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popid_822741237="<p><span style=\"color: #010100;\">Correct curve digit output is generated based on proper placement of depth grids, and thus a log track must be fully and correctly gridded for reliable digits to be generated.&nbsp; Upon generating output NeuraLog will perform a <\/span><span style=\"color: #010100; text-decoration: underline;\">Depth Grid Verification<\/span><span style=\"color: #010100;\">  to ensure that the track has been properly gridded. <\/span><\/p>\n\r<p><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p><span style=\"color: #010100;\">If grid verification does not pass, it may be because all grids are not equally spaced.&nbsp; <\/span><span style=\"font-weight: bold; color: #010100;\">Depth grids should be placed at both the minimum and maximum points of the depth axis, and all depth grids should have equal spacing between them for a given depth axis.<\/span><span style=\"color: #010100;\">  If this is not the case because either the <\/span><span style=\"font-style: italic; color: #010100;\">first<\/span><span style=\"color: #010100;\"> or <\/span><span style=\"font-style: italic; color: #010100;\">last<\/span><span style=\"color: #010100;\"> grid has a smaller\/larger spacing than other grids, NeuraLog allows the user to override this case using the <\/span><span style=\"color: #010100;\"><a href=\"adjustdepthgridspacing.htm\">Depth Grid Spacing Panel<\/a><\/span><span style=\"color: #010100;\">.&nbsp; This panel is obtained by selecting <\/span><span style=\"font-weight: bold; color: #010100;\">Depth Grid Spacing...<\/span><span style=\"color: #010100;\"> from the <\/span><span style=\"font-weight: bold; color: #010100;\">Edit<\/span><span style=\"color: #010100;\"> menu.&nbsp; The user can manually type in the depth grid spacing using this panel, thus overriding the actual grid spacing.&nbsp; These actions will allow the digit output to be correctly generated.<\/span><\/p>\n\r"
popid_2116469220="<p class=\"p_MainHeader\"><span style=\"font-size: 16pt; font-weight: bold; color: #004080;\">Depth Grid Tolerance<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"font-size: 15pt; font-weight: bold; color: #010100;\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">The Depth Grid Tolerance is the percentage of the average grid spacing that any single depth grid can be off from its expected location, and NeuraLog will accept the grid as a depth marker when generating output.<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">NeuraLog uses depth grids to mark depth when generating curve digit output.&nbsp; For this reason, a curve track must be fully gridded and all grids must be spaced to satisfy this tolerance.&nbsp; Because of paper stretch, however, some grids may be spaced farther apart than others.&nbsp; <\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">This tolerance is also used to identify possible missing grids when Export Digital Log is invoked from the main panel.&nbsp; If the depth axis is fully gridded and warnings persist, try raising the tolerance percentage.<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">The Grid Tolerance allows NeuraLog to accept grids within a specified tolerance to compensate for paper stretch.&nbsp; Enter the percent for which you want NeuraLog to accept the grid when generating output.<\/span><\/p>\n\r"
popid_805648494X="<p class=\"p_MainHeader\"><img src=\"view.jpg\" width=\"157\" height=\"125\" border=\"0\" alt=\"View\"><span class=\"f_InvisibleTopicsTitle\"> NeuraView - <\/span><span class=\"f_HotSpotText\">Multiple standard TIFF images (color, grayscale or b\/w) and LAS files can be displayed. Scalable windows scroll, zoom, stitch, mirror, crop, rotate, annotate and georeference images. Any multi-page report or portion of an image can be isolated with the selection tool and either saved or printed. LAS files use automatic, yet customizable templates.&nbsp;&nbsp; Auto Load Connectivity provides one-touch workstation loading.&nbsp; For additional information, please contact <\/span><span class=\"f_HotSpotText\"><a href=\"mailto:Sales@neuralog.com\" class=\"weblink\">sales@neuralog.com<\/a><\/span><span class=\"f_HotSpotText\">.<\/span><span style=\"font-size: 10pt;\">  <\/span><\/p>\n\r"
popid_2061802401="<p class=\"p_MainHeader\"><img src=\"nscan.jpg\" width=\"114\" height=\"120\" border=\"0\" alt=\"Nscan\"><span class=\"f_InvisibleTopicsTitle\"> NeuraScanner - <\/span><span class=\"f_HotSpotText\">The NeuraScanner can go anywhere <\/span><span class=\"f_HotSpotText\">&#8211;<\/span><span class=\"f_HotSpotText\"> office, customer site, rig or log library.&nbsp; So compact it fits in a standard briefcase and weighs just 10 pounds.&nbsp; Dual processors scan from 2&quot; to 4&quot;per second and produce smaller cleaner images more quickly than larger and more expensive units.&nbsp; Designed to scan logs from 12&quot; to unlimited length and widths from 3&quot; to 12&quot;.&nbsp; It scans in black and white, grayscale or color and interfaces through USB or serial ports.&nbsp; NeuraScanner AutoLoads Neuralog applications and integrates with other vendor software.&nbsp; NeuraScanner is packaged with NeuraView.&nbsp; For additional information, please contact <\/span><span class=\"f_HotSpotText\"><a href=\"mailto:Sales@neuralog.com\" class=\"weblink\">sales@neuralog.com<\/a><\/span><span class=\"f_HotSpotText\">.<\/span><\/p>\n\r"
