void CFontMaterial::DrawString( CDrawContext * pDrawContext, std::string text, float x, float y, float r, float g, float b, float a, int type ) {
float xtrans = 0.0f, ytrans = 0.0f;
float xoffset = 0.0f, yoffset = 0.0f;
pDrawContext->SetTexture( m_FontSheet.GetTexture() );
pDrawContext->SetDrawColor( r, g, b, a );
if( type & ( DRAW_TEXT_HORIZ_CENTER | DRAW_TEXT_VERT_CENTER ) ) {
Vector2< int > size = GetStringSize( text );
if( type & DRAW_TEXT_HORIZ_CENTER ) {
xoffset = ( float )-size.GetX() * .5f;
}
if( type & DRAW_TEXT_VERT_CENTER ) {
yoffset = ( float )-size.GetY() * .5f;
}
}
for( int i = 0; i < text.length(); i++ ) {
bool newline = false;
if( text[i] == '\n' )
newline = true;
if( !newline ) {
int c = text[i];
CFontCharacter fchar = m_Characters[c];
Vector2< float > size = fchar.m_Size;
Vector2< float > v1 = fchar.m_UpperLeftST;
Vector2< float > v2 = fchar.m_LowerRightST;
pDrawContext->StartDraw();
pDrawContext->SetPos( x + xoffset + xtrans + fchar.m_Left, y + yoffset + ytrans - fchar.m_Down + m_LargestBearingY );
pDrawContext->SetScale( size.GetX() , size.GetY() );
pDrawContext->SetTexCoord( v1.GetX(), v1.GetY(), v2.GetX(), v1.GetY(), v2.GetX(), v2.GetY(), v1.GetX(), v2.GetY() );
pDrawContext->EndDraw();
xtrans += fchar.m_Trans;
} else {
xtrans = 0;
ytrans += m_FontSize;
}
}
}
Rectangle::Rectangle(float height, float width, Vector2 center)
{
a.Set(center.GetX() - width / 2, center.GetY() - height / 2);
b.Set(center.GetX() + width / 2, center.GetY() - height / 2);
c.Set(center.GetX() + width / 2, center.GetY() + height / 2);
d.Set(center.GetX() - width / 2, center.GetY() + height / 2);
}
Rectangle::Rectangle(const Vector2 &min, const Vector2 &max)
{
a = min;
b = Vector2(max.GetX(), min.GetY());
c = max;
d = Vector2(min.GetX(), max.GetY());
}
Vector2 AABB::GetOverlap(AABB other, bool makeIntegral) const
{
Vector2 overlap;
const AABB *left = _x < other._x ? this : &other;
const AABB *right = left == this ? &other : this;
overlap.SetX(left->_x + left->_width - right->_x);
if (left == this) overlap.SetX(overlap.GetX() * -1);
const AABB *top = _y < other._y ? this : &other;
const AABB *bottom = top == this ? &other : this;
overlap.SetY(top->_y + top->_height - bottom->_y);
if (top == this) overlap.SetY(overlap.GetY() * -1);
if (makeIntegral)
{
float x = overlap.GetX();
float y = overlap.GetY();
x = x < 0 ? ::floorf(x) : ::ceilf(x);
y = y < 0 ? ::floorf(y) : ::ceilf(y);
overlap.SetX(x);
overlap.SetY(y);
}
return overlap;
}
bool CircleCollider::CollisionCheck(Vector2& a_vPointOne,Vector2& a_vPointTwo)
{
Vector2 newCenter(m_vCenter.GetX() - a_vPointOne.GetX() ,m_vCenter.GetY() - a_vPointOne.GetY() );
Vector2 newPointTwo(a_vPointTwo.GetX() - a_vPointOne.GetX() ,a_vPointTwo.GetY() - a_vPointOne.GetY() );
float projection = newCenter.Norm().Dot(newPointTwo.Norm());
float sinofAngle = sqrt(1 - (projection * projection));
float lhs, rhs;
lhs = m_fRadius *m_fRadius;
rhs = newCenter.SqMagnatude() * sinofAngle;
return lhs >= rhs;
}
Vector2 Grid::PosGrid(Vector2 point)
{
int x = (int)((point.GetX() / CELL_SIZE));
int y = (int)((point.GetY() / CELL_SIZE));
return Vector2(x, y);
}
bool Vector2::operator==(const Vector2& v)
{
if(x != v.GetX()) return false;
