2f:Tc2a6,30:T3685,calcUTCI = function(Ta, Tmrt, va, RH){ // Calculate vapor pressure from relative humidity. var g = [-2836.5744, -6028.076559, 19.54263612, -0.02737830188, 0.000016261698, (7.0229056*(10**(-10))), (-1.8680009*(10**(-13)))] var tk = Ta + 273.15 // air temp in K var es = 2.7150305 * Math.log(tk) for (let i = 0; i < g.length; i++){ es = es + (g[i] * (tk**(i-2))) } es = Math.exp(es)*0.01 // convert Pa to hPa var ehPa = es * (RH/100.0) var Pa = ehPa/10.0 // convert vapour pressure to kPa // Calculate MRT delta from MRT and air temperature var D_Tmrt = Tmrt - Ta // Polynomial approximation for UTCI from Ta, Tmrt, va, and Pa(vapor pressue). var UTCIapprox = Ta + (0.607562052) + (-0.0227712343) * Ta + (8.06470249*(10**(-4))) * Ta * Ta + (-1.54271372*(10**(-4))) * Ta * Ta * Ta + (-3.24651735*(10**(-6))) * Ta * Ta * Ta * Ta + (7.32602852*(10**(-8))) * Ta * Ta * Ta * Ta * Ta + (1.35959073*(10**(-9))) * Ta * Ta * Ta * Ta * Ta * Ta + (-2.25836520) * va + (0.0880326035) * Ta * va + (0.00216844454) * Ta * Ta * va + (-1.53347087*(10**(-5))) * Ta * Ta * Ta * va + (-5.72983704*(10**(-7))) * Ta * Ta * Ta * Ta * va + (-2.55090145*(10**(-9))) * Ta * Ta * Ta * Ta * Ta * va + (-0.751269505) * va * va + (-0.00408350271) * Ta * va * va + (-5.21670675*(10**(-5))) * Ta * Ta * va * va + (1.94544667*(10**(-6))) * Ta * Ta * Ta * va * va + (1.14099531*(10**(-8))) * Ta * Ta * Ta * Ta * va * va + (0.158137256) * va * va * va + (-6.57263143*(10**(-5))) * Ta * va * va * va + (2.22697524*(10**(-7))) * Ta * Ta * va * va * va + (-4.16117031*(10**(-8))) * Ta * Ta * Ta * va * va * va + (-0.0127762753) * va * va * va * va + (9.66891875*(10**(-6))) * Ta * va * va * va * va + (2.52785852*(10**(-9))) * Ta * Ta * va * va * va * va + (4.56306672*(10**(-4))) * va * va * va * va * va + (-1.74202546*(10**(-7))) * Ta * va * va * va * va * va + (-5.91491269*(10**(-6))) * va * va * va * va * va * va + (0.398374029) * D_Tmrt + (1.83945314*(10**(-4))) * Ta * D_Tmrt + (-1.73754510*(10**(-4))) * Ta * Ta * D_Tmrt + (-7.60781159*(10**(-7))) * Ta * Ta * Ta * D_Tmrt + (3.77830287*(10**(-8))) * Ta * Ta * Ta * Ta * D_Tmrt + (5.43079673*(10**(-10))) * Ta * Ta * Ta * Ta * Ta * D_Tmrt + (-0.0200518269) * va * D_Tmrt + (8.92859837*(10**(-4))) * Ta * va * D_Tmrt + (3.45433048*(10**(-6))) * Ta * Ta * va * D_Tmrt + (-3.77925774*(10**(-7))) * Ta * Ta * Ta * va * D_Tmrt + (-1.69699377*(10**(-9))) * Ta * Ta * Ta * Ta * va * D_Tmrt + (1.69992415*(10**(-4))) * va*va*D_Tmrt + ( -4.99204314*(10**(-5)) ) * Ta*va*va*D_Tmrt + ( 2.47417178*(10**(-7)) ) * Ta*Ta*va*va*D_Tmrt + ( 1.07596466*(10**(-8)) ) * Ta*Ta*Ta*va*va*D_Tmrt + ( 8.49242932*(10**(-5)) ) * va*va*va*D_Tmrt + ( 1.35191328*(10**(-6)) ) * Ta*va*va*va*D_Tmrt + ( -6.21531254*(10**(-9)) ) * Ta*Ta*va*va*va*D_Tmrt + ( -4.99410301*(10**(-6)) ) * va*va*va*va*D_Tmrt + ( -1.89489258*(10**(-8)) ) * Ta*va*va*va*va*D_Tmrt + ( 8.15300114*(10**(-8)) ) * va*va*va*va*va*D_Tmrt + ( 7.55043090*(10**(-4)) ) * D_Tmrt*D_Tmrt + ( -5.65095215*(10**(-5)) ) * Ta*D_Tmrt*D_Tmrt + ( -4.52166564*(10**(-7)) ) * Ta*Ta*D_Tmrt*D_Tmrt + ( 2.46688878*(10**(-8)) ) * Ta*Ta*Ta*D_Tmrt*D_Tmrt + ( 2.42674348*(10**(-10)) ) * Ta*Ta*Ta*Ta*D_Tmrt*D_Tmrt + ( 1.54547250*(10**(-4)) ) * va*D_Tmrt*D_Tmrt + ( 5.24110970*(10**(-6)) ) * Ta*va*D_Tmrt*D_Tmrt + ( -8.75874982*(10**(-8)) ) * Ta*Ta*va*D_Tmrt*D_Tmrt + ( -1.50743064*(10**(-9)) ) * Ta*Ta*Ta*va*D_Tmrt*D_Tmrt + ( -1.56236307*(10**(-5)) ) * va*va*D_Tmrt*D_Tmrt + ( -1.33895614*(10**(-7)) ) * Ta*va*va*D_Tmrt*D_Tmrt + ( 2.49709824*(10**(-9)) ) * Ta*Ta*va*va*D_Tmrt*D_Tmrt + ( 6.51711721*(10**(-7)) ) * va*va*va*D_Tmrt*D_Tmrt + ( 1.94960053*(10**(-9)) ) * Ta*va*va*va*D_Tmrt*D_Tmrt + ( -1.00361113*(10**(-8)) ) * va*va*va*va*D_Tmrt*D_Tmrt + ( -1.21206673*(10**(-5)) ) * D_Tmrt*D_Tmrt*D_Tmrt + ( -2.18203660*(10**(-7)) ) * Ta*D_Tmrt*D_Tmrt*D_Tmrt + ( 7.51269482*(10**(-9)) ) * Ta*Ta*D_Tmrt*D_Tmrt*D_Tmrt + ( 9.79063848*(10**(-11)) ) * Ta*Ta*Ta*D_Tmrt*D_Tmrt*D_Tmrt + ( 1.25006734*(10**(-6)) ) * va*D_Tmrt*D_Tmrt*D_Tmrt + ( -1.81584736*(10**(-9)) ) * Ta*va*D_Tmrt*D_Tmrt*D_Tmrt + ( -3.52197671*(10**(-10)) ) * Ta*Ta*va*D_Tmrt*D_Tmrt*D_Tmrt + ( -3.36514630*(10**(-8)) ) * va*va*D_Tmrt*D_Tmrt*D_Tmrt + ( 1.35908359*(10**(-10)) ) * Ta*va*va*D_Tmrt*D_Tmrt*D_Tmrt + ( 4.17032620*(10**(-10)) ) * va*va*va*D_Tmrt*D_Tmrt*D_Tmrt + ( -1.30369025*(10**(-9)) ) * D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( 4.13908461*(10**(-10)) ) * Ta*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( 9.22652254*(10**(-12)) ) * Ta*Ta*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( -5.08220384*(10**(-9)) ) * va*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( -2.24730961*(10**(-11)) ) * Ta*va*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( 1.17139133*(10**(-10)) ) * va*va*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( 6.62154879*(10**(-10)) ) * D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( 4.03863260*(10**(-13)) ) * Ta*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( 