popid_1917083622X="<p class=\"p_MainHeader\"><img src=\"contex.jpg\" width=\"94\" height=\"83\" border=\"0\" alt=\"contex\"><span class=\"f_InvisibleTopicsTitle\"> Wide Format Scanners - <\/span><span class=\"f_HotSpotText\">Ideal for imaging maps, seismic, etc. These high speed scanners provide selectable resolutions and allow a variety of document widths.&nbsp; Scanners are available in 24&quot;, 36&quot;, 40&quot; or 50&quot; widths in full color or black and white.&nbsp;&nbsp; For additional information, please contact <\/span><span class=\"f_HotSpotText\"><a href=\"mailto:Sales@neuralog.com\" class=\"weblink\">sales@neuralog.com<\/a><\/span><span class=\"f_HotSpotText\">.<\/span><span style=\"font-size: 10pt;\">  <\/span><\/p>\n\r"
popid_1931842184X="<p class=\"p_MainHeader\"><img src=\"sectioncrosssect.jpg\" width=\"134\" height=\"106\" border=\"0\" alt=\"SectionCrossSect\"><span class=\"f_InvisibleTopicsTitle\"> NeuraSection+ - <\/span><span class=\"f_HotSpotText\">NeuraSection+ rapidly creates a geologic framework of structure and stratigraphy with no digitizing necessary; Produces cross sections with raster and digital logs in structural and stratigraphic views; Produces complete montage presentations incorporating graphics from any other application; Allows the geoscientist to create presentation quality structure maps faster than any other method.<\/span><\/p>\n\r"
popid_717933709X="<p style=\"margin: 0px 120px 0px 0px;\"><img src=\"neuramap.jpg\" width=\"227\" height=\"166\" border=\"0\" alt=\"NeuraMap\"><span class=\"f_InvisibleTopicsTitle\">NeuraMap - <\/span><span style=\"font-weight: bold; color: #7f0000;\">Automated Map Digitizing&nbsp; <\/span><\/p>\n\r<p style=\"margin: 0px 122px 0px 0px;\"><span style=\"font-size: 11pt; font-weight: bold; color: #181512;\">NeuraMap is the oil and gas industry\'s application of choice<\/span><span style=\"font-size: 11pt; color: #181512;\"> to capture and load contour and base map data. Additionally, NeuraMap brings valuable information from maps, cross plots and interpreted seismic data directly to the computer screen Accurate,rapid auto-tracing enhances productivity, and superior digital data streams into the geoscientist\'s workflow.<\/span><\/p>\n\r<p style=\"margin: 0px 122px 0px 0px;\"><span style=\"font-size: 11pt; color: #181512;\">&nbsp;<\/span><\/p>\n\r<p style=\"margin: 0px 122px 0px 0px;\"><span style=\"font-size: 11pt; font-weight: bold; color: #181512;\">NeuraMap receives and converts the most information<\/span><span style=\"font-size: 11pt; color: #181512;\">, from raster images to industry-standard data. Multiple data sources can be merged into one data set.&nbsp; Line, curve and point data is captured and overlaid on the image for immediate quality verification.&nbsp; Editing is made easy with the click of a mouse.<\/span><\/p>\n\r<p style=\"margin: 0px 122px 0px 0px;\"><span style=\"font-size: 11pt; color: #181512;\">&nbsp;<\/span><\/p>\n\r<p style=\"margin: 0px 122px 0px 0px;\"><span style=\"font-size: 11pt; font-weight: bold; color: #181512;\">Superior neural networks<\/span><span style=\"font-size: 11pt; color: #181512;\"> automatically search for selected symbols to create symbol encoded point data.&nbsp; Any map can be georeferenced at any time, regardless of original projection.&nbsp; Unlimited calibration points may be input to automatically eliminate the effects of image skew and stretch.&nbsp; Calibration grid display allows the user to quickly check registration.&nbsp; Once verified, data may be exported in native and common formats for use in any industry-standard application.&nbsp; Data also may be output in layers according to type and source. <\/span><\/p>\n\r<p style=\"margin: 0px 122px 0px 0px;\"><span style=\"font-size: 11pt; color: #181512;\">&nbsp;<\/span><\/p>\n\r<p style=\"margin: 0px 122px 0px 0px;\"><span style=\"font-size: 11pt; font-weight: bold; color: #181512;\">NeuraMap\'s array of capabilities provide the ultimate flexibility<\/span><span style=\"font-size: 11pt; color: #181512;\"> in map data capture. Once the data set is assembled, it can be converted into any format and exported automatically to&nbsp; NeuraSection and other E&amp;P workstations via AutoLoad Connectivity.<\/span><\/p>\n\r<p style=\"margin: 0px 122px 0px 0px;\"><span style=\"font-size: 11pt; color: #181512;\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotText\">For additional information, please contact <\/span><span class=\"f_HotSpotText\"><a href=\"mailto:Sales@neuralog.com\" class=\"weblink\">sales@neuralog.com<\/a><\/span><span class=\"f_HotSpotText\">.<\/span><\/p>\n\r"
popid_1297248489X="<p style=\"text-align: center;\"><img src=\"wizard.jpg\" width=\"495\" height=\"499\" border=\"0\" alt=\"Wizard\"><\/p>\n\r"