if(y != v.GetY()) return false;
return true;
}
int CFontMaterial::GetStringHeight( std::string text ) {
Vector2< int > v = GetStringSize( text );
return v.GetY();
}
Matrix3 Matrix3::Scale(const Vector2& scale)
{
Matrix3 m;
m.m_[0] = scale.GetX();
m.m_[1] = scale.GetY();
return m;
}
Matrix3 Matrix3::Translate(const Vector2& pos)
{
Matrix3 m;
m.m_[2] = pos.GetX();
m.m_[5] = pos.GetY();
return m;
}
Vector2 Matrix3::operator*(const Vector2& rhs) const
{
float vector[3] = { m_[0]*m_[1]*m_[1]*rhs.GetX(),
m_[2]*m_[3]*m_[4]*rhs.GetY(),
m_[5]*m_[6]*m_[7] };
return Vector2(vector[0] / vector[2], vector[1] / vector[2]);
}
Ivy::Math::Matrix Ivy::Math::Matrix::Scale(Vector2 scale)
{
glm::mat4 scaled = glm::scale(values, Vector3(scale.GetX(), scale.GetY(),
0.0f).GetRawData());
return Matrix(scaled[0][0], scaled[0][1], scaled[0][2], scaled[0][3],
scaled[1][0], scaled[1][1], scaled[1][2], scaled[1][3],
scaled[2][0], scaled[2][1], scaled[2][2], scaled[2][3],
scaled[3][0], scaled[3][1], scaled[3][2], scaled[3][3]);
}
void FieldCharacter::UpdateDirection(Vector2 directionVector)
{
directionVector = directionVector.Normalize();
// We'll snap the player's direction vector according to
// the nearest direction for which we have an animation.
double angleToHorizontal = acos(directionVector.GetX());
// acos() only returns values from 0 to pi,
// so to get the full circle we need to check
// whether we're in the bottom two quandrants,
// and change the angle to account for this if so.
if (directionVector.GetY() > 0)
{
angleToHorizontal = 2 * M_PI - angleToHorizontal;
}
if (angleToHorizontal <= M_PI / 8 || angleToHorizontal > M_PI * 15 / 8)
{
SetSpriteDirection(FieldCharacterDirectionSide);
SetDirection(CharacterDirectionRight);
}
else if (angleToHorizontal > M_PI / 8 && angleToHorizontal <= M_PI * 3 / 8)
{
SetSpriteDirection(FieldCharacterDirectionDiagonalUp);
SetDirection(CharacterDirectionRight);
}
else if (angleToHorizontal > 3 * M_PI / 8 && angleToHorizontal <= M_PI * 5 / 8)
{
SetSpriteDirection(FieldCharacterDirectionUp);
}
else if (angleToHorizontal > 5 * M_PI / 8 && angleToHorizontal <= M_PI * 7 / 8)
{
SetSpriteDirection(FieldCharacterDirectionDiagonalUp);
SetDirection(CharacterDirectionLeft);
}
else if (angleToHorizontal > 7 * M_PI / 8 && angleToHorizontal <= M_PI * 9 / 8)
{
SetSpriteDirection(FieldCharacterDirectionSide);
SetDirection(CharacterDirectionLeft);
}
else if (angleToHorizontal > 9 * M_PI / 8 && angleToHorizontal <= M_PI * 11 / 8)
{
SetSpriteDirection(FieldCharacterDirectionDiagonalDown);
SetDirection(CharacterDirectionLeft);
}
else if (angleToHorizontal > 11 * M_PI / 8 && angleToHorizontal <= M_PI * 13 / 8)
{
SetSpriteDirection(FieldCharacterDirectionDown);
}
else if (angleToHorizontal > 13 * M_PI / 8 && angleToHorizontal <= M_PI * 15 / 8)
{
SetSpriteDirection(FieldCharacterDirectionDiagonalDown);
SetDirection(CharacterDirectionRight);
}
}
bool Shader::SetShaderVec2Parameter(const char* name, Vector2 vec2)
{
int locID = glGetUniformLocation(m_programID, name);
if (locID >= 0)
{
glUniform2f(locID, vec2.GetX(), vec2.GetY());
}
return true;
}
void MouseHelper::MouseOverText::Draw(Vector2 cursorPosition)
{
MLIFont *pMouseOverFont = CommonCaseResources::GetInstance()->GetFontManager()->GetFontFromId("MouseOverFont");
