network (GraphViz).", cxxopts::value<std::string>())
// list output
("comment-list-csv", "Output file for comment list (csv).", cxxopts::value<std::string>())
("comment-list-human-readable", "Output file for comment list (human readable).", cxxopts::value<std::string>())
("comment-list-json", "Output file for comment list (json).", cxxopts::value<std::string>())
("t,show-timings", "Flag to show timings.")
;
options.positional_help("<input-paths-file> <output-sqlite-file>");
options.parse_positional(std::vector<std::string>{"input-paths-file","output-sqlite-file"});
options.parse(argc, argv);
// display help if --help was specified
if (options.count("help")) {
std::cout << options.help() << std::endl;
return 0;
}
if(!options.count("sqlite-file"))
throw std::invalid_argument("Input sqlite database file not specified.");
const std::string sqlite_file_path = options["sqlite-file"].as<std::string>();
// Open database
sqlite3* sqlite_db;
auto rc = sqlite3_open(sqlite_file_path.c_str(), &sqlite_db);
if(rc)
{
std::string msg = sqlite3_errmsg(sqlite_db);
sqlite3_close(sqlite_db);
throw std::logic_error("Can't open database: %s\n" + msg);
}
std::vector<std::size_t> article_ids, user_ids;
if(options.count("article-filter-file"))
{
const std::string article_filter_file_path = options["article-filter-file"].as<std::string>();
std::ifstream article_filter_file(article_filter_file_path);
std::vector<std::string> article_titles = read_lines_from_file(article_filter_file);
article_ids = get_article_ids_from_db(sqlite_db, article_titles);
}
if(options.count("user-filter-file"))
{
const std::string user_filter_file_path = options["user-filter-file"].as<std::string>();
std::ifstream user_filter_file(user_filter_file_path);
std::vector<std::string> usernames = read_lines_from_file(user_filter_file);
user_ids = get_user_ids_from_db(sqlite_db, usernames);
}
auto users = get_users_from_db(sqlite_db);
auto articles = get_articles_from_db(sqlite_db);
auto comments = get_filtered_comments(sqlite_db, user_ids, article_ids, &users, &articles);
std::map<Format, std::string> formats;
for (auto form_parameter : FormatParameterStrings) {
if(options.count(form_parameter))
formats.insert({ parameter_to_format(form_parameter), options[form_parameter].as<std::string>() });
}
output_in_formats_to_files(formats, comments, {"id", "parent_id", "user", "date", "section", "article", "text"});
return 0;
}
| [
"benny@bcabrera.de"
] | benny@bcabrera.de |
9d6f73ebd327bd0bd25703d6523c28e961a2ac0e | 0dd9cf13c4a9e5f28ae5f36e512e86de335c26b4 | /LintCode/lintcode_continuous-subarray-sum-ii.cpp | bc9bddfce8606fc0ba765a4045eaf1324ace5cb1 | [] | no_license | yular/CC--InterviewProblem | 908dfd6d538ccd405863c27c65c78379e91b9fd3 | c271ea63eda29575a7ed4a0bce3c0ed6f2af1410 | refs/heads/master | 2021-07-18T11:03:07.525048 | 2021-07-05T16:17:43 | 2021-07-05T16:17:43 | 17,499,294 | 37 | 13 | null | null | null | null | UTF-8 | C++ | false | false | 2,218 | cpp | /*
*
* Tag: DP
* Time: O(n)
* Space: O(n)
*/
class Solution {
public:
/**
* @param A an integer array
* @return A list of integers includes the index of
* the first number and the index of the last number
*/
vector<int> continuousSubarraySumII(vector<int>& A) {
// Write your code here
vector<int> ans(2);
if(!A.size())
return ans;
int start = 0, end = 0, maxval = INT_MIN;
