// Copyright (c) 1996-1997 Tomer Shiran. All rights reserved. // Courtesy of SimplytheBest.net - http://simplythebest.net/scripts/ var caution = false function setCookie(name, value, expires, path, domain, secure) { var curCookie = name + "=" + escape(value) + ((expires) ? "; expires=" + expires.toGMTString() : "") + ((path) ? "; path=" + path : "") + ((domain) ? "; domain=" + domain : "") + ((secure) ? "; secure" : "") if (!caution || (name + "=" + escape(value)).length <= 4000) document.cookie = curCookie else if (confirm("Cookie exceeds 4KB and will be cut!")) document.cookie = curCookie } function getCookie(name) { var prefix = name + "=" var cookieStartIndex = document.cookie.indexOf(prefix) if (cookieStartIndex == -1) return null var cookieEndIndex = document.cookie.indexOf(";", cookieStartIndex + prefix.length) if (cookieEndIndex == -1) cookieEndIndex = document.cookie.length return unescape(document.cookie.substring(cookieStartIndex + prefix.length, cookieEndIndex)) } function deleteCookie(name, path, domain) { if (getCookie(name)) { document.cookie = name + "=" + ((path) ? "; path=" + path : "") + ((domain) ? "; domain=" + domain : "") + "; expires=Thu, 01-Jan-70 00:00:01 GMT" } } function fixDate(date) { var base = new Date(0) var skew = base.getTime() if (skew > 0) date.setTime(date.getTime() - skew) } function item(parent, text, depth) { this.parent = parent this.text = text this.depth = depth } function makeArray(length) { this.length = length } function makeDatabase() { var i = 0 outline = new makeArray(637) outline[i] = new item(true, 'INVASIVE BREAST CARCINOMA', 0); ++i outline[i] = new item(true, 'Invasive Ductal Carcinoma (IDC)', 1); ++i outline[i] = new item(false, 'IDC, Combined Histologic Grade (CHG) 1 of 3, with low grade DCIS', 2); ++i outline[i] = new item(false, 'IDC, CHG 1 of 3, low power', 2); ++i outline[i] = new item(false, 'IDC, CHG 1 of 3, high power', 2); ++i outline[i] = new item(false, 'IDC, CHG 1 of 3, ER positive', 2); ++i outline[i] = new item(false, 'IDC, CHG 2 of 3, low power', 2); ++i outline[i] = new item(false, 'IDC, CHG 2 of 3, high power', 2); ++i outline[i] = new item(false, 'IDC, CHG 3 of 3, low power', 2); ++i outline[i] = new item(false, 'IDC, CHG 3 of 3, high power', 2); ++i outline[i] = new item(false, 'IDC, with focal lobular features', 2); ++i outline[i] = new item(false, 'IDC, E-cadherin stain.', 2); ++i outline[i] = new item(true, 'Invasive lobular carcinoma (ILC)', 1); ++i outline[i] = new item(true, 'Classic type', 2); ++i outline[i] = new item(false, 'ILC, classic type', 3); ++i outline[i] = new item(false, 'ILC, classic type', 3); ++i outline[i] = new item(false, 'ILC, classic type', 3); ++i outline[i] = new item(false, 'ILC, classic type', 3); ++i outline[i] = new item(false, 'ILC, classic type', 3); ++i outline[i] = new item(true, 'Solid type', 2); ++i outline[i] = new item(false, 'ILC, solid pattern', 3); ++i outline[i] = new item(true, 'Pleomorphic type', 2); ++i outline[i] = new item(false, 'ILC, pleomorphic type', 3); ++i outline[i] = new item(false, 'ILC, pleomorphic type with signet ring type of cells', 3); ++i outline[i] = new item(false, 'ILC, pleomorphic type', 3); ++i outline[i] = new item(false, 'ILC, pleomorphic type, low power', 3); ++i outline[i] = new item(false, 'ILC, pleomorphic type, high power', 3); ++i outline[i] = new item(false, 'ILC, pleomorphic type', 3); ++i outline[i] = new item(false, 'ILC with in situ component, pleomorphic type', 3); ++i outline[i] = new item(true, 'Invasive tubulobular type', 2); ++i outline[i] = new item(false, 'Invasive tubulobular carcinoma', 3); ++i outline[i] = new item(false, 'Edge of complex sclerosing lesion involved by tubulolobular carcinoma', 3); ++i outline[i] = new item(false, 'ILC, intermediate grade, high power', 2); ++i outline[i] = new item(false, 'Nodal metastasis', 2); ++i outline[i] = new item(true, 'Tubular Carcinoma', 1); ++i outline[i] = new item(false, 'Tubular carcinoma', 2); ++i outline[i] = new item(false, 'Tubular carcinoma', 2); ++i outline[i] = new item(false, 'Tubular carcinoma', 2); ++i outline[i] = new item(true, 'Invasive Cribriform Carcinoma', 1); ++i outline[i] = new item(false, 'Invasive cribriform carcinoma', 2); ++i outline[i] = new item(false, 'Invasive cribriform carcinoma, ER positive, low power', 2); ++i outline[i] = new item(false, 'Invasive cribriform carcinoma, ER positive, high power', 2); ++i outline[i] = new item(true, 'Medullary Carcinoma', 1); ++i outline[i] = new item(false, 'Infiltrating mammary carcinoma , medullary variant', 2); ++i outline[i] = new item(false, 'Medullary carcinoma: syncytial appearance', 2); ++i outline[i] = new item(true, 'Mucin producing Carcinoma', 1); ++i outline[i] = new item(false, 'Mucinous carcinoma', 2); ++i outline[i] = new item(false, 'Mucinous carcinoma', 2); ++i outline[i] = new item(true, 'Neuroendocrine Carcinoma', 1); ++i outline[i] = new item(false, 'Neuroendocrine carcinoma, high grade, low power', 2); ++i outline[i] = new item(false, 'Neuroendocrine carcinoma, high grade, high power', 2); ++i outline[i] = new item(true, 'Invasive Papillary Carcinoma ', 1); ++i outline[i] = new item(false, 'Invasive papillary carcinoma, in situ component', 2); ++i outline[i] = new item(false, 'Invasive papillary carcinoma, invasive component', 2); ++i outline[i] = new item(true, 'Invasive Micropapillary Carcinoma', 1); ++i outline[i] = new item(false, 'Invasive micropapillary carcinoma, low power', 2); ++i outline[i] = new item(false, 'Invasive micropapillary carcinoma, low power', 2); ++i outline[i] = new item(false, 'Invasive micropapillary carcinoma, high power', 2); ++i outline[i] = new item(true, 'Apocrine Carcinoma', 1); ++i outline[i] = new item(false, 'Invasive apocrine carcinoma, low power', 2); ++i outline[i] = new item(false, 'Invasive apocrine carcinoma, high power', 2); ++i outline[i] = new item(true, 'Metaplastic Carcinoma', 1); ++i outline[i] = new item(true, 'Squamous type', 2); ++i outline[i] = new item(false, 'Metaplastic carcinoma, squamous type', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma with malignant squamous component', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma with squamous component', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, squamous type', 3); ++i outline[i] = new item(true, 'Adenosquamous type', 2); ++i outline[i] = new item(false, 'Metaplastic carcinoma with glandular component', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma with squamous and glandular component', 3); ++i outline[i] = new item(true, 'Storiform squamous type', 2); ++i outline[i] = new item(false, 'Metaplastic carcinoma, DFSP like invasion into adipose tissue', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, low grade. Infiltrative edge', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, storiform squamous type', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, low grade. Vimentin stain.', 3); ++i outline[i] = new item(true, 'Spindle cell type', 2); ++i outline[i] = new item(false, 'Metaplastic carcinoma, spindle cell type, dominant fibromatosis-like, low grade', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, spindle cell type, dominant fibromatosis-like, low grade', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, spindle cell type', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma. Irregular infiltrative edge', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, spindle cell type with nodal metastasis', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, spindle cell type with nodal metastasis', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, low grade, with epithelioid and spindle cells', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, low grade, with epithelioid and spindle cells', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma with transition from epithelial to stromal area', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, with a dominant, low grade, fibrosarcoma-like component', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, with a dominant, low grade, fibrosarcoma-like component, high power', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, with dominant, low grade, fibrosarcoma-like areas', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma with dominant fibrosarcoma-like component ', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma with dominant fibrosarcoma-like component', 3); ++i outline[i] = new item(false, 'Metaplastic, low grade. HMW Keratin stain', 3); ++i outline[i] = new item(true, 'Angiomatoid type', 2); ++i outline[i] = new item(false, 'Metaplastic carcinoma, angiomatoid type. Low power', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, angiomatoid type. High power', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, angiomatoid type. High power', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, angiomatoid type, cytokeratin +', 3); ++i outline[i] = new item(true, 'Chondroid type', 2); ++i outline[i] = new item(false, 'Metaplastic carcinoma, chondroid type, low power', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, chondroid type, low power', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, chondroid type, high power', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma, chondroid type, high power', 3); ++i outline[i] = new item(true, 'Oseous type', 2); ++i outline[i] = new item(false, 'Metaplastic carcinoma - osteosarcoma like', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma - osteosarcoma like', 3); ++i outline[i] = new item(true, 'With Osteoclast-like Giant cells', 2); ++i outline[i] = new item(false, 'Metaplastic carcinoma with osteoclast-like giant cells', 3); ++i outline[i] = new item(false, 'Metaplastic carcinoma with osteoclast-like giant cells', 3); ++i outline[i] = new item(true, 'Matrix Producing', 2); ++i outline[i] = new item(false, 'Matrix producing carcinoma, recurrence in chest wall', 3); ++i outline[i] = new item(true, 'Oncocytic Carcinoma', 1); ++i outline[i] = new item(true, 'Adnenoid Cystic Carcinoma', 1); ++i outline[i] = new item(false, 'Adenoid cystic carcinoma, breast', 2); ++i outline[i] = new item(false, 'Adenoid cystic carcinoma, breast', 2); ++i outline[i] = new item(false, 'Adenoid cystic carcinoma, breast, high power', 2); ++i outline[i] = new item(true, 'Acinic Cell Carcinoma', 1); ++i outline[i] = new item(true, 'Glycogen-rich Clear Cell Carcinoma', 1); ++i outline[i] = new item(false, 'Glycogen-rich clear cell carcinoma', 2); ++i outline[i] = new item(true, 'Inflammatory Carcinoma', 1); ++i outline[i] = new item(false, 'Inflammatory carcinoma', 2); ++i outline[i] = new item(false, 'Carcinoma cells within lymphatic spaces', 2); ++i outline[i] = new item(false, 'Inflammatory carcinoma, post radiation', 2); ++i outline[i] = new item(false, 'Inflammatory carcinoma, post radiation', 2); ++i outline[i] = new item(true, 'Bilateral Breast Carcinoma', 1); ++i outline[i] = new item(false, 'Bilateral carcinoma. Right breast', 2); ++i outline[i] = new item(false, 'Bilateral carcinoma. Left breast', 2); ++i outline[i] = new item(true, 'Miscellaneus Carcinoma', 1); ++i outline[i] = new item(true, 'Carcinoma Cytology', 2); ++i outline[i] = new item(false, 'Carcinoma, fine needle aspiration cytology', 3); ++i outline[i] = new item(false, 'Carcinoma, fine needle aspiration cytology', 3); ++i outline[i] = new item(false, 'Perineural invasion', 2); ++i outline[i] = new item(true, 'Lipid-rich Carcinoma', 2); ++i outline[i] = new item(false, 'Lipid rich carcinoma, low power', 3); ++i outline[i] = new item(false, 'Lipid rich carcinoma, high power', 3); ++i outline[i] = new item(true, 'Sebaceous Carcinoma', 2); ++i outline[i] = new item(false, 'Sebaceous Carcinoma, low power', 3); ++i outline[i] = new item(false, 'Sebaceous Carcinoma, high power',3); ++i outline[i] = new item(true, 'Secretory Carcinoma', 2); ++i outline[i] = new item(false, 'IMC, secretory type with columnar cell features', 3); ++i outline[i] = new item(false, 'IMC, secretory type with columnar cell features', 3); ++i outline[i] = new item(false, 'IMC with columnar cell features, high power', 3); ++i outline[i] = new item(true,'PRECURSOR LESIONS', 0); ++i outline[i] = new item(true, 'Lobular Neoplasia', 1); ++i outline[i] = new item(false, 'Lobular neoplasia', 2); ++i outline[i] = new item(false, 'Lobular neoplasia cells involving