Vector2 cursorSize = GetCursorSize();
Vector2 mouseOverTextPosition = cursorPosition + Vector2(cursorSize.GetX() / 2, cursorSize.GetY()) - Vector2(pMouseOverFont->GetWidth(text) / 2, 0);
if (mouseOverTextPosition.GetX() < MouseOverTextMarginPx)
{
mouseOverTextPosition.SetX(MouseOverTextMarginPx);
}
else if (mouseOverTextPosition.GetX() + pMouseOverFont->GetWidth(text) > gScreenWidth - MouseOverTextMarginPx)
{
mouseOverTextPosition.SetX(gScreenWidth - MouseOverTextMarginPx - pMouseOverFont->GetWidth(text));
}
if (mouseOverTextPosition.GetY() + pMouseOverFont->GetHeight(text) > gScreenHeight - TabHeight - MouseOverTextMarginPx)
{
mouseOverTextPosition.SetY(mouseOverTextPosition.GetY() - cursorSize.GetY() - pMouseOverFont->GetHeight(text));
}
if (mouseOverTextPosition.GetY() + pMouseOverFont->GetHeight(text) > gScreenHeight - TabHeight - MouseOverTextMarginPx)
{
mouseOverTextPosition.SetY(gScreenHeight - TabHeight - MouseOverTextMarginPx - pMouseOverFont->GetHeight(text));
}
// We don't want the mouse over text to continue to follow the mouse cursor in the y-direction
// after it starts fading out, so we'll set the current mouse over text position such that
// we can retrieve the last y-position prior to fading out as its permanent y-position
// until the fade-out has completed.
if (!isFadingOut)
{
fadeOutMousePosition = mouseOverTextPosition;
}
else
{
mouseOverTextPosition.SetY(fadeOutMousePosition.GetY());
}
mouseOverTextPosition += Vector2(0, currentOffset);
pMouseOverFont->Draw(text, mouseOverTextPosition, Color(currentOpacity, 1.0, 1.0, 1.0));
}
void EvidenceDescription::Draw(Vector2 position)
{
EnsureEvidenceInformation();
pBackgroundImage->Draw(position);
if (pEvidenceSprite != NULL)
{
pEvidenceSprite->Draw(Vector2(position.GetX() + 3, position.GetY() + 3));
pNameFont->Draw(evidenceName, Vector2(position.GetX() + 128 + 10, position.GetY() + 3 + 5));
int totalDescriptionHeight = (int)(evidenceDescriptionLines.size() * pDescriptionFont->GetLineHeight() + (evidenceDescriptionLines.size() - 1) * descriptionLineSeparationHeight);
int currentY = (int)(position.GetY() + (5 + pNameFont->GetLineHeight() + 130 - totalDescriptionHeight) / 2);
for (unsigned int i = 0; i < evidenceDescriptionLines.size(); i++)
{
pDescriptionFont->Draw(evidenceDescriptionLines[i], Vector2(position.GetX() + 128 + 20, currentY));
currentY += pDescriptionFont->GetLineHeight() + descriptionLineSeparationHeight;
}
}
}
bool CircleCollider::CollisionCheck(Vector2& a_vPoint)
{
float lhs = (m_fRadius * m_fRadius);
float rhsX = (a_vPoint.GetX() - m_vCenter.GetX());
float rhsY = (a_vPoint.GetY() - m_vCenter.GetY());
if(lhs > ((rhsX*rhsX)+(rhsY*rhsY)))
return true;
return false;
}
RectangleWH HitBox::GetBoundingBox() const
{
double left = numeric_limits<double>::infinity();
double top = numeric_limits<double>::infinity();
double right = -numeric_limits<double>::infinity();
double bottom = -numeric_limits<double>::infinity();
for (unsigned int i = 0; i < collidableObjectList.size(); i++)
{
vector<Vector2> *pVertices = collidableObjectList[i]->GetVertices();
for (unsigned int j = 0; j < pVertices->size(); j++)
{
Vector2 vertex = (*pVertices)[j];
