healthcare medical

government public service

adult content

blog personal website

corporate

English

__hssrc

hubspotutk

__hssc

__hstc

cf_clearance

nitroCachedPage

_ga_LVG6JZEFJD

__cf_bm

The domain name 'nasco.com' uses the commercial generic top-level domain (.com) and has no subdomain. The registrable portion 'nasco' spans 5 characters holding 2 vowels versus 3 consonants. Breaking it apart gives two words: n, asco. Average segment length settles at 2.5 characters. No strong language cues emerged from the frequency lists.

firstname

lastname

email

hs_context

html/1d/40/1d404023-229c-411c-8e53-ff6bcf719a6f.html.gz

script-src 'none'; form-action 'none'; frame-src 'none'; report-uri https://csp.withgoogle.com/csp/scaffolding/ascnsrsggc:113:0

frame-ancestors 'self'; report-uri https://send.hsbrowserreports.com/csp/report?resource=collected-forms-embed-js/static-1.4265/bundles/project.js&cfRay=9c6ab2382c3f9753-ARN

cb6f2d32c49d1c2b25e9ffc9aaafa3f83075346c01bcd4ae6eb187392a4292cf

5274f11e6fb32ae0cf2dfb9f8043272865c397a7c4223b4cfa7d50ea52fbde89

31b8723141c3cdc7c7c4f9e89cc4426b4aabfd29c4d1f2b6a583c13d66d93014

bd709efca5affe3e3d7a89af6afa9a9dacd259dfcea7f1bfdd6c1122841c6757

669564b3c6bc69a5ad3ff7ced90414898482cb01954e4af6a5bce23baadfb6b8

fd3fb576ccc5910c7355da9b79077763bb1cc1376df538f5afc5c39ae3055d51

471ac5013b99e4ece5c1a2a594aaea8c592db680a05ae32334800cb78c8b88c2

5bf19ac4d707fa905839e25092702ba7a3cda63aeece464a04b893915c1c0dc4

85c20ab9e893eaa78b6565b7ac6a842828c9e529c8c1e9bc3606ca40ce6d1094

bb4ee5a5a165ab7d51393c358ddc8e9b182e52e42437242bea64ffee4916959c

0c7178cc6ca34fb18e30f070a5e7a1c287b2d7ccfcba2cfdf06e0f46eda55740

523d0fc6ffe0e59d239eb9ec0266e4a2a36709b0d46c502713fcbbacbbf7c94c

fb733715308176a41e5cb269007cf72bd3d1d9ebec7d1e48e2cf1a44a6be9828

88f0eb145c70dbf5e1ce739a7c36524ef53a63773539e0c714c414c61e69abb1

02a25a92db27dd86e3e736c7e1c90156f7fda4db7319e19fa60c0c3a915fd4e3

dd7b9b7b1f420935898dcd4590c7881deebcd5c83603642d7ed9dd9755419d46

fd59b0ebf6282ed71647bf2f6e0d1925bbfd1f270865a832079ebb60259aabca

6e625a52cd8ce2ba0e4b0d1ae8d9b6ba21d501cbd4e9155d228e462f90ac2e19

cec1b79b0a946204e4c3fa33836a7f27fcc1bfe1561a1cc5d79534dfcb6081ea

26189290a1f9b29e9e426a5b50b19e6fc5ec67a6b9c12d2a901a0ac0195363c5

59b7a060a62d38a9c559a2e8aa87d3face399b59505751698902df5c9447ea29

71a39abec0b207f44c32d64ed3bd8e76283d8bc92127fd0e0df778c76fa46680

81a8facb20ee32fb02bfb730c6cf58b550aafd86b1d351de4e91ca63b028a565

8a679a9ca8024cc24b52514032b27c3dcd30bbb4e9743c1541c6b6fd38f45033

268cc310bf24fa09e617782da09d4bab8b30c0d13b184ae76af1e3f5a494ac4d

cf15978c5fd861ca8ce079b510b525203330fe574d9e4d8984097ba5801e3cf4

9da9792ed9092e4619b973659e0d22f2194e30099b82668e2bc05b639b1a13b5

912f3d54525a891ccd3d22123b5641c756f3a56033a0dffa26d6c5ee30936a46

ca9c90e64d29537cb52e1e7925c3f5382746ab7f1785fc02044add9af20cc7be