foci of florid hyperplasia', 2); ++i outline[i] = new item(false, 'Lobular neoplasia cells involving foci of florid hyperplasia', 2); ++i outline[i] = new item(false, 'Lobular neoplasia cells involving a focus of florid hyperplasia', 2); ++i outline[i] = new item(false, 'Lobular neoplasia cells involving foci of florid hyperplasia', 2); ++i outline[i] = new item(false, 'Lobular neoplasia cells involving foci of florid hyperplasia', 2); ++i outline[i] = new item(false, 'Cells of lobular neoplasia involving a micropapilloma', 2); ++i outline[i] = new item(true, 'Atypical lobular hyperplasia (ALH)', 2); ++i outline[i] = new item(false, 'ALH', 3); ++i outline[i] = new item(false, 'ALH', 3); ++i outline[i] = new item(false, 'ALH', 3); ++i outline[i] = new item(false, 'ALH', 3); ++i outline[i] = new item(false, 'ALH', 3); ++i outline[i] = new item(false, 'ALH', 3); ++i outline[i] = new item(true, 'Case A', 3); ++i outline[i] = new item(false, 'ALH, low power', 4); ++i outline[i] = new item(false, 'ALH, high power', 4); ++i outline[i] = new item(false, 'ALH, E-cadherin stain', 4); ++i outline[i] = new item(false, 'ALH displaying pagetoid involvement of a terminal duct', 3); ++i outline[i] = new item(false, 'Ductal involvement by cells of ALH', 3); ++i outline[i] = new item(false, 'ALH involving a terminal duct lobular unit (TDLU)', 3); ++i outline[i] = new item(false, 'Ductal involvement by cells of ALH. Clover-leaf pattern', 3); ++i outline[i] = new item(false, 'Ductal involvement by cells of ALH. Clover-leaf pattern', 3); ++i outline[i] = new item(false, 'ALH and ductal involvement by cells of ALH', 3); ++i outline[i] = new item(false, 'Cells of ALH involving sclerosing adenosis', 3); ++i outline[i] = new item(false, 'Cells of ALH involving sclerosing adenosis', 3); ++i outline[i] = new item(false, 'ALH involving an atrophic unit', 3); ++i outline[i] = new item(false, 'ALH in an adenotic unit, low power.', 3); ++i outline[i] = new item(false, 'ALH in an adenotic unit, high power.', 3); ++i outline[i] = new item(false, 'ALH confined to a FA', 3); ++i outline[i] = new item(false, 'Extensive ALH involving multiple micropapillomas, low power', 3); ++i outline[i] = new item(false, 'ALH involving a micropapilloma, high power', 3); ++i outline[i] = new item(false, 'ALH involving a micropapilloma, high power', 3); ++i outline[i] = new item(false, 'ALH with unusual clear cells and secretory features', 3); ++i outline[i] = new item(true, 'Lobular Carcinoma In Situ', 2); ++i outline[i] = new item(false, 'Lobular carcinoma in situ', 3); ++i outline[i] = new item(false, 'Lobular carcinoma in situ', 3); ++i outline[i] = new item(false, 'Lobular carcinoma in situ with grade 2 nuclei', 3); ++i outline[i] = new item(true, 'Intraductal Proliferative Lesions', 1); ++i outline[i] = new item(true, 'Ductal hyperplasia of usual type', 2); ++i outline[i] = new item(false, 'Ductal hyperplasia of usual type, florid', 3); ++i outline[i] = new item(false, 'Compact florid hyperplasia', 3); ++i outline[i] = new item(false, 'Compact florid hyperplasia.', 3); ++i outline[i] = new item(false, 'Central papilloma with florid, ductal hyperplasia of the usual type', 3); ++i outline[i] = new item(false, 'Florid ductal hyperplasia involving a papilloma', 3); ++i outline[i] = new item(false, 'Encysted papilloma with florid ductal hyperplasia', 3); ++i outline[i] = new item(false, 'Florid epithelial hyperplasia within a FA', 3); ++i outline[i] = new item(false, 'Compact florid hyperplasia and apocrine change', 3); ++i outline[i] = new item(false, 'Fibrocystic changes with compact florid ductal hyperplasia', 3); ++i outline[i] = new item(false, 'Fibrocystic changes with ductal hyperplasia of the usual type, high power', 3); ++i outline[i] = new item(true, 'Atypical ductal hyperplasia (ADH)', 2); ++i outline[i] = new item(false, 'ADH, low power', 3); ++i outline[i] = new item(false, 'ADH, high power', 3); ++i outline[i] = new item(false, 'ADH in large size duct', 3); ++i outline[i] = new item(false, 'ADH', 3); ++i outline[i] = new item(false, 'ADH, cribriform type', 3); ++i outline[i] = new item(false, 'ADH, cribriform type', 3); ++i outline[i] = new item(true, 'Case A - ADH, cribriform type', 3); ++i outline[i] = new item(false, 'ADH, cribriform type, low power', 4); ++i outline[i] = new item(false, 'ADH, cribriform type, high power', 4); ++i outline[i] = new item(false, 'ADH, micropapillary type.', 3); ++i outline[i] = new item(false, 'ADH, micropapillary type', 3); ++i outline[i] = new item(false, 'ADH, cribriform and papillary type, low power', 3); ++i outline[i] = new item(false, 'ADH, cribriform and micropapillary types, high power', 3); ++i outline[i] = new item(false, 'Mucocele like tumor with one focus of ADH', 3); ++i outline[i] = new item(false, 'ADH within a mucocele like tumor', 3); ++i outline[i] = new item(false, 'ADH within a mucocele like tumor', 3); ++i outline[i] = new item(false, 'ADH in mucocele like tumor', 3); ++i outline[i] = new item(false, 'ADH in mucocele like tumor', 3); ++i outline[i] = new item(false, 'ADH involving a papilloma', 3); ++i outline[i] = new item(true, 'Mixed pattern atypical hyperplasia', 3); ++i outline[i] = new item(false, 'Mixed atypical hyperplasia, displaying a pagetoid appearance', 4); ++i outline[i] = new item(false, 'Mixed pattern atypical hyperplasia - ALH', 4); ++i outline[i] = new item(false, 'Mixed pattern atypical hyperplasia - ADH, low power', 4); ++i outline[i] = new item(false, 'Mixed pattern atypical hyperplasia - ADH, high power', 4); ++i outline[i] = new item(true, 'Within Micropapillomas', 3); ++i outline[i] = new item(false, 'Micropapillomas with mixed pattern atypical hyperplasia', 4); ++i outline[i] = new item(false, 'Micropapillomas with mixed pattern atypical hyperplasia.This focus has lobular features', 4); ++i outline[i] = new item(false, 'ADH in micropapillomas', 4); ++i outline[i] = new item(true, 'ADH with microcalcifications', 3); ++i outline[i] = new item(false, 'A focus of ADH with microcalcifications, low power', 4); ++i outline[i] = new item(false, 'A focus of ADH with microcalcifications, high power', 4); ++i outline[i] = new item(true, 'Flat