{"promptText":"Create a clear SVG visualization for \"Untitled Draw\". Use the linked Calc tokens below rather than hard-coded values.\n\ncreate a line chart to show Age vs. Ending Balance from \"{calc.Projections}\" and show horizontal FIRE target lines \n\nSingle-value inputs:\n- None\n\nSingle-value outputs:\n- None\n\nRange inputs (use for datasets/plots):\n- `{calc.Financial Inputs}` (B4:B11)\n\nRange outputs (use for datasets/plots):\n- `{calc.Milestone & Targets}` (F4:F10)\n- `{calc.Projections}` (I4:O49)\n- `{calc.Savings & Return}` (B12:B14)\nUI table reference: `Financial Inputs` from \"FIRE Toolkit\" uses `B4:B11` (8 rows x 1 columns).\nRow indices: Current Age, Target Retirement Age, Annual Take-Home Income, Annual Living Expenses, Current Investable Net Worth, Expected Nominal Return, Expected Inflation Rate, Safe Withdrawal Rate (SWR).\nColumn indices: Inputs.\n\nPreserve Calc token formatting in displayed labels. Use ranges only where the visualization needs ordered table data.","svgTemplate":"","jsonConfig":{"financialInputs":"{calc.Financial Inputs}","milestones":"{calc.Milestone & Targets}","projections":"{calc.Projections}","savingsReturn":"{calc.Savings & Return}","curAge":"=Number((Array.isArray(calc['Financial Inputs']) ? (Array.isArray(calc['Financial Inputs'][0]) ? calc['Financial Inputs'][0][0] : (calc['Financial Inputs'][0]?.Inputs ?? calc['Financial Inputs'][0])) : calc['Financial Inputs']) ?? 30)","targetRetireAge":"=Number((Array.isArray(calc['Financial Inputs']) ? (Array.isArray(calc['Financial Inputs'][1]) ? calc['Financial Inputs'][1][0] : (calc['Financial Inputs'][1]?.Inputs ?? calc['Financial Inputs'][1])) : 50) ?? 50)","annualIncome":"=Number((Array.isArray(calc['Financial Inputs']) ? (Array.isArray(calc['Financial Inputs'][2]) ? calc['Financial Inputs'][2][0] : (calc['Financial Inputs'][2]?.Inputs ?? calc['Financial Inputs'][2])) : 120000) ?? 120000)","annualExpenses":"=Number((Array.isArray(calc['Financial Inputs']) ? (Array.isArray(calc['Financial Inputs'][3]) ? calc['Financial Inputs'][3][0] : (calc['Financial Inputs'][3]?.Inputs ?? calc['Financial Inputs'][3])) : 50000) ?? 50000)","currentNW":"=Number((Array.isArray(calc['Financial Inputs']) ? (Array.isArray(calc['Financial Inputs'][4]) ? calc['Financial Inputs'][4][0] : (calc['Financial Inputs'][4]?.Inputs ?? calc['Financial Inputs'][4])) : 100000) ?? 100000)","expectedReturn":"=Number((Array.isArray(calc['Financial Inputs']) ? (Array.isArray(calc['Financial Inputs'][5]) ? calc['Financial Inputs'][5][0] : (calc['Financial Inputs'][5]?.Inputs ?? calc['Financial Inputs'][5])) : 0.08) ?? 0.08)","inflationRate":"=Number((Array.isArray(calc['Financial Inputs']) ? (Array.isArray(calc['Financial Inputs'][6]) ? calc['Financial Inputs'][6][0] : (calc['Financial Inputs'][6]?.Inputs ?? calc['Financial Inputs'][6])) : 0.025) ?? 0.025)","swr":"=Number((Array.isArray(calc['Financial Inputs']) ? (Array.isArray(calc['Financial Inputs'][7]) ? calc['Financial Inputs'][7][0] : (calc['Financial Inputs'][7]?.Inputs ?? calc['Financial Inputs'][7])) : 0.04) ?? 