popid_1996752700="<p class=\"p_MainHeader\"><span class=\"f_InvisibleTopicsTitle\">Key Number - <\/span><span class=\"f_HotSpotText\">The Key ID is tied into your license file.&nbsp; This could either be a <\/span><span class=\"f_HotSpotText\" style=\"font-weight: bold;\">Dongle <\/span><span class=\"f_HotSpotText\">(Example:&nbsp; 03d7) or an <\/span><span class=\"f_HotSpotText\" style=\"font-weight: bold;\">Ethernet ID <\/span><span class=\"f_HotSpotText\">(Example:&nbsp; 006097df2744).&nbsp; <\/span><\/p>\n\r"
popid_1934244610X="<p class=\"p_MainHeader\"><span class=\"f_InvisibleTopicsTitle\">License File Path - <\/span><span class=\"f_HotSpotText\">File path to the <\/span><span class=\"f_HotSpotText\" style=\"font-weight: bold;\">license.dat<\/span><span class=\"f_HotSpotText\"> file being used. <\/span><span class=\"f_HotSpotText\" style=\"font-style: italic;\">Usually in NDS_HOME (Ex:&nbsp; c:\\nds\\license.dat)<\/span><\/p>\n\r"
popid_1773499788="<p class=\"p_MainHeader\"><img src=\"iconabout.jpg\" width=\"41\" height=\"40\" border=\"0\" alt=\"IconAbout\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">About NeuraLog+ - <\/span><span class=\"f_HotSpotText\">This icon will display current version and licensing information, as well as a link to the Neuralog website.<\/span><\/p>\n\r"
popid_1041212331="<p class=\"p_MainHeader\"><img src=\"iconopen.jpg\" width=\"41\" height=\"40\" border=\"0\" alt=\"IconOpen\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Open NeuraLog+ File - <\/span><span class=\"f_HotSpotText\">Open an existing .nlg\/.wlg file.<\/span><\/p>\n\r"
popid_637538799="<p class=\"p_MainHeader\"><img src=\"iconsave.jpg\" width=\"40\" height=\"40\" border=\"0\" alt=\"IconSave\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Save - <\/span><span class=\"f_HotSpotText\">Saves the selected document <\/span><span class=\"f_HotSpotText\" style=\"font-weight: bold;\">only<\/span><span class=\"f_HotSpotText\">.&nbsp; <\/span><\/p>\n\r"
popid_1041506150="<p class=\"p_MainHeader\"><img src=\"iconscan.jpg\" width=\"40\" height=\"40\" border=\"0\" alt=\"IconScan\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Scan Log - <\/span><span class=\"f_HotSpotText\">Launches the NeuraScanner for scanning the log and returns image to NeuraLog+ when complete..<\/span><\/p>\n\r"
popid_1826042520="<p class=\"p_MainHeader\"><img src=\"iconprint.jpg\" width=\"40\" height=\"40\" border=\"0\" alt=\"IconPrint\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Print - <\/span><span class=\"f_HotSpotText\">Select to print documents <\/span><span class=\"f_HotSpotText\" style=\"font-weight: bold;\">and <\/span><span class=\"f_HotSpotText\">save to .jpg or .tif files.<\/span><\/p>\n\r"
popid_2021851489="<p class=\"p_MainHeader\"><img src=\"icondeletetoend.jpg\" width=\"40\" height=\"40\" border=\"0\" alt=\"IconDeletetoEnd\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Delete to End of Curve - <\/span><span class=\"f_HotSpotText\">Activates \'Delete to End of Curve\' to quickly eliminate the bottom of a curve.&nbsp;&nbsp; <\/span><\/p>\n\r"
popid_1040256882="<p class=\"p_MainHeader\"><img src=\"iconcopy.jpg\" width=\"40\" height=\"40\" border=\"0\" alt=\"IconCopy\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Copy Curve - <\/span><span class=\"f_HotSpotText\">Copy selected curve.<\/span><\/p>\n\r"
popid_1824709634="<p class=\"p_MainHeader\"><img src=\"iconpaste.jpg\" width=\"40\" height=\"40\" border=\"0\" alt=\"IconPaste\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Paste Curve - <\/span><span class=\"f_HotSpotText\">Paste selected curve.<\/span><\/p>\n\r"
popid_1041685633="<p class=\"p_MainHeader\"><img src=\"iconundo.jpg\" width=\"40\" height=\"40\" border=\"0\" alt=\"IconUndo\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Undo Last Edit - <\/span><span class=\"f_HotSpotText\">Option will undo up to 10 previous edits.<\/span><\/p>\n\r"
popid_1041430471="<p class=\"p_MainHeader\"><img src=\"iconredo.jpg\" width=\"40\" height=\"40\" border=\"0\" alt=\"IconRedo\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Redo Last Undo - <\/span><span class=\"f_HotSpotText\">Option will redo up to 10 previous undos.<\/span><\/p>\n\r"
popid_1123180055X="<p class=\"p_MainHeader\"><img src=\"iconzooma.gif\" width=\"49\" height=\"53\" border=\"0\" alt=\"IconZoomA\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Zoom All - <\/span><span class=\"f_HotSpotText\">Sets zoom factor on all well log documents to the zoom factor of the selected document. <\/span><span style=\"color: #000000;\"> <\/span><\/p>\n\r"
popid_393003201X="<p class=\"p_MainHeader\"><img src=\"iconscrla.gif\" width=\"52\" height=\"51\" border=\"0\" alt=\"IconScrlA\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Scroll All - <\/span><span class=\"f_HotSpotText\">Scroll all well logs to selected depth view of active well log.<\/span><\/p>\n\r"
popid_771610287X="<p class=\"p_MainHeader\"><img src=\"iconslck.gif\" width=\"49\" height=\"54\" border=\"0\" alt=\"IconSlck\"><span class=\"f_HotSpotTitle\">  <\/span><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Lock Scroll - <\/span><span class=\"f_HotSpotText\">All logs will scroll together.<\/span><\/p>\n\r"