if (vertex.GetX() < left)
{
left = vertex.GetX();
}
if (vertex.GetX() > right)
{
right = vertex.GetX();
}
if (vertex.GetY() < top)
{
top = vertex.GetY();
}
if (vertex.GetY() > bottom)
{
bottom = vertex.GetY();
}
}
}
return RectangleWH(left, top, right - left, bottom - top);
}
void PlayerActor::ProjectileHit(Actor *prj)
{
if (_shieldActive)
{
if (((ProjectileActor*)prj)->IsReflectable())
{
Vector2 vel = prj->GetSpeed();
vel.SetX(vel.GetX() * -1);
vel.SetY(vel.GetY() * -1);
prj->SetSpeed(vel);
}
}
else
{
SetHealth(0);
}
}
void Sprite::Draw(Vector2 position, Color color, double scale, bool flipHorizontally)
{
if (GetSpriteSheetImage() == NULL)
{
return;
}
Vector2 pixelSnappedPosition = Vector2((int)position.GetX(), (int)position.GetY());
GetSpriteSheetImage()->Draw(
pixelSnappedPosition,
spriteClipRect,
flipHorizontally,
false /* flipVertically */,
scale,
color);
}
void Sprite::DrawClipped(Vector2 position, RectangleWH clipRect, bool flipHorizontally, Color color)
{
if (GetSpriteSheetImage() == NULL)
{
return;
}
// Adjust the clip rect to account for the fact that we've eliminated blank space
// that was around the source image.
if (spriteDrawOffset.GetX() > 0 || spriteDrawOffset.GetY() > 0)
{
Vector2 oldClipRectPosition(clipRect.GetX(), clipRect.GetY());
clipRect.SetX(clipRect.GetX() - spriteDrawOffset.GetX());
clipRect.SetY(clipRect.GetY() - spriteDrawOffset.GetY());
position += Vector2(clipRect.GetX(), clipRect.GetY()) - oldClipRectPosition;
if (clipRect.GetX() + clipRect.GetWidth() > GetWidth())
{
clipRect.SetWidth(GetWidth() - clipRect.GetX());
}
if (clipRect.GetY() + clipRect.GetHeight() > GetHeight())
{
clipRect.SetHeight(GetHeight() - clipRect.GetY());
}
}
Vector2 pixelSnappedPosition =
Vector2(
(int)(position.GetX() + (originalSize.GetX() > 0 && flipHorizontally ? originalSize.GetX() - GetWidth() - spriteDrawOffset.GetX() : spriteDrawOffset.GetX())),
(int)(position.GetY() + spriteDrawOffset.GetY()));
GetSpriteSheetImage()->Draw(
pixelSnappedPosition,
RectangleWH(
spriteClipRect.GetX() + clipRect.GetX(),
spriteClipRect.GetY() + clipRect.GetY(),
clipRect.GetWidth(),
clipRect.GetHeight()),
flipHorizontally,
false /* flipVertically */,
1.0,
color);
}
void Sprite::Draw(Vector2 position, Color color, double scale, bool flipHorizontally)
{
if (GetSpriteSheetImage() == NULL)
{
return;
}
Vector2 pixelSnappedPosition =
Vector2(
(int)(position.GetX() + (originalSize.GetX() > 0 && flipHorizontally ? originalSize.GetX() - GetWidth() - spriteDrawOffset.GetX() : spriteDrawOffset.GetX())),
(int)(position.GetY() + spriteDrawOffset.GetY()));
GetSpriteSheetImage()->Draw(
pixelSnappedPosition,
spriteClipRect,
flipHorizontally,
false /* flipVertically */,
scale,
color);
}
void Sprite::DrawClipped(Vector2 position, RectangleWH clipRect, bool flipHorizontally, Color color)
{
if (GetSpriteSheetImage() == NULL)
{
return;
}
Vector2 pixelSnappedPosition = Vector2((int)position.GetX(), (int)position.GetY());
GetSpriteSheetImage()->Draw(
pixelSnappedPosition,
RectangleWH(
spriteClipRect.GetX() + clipRect.GetX(),
spriteClipRect.GetY() + clipRect.GetY(),
clipRect.GetWidth(),
clipRect.GetHeight()),
flipHorizontally,
false /* flipVertically */,
1.0,
color);
}
void Button::Draw(double xOffset, double yOffset)
