Anyone have a BME680?

Hi! I have changed getInt16 () and getUint16 (xx, true), according to Doc

function DataView.getUint16 (byteOffset, littleEndian)
byteOffset - The offset in bytes to read from
littleEndian - (optional) Whether to read in little endian - if false or undefined data is read as big endian

So now, temperature, pressure and humidity show the same as my Ruuvitag.
Gas resistance is very high so I do not know if it is correct! 12,535,991.64395217411.
If I try with upython on a Wipy, the number is negative.
The next thing I want to try is on a RaspberryPi.

BME680.prototype.get_calib_data = function() {
  var coefs = new Uint8Array(C.COEFF_ADDR1_LEN+C.COEFF_ADD­R2_LEN);
  coefs.set(this.r(C.COEFF_ADDR1,C.COEFF_A­DDR1_LEN));
  coefs.set(this.r(C.COEFF_ADDR2,C.COEFF_A­DDR2_LEN),C.COEFF_ADDR1_LEN);
  var vc = new DataView(coefs.buffer);
  // everything is little endian
  this.cal={};
  /* Temperature related coefficients */
  this.cal.par_t = [,vc.getUint16(C.T1_LSB_REG, true) // PB
                    ,vc.getInt16(C.T2_LSB_REG, true)  // PB
                    ,vc.getInt8(C.T3_REG)];

  /* Pressure related coefficients */
  this.cal.par_p = [,vc.getUint16(C.P1_LSB_REG, true) // PB
                    ,vc.getInt16(C.P2_LSB_REG, true) // PB
                    ,vc.getInt8(C.P3_REG)
                    ,vc.getInt16(C.P4_LSB_REG, true) // PB
                    ,vc.getInt16(C.P5_LSB_REG, true) // PB
                    ,vc.getInt8(C.P6_REG)
                    ,vc.getInt8(C.P7_REG)
                    ,vc.getInt16(C.P8_LSB_REG, true) // PB
                    ,vc.getInt16(C.P9_LSB_REG, true) // PB
                    ,vc.getUint8(C.P10_REG)];

  /* Humidity related coefficients */
  this.cal.par_h = [,(vc.getUint8(C.H1_MSB_REG) << C.HUM_REG_SHIFT_VAL) |
                     (vc.getUint8(C.H1_LSB_REG) & C.BIT_H1_DATA_MSK)
                    ,(vc.getUint8(C.H2_MSB_REG) << C.HUM_REG_SHIFT_VAL) |
                     (vc.getUint8(C.H2_LSB_REG) >> C.HUM_REG_SHIFT_VAL)
                    ,vc.getInt8(C.H3_REG)
                    ,vc.getInt8(C.H4_REG)
                    ,vc.getInt8(C.H5_REG)
                    ,vc.getUint8(C.H6_REG)
                    ,vc.getInt8(C.H7_REG)];

  /* Gas heater related coefficients */
  this.cal.par_gh = [,vc.getInt8(C.GH1_REG)
                    ,vc.getInt16(C.GH2_LSB_REG, true) // PB
                    ,vc.getInt8(C.GH3_REG)];
  /* Other coefficients */  
  this.cal.res_heat_range = (this.r(C.ADDR_RES_HEAT_RANGE_ADDR,1)[0]­&C.RHRANGE_MSK)/16;
  this.cal.res_heat_val = this.r(C.ADDR_RES_HEAT_VAL_ADDR,1)[0];
  this.cal.range_sw_err = (this.r(C.ADDR_RANGE_SW_ERR_ADDR,1)[0]&C­.RSERROR_MSK)/16;
};