popid_665934278="<p class=\"p_MainHeader\"><img src=\"iconcor.jpg\" width=\"41\" height=\"40\" border=\"0\" alt=\"IconCor\"><span class=\"f_HotSpotTitle\"> <\/span><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Correlation View -<\/span><span class=\"f_HotSpotText\"> Arranges all <\/span><span class=\"f_HotSpotText\" style=\"font-weight: bold;\">UN<\/span><span class=\"f_HotSpotText\">iconified well logs side-by-side.&nbsp; <\/span><\/p>\n\r"
popid_49346217X="<p class=\"p_MainHeader\"><img src=\"iconaddnewcurve.jpg\" width=\"50\" height=\"45\" border=\"0\" alt=\"IconAddNewCurve\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Add New Curve -<\/span><span class=\"f_HotSpotText\"> Add new curve to digitize.<\/span><\/p>\n\r"
popid_735416362X="<p class=\"p_MainHeader\"><img src=\"iconseltracer.jpg\" width=\"50\" height=\"44\" border=\"0\" alt=\"IconSelTracer\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Select Line Tracer -<\/span><span class=\"f_HotSpotText\"> Select line style of curve being digitized.<\/span><\/p>\n\r"
popid_946268973X="<p class=\"p_MainHeader\"><img src=\"iconselscaletype.jpg\" width=\"49\" height=\"44\" border=\"0\" alt=\"IconSelScaleType\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Select Scale Type -<\/span><span class=\"f_HotSpotText\"> Select track scale type (i.e. Linear, Logarithmic, Multilinear, etc.).<\/span><\/p>\n\r"
popid_1956483278="<p class=\"p_MainHeader\"><img src=\"iconaddbu.jpg\" width=\"50\" height=\"44\" border=\"0\" alt=\"IconAddBU\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Add Backup Scale -<\/span><span class=\"f_HotSpotText\"> Add a backup scale to an existing scale axis.<\/span><\/p>\n\r"
popid_722524118="<p class=\"p_MainHeader\"><img src=\"iconshowhidegrid.jpg\" width=\"46\" height=\"43\" border=\"0\" alt=\"iconshowhidegrid\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Show\/Hide Gridlines -<\/span><span class=\"f_HotSpotText\"> Used to show or hide the gridlines displayed during calibration (on by default).&nbsp; <\/span><\/p>\n\r"
popid_843654827="<p class=\"p_MainHeader\"><img src=\"iconshowall.jpg\" width=\"49\" height=\"45\" border=\"0\" alt=\"IconShowAll\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Show All Curves -<\/span><span class=\"f_HotSpotText\"> Display all digitized curves.<\/span><\/p>\n\r"
popid_1640383768="<p class=\"p_MainHeader\"><img src=\"iconcurveedit.jpg\" width=\"44\" height=\"44\" border=\"0\" alt=\"IconCurveEdit\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Edit Curve -<\/span><span class=\"f_HotSpotText\"> This icon is active when in curve trace mode.<\/span><\/p>\n\r"
popid_273434917X="<p class=\"p_MainHeader\"><img src=\"iconareatrace.jpg\" width=\"42\" height=\"42\" border=\"0\" alt=\"IconAreaTrace\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Area Trace -<\/span><span class=\"f_HotSpotText\"> Used to define an area to auto-trace. <\/span><\/p>\n\r"
popid_2076016417="<p class=\"p_MainHeader\"><img src=\"iconmovewarp.jpg\" width=\"44\" height=\"45\" border=\"0\" alt=\"IconMoveWarp\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Curve Move\/Warp -<\/span><span class=\"f_HotSpotText\"> When the tool is on, the curve will move\/warp the whole curve BELOW the cursor position.&nbsp; This tool is useful when the curve copy\/paste is used to create similar curves.&nbsp; In addition, the \'W\' key will toggle the function to be able to move the selected area only.<\/span><\/p>\n\r"
popid_407303263X="<p class=\"p_MainHeader\"><img src=\"iconeraser.jpg\" width=\"45\" height=\"44\" border=\"0\" alt=\"IconEraser\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Eraser Tool -<\/span><span class=\"f_HotSpotText\"> Used to erase \'control points\' from the depth axis, as well as curve data.&nbsp; <\/span><span class=\"f_HotSpotText\" style=\"font-style: italic;\">Note:&nbsp; If data is removed from the center of an existing curve, it will only \'straighten\' the curve between endpoints.&nbsp; If you want to totally remove data from the curve, use the scissors tool.<\/span><span class=\"f_HotSpotText\">  <\/span><\/p>\n\r"
popid_518913876X="<p class=\"p_MainHeader\"><img src=\"iconscissors.jpg\" width=\"44\" height=\"44\" border=\"0\" alt=\"IconScissors\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Scissors -<\/span><span class=\"f_HotSpotText\"> Used to REMOVE unwanted curve data such as intermittent missing curve data.&nbsp; This tool will output NULL data for the cut intervals.&nbsp; <\/span><\/p>\n\r"
popid_226043224X="<p class=\"p_MainHeader\"><img src=\"iconstraightenlog.jpg\" width=\"40\" height=\"41\" border=\"0\" alt=\"IconStraightenLog\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Straighten Log -<\/span><span class=\"f_HotSpotText\"> Straighten calibrated log image. <\/span><\/p>\n\r"
popid_1050770464X="<p class=\"p_MainHeader\"><img src=\"iconzoomrate.gif\" width=\"136\" height=\"48\" border=\"0\" alt=\"IconZoomRate\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Select Zoom % - <\/span><span class=\"f_HotSpotText\">Type desired zoom percentage for selected document window.<\/span><\/p>\n\r"
popid_1624247487X="<p class=\"p_MainHeader\"><img src=\"iconzoom+.jpg\" width=\"39\" height=\"40\" border=\"0\" alt=\"IconZoom+\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Zoom In - <\/span><span class=\"f_HotSpotText\">Increases zoom view in selected document window.&nbsp; <\/span><\/p>\n\r"
