/******************************************************************************* ** Copyright (c) 1995-2008 Work of U.S. Government. ** No rights may be assigned. ** ** LIST OF CONDITIONS ** Redistribution and use of this program in source and binary forms, with or ** without modification, are permitted for any purpose (including commercial ** purposes) provided that the following conditions are met: ** ** 1. Redistributions of source code must retain the above copyright notice, ** this list of conditions, and the following disclaimer. ** ** 2. Redistributions in binary form must reproduce the above copyright notice, ** this list of conditions, and the following disclaimer in the ** documentation and/or materials provided with the distribution. ** ** 3. In addition, redistributions of modified forms of the source or binary ** code must carry prominent notices stating that the original code was ** changed, the author of the revisions, and the date of the change. ** ** 4. All publications or advertising materials mentioning features or use of ** this software are asked, but not required, to acknowledge that it was ** developed at the NASA Langley Research Center in Hampton, VA, or at the ** National Climatic Data Center in Asheville, NC, and to credit the ** contributors. ** ** 5. THIS SOFTWARE IS PROVIDED BY THE GOVERNMENT AND THE CONTRIBUTORS "AS IS" ** WITH NO WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED. In no event ** shall the Government or the Contributors be liable for any damages ** suffered by the users arising out of the use of this software, even if ** advised of the possibility of such damage. ** ******************************************************************************** ** ** DISCLAIMER: ** This work was prepared as an account of work by employees of an agency ** of the United States Government. Neither the United States Government ** nor any of its employees, makes any warranty, express or implied, or ** assumes any liability or responsibility for the accuracy, completeness, ** or usefulness of any information, apparatus, product, or process ** disclosed, or represents that its use would not infringe privately- ** owned rights. Reference herein to any specific commercial products, ** process, or service by trade name, trademark, manufacturer, or ** otherwise, does not necessarily constitute or imply its endorsement, ** recommendation, or favoring by the United States Government. The views ** and opinions of authors expressed herein do not necessarily state or ** reflect those of the United States Government, and shall not be used ** for advertising or product endorsement purposes. ** ******************************************************************************** ** Authors: B. R. Barkstrom ** National Climatic Data Center ** 151 Patton Av. ** Asheville, NC 28801 USA ** Phone: +1 828/271-4412 ** e-mail: bruce.barkstrom@noaa.gov ** ** S. P. Forsythe-Newell ** National Climatic Data Center ** 151 Patton Av. ** Asheville, NC 28801 USA ** Phone: +1 828/271-4485 ** e-mail: shane.forsythe-newell@noaa.gov ** ** K. P. Roberts ** National Climatic Data Center ** 151 Patton Av. ** Asheville, NC 28801 USA ** Phone: +1 828/271-4083 ** e-mail: ken.roberts@noaa.gov ** ** Organization: RSAD, National Climatic Data Center ** ** Revision History: ** 6/11/08 B. R. Barkstrom, S. P. Forsythe-Newell, K. P. Roberts ** - SDS Web Server, version 2.1 approved. This release included ** some redesign for all 2.0 release pages which enhanced ** functionality, architecture, site navigation, 508 compliance, ** general security, uniformity and appearance. Many existing features ** were enhanced to include a National Research Council and GCOS ** database update for ECVs associated with climate change. Further, ** this release had some new online interfaces added that improved ** Subject Matter Experts input for ECV impact values, associated ** benefits and also provided potential analysis of group (community) ** tendencies using algorithms developed by Dr. Barkstrom. Functional ** concept mapping was revised that employed state-of-the-art applied ** principles from game theory and architecture which was integrated ** into the Site Map, or Navigational Map. This significantly enhanced ** Website navigation, functionality as well as provided future insight ** as to Website capabilities. The 2.1 release conformed better to NCDCs ** standard Header requirements than the 2.0 release. Specific ** improvements were: (1)ECV's were expanded from forty (version 2.0) ** to eighty-three that took into account all the the GCOS mandated ** Essential Climate Variables; (2)A functional Proof-Of-Concept online ** international mechanism for SMEs (Subject Matter Experts) and ** Decision-Makers to access, review and submit climate change ** information about ECV's (and later CDRs); (3)CCSP Assistance in ** prioritizing measurement capabilities for climate observations; (4)A ** venue to promote NCDCs SDS Project within National and International ** Scientific Conferences; (5)Database Content reflecting NRC and GCOS ** instruments, platforms and networks; (6)Site Map or Navigation-Concept ** Map (NavMap) design and functionality that includes: functional ** concept mapping, state-of-the-art game theory and architectural ** application principles, Milestone and Profile inventory pop-ups; and ** interacting hierarchal project links. This task merged modern and ** futuristic gaming architecture principles with online scientific ** website programming and oracle database technologies; (7)Added ECV ** Priority matrix pages, (8)Added ECV's as mandated by GCOS; (9)A SME ** (Subject Matter Expert) Input functionality and Analysis Tool ** (SME-Alias profiles use complex algorithms and ANOVA clustering ** analysis architecture integrating community vectors). Improvements ** include SME Impact and Priority value input that is archived and ** averaged together for display in ECV/CDR Matrices. SMEs may change ** multiple impact values simultaneously and view community vector ** clustering values; (10)Vocabulary, Acronyms Index pages, all ** corresponding new static pages (a fail-safe mechanism for loss of ** database connectivity); and under-Construction pages where applicable; ** (11)Redesigned and enhanced functionality of Login, Archive, ECV ** impact Dual Matrix pages and Site Map (Navigation-Concept Map); ** (12)Revised security features on all pages (usage of prepared ** statements, modified database object queries, and improved input ** validation object for all String input and standardized regular ** expressions usage); (13)Improved Section 508 compliance, uniformity of ** content and page design, page and dB inter-functionality for all ** pages; (14)Created pop-ups showing input records for each set of ECV ** impacts (tabulated format) on GECV pages; (16) Static Pages that ** provide: (A)Reduced potential performance hits on the SDS Server, (B) Reduced security vulnerability, (C)Quicker access ** for non-SME's to SDS Server information, (D) A graceful and useful ** alternative (local and remote) for read-only access in the event of ** potential database connectivity failure, and (E) Generation of static ** pages On-The-Fly in a real-time environment, as required; ** (17)scrollable page description functionality; ** ** 12/13/07 B. R. Barkstrom, S. P. Forsythe-Newell, K. P. Roberts ** - SDS Web Server, version 2.0 approved. The 2nd release introduced ** two major new additions: (1) a site navigational map (absent in ** version 1.0) and (2) a Technology Readiness Level (TRL) Matrix that ** related ECVs to existing technologies (both In-Situ and Satellite). ** The NavMap, or navigational map, was the initial introduction of ** concept mapping (absent in version 1.0) to users that allowed a more ** intuitive mechanism for easily navigating the website and still ** enabled one to retain one's perspective and navigational functionality ** of the website. The second major addition, the Technology Readiness ** Level (TRL) page (absent in version 1.0), provided a functional ** proof-of-concept tool. The TRL page provided an initial awareness to ** users of ECVs to current technology readiness levels (satellite and ** In-Situ) in conjunction with a concurrent display of weighted ECV ** totals and their impact priorities. There were other numerous ** improvements to the initial release that included a page mode ** indicator that depicted which mode (Active Database or Read Only) of ** the SDS Website the user was currently engaged in online. The Read ** Only mode was designed for non-interactive users (non Subject Matter ** Experts) and as a default fail-safe mechanism in the event the ** database was unavailable. Unregistered users, users not requiring ** interaction with the SDS database, or unregistered users were enabled ** to view the SDS website and data without eliciting a system ** performance reduction. Registered users (logged in) were abled ** to interact with the SDS database more efficiently. This release also ** consisted of translation and revision of origional code and creation ** of new code. ** ** 8/30/07 B. R. Barkstrom, S. P. Forsythe-Newell, K. P. Roberts ** - SDS Web Server, version 1.0 approved. The 1st release for the ** Scientific Data Stewardship Project that was primarily used as an ** initial test bed that included: three ECV Matrices, a Satellite ** Heritage Diagram, and numerous other pages related to ECV's, ** satellites and instruments. This first release provided an initial ** online prototype that was a functional proof-of-concept tool which ** enabled users with an increased perception of awareness about ** quantifiable prioritized ECVs as they related under numerous ** IPCC/Societal impact areas. These ECV impact values (strong, medium, ** low) were represented via an ECV Matrix Web page. This ECV Matrix ** cross referenced forty (40) ECV's to Impact Areas (IPCC and Societal) ** with these weighted values and also showed weighted averages under a ** Totals column in the far right hand side of the page. A Satellite ** Heritage Diagram also was included in this release that provided a ** scrollable temporal GANNT-like depiction of list of satellites. The ** Satellite Heritage page also provided the satellite status via icons ** within the time lines of the diagram. The list of satellite platforms ** also enabled users to expand out a list of instruments under each ** satellite within this same diagram, thus enabling a viewable list of ** instruments associated with each satellite platform