1.95087203*(10**(-12)) ) * va*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( -4.73602469*(10**(-12))) * D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt + ( 5.12733497) * Pa + ( -0.312788561) * Ta*Pa + ( -0.0196701861 ) * Ta*Ta*Pa + ( 9.99690870*(10**(-4)) ) * Ta*Ta*Ta*Pa + ( 9.51738512*(10**(-6)) ) * Ta*Ta*Ta*Ta*Pa + ( -4.66426341*(10**(-7)) ) * Ta*Ta*Ta*Ta*Ta*Pa + ( 0.548050612 ) * va*Pa + ( -0.00330552823) * Ta*va*Pa + ( -0.00164119440 ) * Ta*Ta*va*Pa + ( -5.16670694*(10**(-6)) ) * Ta*Ta*Ta*va*Pa + ( 9.52692432*(10**(-7)) ) * Ta*Ta*Ta*Ta*va*Pa + ( -0.0429223622 ) * va*va*Pa + ( 0.00500845667 ) * Ta*va*va*Pa + ( 1.00601257*(10**(-6)) ) * Ta*Ta*va*va*Pa + ( -1.81748644*(10**(-6)) ) * Ta*Ta*Ta*va*va*Pa + ( -1.25813502*(10**(-3)) ) * va*va*va*Pa + ( -1.79330391*(10**(-4)) ) * Ta*va*va*va*Pa + ( 2.34994441*(10**(-6)) ) * Ta*Ta*va*va*va*Pa + ( 1.29735808*(10**(-4)) ) * va*va*va*va*Pa + ( 1.29064870*(10**(-6)) ) * Ta*va*va*va*va*Pa + ( -2.28558686*(10**(-6)) ) * va*va*va*va*va*Pa + ( -0.0369476348 ) * D_Tmrt*Pa + ( 0.00162325322 ) * Ta*D_Tmrt*Pa + ( -3.14279680*(10**(-5)) ) * Ta*Ta*D_Tmrt*Pa + ( 2.59835559*(10**(-6)) ) * Ta*Ta*Ta*D_Tmrt*Pa + ( -4.77136523*(10**(-8)) ) * Ta*Ta*Ta*Ta*D_Tmrt*Pa + ( 8.64203390*(10**(-3)) ) * va*D_Tmrt*Pa + ( -6.87405181*(10**(-4)) ) * Ta*va*D_Tmrt*Pa + ( -9.13863872*(10**(-6)) ) * Ta*Ta*va*D_Tmrt*Pa + ( 5.15916806*(10**(-7)) ) * Ta*Ta*Ta*va*D_Tmrt*Pa + ( -3.59217476*(10**(-5)) ) * va*va*D_Tmrt*Pa + ( 3.28696511*(10**(-5)) ) * Ta*va*va*D_Tmrt*Pa + ( -7.10542454*(10**(-7)) ) * Ta*Ta*va*va*D_Tmrt*Pa + ( -1.24382300*(10**(-5)) ) * va*va*va*D_Tmrt*Pa + ( -7.38584400*(10**(-9)) ) * Ta*va*va*va*D_Tmrt*Pa + ( 2.20609296*(10**(-7)) ) * va*va*va*va*D_Tmrt*Pa + ( -7.32469180*(10**(-4)) ) * D_Tmrt*D_Tmrt*Pa + ( -1.87381964*(10**(-5)) ) * Ta*D_Tmrt*D_Tmrt*Pa + ( 4.80925239*(10**(-6)) ) * Ta*Ta*D_Tmrt*D_Tmrt*Pa + ( -8.75492040*(10**(-8)) ) * Ta*Ta*Ta*D_Tmrt*D_Tmrt*Pa + ( 2.77862930*(10**(-5)) ) * va*D_Tmrt*D_Tmrt*Pa + ( -5.06004592*(10**(-6)) ) * Ta*va*D_Tmrt*D_Tmrt*Pa + ( 1.14325367*(10**(-7)) ) * Ta*Ta*va*D_Tmrt*D_Tmrt*Pa + ( 2.53016723*(10**(-6)) ) * va*va*D_Tmrt*D_Tmrt*Pa + ( -1.72857035*(10**(-8)) ) * Ta*va*va*D_Tmrt*D_Tmrt*Pa + ( -3.95079398*(10**(-8)) ) * va*va*va*D_Tmrt*D_Tmrt*Pa + ( -3.59413173*(10**(-7)) ) * D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( 7.04388046*(10**(-7)) ) * Ta*D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( -1.89309167*(10**(-8)) ) * Ta*Ta*D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( -4.79768731*(10**(-7)) ) * va*D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( 