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//set 'true' for quadrant bearing, 'false' for north azimuth\nvar ShowDistance = true; //set as 'true' to show distance\nvar ShowDirection = true; //set as 'true' to show direction\nvar ShowRadius = true; //set as 'true' to show radius\nvar ShowCurveParemater = true; //set as 'true' to show a curve parameter\nvar CurveParameter = \"ArcLength\"; //set as 'ArcLength' or 'Chord' or 'Angle' for central angle. Case sensitive!\nvar ErrorString = \"COGO ERROR\"; //set to display invalid COGO combinations\nvar RadiusAbbr = 'R='; //radius abbreviation\nvar Radius2Abbr = 'R2='; //radius2 abbreviation for spiral curves\nvar ArclengthAbrr = 'L='; //arclength abbreviation\nvar ChordAbbr = 'C='; //chord abbreviation\nvar AngleAbbr = 'A='; //central Angle abbreviation\nvar DistUnitRounding = 2; //number of decimal places for distance units: distance, radius, arclength & chord\nvar NumberFormat = \"#,###.00\" //number format. In this example: thousands separator with padding of 2 zeros \nvar directionColor = \"blue='255'\"; //direction color: red, green, blue, cyan, magenta, yellow, black. You can also use RGB or CYMK combinations.\nvar distanceColor = \"black='255'\"; //distance color: red, green, blue, cyan, magenta, yellow, black. You can also use RGB or CYMK combinations.\nvar radiusColor = \"blue='255'\"; //radius color: red, green, blue, cyan, magenta, yellow, black. You can also use RGB or CYMK combinations.\nvar curveParamColor = \"black='255'\"; //curve parameter color: red, green, blue, cyan, magenta, yellow, black. You can also use RGB or CYMK combinations.\nvar partialCOGOColor = \"magenta='255'\"; //partial COGO color: red, green, blue, cyan, magenta, yellow, black. You can also use RGB or CYMK combinations.\nvar invalidCOGOColor = \"red='255'\"; //invalid COGO color: red, green, blue, cyan, magenta, yellow, black. You can also use RGB or CYMK combinations.\nvar fontNameSize = \"\"; //font type and size\n\n// VARIABLES\nvar direction=$feature.Direction;\nvar dist=$feature.Distance;\nvar radius=$feature.Radius;\nvar arclength=$feature.Arclength;\nvar radius2=$feature.Radius2\nvar prefix; // quadrant bearing prefix\nvar postfix; // quadrant bearing postfix\nvar tempBearing; \nvar quadbearing;\nvar binaryDictionary; //binary dictionary to check COGO combinations\nvar checksum=0; //initialize checksum\nvar validValuesArray; //array of valid values for COGO combinations\nvar partialValuesArray; //array of partial values for COGO\nvar degrees;\nvar minutes;\nvar seconds;\nvar DMS;\nvar directionStr = \"\"; //direction string using for label\nvar distanceStr = \"\"; //distance string using for label\nvar radiusStr = \"\"; //radius string using for label\nvar radius2Str = \"\"; //radius2 string using for labeling spiral curves\nvar curveStr = \"\"; //curve parameter string using for label\nvar angleRad; //curve angle in radians\nvar COGOValidity; //COGO combinations validity. can be valid, partial or invalid.\n\n\nfunction NorthAzimuth2Quadbearing(azimuth){\n if (azimuth<90 && azimuth>=0){\n tempBearing=azimuth;\n prefix = \"N\";\n postfix= \"E\";}\n else if (azimuth<180 && azimuth>=90){\n tempBearing=180-azimuth;\n prefix = \"S\";\n postfix= \"E\";}\n else if (azimuth<270 && azimuth>=180){\n tempBearing=abs(180-azimuth);\n prefix = \"S\";\n postfix= \"W\";}\n else if (azimuth<360 && azimuth>=270){\n tempBearing=360-azimuth;\n prefix = \"N\";\n postfix= \"W\";}\n \n degrees=floor(tempBearing);\n minutes=floor((tempBearing-degrees)*60)\n seconds=((tempBearing-degrees-minutes/60)*3600)\n if (seconds>=59.5){\n seconds=0;\n minutes+=1;\n if (minutes==60){\n minutes=0;\n degrees+=1;}}\n quadbearing=prefix+degrees+\"°\"+text(minutes,\"00\")+\"'\"+text(seconds,\"00\")+\"''\"+postfix;\n return quadbearing;\n}\n\nfunction DMS(tempBearing){\n degrees=floor(tempBearing);\n minutes=floor((tempBearing-degrees)*60)\n seconds=((tempBearing-degrees-minutes/60)*3600)\n if (seconds>=59.5){\n seconds=0;\n minutes+=1;\n