void Camera::Update(float deltaTime, GLFWwindow* window)
{
// detect wasd key presses and move camera
vec3 cameraMove = vec3();
// move camera based on inputs and its forward/right/up vectors
if (glfwGetKey(window, GLFW_KEY_W) == GLFW_PRESS)
cameraMove += GetForward() * moveForwardSpd;
if (glfwGetKey(window, GLFW_KEY_A) == GLFW_PRESS)
cameraMove -= GetRight() * moveLeftSpd;
if (glfwGetKey(window, GLFW_KEY_S) == GLFW_PRESS)
cameraMove -= GetForward() * moveBackSpd;
if (glfwGetKey(window, GLFW_KEY_D) == GLFW_PRESS)
cameraMove += GetRight() * moveRightSpd;
if (glfwGetKey(window, GLFW_KEY_SPACE) == GLFW_PRESS)
cameraMove += GetUp() * moveUpSpd;
if (glfwGetKey(window, GLFW_KEY_LEFT_SHIFT) == GLFW_PRESS)
cameraMove -= GetUp() * moveDownSpd;
if (glfwGetKey(window, GLFW_KEY_Q) == GLFW_PRESS) {
glfwTerminate();
std::exit(0);
}
// move the camera from the movement and delta time
vec3 cameraPos = GetPosition();
SetPosition(cameraPos + cameraMove*deltaTime);
}
CRapiFileDialog::CRapiFileDialog( wxWindow *parent, wxWindowID id, const wxString &title,
const wxPoint &position, const wxSize& size, long style ) :
wxDialog( parent, id, title, position, size, style )
{
// WDR: dialog function RapiFileDialogFunc for CRapiFileDialog
RapiFileDialogFunc( this, TRUE );
GetBack()->SetWindowStyle(0);
GetBack()->SetBitmapLabel(BackButtonFunc(0));
GetBack()->SetBitmapFocus(BackButtonFunc(1));
GetBack()->SetBitmapSelected(BackButtonFunc(0));
GetBack()->SetBitmapDisabled(BackButtonFunc(2));
GetUp()->SetWindowStyle(0);
GetUp()->SetBitmapLabel(UpButtonFunc(0));
GetUp()->SetBitmapFocus(UpButtonFunc(1));
GetUp()->SetBitmapSelected(UpButtonFunc(0));
GetUp()->SetBitmapDisabled(UpButtonFunc(2));
m_pathname=wxT("\\");
m_mode=REPORTMODE;
UpdateDialog();
m_bSortDirection=true;
m_nSortColumn=0;
SetSize(wxSize(400,400));
}
bool physGrapple(float lx,float ly,float lz){
bool ret = false;
flip = 0;
dir = glm::normalize(glm::vec3(-lx,ly,-lz));
//printf("grapple in dir %f %f %f\n",dir.x,dir.y,dir.z);
//printf("looks at is %f %f %f\n",lookAt.x,lookAt.y,lookAt.z);
/* btCollisionWorld::ClosestRayResultCallback RayCallback(btVector3(lookAt.x+.0*dir.x,lookAt.y-.0*dir.y,lookAt.z+.0*dir.z), btVector3(lookAt.x+50*dir.x,lookAt.y-50*dir.y,lookAt.z+50*dir.z));
dynamicsWorld->rayTest(btVector3(lookAt.x+.0*dir.x,lookAt.y-.0*dir.y,lookAt.z+.0*dir.z), btVector3(lookAt.x+50*dir.x,lookAt.y-50*dir.y,lookAt.z+50*dir.z), RayCallback);
*/
//////////////////////////////
glm:: vec3 ggaze = GetLookAt() - GetEye();
glm::vec3 gw = ggaze/magnitude(ggaze);
gw = glm::vec3(-1.0 * gw.x, -1.0 * gw.y, -1.0 * gw.z);
glm::vec3 gu = glm::cross(GetUp(), gw)/magnitude(glm::cross(GetUp(), gw));
gu *= 2;
lookAt += glm::vec3(gu.x, 0, gu.z);
///////////////////////////////
btCollisionWorld::ClosestRayResultCallback RayCallback(btVector3(lookAt.x+1.6*dir.x,lookAt.y-1.6*dir.y,lookAt.z+1.6*dir.z), btVector3(lookAt.x+75*dir.x,lookAt.y-75*dir.y,lookAt.z+75*dir.z));
dynamicsWorld->rayTest(btVector3(lookAt.x+1.6*dir.x,lookAt.y-1.6*dir.y,lookAt.z+1.6*dir.z), btVector3(lookAt.x+75*dir.x,lookAt.y-75*dir.y,lookAt.z+75*dir.z), RayCallback);
//player->setLinearVelocity(btVector3(dir.x*50,dir.y*50,dir.z*50));
btTransform plPos;
player->getMotionState()->getWorldTransform(plPos);
if(RayCallback.hasHit()&& !playerGrappleActive && RayCallback.m_hitPointWorld.distance(plPos.getOrigin())>1.8) {
playerJump=0;
//End = RayCallback.m_hitPointWorld;
//Normal = RayCallback.m_hitNormalWorld;
//printf("hit!\n");
btVector3 go=RayCallback.m_hitNormalWorld*-5+player->getLinearVelocity();
if (go.length()>10)(go/go.length())*10;
//player->setLinearVelocity(go);
//printf("%f %f %f on hit norm",RayCallback.m_hitNormalWorld.getX(),RayCallback.m_hitNormalWorld.getY(),RayCallback.m_hitNormalWorld.getZ());
tmp = RayCallback.m_hitPointWorld;
// Do some clever stuff here
if(tmp.getY()>1){
playerGrappleActive =1;
//SFX HERE
//Sound s = Sound();
//s.playSFX("../Assets/Sounds/HookShot.mp3");
//printf("%f %f %f - player loc; %f %f %f grapple loc\n", physGetPlayerX(), physGetPlayerY(), physGetPlayerZ(), grapplingHookLocation().x, grapplingHookLocation().y, grapplingHookLocation().z);
//printf("%f %f %f grapple sfx distance\n", abs(grapplingHookLocation().x - physGetPlayerX()), abs(grapplingHookLocation().y - physGetPlayerY()), abs(grapplingHookLocation().z - physGetPlayerZ()));