epithelial atypia - see under columnar cell lesions, CCC with atypia', 2); ++i outline[i] = new item(true, 'Ductal carcinoma in situ (DCIS)', 2); ++i outline[i] = new item(true, 'Micropapillary', 3); ++i outline[i] = new item(false, 'Micropapillary type of DCIS', 4); ++i outline[i] = new item(false, 'Central papilloma with micropapillary DCIS.', 4); ++i outline[i] = new item(false, 'Central papilloma with micropapillary DCIS', 4); ++i outline[i] = new item(false, 'Micropapillary ductal carcinoma in situ within a papilloma', 4); ++i outline[i] = new item(false, 'Micropapillary ductal carcinoma in situ within a papilloma', 4); ++i outline[i] = new item(false, 'Extensive DCIS with micropapillary and apocrine features', 4); ++i outline[i] = new item(false, 'DCIS with micropapillary and apocrine features', 4); ++i outline[i] = new item(false, 'DCIS with micropapillary and apocrine features displaying cancerization of lobules', 4); ++i outline[i] = new item(false, 'Micropapillary DCIS', 4); ++i outline[i] = new item(false, 'DCIS of Cribriform and micropapillary types within ducts', 4); ++i outline[i] = new item(false, 'Micropapillary DCIS with hypersecretory features', 4); ++i outline[i] = new item(false, 'Micropapillary DCIS with columnar cell change', 4); ++i outline[i] = new item(false, 'Micropapillary DCIS with columnar cell change', 4); ++i outline[i] = new item(false, 'Micropapillary DCIS', 4); ++i outline[i] = new item(true, 'Comedo', 3); ++i outline[i] = new item(false, 'DCIS, high grade, comedo type, with periductal fibrosis', 4); ++i outline[i] = new item(false, 'DCIS, high grade, comedo type', 4); ++i outline[i] = new item(false, 'Comedo DCIS with involvement of lobules', 4); ++i outline[i] = new item(false, 'Comedo type of DCIS with cancerization of lobules', 4); ++i outline[i] = new item(true, 'Cribriform', 3); ++i outline[i] = new item(false, 'DCIS of cribriform type within larger ducts', 4); ++i outline[i] = new item(false, 'Cribriform DCIS, low grade', 4); ++i outline[i] = new item(false, 'DCIS of cribriform type', 4); ++i outline[i] = new item(false, 'DCIS, cribriform type with microcalcifications', 4); ++i outline[i] = new item(true, 'Hypersecretory', 3); ++i outline[i] = new item(false, 'Cystic hypersecretory DCIS', 4); ++i outline[i] = new item(false, 'Cystic hypersecretory DCIS', 4); ++i outline[i] = new item(false, 'Cystic hypersecretory DCIS', 4); ++i outline[i] = new item(true, 'Involving Micropapillomas', 3); ++i outline[i] = new item(false, 'DCIS involving clustered micropapillomas, low power', 4); ++i outline[i] = new item(false, 'Clustered micropapillomas (peripheral papillomas) involved by DCIS', 4); ++i outline[i] = new item(false, 'Low grade DCIS involving clustered micropapillomas', 4); ++i outline[i] = new item(false, 'Low grade DCIS involving clustered micropapillomas', 4); ++i outline[i] = new item(true, 'Solid', 3); ++i outline[i] = new item(false, 'DCIS, solid type', 4); ++i outline[i] = new item(true, 'Case A - solid and neuroendocrine type', 4); ++i outline[i] = new item(false, 'DCIS, solid and neuroendocrine types. Low grade', 5); ++i outline[i] = new item(false, 'DCIS, solid and neuroendocrine types. Low grade', 5); ++i outline[i] = new item(false, 'Low grade DCIS. Cribriform and neuroendocrine types, high power', 4); ++i outline[i] = new item(true, 'Apocrine', 3); ++i outline[i] = new item(false, 'DCIS, high grade, apocrine type', 4); ++i outline[i] = new item(false, 'DCIS, high grade, apocrine type', 4); ++i outline[i] = new item(false, 'DCIS, high grade, apocrine type', 4); ++i outline[i] = new item(false, 'DCIS, apocrine type', 4); ++i outline[i] = new item(false, 'DCIS, apocrine type, involving lobules and a larger duct', 4); ++i outline[i] = new item(false, 'DCIS, apocrine type, high power', 4); ++i outline[i] = new item(false, 'DCIS, apocrine type', 4); ++i outline[i] = new item(false, 'Low grade DCIS', 3); ++i outline[i] = new item(false, 'Low grade DCIS', 3); ++i outline[i] = new item(false, 'DCIS extending along a duct', 3); ++i outline[i] = new item(false, 'DCIS with central necrosis', 3); ++i outline[i] = new item(false, 'DCIS with central necrosis', 3); ++i outline[i] = new item(false, 'DCIS, intermediate nuclear grade, solid type', 3); ++i outline[i] = new item(false, 'DCIS involving peripheral papillomas', 3); ++i outline[i] = new item(false, 'DCIS. Central elastosis with pseudoinvasion', 3); ++i outline[i] = new item(false, 'DCIS with radiation effect, low power', 3); ++i outline[i] = new item(false, 'DCIS with radiation effect, high power', 3); ++i outline[i] = new item(true, 'Case A - DCIS involving peripheral papillomas', 3); ++i outline[i] = new item(false, 'Low grade DCIS, high power', 4); ++i outline[i] = new item(false, 'Low grade DCIS involving peripheral papillomas, low power', 4); ++i outline[i] = new item(true, 'Case B', 3); ++i outline[i] = new item(false, 'DCIS with apocrine and secretory features, high power', 4); ++i outline[i] = new item(false, 'DCIS with apocrine and secretory features, high power', 4); ++i outline[i] = new item(true, 'Case C', 3); ++i outline[i] = new item(false, 'DCIS involving a lobular unit', 4); ++i outline[i] = new item(false, 'DCIS involving a lobular unit', 4); ++i outline[i] = new item(true, 'Case D', 3); ++i outline[i] = new item(false, 'High grade DCIS involving irregular adenosis. Low power', 4); ++i outline[i] = new item(false, 'High grade DCIS involving irregular adenosis. High power', 4); ++i outline[i] = new item(true, 'Microinvasive carcinoma', 1); ++i outline[i] = new item(false, 'Microinvasive carcinoma with adjacent high grade DCIS, low power', 2); ++i outline[i] = new item(true, 'Intraductal Papillary neoplasms', 1); ++i outline[i] = new item(true, 'Central papilloma', 2); ++i outline[i] = new item(false, 'Intraductal papilloma, central, low power', 3); ++i outline[i] = new item(false, 'Intraductal papilloma, central, high power', 3); ++i outline[i] = new item(false, 'Central papilloma with micropapillary DCIS', 3); ++i outline[i] = new item(false, 'Central papilloma with micropapillary DCIS', 3); ++i outline[i] = new item(false, 'Micropapillary ductal carcinoma in situ within a