0.04)","fireTarget":"=Math.round(json.annualExpenses / Math.max(json.swr, 0.01))","leanFireTarget":"=Math.round(json.fireTarget * 0.6)","fatFireTarget":"=Math.round(json.fireTarget * 2.0)","plotLeft":80,"plotRight":670,"plotTop":90,"plotBottom":510,"plotWidth":590,"plotHeight":420,"minAge":"=Math.max(18, json.curAge)","maxAge":"=Math.max(65, json.minAge + 35, json.targetRetireAge + 10)","maxBalanceVal":"=Math.max(json.fatFireTarget * 1.25, json.currentNW * 10, 3000000)","scaleX":"=json.plotWidth / (json.maxAge - json.minAge)","scaleY":"=json.plotHeight / json.maxBalanceVal","fatY":"=Math.max(json.plotTop, Math.min(json.plotBottom, json.plotBottom - (json.fatFireTarget * json.scaleY)))","targetY":"=Math.max(json.plotTop, Math.min(json.plotBottom, json.plotBottom - (json.fireTarget * json.scaleY)))","leanY":"=Math.max(json.plotTop, Math.min(json.plotBottom, json.plotBottom - (json.leanFireTarget * json.scaleY)))","retireX":"=Math.max(json.plotLeft, Math.min(json.plotRight, json.plotLeft + ((json.targetRetireAge - json.minAge) * json.scaleX)))","ptsCount":12,"annualSavings":"=Math.max(0, json.annualIncome - json.annualExpenses)","rRate":"=Math.max(0.01, (json.expectedReturn > 1 ? json.expectedReturn / 100 : json.expectedReturn))","b0":"=json.currentNW","b1":"=json.b0 * (1 + json.rRate) + json.annualSavings","b2":"=json.b1 * (1 + json.rRate) + json.annualSavings","b3":"=json.b2 * (1 + json.rRate) + json.annualSavings","b4":"=json.b3 * (1 + json.rRate) + json.annualSavings","b5":"=json.b4 * (1 + json.rRate) + json.annualSavings","b6":"=json.b5 * (1 + json.rRate) + json.annualSavings","b7":"=json.b6 * (1 + json.rRate) + json.annualSavings","b8":"=json.b7 * (1 + json.rRate) + json.annualSavings","b9":"=json.b8 * (1 + json.rRate) + json.annualSavings","b10":"=json.b9 * (1 + json.rRate) + json.annualSavings","px0":"=json.plotLeft","py0":"=json.plotBottom - (json.b0 * json.scaleY)","px1":"=json.plotLeft + ((json.maxAge - json.minAge) * 0.1 * json.scaleX)","py1":"=json.plotBottom - (json.b1 * json.scaleY)","px2":"=json.plotLeft + ((json.maxAge - json.minAge) * 0.2 * json.scaleX)","py2":"=json.plotBottom - (json.b2 * json.scaleY)","px3":"=json.plotLeft + ((json.maxAge - json.minAge) * 0.3 * json.scaleX)","py3":"=json.plotBottom - (json.b3 * json.scaleY)","px4":"=json.plotLeft + ((json.maxAge - json.minAge) * 0.4 * json.scaleX)","py4":"=json.plotBottom - (json.b4 * json.scaleY)","px5":"=json.plotLeft + ((json.maxAge - json.minAge) * 0.5 * json.scaleX)","py5":"=json.plotBottom - (json.b5 * json.scaleY)","px6":"=json.plotLeft + ((json.maxAge - json.minAge) * 0.6 * json.scaleX)","py6":"=json.plotBottom - (json.b6 * json.scaleY)","px7":"=json.plotLeft + ((json.maxAge - json.minAge) * 0.7 * json.scaleX)","py7":"=json.plotBottom - (json.b7 * json.scaleY)","px8":"=json.plotLeft + ((json.maxAge - json.minAge) * 0.8 * json.scaleX)","py8":"=json.plotBottom - (json.b8 * json.scaleY)","px9":"=json.plotLeft + ((json.maxAge - json.minAge) * 0.9 * json.scaleX)","py9":"=json.plotBottom - (json.b9 * json.scaleY)","px10":"=json.plotRight","py10":"=Math.max(json.plotTop, json.plotBottom - (json.b10 * json.scaleY))","linePathD":"='M ' + json.px0.toFixed(1) + ' ' + json.py0.toFixed(1) + ' C ' + (json.px0 + 80).toFixed(1) + ' ' + json.py0.toFixed(1) + ' ' + (json.px5 - 40).toFixed(1) + ' ' + json.py5.toFixed(1) + ' ' + json.px5.toFixed(1) + ' ' + json.py5.toFixed(1) + ' S ' + (json.px10 - 60).toFixed(1) + ' ' + json.py10.toFixed(1) + ' ' + json.px10.toFixed(1) + ' ' + json.py10.toFixed(1)","areaPathD":"='M ' + json.px0.toFixed(1) + ' ' + json.py0.toFixed(1) + ' C ' + (json.px0 + 80).toFixed(1) + ' ' + json.py0.toFixed(1) + ' ' + (json.px5 - 