int sum = 0, n = A.size();
for(int i = 0; i < n; ++ i){
sum += A[i];
if(sum >= 0){
if(sum > maxval){
end = i;
maxval = sum;
ans[0] = start;
ans[1] = end;
}
}else{
if(sum > maxval){
maxval = sum;
end = i;
ans[0] = start;
ans[1] = end;
}
sum = 0;
start = i + 1;
}
}
vector<int> dp_start(n), dp_end(n);
vector<int> idx_start(n), idx_end(n);
sum = A[0];
dp_start[0] = sum;
idx_start[0] = 0;
for(int i = 1; i < n; ++ i){
sum += A[i];
if(sum > dp_start[i - 1]){
dp_start[i] = sum;
idx_start[i] = i;
}else{
dp_start[i] = dp_start[i - 1];
idx_start[i] = idx_start[i - 1];
}
}
sum = A[n - 1];
dp_end[n - 1] = sum;
idx_end[n - 1] = n - 1;
for(int i = n - 2; i >= 0; -- i){
sum += A[i];
if(sum > dp_end[i + 1]){
dp_end[i] = sum;
idx_end[i] = i;
}else{
dp_end[i] = dp_end[i + 1];
idx_end[i] = idx_end[i + 1];
}
}
for(int i = 0; i < n - 1; ++ i){
int tmpsum = dp_start[i] + dp_end[i + 1];
if(tmpsum > maxval){
maxval = tmpsum;
ans[0] = idx_end[i + 1];
ans[1] = idx_start[i];
}
}
return ans;
}
};
| [
"1062969706@qq.com"
] | 1062969706@qq.com |
fa020b0c960e58254a8e60fa53b567746eccc484 | d386c45aa5ff031aea4ee418ed52c47318fabc7d | /.localhistory/C/Users/Bq/source/repos/threadtest/threadtest/threadtest/1566454464$threadtest.cpp | c5278aa398cebe8d5b549d8dd97ad5030d68bac2 | [] | no_license | B-Qq/threadtest | 150ac930ef6c73ed235e2e6db188011fec678446 | c0c2681619a39a1e3bc0b9ef8ddafdfbcc7748f3 | refs/heads/master | 2020-07-08T03:33:57.766775 | 2019-08-27T01:26:47 | 2019-08-27T01:26:47 | 203,552,182 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 4,101 | cpp | //#include "pch.h"
//#include <iostream>
//#include <condition_variable>
//#include <thread>
//
//std::condition_variable cv;
//std::mutex mtx;
//bool ready = false;
//
//void do_print_id(int id)
//{
// std::unique_lock<std::mutex> lck(mtx);
// while (!ready)
// {
// cv.wait(lck);
// }
// std::cout << "thread " << id << std::endl;
//}
//
//void go()
//{
// std::unique_lock<std::mutex> lck(mtx);
// ready = true;
// //cv.notify_one();
// cv.notify_all();
//}
//
//int main()
//{
// std::thread threads[10];
//
// for (int i = 0; i < 10; i++)
// {
// threads[i] = std::thread(do_print_id, i);
// }
//
// std::cout << "10 threads ready to race ...." << std::endl;
// go();
//
// for (auto &th : threads)
// {
// if (th.joinable())
// {
// th.join();
// }
// }
//
// return 0;
//}
//
//#include "pch.h"
//#include <algorithm>
//
//std::mutex mtx;
//
//void add(int &num, int &sum)
//{
// while (true)
// {
// std::lock_guard<std::mutex> lock(mtx);
// if (num < 100)
// {
// num += 1;
// sum += num;
// }
// else
// {
// break;
// }
// }
//}
//
//int main()
//{
// int sum = 0;
// int num = 0;
// std::vector<std::thread> ver;
// std::array<int, 4> arrayInt = { 1, 2, 3, 4 };
// std::tuple<int, std::string, char> cct = { 1, "2", '3' };
// auto ccs = std::tie("11", "22", "33");
// auto css = std::make_tuple("11", "23", 1);
// std::cout << std::get<0>(ccs) << std::endl;
// std::cout << std::get<1>(ccs) << std::endl;
// std::cout << std::get<2>(ccs) << std::endl;
//
// std::cout << std::get<0>(css) << std::endl;
// std::cout << std::get<1>(css) << std::endl;
// std::cout << std::get<2>(css) << std::endl;
//
// std::lock_guard<std::mutex> ccsa(mtx);
// std::unique_lock<std::mutex> ccsss(mtx);
// ccsss.unlock();
//
// //for (auto &t : arrayInt)
// //{
// // std::cout << t << std::endl;