musicPlayer.BGM.play3DSFX("../Assets/Sounds/HookShot.mp3", physGetPlayerX(), physGetPlayerY(), physGetPlayerZ(), grapplingHookLocation().x, grapplingHookLocation().y, grapplingHookLocation().z);
ret = true;
}
}
lookAt -= glm::vec3(gu.x, 0, gu.z);
return ret;
}
void glfwEditGetCursorPos(GLFWwindow *window, double xpos, double ypos) {
//printf("%f %f\n", xpos, g_height - ypos);
lastCurPos = glm::vec2(xpos, g_height - ypos - 1);
//If in GUI Selection, disable pitch and yaw
if(eKeysPressed['G'] == 0) {
if(xpos > g_width || xpos < 0 || ypos < 0 || ypos > g_height) {
return;
}
//Get rid of if unneeded
egaze = GetLookAt() - GetEye();
ew = glm::vec3(-1.0 * ew.x, -1.0 * ew.y, -1.0 * ew.z);
ew = glm::normalize(ew);
eu = glm::cross(GetUp(), ew)/magnitude(glm::cross(GetUp(), ew));
eu = glm::normalize(eu);
eendX = xpos;
eendY = g_height-ypos-1;
float diff;
//Calculate change in X
if(estartX < eendX) {
diff = eendX - estartX;
ebeta = incrementYaw((diff * M_PI)/g_width);
}
else if(estartX > eendX){
diff = estartX - eendX;
ebeta = incrementYaw((-diff * M_PI)/g_width);
}
//Calculate change in Y
if(eendY > estartY && ealpha <= 0.98) {
diff = eendY - estartY;
ealpha = incrementPitch((diff * M_PI)/g_width);
}
else if(eendY < estartY && ealpha >= -0.98) {
diff = estartY - eendY;
ealpha = incrementPitch(-(diff * M_PI)/g_width);
}
estartX = g_width/2.0;// = endX;
estartY = g_height/2.0-1;// endY;
}
}
void Orientation::LookAt(glm::vec3 p_direction, glm::vec3 p_upVector)
{
m_orientation = quat(1.0f, 0.0f, 0.0f, 0.0f);
vec3 direction = normalize(p_direction);
vec3 up = normalize(p_upVector);
vec3 arbitraryVector = vec3(0.0f, 0.0f, 1.0f);
vec3 axis = glm::cross(direction, arbitraryVector);
if(glm::dot(axis, axis) == 0.0f)
{
axis = vec3(0.0f, 1.0f, 0.0f);
}
float angle = glm::degrees(glm::acos(glm::dot(direction, vec3(0.0f, 0.0f, 1.0f))));
vec3 third = glm::cross(axis, vec3(0.0f, 0.0f, 1.0f));
if (glm::dot(third, direction) < 0)
{
angle = -angle;
}
Rotate(angle, axis);
vec3 targetRight = normalize(glm::cross(direction, up));
vec3 myRight = normalize(glm::cross(direction, GetUp()));
float ledot = glm::dot(targetRight, myRight);
float tacos = glm::acos(glm::min(ledot, 1.0f));
float angle2 = glm::degrees(tacos);
vec3 third2 = glm::cross(direction, myRight);
if (glm::dot(third2, targetRight) < 0)
{
angle2 = -angle2;
}
Roll(angle2);
}
void Camera::UpdateMatrix()
{
int width = Screen::GetWidth();
int height = Screen::GetHeight();
auto transform = GetTransform();
m_view_matrix = Matrix4x4::LookTo(
transform->GetPosition(),
transform->GetForward(),
transform->GetUp());
if(!m_orthographic)
{
m_projection_matrix = Matrix4x4::Perspective(m_field_of_view, width / (float) height, m_near_clip_plane, m_far_clip_plane);
}
else
{
float top = m_orthographic_size;
float bottom = -m_orthographic_size;
float plane_h = m_orthographic_size * 2;
float plane_w = plane_h * (width * m_rect.width) / (height * m_rect.height);
m_projection_matrix = Matrix4x4::Ortho(-plane_w/2, plane_w/2, bottom, top, m_near_clip_plane, m_far_clip_plane);
}
m_view_projection_matrix = m_projection_matrix * m_view_matrix;
}
//--------------------------------------------------------------------------------------------------------------------------------------
void EditCamera::Rotate( float xd, float yd )
{
Quaternionf q;
q.RotateAxis( m_VerticalAixs,yd * m_RotateSpeed );
Matrix44f mat = Math::Transformation<float>(NULL, NULL, NULL, &m_Target, &q, NULL);
vector3f pos = Math::Transform_coord(this->GetPosition(), mat);
q.RotateAxis( vector3f(0.0f, GetUp().Dot( vector3f(0, 1, 0)) < 0 ? -1.0f : 1.0f, 0.0f), xd * m_RotateSpeed );
mat = Math::Transformation<float>(NULL, NULL, NULL, &m_Target, &q, NULL);
pos = Math::Transform_coord(pos, mat);
m_VerticalAixs = Math::Transform_Quat(m_VerticalAixs, q);
vector3f dir;
if (m_isReverse)
{
dir = pos - m_Target;
}
else
{
dir = m_Target - pos;
}
dir.NormalizeSelf();
vector3f up = dir.Cross(m_VerticalAixs);
this->_LookAt(pos, pos + dir, up);
}
void CFPSCameraController::UpdateCameraValues(CCamera *Camera) const
{
Vect3f l_Direction = GetDirection();
Camera->SetPosition(m_Position);
Camera->SetLookAt(m_Position + l_Direction);
Camera->SetUp(GetUp());
Camera->SetMatrixs();
}
void CGameObject::MoveUp(float fDistance)
{
//게임 객체를 로컬 y-축 방향으로 이동한다.
