Esempio n. 1
0
  static Optional<String> run(String[] args) {
    int argCount = args.length;

    if (argCount < 3 || argCount > 4) {
      return Optional.of(USAGE);
    }

    try {
      Logging.init();
      Logger log = Logger.getLogger(DeaggCalc.class.getName());
      Path tempLog = HazardCalc.createTempLog();
      FileHandler fh = new FileHandler(tempLog.getFileName().toString());
      fh.setFormatter(new Logging.ConsoleFormatter());
      log.getParent().addHandler(fh);

      log.info(PROGRAM + ": initializing...");
      Path modelPath = Paths.get(args[0]);
      HazardModel model = HazardModel.load(modelPath);

      CalcConfig config = model.config();
      if (argCount == 4) {
        Path userConfigPath = Paths.get(args[3]);
        config =
            CalcConfig.Builder.copyOf(model.config())
                .extend(CalcConfig.Builder.fromFile(userConfigPath))
                .build();
      }
      log.info(config.toString());

      log.info("");
      Sites sites = HazardCalc.readSites(args[1], config, log);
      log.info("Sites: " + sites);

      double returnPeriod = Double.valueOf(args[2]);

      Path out = calc(model, config, sites, returnPeriod, log);

      // transfer log and write config
      Files.move(tempLog, out.resolve(PROGRAM + ".log"));
      config.write(out);

      log.info(PROGRAM + ": finished");
      return Optional.absent();

    } catch (Exception e) {
      StringBuilder sb =
          new StringBuilder()
              .append(NEWLINE)
              .append(PROGRAM + ": error")
              .append(NEWLINE)
              .append(" Arguments: ")
              .append(Arrays.toString(args))
              .append(NEWLINE)
              .append(NEWLINE)
              .append(Throwables.getStackTraceAsString(e))
              .append(USAGE);
      return Optional.of(sb.toString());
    }
  }
Esempio n. 2
0
  /*
   * Compute hazard curves using the supplied model, config, and sites. Method
   * returns the path to the directory where results were written.
   *
   * TODO consider refactoring to supply an Optional<Double> return period to
   * HazardCalc.calc() that will trigger deaggregations if the value is present.
   */
  private static Path calc(
      HazardModel model, CalcConfig config, Sites sites, double returnPeriod, Logger log)
      throws IOException {

    ExecutorService execSvc = null;
    ThreadCount threadCount = config.performance.threadCount;
    if (threadCount != ThreadCount.ONE) {
      execSvc = newFixedThreadPool(threadCount.value());
      log.info("Threads: " + ((ThreadPoolExecutor) execSvc).getCorePoolSize());
    } else {
      log.info("Threads: Running on calling thread");
    }
    Optional<Executor> executor = Optional.<Executor>fromNullable(execSvc);

    log.info(PROGRAM + ": calculating ...");

    ResultHandler handler = ResultHandler.create(config, sites, log);

    for (Site site : sites) {
      Hazard hazard = HazardCalc.calc(model, config, site, executor);
      Deaggregation deagg = calc(hazard, returnPeriod);
      handler.add(hazard, Optional.of(deagg));
      log.fine(hazard.toString());
    }
    handler.expire();

    log.info(
        String.format(
            PROGRAM + ": %s sites completed in %s",
            handler.resultsProcessed(),
            handler.elapsedTime()));

    if (threadCount != ThreadCount.ONE) {
      execSvc.shutdown();
    }
    return handler.outputDir();
  }