fc3d3f55acc66e4207b06b0b129e13fd72d2c256bd6cc0a6c4a66a9a0ccab443

08721d45669d00b8efcc9eda9afb2d0a7cb34252e6d24479494e3f0666a57622

fda83089380e4c894a270674fda44399f1b34909eb55b0da546673def4ef734a

1394109827152b9df8726baa8a2eaf0958c2060444be39fd68c42171a3dace08

44cc0ff921cb053071acbb11d7052503f648828b8a31e843549374926c5407ad

c960770914255fd4e96bc105e886b7e248a9a537a23f859f332d258980468111

8e6a1019470336e82cd7aeed9d5f925f968b2b5c6fce0a4d13405bd5a92d33ec

7cfb08ef033712090b1a46981f3bbeed62bbc7cfc11867f3e04826ca3a191b64

8dc54aa57b43db765df7c17865b06e9e58efdbf82417bb8d4bdcb08ad84a1f6b

847715aa8a8a2aaba787d550938ff242104f4dda049352dace6831cc318d9a1a

6b38dffb9d3b705f3766e08c3634e291e4552c81e4ed70c006b721ca641e0d26

bd16428be32be5c4ca4d136413a67f7ebb57ed574cad9b9db26c630df7e63b02

85df8df907b04e7e4fefdee7f2cfd923f97dd51ce35e307a8e417f598956f0f1

width=device-width, initial-scale=1, maximum-scale=5, user-scalable=yes

viewport

msapplication-TileColor

https://www.nasco.com/wp-content/themes/axolotl/images/ms-icon-144x144.png

msapplication-TileImage

theme-color

index, follow, max-image-preview:large, max-snippet:-1, max-video-preview:-1

robots

Discover NASCO’s bold vision and smart solutions for driving affordability, growing health plans, and creating better healthcare experiences for all.

description

https://www.nasco.com/wp-content/uploads/2025/10/pexels-thisisengineering-3861958-1-300x296.jpg

twitter:card

https://www.nasco.com/wp-content/uploads/2025/07/cropped-icon-270x270.png

generator

html/1d/40/1d404023-229c-411c-8e53-ff6bcf719a6f_nodriver.html.gz

NASCO - New Vision of Healthcare Admin Puts Your Plan in Control

Network Solutions, LLC

NASCO.COM

Abuse

Admin

Cloudflare-NOC

Cloudflare, Inc.

CLOUDFLARENET

if(navigator.userAgent.match(/MSIE|Internet Explorer/i)||navigator.userAgent.match(/Trident\/7\..*?rv:11/i)){let e=document.location.href;if(!e.match(/[?&]nonitro/)){if(e.indexOf("?")==-1){if(e.indexOf("#")==-1){document.location.href=e+"?nonitro=1"}else{document.location.href=e.replace("#","?nonitro=1#")}}else{if(e.indexOf("#")==-1){document.location.href=e+"&nonitro=1"}else{document.location.href=e.replace("#","&nonitro=1#")}}}}

var NPSH,NitroScrollHelper;NPSH=NitroScrollHelper=function(){let e=null;const o=window.sessionStorage.getItem("nitroScrollPos");function t(){let e=JSON.parse(window.sessionStorage.getItem("nitroScrollPos"))||{};if(typeof e!=="object"){e={}}e[document.URL]=window.scrollY;window.sessionStorage.setItem("nitroScrollPos",JSON.stringify(e))}window.addEventListener("scroll",function(){if(e!==null){clearTimeout(e)}e=setTimeout(t,200)},{passive:true});let r={};r.getScrollPos=()=>{if(!o){return 0}const e=JSON.parse(o);return e[document.URL]||0};r.isScrolled=()=>{return r.getScrollPos()>document.documentElement.clientHeight*.5};return r}();

