Untitled

const distanceToStop = round(
        (round(Math.abs(firstFootKeypointMean - currentFootKeypointMean) * pix2meters, 2) * 10) / this.breakPhaseMeter - 10,
        2
      ); // meter
      const runningTime = (this.breakPhaseTime - this.startTime) / 1000;
      const timeToStop = round((Date.now() - this.breakPhaseTime) / 1000 - (stopWithFinishLine ? 0 : 1), 2);
      const averageHorizontalDec = distanceToStop / timeToStop / timeToStop;
      var peakVelocity = Number.NEGATIVE_INFINITY;
      var peakVTime;
      var modifyVelocity = ReportFuncs.modifyVelocityList(this.velocityMoveNet).filter((v, i) => i % 6 === 0);
      var centerPeakTime;
      var centerDif = Number.POSITIVE_INFINITY;
      let closestValue = null;
      let minTimeDifference = Infinity;
      for (let i = 0; i < modifyVelocity.length; i++) {
        const element = modifyVelocity[i];
        const timeDifference = Math.abs(element.time - runningTime);
        if (timeDifference < minTimeDifference) {
          minTimeDifference = timeDifference;
          closestValue = element.value;
        }
        if (element.time <= runningTime && element.value > peakVelocity) {
          peakVelocity = element.value;
          peakVTime = element.time;
        }
        if (element.time > runningTime) {
          var dif = Math.abs(element.value - closestValue / 2);
          if (centerDif > dif) {
            centerDif = dif;
            centerPeakTime = element.time;
          }
        }
      }
      const peakMoment = personMass * peakVelocity;
      const horivontalBreakImpulse = peakMoment / (runningTime - peakVTime + timeToStop);
      const earlyTime = centerPeakTime - runningTime;
      const avarageEarlyDec = round(closestValue / 2 / earlyTime, 2);
      const avarageLateDec = round(closestValue / 2 / (timeToStop - earlyTime), 2);
      const decRatio = round(avarageEarlyDec / avarageLateDec, 2);
      console.log("runningTime: ", runningTime);
      console.log("peakVelocity: ", peakVelocity);
      console.log("peakMoment: ", peakMoment);
      console.log("averageHorizontalDec: ", averageHorizontalDec);
      console.log("horivontalBreakImpulse: ", horivontalBreakImpulse);
      console.log("timeToStop: ", timeToStop);
      console.log("distanceToStop: ", distanceToStop);
      console.log("avarageEarlyDec: ", avarageEarlyDec);
      console.log("avarageLateDec: ", avarageLateDec);
      console.log("Early/Late DEC Ratio: ", decRatio);

      const myProps = new AdaStatesModel({
        jumpType: this.jumpType,
        runningTime: runningTime,
        velocity: round(peakVelocity, 2),
        peakVTime: round(peakVTime, 2),
        centerBreakTime: round(centerPeakTime, 2),
        moment: round(peakMoment, 2),
        avarageHorizontalDec: round(averageHorizontalDec, 2),
        horizantalBrakingImpulse: round(horivontalBreakImpulse, 2),
        timeToStop: timeToStop,
        distanceToStop: distanceToStop,
        avarageEarlyDec: avarageEarlyDec,
        avarageLateDec: avarageLateDec,
        decRatio: decRatio,
        heights: this.heightMoveNet.filter((v, i) => i % 6 === 0),
        velecities: modifyVelocity,
        points: this.pointsMoveNet.filter((v, i) => i % 6 === 0),
        imgStanding: this.state.jumpImage1,
        imgBraking: this.state.jumpImage2,
        imgJumping: this.state.jumpImage3,
        imgSecondBraking: webcamRef.current.getScreenshot(),
      });