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Those parameters apply only to the Propagation lane detectors.",[251,252,254],"h2",{"id":253},"the-emission-lane","The Emission lane",[218,256,257],{},"The Emission lane provides three detectors:",[259,260,261,274],"table",{},[262,263,264],"thead",{},[265,266,267,271],"tr",{},[268,269,270],"th",{},"Detector",[268,272,273],{},"Output",[275,276,277,291,302],"tbody",{},[265,278,279,284],{},[280,281,282],"td",{},[222,283,119],{},[280,285,286,287,290],{},"Emitter dipole power coupled into in-plane wavevectors (power dissipation spectrum). Results: ",[288,289,119],"a",{"href":120},".",[265,292,293,297],{},[280,294,295],{},[222,296,123],{},[280,298,299,300,290],{},"Far-field emission intensity vs. wavelength (and optionally angle). Results: ",[288,301,123],{"href":124},[265,303,304,309],{},[280,305,306],{},[222,307,308],{},"Mode",[280,310,311,312,290],{},"Guided and leaky optical modes supported by the emissive structure. Results: ",[288,313,308],{"href":96},[251,315,317],{"id":316},"wavelength-modes","Wavelength modes",[218,319,320],{},"Available wavelength modes per detector:",[259,322,323,339],{},[262,324,325],{},[265,326,327,329,333,336],{},[268,328,270],{},[268,330,332],{"align":331},"center","Single",[268,334,335],{"align":331},"Sweep",[268,337,338],{"align":331},"Weighted Average",[275,340,341,355,365],{},[265,342,343,345,348,350],{},[280,344,119],{},[280,346,347],{"align":331},"Yes",[280,349,347],{"align":331},[280,351,352],{"align":331},[222,353,354],{},"No",[265,356,357,359,361,363],{},[280,358,123],{},[280,360,347],{"align":331},[280,362,347],{"align":331},[280,364,347],{"align":331},[265,366,367,369,371,373],{},[280,368,308],{},[280,370,347],{"align":331},[280,372,347],{"align":331},[280,374,347],{"align":331},[218,376,377,380],{},[222,378,379],{},"Power Dissipation has no Weighted Average mode."," This restriction is enforced at the schema level. For spectrally weighted emission power information, use the Intensity detector in Weighted Average mode instead.",[218,382,383],{},"Mode behavior:",[385,386,387,393,411],"ul",{},[388,389,390,392],"li",{},[222,391,332],{},": Calculates at one specified wavelength; result is a one-dimensional distribution (in-plane vector or angle as the x-axis).",[388,394,395,397,398,402,403,406,407,410],{},[222,396,335],{},": Calculates at each wavelength from ",[399,400,401],"code",{},"From"," to ",[399,404,405],{},"To"," in ",[399,408,409],{},"Step"," increments; result includes the full spectral dimension, with heatmap and line-chart display options.",[388,412,413,415],{},[222,414,338],{}," (Intensity / Mode only): Collapses the wavelength dimension to a single effective value weighted by the emitter spectrum; useful for comparing overall outcoupling efficiency across structures without resolving individual wavelengths.",[251,417,419],{"id":418},"per-detector-configuration","Per-detector configuration",[421,422,119],"h3",{"id":423},"power-dissipation",[218,425,426,427,430],{},"In addition to wavelength parameters, Power Dissipation requires an ",[222,428,429],{},"In-plane Vector Type"," to define the x-axis physical quantity:",[259,432,433,446],{},[262,434,435],{},[265,436,437,440,443],{},[268,438,439],{},"Option",[268,441,442],{},"Label",[268,444,445],{},"Default range",[275,447,448,461,473],{},[265,449,450,455,458],{},[280,451,452],{},[399,453,454],{},"nEff",[280,456,457],{},"Effective Index (nEff)",[280,459,460],{},"0 → 2.0, step 0.01",[265,462,463,468,470],{},[280,464,465],{},[399,466,467],{},"In-plane k",[280,469,467],{},[280,471,472],{},"0 → 1, step 0.01",[265,474,475,480,482],{},[280,476,477],{},[399,478,479],{},"In-plane u",[280,481,479],{},[280,483,472],{},[218,485,486,487,489],{},"The default is ",[399,488,454],{}," (effective refractive index).",[421,491,123],{"id":492},"intensity",[218,494,495,496,499],{},"In addition to wavelength parameters, Intensity has an ",[222,497,498],{},"Angle Mode",":",[259,501,502,511],{},[262,503,504],{},[265,505,506,508],{},[268,507,439],{},[268,509,510],{},"Description",[275,512,513,522],{},[265,514,515,519],{},[280,516,517],{},[222,518,332],{},[280,520,521],{},"Samples far-field intensity at one specified angle only.",[265,523,524,528],{},[280,525,526],{},[222,527,335],{},[280,529,530,531,402,533,535,536,538],{},"Samples across an