// //}
//
// //for (int i = 0; i < 20; i++)
// //{
// // std::thread t = std::thread(add, std::ref(num), std::ref(sum));
// // //ver.push_back(std::move(t));
// // t.detach();
// //}
// //std::cout << sum << std::endl;
//
// //while (true)
// //{
// // std::this_thread::sleep_for(std::chrono::seconds(2));
// //}
//
// return 0;
//}
#include "pch.h"
#include <algorithm>
#include <regex>
//std::mutex mtx;
//
//static int num = 0;
//static int sum = 0;
//
//void add()
//{
// //std::lock_guard<std::mutex> glock(mtx);
// if (num < 5)
// {
// num += 1;
// sum += num;
// }
//}
//
//int main()
//{
// //std::vector<std::thread *> threads;
//
// //for (int i = 0; i < 5; i++)
// //{
// // std::thread *t = new std::thread(add);
// // threads.emplace_back(t);
// //}
//
// //std::for_each(threads.begin(), threads.end(), [](std::thread *t) {t->detach(); });
//
// //std::cout << "sum" << sum << std::endl;
//
// //std::string fnames[] = { "foo.txt", "bar.txt", "test", "a0.txt", "AAA.txt" };
// //std::regex txt_regex(R("[A-Z]+[0-9]+.txt"));
// //for (const auto &fname : fnames)
// // std::cout << fname << ": " << std::regex_match(fname, txt_regex) << std::endl;
// return 0;
//}
//int sum(int a, int b)
//{
// std::this_thread::sleep_for(std::chrono::seconds(5));
// return a + b;
//}
//
//int main()
//{
// std::packaged_task<int(int, int)> task(sum);
// std::future<int> future = task.get_future();
// std::thread t(std::move(task), 1, 2);
// while (1)
// {
// std::this_thread::sleep_for(std::chrono::seconds(1));
// std::cout << "1 + 2:" << future.get() << std::endl;
// }
//
// t.join();
// return 0;
//}
std::deque<int> q;
std::mutex mtx;
std::condition_variable c;
void function_1()
{
int count = 50;
while (count > 0)
{
std::unique_lock<std::mutex> locker(mtx);
q.push_back(count);
locker.unlock();
c.notify_one();
std::this_thread::sleep_for(std::chrono::seconds(1));
count--;
}
}
void function_2()
{
int data = 0;
while (data != 1)
{
std::unique_lock<std::mutex> locker(mtx);
while (q.empty())
c.wait(locker);
data = q.back();
q.pop_back();
locker.unlock();
std::cout << "t2 got a value from t1:" << data << std::endl;
}
}
int main()
{
std::thread t1(function_1);
std::thread t2(function_2);
t1.join();
t2.join();
return 0;
} | [
"bq5773718@163.com"
] | bq5773718@163.com |
e2012dc94f114c1c7dc28fb020d2f974ce7167ef | 38b9daafe39f937b39eefc30501939fd47f7e668 | /tutorials/2WayCouplingOceanWave3D/EvalResults180628-Eta-ux-uy/17/p_rgh | f2f65400d2562ee8675e57eba5fe9aa5289c5a17 | [] | no_license | rubynuaa/2-way-coupling | 3a292840d9f56255f38c5e31c6b30fcb52d9e1cf | a820b57dd2cac1170b937f8411bc861392d8fbaa | refs/heads/master | 2020-04-08T18:49:53.047796 | 2018-08-29T14:22:18 | 2018-08-29T14:22:18 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 195,224 | /*--------------------------------*- C++ -*----------------------------------*\
| ========= | |
| \\ / F ield | OpenFOAM: The Open Source CFD Toolbox |
| \\ / O peration | Version: 3.0.1 |
| \\ / A nd | Web: www.OpenFOAM.org |
| \\/ M anipulation | |
\*---------------------------------------------------------------------------*/
FoamFile
{
version 2.0;
format ascii;
class volScalarField;
location "17";
object p_rgh;
}
// * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * //
dimensions [1 -1 -2 0 0 0 0];
internalField nonuniform List<scalar>
