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Overlay the pcf

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dhirenshah

Posted : Thursday, February 1, 2018 11:19:09 AM

Registered User
Joined: 3/10/2012
Posts: 465

Hi Bruce

You did this below formula for me and i added Since true on it they work perfect as count but a small change i m trying to do is make that as a oscillator to overlay the formula on top of each other when either is true becaue i like to plot them as histogram

So When SinceTrue(C > IIF(MAXH2 is above the SinceTrue(C < IIF(MINL2 and Vice Versa SO i can get dominant trend ....

below is the formula

SinceTrue(C < IIF(MINL2 > L2 AND L2 < MINL2.3, C, IIF(MINL2.1 > L3 AND L3 < MINL2.4, L3, IIF(MINL2.2 > L4 AND L4 < MINL2.5, IIF(C1 > L4, L4, C), IIF(MINL2.3 > L5 AND L5 < MINL2.6, IIF(MINC2.1 > L5, L5, C), IIF(MINL2.4 > L6 AND L6 < MINL2.7, IIF(MINC3.1 > L6, L6, C), IIF(MINL2.5 > L7 AND L7 < MINL2.8, IIF(MINC4.1 > L7, L7, C), IIF(MINL2.6 > L8 AND L8 < MINL2.9, IIF(MINC5.1 > L8, L8, C), IIF(MINL2.7 > L9 AND L9 < MINL2.10, IIF(MINC6.1 > L9, L9, C), IIF(MINL2.8 > L10 AND L10 < MINL2.11, IIF(MINC7.1 > L10, L10, C), IIF(MINL2.9 > L11 AND L11 < MINL2.12, IIF(MINC8.1 > L11, L11, C), IIF(MINL2.10 > L12 AND L12 < MINL2.13, IIF(MINC9.1 > L12, L12, C), IIF(MINL2.11 > L13 AND L13 < MINL2.14, IIF(MINC10.1 > L13, L13, C), IIF(MINL2.12 > L14 AND L14 < MINL2.15, IIF(MINC11.1 > L14, L14, C), IIF(MINL2.13 > L15 AND L15 < MINL2.16, IIF(MINC12.1 > L15, L15, C), IIF(MINL2.14 > L16 AND L16 < MINL2.17, IIF(MINC13.1 > L16, L16, C), IIF(MINL2.15 > L17 AND L17 < MINL2.18, IIF(MINC14.1 > L17, L17, C), IIF(MINL2.16 > L18 AND L18 < MINL2.19, IIF(MINC15.1 > L18, L18, C), IIF(MINL2.17 > L19 AND L19 < MINL2.20, IIF(MINC16.1 > L19, L19, C), IIF(MINL2.18 > L20 AND L20 < MINL2.21, IIF(MINC17.1 > L20, L20, C), IIF(MINL2.19 > L21 AND L21 < MINL2.22, IIF(MINC18.1 > L21, L21, C), IIF(MINL2.20 > L22 AND L22 < MINL2.23, IIF(MINC19.1 > L22, L22, C), IIF(MINL2.21 > L23 AND L23 < MINL2.24, IIF(MINC20.1 > L23, L23, C), IIF(MINL2.22 > L24 AND L24 < MINL2.25, IIF(MINC21.1 > L24, L24, C), IIF(MINL2.23 > L25 AND L25 < MINL2.26, IIF(MINC22.1 > L25, L25, C), IIF(MINL2.24 > L26 AND L26 < MINL2.27, IIF(MINC23.1 > L26, L26, C), IIF(MINL2.25 > L27 AND L27 < MINL2.28, IIF(MINC24.1 > L27, L27, C), IIF(MINL2.26 > L28 AND L28 < MINL2.29, IIF(MINC25.1 > L28, L28, C), IIF(MINL2.27 > L29 AND L29 < MINL2.30, IIF(MINC26.1 > L29, L29, C), IIF(MINL2.28 > L30 AND