void QASActor::update(QVariantMap json) { #ifdef DEBUG_QAS qDebug() << "updating Actor" << m_id; #endif bool ch = false; bool dummy = false; m_json = json; m_author = NULL; updateVar(json, m_url, "url", ch); updateVar(json, m_displayName, "displayName", ch); updateVar(json, m_objectType, "objectType", ch); updateVar(json, m_preferredUsername, "preferredUsername", ch); updateVar(json, m_published, "published", ch); updateVar(json, m_updated, "updated", ch); m_webFinger = m_id; if (m_webFinger.startsWith("http://") || m_webFinger.startsWith("https://")) m_webFinger = m_preferredUsername; if (m_webFinger.startsWith("acct:")) m_webFinger.remove(0, 5); // this seems to be unreliable updateVar(json, m_followed_json, "pump_io", "followed", dummy); updateVar(json, m_summary, "summary", ch); updateVar(json, m_location, "location", "displayName", ch); QString oldUrl = m_imageUrl; if (json.contains("image")) { QVariantMap im = json["image"].toMap(); if (json.contains("status_net")) updateVar(im, m_imageUrl, "url", ch); else updateUrlOrProxy(im, m_imageUrl, ch); } if (ch) emit changed(); }
/* * Function called from main block of code * Returns true (1) if sucessful, 0, if unsucessful */ int Controller() { // Robot will turn this angle in this timestep // DEFAULT = no change in current heading double angleOfTurn = 0; // INITIALIZE VALUES initialize(); // Checks for that remode control option is disabled if (rcDisabled) { return false; } // Set ERROR flag when updating values int ERROR = updateVar(); // Runs linear controller w/Control Law (calculates next step) linearAngle = linearController(); // Checks/updates computer model to see if robot is on // desired trajectory modelAngle = modelController(); //CURRENTLY SET FOR ALL SENSOR INPUT int c1 = 1; int c2 = 0; if (ERROR == true) { //STEER WITHOUT SENSORY INPUT c1 = 0; c2 = 1; } // CONTROL LAW - MODEL VS. SENSOR DATA angleOfTurn = c1 * linearAngle + c2 * modelAngle; // Send commands to steering board (set values of enums) steer(angleOfTurn); // Update robot model of location updateModel(angleOfTurn); return ERROR; }
void VariableEditorBase::onCheckStateChanged(int) { updateVar(); }
Matrix *UserSpace::loadFrom(const char *filename, ...) { ifstream sfile(filename, ios::in); string line; Matrix *curM; int state = 0; string varName; int rows(0), cols(0); vector<OM_SUPPORT_TYPE> elements; int curRows(0), curCols(0); int error = 0; while(getline(sfile, line)) { if (line.size() == 0) continue; if (state == 0) // expecting a new matrix { if (isComment(line)) { curRows = 0; curCols = 0; if(containName(line)) { varName = getName(line); state = 0; } else if (isRow(line)) { rows = getRows(line); state = 0; } else if (isCol(line)) { cols = getCols(line); state = 0; } } else { curCols = readDataLine(elements, line); curRows++; if (cols != 0 && cols != curCols) { error = 1; break; } state = 1; } } else if (state = 1) // in the middle of reading data { if (isComment(line)) // a new matrix starts { if (curRows > 0) { if (rows != 0 && rows != curRows) { error = 1; break; } // store the data int dims[2]; dims[0] = curRows; dims[1] = curCols; const OM_SUPPORT_TYPE *e = &elements[0]; Matrix *m = new Matrix(NULL, 2, dims, e); if (varName.size() != 0) updateVar(varName.c_str(), m); else assert(0); // todo } curRows = 0; curCols = 0; varName = ""; state = 0; elements.clear(); // processing the current line if(containName(line)) { varName = getName(line); state = 0; } else if (isRow(line)) { rows = getRows(line); state = 0; } else if (isCol(line)) { cols = getCols(line); state = 0; } } else { // read data curCols = readDataLine(elements, line); curRows++; if (cols != 0 && cols != curCols) throw ExeException("Error loading the file\n"); state = 1; } } } if (state = 1) { if (curRows > 0) { if (rows != 0 && rows != curRows) { error = 1; } else { // store the data int dims[2]; dims[0] = curRows; dims[1] = curCols; Matrix *m = new Matrix(NULL, 2, dims, &elements[0]); if (varName.size() != 0) updateVar(varName.c_str(), m); else assert(0); // todo } } } sfile.close(); if (error == 1) throw ExeException("Error loading the file."); }
void ValueComboVariableEditor::resetDefaultValue() { _checkBox->setChecked(false); _comboBox->setCurrentIndex(_defaultValueIndex); updateVar(); }
void ValueComboVariableEditor::onComboBoxCurrentIndexChanged(int) { updateVar(); }
void BoolComboVariableEditor::resetDefaultValue() { _checkBox->setChecked(false); _comboBox->setCurrentIndex(_defaultValue ? COMBO_INDEX_TRUE : COMBO_INDEX_FALSE); updateVar(); }
void DoubleSpinVariableEditor::onDoubleSpinBoxValueChanged(double) { updateVar(); }
void DoubleSpinVariableEditor::resetDefaultValue() { _checkBox->setChecked(false); _doubleSpinBox->setValue(_defaultValue); updateVar(); }
void LinearIsoElasticPFDamage::computeQpStress() { updateVar(); updateJacobian(); }
void LinearIsoElasticPFDamage::computeQpStress() { _stress[_qp].zero(); updateVar(); }