angle range from ",[399,532,401],{},[399,534,405],{}," at ",[399,537,409],{}," intervals. Default: 0°–80°, step 5°.",[218,540,541,542,545,546,290],{},"Angle constraints: ",[399,543,544],{},"0° ≤ angle ≤ 90°","; Sweep mode requires ",[399,547,548],{},"angleTo > angleFrom",[421,550,308],{"id":551},"mode",[218,553,554,555,558],{},"In addition to wavelength parameters, Mode has a ",[222,556,557],{},"Tolerance"," field:",[385,560,561,567,570],{},[388,562,563,564],{},"Default: ",[399,565,566],{},"1e-4",[388,568,569],{},"Controls mode-search convergence precision; must be greater than 0.",[388,571,572,573,576],{},"Wavelengths with unconverged modes are marked with ",[399,574,575],{},"*"," in the results.",[251,578,127],{"id":579},"intensity-color",[218,581,582],{},"Intensity Color is a derived feature of the Intensity detector that computes CIE chromaticity coordinates and visible emission color.",[242,584,587,594,613],{"icon":585,"color":586},"i-lucide-triangle-alert","amber",[218,588,589,590,593],{},"Enabling Visible Color requires ",[222,591,592],{},"all three"," conditions to be met simultaneously:",[595,596,597,602,608],"ol",{},[388,598,599],{},[222,600,601],{},"Intensity detector is enabled",[388,603,604,607],{},[222,605,606],{},"Wavelength Mode is Sweep"," (not Single or Weighted Average)",[388,609,610],{},[222,611,612],{},"The sweep covers 360–780 nm at step ≤ 5 nm",[218,614,615],{},"If Wavelength Mode changes away from Sweep, Visible Color is automatically disabled.",[218,617,618],{},"When Wavelength Mode is not Sweep, the Visible Color toggle is disabled and shows the tooltip:",[620,621,622],"blockquote",{},[218,623,624],{},"Visible Color can only be enabled when Wavelength Mode is Sweep.",[218,626,627],{},[237,628],{"alt":629,"src":630},"Intensity Color configuration tooltip","/images/emission/optics-intensity-color-tooltip.png",[218,632,633,634,637],{},"If the current configuration does not meet the requirements, a hint is shown alongside an ",[222,635,636],{},"auto-fix button",": clicking it enables the Intensity detector and sets the wavelength sweep to 360–780 nm at step 1 nm in a single action.",[218,639,640,641,499],{},"Color output also requires selecting a ",[222,642,643],{},"chromaticity observer",[385,645,646,652],{},[388,647,648,651],{},[222,649,650],{},"2°"," (default)",[388,653,654],{},[222,655,656],{},"10°",[251,658,660],{"id":659},"detector-guards","Detector guards",[242,662,663,666],{"icon":244},[222,664,665],{},"At least one detector must remain enabled"," (Propagation and Emission lanes are counted independently). When all detectors are off, clicking Run produces no request and no error — the calculation is silently skipped.",[218,668,669,670,499],{},"When the structure has ",[222,671,672],{},"no emissive layer (EML)",[385,674,675,678],{},[388,676,677],{},"An info banner is shown at the top of the Emission lane: \"No emissive layer (EML) in the structure. Mark a layer as emissive on the Structure page to enable Emission detectors.\"",[388,679,680,681,684],{},"Emission detector cards are ",[222,682,683],{},"not disabled"," — users can still freely check or uncheck detectors. Cards are only locked while a calculation is in progress.",[251,686,688],{"id":687},"next","Next",[385,690,691,696],{},[388,692,693,694],{},"Configure sweep parameters: ",[288,695,57],{"href":58},[388,697,698,699,701,702,701,704],{},"View simulation results: ",[288,700,119],{"href":120}," · ",[288,703,123],{"href":124},[288,705,308],{"href":96},{"title":707,"searchDepth":708,"depth":708,"links":709},"",2,[710,711,712,718,719,720],{"id":253,"depth":708,"text":254},{"id":316,"depth":708,"text":317},{"id":418,"depth":708,"text":419,"children":713},[714,716,717],{"id":423,"depth":715,"text":119},3,{"id":492,"depth":715,"text":123},{"id":551,"depth":715,"text":308},{"id":579,"depth":708,"text":127},{"id":659,"depth":708,"text":660},{"id":687,"depth":708,"text":688},"Configure Power Dissipation, Intensity, and Mode detectors","md",null,{},true,{"title":78,"description":721},"bRfbknXh50-d-Fu2WFhVGHtgqT0fwOWSre3DkDbjTyk",[729,731],{"title":74,"path":75,"stem":76,"description":730,"children":-1},"Mark an emissive layer and configure its emitters",{"title":82,"path":83,"stem":84,"description":732,"children":-1},"Sweep emitter properties and read swept emission results",1782152029658]