D3DXVECTOR3 d3dxvPosition = GetPosition();
D3DXVECTOR3 d3dxvUp = GetUp();
d3dxvPosition += fDistance * d3dxvUp;
CGameObject::SetPosition(d3dxvPosition);
}
void Camera::MoveDown(float speed)
{
speed *= TimeManager::Instance().DeltaTime;
vec3 upVector = GetUp();
// Move our camera position up or down along the right vector
Position.y -= upVector.x * speed; // Add our acceleration to our position's Y
}
void CSphericalCameraController::SetCamera(CCamera *Camera) const
{
Vect3f l_Direction = GetDirection();
Camera->SetLookAt(m_Position);
Camera->SetPosition(m_Position-l_Direction);
Camera->SetUp(GetUp());
Camera->SetMatrixs();
}
//--------------------------------------------------------------------------------------------------------------------------------------
void FPSCamera::Rotate( float xd, float yd )
{
Quaternionf q;
q.RotateAxis( m_VerticalAixs ,yd * m_RotateSpeed );
vector3f dir = Math::Transform_Quat( this->GetForward() , q);
q.RotateAxis( vector3f(0.0f, GetUp().Dot( vector3f(0, 1, 0)) < 0 ? -1.0f : 1.0f, 0.0f) , xd * m_RotateSpeed );
m_VerticalAixs = Math::Transform_Quat(m_VerticalAixs, q);
dir = Math::Transform_Quat( dir , q);
vector3f up = dir.Cross( m_VerticalAixs );
this->_LookAt(this->GetPosition(), this->GetPosition() + dir, up);
}
void UpdateMainCamera(Camera* main_camera, World* world) {
auto player = world->player_component.begin()->entity;
auto transform_component = &world->transform_component;
main_camera->set_position(transform_component->WorldPosition(player));
main_camera->set_facing(
transform_component->WorldOrientation(player).Inverse() *
mathfu::kAxisY3f);
auto player_data = world->entity_manager.GetComponentData<PlayerData>(player);
auto raft_orientation = transform_component->WorldOrientation(
world->entity_manager.GetComponent<ServicesComponent>()->raft_entity());
main_camera->set_up(raft_orientation.Inverse() * player_data->GetUp());
}
int grappleInRange(float lx,float ly,float lz){
//glm::vec3 tempLookAt;
dir = glm::normalize(glm::vec3(-lx,ly,-lz));
glm:: vec3 ggaze = GetLookAt() - GetEye();
glm::vec3 gw = ggaze/magnitude(ggaze);
gw = glm::vec3(-1.0 * gw.x, -1.0 * gw.y, -1.0 * gw.z);
glm::vec3 gu = glm::cross(GetUp(), gw)/magnitude(glm::cross(GetUp(), gw));
gu *= 2;
lookAt += glm::vec3(gu.x, 0, gu.z);
btCollisionWorld::ClosestRayResultCallback RayCallback(btVector3(lookAt.x+1.6*dir.x,lookAt.y-1.6*dir.y,lookAt.z+1.6*dir.z), btVector3(lookAt.x+75*dir.x,lookAt.y-75*dir.y,lookAt.z+75*dir.z));
dynamicsWorld->rayTest(btVector3(lookAt.x+1.6*dir.x,lookAt.y-1.6*dir.y,lookAt.z+1.6*dir.z), btVector3(lookAt.x+75*dir.x,lookAt.y-75*dir.y,lookAt.z+75*dir.z), RayCallback);
lookAt -= glm::vec3(gu.x, 0, gu.z);
// int ret = //inRange(50,75,glm::lookAt(playerPoss(),glm::vec3(tempLookAt.x+75*dir.x,tempLookAt.y+75*dir.y,tempLookAt.z+75*dir.z),glm::vec3(0,1,0)));
//printf("grapple is %d range\n",RayCallback.hasHit());
//if(RayCallback.hasHit()) printf("%f %f %f",RayCallback.m_hitPointWorld.getX(),RayCallback.m_hitPointWorld.getY(),RayCallback.m_hitPointWorld.getZ());
return RayCallback.hasHit();
}
void CSphericalCameraController::SetCamera(CCamera *Camera) const
{
Vect3f l_Direction = GetDirection();
Camera->SetFOV(DEG2RAD(50.0f));
Camera->SetAspectRatio(16.0f/9.0f);
Camera->SetLookAt(m_Position);
Camera->SetPosition(m_Position-l_Direction);
Camera->SetUp(GetUp());
Camera->SetMatrixs();
}
void CObject::MoveRelative(const float fx, const float fy, const float fz)
{
D3DXVECTOR3 d3dxvPosition = *GetPosition();
D3DXVECTOR3 d3dxvRight = *GetRight();
D3DXVECTOR3 d3dxvUp = *GetUp();
D3DXVECTOR3 d3dxvLookAt = *GetLookAt();
d3dxvPosition += fx * d3dxvRight;
d3dxvPosition += fy * d3dxvUp;
d3dxvPosition += fz * d3dxvLookAt;
MoveAbsolute(&d3dxvPosition);
}
void PhysicsComponent::VUpdate(int deltaMs)
{
// get the transform component
shared_ptr<TransformComponent> pTransformComponent = MakeStrongPtr(m_pOwner->GetComponent<TransformComponent>(TransformComponent::g_Name));
if (!pTransformComponent)
{
LOG_ERROR("No transform component!");
return;
}
// get the direction the object is facing
glm::mat4 transform = pTransformComponent->GetTransform();
if (m_acceleration != 0)
{
// calculate the acceleration this frame
float accelerationToApplyThisFrame = m_acceleration / 1000.f * (float)deltaMs;
// Get the current velocity vector and convert to a scalar. The velocity vector is a combination of
// the direction this actor is going in and the speed of the actor. The scalar is just the speed
// component.
