X Linear scale wrongly compute ticks

[markov00]

Describe the bug
The x scale compute uneven ticks for simple x linear charts:

To Reproduce
Use the following chart in the playground:

const data = [
      { x: 7.053400039672852, y: 1.019049570549345, dataMin: 7.053400039672852, dataMax: 14.680128231140726, percent: 10 },
      { x: 16.8664653595564, y: 1.5285743558240172, dataMin: 14.680128231140726, dataMax: 20.721481475600584, percent: 15 },
      { x: 26.67953067943995, y: 0.5095247852746725, dataMin: 20.721481475600584, dataMax: 31.134000474396174, percent: 5 },
      { x: 36.4925959993235, y: 0.12998767296647204, dataMin: 31.134000474396174, dataMax: 74.95778185805996, percent: 5 },
      { x: 74.95778185805996, y: 0.3718786139686189, dataMin: 74.95778185805996, dataMax: 88.40302934524654, percent: 5 },
      { x: 88.40302934524654, y: 0.14487824285108267, dataMin: 88.40302934524654, dataMax: 122.9147676270215, percent: 5 },
      { x: 122.9147676270215, y: 0.07890686802154025, dataMin: 122.9147676270215, dataMax: 186.28060795710638, percent: 5 },
      { x: 186.28060795710638, y: 0.4344198127360625, dataMin: 186.28060795710638, dataMax: 197.79021192408248, percent: 5 },
      { x: 197.79021192408248, y: 0.47910304703632484, dataMin: 197.79021192408248, dataMax: 208.22638015747071, percent: 5 },
      { x: 208.22638015747071, y: 0.15180409193531094, dataMin: 208.22638015747071, dataMax: 241.16356871580467, percent: 5 },
      { x: 241.16356871580467, y: 0.0778711327650822, dataMin: 241.16356871580467, dataMax: 305.3722147500643, percent: 5 },
      { x: 305.3722147500643, y: 0.05038552439310782, dataMin: 305.3722147500643, dataMax: 404.60706563679923, percent: 5 },
      { x: 404.60706563679923, y: 0.04950569918337908, dataMin: 404.60706563679923, dataMax: 505.60553818596964, percent: 5 },
      { x: 505.60553818596964, y: 0.010256529428346779, dataMin: 505.60553818596964, dataMax: 993.0998738606771, percent: 5 },
      { x: 993.0998738606771, y: 0.06490505477669992, dataMin: 993.0998738606771, dataMax: 1070.1354763603908, percent: 5 },
      { x: 1070.1354763603908, y: 0, dataMin: 993.0998738606771, dataMax: 1070.1354763603908, percent: 5 },
    ]
    return (
      <Fragment>
        <div className="chart">
          <Chart>
            <Axis
              id={getAxisId('bottom')}
              position={Position.Bottom}
              tickFormat={d => d.toFixed(0)}
              ticks={5}

            />
            <Axis
              id={getAxisId('left')}
              position={Position.Left}
              tickFormat={d => d.toFixed(1)}
              hide={true}
            />
            <AreaSeries
              id={getSpecId('aaa')}
              name={'aaa'}
              xScaleType={ScaleType.Linear}
              yScaleType={ScaleType.Linear}
              xAccessor="x"
              yAccessors={['y']}
              data={data}
              curve={CurveType.CURVE_STEP_AFTER}
            />
          </Chart>
        </div>
      </Fragment>
    );

Expected behavior
The ticks should be evenly distributed 0, 10, 15 etc

Screenshots
This is the current output

Version (please complete the following information):

• OS: all
• Browser: all
• Elastic Charts: 11.x

Additional context
Seems that for area/line chart the minInterval is computed and used in the continuous scale ticks. I think we use this only for band linear charts

if (this.minInterval > 0) {
        const intervalCount = Math.floor((this.domain[1] - this.domain[0]) / this.minInterval);
        this.tickValues = new Array(intervalCount + 1).fill(0).map((d, i) => {
          return this.domain[0] + i * this.minInterval;
        });
      } else {

Errors in browser console
n/a

Kibana Cross Issues
n/a

Checklist

• [ ] every related Kibana issue is listed under Kibana Cross Issues list
• [ ] kibana cross issue tag is associated to the issue if any kibana cross issue is present

[markov00]

🎉 This issue has been resolved in version 13.0.1 🎉

The release is available on:

• GitHub release
• npm package (@latest dist-tag)

Your semantic-release bot 📦🚀