popid_1123153774X="<p class=\"p_MainHeader\"><img src=\"iconzoom-.jpg\" width=\"40\" height=\"40\" border=\"0\" alt=\"IconZoom-\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Zoom Out - <\/span><span class=\"f_HotSpotText\">Decreases zoom view in selected document window.<\/span><\/p>\n\r"
popid_1050763784X="<p class=\"p_MainHeader\"><img src=\"iconzoomrect.jpg\" width=\"40\" height=\"39\" border=\"0\" alt=\"IconZoomRect\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Zoom to Rectangle - <\/span><span class=\"f_HotSpotText\">Zoom in to selected area.<\/span><\/p>\n\r"
popid_1052043301X="<p class=\"p_MainHeader\"><img src=\"iconzoomrect.jpg\" width=\"40\" height=\"39\" border=\"0\" alt=\"IconZoomRect\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Zoom Back - <\/span><span class=\"f_HotSpotText\">Return to the previous zoom view.<\/span><\/p>\n\r"
popid_1356678333X="<p class=\"p_MainHeader\"><img src=\"iconcolordisplay.jpg\" width=\"41\" height=\"40\" border=\"0\" alt=\"IconColorDisplay\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Color Display - <\/span><span class=\"f_HotSpotText\">Toggles between color and black\/white display views.<\/span><\/p>\n\r"
popid_876181038X="<p class=\"p_MainHeader\"><img src=\"iconselcolorinimage.jpg\" width=\"40\" height=\"39\" border=\"0\" alt=\"IconSelColorinImage\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Color Select - <\/span><span class=\"f_HotSpotText\">Select Color in Image to Display in B\/W mode.<\/span><\/p>\n\r"
popid_2038825583="<p class=\"p_MainHeader\"><img src=\"iconverifydepthgridspacing.gif\" width=\"40\" height=\"41\" border=\"0\" alt=\"IconVerifyDepthGridSpacing\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Verify Depth Grid Spacing - <\/span><span class=\"f_HotSpotText\">Verifies calibration grid.<\/span><\/p>\n\r"
popid_1299487181X="<p class=\"p_MainHeader\"><img src=\"iconspikecheck.gif\" width=\"43\" height=\"43\" border=\"0\" alt=\"IconSpikeCheck\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Find Spikes - <\/span><span class=\"f_HotSpotText\">Finds spikes in curves based on options set in Tools &gt; Options...<\/span><\/p>\n\r"
popid_553479115="<p class=\"p_MainHeader\"><img src=\"icongapcheck.gif\" width=\"42\" height=\"42\" border=\"0\" alt=\"IconGapCheck\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Gap Finder - <\/span><span class=\"f_HotSpotText\">Finds gaps in curves that will not be fixed with the \'Interpolation Gap\' setting.<\/span><\/p>\n\r"
popid_1602087790X="<p class=\"p_MainHeader\"><img src=\"iconlogqualityindex.gif\" width=\"43\" height=\"43\" border=\"0\" alt=\"IconLogQualityIndex\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Log Quality Index - <\/span><span class=\"f_HotSpotText\">Runs existing NeuraLog QC tools on all curves in a document (Spike Finder, Gap Finder, Overlay %, &amp; Verify Depth Track Grids) to calculate simple curve and composite \'Index\' that indicates the quality of the log conversion.<\/span><\/p>\n\r"
popid_1837332990X="<p class=\"p_MainHeader\"><img src=\"moderastercal.jpg\" width=\"50\" height=\"50\" border=\"0\" alt=\"modeRasterCal\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Raster Calibration Mode - <\/span><span class=\"f_HotSpotText\">Define Header Rect, Scale Rect, Depth Intervals, set UWI, and Log Type for raster calibration export to NeuraSection, GeoGraphix, and\/or PETRA.&nbsp; .<\/span><\/p>\n\r"
popid_1430806309X="<p class=\"p_MainHeader\"><img src=\"modeaxisdef.jpg\" width=\"52\" height=\"51\" border=\"0\" alt=\"ModeAxisDef\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Axis Definition Mode - <\/span><span class=\"f_HotSpotText\">Define Depth and Scale Axes positions and values.<\/span><\/p>\n\r"
popid_1623129282X="<p class=\"p_MainHeader\"><img src=\"modeaxisedit.jpg\" width=\"52\" height=\"51\" border=\"0\" alt=\"ModeAxisEdit\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Axes Edit Mode - <\/span><span class=\"f_HotSpotText\">Edit Depth\/Scale Axes values and\/or positions<\/span><\/p>\n\r"
popid_560684954="<p class=\"p_MainHeader\"><img src=\"modedepthgrid.jpg\" width=\"51\" height=\"51\" border=\"0\" alt=\"ModeDepthGrid\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Depth Grid Mode - <\/span><span class=\"f_HotSpotText\">Add\/Edit Depth Grids.&nbsp; This mode is used to create the horizontal or depth grids.&nbsp; Depth gridding is <\/span><span class=\"f_HotSpotText\" style=\"font-weight: bold;\">not optional<\/span><span class=\"f_HotSpotText\">, and the entire depth axis must be gridded before a digit output file can be created.<\/span><\/p>\n\r"
popid_1651509705X="<p class=\"p_MainHeader\"><img src=\"modescalegrids.jpg\" width=\"53\" height=\"51\" border=\"0\" alt=\"ModeScaleGrids\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Scale Grid Mode - <\/span><span class=\"f_HotSpotText\">Add\/Edit Scale Grids.&nbsp; This mode is used to create the vertical or scale grids.&nbsp; Unlike depth gridding, scale gridding is optional (except for multi-linear scales); however, scale gridding is recommended because it assists in auto tracing.<\/span><\/p>\n\r"