papilloma', 3); ++i outline[i] = new item(false, 'Micropapillary ductal carcinoma in situ within a papilloma', 3); ++i outline[i] = new item(false, 'Central papilloma with florid, ductal hyperplasia of the usual type', 3); ++i outline[i] = new item(false, 'Encysted papilloma with florid ductal hyperplasia.', 3); ++i outline[i] = new item(true, 'Peripheral Papillomas', 2); ++i outline[i] = new item(false, 'Peripheral papillomas', 3); ++i outline[i] = new item(false, 'Clustered micropapillomas (peripheral papillomas) involved by DCIS', 3); ++i outline[i] = new item(false, 'DCIS involving clustered micropapillomas, low power', 3); ++i outline[i] = new item(false, 'DCIS involving clustered micropapillomas, high power', 3); ++i outline[i] = new item(false, 'Florid ductal hyperplasia involving a papilloma', 3); ++i outline[i] = new item(true, 'Case A - DCIS involving peripheral papillomas', 3); ++i outline[i] = new item(false, 'Low grade DCIS involving peripheral papillomas, low power', 4); ++i outline[i] = new item(false, 'Low grade DCIS, high power', 4); ++i outline[i] = new item(true, 'Case B', 3); ++i outline[i] = new item(false, 'DCIS involving clustered (peripheral) papillomas, low power', 4); ++i outline[i] = new item(false, 'DCIS, low grade, high power', 4); ++i outline[i] = new item(true, 'Atypical Papilloma', 2); ++i outline[i] = new item(false, 'ADH involving a papilloma', 3); ++i outline[i] = new item(true, 'Intraductal papillary carcinoma', 2); ++i outline[i] = new item(false, 'Intraductal papillary carcinoma', 3); ++i outline[i] = new item(true, 'Case A', 3); ++i outline[i] = new item(false, 'DCIS, low grade, involving an intraductal papilloma, low power', 4); ++i outline[i] = new item(false, 'DCIS, low grade, involving an intraductal papilloma, high power', 4); ++i outline[i] = new item(true, 'Intracystic papillary carcinoma', 2); ++i outline[i] = new item(false, 'Encysted, noninvasive, papillary carcinoma', 3); ++i outline[i] = new item(false, 'Encysted, noninvasive, papillary carcinoma, high power', 3); ++i outline[i] = new item(false, 'Intracystic papillary carcinoma', 3); ++i outline[i] = new item(false, 'Intracystic papillary carcinoma, high power', 3); ++i outline[i] = new item(false, 'Encysted, noninvasive, encysted papillary carcinoma with mucin, low grade', 3); ++i outline[i] = new item(false, 'Encysted, noninvasive, papillary carcinoma, low power', 3); ++i outline[i] = new item(false, 'Encysted, noninvasive, papillary carcinoma, high power', 3); ++i outline[i] = new item(false, 'Encysted, noninvasive, papillary carcinoma, low power', 3); ++i outline[i] = new item(false, 'Encysted, noninvasive, papillary carcinoma, high power', 3); ++i outline[i] = new item(false, 'Encysted, noninvasive, papillary carcinoma', 3); ++i outline[i] = new item(false, 'Pseudoinvasion of capsule of an encysted papilloma.', 3); ++i outline[i] = new item(true,'BENIGN EPITHELIAL LESIONS', 0); ++i outline[i] = new item(false, 'Collagenous spherulosis', 1); ++i outline[i] = new item(false, 'Collagenous spherulosis', 1); ++i outline[i] = new item(false, 'Tubular adenosis with features of collagenous spherulosis', 1); ++i outline[i] = new item(false, 'Gynecomastoid hyperplasia', 1); ++i outline[i] = new item(true, 'Case A - Gynecomastoid hyperplasia', 1); ++i outline[i] = new item(false, 'Gynecomastoid hyperplasia, low power', 2); ++i outline[i] = new item(false, 'Gynecomastoid hyperplasia, high power', 2); ++i outline[i] = new item(false, 'Gynecomastoid hyperplasia', 2); ++i outline[i] = new item(true, 'Benign Apocrine Change', 1); ++i outline[i] = new item(false, 'Highly complex papillary apocrine change, low power', 2); ++i outline[i] = new item(false, 'Highly complex papillary apocrine change, high power', 2); ++i outline[i] = new item(false, 'Highly complex papillary apocrine change, high power', 2); ++i outline[i] = new item(true, 'Adenosis', 1); ++i outline[i] = new item(false, 'Aggregate and irregular adenosis', 2); ++i outline[i] = new item(false, 'Aggregate adenosis with columnar cell change, low power.', 2); ++i outline[i] = new item(false, 'Aggregate adenosis with columnar cell change, high power.', 2); ++i outline[i] = new item(true, 'Sclerosing adenosis', 1); ++i outline[i] = new item(false, 'Sclerosing adenosis', 2); ++i outline[i] = new item(false, 'Sclerosing adnenosis', 2); ++i outline[i] = new item(false, 'Sclerosing adenosis with features of microglandular adenosis', 2); ++i outline[i] = new item(true, 'Apocrine adenosis', 1); ++i outline[i] = new item(false, 'Apocrine adenosis and sclerosing adenosis', 2); ++i outline[i] = new item(false, 'Apocrine adenosis', 2); ++i outline[i] = new item(true, 'Columnar cell lesions', 1); ++i outline[i] = new item(true, 'CCC', 2); ++i outline[i] = new item(false, 'Columnar cell change (columnar alteration of lobules)(Blunt duct adneosis)', 3); ++i outline[i] = new item(false, 'Columnar cell change', 3); ++i outline[i] = new item(false, 'Columnar cell change with microcalcifications, low power', 3); ++i outline[i] = new item(false, 'DCIS in columnar cell change', 3); ++i outline[i] = new item(true, 'Case A', 3); ++i outline[i] = new item(false, 'Columnar cell change with microcalcifications, low power', 4); ++i outline[i] = new item(false, 'Columnar cell change with microcalcifications, high power.', 4); ++i outline[i] = new item(true, 'CCC with hyperplasia', 2); ++i outline[i] = new item(false, 'Columnar cell change with hyperplasia', 3); ++i outline[i] = new item(false, 'Mucocele-like tumor with columnar cell hyperplasia', 3); ++i outline[i] = new item(false, 'Mucocele-like tumor with columnar cell hyperplasia', 3); ++i outline[i] = new item(true, 'CCC with atypia (flat epithelial atypia)', 2); ++i outline[i] = new item(false, 'Columnar cell change with atypical hyperplasia', 3); ++i outline[i] = new item(false, 'Columnar cell change with atypical hyperplasia', 3); ++i outline[i] = new item(false, 'Columnar cell change with atypia (flat epithelial atypia)', 3); ++i outline[i] = new item(false, 'Columnar cell change with atypia (flat epithelial atypia), high power', 3); ++i outline[i] = new item(true, 'Micrograndular adenosis', 1); ++i