L30 < MINL2.31, IIF(MINC27.1 > L30, L30, C), IIF(MINL2.29 > L31 AND L31 < MINL2.32, IIF(MINC28.1 > L31, L31, C), IIF(MINL2.30 > L32 AND L32 < MINL2.33, IIF(MINC29.1 > L32, L32, C), IIF(MINL2.31 > L33 AND L33 < MINL2.34, IIF(MINC30.1 > L33, L33, C), IIF(MINL2.32 > L34 AND L34 < MINL2.35, IIF(MINC31.1 > L34, L34, C), IIF(MINL2.33 > L35 AND L35 < MINL2.36, IIF(MINC32.1 > L35, L35, C), IIF(MINL2.34 > L36 AND L36 < MINL2.37, IIF(MINC33.1 > L36, L36, C), IIF(MINL2.35 > L37 AND L37 < MINL2.38, IIF(MINC34.1 > L37, L37, C), IIF(MINL2.36 > L38 AND L38 < MINL2.39, IIF(MINC35.1 > L38, L38, C), IIF(MINL2.37 > L39 AND L39 < MINL2.40, IIF(MINC36.1 > L39, L39, C), IIF(MINL2.38 > L40 AND L40 < MINL2.41, IIF(MINC37.1 > L40, L40, C), IIF(MINL2.39 > L41 AND L41 < MINL2.42, IIF(MINC38.1 > L41, L41, C), IIF(MINL2.40 > L42 AND L42 < MINL2.43, IIF(MINC39.1 > L42, L42, C), IIF(MINL2.41 > L43 AND L43 < MINL2.44, IIF(MINC40.1 > L43, L43, C), IIF(MINL2.42 > L44 AND L44 < MINL2.45, IIF(MINC41.1 > L44, L44, C), IIF(MINL2.43 > L45 AND L45 < MINL2.46, IIF(MINC42.1 > L45, L45, C), IIF(MINL2.44 > L46 AND L46 < MINL2.47, IIF(MINC43.1 > L46, L46, C), IIF(MINL2.45 > L47 AND L47 < MINL2.48, IIF(MINC44.1 > L47, L47, C), IIF(MINL2.46 > L48 AND L48 < MINL2.49, IIF(MINC45.1 > L48, L48, C), IIF(MINL2.47 > L49 AND L49 < MINL2.50, IIF(MINC46.1 > L49, L49, C), IIF(MINL2.48 > L50 AND L50 < MINL2.51, IIF(MINC47.1 > L50, L50, C), IIF(MINL2.49 > L51 AND L51 < MINL2.52, IIF(MINC48.1 > L51, L51, C), IIF(MINL2.50 > L52 AND L52 < MINL2.53, IIF(MINC49.1 > L52, L52, C), IIF(MINL2.51 > L53 AND L53 < MINL2.54, IIF(MINC50.1 > L53, L53, C), IIF(MINL2.52 > L54 AND L54 < MINL2.55, IIF(MINC51.1 > L54, L54, C), IIF(MINL2.53 > L55 AND L55 < MINL2.56, IIF(MINC52.1 > L55, L55, C), IIF(MINL2.54 > L56 AND L56 < MINL2.57, IIF(MINC53.1 > L56, L56, C), IIF(MINL2.55 > L57 AND L57 < MINL2.58, IIF(MINC54.1 > L57, L57, C), IIF(MINL2.56 > L58 AND L58 < MINL2.59, IIF(MINC55.1 > L58, L58, C), IIF(MINL2.57 > L59 AND L59 < MINL2.60, IIF(MINC56.1 > L59, L59, C), IIF(MINL2.58 > L60 AND L60 < MINL2.61, IIF(MINC57.1 > L60, L60, C), IIF(MINL2.59 > L61 AND L61 < MINL2.62, IIF(MINC58.1 > L61, L61, C), IIF(MINL2.60 > L62 AND L62 < MINL2.63, IIF(MINC59.1 > L62, L62, C), IIF(MINL2.61 > L63 AND L63 < MINL2.64, IIF(MINC60.1 > L63, L63, C), IIF(MINL2.62 > L64 AND L64 < MINL2.65, IIF(MINC61.1 > L64, L64, C), IIF(MINL2.63 > L65 AND L65 < MINL2.66, IIF(MINC62.1 > L65, L65, C), IIF(MINL2.64 > L66 AND L66 < MINL2.67, IIF(MINC63.1 > L66, L66, C), IIF(MINL2.65 > L67 AND L67 < MINL2.68, IIF(MINC64.1 > L67, L67, C), IIF(MINL2.66 > L68 AND L68 < MINL2.69, IIF(MINC65.1 > L68, L68, C), IIF(MINL2.67 > L69 AND L69 < MINL2.70, IIF(MINC66.1 > L69, L69, C), IIF(MINL2.68 > L70 AND L70 < MINL2.71, IIF(MINC67.1 > L70, L70, C), IIF(MINL2.69 > L71 AND L71 < MINL2.72, IIF(MINC68.1 > L71, L71, C), IIF(MINL2.70 > L72 AND L72 < MINL2.73, IIF(MINC69.1 > L72, L72, C), IIF(MINL2.71 > L73 AND L73 < MINL2.74, IIF(MINC70.1 > L73, L73, C), IIF(MINL2.72 > L74 AND L74 < MINL2.75, IIF(MINC71.1 > L74, L74, C), IIF(MINL2.73 > L75 AND L75 < MINL2.76, IIF(MINC72.1 > L75, L75, C), IIF(MINL2.74 > L76 AND L76 < MINL2.77, IIF(MINC73.1 > L76, L76, C), IIF(MINL2.75 > L77 AND L77 < MINL2.78, IIF(MINC74.1 > L77, L77, C), IIF(MINL2.76 > L78 AND L78 < MINL2.79, IIF(MINC75.1 > L78, L78, C), IIF(MINL2.77 > L79 AND L79 < MINL2.80, IIF(MINC76.1 > L79, L79, C), IIF(MINL2.78 > L80 AND L80 < MINL2.81, IIF(MINC77.1 > L80, L80, C), IIF(MINL2.79 > L81 AND L81 < MINL2.82, IIF(MINC78.1 > L81, L81, C), IIF(MINL2.80 > L82 AND L82 < MINL2.83, IIF(MINC79.1 > L82, L82, C), IIF(MINL2.81 > L83 AND L83 < MINL2.84, IIF(MINC80.1 > L83, L83, C), IIF(MINL2.82 > L84 AND L84 < MINL2.85, IIF(MINC81.1 > L84, L84, C), IIF(MINL2.83 > L85 AND L85 < MINL2.86, IIF(MINC82.1 > L85, L85, C), IIF(MINL2.84 > L86 AND L86 < MINL2.87, IIF(MINC83.1 > L86, L86, C), IIF(MINL2.85 > L87 AND L87 < MINL2.88, IIF(MINC84.1 > L87, L87, C), IIF(MINL2.86 > L88 AND L88 < MINL2.89, IIF(MINC85.1 > L88, L88, C), IIF(MINL2.87 > L89 AND L89 < MINL2.90, IIF(MINC86.1 > L89, L89, C), IIF(MINL2.88 > L90 AND L90 < MINL2.91, IIF(MINC87.1 > L90, L90, C), IIF(MINL2.89 > L91 AND L91 < MINL2.92, IIF(MINC88.1 > L91, L91, C), IIF(MINL2.90 > L92 AND L92 < MINL2.93, IIF(MINC89.1 > L92, L92, C), IIF(MINL2.91 > L93 AND L93 < MINL2.94, IIF(MINC90.1 > L93, L93, C), IIF(MINL2.92 > L94 AND L94 < MINL2.95, IIF(MINC91.1 > L94, L94, C), IIF(MINL2.93 > L95 AND L95 < MINL2.96, IIF(MINC92.1 > L95, L95, C), IIF(MINL2.94 > L96 AND L96 < MINL2.97, IIF(MINC93.1 > L96, L96, C), IIF(MINL2.95 > L97 AND L97 < MINL2.98, IIF(MINC94.1 > L97, L97, C), IIF(MINL2.96 > L98 AND L98 < MINL2.99, IIF(MINC95.1 > L98, L98, C), IIF(MINL2.97 > L99 AND L99 < MINL2.100, IIF(MINC96.1 > L99, L99, C), IIF(MINL2.98 > L100 AND L100 < MINL2.101, IIF(MINC97.1 > L100, L100, C), IIF(MINL2.99 > L101 AND L101 < MINL2.102, IIF(MINC98.1 > L101, L101, C), C))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))