(function(w,d,s,l,i){w[l]=w[l]||[];w[l].push({'gtm.start':
                new Date().getTime(),event:'gtm.js'});var f=d.getElementsByTagName(s)[0],
            j=d.createElement(s),dl=l!='dataLayer'?'&l='+l:'';j.async=true;j.src=
            'https://www.googletagmanager.com/gtm.js?id='+i+dl;f.parentNode.insertBefore(j,f);
        })(window,document,'script','dataLayer','GTM-5DRVS2XP');


  window.dataLayer = window.dataLayer || [];
  function gtag(){dataLayer.push(arguments);}
  gtag('js', new Date());

  gtag('config', 'G-LVG6JZEFJD');


https://www.nasco.com/wp-content/uploads/2025/10/pexels-thisisengineering-3861958-1.jpg

Home

NASCO

window.IS_NITROPACK=!0;window.NITROPACK_STATE='FRESH';

(()=>{window.NitroPack=window.NitroPack||{coreVersion:"dev",isCounted:!1};let e=document.createElement("script");if(e.src="https://nitroscripts.com/VtUvlMRVCiVGtnhBEPXkbmxPFciMNUzv",e.async=!0,e.id="nitro-script",document.head.appendChild(e),!window.NitroPack.isCounted){window.NitroPack.isCounted=!0;let t=()=>{navigator.sendBeacon("https://to.getnitropack.com/p",JSON.stringify({siteId:"VtUvlMRVCiVGtnhBEPXkbmxPFciMNUzv",url:window.location.href,isOptimized:!!window.IS_NITROPACK,coreVersion:"dev",missReason:window.NPTelemetryMetadata?.missReason||"",pageType:window.NPTelemetryMetadata?.pageType||"",isEligibleForOptimization:!!window.NPTelemetryMetadata?.isEligibleForOptimization}))};(()=>{let e=()=>new Promise(e=>{"complete"===document.readyState?e():window.addEventListener("load",e)}),i=()=>new Promise(e=>{document.prerendering?document.addEventListener("prerenderingchange",e,{once:!0}):e()}),a=async()=>{await i(),await e(),t()};a()})(),window.addEventListener("pageshow",e=>{if(e.persisted){let i=document.prerendering||self.performance?.getEntriesByType?.("navigation")[0]?.activationStart>0;"visible"!==document.visibilityState||i||t()}})}})();


    jQuery(document).ready(function(){
        (function() {

            // LERP Data - Keys are the UNIQUE ELEMENT IDs (img_1, img_2, etc.).
            // The Z property is only defined in 'start' and represents the constant Z offset (in pixels).
            const LERP_DATA = {
                circle_before: {
                    start: { x: -112, y: -91, z: 0 },
                    end: { x: -50, y: -50 }
                },
                circle_after: {
                    start: { x: -21, y: -21, z: 0 },
                    end: { x: -50, y: -50 }
                },
                img_1: {
                    start: { x: -55, y: 69, z: 140 }, // Starts close (X is defined in VW, converted later)
                    end: { x: -260, y: 50 }
                },
                img_2: {
                    start: { x: -50, y: -163, z: 220 }, // Starts closest (X is defined in VW, converted later)
                    end: { x: -210, y: -80 }
                },
                img_3: {
                    start: { x: -50, y: 250, z: -200 }, // Starts far back (X is defined in VW, converted later)
                    end: { x: -80, y: 140 }
                },
                img_4: {
                    start: { x: 50, y: 146, z: 170 },
                    end: { x: 100, y: 10 }
                },
                img_5: {
                    start: { x: 65, y: -356, z: -220 },
                    end: { x: 70, y: -230 }
                },
                img_6: {
                    start: { x: 55, y: -52, z: 0 },
                    end: { x: 190, y: -160 }
                },
            };

            // --- ELEMENT SETUP AND ATTRIBUTE ASSIGNMENT ---
            const figures = document.querySelectorAll(".work-together .wp-block-gallery figure");
            const circles = document.querySelectorAll(".work-together .circle");

            const circle_before = document.querySelector(".work-together .circle.before");
            const circle_after = document.querySelector(".work-together .circle.after");

            // Selectors to target the elements
            const img_1 = document.querySelector(".sticky-parent .wp-block-gallery:nth-of-type(1) figure:nth-child(1)");
            const img_2 = document.querySelector(".sticky-parent .wp-block-gallery:nth-of-type(1) figure:nth-child(2)");
            const img_3 = document.querySelector(".sticky-parent .wp-block-gallery:nth-of-type(1) figure:nth-child(3)");
            const img_4 = document.querySelector(".sticky-parent .wp-block-gallery:nth-of-type(2) figure:nth-child(1)");
            const img_5 = document.querySelector(".sticky-parent .wp-block-gallery:nth-of-type(2) figure:nth-child(2)");
            const img_6 = document.querySelector(".sticky-parent .wp-block-gallery:nth-of-type(2) figure:nth-child(3)");