outline[i] = new item(false, 'Microglandular adenosis with adjacent ALH', 2); ++i outline[i] = new item(true, 'Radial scar / Complex sclerosing lesion', 1); ++i outline[i] = new item(false, 'Complex sclerosing lesion', 2); ++i outline[i] = new item(false, 'Edge of complex sclerosing lesion involved by tubulolobular carcinoma', 2); ++i outline[i] = new item(true, 'Tubular adenoma', 1); ++i outline[i] = new item(false, 'Tubular adenoma with atypical lobular hyperplasia, high power', 2); ++i outline[i] = new item(true, 'Lactating adenoma', 1); ++i outline[i] = new item(false, 'Lactating adenoma, low power', 2); ++i outline[i] = new item(false, 'Lactating adenoma, high power', 2); ++i outline[i] = new item(true, 'Apocrine adenoma', 1); ++i outline[i] = new item(false, 'Apocrine adenoma', 2); ++i outline[i] = new item(false, 'Apocrine adenoma', 2); ++i outline[i] = new item(true, 'Pleomorphic adenoma', 1); ++i outline[i] = new item(false, 'Pleomorphic adenoma, low power', 2); ++i outline[i] = new item(false, 'Pleomorphic adenoma, high power', 2); ++i outline[i] = new item(false, 'Pleomorphic adenoma', 2); ++i outline[i] = new item(true, 'Ductal adenoma', 1); ++i outline[i] = new item(false, 'Ductal adenoma, partially sclerosed', 2); ++i outline[i] = new item(true,'MYOEPITHELIAL LESIONS', 0); ++i outline[i] = new item(true, 'Myoepitheliosis', 1); ++i outline[i] = new item(true, 'Adenomyoepithelial adenosis', 1); ++i outline[i] = new item(true, 'Adenomyoepithelioma', 1); ++i outline[i] = new item(false, 'Adenomyoepithelioma, low power', 2); ++i outline[i] = new item(false, 'Adenomyoepithelioma, high power', 2); ++i outline[i] = new item(true, 'Myoepithelioma', 1); ++i outline[i] = new item(false, 'Myoepithelioma', 2); ++i outline[i] = new item(false, 'Myoepithelioma', 2); ++i outline[i] = new item(false, 'Myoepithelioma, low power', 2); ++i outline[i] = new item(false, 'Myoepithelioma, high power', 2); ++i outline[i] = new item(false, 'Myoepithelioma, MSA positive', 2); ++i outline[i] = new item(true, 'Malignant myoepithelioma', 1); ++i outline[i] = new item(true,'MESENCHYMAL TUMORS', 0); ++i outline[i] = new item(false, 'Malignant fibrous histiocytoma of breast', 1); ++i outline[i] = new item(true, 'Hemangioma', 1); ++i outline[i] = new item(false, 'Hemangioma', 2); ++i outline[i] = new item(true, 'Angiomatosis', 1); ++i outline[i] = new item(true, 'Hemangiopericytoma', 1); ++i outline[i] = new item(false, 'Hemangiopericytoma, low power', 2); ++i outline[i] = new item(false, 'Hemangiopericytoma, high power', 2); ++i outline[i] = new item(false, 'Hemangiopericytoma. Reticulin stain, low power', 2); ++i outline[i] = new item(false, 'Hemangiopericytoma. Reticulin stain, high power', 2); ++i outline[i] = new item(true, 'Pseudoangiomatous stromal hyperplasia', 1); ++i outline[i] = new item(false, 'Pseudoangiomatous stromal hyperplasia, high power', 2); ++i outline[i] = new item(true, 'Myofibroblastoma', 1); ++i outline[i] = new item(false, 'Myofibroblastoma, low power', 2); ++i outline[i] = new item(false, 'Myofibroblastoma, high power', 2); ++i outline[i] = new item(true, 'Fibromatosis', 1); ++i outline[i] = new item(false, 'Fibromatosis of the breast', 2); ++i outline[i] = new item(false, 'Fibromatosis', 2); ++i outline[i] = new item(false, 'Fibromatosis, SMA+ stain', 2); ++i outline[i] = new item(false, 'Fibromatosis, cytokeratin stain', 2); ++i outline[i] = new item(true, 'Inflammatory myofibroblastic tumor', 1); ++i outline[i] = new item(false, 'Inflammatory myofibroblastic tumor, low power', 2); ++i outline[i] = new item(false, 'Inflammatory myofibroblastic tumor, high power', 2); ++i outline[i] = new item(false, 'Inflammatory myofibroblastic tumor, CD34 stain', 2); ++i outline[i] = new item(true, 'Lipoma', 1); ++i outline[i] = new item(false, 'Lipoma', 2); ++i outline[i] = new item(false, 'Lipoma', 2); ++i outline[i] = new item(true, 'Granular cell tumor', 1); ++i outline[i] = new item(false, 'Granular cell tumor', 2); ++i outline[i] = new item(false, 'Granular cell tumor, S-100 stain', 2); ++i outline[i] = new item(true, 'Benign peripheral nerve sheath tumors', 1); ++i outline[i] = new item(true, 'Schwannoma', 2); ++i outline[i] = new item(false, 'Schwannoma, low power', 3); ++i outline[i] = new item(false, 'Schwannoma, high power', 3); ++i outline[i] = new item(true, 'Angiosarcoma', 1); ++i outline[i] = new item(false, 'Angiosarcoma, low grade', 2); ++i outline[i] = new item(false, 'Angiosarcoma, low grade, low power', 2); ++i outline[i] = new item(false, 'Angiosarcoma, low grade, high power', 2); ++i outline[i] = new item(false, 'Angiosarcoma, high grade', 2); ++i outline[i] = new item(true, 'Case A', 2); ++i outline[i] = new item(false, 'Recurent tumor where low grade angiosarcoma changed to high grade angiosarcoma', 3); ++i outline[i] = new item(false, 'Recurent tumor where low grade angiosarcoma changed to high grade angiosarcoma', 3); ++i outline[i] = new item(false, 'Recurent tumor where low grade angiosarcoma changed to high grade angiosarcoma', 3); ++i outline[i] = new item(true, 'Angiosarcoma of the skin of arm after radical mastectomy', 2); ++i outline[i] = new item(false, 'Angiosarcoma of the skin of arm after radical mastectomy', 3); ++i outline[i] = new item(true, 'Post radiotherapy angiosarcoma', 2); ++i outline[i] = new item(false, 'Post radiotherapy Angiosarcoma, low power', 3); ++i outline[i] = new item(false, 'Post radiotherapy Angiosarcoma, high power', 3); ++i outline[i] = new item(false, 'Post radiotherapy Angiosarcoma. Photo', 3); ++i outline[i] = new item(true, 'Liposarcoma', 1); ++i outline[i] = new item(false, 'Liposarcoma, low power', 2); ++i outline[i] = new item(false, 'Liposarcoma, high power', 2); ++i outline[i] = new item(true, 'Rhabdomyosarcoma', 1); ++i outline[i] = new item(false, 'Rhabdomyosarcoma', 2); ++i outline[i] = new item(false, 'Rhabdomyosarcoma, low power', 2); ++i outline[i] = new item(false, 'Rhabdomyosarcoma, high power', 2); ++i outline[i] = new item(true, 'Mammary osteosarcoma', 1); ++i outline[i] = new item(false, 'Osteosarcoma, low power', 2); ++i outline[i] = new item(false, 'Osteosarcoma, high power', 2); ++i outline[i] = new item(false, 