, 200)

SinceTrue(C > IIF(MAXH2 < H2 AND H2 > MAXH2.3, C, IIF(MAXH2.1 < H3 AND H3 > MAXH2.4, H3, IIF(MAXH2.2 < H4 AND H4 > MAXH2.5, IIF(C1 < H4, H4, C), IIF(MAXH2.3 < H5 AND H5 > MAXH2.6, IIF(MAXC2.1 < H5, H5, C), IIF(MAXH2.4 < H6 AND H6 > MAXH2.7, IIF(MAXC3.1 < H6, H6, C), IIF(MAXH2.5 < H7 AND H7 > MAXH2.8, IIF(MAXC4.1 < H7, H7, C), IIF(MAXH2.6 < H8 AND H8 > MAXH2.9, IIF(MAXC5.1 < H8, H8, C), IIF(MAXH2.7 < H9 AND H9 > MAXH2.10, IIF(MAXC6.1 < H9, H9, C), IIF(MAXH2.8 < H10 AND H10 > MAXH2.11, IIF(MAXC7.1 < H10, H10, C), IIF(MAXH2.9 < H11 AND H11 > MAXH2.12, IIF(MAXC8.1 < H11, H11, C), IIF(MAXH2.10 < H12 AND H12 > MAXH2.13, IIF(MAXC9.1 < H12, H12, C), IIF(MAXH2.11 < H13 AND H13 > MAXH2.14, IIF(MAXC10.1 < H13, H13, C), IIF(MAXH2.12 < H14 AND H14 > MAXH2.15, IIF(MAXC11.1 < H14, H14, C), IIF(MAXH2.13 < H15 AND H15 > MAXH2.16, IIF(MAXC12.1 < H15, H15, C), IIF(MAXH2.14 < H16 AND H16 > MAXH2.17, IIF(MAXC13.1 < H16, H16, C), IIF(MAXH2.15 < H17 AND H17 > MAXH2.18, IIF(MAXC14.1 < H17, H17, C), IIF(MAXH2.16 < H18 AND H18 > MAXH2.19, IIF(MAXC15.1 < H18, H18, C), IIF(MAXH2.17 < H19 AND H19 > MAXH2.20, IIF(MAXC16.1 < H19, H19, C), IIF(MAXH2.18 < H20 AND H20 > MAXH2.21, IIF(MAXC17.1 < H20, H20, C), IIF(MAXH2.19 < H21 AND H21 > MAXH2.22, IIF(MAXC18.1 < H21, H21, C), IIF(MAXH2.20 < H22 AND H22 > MAXH2.23, IIF(MAXC19.1 < H22, H22, C), IIF(MAXH2.21 < H23 AND H23 > MAXH2.24, IIF(MAXC20.1 < H23, H23, C), IIF(MAXH2.22 < H24 AND H24 > MAXH2.25, IIF(MAXC21.1 < H24, H24, C), IIF(MAXH2.23 < H25 AND H25 > MAXH2.26, IIF(MAXC22.1 < H25, H25, C), IIF(MAXH2.24 < H26 AND H26 > MAXH2.27, IIF(MAXC23.1 < H26, H26, C), IIF(MAXH2.25 < H27 AND H27 > MAXH2.28, IIF(MAXC24.1 < H27, H27, C), IIF(MAXH2.26 < H28 AND H28 > MAXH2.29, IIF(MAXC25.1 < H28, H28, C), IIF(MAXH2.27 < H29 AND H29 > MAXH2.30, IIF(MAXC26.1 < H29, H29, C), IIF(MAXH2.28 < H30 AND H30 > MAXH2.31, IIF(MAXC27.1 < H30, H30, C), IIF(MAXH2.29 < H31 AND H31 > MAXH2.32, IIF(MAXC28.1 < H31, H31, C), IIF(MAXH2.30 < H32 AND H32 > MAXH2.33, IIF(MAXC29.1 < H32, H32, C), IIF(MAXH2.31 < H33 AND H33 > MAXH2.34, IIF(MAXC30.1 < H33, H33, C), IIF(MAXH2.32 < H34 AND H34 > MAXH2.35, IIF(MAXC31.1 < H34, H34, C), IIF(MAXH2.33 < H35 AND H35 > MAXH2.36, IIF(MAXC32.1 < H35, H35, C), IIF(MAXH2.34 < H36 AND H36 > MAXH2.37, IIF(MAXC33.1 < H36, H36, C), IIF(MAXH2.35 < H37 AND H37 > MAXH2.38, IIF(MAXC34.1 < H37, H37, C), IIF(MAXH2.36 < H38 AND H38 > MAXH2.39, IIF(MAXC35.1 < H38, H38, C), IIF(MAXH2.37 < H39 AND H39 > MAXH2.40, IIF(MAXC36.1 < H39, H39, C), IIF(MAXH2.38 < H40 AND H40 > MAXH2.41, IIF(MAXC37.1 < H40, H40, C), IIF(MAXH2.39 < H41 AND H41 > MAXH2.42, IIF(MAXC38.1 < H41, H41, C), IIF(MAXH2.40 < H42 AND H42 > MAXH2.43, IIF(MAXC39.1 < H42, H42, C), IIF(MAXH2.41 < H43 AND H43 > MAXH2.44, IIF(MAXC40.1 < H43, H43, C), IIF(MAXH2.42 < H44 AND H44 > MAXH2.45, IIF(MAXC41.1 < H44, H44, C), IIF(MAXH2.43 < H45 AND H45 > MAXH2.46, IIF(MAXC42.1 < H45, H45, C), IIF(MAXH2.44 < H46 AND H46 > MAXH2.47, IIF(MAXC43.1 < H46, H46, C), IIF(MAXH2.45 < H47 AND H47 > MAXH2.48, IIF(MAXC44.1 < H47, H47, C), IIF(MAXH2.46 < H48 AND H48 > MAXH2.49, IIF(MAXC45.1 < H48, H48, C), IIF(MAXH2.47 < H49 AND H49 > MAXH2.50, IIF(MAXC46.1 < H49, H49, C), IIF(MAXH2.48 < H50 AND H50 > MAXH2.51, IIF(MAXC47.1 < H50, H50, C), IIF(MAXH2.49 < H51 AND H51 > MAXH2.52, IIF(MAXC48.1 < H51, H51, C), IIF(MAXH2.50 < H52 AND H52 > MAXH2.53, IIF(MAXC49.1 < H52, H52, C), IIF(MAXH2.51 < H53 AND H53 > MAXH2.54, IIF(MAXC50.1 < H53, H53, C), IIF(MAXH2.52 < H54 AND H54 > MAXH2.55, IIF(MAXC51.1 < H54, H54, C), IIF(MAXH2.53 < H55 AND H55 > MAXH2.56, IIF(MAXC52.1 < H55, H55, C), IIF(MAXH2.54 < H56 AND H56 > MAXH2.57, IIF(MAXC53.1 < H56, H56, C), IIF(MAXH2.55 < H57 AND H57 > MAXH2.58, IIF(MAXC54.1 < H57, H57, C), IIF(MAXH2.56 < H58 AND H58 > MAXH2.59, IIF(MAXC55.1 < H58, H58, C), IIF(MAXH2.57 < H59 AND H59 > MAXH2.60, IIF(MAXC56.1 < H59, H59, C), IIF(MAXH2.58 < H60 AND H60 > MAXH2.61, IIF(MAXC57.1 < H60, H60, C), IIF(MAXH2.59 < H61 AND H61 > MAXH2.62, IIF(MAXC58.1 < H61, H61, C), IIF(MAXH2.60 < H62 AND H62 > MAXH2.63, IIF(MAXC59.1 < H62, H62, C), IIF(MAXH2.61 < H63 AND H63 > MAXH2.64, IIF(MAXC60.1 < H63, H63, C), IIF(MAXH2.62 < H64 AND H64 > MAXH2.65, IIF(MAXC61.1 < H64, H64, C), IIF(MAXH2.63 < H65 AND H65 > MAXH2.66, IIF(MAXC62.1 < H65, H65, C), IIF(MAXH2.64 < H66 AND H66 > MAXH2.67, IIF(MAXC63.1 < H66, H66, C), IIF(MAXH2.65 < H67 AND H67 > MAXH2.68, IIF(MAXC64.1 < H67, H67, C), IIF(MAXH2.66 < H68 AND H68 > MAXH2.69, IIF(MAXC65.1 < H68, H68, C), IIF(MAXH2.67 < H69 AND H69 > MAXH2.70, IIF(MAXC66.1 < H69, H69, C), IIF(MAXH2.68 < H70 AND H70 > MAXH2.71, IIF(MAXC67.1 < H70, H70, C), IIF(MAXH2.69 < H71 AND H71 > MAXH2.72, IIF(MAXC68.1 < H71, H71, C), IIF(MAXH2.70 < H72 AND H72 > MAXH2.73, IIF(MAXC69.1 < H72, H72, C), IIF(MAXH2.71 < H73 AND H73 > MAXH2.74, IIF(MAXC70.1 < H73, H73, C), IIF(MAXH2.72 < H74 AND H74 > MAXH2.75, IIF(MAXC71.1 < H74, H74, C), IIF(MAXH2.73 < H75 AND H75 > MAXH2.76, IIF(MAXC72.1 < H75, H75, C), IIF(MAXH2.74 < H76 AND H76 > MAXH2.77, IIF(MAXC73.1 < H76, H76, C), IIF(MAXH2.75 < H77 AND H77 > MAXH2.78, IIF(MAXC74.1 < H77, H77, C), IIF(MAXH2.76 < H78 AND H78 > MAXH2.79, IIF(MAXC75.1 < H78, H78, C), IIF(MAXH2.77 < H79 AND H79 > MAXH2.80, IIF(MAXC76.1 < H79, H79, C), IIF(MAXH2.78 < H80 AND H80 > MAXH2.81, IIF(MAXC77.1 < H80, H80, C), IIF(MAXH2.79 < H81 AND H81 > MAXH2.82, IIF(MAXC78.1 < H81, H81, C), IIF(MAXH2.80 < H82 AND H82 > MAXH2.83, IIF(MAXC79.1 < H82, H82, C), IIF(MAXH2.81 < H83 AND H83 > MAXH2.84, IIF(MAXC80.1 < H83, H83, C), IIF(MAXH2.82 < H84 AND H84 > MAXH2.85, IIF(MAXC81.1 < H84, H84, C), IIF(MAXH2.83 < H85 AND H85 > MAXH2.86, IIF(MAXC82.1 < H85, H85, C), IIF(MAXH2.84 < H86 AND H86 > MAXH2.87, IIF(MAXC83.1 < H86, H86, C), IIF(MAXH2.85 < H87 AND H87 > MAXH2.88, IIF(MAXC84.1 < H87, H87, C), IIF(MAXH2.86 < H88 AND H88 > MAXH2.89, IIF(MAXC85.1 < H88, H88, C), IIF(MAXH2.87 < H89 AND H89 > MAXH2.90, IIF(MAXC86.1 < H89, H89, C), IIF(MAXH2.88 < H90 AND H90 > MAXH2.91, IIF(MAXC87.1 < H90, H90, C), IIF(MAXH2.89 < H91 AND H91 > MAXH2.92, IIF(MAXC88.1 < H91, H91, C), IIF(MAXH2.90 < H92 AND H92 > MAXH2.93, IIF(MAXC89.1 < H92, H92, C), IIF(MAXH2.91 < H93 AND H93 > MAXH2.94, IIF(MAXC90.1 < H93, H93, C), IIF(MAXH2.92 < H94 AND H94 > MAXH2.95, IIF(MAXC91.1 < H94, H94, C), IIF(MAXH2.93 < H95 AND H95 > MAXH2.96, IIF(MAXC92.1 < H95, H95, C), IIF(MAXH2.94 < H96 AND H96 > MAXH2.97, IIF(MAXC93.1 < H96, H96, C), IIF(MAXH2.95 < H97 AND H97 > MAXH2.98, IIF(MAXC94.1 < H97, H97, C), IIF(MAXH2.96 < H98 AND H98 > MAXH2.99, IIF(MAXC95.1 < H98, H98, C), IIF(MAXH2.97 < H99 AND H99 > MAXH2.100, IIF(MAXC96.1 < H99, H99, C), IIF(MAXH2.98 < H100 AND H100 > MAXH2.101, IIF(MAXC97.1 < H100, H100, C), IIF(MAXH2.99 < H101 AND H101 > MAXH2.102, IIF(MAXC98.1 < H101, H101, C), C)))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))) , 200)