popid_568608578X="<p class=\"p_MainHeader\"><img src=\"modetrace.jpg\" width=\"53\" height=\"51\" border=\"0\" alt=\"ModeTrace\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Trace\/Digitize Mode - <\/span><span class=\"f_HotSpotText\">Digitize curves.<\/span><\/p>\n\r"
popid_1236437678="<p class=\"p_MainHeader\"><img src=\"modelasdepthshift.jpg\" width=\"59\" height=\"53\" border=\"0\" alt=\"ModeLASDepthShift\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">LAS Depth Shift Mode - <\/span><span class=\"f_HotSpotText\">Depth shift LAS Curves.<\/span><\/p>\n\r"
popid_49055634="<p class=\"p_MainHeader\"><img src=\"modelasbaselineshift.jpg\" width=\"56\" height=\"53\" border=\"0\" alt=\"ModeLASBaselineshift\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">LAS Baseline Shift Mode - <\/span><span class=\"f_HotSpotText\">Baseline shift LAS Curves.<\/span><\/p>\n\r"
popid_559016879X="<p class=\"p_MainHeader\"><img src=\"modelasedit.jpg\" width=\"58\" height=\"52\" border=\"0\" alt=\"ModeLASEdit\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">LAS Curve Edit - <\/span><span class=\"f_HotSpotText\">Edit LAS curve data.<\/span><\/p>\n\r"
popid_72632032X="<p class=\"p_MainHeader\"><img src=\"modelasselunder.jpg\" width=\"51\" height=\"48\" border=\"0\" alt=\"ModeLASSelUnder\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Select LAS Underlay Image - <\/span><span class=\"f_HotSpotText\">Select image to underlay LAS file.<\/span><\/p>\n\r"
popid_1680840725X="<p class=\"p_MainHeader\"><img src=\"modelasmoveunderlay.jpg\" width=\"50\" height=\"49\" border=\"0\" alt=\"ModeLASMoveUnderlay\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Move Underlay Image Mode - <\/span><span class=\"f_HotSpotText\">Move underlay LAS underlay image.<\/span><\/p>\n\r"
popid_1761625943X="<p class=\"p_MainHeader\"><img src=\"modelasadjustdisplay.jpg\" width=\"49\" height=\"48\" border=\"0\" alt=\"ModeLASAdjustDisplay\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Adjust LAS Track Display - <\/span><span class=\"f_HotSpotText\">Adjust LAS track display to match underlying image while in Virtual Light Table mode.<\/span><\/p>\n\r"
popid_1462607502X="<p class=\"p_MainHeader\"><map name=\"map10\"><area shape=\"rect\" coords=\"3,3,222,406\" href=\"javascript:void(0);\" onclick=\"return hmshowPopup(event, popid_1462607502X, true);\" alt=\"\"><\/map><img src=\"tooltrackprop.jpg\" width=\"234\" height=\"422\" border=\"0\" alt=\"ToolTrackProp\" ismap usemap=\"#map10\">  <\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Track Properties - <\/span><span class=\"f_HotSpotText\">Toolbar that can be used to set\/edit depth\/scale\/curve properties on any well log..<\/span><\/p>\n\r"
popid_1735483026="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Cache.ini File - <\/span><span style=\"font-size: 11pt;\">This file is generated if the <\/span><span style=\"font-size: 11pt; font-weight: bold;\">Image Cacher<\/span><span style=\"font-size: 11pt;\"> is installed in <\/span><span style=\"font-size: 11pt; font-style: italic; font-weight: bold;\">shared cache<\/span><span style=\"font-size: 11pt;\"> mode.&nbsp; The <\/span><span style=\"font-size: 11pt; font-weight: bold;\">MJ_ON<\/span><span style=\"font-size: 11pt;\"> can be added manually so MJ LogSleuth images remain in the MJ LogSleuth project only for NeuraSection.&nbsp; To turn the global cache off, change the <\/span><span style=\"font-size: 11pt; font-weight: bold;\">on <\/span><span style=\"font-size: 11pt;\">to <\/span><span style=\"font-size: 11pt; font-weight: bold;\">off <\/span><span style=\"font-size: 11pt;\">on line 3 of the file.&nbsp; <\/span><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><img src=\"cacheini.jpg\" width=\"207\" height=\"174\" border=\"0\" alt=\"cacheini\"><\/p>\n\r"
popid_1185386879="<p class=\"p_MainHeader\"><span class=\"f_InvisibleTopicsTitle\">NDS_HOME - <\/span><span class=\"f_HotSpotText\" style=\"font-weight: bold;\">Example:<\/span><span class=\"f_HotSpotText\"> <\/span><span class=\"f_HotSpotText\" style=\"font-style: italic; font-weight: bold;\"> c:\\nds<\/span><\/p>\n\r"
popid_1346667642X="<p class=\"p_MainHeader\"><span class=\"f_InvisibleTopicsTitle\">NDS_PROJECTS - <\/span><span class=\"f_HotSpotText\" style=\"font-weight: bold;\">Example:&nbsp; <\/span><span class=\"f_HotSpotText\" style=\"font-style: italic; font-weight: bold;\">c:\\nds\\projects&nbsp; <\/span><span class=\"f_HotSpotText\">(<\/span><span class=\"f_HotSpotText\" style=\"font-style: italic;\">Note:&nbsp; This can be re-set by changing the <\/span><span class=\"f_HotSpotText\" style=\"font-style: italic; font-weight: bold;\">Project Group<\/span><span class=\"f_HotSpotText\" style=\"font-style: italic;\"> on the Project Setup Panel.<\/span><span class=\"f_HotSpotText\">)<\/span><\/p>\n\r"