            // 1. Assign unique IDs (for LERP_DATA lookup)
            if (circle_before) circle_before.dataset.animId = 'circle_before';
            if (circle_after) circle_after.dataset.animId = 'circle_after';
            if (img_1) img_1.dataset.animId = 'img_1';
            if (img_2) img_2.dataset.animId = 'img_2';
            if (img_3) img_3.dataset.animId = 'img_3';
            if (img_4) img_4.dataset.animId = 'img_4';
            if (img_5) img_5.dataset.animId = 'img_5';
            if (img_6) img_6.dataset.animId = 'img_6';

            // 2. Assign common classes and ranges (Timing)
            circles.forEach(circle => {
                circle.classList.add("animating-element");
                circle.dataset.animType = 'animating_circle';
                // Start 50% of parent height BEFORE sticky top, End at sticky top (0%)
                circle.dataset.rangeStartPercent = '-50';
                circle.dataset.rangeEndPercent = '0';
            });

            figures.forEach(figure => {
                figure.classList.add("animating-element");
                figure.dataset.animType = 'animating_img';
                // Start 10% into scroll, End 60% into scroll
                figure.dataset.rangeStartPercent = '-20';
                figure.dataset.rangeEndPercent = '50';
            });

            // --- END ELEMENT SETUP ---

            // Stores all elements and their calculated scroll data
            const allChildren = [];

            // --- DESKTOP BREAKPOINT LOGIC ---
            const DESKTOP_BREAKPOINT = 992;

            const isDesktop = () => window.innerWidth > DESKTOP_BREAKPOINT;
            // --- END DESKTOP BREAKPOINT LOGIC ---

            /**
             * Simple linear interpolation function.
             */
            const lerp = (a, b, t) => a + (b - a) * t;

            /**
             * Throttles a function call (prevents excessive calls on scroll).
             */
            const throttle = (func, delay) => {
                let timeoutId;
                let lastArgs;
                let lastThis;

                return function(...args) {
                    lastArgs = args;
                    lastThis = this;
                    if (!timeoutId) {
                        timeoutId = setTimeout(() => {
                            timeoutId = null;
                            func.apply(lastThis, lastArgs);
                        }, delay);
                    }
                };
            };

            /**
             * Calculates the dynamic scroll range for the single sticky container and stores data.
             * This runs once on load and on resize.
             */
            function initializeScrollAnimation() {
                const stickyParent = document.getElementById('sticky_parent-938682203'); // Hardcoded ID

                if (!stickyParent) return;

                // Find all elements that might be animated for cleanup purposes
                const animatingElements = stickyParent.querySelectorAll('.animating-element');

                // --- NEW: Check if running on desktop ---
                if (!isDesktop()) {
                    // If not desktop, ensure all transforms are cleared, then abort.
                    // This is essential when resizing from desktop back to mobile.
                    animatingElements.forEach(element => {
                        element.style.transform = 'none';
                    });
                    allChildren.length = 0; // Clear data structures
                    return;
                }
                // --- END NEW CHECK ---

                // If we reach here, we are on desktop. Clear and recalculate.
                const windowHeight = window.innerHeight;

                allChildren.length = 0; // Clear existing data on resize

                // NEW: Get necessary dimensions for VW to % conversion
                const windowWidth = window.innerWidth;
                const parentWidth = stickyParent.clientWidth;

                // Define the virtual width (130vw) for the offset calculation
                // UPDATED VALUE: Using 850vw as determined by the user for optimal off-screen start position.
                const VIRTUAL_VW = 1200;

                // The total animation duration is the scroll distance of the parent (200vh)
                const animationDurationPx = 2 * windowHeight;

                // CALCULATE CORE ABSOLUTE PIXEL RANGE
                // parentStart: The absolute scroll position where the sticky parent hits top: 0
                const parentStart = stickyParent.offsetTop;

                animatingElements.forEach((element) => {
                    // Look up the unique ID for LERP coordinates
                    const animId = element.dataset.animId;