if (minutes==60){\n minutes=0;\n degrees+=1;}}\n DMS=degrees+\"°\"+text(minutes,\"00\")+\"'\"+text(seconds,\"00\")+\"''\";\n return DMS;\n \n}\nfunction IsValidCOGO(direction, dist, radius, arclength, radius2) {\n binaryDictionary= Dictionary('dir', 1, 'dist',2, 'rad',4, 'arc',8, 'rad2',16)\n if (!IsEmpty(direction)) {checksum+=binaryDictionary.dir}\n if (!IsEmpty(dist)) {checksum+=binaryDictionary.dist}\n if (!IsEmpty(radius)) {checksum+=binaryDictionary.rad}\n if (!IsEmpty(arclength)) {checksum+=binaryDictionary.arc}\n if (!IsEmpty(radius2)) {checksum+=binaryDictionary.rad2}\n \n validValuesArray=[0,3,13,29]; //array of valid combinations: '0' for nothing, ... '13' for direction & radius & arclength ...\n partialValuesArray=[1,2,4,5,8,9,12,16,20,21,25,28]; //array of partial combinations: '1' for only direction, '2' for only distance, '4' for only radius...\n \n if (IndexOf(validValuesArray,checksum)>-1) { // a negative value is returned if checksum value is not in the a valid combination array\n return \"valid\";\n }\n if (IndexOf(partialValuesArray,checksum)>-1){\n return \"partial\"; \n }\n return \"invalid\";\n}\n\nCOGOValidity = IsValidCOGO(direction, dist, radius, arclength, radius2);\nif ( COGOValidity == \"invalid\") { //if invalid COGO return error string\n return \"\" + fontNameSize + ErrorString + \"<\/FNT><\/CLR><\/BOL>\"; \n}\n\nelse if (COGOValidity == \"partial\") { //if a partial COGO change colors\n distanceColor = partialCOGOColor;\n directionColor = partialCOGOColor;\n radiusColor = partialCOGOColor;\n curveParamColor = partialCOGOColor;\n}\n\n// Direction string\nif (ShowDirection) {\n if (IsEmpty(direction)==false) { \n if (QuadrantBearingFormat==true) { //using quadrant bearing format\n directionStr = \"\" + fontNameSize + NorthAzimuth2Quadbearing(direction) + \"<\/FNT><\/CLR>\";\n }\n else { //using north azimuth format\n directionStr = \"\" + fontNameSize + DMS(direction) + \"<\/FNT><\/CLR>\";\n }\n }\n}\n\n// Distance string\nif (ShowDistance) {\n if (IsEmpty(dist)==false) {\n distanceStr = \"\" + fontNameSize + text(round(dist, DistUnitRounding), NumberFormat) + \"<\/FNT><\/CLR>\";\n }\n}\n\n//Radius String\nif (ShowRadius) {\n if (!IsEmpty(radius)) { //it can be a curve or a spiral\n if (IsEmpty(radius2)) { //if radius2 is empty this is a curve\n radiusStr = \"\" + fontNameSize + RadiusAbbr + \" \" + text(round(radius, DistUnitRounding), NumberFormat) + \"<\/FNT><\/CLR>\";\n }\n else { // it is a spiral\n radiusStr = \"\" + fontNameSize + RadiusAbbr + \" \" + text(round(radius, DistUnitRounding),NumberFormat) + \"<\/FNT><\/CLR>\";\n radius2Str = \"\" + fontNameSize + Radius2Abbr + \" \" + text(round(radius2, DistUnitRounding),NumberFormat) + \"<\/FNT><\/CLR>\";\n if (radius == 0) { //substitute to infinity sign\n radiusStr = \"\" + fontNameSize + RadiusAbbr + \" ∞ \" + \"<\/FNT><\/CLR>\";\n }\n if (radius2 == 0) { //substitute to infinity sign\n radius2Str = \"\" + fontNameSize + Radius2Abbr + \" ∞ \" + \"<\/FNT><\/CLR>\";\n }\n } \n \n }\n}\n\n// Curve Parameter\nif (ShowCurveParemater) {\n if (!IsEmpty(arclength)) {\n if (CurveParameter == 'ArcLength') {\n curveStr = \"\" + fontNameSize + ArclengthAbrr + text(round(arclength, DistUnitRounding), NumberFormat) + \"<\/FNT><\/CLR>\"; 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//set 'true' for quadrant bearing, 'false' for north azimuth\nvar ShowDistance = true; //set as 'true' to show distance\nvar ShowDirection = true; //set as 'true' to show direction\nvar ShowRadius = true; //set as 'true' to show radius\nvar ShowCurveParemater = true; //set as 'true' to show a curve parameter\nvar CurveParameter = \"ArcLength\"; //set as 'ArcLength' or 'Chord' or 'Angle' for central angle. Case sensitive!