2a:null 2b:["$","title",null,{"children":"EMC Model Inspector | EarthScope Consortium | Observable"}] 30:T633,dimensionCheck = { let model = inputModel.name; let check = "

", model, " is a ", dimensionSize, "-D model
", model, " is a ", dimensionSize, "-D model, but this notebook currently supports 2-D and 3-D models only!
", dim); if ( dimensionVariables[dimensionSize].indexOf(dim) == Object.keys(dimensions).indexOf(dim) ) { check = check.concat( ": is present at position ", dimensionVariables[dimensionSize].indexOf(dim), checkMark, "

at position ", Object.keys(dimensions).indexOf(dim), ", but it is recommended to be at position ", dimensionVariables[dimensionSize].indexOf(dim), "

Dimension ", dim, " is invalid. Expected one of: [", dimensionVariables[dimensionSize], "]", crossMark, "

"); return html`${check}`; }31:T622,globalGeospatialAttributesCheck = { const absoluteDifference = 0.1; let check = "

", field, ": ", metadata[field], " ⇔ expected: ", value, thismark, "
The global geospatial attribute ", field, " is missing", crossMark, "

"; return html`${htmlBody}`; }32:T5f6,coordinateVariablesCheck = { let model = inputModel.name; let check = "

", dim); check = check.concat(": present ", checkMark, "

", dim); check = check.concat( ": is dimensioned as ", coordinate_variables[dim]["dimensions"], " while expected single dimension of ", dim, crossMark, "

", attr, checkMark, "
", attr, crossMark, "

Dimension ", dim, " is invalid. Expected one of: [", dimensionVariables[dimensionSize], "]", crossMark, "

", dim); check = check.concat(": passed ", checkMark, "

", dim); check = check.concat( ": is dimensioned as ", coordinate_variables[dim]["dimensions"], " while expected single dimension of ", dim, crossMark, "

",
            attr,
            " is being used in a non-standard way",
            crossMark,
            "

Dimension ", dim, " is invalid. Expected one of: [", dimensionVariables[dimensionSize], "]", crossMark, "

is a ", min_limit, "/", max_limit, " model
", dim, " min. is ", parseFloat(range[0]).toPrecision(4), checkMark, "
", dim, " min. of ", parseFloat(range[0]).toPrecision(4), " is < ", min_limit, crossMark, "
", dim, " max. is ", parseFloat(range[1]).toPrecision(4), checkMark, "
", dim, " max. of ", parseFloat(range[1]).toPrecision(4), " is > ", max_limit, crossMark, "

", dim); check = check.concat( " [", varDim, "] (", dimSizeStr, dimSize, ")", checkMark, "

", dim); check = check.concat( ": is dimensioned as [", varDim, "] while expected [", expectedDim, "]", crossMark, "

", dim); check = check.concat( " grid size = ", expectedSize, ", data size = ", dataSize, ", percent populated = ", percent.toFixed(1), checkMark, "

", dim); check = check.concat( " grid size = ", expectedSize, ", data size = ", dataSize, ", percent populated = ", percent.toFixed(1), " (expected at least ", percentMin, "%) ", crossMark, "

selected: ${inputModel.name}

${inputModel.name} is not a valid netCDF-3 file

\",\n field,\n \": \",\n metadata[field],\n checkMark,\n \"
The global attribute \",\n field,\n \" is optional\",\n \"
The global attribute \",\n field,\n \" is missing\",\n crossMark,\n \"

\";\n size[dim] = d3.count(rawData[dim].values);\n if (size[dim] != dimensions[dim]) {\n mark = crossMark;\n li = \"
\";\n }\n check = check.concat(\n li,\n \"\",\n dim,\n \" size \",\n size[dim],\n \" expected \",\n dimensions[dim],\n mark,\n \"

\", dim, \"

\", attr, checkMark, \"
\",\n attr,\n \" is required\",\n crossMark,\n \"

\",\n dim,\n \"

Extent: \",\n parseFloat(extent[0]).toPrecision(4),\n \" to \",\n parseFloat(extent[1]).toPrecision(4)\n )),\n \"
\", attr, checkMark, \"
\",\n attr,\n \" is required\",\n crossMark,\n \"