                    // 1. READ UNIQUE RANGE PERCENTAGES from data attributes.
                    const Range_Start_Percent = parseFloat(element.dataset.rangeStartPercent) || 0;
                    const Range_End_Percent = parseFloat(element.dataset.rangeEndPercent) || 0;

                    // 1.5. Read element type (for unit selection in handleScroll)
                    const dataType = element.dataset.animType;

                    // LOOK UP LERP DATA USING THE UNIQUE ID
                    // Create a DEEP COPY so we can modify the starting X coordinate
                    const data = JSON.parse(JSON.stringify(LERP_DATA[animId]));

                    // --- UNIT CONVERSION LOGIC ---
                    let xUnit = '%';

                    if (dataType === 'animating_img') {
                        // Images: The starting X value is defined in LERP_DATA in VW, but the animation must use %

                        const startX_VW = data.start.x;

                        // 1. Calculate the raw pixel offset based on the original VW value.
                        const rawStartX_PX = (startX_VW * windowWidth) / 100;

                        // --- CUSTOM OFFSET CALCULATION (User Request) ---
                        // Calculate the pixel difference between the VIRTUAL_VW (850vw) and the parent width.
                        const virtualScreenWidth = (VIRTUAL_VW * windowWidth) / 100;
                        // outerMarginPX is the extra space on one side of the parent based on the 850vw boundary
                        const outerMarginPX = (virtualScreenWidth - parentWidth) / 2;

                        // Determine the direction for the offset: negative VW pushes left, positive VW pushes right.
                        // We add/subtract the outerMarginPX to push it further away from the center.
                        // This correctly pushes elements further off-screen to respect the 850vw boundary.
                        const signedOuterMargin = (startX_VW < 0 ? -1 : 1) * outerMarginPX;

                        // Add the signed margin to the raw pixel offset.
                        const adjustedStartX_PX = rawStartX_PX + signedOuterMargin;
                        // --- END CUSTOM OFFSET CALCULATION ---

                        // 2. Convert the adjusted pixel value to percentage relative to parentWidth.
                        const startX_Percent = (adjustedStartX_PX / parentWidth) * 100;

                        // CRITICAL: Override the LERP start X coordinate to be in %
                        data.start.x = startX_Percent;

                        // The unit for the entire animation is now consistent: %
                        xUnit = '%';
                    }
                    // --- END UNIT CONVERSION ---


                    // 2. CALCULATE UNIQUE PIXEL PADDING based on the 200vh animation duration
                    const rangeStartPX = animationDurationPx * (Range_Start_Percent / 100);
                    const rangeEndPX = animationDurationPx * (Range_End_Percent / 100);

                    // 3. APPLY PADDING TO CORE RANGE TO GET FINAL UNIQUE PIXEL RANGE
                    const rangeStartFinal = parentStart + rangeStartPX;
                    const rangeEndFinal = parentStart + rangeEndPX;

                    if (!data || data.start.x === undefined || data.end.x === undefined) {
                        console.error(`LERP data missing or X/Y coordinate is missing for animId: ${animId}`);
                        return;
                    }

                    // Ensure Z is defined, defaulting to 0 if not specified in LERP_DATA.
                    const constantZ = data.start.z !== undefined ? data.start.z : 0;

                    // Store all necessary data for the scroll handler.
                    allChildren.push({
                        element: element,
                        start: rangeStartFinal,
                        end: rangeEndFinal,
                        lerpStart: data.start, // X is now consistently in %
                        lerpEnd: data.end,
                        constantZ: constantZ,
                        xUnit: xUnit,      // Always '%'
                    });

                    // Set the initial transform state immediately using the converted % value.
                    element.style.transform = `translate3d(${data.start.x}${xUnit}, ${data.start.y}%, ${constantZ}px)`;
                });

                // Run the check once after setup to position elements correctly on load
                handleScroll();
            }

            /**
             * The core function that calculates progress and applies transforms.
             * This is called by the throttled scroll listener.
             */
            function handleScroll() {
                // --- NEW: Check if running on desktop ---
                if (!isDesktop()) {
                    return;
                }
                // --- END NEW CHECK ---

                const stickyParent = document.getElementById('sticky_parent-938682203'); // Hardcoded ID