popid_1456610064="<p style=\"text-align: center;\"><img src=\"calculatecondres.jpg\" width=\"461\" height=\"340\" border=\"0\" alt=\"CalculateCondRes\"><\/p>\n\r<p style=\"text-align: center;\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p style=\"margin: 0px 0px 0px 33px;\"><span style=\"font-style: italic; font-weight: bold; color: #010100;\">Tools &gt; Calculate Res.\/Cond.<\/span><\/p>\n\r<p style=\"margin: 0px 0px 0px 33px;\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p style=\"margin: 0px 0px 0px 67px;\"><span style=\"color: #010100;\">This panel allows you to select equivalent resistivity and conductivity curves.&nbsp; You can then derive a conductivity curve from the resistivity or vice versa, or you can use sections of each curve to derive two complete curves.<\/span><\/p>\n\r<p style=\"margin: 0px 0px 0px 67px;\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p style=\"margin: 0px 0px 0px 67px;\"><span style=\"color: #010100;\">To use this panel you should have both the resistivity and conductivity curves defined with <\/span><span style=\"font-weight: bold; color: #010100;\">units set<\/span><span style=\"color: #010100;\"> (ohmms &amp; mmhos).&nbsp; This means you should define and grid the log tracks and select the appropriate curve name for each track.&nbsp; This is necessary for both modes.<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p><span style=\"font-weight: bold; color: #0000ff;\">Notes on using this panel:<\/span><\/p>\n\r<p style=\"margin: 0px 135px 0px 0px;\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<div style=\"text-align: left; text-indent: 0px; padding: 0px 0px 0px 0px; margin: 0px 135px 0px 31px;\"><table border=\"0\" cellpadding=\"0\" cellspacing=\"0\" style=\"line-height: normal;\"><tr style=\"vertical-align:baseline\" valign=\"baseline\"><td width=\"29\"><span style=\"font-size: 12pt; font-family: \'Arial Unicode MS\', \'Lucida Sans Unicode\', \'Arial\'; color: #010100;\">&#8226;<\/span><\/td><td><span style=\"color: #010100;\">For areas where neither curve is defined, no values are generated.<\/span><\/td><\/tr><\/table><\/div><p style=\"text-indent: -29px; margin: 0px 135px 0px 60px;\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<div style=\"text-align: left; text-indent: 0px; padding: 0px 0px 0px 0px; margin: 0px 135px 0px 31px;\"><table border=\"0\" cellpadding=\"0\" cellspacing=\"0\" style=\"line-height: normal;\"><tr style=\"vertical-align:baseline\" valign=\"baseline\"><td width=\"29\"><span style=\"font-size: 12pt; font-family: \'Arial Unicode MS\', \'Lucida Sans Unicode\', \'Arial\'; color: #010100;\">&#8226;<\/span><\/td><td><span style=\"color: #010100;\">For areas where both curves are defined, no values are generated; each curve uses its original values.<\/span><\/td><\/tr><\/table><\/div><p style=\"text-indent: -29px; margin: 0px 135px 0px 60px;\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<div style=\"text-align: left; text-indent: 0px; padding: 0px 0px 0px 0px; margin: 0px 135px 0px 31px;\"><table border=\"0\" cellpadding=\"0\" cellspacing=\"0\" style=\"line-height: normal;\"><tr style=\"vertical-align:baseline\" valign=\"baseline\"><td width=\"29\"><span style=\"font-size: 12pt; font-family: \'Arial Unicode MS\', \'Lucida Sans Unicode\', \'Arial\'; color: #010100;\">&#8226;<\/span><\/td><td><span style=\"color: #010100;\">For areas where only one curve is defined, the values of the alternate curve are derived using the appropriate formula.<\/span><\/td><\/tr><\/table><\/div><p style=\"text-indent: -29px; margin: 0px 135px 0px 60px;\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<div style=\"text-align: left; text-indent: 0px; padding: 0px 0px 0px 0px; margin: 0px 135px 0px 31px;\"><table border=\"0\" cellpadding=\"0\" cellspacing=\"0\" style=\"line-height: normal;\"><tr style=\"vertical-align:baseline\" valign=\"baseline\"><td width=\"29\"><span style=\"font-size: 12pt; font-family: \'Arial Unicode MS\', \'Lucida Sans Unicode\', \'Arial\'; color: #010100;\">&#8226;<\/span><\/td><td><span style=\"color: #010100;\">Both curve tracks must be completely defined before using this panel.<\/span><\/td><\/tr><\/table><\/div><p style=\"text-indent: -29px; margin: 0px 135px 0px 60px;\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<div style=\"text-align: left; text-indent: 0px; padding: 0px 0px 0px 0px; margin: 0px 135px 0px 31px;\"><table border=\"0\" cellpadding=\"0\" cellspacing=\"0\" style=\"line-height: normal;\"><tr style=\"vertical-align:baseline\" valign=\"baseline\"><td width=\"29\"><span style=\"font-size: 12pt; font-family: \'Arial Unicode MS\', \'Lucida Sans Unicode\', \'Arial\'; color: #010100;\">&#8226;<\/span><\/td><td><span style=\"color: #010100;\">Tracing the CONDUCTIVITY and deriving the RESISTIVITY generally results in cleaner data.&nbsp; Since resistivity curves are &quot;flatter&quot; in nature, the conductivity curve resulting from the conversion formula may not be as accurate.<\/span><\/td><\/tr><\/table><\/div><p class=\"p_MainHeader\">&nbsp;<\/p>\n\r"
popid_2035275667="<p class=\"p_MainHeader\"><img src=\"rightscalevalue.jpg\" width=\"332\" height=\"238\" border=\"0\" alt=\"RightScaleValue\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Right Scale Value - <\/span><span style=\"font-size: 11pt;\">Place the registration point at the right point of the scale axis of the <\/span><span style=\"font-size: 11pt; font-weight: bold;\">current log track<\/span><span style=\"font-size: 11pt;\">.&nbsp; When doing so, a \'scale line\' is immediately seen attached to the left scale value.<\/span><\/p>\n\r"
