function GetCurveValue ( curve_register, x_to_find_y  )
    --[[   
    --Curve handler 
    INPUT:
        Put curve register as first argument and X coordinate as second.
    OUTPUT:
        Get as result status if it is inside curve range of outside(false) and the Y value as second output argument
    
    EXAMPLE:
        curve_status, value = GetCurveValue( "curve_for_current_hour", current_hour )
    --]]
    table = cjson.decode( R ( curve_register ) )
    -- inRangeCurve( table, x_to_find_y )
    for _, value in ipairs( table ) do --piecewise handler inside range of the curve
        if ( value.range[1] <= x_to_find_y and x_to_find_y < value.range[2] ) then 
            -- in_range_status, index_curve_piece, y = true, index, curveLinearCalc( x_to_find_y, value.k, value.b )
            in_range_status, y = true, ( x_to_find_y * value.k + value.b )
            return in_range_status, y
        end
    end
    if  x_to_find_y < table[1].range[1] then -- behaivior for outside left-sided
        -- in_range_status, index_curve_piece, y = false, 1, curveLinearCalc( table[1].range[1], table[1].k*0, table[1].b ) --table[1].b
        in_range_status, index_curve_piece, y = false, 1, ( table[1].range[1] * table[1].k + table[1].b ) --table[1].b
        return in_range_status, y
    elseif x_to_find_y > table[#table].range[2] then -- behaivior for outside right-sided
        -- in_range_status, index_curve_piece, y = false,#table,curveLinearCalc( table[#table].range[2], table[#table].k, table[#table].b ) --table[#table].b
        in_range_status,  y = false,#table,( table[#table].range[2] * table[#table].k + table[#table].b)
        return in_range_status, y
    end

    return in_range_status, y 
end