{"promptText":"Create a clear SVG visualization for \"3D Mohr's Circle\". Use the linked Calc tokens below rather than hard-coded values.\n\nSingle-value inputs:\n- `{calc.fx}` (B3)\n- `{calc.fy}` (B4)\n- `{calc.fz}` (B5)\n- `{calc.fxy}` (B6)\n- `{calc.fyz}` (B7)\n- `{calc.fzx}` (B8)\n\nSingle-value outputs:\n- `{calc.angle}` (B21)\n- `{calc.f1}` (B24)\n- `{calc.f2}` (B27)\n- `{calc.f3}` (B30)\n\nRange inputs (use for datasets/plots):\n- None\n\nRange outputs (use for datasets/plots):\n- None\n\nPreserve Calc token formatting in displayed labels. Use ranges only where the visualization needs ordered table data.","svgTemplate":"","jsonConfig":{"f1":"=Number(calc.f1 || 0)","f2":"=Number(calc.f2 || 0)","f3":"=Number(calc.f3 || 0)","sorted":"=[json.f1, json.f2, json.f3].sort((a,b)=>b-a)","sig1":"=json.sorted[0]","sig2":"=json.sorted[1]","sig3":"=json.sorted[2]","c1":"=(json.sig1 + json.sig3) / 2","r1":"=Math.abs(json.sig1 - json.sig3) / 2","c2":"=(json.sig1 + json.sig2) / 2","r2":"=Math.abs(json.sig1 - json.sig2) / 2","c3":"=(json.sig2 + json.sig3) / 2","r3":"=Math.abs(json.sig2 - json.sig3) / 2","span":"=Math.max(json.sig1 - json.sig3, 1)","scale":"=400 / json.span","midX":"=(json.sig1 + json.sig3) / 2","sx_c1":"=350","sx_c2":"=350 + (json.c2 - json.midX) * json.scale","sx_c3":"=350 + (json.c3 - json.midX) * json.scale","sx_sig1":"=550","sx_sig2":"=350 + (json.sig2 - json.midX) * json.scale","sx_sig3":"=150","sx_0":"=350 + (0 - json.midX) * json.scale","sr_1":"=Math.max(json.r1 * json.scale, 0.001)","sr_2":"=Math.max(json.r2 * json.scale, 0.001)","sr_3":"=Math.max(json.r3 * json.scale, 0.001)","mohr_path":"='M ' + json.sx_sig1 + ' 350 A ' + json.sr_1 + ' ' + json.sr_1 + ' 0 1 0 ' + json.sx_sig3 + ' 350 A ' + json.sr_1 + ' ' + json.sr_1 + ' 0 1 0 ' + json.sx_sig1 + ' 350 M ' + json.sx_sig1 + ' 350 A ' + json.sr_2 + ' ' + json.sr_2 + ' 0 1 1 ' + json.sx_sig2 + ' 350 A ' + json.sr_2 + ' ' + json.sr_2 + ' 0 1 1 ' + json.sx_sig1 + ' 350 M ' + json.sx_sig2 + ' 350 A ' + json.sr_3 + ' ' + json.sr_3 + ' 0 1 1 ' + json.sx_sig3 + ' 350 A ' + json.sr_3 + ' ' + json.sr_3 + ' 0 1 1 ' + json.sx_sig2 + ' 350'","tau_axis_show":"=json.sx_0 >= 40 && json.sx_0 <= 660","tau_axis_x":"=json.tau_axis_show ? json.sx_0 : -200","tau_max_show":"=json.r1 > 0.001","tau_y":"=json.tau_max_show ? (350 - json.sr_1) : -200","y-axis":{"x1":"=json.tau_axis_x","x2":"=json.tau_axis_x"},"axis-label-y":{"x":"=json.tau_axis_show ? json.tau_axis_x + 10 : -200"},"label-origin":{"x":"=json.tau_axis_show ? json.tau_axis_x - 8 : -200","y":"=366"},"mohr-region":{"d":"=json.mohr_path"},"c1-dot":{"cx":"=json.sx_c1"},"c2-dot":{"cx":"=json.sx_c2"},"c3-dot":{"cx":"=json.sx_c3"},"tau-max-line":{"x1":"=json.sx_c1","x2":"=json.sx_c1","y1":"=json.tau_max_show ? 350 : -200","y2":"=json.tau_y"},"dot-tau-max":{"cx":"=json.sx_c1","cy":"=json.tau_y","r":"=json.tau_max_show ? 4 : 0"},"label-tau-max":{"x":"=json.sx_c1","y":"=json.tau_y - 12","textContent":"='τ_max = ' + json.r1.toFixed(2)"},"tick-sig1":{"x1":"=json.sx_sig1","x2":"=json.sx_sig1"},"dot-sig1":{"cx":"=json.sx_sig1"},"label-sig1":{"x":"=json.sx_sig1","textContent":"='σ₁ = ' + json.sig1.toFixed(1)"},"tick-sig2":{"x1":"=json.sx_sig2","x2":"=json.sx_sig2"},"dot-sig2":{"cx":"=json.sx_sig2"},"label-sig2":{"x":"=json.sx_sig2","textContent":"='σ₂ = ' + json.sig2.toFixed(1)"},"tick-sig3":{"x1":"=json.sx_sig3","x2":"=json.sx_sig3"},"dot-sig3":{"cx":"=json.sx_sig3"},"label-sig3":{"x":"=json.sx_sig3","textContent":"='σ₃ = ' + json.sig3.toFixed(1)"}},"calcPostId":"c95ac41e-dd3a-484b-a750-19de500846bb","calcPostUrl":"https://zinniascape.vercel.app/posts/c95ac41e-dd3a-484b-a750-19de500846bb","calcPostTitle":"3D Principal Stress","calcInputs":[{"address":"B3","varName":"fx"},{"address":"B4","varName":"fy"},{"address":"B5","varName":"fz"},{"address":"B6","varName":"fxy"},{"address":"B7","varName":"fyz"},{"address":"B8","varName":"fzx"}],"calcOutputs":[{"address":"B21","varName":"angle"},{"address":"B24","varName":"f1"},{"address":"B27","varName":"f2"},{"address":"B30","varName":"f3"}]}