21420
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boundaryField
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inlet
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bottom
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outlet
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type zeroGradient;
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atmosphere
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type totalPressure;
rho none;
psi none;
gamma 1;
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frontBack
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// ************************************************************************* //
| [
"abenaz15@etudiant.mines-nantes.fr"
] | abenaz15@etudiant.mines-nantes.fr | |
9fa460409a75c87fa87c8036b91fbcde35e3f3ad | b88c209d772784f220a866c8fba308936f7c6c6c | /src/predictor.cpp | 3e80f4f1a3835d9d4706e4ce554d56a72a6e9d01 | [] | no_license | rudi77/CarND-Path-Planning-Project | 10c1b3fb2c8b0c6a27d24b1c3310c77327417050 | 5a7e98a243a4a51f92479efdc33758c5696927d1 | refs/heads/master | 2021-08-26T06:38:04.440550 | 2017-11-21T21:09:16 | 2017-11-21T21:09:16 | 105,687,624 | 0 | 0 | null | 2017-10-03T18:26:33 | 2017-10-03T18:26:33 | null | UTF-8 | C++ | false | false | 610 | cpp | #include <map>
#include "map.h"
#include "predictor.h"
#include "trajectory_generator.h"
using namespace std;
map<int, vector<CarState>> Predictor::predict_trajectories(const vector<CarState>& other_cars, const Map& map)
{
TrajectoryGenerator trajectory_generator(map);
std::map<int, vector<CarState>> trajectories;
for (auto car : other_cars)
{
auto trajectory = trajectory_generator.compute_trajectory(car, car.speed, car.current_lane);
assert(trajectory.size() == 50);
trajectory.insert(trajectory.begin(), car);
trajectories[car.id] = trajectory;
}
return trajectories;
}
| [
"rudi.dittrich77@gmail.com"
] | rudi.dittrich77@gmail.com |
93891c7a1f63970b591a3add279c0464e9e243fa | 2c0222ce64b5d6573bf8f98b2c038e21d0db8aac | /Anton and Polyhedrons.cpp | 3911014c522dc7bb49b0e00badd8fe2430f12895 | [] | no_license | christsonhartono/codeforces-solution | 1b58607e92ef23ab55ed4505f813332fb3cb4ac5 | 090eff32534652a38d4baebd5cc0274326fe0ae4 | refs/heads/master | 2022-12-02T00:38:00.983956 | 2020-07-29T05:14:15 | 2020-07-29T05:14:15 | 263,204,630 | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 433 | cpp | #include<bits/stdc++.h>
using namespace std;
int main(){
int n, total=0;
string s;
cin>>n;
for(int i=0; i<n; i++){
cin>>s;
if(s.compare("Tetrahedron")==0){
total+=4;
}else if(s.compare("Cube")==0){
total+=6;
}else if(s.compare("Octahedron")==0){
total+=8;
}else if(s.compare("Dodecahedron")==0){
total+=12;
}else if(s.compare("Icosahedron")==0){
total+=20;
}
}
cout<<total<<endl;
return 0;
}
| [
"jhanacakro1@gmail.com"
] | jhanacakro1@gmail.com |
655f026121f7cd36d50169df01f79251522768b3 | e43403b42278a73049459e8944f1c5b49fe554c9 | /longestsubstring_i.cpp | 5e7cf9d582238001766bcfbc29b881f1d33a6639 | [] | no_license | kashita145/dpcodes | fe91f82ed1bf292dd7d86b52d2467701fab89201 | c053895608dd4baa4891e14b35d479f652e1fe9d | refs/heads/main | 2023-03-02T14:37:09.290344 | 2021-02-12T08:08:37 | 2021-02-12T08:08:37 | 324,301,264 | 1 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 1,078 | cpp | //
// Created by kashi on 14-10-2020.