without losing the ** time perspective. This enabled users to view gaps and overlaps of ** satellite platforms and instruments through time. In this first ** release, instruments were listed under each satellite platform ** however, were not portrayed in the GANNT time lines. This release also ** consisted of translation and revision of origional code and creation ** of new code. ** ** 8/6 - 7/7 B. R. Barkstrom, S. P. Forsythe-Newell ** - SDS Web Server, preversion 1.0 work consisted of translating/revision ** of origional programming code and creation of new code. ** ** 2/2 - 6/96 B. R. Barkstrom ** - Created first major revision to allow us to analyze the data from ** both the data panel and the payload panel surveys. This required ** us to improve the overall editing capability on the front end of ** the input. Many of the panel members did not complete their forms, ** and there were several confusing questions. Thus, the initial stages ** were improved, so that we could accept ``raw'' data from the ** questionaire without affecting the use of the SVD approach for ** analyzing correlated variations among questions. Found that the ** Numerical Recipe version of SVD did not like rows of data with all ** zeros. Also added clustering and index question analyses. ** 11/24/95 B. R. Barkstrom ** - Created original version of program in manner of d2r9 to analyze ** data from questionaire done on Data Panel. The original responses ** were entered into a spreadsheet, where they we examined, some of ** the rows were made into logarithmic variable. From the new ** information, found the mean and standard deviation, and converted ** into the basic data that would be needed for a covariance matrix. ** Then, we could use the program from d2r9 to do a SVD and print ** that back out. ** ******************************************************************************** ** AnalysisOfVariance ** ** Purpose: ** Quest_Anal is intended to provide a standard statistical clustering ** of responses to a questionaire. We assume that the columns entering ** this program are the answers of a single individual to questions on the ** survey results. The rows correspond to particular questions. ** A SVD of this matrix produces the number of reliably distinguishable ** groups. The diagonal matrix w contains the standard deviations ** attribuable to these groups. By taking the dot product of the transpose ** of u and the individual columns of the original matrix, we obtain the ** degree to which the component aligns with that individual's response. ** By taking the component with the largest alignment, we obtain the ** classification for that individual. We can use much of the structure ** set up by the test program d2r9 to do the analysis. In the original ** application, we had expected to work with a spreadsheet, to which ** we want to return this analysis. Thus, we write this material out ** to a final file when we have finished. *******************************************************************************/ //****************************************************************************** // Pop-up Functions //****************************************************************************** var navWindow = 0; // Display NAV Map. function showNavMap(root) { if (navWindow != 0) { navWindow.focus(); } else { navWindow = window.open(root + "sitemap.html", "sdsNavMap", "status = 1, height = 435, width = 555, resizable = 0, " + "dependent = 1, scrollbars = 0, screenX=" + ((screen.width / 2) - 215) + ", screenY=" + ((screen.height / 2) - 215)); } } // Display pop-up with description and links for the selected ECV. function showEcvDescription(ecvId, root) { ecvWindow = window.open(root + "ecvinfo.html?id=" + ecvId, "", "status = 1, height = 480, width = 535, resizable = 0, " + "dependent = 1, screenX=" + ((screen.width / 2) - 215) + ", screenY=" + ((screen.height / 2) - 215)); } // Display pop-up with bulleted list of impact reasons for the selected ECV and // IPCC impact area. function showEcvReasons(ecvId, areaId, areaType, root) { ecvWindow = window.open(root + "ecvreasons.html?id=" + ecvId + "&area=" + areaId + "&type=" + areaType, "", "status = 1, height = 455, width = 430, resizable = 0, " + "dependent = 1, screenX=" + ((screen.width / 2) - 215) + ", screenY=" + ((screen.height / 2) - 215)); } // Display pop-up with bulleted list of impact reasons for the selected ECV and // IPCC impact area. function showFeasibilityReasons(ecvId, root) { ecvWindow = window.open(root + "feasibilityreasons.html?id=" + ecvId, "", "status = 1, height = 455, width = 430, resizable = 0, " + "dependent = 1, screenX=" + ((screen.width / 2) - 215) + ", screenY=" + ((screen.height / 2) - 215)); } // Display pop-up with detailed information on selected satellite. function showSatInfo(satId, root) { satWindow = window.open(root + "satinfo.html?id=" + satId, "", "status = 0, height = 465, width = 700, resizable = 1, " + "scrollbars = 1, dependent = 1, screenX=" + ((screen.width / 2) - 215) + ", screenY=" + ((screen.height / 2) - 215)); } // Display pop-up with detailed information on selected instrument. function showInstrInfo(instrId, root) { instrWindow = window.open(root + "instrumentinfo.html?id=" + instrId, "", "status = 0, height = 465, width = 700, resizable = 1, " + "scrollbars = 1, dependent = 1, screenX=" + ((screen.width / 2) - 215) + ", screenY=" + ((screen.height / 2) - 215)); } // Display pop-up with detailed information on selected data product. function showProductInfo(productId, root) { productWindow = window.open(root + "dataproductinfo.html?id=" + productId, "", "status = 0, height = 500, width = 700, resizable = 1, " + "scrollbars = 1, dependent = 1, screenX=" + ((screen.width / 2) - 215) + ", screenY=" + ((screen.height / 2) - 215)); } // Display heritage legends. function showLegend(page, root) { clusterWindow = window.open(root + page + "legend.html", "legends", "height=450, width=450, scrollbars=1, resizable=1"); } // Display ECV user input clusters. function showVectors(root) { clusterWindow = window.open(root + "smeinput/vectors.html", "clusters", "height=500, width=450, scrollbars=1, resizable=1"); } // Display number of users per community vector. function showUsersPerVector(root) { clusterWindow = window.open(root + "smeinput/userspervector.html", "clusters", "height=300, width=450, scrollbars=1, resizable=1"); } // Show a term description. function showDefinition(id, root) { clusterWindow = window.open(root + "definition.html?id=" + id, "legends", "height=455, width=430, scrollbars=1, resizable=1"); } //****************************************************************************** // Drop-Down Navigation Functions //****************************************************************************** // Shows the selected drop-down navigation menu. function showDropNav(dropNavId) { // Reset display. hideDropNav(); document.getElementById('dropNavCategory' + dropNavId).style.backgroundColor = '#4455A5'; document.getElementById('dropNavPagesMain').style.backgroundColor = '#4455A5'; document.getElementById('dropNavCategoryLink' + dropNavId).style.color = '#FFFFFF'; // Populate drop-down navigation DIV with page selections. document.getElementById("dropNavPagesMain").innerHTML = dropNavLinks[dropNavId - 1]; } // Hide drop-down navigation menu. function hideDropNav() { // Clear current page selections. document.getElementById("dropNavPagesMain").innerHTML = ""; // Reset colors for all selections. document.getElementById('dropNavPagesMain').style.backgroundColor = '#C4CBE7'; for (i = 0; i < dropNavLinks.length; ++i) { document.getElementById('dropNavCategory' + (i + 1)).style.backgroundColor = 'transparent'; document.getElementById('dropNavCategoryLink' + (i + 1)).style.color = '#4455A5'; } } //****************************************************************************** // Page Display Functions //****************************************************************************** // Toggles CDR matrix color displays from color to grayscale. function convertColors() { // Reset display. if (getStyle(".cdrCompleted").style.backgroundColor == getStyle(".cdrCompletedColor").style.backgroundColor) { getStyle(".cdrCompleted").style.backgroundColor = getStyle(".cdrCompletedGrayscale").style.backgroundColor; getStyle(".cdrInProcess").style.backgroundColor = getStyle(".cdrInProcessGrayscale").style.backgroundColor; } else { getStyle(".cdrCompleted").style.backgroundColor = getStyle(".cdrCompletedColor").style.backgroundColor; getStyle(".cdrInProcess").style.backgroundColor = getStyle(".cdrInProcessColor").style.backgroundColor; } } //****************************************************************************** // Other Functions //****************************************************************************** // Locates the style rule with the given name. function getStyle(ruleName) { // Iterate through all stylesheets. for (i = document.styleSheets.length - 1; i >= 0; --i) { // Get collection of rules for current sheet. var rules; try { if (navigator.appName == "Netscape") { rules = document.styleSheets[i].cssRules; } else { rules = document.styleSheets[i].rules; } } catch (err) { // Current style sheet is not directly accessible. rules = []; } // Iterate through all style definitions. for (j = 0; j < rules.length; ++j) { // Check if current style rule name matches. if (rules[j].selectorText.toUpperCase() == ruleName.toUpperCase()) { return rules[j]; } } } } // Locates the style rule with the given name in given stylesheet. function getStylesheetStyle(sheetName, ruleName) { // Iterate through all stylesheets. for (i = document.styleSheets.length - 1; i >= 0; --i) { // Check if the desired stylesheet has been located. if (document.styleSheets[i].href != null && document.styleSheets[i].href != "") { var url = document.styleSheets[i].href.split("/"); if (url[url.length - 1] == sheetName) { // Get collection of rules for current sheet. var rules; try { if (navigator.appName == "Netscape") { rules = document.styleSheets[i].cssRules; } else { rules = document.styleSheets[i].rules; } } catch (err) { // Current style sheet is not directly accessible. rules = []; } // Iterate through all style definitions. for (j = 0; j < rules.length; ++j) { // Check if target rule has been found. if (navigator.appName != "Netscape" && ruleName.indexOf(",") != -1) { if (rules[j].selectorText.toUpperCase() == ruleName.split(",")[0].toUpperCase()) { return rules[j]; } } else { if (rules[j].selectorText.toUpperCase() == ruleName.toUpperCase()) { return rules[j]; } } } } } } }