'Osteosarcoma, low power', 2); ++i outline[i] = new item(false, 'Osteosarcoma, high power', 2); ++i outline[i] = new item(true, 'Leiomyoma', 1); ++i outline[i] = new item(false, 'Leiomyoma, low power', 2); ++i outline[i] = new item(false, 'Leiomyoma, high power', 2); ++i outline[i] = new item(true, 'Leiomyosarcoma', 1); ++i outline[i] = new item(false, 'Leiomyosarcoma', 2); ++i outline[i] = new item(true,'FIBROEPITHELIAL TUMORS', 0); ++i outline[i] = new item(true, 'Fibroadenoma (FA)', 1); ++i outline[i] = new item(false, 'FA', 2); ++i outline[i] = new item(false, 'Cellular FA', 2); ++i outline[i] = new item(false, 'FA with apocrine change', 2); ++i outline[i] = new item(false, 'FA with phylloidal features and mild stromal atypia', 2); ++i outline[i] = new item(false, 'FA with phyloidal features and mild stormal atypia, high power', 2); ++i outline[i] = new item(false, 'FA with atypical lobular hyperplasia', 2); ++i outline[i] = new item(false, 'FA with atypical lobular hyperplasia', 2); ++i outline[i] = new item(false, 'Florid epithelial hyperplasia within a FA', 2); ++i outline[i] = new item(false, 'Intermediate grade DCIS involving a FA', 2); ++i outline[i] = new item(false, 'Intermediate grade DCIS involving a FA', 2); ++i outline[i] = new item(false, 'Intermediate grade DCIS involving a FA', 2); ++i outline[i] = new item(true, 'Phyllodes tumors (PT)', 1); ++i outline[i] = new item(true, 'Benign PTs', 2); ++i outline[i] = new item(false, 'PT', 3); ++i outline[i] = new item(false, 'Benign PT, low power', 3); ++i outline[i] = new item(false, 'Benign PT, high power', 3); ++i outline[i] = new item(false, 'Benign PT, low power. Stromal condensation', 3); ++i outline[i] = new item(true, 'Borderline PTs', 2); ++i outline[i] = new item(false, 'PT, borderline histologic features, low power', 3); ++i outline[i] = new item(false, 'PT, borderline histologic features, high power', 3); ++i outline[i] = new item(false, 'Borderline PT with stromal overgrowth', 3); ++i outline[i] = new item(true, 'Case A', 3); ++i outline[i] = new item(false, 'PT, borderline, low power', 4); ++i outline[i] = new item(false, 'PT, borderline, low power', 4); ++i outline[i] = new item(false, 'Stromal overgrowth in a borderline PT, low power', 4); ++i outline[i] = new item(false, 'PT, borderline, high power', 4); ++i outline[i] = new item(true, 'Malignant PTs', 2); ++i outline[i] = new item(false, 'Malignant PT', 3); ++i outline[i] = new item(false, 'Malignant PT', 3); ++i outline[i] = new item(false, 'Malignant PT', 3); ++i outline[i] = new item(false, 'Malignant PT', 3); ++i outline[i] = new item(false, 'Malignant PT', 3); ++i outline[i] = new item(false, 'PT with fibrosarcoma component', 3); ++i outline[i] = new item(false, 'PT with benign epithelial component and a chondrosarcoma component', 3); ++i outline[i] = new item(false, 'PT with chondrosarcoma component', 3); ++i outline[i] = new item(false, 'PT with osteosarcoma component', 3); ++i outline[i] = new item(true, 'Mammary hamartomas', 1); ++i outline[i] = new item(false, 'Myoid hamartoma', 2); ++i outline[i] = new item(false, 'Myoid hamartoma', 2); ++i outline[i] = new item(false, 'Myoid hamartoma, high power', 2); ++i outline[i] = new item(false, 'Myoid hamartoma, SMA positive', 2); ++i outline[i] = new item(true,'TUMORS OF THE NIPPLE', 0); ++i outline[i] = new item(true, 'Nipple adenoma', 1); ++i outline[i] = new item(true, 'Case A', 2); ++i outline[i] = new item(false, 'Nipple adenoma', 3); ++i outline[i] = new item(false, 'Nipple adenoma with squamous metaplasia', 3); ++i outline[i] = new item(true, 'Syringomatous', 1); ++i outline[i] = new item(false, 'Syringomatous adenoma, low power', 2); ++i outline[i] = new item(false, 'Syringomatous adenoma, high power', 2); ++i outline[i] = new item(false, 'Syringomatous adenoma, low power', 2); ++i outline[i] = new item(false, 'Syringomatous adenoma, high power', 2); ++i outline[i] = new item(true, 'Pagets disease', 1); ++i outline[i] = new item(false, 'Pagets disease', 2); ++i outline[i] = new item(false, 'Pagets disease with underlying invasive carcinoma', 2); ++i outline[i] = new item(true,'MALIGNANT LYMPHOMAS', 0); ++i outline[i] = new item(false, 'Lymphoma. Fine needle aspiration smear', 1); ++i outline[i] = new item(true,'METASTATIC TUMORS', 0); ++i outline[i] = new item(false, 'Metastatic breast carcinoma in sentinel node', 1); ++i outline[i] = new item(false, 'High grade sarcoma metastatic to breast', 1); ++i outline[i] = new item(false, 'Metastatic carcinoma. Krukenberg tumor', 1); ++i outline[i] = new item(false, 'Metastatic carcinoma cells in a lymph node', 1); ++i outline[i] = new item(false, 'Sentinel lymph node with metastatic breast carcinoma, low power', 1); ++i outline[i] = new item(false, 'Sentinel lymph node with metastatic breast carcinoma, high power', 1); ++i outline[i] = new item(true,'TUMORS OF THE MALE BREAST', 0); ++i outline[i] = new item(true, 'Case A, Invasive mammary carcinoma (IMC)', 1); ++i outline[i] = new item(false, 'IMC, CHG 2 of 3, CHG II of III, low power', 2); ++i outline[i] = new item(false, 'IMC, CHG 2 of 3, high power', 2); ++i outline[i] = new item(false, 'IMC, CHG 2 of 3, ER positive', 2); ++i outline[i] = new item(false, 'IMC, CHG 2 of 3, Her 2 neu negative', 2); ++i outline[i] = new item(false, 'IMC, cytology', 2); ++i outline[i] = new item(true, 'Case B, Invasive mammary carcinoma (IMC)', 1); ++i outline[i] = new item(false, 'IMC, CHG 2 of 3, CHG II of III, low power', 2); ++i outline[i] = new item(false, 'IMC, CHG 2 of 3, PR positive', 2); ++i outline[i] = new item(true, 'NORMAL BREAST', 0); ++i outline[i] = new item(false, 'Normal breast, H+E stain', 1); ++i outline[i] = new item(false, 'Normal breast, H+E stain', 1); ++i outline[i] = new item(false, 'Normal breast, calponin stain', 1); ++i outline[i] = new item(false, 'Normal breast, calponin stain', 1); ++i outline[i] = new item(false, 'Normal breast, p63 stain', 1); ++i outline[i] = new item(false, 'Normal breast, p63 stain', 1); ++i outline[i] = new item(false, 'Normal breast, ER stain', 1); ++i outline[i] = new item(false, 'Normal breast. E-cadherin stain, low power', 1); ++i outline[i] = new item(false, 