{
Color textColor;
if (GetIsDisabled())
{
textColor = DisabledTextColor;
}
else if (isMouseDown)
{
textColor = MouseDownTextColor;
}
else if (isMouseOver)
{
textColor = MouseOverTextColor;
}
else
{
textColor = NormalTextColor;
}
Vector2 textPosition = Vector2(
GetXPosition() + animationOffset + xOffset,
GetYPosition() + yOffset);
pTextFont->Draw(GetText(), textPosition, textColor);
if (pCustomIconSprite != NULL)
{
Vector2 spritePosition =
Vector2(
textPosition.GetX() - pCustomIconSprite->GetWidth() - 4,
textPosition.GetY() - 4 + (36 - pCustomIconSprite->GetHeight()) / 2);
pCustomIconSprite->Draw(spritePosition);
}
else if (GetLockCount() > 0 || GetUnlockedLockCount() > 0)
{
int lockPositionOffset = 0;
for (int i = 0; i < GetLockCount(); i++)
{
lockPositionOffset += pLockSprite->GetWidth() + 2;
Vector2 lockPosition =
Vector2(
textPosition.GetX() - lockPositionOffset,
textPosition.GetY() - 9);
pLockSprite->Draw(lockPosition);
}
for (int i = 0; i < GetUnlockedLockCount(); i++)
{
lockPositionOffset += pUnlockingAnimation->GetSize().GetX() + 2;
Vector2 lockPosition =
Vector2(
textPosition.GetX() - lockPositionOffset,
textPosition.GetY() - 9);
pUnlockingAnimation->Draw(lockPosition);
}
}
else if (GetShowCheckMark())
{
Vector2 checkMarkPosition =
Vector2(
textPosition.GetX() - pCheckMarkImage->width,
textPosition.GetY() - 4);
pCheckMarkImage->Draw(checkMarkPosition);
}
}
Vector2 Vector2::operator+(const Vector2 &rhs)
{
Vector2 result;
result.SetValues(_x + rhs.GetX(), _y + rhs.GetY());
return result;
}
void CgEffect::SetVector(const char* name, Vector2& v)
{
cgSetParameter2f(this->retrieveParameter(name), v.GetX(), v.GetY());
}
void PromptOverlay::Draw()
{
pDarkeningImage->Draw(Vector2(0, 0), Color(fadeOpacity * 0.75, 1, 1, 1));
if (allowsTextEntry)
{
Vector2 textEnteredPosition = Vector2((gScreenWidth - pTextEntryFont->GetWidth(textEntered)) / 2, (gScreenHeight - pTextEntryFont->GetLineHeight()) / 2 + yOffset);
pTextEntryFont->Draw(textEntered, textEnteredPosition, Color(fadeOpacity, 1, 1, 1));
if (TextInputHelper::GetIsCaretShowing())
{
SDL_Rect rect = { (int)(textEnteredPosition.GetX() + pTextEntryFont->GetWidth(textEntered.substr(0, TextInputHelper::GetCaretPosition()))), (int)textEnteredPosition.GetY(), 2, (int)pTextEntryFont->GetLineHeight() };
SDL_SetRenderDrawColor(gpRenderer, 255, 255, 255, (Uint8)(fadeOpacity * 255));
SDL_SetRenderDrawBlendMode(gpRenderer, SDL_BLENDMODE_BLEND);
SDL_RenderFillRect(gpRenderer, &rect);
}
}
int textLineTop = gScreenHeight / 2 - pTextFont->GetLineHeight() * (1 + headerTextLines.size()) - (allowsTextEntry ? 2 * pTextEntryFont->GetLineHeight() / 3 : 0) + yOffset;
for (unsigned int i = 0; i < headerTextLines.size(); i++)
{
pTextFont->Draw(headerTextLines[i], Vector2((gScreenWidth - pTextFont->GetWidth(headerTextLines[i])) / 2, textLineTop + pTextFont->GetLineHeight() * i), Color(fadeOpacity, 1, 1, 1));
}
for (unsigned int i = 0; i < buttonList.size(); i++)
{
buttonList[i]->Draw(fadeOpacity);
}
}
void PlayerActor::Update(double elapsedSecs)
{
bool wasDigging = _digDir != Edge::NONE;
// Updates the mindcontrol hat if the button is being pressed because stoping time messes up other stuff for hat switching.