popid_961768377="<p class=\"p_MainHeader\"><span style=\"color: #010100;\">Spikes occur when a point or set of points sharply strays off the curve trace at such a distance that a spike occurs in the curve trace.<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">Occasionally, a spike naturally occurs in the actual curve; however, usually spikes are due to tracing error and should be removed. <\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"color: #010100;\">Spikes have a Length and a Width.&nbsp; You can adjust the spikes found by the NeuraLog spike detector via the <\/span><span style=\"color: #010100;\"><a href=\"curveeditingparameters.htm\">Curve Editing Parameters Panel<\/a><\/span><span style=\"color: #010100;\">.<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"font-family: \'Times New Roman\'; color: #010100;\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span style=\"font-family: \'Times New Roman\'; color: #010100;\">&nbsp;<\/span><\/p>\n\r<p style=\"text-align: center;\"><img src=\"spike.jpg\" width=\"295\" height=\"199\" border=\"0\" alt=\"Spike\"><\/p>\n\r"
popid_1719623914="<p class=\"p_MainHeader\"><img src=\"leftscalepoint.jpg\" width=\"332\" height=\"238\" border=\"0\" alt=\"LeftScalePoint\"><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Left Scale Value - <\/span><span style=\"font-size: 11pt;\">Place the registration point at the left point of the scale axis of the <\/span><span style=\"font-size: 11pt; font-weight: bold;\">current log track<\/span><span style=\"font-size: 11pt;\">.&nbsp; When doing so, a <\/span><span style=\"font-size: 20pt; font-weight: bold; color: #ff0000;\">+<\/span><span style=\"font-size: 11pt;\"> will appear in the location.&nbsp; <\/span><\/p>\n\r"
popid_417864933X="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Logarithmic Scale - <\/span><span class=\"f_HotSpotText\">Logarithmic scaled logs have grid lines that run in cycles and NEVER begin with a \'0\' value.&nbsp; <\/span><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotText\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\">&nbsp;<\/p>\n\r"
popid_565091255X="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Linear Scale - <\/span><span class=\"f_HotSpotText\">Linear scaled logs have equally spaced grid lines with values at even increments.<\/span><\/p>\n\r"
popid_146915060X="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Multilinear Scales - <\/span><span class=\"f_HotSpotText\">Multiple \'linear\' scales within a single track.&nbsp; This type of scale is seen commonly on Mudlogs and Dipmeter\/Tadpole Logs.<\/span><\/p>\n\r"
popid_2068274782="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Hybrid Scales - <\/span><span class=\"f_HotSpotText\">Hybrid Scales were used before logarithmic scales to suppress high resistivities. Normally, the right hand value of a hybrid scale is infinity. <\/span><\/p>\n\r"
popid_892214104X="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Amplified Backup Scales - <\/span><span class=\"f_HotSpotText\">Log curves may be plotted on a track with AMPLIFIED BACKUP SCALES.&nbsp; You have a choice of using 2x, 5x, 10x and 100x amplified scales.<\/span><\/p>\n\r"
popid_414865039X="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Curve Abbreviation - <\/span><span class=\"f_HotSpotText\">The Curve abbreviation key in, found on the Curves panel, allows you to enter a curve abbreviation.&nbsp; This field will automatically be filled in when you select an entry from the Current Curve Dictionary list, however it may be edited at any time.<\/span><\/p>\n\r"
popid_1278105892X="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">American Petroleum Institute Number - <\/span><span class=\"f_HotSpotText\">API numbers, found on the Curves Panel, have been taken from API BUL D9, &quot;Recommended Standard Format for Recording Digital Well Log Data on Magnetic Tape&quot; issued by the American Petroleum Institute in February 1981.<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotText\">&nbsp;<\/span><\/p>\n\r<p class=\"p_MainHeader\"><span class=\"f_HotSpotText\">If the API number is not provided, you may choose to enter your own internal code.<\/span><\/p>\n\r"
popid_1089044794="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Curve Description - <\/span><span class=\"f_HotSpotText\">The curve description, found on the Curves Panel, allows you to enter a description for the curve you have selected or are defining.<\/span><\/p>\n\r"
popid_1904671455="<p class=\"p_MainHeader\"><span class=\"f_HotSpotTitle\">Null Gap - <\/span><span class=\"f_HotSpotText\">The Null Gap Value is the value placed in the curve digit output where there are &quot;gaps&quot;, i.e., no curve values.&nbsp; This might result if you are digitizing multiple curves of various lengths and start\/stop points found on the same track, and you are writing all curve digits to a single output file.&nbsp; A gap might also occur between curve levels (backup scales).&nbsp; NULL values may be inserted with the scissors tool.<\/span><\/p>\n\r"