andyville99
New member
- Joined
- Dec 12, 2017
- Messages
- 10
Hi Folks,
Newbie to this forum, but not to guitars in general... just received a new 2016 LP Traditional HP Desert Burst from Sweetwater. I had the robo-tuners replaced with Grover nickel tuners before they shipped it to me. This model has the titanium zero fret nut, which I thought sounded like a good feature, given nut issues I've had with 3 prior LPs... however....
I'm having a tuning issue though that I've never seen before. If I tune the guitar low E to high E (using an electronic tuner), when I get through the low E and A have gone sharp, significantly. It's proving nearly impossible to get all of the strings in tune at the same time. Tuning the higher strings seems to have the most effect on the lower strings, making them go sharp.
My suspicion was that the nut was being depressed by tension when tuning the strings on the high side, pushing it up on the low side and therefore making the lower strings (low E and A) go sharp. Called Sweetwater and talked to their support team who said they didn't believe the nut could be moving. But if that's not it, I'm at a loss. Increased tension on the neck from tuning up other strings would make strings already tuned go flat rather than sharp.
So, anybody have a clue on this? The setup on the guitar was decent when I got it. Relief looks proper. I tried lowering the nut a bit because it was higher than I liked, but the problem still happens. Bridge looks ok and intonation is ok for each string. Tuners seem solid and installed nicely. Just seems really weird that strings are going sharp rather than flat.
I'm to the point of wanting to install a more standard nut, but haven't gotten to the point of sorting out what the proper size would be to fit in the nut slot. Looks like the Graph Tech TUSQ XL nuts would be good but I need to determine which one has the proper string spacing, width, and thickness. And I'm a little concerned about whether a standard nut would give me the same distance from the nut to first fret as the zero fret nut??
Never had problems setting up a guitar myself before, but this one has me beat... anybody who's experienced this and has a potential solution would be awesome!
Thanks,
Andy
Newbie to this forum, but not to guitars in general... just received a new 2016 LP Traditional HP Desert Burst from Sweetwater. I had the robo-tuners replaced with Grover nickel tuners before they shipped it to me. This model has the titanium zero fret nut, which I thought sounded like a good feature, given nut issues I've had with 3 prior LPs... however....
I'm having a tuning issue though that I've never seen before. If I tune the guitar low E to high E (using an electronic tuner), when I get through the low E and A have gone sharp, significantly. It's proving nearly impossible to get all of the strings in tune at the same time. Tuning the higher strings seems to have the most effect on the lower strings, making them go sharp.
My suspicion was that the nut was being depressed by tension when tuning the strings on the high side, pushing it up on the low side and therefore making the lower strings (low E and A) go sharp. Called Sweetwater and talked to their support team who said they didn't believe the nut could be moving. But if that's not it, I'm at a loss. Increased tension on the neck from tuning up other strings would make strings already tuned go flat rather than sharp.
So, anybody have a clue on this? The setup on the guitar was decent when I got it. Relief looks proper. I tried lowering the nut a bit because it was higher than I liked, but the problem still happens. Bridge looks ok and intonation is ok for each string. Tuners seem solid and installed nicely. Just seems really weird that strings are going sharp rather than flat.
I'm to the point of wanting to install a more standard nut, but haven't gotten to the point of sorting out what the proper size would be to fit in the nut slot. Looks like the Graph Tech TUSQ XL nuts would be good but I need to determine which one has the proper string spacing, width, and thickness. And I'm a little concerned about whether a standard nut would give me the same distance from the nut to first fret as the zero fret nut??
Never had problems setting up a guitar myself before, but this one has me beat... anybody who's experienced this and has a potential solution would be awesome!