UpdateHatSprite();
UpdateInput(elapsedSecs);
if (_isDestroyed || !_isActive || _stoppedTime) return;
Actor::Update(elapsedSecs);
UpdateShieldStatus(elapsedSecs);
// Slow gravity if we're gliding
if (_gliding && _jumpVelocity > 0)
{
_jumpVelocity += -5.9 * 64 * elapsedSecs;
}
if (_wasOnGround)
{
_jumpBoosted = false;
}
_jumpVelocity -= -9.8 * 64 * elapsedSecs;
_jumpVelocity = Math::Clamp(_jumpVelocity, -_maxJumpVel, _maxJumpVel);
// Check whether we're finished digging and update sprites accordingly
if (wasDigging && _digDir == Edge::NONE)
{
_sprites[_currentSpriteSheet]->Stop();
_currentSpriteSheet = _curKinematic.velocity.GetX() > 1 ? "walk" : "idle";
SetActorYDirection(SpriteSheet::YAxisDirection::UP);
_sprites[_currentSpriteSheet]->Start();
}
UpdatePosition(elapsedSecs);
_aabb.UpdatePosition(*this);
_wasOnDoor = false;
for (auto actor : _gameScreen->GetLevel()->GetActors())
{
if (!actor->IsActive() || actor.get() == (Actor*)this) continue;
if (CollisionCheck(*actor))
{
Type type = actor->GetType();
switch (type)
{
case Type::enemy:
case Type::bombenemy:
SetHealth(0);
break;
case Type::door:
shared_ptr<DoorActor> door = dynamic_pointer_cast<DoorActor>(actor);
if (!door->IsOpen())
{
Edge edge = door->GetEdge();
bool affectsY = edge == Edge::BOTTOM || edge == Edge::TOP;
Vector2 overlap = _aabb.GetOverlap(actor->GetAABB(), true);
// Push our hero out of the door
if (affectsY)
{
int extraOff = door->GetPosition().GetY() > _curKinematic.position.GetY() ? -1 : 1;
_curKinematic.position.SetY(_curKinematic.position.GetY() + overlap.GetY());
_prevKinematic.position.SetY(_curKinematic.position.GetY()); // Tile collision will screw up otherwise...
if (extraOff == -1) _wasOnDoor = true;
}
else
{
int extraOff = door->GetPosition().GetX() > _curKinematic.position.GetX() ? -1 : 1;
_curKinematic.position.SetX(_curKinematic.position.GetX() + overlap.GetX());
_prevKinematic.position.SetX(_curKinematic.position.GetX()); // Tile collision will screw up otherwise...