I don't need any other change in the formula , I tried but it gives me syntax error

thanks

Dhiren

Bruce_L

Posted : Thursday, February 1, 2018 11:29:05 AM

Worden Trainer

Joined: 10/7/2004
Posts: 65,138

I don't seem to be getting any error messages when I just put a minus sign between the two formulas. That said, the resulting formula is too long and slow to be practical or post in the forums.

-Bruce
Personal Criteria Formulas
TC2000 Support Articles

dhirenshah

Posted : Thursday, February 1, 2018 12:20:23 PM

Registered User
Joined: 3/10/2012
Posts: 465

Sorry Bruce looks like I need one more cup of coffee .. :) It works now i guess i made some error

And another question I forgot to ask is there a way to compute WIDTH of Fractals and get horizontal line on them atleast for 5 bars , I m trying to compare them as following and they are automated

Like attached is the Image from Trading View i use... Yellow Horizontal lines are minor highs made after price crossing high of the bar and purple horizontal lines are made after price crossed minor low of the bar but my main interest is to see width of the fractal on them

HIGHER HIGH TO HIGHER LOW

LOWER HIGH TO LOWER LOW

HIGHER HIGH TO LOWER LOW

LOWER LOW TO HIGHER LOW

LOWER LOW TO LOWER HIGH

Please see the attached Link

http://www.dhirenshah.com/fractal-width-example/

thanks

Dhiren

Bruce_L

Posted : Thursday, February 1, 2018 12:30:08 PM

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Joined: 10/7/2004
Posts: 65,138

I can't think of a way. I don't have any reasonable way of determining a high or low is lower or higher except on the bar where it is detected. I can't make a "higher high" type formula and have it keep returning values for multiple bars.

-Bruce
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dhirenshah

Posted : Thursday, February 1, 2018 1:04:54 PM

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Joined: 3/10/2012
Posts: 465

Okay Bruce how about this way, we don't go too far to check but keeping lets say 200 bars max

1) IF Fractal width range of ABS Higher Higher to Higher Low is greater then Previous Fractal Range of Higher High to Higher low then show me +1

2) IF Fractal width range of ABS HIGHER HIGH TO LOWER LOW is greater then PREVIOUS Fractal Range of Higher High to Lower Low then show me + 2

3) IF Fractal width range of ABS LOWER LOW TO LOWER HIGH is greater then Previous Fractal Range of Lower Low to Lower High then show me - 1

4) IF Fractal width range of ABSLOWER LOW TO HIGHER HIGH is greater then Previous Fractal Range of Lower Low to HIGHER High then show me - 2

Is this possible ?

thanks

Bruce_L

Posted : Thursday, February 1, 2018 1:10:31 PM

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Joined: 10/7/2004
Posts: 65,138

No. Seriously. I don't know of a way to keep returning the value of a higher high, lower low, higher low, or lower high for more than than a single bar. I can identify the the bar that it happened and return the value for that bar and that is it.

When a formula returns a higher high, it has no idea if the high against which it was higher was a higher high or a lower high because it has no way of calculating the value of two highs ago. It can only determine the value of the current high and the previous high. That's it. The value of those two highs is all you get. And one bar later, you can only get the value of the most recent high.

-Bruce
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dhirenshah

Posted : Thursday, February 1, 2018 1:17:41 PM

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Joined: 3/10/2012
Posts: 465

No Worries Bruce

thanks cheers

Bruce_L

Posted : Thursday, February 1, 2018 1:19:00 PM

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Joined: 10/7/2004
Posts: 65,138

You're welcome.

-Bruce
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