\nvar ErrorString = \"COGO ERROR\"; //set to display invalid COGO combinations\nvar RadiusAbbr = 'R='; //radius abbreviation\nvar Radius2Abbr = 'R2='; //radius2 abbreviation for spiral curves\nvar ArclengthAbrr = 'L='; //arclength abbreviation\nvar ChordAbbr = 'C='; //chord abbreviation\nvar AngleAbbr = 'A='; //central Angle abbreviation\nvar DistUnitRounding = 2; //number of decimal places for distance units: distance, radius, arclength & chord\nvar NumberFormat = \"#,###.00\" //number format. In this example: thousands separator with padding of 2 zeros \n\n// VARIABLES\nvar direction=$feature.Direction;\nvar distance=$feature.Distance;\nvar radius=$feature.Radius;\nvar arclength=$feature.Arclength;\nvar radius2=$feature.Radius2\nvar prefix; // quadrant bearing prefix\nvar postfix; // quadrant bearing postfix\nvar bearing; \nvar quadbearing;\nvar binaryDictionary; //binary dictionary to check COGO combinations\nvar checksum=0; //initialize checksum\nvar validValuesArray; //array of valid values for COGO combinations\nvar partialValuesArray; //array of partial values for COGO\nvar degrees;\nvar minutes;\nvar seconds;\nvar DMS;\nvar directionStr = \"\"; //direction string using for label\nvar distanceStr = \"\"; //distance string using for label\nvar radiusStr = \"\"; //radius string using for label\nvar radius2Str = \"\"; //radius2 string using for labeling spiral curves\nvar curveStr = \"\"; //curve parameter string using for label\nvar angleRad; //curve angle in radians\nvar COGOValidity; //COGO combinations validity. can be valid, partial or invalid.\n\n\nfunction NorthAzimuth2Quadbearing(azimuth){\n if (azimuth<90 && azimuth>=0){\n bearing=azimuth;\n prefix = \"N\";\n postfix= \"E\";}\n else if (azimuth<180 && azimuth>=90){\n bearing=180-azimuth;\n prefix = \"S\";\n postfix= \"E\";}\n else if (azimuth<270 && azimuth>=180){\n bearing=abs(180-azimuth);\n prefix = \"S\";\n postfix= \"W\";}\n else if (azimuth<360 && azimuth>=270){\n bearing=360-azimuth;\n prefix = \"N\";\n postfix= \"W\";}\n \n degrees=floor(bearing);\n minutes=floor((bearing-degrees)*60)\n seconds=((bearing-degrees-minutes/60)*3600)\n if (seconds>=59.5){\n seconds=0;\n minutes+=1;\n if (minutes==60){\n minutes=0;\n degrees+=1;}}\n quadbearing=prefix+degrees+\"°\"+text(minutes,\"00\")+\"'\"+text(seconds,\"00\")+\"''\"+postfix;\n return quadbearing;\n}\n\nfunction DMS(bearing){\n degrees=floor(bearing);\n minutes=floor((bearing-degrees)*60)\n seconds=((bearing-degrees-minutes/60)*3600)\n if (seconds>=59.5){\n seconds=0;\n minutes+=1;\n if (minutes==60){\n minutes=0;\n degrees+=1;}}\n DMS=degrees+\"°\"+text(minutes,\"00\")+\"'\"+text(seconds,\"00\")+\"''\";\n return DMS;\n \n}\nfunction IsValidCOGO(direction, distance, radius, arclength, radius2) {\n binaryDictionary= Dictionary('dir', 1, 'dist',2, 'rad',4, 'arc',8, 'rad2',16)\n if (!IsEmpty(direction)) {checksum+=binaryDictionary.dir}\n if (!IsEmpty(distance)) {checksum+=binaryDictionary.dist}\n if (!IsEmpty(radius)) {checksum+=binaryDictionary.rad}\n if (!IsEmpty(arclength)) {checksum+=binaryDictionary.arc}\n if (!IsEmpty(radius2)) {checksum+=binaryDictionary.rad2}\n \n validValuesArray=[0,3,8,13,29]; //array of valid combinations: '0' for nothing, ... '13' for direction & radius & arclength ...\n partialValuesArray=[1,2,4,5,9,12,16,20,21,25,28]; //array of partial combinations: '1' for only direction, '2' for only distance...\n \n if (IndexOf(validValuesArray,checksum)>-1) { // a negative value is returned if checksum value is not in the a valid combination array\n return \"valid\";\n }\n if (IndexOf(partialValuesArray,checksum)>-1){\n return \"partial\"; \n }\n return \"invalid\";\n}\n\nCOGOValidity = IsValidCOGO(direction, distance, radius, arclength, radius2);\nif ( COGOValidity == \"invalid\") { //if invalid COGO return error string\n return ErrorString; \n}\n\n// Direction string\nif (ShowDirection) {\n if (IsEmpty(direction)==false) { \n if (QuadrantBearingFormat==true) { //using quadrant bearing format\n directionStr = NorthAzimuth2Quadbearing(direction);\n }\n else { //using north azimuth format\n directionStr = DMS(direction);\n }\n }\n}\n\n// Distance string\nif (ShowDistance) {\n if (IsEmpty(distance)==false) {\n 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