//LCS-iterative
#include<bits/stdc++.h>
using namespace std;
#define mp make_pair
#define pb push_back
#define ll long long
#define ff first
#define ss second
#define Endl endl
#define int long long
#define fio ios::sync_with_stdio(0);cin.tie(NULL);cout.tie(NULL);
int gcd(int a,int b){
return b?gcd(b,a%b):a;
}
bool cmp(pair<int,int>p1,pair<int,int>p2){
if(p1.ff == p2.ff)
return p1.ss < p2.ss;
return abs(p1.ff-p1.ss) < abs(p2.ff-p2.ss);
}
const int maxn=1e3+1;
int dp[maxn][maxn];
int lcs(string a, string b, int n, int m){
for(int i=0;i<n;i++){
for(int j=0;j<m;j++){
if(i==0 || j==0)
dp[i][j]=0;
}
}
for(int i=1;i<=n;i++){
for(int j=1;j<=m;j++){
if(a[i-1]==b[j-1])
dp[i][j]=1+dp[i-1][j-1];
else dp[i][j]=0;
}
}
return dp[n][m];
}
int32_t main(){
string a,b;
cin>>a>>b;
memset(dp,-1,sizeof(dp));
int n=a.size(),m=b.size();
int ans=lcs(a,b,n,m);
cout<<dp[n][m]<<endl;
}
| [
"noreply@github.com"
] | kashita145.noreply@github.com |
1a99a7fe380bb193a43ac6856b43cd9e9df7d229 | 10ecd7454a082e341eb60817341efa91d0c7fd0b | /SDK/BP_PromptActor_EmissaryEncounteredSkellyFort_RB_classes.h | 05e59c458f24332563c510d22b7b3313cc210222 | [] | no_license | Blackstate/Sot-SDK | 1dba56354524572894f09ed27d653ae5f367d95b | cd73724ce9b46e3eb5b075c468427aa5040daf45 | refs/heads/main | 2023-04-10T07:26:10.255489 | 2021-04-23T01:39:08 | 2021-04-23T01:39:08 | null | 0 | 0 | null | null | null | null | UTF-8 | C++ | false | false | 2,146 | h | #pragma once
// Name: SoT, Version: 2.1.0.1
/*!!DEFINE!!*/
/*!!HELPER_DEF!!*/
/*!!HELPER_INC!!*/
#ifdef _MSC_VER
#pragma pack(push, 0x01)
#endif
namespace CG
{
//---------------------------------------------------------------------------
// Classes
//---------------------------------------------------------------------------
// BlueprintGeneratedClass BP_PromptActor_EmissaryEncounteredSkellyFort_RB.BP_PromptActor_EmissaryEncounteredSkellyFort_RB_C
// 0x0030 (FullSize[0x0490] - InheritedSize[0x0460])
class ABP_PromptActor_EmissaryEncounteredSkellyFort_RB_C : public ABP_PromptActorBase_C
{
public:
struct FPointerToUberGraphFrame UberGraphFrame; // 0x0460(0x0008) (ZeroConstructor, Transient, DuplicateTransient)
class UBP_Prompt_EmissaryEncounteredSkellyFort_C* PromptCoordinator; // 0x0468(0x0008) (Edit, BlueprintVisible, ZeroConstructor, DisableEditOnInstance, IsPlainOldData, NoDestructor)
class UClass* PromptCounterAccessKey; // 0x0470(0x0008) (Edit, BlueprintVisible, ZeroConstructor, DisableEditOnInstance, IsPlainOldData, NoDestructor)
class UClass* Company; // 0x0478(0x0008) (Edit, BlueprintVisible, ZeroConstructor, DisableEditOnInstance, IsPlainOldData, NoDestructor)
TArray<struct FPrioritisedPromptWithHandle> Prompts; // 0x0480(0x0010) (Edit, BlueprintVisible, ZeroConstructor, DisableEditOnInstance)
static UClass* StaticClass()
{
static auto ptr = UObject::FindClass("BlueprintGeneratedClass BP_PromptActor_EmissaryEncounteredSkellyFort_RB.BP_PromptActor_EmissaryEncounteredSkellyFort_RB_C");
return ptr;
}
void UserConstructionScript();
void ReceiveBeginPlay();
void ReceiveEndPlay(TEnumAsByte<Engine_EEndPlayReason> EndPlayReason);
void ExecuteUbergraph_BP_PromptActor_EmissaryEncounteredSkellyFort_RB(int EntryPoint);
};
}
#ifdef _MSC_VER
#pragma pack(pop)
#endif
| [
"ploszjanos9844@gmail.com"
] | ploszjanos9844@gmail.com |
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