7.96079978*(10**(-9)) ) * Ta*va*D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( 1.62897058*(10**(-9)) ) * va*va*D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( 3.94367674*(10**(-8)) ) * D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( -1.18566247*(10**(-9)) ) * Ta*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( 3.34678041*(10**(-10)) ) * va*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( -1.15606447*(10**(-10)) ) * D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*Pa + ( -2.80626406 ) * Pa*Pa + ( 0.548712484 ) * Ta*Pa*Pa + ( -0.00399428410 ) * Ta*Ta*Pa*Pa + ( -9.54009191*(10**(-4)) ) * Ta*Ta*Ta*Pa*Pa + ( 1.93090978*(10**(-5)) ) * Ta*Ta*Ta*Ta*Pa*Pa + ( -0.308806365 ) * va*Pa*Pa + ( 0.0116952364 ) * Ta*va*Pa*Pa + ( 4.95271903*(10**(-4)) ) * Ta*Ta*va*Pa*Pa + ( -1.90710882*(10**(-5)) ) * Ta*Ta*Ta*va*Pa*Pa + ( 0.00210787756 ) * va*va*Pa*Pa + ( -6.98445738*(10**(-4)) ) * Ta*va*va*Pa*Pa + ( 2.30109073*(10**(-5)) ) * Ta*Ta*va*va*Pa*Pa + ( 4.17856590*(10**(-4)) ) * va*va*va*Pa*Pa + ( -1.27043871*(10**(-5)) ) * Ta*va*va*va*Pa*Pa + ( -3.04620472*(10**(-6)) ) * va*va*va*va*Pa*Pa + ( 0.0514507424 ) * D_Tmrt*Pa*Pa + ( -0.00432510997 ) * Ta*D_Tmrt*Pa*Pa + ( 8.99281156*(10**(-5)) ) * Ta*Ta*D_Tmrt*Pa*Pa + ( -7.14663943*(10**(-7)) ) * Ta*Ta*Ta*D_Tmrt*Pa*Pa + ( -2.66016305*(10**(-4)) ) * va*D_Tmrt*Pa*Pa + ( 2.63789586*(10**(-4)) ) * Ta*va*D_Tmrt*Pa*Pa + ( -7.01199003*(10**(-6)) ) * Ta*Ta*va*D_Tmrt*Pa*Pa + ( -1.06823306*(10**(-4)) ) * va*va*D_Tmrt*Pa*Pa + ( 3.61341136*(10**(-6)) ) * Ta*va*va*D_Tmrt*Pa*Pa + ( 2.29748967*(10**(-7)) ) * va*va*va*D_Tmrt*Pa*Pa + ( 3.04788893*(10**(-4)) ) * D_Tmrt*D_Tmrt*Pa*Pa + ( -6.42070836*(10**(-5)) ) * Ta*D_Tmrt*D_Tmrt*Pa*Pa + ( 1.16257971*(10**(-6)) ) * Ta*Ta*D_Tmrt*D_Tmrt*Pa*Pa + ( 7.68023384*(10**(-6)) ) * va*D_Tmrt*D_Tmrt*Pa*Pa + ( -5.47446896*(10**(-7)) ) * Ta*va*D_Tmrt*D_Tmrt*Pa*Pa + ( -3.59937910*(10**(-8)) ) * va*va*D_Tmrt*D_Tmrt*Pa*Pa + ( -4.36497725*(10**(-6)) ) * D_Tmrt*D_Tmrt*D_Tmrt*Pa*Pa + ( 1.68737969*(10**(-7)) ) * Ta*D_Tmrt*D_Tmrt*D_Tmrt*Pa*Pa + ( 2.67489271*(10**(-8)) ) * va*D_Tmrt*D_Tmrt*D_Tmrt*Pa*Pa + ( 3.23926897*(10**(-9)) ) * D_Tmrt*D_Tmrt*D_Tmrt*D_Tmrt*Pa*Pa + ( -0.0353874123 ) * Pa*Pa*Pa + ( -0.221201190 ) * Ta*Pa*Pa*Pa + ( 0.0155126038 ) * Ta*Ta*Pa*Pa*Pa + ( -2.63917279*(10**(-4)) ) * Ta*Ta*Ta*Pa*Pa*Pa + ( 0.0453433455 ) * va*Pa*Pa*Pa + ( -0.00432943862 ) * Ta*va*Pa*Pa*Pa + ( 1.45389826*(10**(-4)) ) * Ta*Ta*va*Pa*Pa*Pa + ( 2.17508610*(10**(-4)) ) * va*va*Pa*Pa*Pa + ( -6.66724702*(10**(-5)) ) * Ta*va*va*Pa*Pa*Pa + ( 3.33217140*(10**(-5)) ) * va*va*va*Pa*Pa*Pa + ( -0.00226921615 ) * D_Tmrt*Pa*Pa*Pa + ( 3.80261982*(10**(-4)) ) * Ta*D_Tmrt*Pa*Pa*Pa + ( -5.45314314*(10**(-9)) ) * Ta*Ta*D_Tmrt*Pa*Pa*Pa + ( -7.96355448*(10**(-4)) ) * va*D_Tmrt*Pa*Pa*Pa + ( 2.53458034*(10**(-5)) ) * Ta*va*D_Tmrt*Pa*Pa*Pa + ( -6.31223658*(10**(-6)) ) * va*va*D_Tmrt*Pa*Pa*Pa + ( 3.02122035*(10**(-4)) ) * D_Tmrt*D_Tmrt*Pa*Pa*Pa + ( -4.77403547*(10**(-6)) ) * Ta*D_Tmrt*D_Tmrt*Pa*Pa*Pa + ( 1.73825715*(10**(-6)) ) * va*D_Tmrt*D_Tmrt*Pa*Pa*Pa + ( -4.09087898*(10**(-7)) ) * D_Tmrt*D_Tmrt*D_Tmrt*Pa*Pa*Pa + ( 0.614155345 ) * Pa*Pa*Pa*Pa + ( -0.0616755931 ) * Ta*Pa*Pa*Pa*Pa + ( 0.00133374846 ) * Ta*Ta*Pa*Pa*Pa*Pa + ( 0.00355375387 ) * va*Pa*Pa*Pa*Pa + ( -5.13027851*(10**(-4)) ) * Ta*va*Pa*Pa*Pa*Pa + ( 1.02449757*(10**(-4)) ) * va*va*Pa*Pa*Pa*Pa + ( -0.00148526421 ) * D_Tmrt*Pa*Pa*Pa*Pa + ( -4.11469183*(10**(-5)) ) * Ta*D_Tmrt*Pa*Pa*Pa*Pa + ( -6.80434415*(10**(-6)) ) * va*D_Tmrt*Pa*Pa*Pa*Pa + ( -9.77675906*(10**(-6)) ) * D_Tmrt*D_Tmrt*Pa*Pa*Pa*Pa + ( 0.0882773108 ) * Pa*Pa*Pa*Pa*Pa + ( -0.00301859306 ) * Ta*Pa*Pa*Pa*Pa*Pa + ( 0.00104452989 ) * va*Pa*Pa*Pa*Pa*Pa + ( 2.47090539*(10**(-4)) ) * D_Tmrt*Pa*Pa*Pa*Pa*Pa + ( 0.00148348065 ) * Pa*Pa*Pa*Pa*Pa*Pa return UTCIapprox }31:[{"id":"882923d6b3dab73c828c7222ecbd3a047bb1dbc59c649a0b232bc4c87e6d18cc95b1ed7634f6aace372731d1ace0803e297974ef94867b4ffb80ad4938d74485","href":"https://static.observableusercontent.com/files/882923d6b3dab73c828c7222ecbd3a047bb1dbc59c649a0b232bc4c87e6d18cc95b1ed7634f6aace372731d1ace0803e297974ef94867b4ffb80ad4938d74485","name":"Orlando4.csv","type":"text/csv","lastModified":1715033172691.282,"size":611}] 2d:{"title":"UTCI Visualization Dynamic","cells":[{"id":0,"value":"# UTCI Visualization Dynamic\nRadial Chart displaying monthly average UTCI and its related components for Orlando, Florida","pinned":false,"hidden":false,"mode":"md"},{"id":147,"value":"viewof adjusttair = Inputs.range([-10, 10], {label: \"Adjust Average Air Temperature\", step: 1})","pinned":false,"hidden":false,"mode":"ojs"},{"id":450,"value":"viewof adjustmrt = Inputs.range([-20, 20], {label: \"Adjust Average Mean Radiant Temperature\", step: 1})","pinned":false,"hidden":false,"mode":"ojs"},{"id":454,"value":"viewof adjustva = Inputs.range([-2, 2], {label: \"Adjust