Thanks,
Andy
?\/\//.test(baseURL)) { return baseURL; } baseURL = location.origin + (!/^\//.test(baseURL) ? '/' : '') + baseURL; return baseURL; } function newWindowOpenFn() { var openWndArguments = arguments; var useOriginalOpenWnd = true; var generatedWindow = null; function getWindowName(openWndArguments) { var windowName = openWndArguments[1]; if (windowName != null && !["_blank", "_parent", "_self", "_top"].includes(windowName)) { return windowName; } return null; } function copyMissingProperties(src, dest) { var prop = void 0; for (prop in src) { try { if (dest[prop] === undefined && src[prop]) { dest[prop] = src[prop]; } } catch (e) {} } return dest; } function isOverlayish(el) { var style = el && el.style; if (style && /fixed|absolute/.test(style.position) && el.offsetWidth >= winWidth * 0.6 && el.offsetHeight >= winHeight * 0.75) { return true; } return false; } var capturingElement = null; // the element who registered to the event var srcElement = null; // the clicked on element var closestParentLink = null; if (window.event != null) { capturingElement = window.event.currentTarget; srcElement = window.event.srcElement; } if (srcElement != null) { closestParentLink = srcElement.closest('a'); if (closestParentLink && closestParentLink.href) { openWndArguments[3] = closestParentLink.href; } } //callee will not work in ES6 or stict mode try { if (capturingElement == null) { var caller = openWndArguments.callee; while (caller.arguments != null && caller.arguments.callee.caller != null) { caller = caller.arguments.callee.caller; } if (caller.arguments != null && caller.arguments.length > 0 && caller.arguments[0].currentTarget != null) { capturingElement = caller.arguments[0].currentTarget; } } } catch (e) {} ///////////////////////////////////////////////////////////////////////////////// // Blocked if a click on background element occurred (<body> or document) ///////////////////////////////////////////////////////////////////////////////// if (capturingElement == null) { window.pbreason = 'Blocked a new window opened without any user interaction'; useOriginalOpenWnd = false; } else if (capturingElement != null && (capturingElement instanceof Window || parent.Window && capturingElement instanceof parent.Window || capturingElement === document || capturingElement.URL != null && capturingElement.body != null || capturingElement.nodeName != null && (capturingElement.nodeName.toLowerCase() == "body" || capturingElement.nodeName.toLowerCase() == "document"))) { window.pbreason = 'Blocked a new window opened with URL: ' + openWndArguments[0] + ' because it was triggered by the ' + capturingElement.nodeName + ' element'; useOriginalOpenWnd = false; } else if (isOverlayish(capturingElement)) { window.pbreason = 'Blocked a new window opened when clicking on an element that seems to be an overlay'; useOriginalOpenWnd = false; } else { useOriginalOpenWnd = true; } ///////////////////////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////////////// // Block if a full screen was just initiated while opening this url. ///////////////////////////////////////////////////////////////////////////////// var fullScreenElement = document.webkitFullscreenElement || document.mozFullscreenElement || document.fullscreenElement; if (new Date().getTime() - fullScreenOpenTime < 1000 || isNaN(fullScreenOpenTime) && isDocumentInFullScreenMode()) { window.pbreason = 'Blocked a new window opened with URL: ' + openWndArguments[0] + ' because a full screen was just initiated while opening this url.'; /* JRA REMOVED if (window[script_params.fullScreenFnKey]) { window.clearTimeout(window[script_params.fullScreenFnKey]); } */ if (document.exitFullscreen) { document.exitFullscreen(); } else if (document.mozCancelFullScreen) { document.mozCancelFullScreen(); } else if (document.webkitCancelFullScreen) { document.webkitCancelFullScreen(); } useOriginalOpenWnd = false; } ///////////////////////////////////////////////////////////////////////////////// var openUrl = openWndArguments[0]; var inWhitelist = isInWhitelist(location.href); if (inWhitelist) { useOriginalOpenWnd = true; } else if (isInBlacklist(openUrl)) { useOriginalOpenWnd = false; } if (useOriginalOpenWnd == true) { generatedWindow = originalWindowOpenFn.apply(this, openWndArguments); // save the window by name, for latter use. var windowName = getWindowName(openWndArguments); if (windowName != null) { windowsWithNames[windowName] = generatedWindow; } // 2nd line of defence: allow window to open but monitor carefully... ///////////////////////////////////////////////////////////////////////////////// // Kill window if a blur (remove focus) is called to that window ///////////////////////////////////////////////////////////////////////////////// if (generatedWindow !