'Normal breast. E-cadherin stain, high power', 1); ++i outline[i] = new item(true, 'MUCOCELE LIKE TUMOR', 0); ++i outline[i] = new item(false, 'Mucocele like tumor with florid epithelial hyperplasia, low power', 1); ++i outline[i] = new item(false, 'Mucocele like tumor with florid epithelial hyperplasia, high power', 1); ++i outline[i] = new item(false, 'Mucocele like tumor with florid epithelial hyperplasia, high power', 1); ++i outline[i] = new item(true, 'RECEPTORS', 0); ++i outline[i] = new item(false, 'ER stain', 1); ++i outline[i] = new item(false, 'PR stain', 1); ++i outline[i] = new item(false, 'Her 2 neu stain', 1); ++i outline[i] = new item(true, 'Her 2 neu FISH analysis', 1); ++i outline[i] = new item(false, 'Her 2 neu FISH analysis, high amplification', 2); ++i outline[i] = new item(false, 'Her 2 neu FISH analysis, low amplification', 2); ++i outline[i] = new item(false, 'Her 2 neu FISH analysis, no amplification', 2); ++i outline[i] = new item(true, 'BENIGN LESIONS', 0); ++i outline[i] = new item(false, 'Foreign body reaction', 1); ++i outline[i] = new item(false, 'Apocrine change', 1); ++i outline[i] = new item(false, 'Infarct with foamy histiocytes', 1); ++i outline[i] = new item(false, 'Biopsy site changes', 1); ++i outline[i] = new item(false, 'Collagen plug inside biopsy cavity, low power', 1); ++i outline[i] = new item(false, 'Collagen plug inside biopsy cavity, high power', 1); ++i outline[i] = new item(false, 'Lactation change', 1); ++i outline[i] = new item(false, 'Lymph node capsule with nevus cell rests', 1); ++i outline[i] = new item(false, 'Silicone granuloma, low power', 1); ++i outline[i] = new item(false, 'Silicone granuloma, high power', 1); ++i outline[i] = new item(false, 'Epidermal inclusion cyst, skin over breast', 1); ++i outline[i] = new item(false, 'Calcifications in benign cystic breast duct', 1); ++i outline[i] = new item(false, 'Treatment induced atypia in normal acini', 1); ++i outline[i] = new item(true, 'GROSS PATHOLOGY', 0); ++i outline[i] = new item(true, 'Invasive Ductal Carcinoma (IDC)', 1); ++i outline[i] = new item(false, 'IDC, Gross image', 2); ++i outline[i] = new item(false, 'IDC, Gross image', 2); ++i outline[i] = new item(false, 'IDC, Gross image', 2); ++i outline[i] = new item(false, 'IDC, Gross image', 2); ++i outline[i] = new item(false, 'IDC, Gross image', 2); ++i outline[i] = new item(true, 'Invasive lobular carcinoma (ILC)', 1); ++i outline[i] = new item(false, 'ILC, Gross image', 2); ++i outline[i] = new item(true, 'Medullary Carcinoma', 1); ++i outline[i] = new item(false, 'Medullary carcinoma. Gross image', 2); ++i outline[i] = new item(true, 'Mucin producing Carcinoma', 1); ++i outline[i] = new item(false, 'Mucinous carcinoma. Gross image', 2); ++i outline[i] = new item(true, 'Lobular Carcinoma In Situ', 1); ++i outline[i] = new item(false, 'Lobular carcinoma in situ. Gross image', 2); ++i outline[i] = new item(true, 'Intraductal Papillary neoplasms', 1); ++i outline[i] = new item(false, 'Sclerosing papilloma. Gross image', 2); ++i outline[i] = new item(true, 'Intraductal papillary carcinoma', 1); ++i outline[i] = new item(false, 'Encysted, non-invasive papillary carcinoma. Gross image', 2); ++i outline[i] = new item(true, 'Fibroadenoma (FA)', 1); ++i outline[i] = new item(false, 'FA. Gross image', 2); ++i outline[i] = new item(false, 'FA. Gross image', 2); ++i outline[i] = new item(false, 'FA. Gross image', 2); ++i outline[i] = new item(true, 'Phyllodes tumors (PT)', 1); ++i outline[i] = new item(false, 'Benign PT. Gross image', 2); ++i outline[i] = new item(false, 'Benign PT. Gross image', 2); ++i outline[i] = new item(false, 'Benign PT. Gross image', 2); ++i outline[i] = new item(true, 'RADIOGRAPHIC IMAGES', 0); ++i outline[i] = new item(true, 'Invasive Ductal Carcinoma (IDC)', 1); ++i outline[i] = new item(false, 'IDC, Mammogram', 2); ++i outline[i] = new item(false, 'IDC, Needle localization radiograph', 2); ++i outline[i] = new item(false, 'IDC, Mammogram', 2); ++i outline[i] = new item(false, 'IDC, Ultrasound', 2); ++i outline[i] = new item(false, 'IDC, Specimen radiograph', 2); ++i outline[i] = new item(false, 'IDC, Interval cancer. Mammogram', 2); ++i outline[i] = new item(false, 'IDC, in breast with implant. Mammogram', 2); ++i outline[i] = new item(false, 'Bilateral IDC. Mammograms', 2); ++i outline[i] = new item(true, 'Fibroadenoma (FA)', 1); ++i outline[i] = new item(false, 'FA. Mammogram', 2); ++i outline[i] = new item(true, 'Invasive Micropapillary Carcinoma', 1); ++i outline[i] = new item(false, 'Invasive micropapillary carcinoma. Mammogram', 2); ++i outline[i] = new item(true, 'Inflammatory Carcinoma', 1); ++i outline[i] = new item(false, 'Inflammatory carcinoma. Mammogram', 2); ++i outline[i] = new item(true, 'Intraductal Papilloma', 1); ++i outline[i] = new item(false, 'Intraductal papilloma. Ductogram', 2); ++i outline[i] = new item(false, 'Intraductal papilloma. Ductogram', 2); ++i outline[i] = new item(false, 'Intraductal papilloma. Ductogram', 2); ++i setStates() setImages() } function setStates() { var storedValue = getCookie("outline") if (!storedValue) { for (var i = 0; i < outline.length; ++i) { if (outline[i].depth == 0) outline[i].state = true else outline[i].state = false } } else { for (var i = 0; i < outline.length; ++i) { if (storedValue.charAt(i) == '1') outline[i].state = true else outline[i].state = false } } } function setImages() { for (var i = 0; i < outline.length; ++i) { if (outline[i].state) if (outline[i].parent) if (outline[i + 1].state) outline[i].pic = '

' else outline[i].pic = '

' else outline[i].pic = '

' } } function toggle(num) { for (var i = num + 1; i < outline.length && outline[i].depth >= outline[num].depth + 1; ++i) { if (outline[i].depth == outline[num].depth + 1) outline[i].state = !outline[i].state } setStorage() history.go(0) } function setStorage() { var text = "" for (var i = 0; i < outline.length; ++i) { text += (outline[i].state) ? "1" : "0" } setCookie("outline", text) } function openall() { for (var i = 0; i < outline.length; ++i) { if (outline[i].depth == 0) outline[i].state = true else outline[i].state = true } setStorage() history.go(0) } makeDatabase()