glm::vec3 velocity(m_pGamePhysics->VGetVelocity(m_pOwner->GetId()));
float velocityScalar = glm::length(velocity);
glm::vec3 direction(GetDirection(transform));
m_pGamePhysics->VApplyForce(direction, accelerationToApplyThisFrame, m_pOwner->GetId());
// logging
// [rez] Comment this back in if you want to debug the physics thrust & rotation stuff. It spams quite
// a bit of info the output window so I'm commenting it out for now.
/*
GCC_LOG("Actor", "Acceleration: " + ToStr(accelerationToApplyThisFrame) + "; velocityScalar: " + ToStr(velocityScalar) + \
"; direction: " + ToStr(direction) + "; direction.Length(): " + ToStr(direction.Length()) + \
"; velocity: " + ToStr(velocity) + "; velocity.Length(): " + ToStr(velocity.Length()));
*/
}
if (m_angularAcceleration != 0)
{
// calculate the acceleration this frame
float angularAccelerationToApplyThisFrame = m_angularAcceleration / 1000.f * (float)deltaMs;
m_pGamePhysics->VApplyTorque(GetUp(transform), angularAccelerationToApplyThisFrame, m_pOwner->GetId());
// logging
// [rez] Comment this back in if you want to debug the physics thrust & rotation stuff. It spams quite
// a bit of info the output window so I'm commenting it out for now.
//GCC_LOG("Actor", "Angular Acceleration: " + ToStr(angularAccelerationToApplyThisFrame) );
}
}
void CObject::MoveRelative(const D3DXVECTOR3 *d3dxVec)
{
D3DXVECTOR3 d3dxvPosition = *GetPosition();
D3DXVECTOR3 d3dxvRight = *GetRight();
D3DXVECTOR3 d3dxvUp = *GetUp();
D3DXVECTOR3 d3dxvLookAt = *GetLookAt();
d3dxvPosition += d3dxVec->x * d3dxvRight;
d3dxvPosition += d3dxVec->y * d3dxvUp;
d3dxvPosition += d3dxVec->z * d3dxvLookAt;
MoveAbsolute(&d3dxvPosition);
}
void FreeCamera::Update(const tt::GameContext& context)
{
auto pInputService = MyServiceLocator::GetInstance()->GetService<IInputService>();
auto pTransform = GetComponent<TransformComponent>();
if(pInputService->IsActionTriggered(InputActionId::CameraMoveForward))
pTransform->Translate(pTransform->GetForward() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveBack))
pTransform->Translate(pTransform->GetBackward() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveLeft))
pTransform->Translate(pTransform->GetLeft() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveRight))
pTransform->Translate(pTransform->GetRight() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveUp))
pTransform->Translate(pTransform->GetUp() * m_MovementSpeed, true);
if(pInputService->IsActionTriggered(InputActionId::CameraMoveDown))
pTransform->Translate(pTransform->GetDown() * m_MovementSpeed, true);
if(!pInputService->IsActionTriggered(InputActionId::CameraUnlockRotation))
return;
auto mouseMovement = pInputService->GetMouseMovement();
mouseMovement *= m_RotationSpeed * context.GameTimer.GetElapsedSeconds();
m_Yaw += mouseMovement.x;
m_Pitch += mouseMovement.y;
tt::Quaternion yawQuat(tt::Vector3::j, m_Yaw);
tt::Vector3 rotatedRight = tt::Vector3::i.TransformPoint(yawQuat);
tt::Quaternion pitchQuat(rotatedRight, m_Pitch);
pTransform->Rotate(yawQuat * pitchQuat);
}
// クイックアーツ
bool Thief::QuickArts(void)
{
static int time = 0;
if ( !initflag )
{
sound->PlaySE( SE::KAITO_QUICK );
initflag = true;
}
Move();
// 行列から情報取得
Vector3 up = GetUp();
Vector3 right = GetRight();
Vector3 p_pos = GetPos();
SetMove(Vector3(0.0f, move.y, 0.0f));
SetMotion(THIEF::MOTION_DATA::QUICKARTS);
//if (obj->GetFrame() >= 237) obj->SetMotion(237);
// 情報設定
Vector3 vec[3] =
{
up * 5.0f + right * 3.0f,
up * 5.0f,
up * 5.0f + right * -3.0f
};
p_pos.y += 3.0f;
float bulletSpeed = 0.5f;
int playerNum = GetPlayerNum();
{ //撃った時に動きが一度止まるパターン
// //モーションアトデナオス(ちょうどいい感じのフレームが来たら弾発射)
//if (time == 0 /* obj->GetFrame() == ○○ */ )
//{
// for (int i = 0; i < 3; i++)