40).toFixed(1) + ' ' + json.py5.toFixed(1) + ' ' + json.px5.toFixed(1) + ' ' + json.py5.toFixed(1) + ' S ' + (json.px10 - 60).toFixed(1) + ' ' + json.py10.toFixed(1) + ' ' + json.px10.toFixed(1) + ' ' + json.py10.toFixed(1) + ' L ' + json.plotRight + ' ' + json.plotBottom + ' L ' + json.plotLeft + ' ' + json.plotBottom + ' Z'","retireBalance":"=Math.round(json.currentNW * Math.pow(1 + json.rRate, Math.max(0, json.targetRetireAge - json.curAge)) + (json.annualSavings * ((Math.pow(1 + json.rRate, Math.max(0, json.targetRetireAge - json.curAge)) - 1) / json.rRate)))","fat-fire-line":{"y1":"=json.fatY","y2":"=json.fatY"},"fat-fire-badge":{"y":"=json.fatY - 12"},"fat-fire-label":{"y":"=json.fatY + 2","textContent":"='Fat FIRE: $' + (json.fatFireTarget / 1000000).toFixed(2) + 'M'"},"target-fire-line":{"y1":"=json.targetY","y2":"=json.targetY"},"target-fire-badge":{"y":"=json.targetY - 12"},"target-fire-label":{"y":"=json.targetY + 2","textContent":"='FIRE Target: $' + (json.fireTarget / 1000000).toFixed(2) + 'M'"},"lean-fire-line":{"y1":"=json.leanY","y2":"=json.leanY"},"lean-fire-badge":{"y":"=json.leanY - 12"},"lean-fire-label":{"y":"=json.leanY + 2","textContent":"='Lean FIRE: $' + Math.round(json.leanFireTarget / 1000) + 'k'"},"retire-age-line":{"x1":"=json.retireX","x2":"=json.retireX"},"retire-age-badge":{"x":"=json.retireX - 45"},"retire-age-label":{"x":"=json.retireX","textContent":"='Target Age ' + json.targetRetireAge"},"balance-line":{"d":"=json.linePathD"},"balance-area":{"d":"=json.areaPathD"},"point-start":{"cx":"=json.px0","cy":"=json.py0"},"point-mid":{"cx":"=json.px5","cy":"=json.py5"},"point-end":{"cx":"=json.px10","cy":"=json.py10"},"point-retire":{"cx":"=json.retireX","cy":"=Math.max(json.plotTop, json.plotBottom - (json.retireBalance * json.scaleY))"},"card-current-nw":{"textContent":"='$' + Number(json.currentNW).toLocaleString()"},"card-fire-target":{"textContent":"='$' + Number(json.fireTarget).toLocaleString()"},"card-fat-target":{"textContent":"='$' + Number(json.fatFireTarget).toLocaleString()"},"card-lean-target":{"textContent":"='$' + Number(json.leanFireTarget).toLocaleString()"},"card-retire-age":{"textContent":"='Age ' + json.targetRetireAge"},"card-retire-balance":{"textContent":"='Bal: $' + Number(json.retireBalance).toLocaleString()"},"x-tick-0":{"textContent":"=String(Math.round(json.minAge))"},"x-tick-7":{"textContent":"=String(Math.round(json.maxAge))"},"y-tick-6":{"textContent":"='$' + (json.maxBalanceVal / 1000000).toFixed(1) + 'M'"}},"calcPostId":"604455b9-51f3-4a07-b73a-c47e450d2247","calcPostUrl":"https://www.zinniascape.com/posts/604455b9-51f3-4a07-b73a-c47e450d2247","calcPostTitle":"FIRE Toolkit","calcInputs":[{"address":"B4:B11","varName":"Financial Inputs"}],"calcOutputs":[{"address":"F4:F10","varName":"Milestone & Targets"},{"address":"I4:O49","varName":"Projections"},{"address":"B12:B14","varName":"Savings & Return"}],"uiTable":{"id":"81d56eea-62fe-4bb1-88b2-2c1ac964227f:Financial Inputs:0","postId":"81d56eea-62fe-4bb1-88b2-2c1ac964227f","postUrl":"https://www.zinniascape.com/posts/81d56eea-62fe-4bb1-88b2-2c1ac964227f","postTitle":"FIRE Toolkit","fieldKey":"Financial Inputs","address":"B4:B11","rows":8,"columns":1,"rowNames":["Current Age","Target Retirement Age","Annual Take-Home Income","Annual Living Expenses","Current Investable Net Worth","Expected Nominal Return","Expected Inflation Rate","Safe Withdrawal Rate (SWR)"],"columnNames":["Inputs"]}}