}
}
break;
}
}
}
DetectTileCollisions(_collisionInfo, _gameScreen->GetLevel());
DigDiggableTiles();
UpdateCollisions(elapsedSecs);
_prevKinematic = _curKinematic;
_collisionInfo.colIntersect.clear();
_collisionInfo.rowIntersect.clear();
}
void Dialog::Draw(double xOffset, double yOffset)
{
#ifdef ENABLE_DEBUG_MODE
if (gEnableDebugMode && filePath.length() > 0)
{
MLIFont *pFont = CommonCaseResources::GetInstance()->GetFontManager()->GetFontFromId("MouseOverFont");
pFont->Draw(GetFileNameFromFilePath(ConvertSeparatorsInPath(filePath + ".ogg")), Vector2(xOffset, yOffset + gScreenHeight - Dialog::Height - TabHeight + 3 - pFont->GetLineHeight()));
}
#endif
if (isInterrogation)
{
if (!pEvidenceSelector->GetIsShowing() && !evidencePresented && !pState->WasInterjectionOngoing())
{
if (!isPassive)
{
pPressForInfoTab->Draw(xOffset, yOffset);
pPresentEvidenceTab->Draw(xOffset, yOffset);
if (Case::GetInstance()->GetPartnerManager()->GetCurrentPartnerId().length() > 0 && pCurrentPartner->GetConversationAbilityName().length() > 0)
{
pUsePartnerTab->Draw(0, yOffset);
}
}
if (!isConfrontation || Confrontation::GetEnabledConfrontationTopicCount() > 1)
{
pEndInterrogationTab->Draw(xOffset, yOffset);
}
}
}
else if (pEvidenceSelector->GetIsShowing())
{
pEvidenceSelector->Draw(yOffset);
}
if (GetIsStarted())
{
Vector2 lineScreenPosition = Vector2(textAreaRect.GetX() + desiredPadding, textAreaRect.GetY() + desiredPadding);
int curTextPosition = 0;
TextColor curTextColor = TextColorNormal;
deque<string> lines = split(GetString(), '\n');
list<Interval>::iterator textIntervalEnumerator = textIntervalList.begin();
Interval *pCurrentTextInterval = NULL;
if (textIntervalEnumerator != textIntervalList.end())
{
pCurrentTextInterval = &(*textIntervalEnumerator);
curTextColor = pCurrentTextInterval->Color;
++textIntervalEnumerator;
}
for (unsigned int i = 0; i < lines.size(); i++)
{
string line = lines[i];
int curLineTextPosition = 0;
Vector2 curScreenPosition = Vector2(lineScreenPosition.GetX(), lineScreenPosition.GetY());
string lineRemainder = line;
while (pCurrentTextInterval != NULL && pCurrentTextInterval->EndIndex - curTextPosition - curLineTextPosition <= (int)lineRemainder.length())
{
string linePortionToDraw = lineRemainder.substr(0, pCurrentTextInterval->EndIndex - curTextPosition - curLineTextPosition);
lineRemainder = lineRemainder.substr(pCurrentTextInterval->EndIndex - curTextPosition - curLineTextPosition);
pDialogFont->Draw(linePortionToDraw, Vector2(curScreenPosition.GetX() + xOffset, curScreenPosition.GetY() + yOffset), GetColorFromTextColor(curTextColor));
curScreenPosition.SetX(curScreenPosition.GetX() + pDialogFont->GetWidth(linePortionToDraw));
curLineTextPosition += linePortionToDraw.length();
if (textIntervalEnumerator != textIntervalList.end())
{
pCurrentTextInterval = &(*textIntervalEnumerator);
curTextColor = pCurrentTextInterval->Color;
++textIntervalEnumerator;
}
else
{
curTextColor = TextColorNormal;
pCurrentTextInterval = NULL;
}
}
pDialogFont->Draw(lineRemainder, Vector2(curScreenPosition.GetX() + xOffset, curScreenPosition.GetY() + yOffset), GetColorFromTextColor(curTextColor));
lineScreenPosition.SetY(lineScreenPosition.GetY() + pDialogFont->GetLineHeight());
// Add one for the carriage return character.
curTextPosition += line.length() + 1;
}
}
if (GetIsReadyToProgress() && !evidencePresented)
{
if (isInterrogation)
{
if (!pEvidenceSelector->GetIsShowing())
{
pInterrogationUpArrow->Draw(xOffset, yOffset);
pInterrogationDownArrow->Draw(xOffset, yOffset);
}
}
else if (!pEvidenceSelector->GetIsShowing() && !GetIsAutomatic() && !isStatic)
{
pConversationDownArrow->Draw(xOffset, yOffset);
}
}
}
Vector2 operator*(const Matrix2& lhs, const Vector2& rhs)
{
return Vector2(lhs[0] * rhs.GetX() + lhs[2] * rhs.GetY(), lhs[1] * rhs.GetX() + lhs[3] * rhs.GetY());
}