// {
// m_BulletManager->Set(BULLET_TYPE::THIEF_01 , new ThiefBullet01, p_pos, vec[i], bulletSpeed, playerNum);
// }
//}
//time++;
////モーションアトデナオス(終わりのモーションが来たら終了)
//if (obj->GetFrame() == 237)
//{
// time = 0;
// return true;
//}
}
{ //撃った時に動きが止まらないパターン
for (int i = 0; i < 3; i++)
{
m_BulletManager->Set(BULLET_TYPE::THIEF_01 , new ThiefBullet01, p_pos, vec[i], bulletSpeed, playerNum);
}
attackInfo.Interval = 60;
initflag = false;
return true;
}
return false;
}
void Camera::Yaw(float angle)
{
glm::quat q = glm::angleAxis(angle, GetUp()) * GetFrame()->GetRotation();
GetFrame()->SetRotation(q);
}
void CFpsCamera::UpdateCamera()
{
float elapsed_time = _engine.elapsed_time;
if (m_animate)
{
//Muevo El ojo de la camara hacia el punto destino
m_deltaAnimTime += elapsed_time;
float deltaMove = saturate(m_deltaAnimTime / m_animTime);
m_lookFrom = m_startPos*(1 - deltaMove) + m_endPos*deltaMove;
m_lookAt = m_startTarget*(1 - deltaMove) + m_endTarget*deltaMove;
if (m_deltaAnimTime >= m_animTime)
{
m_animate = false;
m_lookFrom = m_endPos;
m_lookAt = m_endTarget;
m_deltaAnimTime = 0;
}
}
//Obtener variacion XY del mouse
Vector3 dir = GetViewDir();
Vector3 ndir = dir*-1;
float beta = atan2(ndir.Y, sqrt(ndir.X*ndir.X + ndir.Z*ndir.Z))*FastMath::RADIANS_TO_DEGREES;
float rotX = 0;
float rotY = 0;
if (!m_cameraBlocked)
{
Vector3 dm = InputManager::m_delta_mouse;
if (InputManager::IsLButtonDown() || m_captureMouse)
{
//roto solo si el boton del mouse esta apretado
rotX = dm.X * m_rotationSpeed;
rotY = dm.Y * m_rotationSpeed;
if (rotY + beta > 90 - 1)
{
rotY = 90 - beta - 1;
}
if (rotY + beta < -90 + 1)
{
rotY = -90 - beta + 1;
}
}
if (dm.Z != 0)
{
//avanzo y retrocedo con la rueda del mouse
float distancia = (m_lookAt - m_lookFrom).Length();
float deltamove = dm.Z * m_wheelSpeed;
if (distancia - deltamove < 1)
deltamove = distancia - 1;
m_lookFrom += dir*deltamove;
}
if (InputManager::IsPressed(DInputKey::Key_C))
{
m_endPos = m_lookFrom;
m_endTarget = m_lookAt;
}
if (InputManager::IsPressed(DInputKey::Key_P))
{
AnimateTo(m_endPos, m_endTarget);
}
if (InputManager::IsPressed(DInputKey::Key_M))
{
m_captureMouse = !m_captureMouse;
}
if (m_captureMouse)
{
//TODO: Falta convertir el la posicion en absoluta, ahora esta relativa a la camara y no queda centrada
SetCursorPos(_engine.screenWidth / 2, _engine.screenHeight / 2);
}
if (InputManager::IsWheelButtonDown())
{
//Hace el pan del mouse
Vector3 delta_pan = GetLeft() * (dm.X * m_panSpeed);
delta_pan += GetUp() * (dm.Y * m_panSpeed);
m_lookAt += delta_pan;
m_lookFrom += delta_pan;
}
if (InputManager::IsDown(DInputKey::Key_W))
{
Vector3 move = dir*m_moveSpeed*elapsed_time;
//anulo el movimiento en Y
move.Y = 0;
m_lookAt += move;
m_lookFrom += move;
}
if (InputManager::IsDown(DInputKey::Key_S))
{
Vector3 move = dir*-m_moveSpeed*elapsed_time;
//anulo el movimiento en Y
move.Y = 0;
m_lookAt += move;
m_lookFrom += move;
}
if (InputManager::IsDown(DInputKey::Key_A))
{
Vector3 move = GetLeft()*m_moveSpeed*elapsed_time;
//anulo el movimiento en Y
move.Y = 0;
m_lookAt += move;
m_lookFrom += move;
}
if (InputManager::IsDown(DInputKey::Key_D))
{
Vector3 move = GetLeft()*-m_moveSpeed*elapsed_time;
//anulo el movimiento en Y
move.Y = 0;
m_lookAt += move;
m_lookFrom += move;
}
if (InputManager::IsDown(DInputKey::Key_Space))
{
Vector3 move = UP_VECTOR*m_jumpSpeed*elapsed_time;
m_lookAt += move;
m_lookFrom += move;
}
if (InputManager::IsDown(DInputKey::Key_LeftControl) || InputManager::IsDown(DInputKey::Key_RightControl))
{
Vector3 move = UP_VECTOR*-m_jumpSpeed*elapsed_time;
m_lookAt += move;
m_lookFrom += move;
}
}
//creo un vector perpendicular a la direccion de la camara y la direccion arriba para rotar sonbre ese eje.