Average Wind Speed\", step: .1})","pinned":false,"hidden":false,"mode":"ojs"},{"id":456,"value":"viewof adjustrh = Inputs.range([-20, 20], {label: \"Adjust Average Relative Humidity\", step: 1})","pinned":false,"hidden":false,"mode":"ojs"},{"id":5,"value":"$2f","pinned":false,"hidden":false,"mode":"html"},{"id":37,"value":"data = ([\n {inR:78, outR:78, startAng:0, endAng:30},\n {inR:50, outR:55, startAng:30, endAng:60},\n {inR:80, outR:85, startAng:60, endAng:90},\n {inR:65, outR:70, startAng:90, endAng:120},\n {inR:70, outR:75, startAng:120, endAng:150},\n {inR:50, outR:55, startAng:150, endAng:180},\n {inR:30, outR:35, startAng:180, endAng:210},\n {inR:40, outR:45, startAng:210, endAng:240},\n {inR:45, outR:50, startAng:240, endAng:270},\n {inR:50, outR:55, startAng:270, endAng:300},\n {inR:60, outR:65, startAng:300, endAng:330},\n {inR:65, outR:70, startAng:330, endAng:360},\n])","pinned":false,"hidden":false,"mode":"ojs"},{"id":140,"value":"arcAreasLayer = d3.select(svgContainer).select(\"#layer1\");","pinned":true,"hidden":false,"mode":"ojs"},{"id":21,"value":"UTCIArcs = { \n let arcs = arcAreasLayer.select(\"#utci\").selectAll(\".UTCIArc\")\n .data(orlando4)\n .join(\"path\")\n .classed(\"UTCIArc\",true)\n .attr(\"d\", d => arcPath(scaleUTCI(calcUTCI(d.TairAd, d.MRTAd, d.VaAd, d.RHAd)), calcstartangle(d), calcendangle(d)));\n \n return arcs;\n}","pinned":true,"hidden":false,"mode":"ojs"},{"id":319,"value":"tempLines = arcAreasLayer.select(\"#components\").selectAll(\".tempLines\")\n .data(orlando4)\n .join(\"line\")\n .attr(\"x1\", d => polarXY(scaleRadius(innerRadiusTemp(d)), (d.month-1)*30 + 6).x)\n .attr(\"y1\", d => polarXY(scaleRadius(innerRadiusTemp(d)), (d.month-1)*30 + 6).y)\n .attr(\"x2\", d => polarXY(scaleRadius(outerRadiusTemp(d)), (d.month-1)*30 + 6).x)\n .attr(\"y2\", d => polarXY(scaleRadius(outerRadiusTemp(d)),(d.month-1)*30 + 6).y)\n .classed(\"tempLines\",true);","pinned":true,"hidden":false,"mode":"ojs"},{"id":329,"value":"innerRadiusTemp = (d) => (calcUTCI(d.TairAd, d.MRTAd, d.VaAd, d.RHAd) - (d.TairAd/2));","pinned":true,"hidden":false,"mode":"ojs"},{"id":332,"value":"outerRadiusTemp = (d) => (calcUTCI(d.TairAd, d.MRTAd, d.VaAd, d.RHAd) + (d.TairAd/2));","pinned":true,"hidden":false,"mode":"ojs"},{"id":385,"value":"MRTLines = arcAreasLayer.select(\"#components\").selectAll(\".MRTLines\")\n .data(orlando4)\n .join(\"line\")\n .attr(\"x1\", d => polarXY(scaleRadius(innerRadiusMRT(d)), (d.month-1)*30 + 12).x)\n .attr(\"y1\", d => polarXY(scaleRadius(innerRadiusMRT(d)), (d.month-1)*30 + 12).y)\n .attr(\"x2\", d => polarXY(scaleRadius(outerRadiusMRT(d)), (d.month-1)*30 + 12).x)\n .attr(\"y2\", d => polarXY(scaleRadius(outerRadiusMRT(d)), (d.month-1)*30 + 12).y)\n .classed(\"MRTLines\",true);","pinned":true,"hidden":false,"mode":"ojs"},{"id":387,"value":"innerRadiusMRT = (d) => (calcUTCI(d.TairAd, d.MRTAd, d.VaAd, d.RHAd) - (d.MRTAd/2));","pinned":true,"hidden":false,"mode":"ojs"},{"id":390,"value":"outerRadiusMRT = (d) => (calcUTCI(d.TairAd, d.MRTAd, d.VaAd, d.RHAd) + (d.MRTAd/2));","pinned":true,"hidden":false,"mode":"ojs"},{"id":394,"value":"VaLines = arcAreasLayer.select(\"#components\").selectAll(\".VaLines\")\n .data(orlando4)\n .join(\"line\")\n .attr(\"x1\", d => polarXY(scaleRadius(innerRadiusVa(d)), (d.month-1)*30 + 18).x)\n .attr(\"y1\", d => polarXY(scaleRadius(innerRadiusVa(d)), (d.month-1)*30 + 18).y)\n .attr(\"x2\", d => polarXY(scaleRadius(outerRadiusVa(d)), (d.month-1)*30 + 18).x)\n .attr(\"y2\", d => polarXY(scaleRadius(outerRadiusVa(d)), (d.month-1)*30 + 18).y)\n .classed(\"VaLines\",true);","pinned":true,"hidden":false,"mode":"ojs"},{"id":396,"value":"innerRadiusVa = (d) => (calcUTCI(d.TairAd, d.MRTAd, d.VaAd, d.RHAd) - (d.VaAd/2));","pinned":true,"hidden":false,"mode":"ojs"},{"id":398,"value":"outerRadiusVa = (d) => (calcUTCI(d.TairAd, d.MRTAd, d.VaAd, d.RHAd) + (d.VaAd/2));","pinned":true,"hidden":false,"mode":"ojs"},{"id":403,"value":"RHLines = arcAreasLayer.select(\"#components\").selectAll(\".RHLines\")\n .data(orlando4)\n .join(\"line\")\n .attr(\"x1\", d => polarXY(scaleRadius(innerRadiusRH(d)), (d.month-1)*30 + 24).x)\n .attr(\"y1\", d => polarXY(scaleRadius(innerRadiusRH(d)), (d.month-1)*30 + 24).y)\n .attr(\"x2\", d => polarXY(scaleRadius(outerRadiusRH(d)), (d.month-1)*30 + 24).x)\n .attr(\"y2\", d => polarXY(scaleRadius(outerRadiusRH(d)), (d.month-1)*30 + 24).y)\n .classed(\"RHLines\",true);","pinned":true,"hidden":false,"mode":"ojs"},{"id":405,"value":"innerRadiusRH = (d) => (calcUTCI(d.TairAd, d.MRTAd, d.VaAd, d.RHAd) - (d.RHAd/2));","pinned":true,"hidden":false,"mode":"ojs"},{"id":407,"value":"outerRadiusRH = (d) => (calcUTCI(d.TairAd, d.MRTAd, d.VaAd, d.RHAd) + (d.RHAd/2));","pinned":true,"hidden":false,"mode":"ojs"},{"id":234,"value":"calcstartangle = d=> (d.month-1) * 30","pinned":true,"hidden":false,"mode":"ojs"},{"id":247,"value":"calcendangle = d=> (d.month) * 30","pinned":true,"hidden":false,"mode":"ojs"},{"id":255,"value":"scaleUTCI = d3.scaleLinear().domain([-50,50]).range([78,250])","pinned":true,"hidden":false,"mode":"ojs"},{"id":321,"value":"scaleRadius = d3.scaleLinear().domain([-50,50]).range([78,250])","pinned":true,"hidden":false,"mode":"ojs"},{"id":300,"value":"orlando4 = await FileAttachment(\"Orlando4.csv\").csv({typed: \"auto\"})","pinned":false,"hidden":false,"mode":"ojs"},{"id":265,"value":"//scaleUTCI = d3.scaleLinear().domain([-50,50]).range([0,500])","pinned":true,"hidden":false,"mode":"ojs"},{"id":289,"value":"lineslayer = d3.select(svgContainer).select(\"#layer1\");","pinned":true,"hidden":false,"mode":"ojs"},{"id":40,"value":"arcPoint = (radius,angle) => {return polarXY(radius,90-angle)} // example shows starting at 90deg going clockwise (90-angle)","pinned":true,"hidden":false,"mode":"ojs"},{"id":63,"value":"arcPath = (inR,startAng,endAng) => {\n let largeArcFlag = (startAngle,endAngle) => {if (endAngle - startAngle > 180) {return 1} else {return 0}} // largearc calc\n \n let pathString = \n \"M \" + arcPoint(inR,startAng).x + \" \" + arcPoint(inR,startAng).y + // move to start point\n \" A \" + inR + \" \" + inR + // draw Arc with x and y radii\n \" 0\" + // rotation of the whole thing, assuming 0\n \" \" + largeArcFlag(startAng,endAng) + // calculate Large Arc Flag (> 180 deg)\n \" 1 \" + // clockwise drawing for the arc (0 or 1)\n arcPoint(inR,endAng).x + \" \" + arcPoint(inR,endAng).y // finish at the end point x,y\n // close the polygon back to start (line to start)\n return pathString;\n}","pinned":true,"hidden":false,"mode":"ojs"},{"id":421,"value":"function AdjustData(adjust){\n orlando4.Tair = orlando4.Tair + adjust\n \n}","pinned":true,"hidden":false,"mode":"ojs"},{"id":34,"value":"---","pinned":false,"hidden":false,"mode":"md"},{"id":102,"value":"### common reusable support functions","pinned":false,"hidden":false,"mode":"md"},{"id":28,"value":"polarXY = (magnitude,angle) => {\n\tmagnitude = Number(magnitude);\n\tangle = Number(angle);\n\tlet x = magnitude * Math.cos(radiansFromDeg(angle));\n\tlet y = -magnitude * Math.sin(radiansFromDeg(angle)); // negative because 0 is at the top\n\treturn {\"x\":x, \"y\":y};\n}","pinned":true,"hidden":false,"mode":"ojs"},{"id":30,"value":"radiansFromDeg = (deg) => {\n\tdeg = Number(deg);\n\treturn deg * Math.PI / 180;\n}","pinned":true,"hidden":false,"mode":"ojs"},{"id":253,"value":"$30","pinned":false,"hidden":false,"mode":"ojs"}],"files":"$W31","stdlib":"1","titling":"auto"}