                // CRITICAL: Check the IO gatekeeper
                if (!stickyParent || !stickyParent.classList.contains('in-view')) {
                    return;
                }

                const currentScrollY = window.scrollY;

                allChildren.forEach(data => {
                    try {
                        // Destructure updated properties
                        // xUnit is now always '%' for images and circles
                        const { element, start, end, lerpStart, lerpEnd, constantZ, xUnit } = data;

                        // 1. Calculate the raw progress (0.0 to 1.0)
                        const duration = end - start;
                        if (duration === 0) return;

                        let progress = (currentScrollY - start) / duration;

                        // 2. Clamp progress between 0 and 1
                        progress = Math.max(0, Math.min(1, progress));

                        // 3. Apply LERP to X and Y coordinates (Z is constant)
                        // newX is now consistently in %
                        const newX = lerp(lerpStart.x, lerpEnd.x, progress);
                        const newY = lerp(lerpStart.y, lerpEnd.y, progress);

                        if (isNaN(newX) || isNaN(newY)) {
                            console.error("LERP resulted in NaN for element:", element);
                            return;
                        }

                        const newZ = constantZ;

                        // Apply the new transform: X uses the consistent unit (%), Y uses %, Z uses px
                        element.style.transform = `translate3d(${newX.toFixed(2)}${xUnit}, ${newY.toFixed(2)}%, ${newZ.toFixed(2)}px)`;
                    } catch (error) {
                        console.error("Error applying transform to element:", data.element, error);
                    }
                });
            }

            // Attach the throttled scroll handler
            window.addEventListener('scroll', throttle(handleScroll, 16)); // 16ms delay is roughly 60 FPS

            // --- Intersection Observer (IO) Logic to manage 'in-view' class ---
            window.addEventListener('load', () => {
                const stickyParent = document.getElementById('sticky_parent-938682203'); // Hardcoded ID

                if (!stickyParent) return;

                const observer = new IntersectionObserver(
                    (entries) => {
                        entries.forEach(entry => {
                            if (entry.isIntersecting) {
                                // The sticky parent has entered the viewport
                                stickyParent.classList.add('in-view');
                                // Run handleScroll immediately to ensure correct initial state
                                handleScroll();
                            } else {
                                // The sticky parent has left the viewport
                                stickyParent.classList.remove('in-view');
                            }
                        });
                    },
                    // Threshold 0 means the callback fires as soon as a single pixel of the target is visible
                    { threshold: 0 }
                );

                // Start observing the sticky container
                observer.observe(stickyParent);
            });
            // --- End IO Logic ---


            // Initialize on load and re-initialize on resize
            window.onload = initializeScrollAnimation;
            window.addEventListener('resize', initializeScrollAnimation);

        })();
    });



    jQuery(document).ready(function(){
        (function() {


            // --- 1. CONFIGURATION ---
            const DESKTOP_BREAKPOINT = 992;
            const isDesktop = () => window.innerWidth > DESKTOP_BREAKPOINT;

            // Defined RGB Colors
            const GRAY = [229, 231, 235];
            const TEXT_COLOR_1 = [0, 205, 186]; // Teal
            const TEXT_COLOR_2 = [0, 85, 90]; // Green
            const TEXT_COLOR_3 = [255, 80, 0]; // Orange

            // Global variables to store elements and calculated geometry (populated on load/resize)
            let parentStart = 0;
            let animationDurationPx = 0;
            let ANIMATION_TARGET_MAP = {};
            let areElementsReady = false;

            // The main selector pointing to the common wrapper inside the sticky element.
            const SELECTOR_BASE = "#sticky_highlight_parent-1.text_highlight";

            // --- 2. UTILITY FUNCTIONS ---
            const lerp = (a, b, t) => a + (b - a) * t;

            /**
             * Interpolates between two RGB colors based on progress (0 or 1).
             */
            function interpolateColor(startColor, endColor, t) {
                const r = Math.round(lerp(startColor[0], endColor[0], t));
                const g = Math.round(lerp(startColor[1], endColor[1], t));
                const b = Math.round(lerp(startColor[2], endColor[2], t));
                return `rgb(${r}, ${g}, ${b})`;
            }


            function updateDebugUI(status, value) {
                const ui = document.getElementById(status);
                if (ui) {
                    ui.innerHTML = value;
                }
            }