if (rotX != 0 || rotY != 0)
{
Matrix rotMat = Matrix::SRotationAxis(GetLeft(), rotY*FastMath::DEGREES_TO_RADIANS) *
Matrix::SRotationAxis(UP_VECTOR, -rotX*FastMath::DEGREES_TO_RADIANS);
Vector3 dif = m_lookFrom - m_lookAt;
m_lookFrom = m_lookAt + Vector3::TransformCoordinate(dif, rotMat).XYZ();
}
m_viewMatrix.LookAtLH(m_lookAt, m_lookFrom, UP_VECTOR);
}
void Player::FireWeapon() {
SPADES_MARK_FUNCTION();
Vector3 muzzle = GetEye();
muzzle += GetFront() * 0.01f;/*
muzzle += GetRight() * 0.4f;
muzzle -= GetUp() * 0.3f;*/
Vector3 right = GetRight();
Vector3 up = GetUp();
int pellets = weapon->GetPelletSize();
float spread = weapon->GetSpread();
GameMap *map = world->GetMap();
// pyspades takes destroying more than one block as a
// speed hack (shotgun does this)
bool blockDestroyed = false;
Vector3 dir2 = GetFront();
for(int i =0 ; i < pellets; i++){
// AoS 0.75's way (dir2 shouldn't be normalized!)
dir2.x += (GetRandom() * 2.f - 1.f) * spread;
dir2.y += (GetRandom() * 2.f - 1.f) * spread;
dir2.z += (GetRandom() * 2.f - 1.f) * spread;
Vector3 dir = dir2.Normalize();
// first do map raycast
GameMap::RayCastResult mapResult;
mapResult = map->CastRay2(muzzle,
dir,
500);
Player *hitPlayer = NULL;
float hitPlayerDistance = 0.f;
int hitFlag = 0;
for(int i = 0; i < world->GetNumPlayerSlots(); i++){
Player *other = world->GetPlayer(i);
if(other == this || other == NULL)
continue;
if(other == this || !other->IsAlive() ||
other->GetTeamId() >= 2)
continue;
if(!other->RayCastApprox(muzzle, dir))
continue;
HitBoxes hb = other->GetHitBoxes();
Vector3 hitPos;
if(hb.head.RayCast(muzzle, dir, &hitPos)) {
float dist = (hitPos - muzzle).GetLength();
if(hitPlayer == NULL ||
dist < hitPlayerDistance){
if(hitPlayer != other){
hitPlayer = other;
hitFlag = 0;
}
hitPlayerDistance = dist;
hitFlag = 1; // head
}
}
if(hb.torso.RayCast(muzzle, dir, &hitPos)) {
float dist = (hitPos - muzzle).GetLength();
if(hitPlayer == NULL ||
dist < hitPlayerDistance){
if(hitPlayer != other){
hitPlayer = other;
hitFlag = 0;
}
hitPlayerDistance = dist;
hitFlag = 2; // torso
}
}
for(int j = 0; j < 3 ;j++){
if(hb.limbs[j].RayCast(muzzle, dir, &hitPos)) {
float dist = (hitPos - muzzle).GetLength();
if(hitPlayer == NULL ||
dist < hitPlayerDistance){
if(hitPlayer != other){
hitPlayer = other;
hitFlag = 0;
}
hitPlayerDistance = dist;
if(j == 2)
hitFlag = 8; // arms
else
hitFlag = 4; // leg
}
}
}
}
Vector3 finalHitPos;
finalHitPos = muzzle + dir * 128.f;
if(mapResult.hit && (mapResult.hitPos - muzzle).GetLength() < 128.f &&
(hitPlayer == NULL || (mapResult.hitPos - muzzle).GetLength() < hitPlayerDistance)){
IntVector3 outBlockCoord = mapResult.hitBlock;
// TODO: set correct ray distance
// FIXME: why ray casting twice?
finalHitPos = mapResult.hitPos;
if(outBlockCoord.x >= 0 && outBlockCoord.y >= 0 && outBlockCoord.z >= 0 &&
outBlockCoord.x < map->Width() && outBlockCoord.y < map->Height() &&
outBlockCoord.z < map->Depth()){
if(outBlockCoord.z < 62){
int x = outBlockCoord.x;
int y = outBlockCoord.y;
int z = outBlockCoord.z;
SPAssert(map->IsSolid(x, y, z));
Vector3 blockF = {x + .5f, y + .5f, z + .5f};
float distance = (blockF - muzzle).GetLength();
uint32_t color = map->GetColor(x, y, z);
int health = color >> 24;
health -= weapon->GetDamage(HitTypeBlock, distance);
if(health <= 0 && !blockDestroyed){
health = 0;
blockDestroyed = true;
//send destroy cmd
if(world->GetListener() &&
world->GetLocalPlayer() == this)
world->GetListener()->LocalPlayerBlockAction
(outBlockCoord, BlockActionTool);
}
color = (color & 0xffffff) | ((uint32_t)health << 24);
if(map->IsSolid(x, y, z))
map->Set(x, y, z, true, color);
if(world->GetListener())
world->GetListener()->BulletHitBlock(mapResult.hitPos,
mapResult.hitBlock,
mapResult.normal);
}
}
}else if(hitPlayer != NULL){
void CRapiFileDialog::UpdateDialog(void)
{
m_pathname.MakeAbsolute();
m_currentpaths.clear();
m_currentsizes.clear();
m_currentdates.clear();
GetFileList()->ClearAll();
if(m_mode==REPORTMODE)
{
GetFileList()->SetWindowStyle(wxLC_REPORT|wxLC_SINGLE_SEL);
GetFileList()->InsertColumn(0,wxT("Name"),wxLIST_FORMAT_LEFT,160);
GetFileList()->InsertColumn(1,wxT("Size"));
GetFileList()->InsertColumn(2,wxT("Date"));
}
else if(m_mode==ICONMODE)
{
GetFileList()->SetWindowStyle(wxLC_ICON|wxLC_SINGLE_SEL);
