content: "Plan Name" = "joe"
  Description = "This is an example of a case involving a single individual. Joe is single and will retire in a few years. His wages and contributions are contained in the 'joe.xlsx' spreadsheet."
  
  ["Basic Info"]
  Status = "single"
  Names = [ "Joe",]
  "Birth year" = [ 1966,]
  "Life expectancy" = [ 89,]
  "Start date" = "01-01"
  
  [Assets]
  "taxable savings balances" = [ 338.5,]
  "tax-deferred savings balances" = [ 650.2,]
  "tax-free savings balances" = [ 60.6,]
  
  ["Wages and Contributions"]
  "Contributions file name" = "joe.xlsx"
  
  ["Fixed Income"]
  "Pension amounts" = [ 18.0,]
  "Pension ages" = [ 65,]
  "Pension indexed" = [ true,]
  "Social security amounts" = [ 28.4,]
  "Social security ages" = [ 67,]
  
  ["Rates Selection"]
  "Heirs rate on tax-deferred estate" = 30.0
  "Dividend rate" = 1.8
  "OBBBA expiration year" = 2032
  Method = "historical average"
  From = 1969
  To = 2002
  
  ["Asset Allocation"]
  "Interpolation method" = "s-curve"
  "Interpolation center" = 15
  "Interpolation width" = 5
  Type = "individual"
  generic = [ [ [ 60, 40, 0, 0,], [ 70, 30, 0, 0,],],]
  
  ["Optimization Parameters"]
  "Spending profile" = "smile"
  "Smile dip" = 15
  "Smile increase" = 12
  "Smile delay" = 0
  "Surviving spouse spending percent" = 60
  Objective = "maxSpending"
  
  ["Solver Options"]
  maxRothConversion = 50
  bequest = 300
  
  [Results]
  "Default plots" = "nominal"
  