Relative Reference Index Calculation about klippain HOT 2 CLOSED

    {% set mesh_vals = namespace(index=-1, reference=0) %}
    {% set mesh_temp_vals = namespace(x=9999, y=9999) %}

    {% for y in range(1,meshPointY+1) %}
        {% for x in range(1,meshPointX+1) %}

            {% set mesh_vals.index = mesh_vals.index+1  %} #Setting Index

            {% if (y % 2 == 0) %}                          #Calc X Value
              {% set calcX = area_max_x-(steps_x*(x-1))  %} 
            {% else %}
              {% set calcX = area_min_x+(steps_x*(x-1))  %}        
            {% endif %}

            {% set calcY = area_min_y+(steps_y*(y-1))  %} #Calc Y Value
            
            {% set diffX = (midX-calcX)*(1 if midX-calcX >= 0 else -1) %} #Calculate Differences
            {% set diffY = (midY-calcY)*(1 if midY-calcY >= 0 else -1) %}

            {% if (diffX <= mesh_temp_vals.x) and  (diffY <= mesh_temp_vals.y) %} #Setting Reference Value and Temp Data
                {% set mesh_temp_vals.x = diffX %}
                {% set mesh_temp_vals.y = diffY %}
                {% set mesh_vals.reference = mesh_vals.index %}
                #{action_respond_info("Ref Set!")} 
            {% endif %}

            #{action_respond_info("Diff: ------ X: %i | Y: %i" | format(diffX,diffY))} 
            #{action_respond_info("Index: %i --> X: %i | Y: %i" | format(mesh_vals.index, calcX, calcY))} 
        {% endfor %}
    {% endfor %}
    
    #{action_respond_info("Ref:     %i" | format(mesh_vals.reference))} 
    #{action_respond_info("Points:  %i" | format(meshPointY*meshPointX))} 
   ### Probe ###
   BED_MESH_CALIBRATE_BASE mesh_min={area_min_x},{area_min_y} mesh_max={area_max_x},{area_max_y} probe_count={meshPointX},{meshPointY} relative_reference_index={mesh_vals.reference}`