}
else if(m_mode==SMALLICONMODE)
{
GetFileList()->SetWindowStyle(wxLC_SMALL_ICON|wxLC_SINGLE_SEL);
}
else if(m_mode==LISTMODE)
{
GetFileList()->SetWindowStyle(wxLC_LIST|wxLC_SINGLE_SEL);
}
// Ensure we have a file type selection
if(GetFilesOfType()->GetCount()==0)
{
AddFileType(wxT("All Files (*.*)"),wxT("*"));
}
if(GetFilesOfType()->GetSelection()==wxNOT_FOUND)
{
GetFilesOfType()->SetSelection(0);
}
// Get item names
DWORD dwFound;
LPCE_FIND_DATA pFoundDataArray=NULL;
if(!g_RAPI.CeFindAllFiles(m_pathname.GetPath(true)+wxT("*"),FAF_ATTRIBUTES|FAF_SIZE_HIGH|FAF_SIZE_LOW|FAF_NAME|FAF_LASTWRITE_TIME,&dwFound,&pFoundDataArray))
{
GetFileList()->Enable(false);
}
else
{
GetFileList()->Enable(true);
}
if(pFoundDataArray)
{
wxString strMatch=m_filetypes[GetFilesOfType()->GetSelection()];
// Fill in file list
for(DWORD dw=0;dw<dwFound;dw++)
{
if(pFoundDataArray[dw].dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY)
{
// It's a folder
wxFileName dname(m_pathname.GetPath(true)+pFoundDataArray[dw].cFileName,wxT(""));
m_currentpaths.push_back(dname.GetPath(true));
m_currentsizes.push_back(0);
m_currentdates.push_back(pFoundDataArray[dw].ftLastWriteTime);
}
else
{
// It's a file
wxFileName dname(m_pathname.GetPath(true)+pFoundDataArray[dw].cFileName);
if(dname.GetFullName().Lower().Matches(strMatch.Lower()))
{
m_currentpaths.push_back(dname.GetFullPath());
m_currentsizes.push_back(((wxUint64)pFoundDataArray[dw].nFileSizeLow)|(((wxUint64)pFoundDataArray[dw].nFileSizeHigh)<<32));
m_currentdates.push_back(pFoundDataArray[dw].ftLastWriteTime);
}
}
}
g_RAPI.CeRapiFreeBuffer(pFoundDataArray);
}
wxImageList *pilSmall=new wxImageList(16,16,true,1);
pilSmall->Add(RapiFileDialogBitmapsFunc(0),wxColour(255,0,255));
pilSmall->Add(RapiFileDialogBitmapsFunc(1),wxColour(255,0,255));
pilSmall->Add(RapiFileDialogBitmapsFunc(2),wxColour(255,0,255));
wxImageList *pilBig=new wxImageList(32,32,true,1);
pilBig->Add(RapiFileDialogBitmapsLgFunc(0),wxColour(255,0,255));
pilBig->Add(RapiFileDialogBitmapsLgFunc(1),wxColour(255,0,255));
pilBig->Add(RapiFileDialogBitmapsLgFunc(2),wxColour(255,0,255));
size_t i=0,count=m_currentpaths.size();
for(i=0;i<count;i++)
{
if(m_currentpaths[i].Last()==wxT('\\'))
{
GetFileList()->InsertItem((long)i,wxFileName(m_currentpaths[i],wxT("")).GetDirs().Last(),0);
GetFileList()->SetItemImage((long)i,0,1);
if(m_mode==REPORTMODE)
{
// GetFileList()->SetItem((long)i,1,(const TCHAR *)GetSizeString(m_currentsizes[i]));
GetFileList()->SetItem((long)i,2,(const TCHAR *)GetDateString(m_currentdates[i]));
}
}
else
{
GetFileList()->InsertItem((long)i,wxFileName(m_currentpaths[i]).GetFullName(),2);
if(m_mode==REPORTMODE)
{
GetFileList()->SetItem((long)i,1,(const TCHAR *)GetSizeString(m_currentsizes[i]));
GetFileList()->SetItem((long)i,2,(const TCHAR *)GetDateString(m_currentdates[i]));
}
}
if(m_currentpaths[i].Last()==m_pathname.GetFullPath())
{
GetFileList()->SetItemState((long)i,wxLIST_STATE_SELECTED|wxLIST_STATE_FOCUSED,wxLIST_STATE_SELECTED|wxLIST_STATE_FOCUSED);
}
GetFileList()->SetItemData((long)i,(long)i);
}
GetFileList()->AssignImageList(pilSmall,wxIMAGE_LIST_SMALL);
GetFileList()->AssignImageList(pilBig,wxIMAGE_LIST_NORMAL);
// Fill in Look-In Choice Box
GetLookIn()->Clear();
count=m_pathname.GetDirCount();
wxString dir=wxT("\\");
GetLookIn()->Append(dir);
for(i=0;i<count;i++)
{
dir=wxT("\\");
for(size_t j=0;j<=i;j++)
{
dir+=m_pathname.GetDirs()[j];
if(j!=i)
{
dir+=wxT("\\");
}
}
GetLookIn()->Append(dir);
}
GetLookIn()->SetSelection((int)count);
GetUp()->Enable(count>0);
GetBack()->Enable(m_history.size()>1);
GetOk()->Enable(m_pathname.GetFullPath().Last()!=wxT('\\'));
GetFileList()->SortItems(ListCompareFunction,(long)this);
}
AglVector3 AglMatrix::GetDown() const
{
return -GetUp();
}
void CBody::AdjustYaw(float radianAngle)
{
AdjustAxisAngle(GetUp(), radianAngle);
}
void CBody::AdjustYawVelocity(float radianAngle)
{
AdjustAxisVelocity(GetUp(), radianAngle);
}
void Pong(void)
{
int i;
int closest_index = -1;
int closest_value = 500;
int wall_bounce = 0;
unsigned int computerScore = 0;
unsigned int playerScore = 0;
unsigned int ball_speed = PONG_BALL_SPEED;
struct Solid userPaddle;
struct Solid computerPaddle;
struct Solid balls[NUM_PONGBALLS];
//By default, all pong balls are disabled.
