Unemployed::Unemployed( Camera& camera, PlayerCityPtr city) : Info( camera, city, 15 ) { _visibleWalkers() << walker::recruter; _initialize(); }
bool MgCmdDrawDiamond::initialize(const MgMotion* sender, MgStorage*) { return _initialize(MgShapeT<MgDiamond>::create, sender); }
Lexeme::Lexeme(const QString &name) { _initialize(name, false); }
PhatScene::PhatScene() { _initialize(); }
bool MgCmdDrawTriangle::initialize(const MgMotion* sender) { return _initialize(MgShapeT<MgLines>::create, sender); }
/** * @alsymbols * @alutfunref{Init} * @alutfunref{InitWithoutContext} */ ALUtilityToolkit(bool with_context, int argc, char** argv) : _initialized(_initialize(with_context, argc, argv)) { }
Crime::Crime( Camera& camera, PlayerCityPtr city) : Info( camera, city, 18 ) { _addWalkerType( walker::prefect ); _initialize(); }
/** * Parses data from client. (Overloading from superclass) */ void ClientSonyDeckControlUDP::_parselineDispatch() { if (_serialOutput > 2) { Serial.print(F("INCOMING DATA: \n")); for (uint8_t i = 0; i < _bufferWriteIndex; i++) { if (_binarybuffer[i] < 16) { Serial.print(0); } Serial.print(_binarybuffer[i], HEX); Serial.print(':'); if (i == 20) { Serial.print(' '); } } Serial.print(F(" Length=")); Serial.println(_bufferWriteIndex); } unsigned int cmd = ((unsigned int)_binarybuffer[0] << 8) + (unsigned int)_binarybuffer[1]; switch (cmd) { case 0x7920: // Both flags are set in one go: _hasInitialized = true; _initialize(); if (_binarybufferCheckSum != _lastStatusCheckSum) { // Only update if new information (we use the checksum to determine that, since it depends entirely on the data transmitted) _lastStatusCheckSum = _binarybufferCheckSum; if (_serialOutput > 1) Serial.println(F("*** Updating states:")); // Playing: if (_isPlaying != ((_binarybuffer[3] & B00000001) > 0)) { _isPlaying = ((_binarybuffer[3] & B00000001) > 0); if (_serialOutput > 1) Serial.print(F("isPlaying: ")); if (_serialOutput > 1) Serial.println(isPlaying()); } // Recording if (_isRecording != ((_binarybuffer[3] & B00000010) > 0)) { _isRecording = ((_binarybuffer[3] & B00000010) > 0); if (_serialOutput > 1) Serial.print(F("isRecording: ")); if (_serialOutput > 1) Serial.println(isRecording()); } // Forwarding x2 or more: if (_isForwarding != ((_binarybuffer[3] & B00000100) > 0)) { _isForwarding = ((_binarybuffer[3] & B00000100) > 0); if (_serialOutput > 1) Serial.print(F("isForwarding: ")); if (_serialOutput > 1) Serial.println(isForwarding()); } // Rewinding x1 or more: if (_isRewinding != ((_binarybuffer[3] & B00001000) > 0)) { _isRewinding = ((_binarybuffer[3] & B00001000) > 0); if (_serialOutput > 1) Serial.print(F("isRewinding: ")); if (_serialOutput > 1) Serial.println(isRewinding()); } // Stopped: if (_isStopped != ((_binarybuffer[3] & B00100000) > 0)) { _isStopped = ((_binarybuffer[3] & B00100000) > 0); if (_serialOutput > 1) Serial.print(F("isStopped: ")); if (_serialOutput > 1) Serial.println(isStopped()); } // Cassette Out: if (_isCassetteOut != ((_binarybuffer[2] & B00100000) > 0)) { _isCassetteOut = ((_binarybuffer[2] & B00100000) > 0); if (_serialOutput > 1) Serial.print(F("isCassetteOut: ")); if (_serialOutput > 1) Serial.println(isCassetteOut()); } // Local mode (If REM is not enabled): if (_isInLocalModeOnly != ((_binarybuffer[2] & B00000001) > 0)) { _isInLocalModeOnly = ((_binarybuffer[2] & B00000001) > 0); if (_serialOutput > 1) Serial.print(F("isInLocalModeOnly: ")); if (_serialOutput > 1) Serial.println(isInLocalModeOnly()); } // Stand By: if (_isStandby != ((_binarybuffer[3] & B10000000) > 0)) { _isStandby = ((_binarybuffer[3] & B10000000) > 0); if (_serialOutput > 1) Serial.print(F("isStandby: ")); if (_serialOutput > 1) Serial.println(isStandby()); } // Jog Mode: if (_isInJogMode != ((_binarybuffer[4] & B00010000) > 0)) { _isInJogMode = ((_binarybuffer[4] & B00010000) > 0); if (_serialOutput > 1) Serial.print(F("isInJogMode: ")); if (_serialOutput > 1) Serial.println(isInJogMode()); } // Direction Backwards: if (_isDirectionBackwards != ((_binarybuffer[4] & B00000100) > 0)) { _isDirectionBackwards = ((_binarybuffer[4] & B00000100) > 0); if (_serialOutput > 1) Serial.print(F("isDirectionBackwards: ")); if (_serialOutput > 1) Serial.println(isDirectionBackwards()); } // Still: if (_isStill != ((_binarybuffer[4] & B00000010) > 0)) { _isStill = ((_binarybuffer[4] & B00000010) > 0); if (_serialOutput > 1) Serial.print(F("isStill: ")); if (_serialOutput > 1) Serial.println(isStill()); } // Near EOT: if (_isNearEOT != ((_binarybuffer[10] & B00100000) > 0)) { _isNearEOT = ((_binarybuffer[10] & B00100000) > 0); if (_serialOutput > 1) Serial.print(F("isNearEOT: ")); if (_serialOutput > 1) Serial.println(isNearEOT()); } // EOT: if (_isEOT != ((_binarybuffer[10] & B00010000) > 0)) { _isEOT = ((_binarybuffer[10] & B00010000) > 0); if (_serialOutput > 1) Serial.print(F("isEOT: ")); if (_serialOutput > 1) Serial.println(isEOT()); } } break; case 0x1001: if (_serialOutput > 1) Serial.println(F("ACK")); break; case 0x1112: if (_serialOutput > 1) Serial.println(F("NACK")); if (_serialOutput > 1) Serial.println(_binarybuffer[2]); break; default: if (_serialOutput) { if (_serialOutput > 1) Serial.println(F("Unsupported Data Packet:")); for (uint8_t i = 0; i < _binarybufferExpectedLength; i++) { Serial.println(_binarybuffer[i], HEX); } if (_serialOutput > 1) Serial.println(F("===")); } break; } }
Aborigens::Aborigens( Camera& camera, PlayerCityPtr city) : Info( camera, city, 15 ) { _visibleWalkers() << walker::indigene << walker::missioner; _initialize(); }
static int INITIALIZE_GPIB(GtkWidget *initBUTTON, GTKwrapper* state) { gpibHANDLE = _initialize(gpibADDR); setDefaults(gpibHANDLE); }
PhatPlane::PhatPlane(vec2f size) { _initialize(size); }
PhatPlane::PhatPlane() { _initialize(vec2f(100.0f, 100.0f)); }
/** * @alsymbols * @alutfunref{Init} * @alutfunref{InitWithoutContext} */ ALUtilityToolkit(bool with_context) : _initialized(_initialize(with_context)) { }
File::File(Dat::Entry* datFileEntry) : Dat::Item(datFileEntry) { _initialize(); }
void CSoundRender_TargetA::_restart() { _destroy(); _initialize(); }
File::File(std::ifstream * stream) : Dat::Item(stream) { _initialize(); }
CardItem::CardItem(const Card *card) { _initialize(); setCard(card); setAcceptHoverEvents(true); }
void CWorld::Create(int width, int height, int textureID, float heightMap, int MPU, bool indoor, const string& bitmap) { m_width = width; m_height = height; m_MPU = MPU; m_inDoor = indoor; m_cameraPos = D3DXVECTOR3(MPU * -14, heightMap + MPU * 25, MPU * -14); m_cameraAngle.x = 45.0f; m_cameraAngle.y = -30.0f; _initialize(); int x, i, y, x2, y2; CLandscape* land; for (y = 0; y < m_height; y++) { for (x = 0; x < m_width; x++) { land = m_lands[y * m_width + x] = new CLandscape(m_device, this, x * MAP_SIZE, y * MAP_SIZE); land->GetLayer(textureID); } } QImage image; if (!bitmap.isEmpty() && image.load(bitmap)) { QTransform rot; rot.rotate(90); image = image.transformed(rot); for (y = 0; y < m_height; y++) { for (x = 0; x < m_width; x++) { land = m_lands[y * m_width + x]; for (x2 = 0; x2 < (MAP_SIZE + 1); x2++) { for (y2 = 0; y2 < (MAP_SIZE + 1); y2++) { land->m_heightMap[x2 *(MAP_SIZE + 1) + y2] = QColor(image.pixel( (int)(((float)(x2 + y * MAP_SIZE) / (float)(m_height * MAP_SIZE)) * (float)image.width()), (int)(((float)(y2 + x * MAP_SIZE) / (float)(m_width * MAP_SIZE)) * (float)image.height()) )).redF() * heightMap; } } } } } else { for (y = 0; y < m_height; y++) { for (x = 0; x < m_width; x++) { land = m_lands[y * m_width + x]; for (i = 0; i < (MAP_SIZE + 1) * (MAP_SIZE + 1); i++) land->m_heightMap[i] = heightMap; } } } }
Lexeme::Lexeme(const QString &lexeme, bool is_boundary) { _initialize(lexeme, is_boundary); }
bool MgCmdParallelogram::initialize(const MgMotion* sender) { return _initialize(MgShapeT<MgParallelogram>::create, sender); }
static bool _initialize(bool with_context) { char buf[2] = {'\0'}; char* arg = buf; return _initialize(with_context, 1, &arg); }