/*
  Generate a set of samples with different damage positions (equidistant distribution)
  One transducer (top) and one sensor (bottom, x-centered, 30mm from bottom)
*/
var fs = require('fs'),
    cp = require('child_process')
    
var plate = [500,500],
    damx = [100,400],
    damy = [100,400],
    dx = 5,
    dy = 5,
    simu = '../../bin/simndt2b',
    configFile = 'simndt_alu_plate_hole_20mm_sensorshape.json'
function readJSON(file) {
  return JSON.parse(fs.readFileSync(file,'utf8'))
}    
function writeJSON(file,config) {
  return fs.writeFileSync(file,JSON.stringify(config),'utf8')
}
for(var y=damy[0];y<=damy[1];y+=dy) for(var x=damx[0];x<=damx[1];x+=dx)  {
  var config = readJSON(configFile)
  config.GeometricObjects[0].x0=x;
  config.GeometricObjects[0].y0=y;
  config.Export.Save_filepath = './datau'
  config.Export.Filename = 'sample-x'+config.GeometricObjects[0].x0+'-y'+config.GeometricObjects[0].y0;
  writeJSON('config.json',config)
  console.log(config.Export.Filename)
  cp.spawnSync(simu,['config.json'])
}