{"promptText":"Create a clear SVG visualization for \"Mohr 2D Diagram\". Use the linked Calc tokens below rather than hard-coded values.\n\nSingle-value inputs:\n- None\n\nSingle-value outputs:\n- `{calc.fmax}` (C8)\n- `{calc.fmin}` (H8)\n- `{calc.tmax}` (C12)\n- `{calc.angle (deg)}` (H13)\n\nRange inputs (use for datasets/plots):\n- `{calc.C2:C4}` (C2:C4)\n\nRange outputs (use for datasets/plots):\n- None\nUI table reference: `Stress` from \"2D Stress Transformation\" uses `C2:C4` (3 rows x 1 columns).\nRow indices: fx, fy, fs.\nColumn indices: $\\sigma$.\n\nPreserve Calc token formatting in displayed labels. Use ranges only where the visualization needs ordered table data.","svgTemplate":"","jsonConfig":{"title":"Mohr's Circle 2D","description":"2D Mohr's Circle","fx":"{calc.C2}","fy":"{calc.C3}","fs":"{calc.C4}","f1":"{calc.fmax}","f2":"{calc.fmin}","tmax":"{calc.tmax}","angle":"{calc.angle (deg)}","plotCx":"=375","plotCy":"=440","radiusPx":"=180","center":"=(calc.C2 + calc.C3) / 2","radius":"=calc.tmax","scale":"=json.radius ? json.radiusPx / json.radius : 1","circleCx":"=json.plotCx","circleCy":"=json.plotCy","circleR":"=json.radius * json.scale","yAxisX":"=json.circleCx - json.center * json.scale","thetaRad2":"=(calc['angle (deg)']) * Math.PI / 90","sigma1X":"=json.circleCx + json.circleR","sigma1Y":"=json.circleCy","sigma2X":"=json.circleCx - json.circleR","sigma2Y":"=json.circleCy","sigma1LabelX":"=json.sigma1X + 15","sigma1LabelY":"=json.sigma1Y - 15","sigma2LabelX":"=json.sigma2X - 15","sigma2LabelY":"=json.sigma2Y - 15","tauMaxX":"=json.circleCx","tauMaxY":"=json.circleCy - json.circleR","tauMaxLabelX":"=json.tauMaxX","tauMaxLabelY":"=json.tauMaxY - 15","tauMaxValX":"=json.tauMaxX + 35","tauMaxValY":"=json.tauMaxLabelY","diameterX1":"=json.circleCx + json.circleR * Math.cos(json.thetaRad2)","diameterY1":"=json.circleCy - json.circleR * Math.sin(json.thetaRad2)","diameterX2":"=json.circleCx - json.circleR * Math.cos(json.thetaRad2)","diameterY2":"=json.circleCy + json.circleR * Math.sin(json.thetaRad2)","nodeXValX":"=json.diameterX1 + 15","nodeXValY":"=json.diameterY1 - 9","nodeYValX":"=json.diameterX2 + 15","nodeYValY":"=json.diameterY2 + 19","centerLabelX":"=json.circleCx + 5","centerLabelY":"=json.circleCy + 18","centerValX":"=json.circleCx + 5","centerValY":"=json.circleCy + 35","angleArcR":"=json.circleR * 0.3","angleArcPath":"='M ' + (json.circleCx + json.angleArcR) + ' ' + json.circleCy + ' A ' + json.angleArcR + ' ' + json.angleArcR + ' 0 0 0 ' + (json.circleCx + json.angleArcR * Math.cos(json.thetaRad2)) + ' ' + (json.circleCy - json.angleArcR * Math.sin(json.thetaRad2))","angleLabelX":"=json.circleCx + json.angleArcR + 5","angleLabelY":"=json.circleCy - json.angleArcR - 5","mohr-xaxis":{"x1":50,"y1":440,"x2":700,"y2":440},"mohr-yaxis":{"x1":"=json.yAxisX","y1":140,"x2":"=json.yAxisX","y2":740},"mohr-circle":{"cx":"=json.circleCx","cy":"=json.circleCy","r":"=json.circleR"},"mohr-diameter":{"x1":"=json.diameterX1","y1":"=json.diameterY1","x2":"=json.diameterX2","y2":"=json.diameterY2"},"mohr-sigma1":{"cx":"=json.sigma1X","cy":"=json.sigma1Y"},"mohr-sigma2":{"cx":"=json.sigma2X","cy":"=json.sigma2Y"},"mohr-sigma1-label":{"x":"=json.sigma1LabelX","y":"=json.sigma1LabelY"},"mohr-sigma1-val":{"x":"=json.sigma1LabelX","y":458,"textContent":"{calc.fmax}"},"mohr-sigma2-label":{"x":"=json.sigma2LabelX","y":"=json.sigma2LabelY"},"mohr-sigma2-val":{"x":"=json.sigma2LabelX","y":458,"textContent":"{calc.fmin}"},"mohr-taumax-line":{"x1":"=json.tauMaxX","y1":"=json.circleCy","x2":"=json.tauMaxX","y2":"=json.tauMaxY"},"mohr-taumax":{"cx":"=json.tauMaxX","cy":"=json.tauMaxY"},"mohr-taumax-label":{"x":"=json.tauMaxLabelX","y":"=json.tauMaxLabelY"},"mohr-taumax-val":{"x":"=json.tauMaxValX","y":"=json.tauMaxValY","textContent":"{calc.tmax}"},"mohr-node-x":{"cx":"=json.diameterX1","cy":"=json.diameterY1"},"mohr-node-y":{"cx":"=json.diameterX2","cy":"=json.diameterY2"},"mohr-node-x-val":{"x":"=json.nodeXValX","y":"=json.nodeXValY","textContent":"({calc.C2}, {calc.C4})"},"mohr-node-y-val":{"x":"=json.nodeYValX","y":"=json.nodeYValY","textContent":"({calc.C3}, -{calc.C4})"},"mohr-center":{"cx":"=json.circleCx","cy":"=json.circleCy"},"mohr-center-label":{"x":"=json.centerLabelX","y":"=json.centerLabelY"},"mohr-center-val":{"x":"=json.centerValX","y":"=json.centerValY","textContent":"=json.center"},"mohr-angle-arc":{"d":"=json.angleArcPath"},"mohr-angle-label":{"x":"=json.angleLabelX","y":"=json.angleLabelY"},"mohr-angle-val":{"x":594,"y":434,"textContent":"{calc.angle (deg)} deg"}},"calcPostId":"27c83a00-c2c4-4727-ba45-e1bc26616705","calcPostUrl":"http://localhost:3000/posts/27c83a00-c2c4-4727-ba45-e1bc26616705","calcPostTitle":"2D Mohr Circle","calcInputs":[{"address":"C2:C4","varName":"C2:C4"}],"calcOutputs":[{"address":"C8","varName":"fmax"},{"address":"H8","varName":"fmin"},{"address":"C12","varName":"tmax"},{"address":"H13","varName":"angle (deg)"}],"uiTable":{"id":"36c9b49d-3b3d-44c1-9f18-8bf847f3d808:Stress:0","postId":"36c9b49d-3b3d-44c1-9f18-8bf847f3d808","postUrl":"http://localhost:3000/posts/36c9b49d-3b3d-44c1-9f18-8bf847f3d808","postTitle":"2D Stress Transformation","fieldKey":"Stress","address":"C2:C4","rows":3,"columns":1,"rowNames":["fx","fy","fs"],"columnNames":["$\\sigma$"]}}

Ideas worth opening.

Mohr 2D Diagram