for (i = 0; i < NUM_PONGBALLS; i++)
{
balls[i].health = 0;
}
ILI9340_setBgColor(COLOR_YELLOW);
printf_setFont_properties(2, 0, COLOR_BLUE, COLOR_YELLOW);
printf_setFont_location(10, 300);
_printf("Player %u", playerScore);
printf_setFont_location(10, 150);
_printf("Computer %u", computerScore);
build_solid(&userPaddle, 100, 290, 30, 4, COLOR_BLUE);
build_solid(&computerPaddle, 100, 30, 30, 4, COLOR_RED);
build_moving_solid(&balls[0], 100, 100, 7, 7, COLOR_GREEN, SOLID_AUTOUP | SOLID_AUTOLEFT, 0x0f, 27, 4);
build_moving_solid(&balls[1], 100, 200, 7, 7, COLOR_BLUE, SOLID_AUTODOWN | SOLID_AUTORIGHT, 0x0f, 27, 4);
build_moving_solid(&balls[2], 150, 200, 7, 7, COLOR_RED, SOLID_AUTOUP | SOLID_AUTORIGHT, 0x0f, 27, 4);
build_moving_solid(&balls[3], 200, 200, 7, 7, COLOR_CYAN, SOLID_AUTODOWN | SOLID_AUTOLEFT, 0x0f, 27, 4);
StartTimer(0, PONG_PADDLE_SPEED);
StartTimer(1, ball_speed);
StartTimer(2, CHECK_PONG_PAUSE);
for (;;)
{
if (CheckTimer(0))
{
if (GetUp())
{
solid_fastMoveUp(&userPaddle, GetJoystickYMag() + 5, 0);
}
else if (GetDown())
{
solid_fastMoveDown(&userPaddle, GetJoystickYMag() + 5, 0);
}
StartTimer(0, PONG_PADDLE_SPEED);
}
if (CheckTimer(1))
{
//By default we support multiple pong balls
for (i = 0; i < NUM_PONGBALLS; i++)
{
if (solid_checkIntersectionPongPaddle(&balls[i], &userPaddle) || solid_checkIntersectionPongPaddle(&balls[i], &computerPaddle))
{
playSound(0);
if (ball_speed > 20)
{
ball_speed--;
}
}
wall_bounce = solid_autoMove(&balls[i]);
//Hit the left of the screen
if (wall_bounce == 3)
{
display_solid(&balls[i], 1);
printf_setFont_location(10, 44);
computerScore++;
_printf("%u", computerScore);
build_moving_solid(&balls[i], userPaddle.x + 4, 280, 7, 7, balls[i].color, SOLID_AUTOUP | SOLID_AUTORIGHT, 0x0f, 27, 4);
}
else if (wall_bounce == 4)
{
display_solid(&balls[i], 1);
printf_setFont_location(10, 217);
playerScore++;
_printf("%u", playerScore);
build_moving_solid(&balls[i], computerPaddle.x + 4, 40, 7, 7, balls[i].color, SOLID_AUTOUP | SOLID_AUTOLEFT, 0x0f, 27, 4);
}
if (wall_bounce != 0)
{
playSound(0);
}
if (balls[i].health > 0 && ((balls[i].autoMove & SOLID_AUTORIGHT) || (balls[i].autoMove & SOLID_FASTRIGHT)))
{
if (balls[i].y < closest_value && balls[i].y > 22)
{
closest_index = i;
closest_value = balls[i].y;
}
}
}
if (closest_index != -1)
{
solid_aiMovePaddle(&computerPaddle, &balls[closest_index]);
}
closest_index = -1;
closest_value = 500;
StartTimer(1, ball_speed);
}
if (CheckTimer(2))
{
if (GetJoystickBtn())
{
if (Pause() == 1)
{
break;
}
}
StartTimer(2, CHECK_PONG_PAUSE);
}
}
}
PAVECTOR CBody::GetUpPAVector(void) const
{
return PAVector(GetUp());
}
void menu(void)
{
struct Solid cursor;
char selection = 0;
displayMenu(&cursor);
StartTimer(0, 200);
StartTimer(1, 200);
for (;;)
{
if (CheckTimer(0))
{
if (GetUp())
{
if (selection > 0)
{
solid_moveLocation(&cursor, cursor.x - 22, cursor.y);
selection--;
StartTimer(0, 200);
}
}
else if (GetDown())
{
if (selection < 7)
{
solid_moveLocation(&cursor, cursor.x + 22, cursor.y);
selection++;
StartTimer(0, 200);
}
}
}
if (CheckTimer(1))
{
if (GetTopLeft())
{
if (selection == 0)
{
StarBattle();
displayMenu(&cursor);
selection = 0;
}
else if (selection == 1)
{
BrickBreaker();
displayMenu(&cursor);
selection = 0;
}
else if (selection == 2)
{
Debris();
displayMenu(&cursor);
selection = 0;
}
else if (selection == 3)
{
Pong();
displayMenu(&cursor);
selection = 0;
}
else if (selection == 4)
{
Draw();
displayMenu(&cursor);
selection = 0;
}
StartTimer(1, 200);
}
}
}
}