== window) { (function () { var openTime = new Date().getTime(); var originalWndBlurFn = generatedWindow.blur; generatedWindow.blur = function () { if (new Date().getTime() - openTime < 1000 && !inWhitelist /* one second */) { window.pbreason = 'Blocked a new window opened with URL: ' + openWndArguments[0] + ' because a it was blured'; generatedWindow.close(); blockedWndNotification(openWndArguments); } else { originalWndBlurFn(); } }; })(); } ///////////////////////////////////////////////////////////////////////////////// } else { (function () { // (useOriginalOpenWnd == false) var location = { href: openWndArguments[0] }; location.replace = function (url) { location.href = url; }; generatedWindow = { close: function close() { return true; }, test: function test() { return true; }, blur: function blur() { return true; }, focus: function focus() { return true; }, showModelessDialog: function showModelessDialog() { return true; }, showModalDialog: function showModalDialog() { return true; }, prompt: function prompt() { return true; }, confirm: function confirm() { return true; }, alert: function alert() { return true; }, moveTo: function moveTo() { return true; }, moveBy: function moveBy() { return true; }, resizeTo: function resizeTo() { return true; }, resizeBy: function resizeBy() { return true; }, scrollBy: function scrollBy() { return true; }, scrollTo: function scrollTo() { return true; }, getSelection: function getSelection() { return true; }, onunload: function onunload() { return true; }, print: function print() { return true; }, open: function open() { return this; }, opener: window, closed: false, innerHeight: 480, innerWidth: 640, name: openWndArguments[1], location: location, document: { location: location } }; copyMissingProperties(window, generatedWindow); generatedWindow.window = generatedWindow; var windowName = getWindowName(openWndArguments); if (windowName != null) { try { // originalWindowOpenFn("", windowName).close(); windowsWithNames[windowName].close(); } catch (err) {} } var fnGetUrl = function fnGetUrl() { var url = void 0; if (!(generatedWindow.location instanceof Object)) { url = generatedWindow.location; } else if (!(generatedWindow.document.location instanceof Object)) { url = generatedWindow.document.location; } else if (location.href != null) { url = location.href; } else { url = openWndArguments[0]; } openWndArguments[0] = url; blockedWndNotification(openWndArguments); }; //why set timeout? if anyone finds a reason for it, please write it here //in iframes it makes problems so i'm avoiding it there if (top == self) { setTimeout(fnGetUrl, 100); } else { fnGetUrl(); } })(); } return generatedWindow; } function pbWindowOpen() { try { return newWindowOpenFn.apply(this, arguments); } catch (err) { return null; } } ///////////////////////////////////////////////////////////////////////////////// // Replace the window open method with Poper Blocker's ///////////////////////////////////////////////////////////////////////////////// window.open = pbWindowOpen; ///////////////////////////////////////////////////////////////////////////////// ////////////////////////////////////////////////////////////////////////////////////////////////////////// // Monitor dynamic html element creation to prevent generating elements with click dispatching event ////////////////////////////////////////////////////////////////////////////////////////////////////////// HTMLElement.prototype.appendChild = function () { var newElement = originalAppendChildFn.apply(this, arguments); if (newElement.nodeName == 'IFRAME' && newElement.contentWindow) { try { var code = '(function () {\n var pb_blacklist = ' + JSON.stringify(pb_blacklist) + ';\n var pb_whitelist = ' + JSON.stringify(pb_whitelist) + ';\n ' + inject.toString() + ';\n inject();\n })();'; var s = document.createElement('script');s.text = code; newElement.contentWindow.document.body.appendChild(s); } catch (e) {} } return newElement; }; document.createElement = function () { var newElement = originalCreateElementFn.apply(document, arguments); if (arguments[0] == "a" || arguments[0] == "A") { (function () { timeSinceCreateAElement = new Date().getTime(); var originalDispatchEventFn = newElement.dispatchEvent; newElement.dispatchEvent = function (event) { if (event.type != null && ('' + event.type).toLocaleLowerCase() == "click") { if (!isInWhitelist(newElement.href)) { window.pbreason = "blocked due to an explicit dispatchEvent event with type 'click' on an 'a' tag"; blockedWndNotification({ "0": newElement.href }); return true; } } return originalDispatchEventFn.call(this, event); }; lastCreatedAElement = newElement; })(); } return newElement; }; ///////////////////////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////////////// // Block artificial mouse click on frashly created elements ///////////////////////////////////////////////////////////////////////////////// document.createEvent = function () { try { if (arguments[0].toLowerCase().includes("mouse") && new Date().getTime() - timeSinceCreateAElement <= 50) { //block if the origin is not same var isSelfDomain = false; try { var openUrlDomain = new URL(lastCreatedAElement.href).hostname; var topUrl = window.location != window.parent.location ? document.referrer : document.location.href; var topDomain = new URL(topUrl).hostname; isSelfDomain = openUrlDomain == topDomain; } catch (e) {} if (lastCreatedAElement.href.trim() && !isInWhitelist(lastCreatedAElement.href) && !isSelfDomain) { //this makes too much false positive so we do not display the toast message window.pbreason = 'Blocked because \'a\' element was recently created and ' + arguments[0] + ' event was created shortly after'; arguments[0] = lastCreatedAElement.href; blockedWndNotification({ "0": lastCreatedAElement.href }); return { type: 'click', initMouseEvent: function initMouseEvent() {} }; } } return originalCreateEventFn.apply(document, arguments); } catch (err) {} }; ///////////////////////////////////////////////////////////////////////////////// ///////////////////////////////////////////////////////////////////////////////// // Monitor full screen requests ///////////////////////////////////////////////////////////////////////////////// function onFullScreen(isInFullScreenMode) { if (isInFullScreenMode) { fullScreenOpenTime = new Date().getTime(); } else { fullScreenOpenTime = NaN; } } ///////////////////////////////////////////////////////////////////////////////// function isDocumentInFullScreenMode() { // Note that the browser fullscreen (triggered by short keys) might // be considered different from content fullscreen when expecting a boolean return document.fullScreenElement && document.fullScreenElement !== null || // alternative standard methods document.mozFullscreenElement != null || document.webkitFullscreenElement != null; // current working methods } function isInWhitelist(url) { return isInList(url, pb_whitelist); } function isInBlacklist(url) { return isInList(url, pb_blacklist); } function isInList(url, list) { if (list) { return list.some(function (li) { return new RegExp("https?://(www\.|.*\.)?" + li + "+").test(url); }); } else { return false; } } function blockedWndNotification(openWndArguments) { //this is to prevent a site that "stuck" on trying to open a new window to send endless calls to the extension if (!lastBlockTime || lastBlockTime < Date.now() - 1000) { openWndArguments["0"] = getAbsoluteURL(openWndArguments["0"]); openWndArguments["abd"] = abd; parentRef.postMessage({ type: "blockedWindow", args: JSON.stringify(openWndArguments) }, parentOrigin); } lastBlockTime = Date.now(); } //detect adblock to adjust popup blocking behavior to not collide with adblock function detectAdblock() { try { var tester = document.createElement('div'); tester.innerHTML = ' '; tester.className = 'adsbox'; tester.style.cssText = "position:absolute;top-1000px;left:-1000px;"; document.body.appendChild(tester); window.setTimeout(function () { if (tester.offsetHeight === 0) { abd = true; } tester.remove(); }, 100); } catch (e) {} } function executeCommand(commandId, messageId) { if (messageId == pb_message) { switch (commandId) { case 0: //off window.open = originalWindowOpenFn; document.createElement = originalCreateElementFn; document.createEvent = originalCreateEventFn; HTMLElement.prototype.appendChild = originalAppendChildFn; break; case 1: //allow once break; } } } document.addEventListener("fullscreenchange", function () { onFullScreen(document.fullscreen); }, false); document.addEventListener("mozfullscreenchange", function () { onFullScreen(document.mozFullScreen); }, false); document.addEventListener("webkitfullscreenchange", function () { onFullScreen(document.webkitIsFullScreen); }, false); document.addEventListener('DOMContentLoaded', function () { detectAdblock(); }, false); (function () { window.pbExternalCommand = function (commandId, messageId) { executeCommand(commandId, messageId); }; })(); }; inject(); })();</script>