            // --- 3. INITIALIZATION & ELEMENT MAPPING ---
            function initializeScrollAnimation() {
                const stickyParent = document.getElementById('sticky_highlight_parent-1');

                if (!stickyParent) {
                    updateDebugUI('debug-status-elements', '1. Element Check: <span style="color:#FFA07A;">PARENT MISSING!</span>');
                    areElementsReady = false;
                    return;
                }

                try {
                    // 1. RE-POPULATE TARGET MAP (Focusing on ALL columns)
                    const text_col_1_div = document.querySelector(`${SELECTOR_BASE} .wp-block-p3-wpo-columns:nth-of-type(2) .wp-block-p3-wpo-column:nth-child(1)`);
                    const text_col_2_div = document.querySelector(`${SELECTOR_BASE} .wp-block-p3-wpo-columns:nth-of-type(2) .wp-block-p3-wpo-column:nth-child(2)`);
                    const text_col_3_div = document.querySelector(`${SELECTOR_BASE} .wp-block-p3-wpo-columns:nth-of-type(2) .wp-block-p3-wpo-column:nth-child(3)`);

                    ANIMATION_TARGET_MAP = {
                        'img_col_1_div': document.querySelector(`${SELECTOR_BASE} .wp-block-p3-wpo-columns:nth-of-type(1) .wp-block-p3-wpo-column:nth-child(1)`),
                        'img_col_2_div': document.querySelector(`${SELECTOR_BASE} .wp-block-p3-wpo-columns:nth-of-type(1) .wp-block-p3-wpo-column:nth-child(2)`),
                        'img_col_3_div': document.querySelector(`${SELECTOR_BASE} .wp-block-p3-wpo-columns:nth-of-type(1) .wp-block-p3-wpo-column:nth-child(3)`),
                        'text_col_1_div': text_col_1_div,
                        'text_col_2_div': text_col_2_div,
                        'text_col_3_div': text_col_3_div,
                    };

                    // Check if all six critical elements were found
                    const elements = Object.values(ANIMATION_TARGET_MAP);
                    areElementsReady = elements.every(el => el !== null);

                    // Report Element Status
                    if (areElementsReady) {
                        updateDebugUI('debug-status-elements', '1. Element Check: <span style="color:#ADFF2F;">FOUND (OK)</span>');
                    } else {
                        updateDebugUI('debug-status-elements', `1. Element Check: <span style="color:#FFA07A;">FAIL!</span> Base: ${SELECTOR_BASE}`);
                    }

                    // Only proceed with geometry/setup if on desktop
                    if (!isDesktop()) {
                        // Clear any potential animated styles on mobile
                        // Column 1
                        if (ANIMATION_TARGET_MAP.text_col_1_div) ANIMATION_TARGET_MAP.text_col_1_div.style.transform = 'none';
                        if (ANIMATION_TARGET_MAP.img_col_1_div) ANIMATION_TARGET_MAP.img_col_1_div.style.opacity = 'initial';
                        // Column 2
                        if (ANIMATION_TARGET_MAP.text_col_2_div) ANIMATION_TARGET_MAP.text_col_2_div.style.transform = 'none';
                        if (ANIMATION_TARGET_MAP.img_col_2_div) ANIMATION_TARGET_MAP.img_col_2_div.style.opacity = 'initial';
                        // Column 3
                        if (ANIMATION_TARGET_MAP.text_col_3_div) ANIMATION_TARGET_MAP.text_col_3_div.style.transform = 'none';
                        if (ANIMATION_TARGET_MAP.img_col_3_div) ANIMATION_TARGET_MAP.img_col_3_div.style.opacity = 'initial';

                        stickyParent.classList.remove('in-view');
                        return;
                    }

                    // --- GEOMETRY CALCULATION ---
                    const windowHeight = window.innerHeight;
                    animationDurationPx = 2 * windowHeight;
                    // Get the absolute starting position of the sticky parent
                    parentStart = stickyParent.getBoundingClientRect().top + window.scrollY;

                    updateDebugUI('debug-status-geometry', `2. Geometry: Start=${parentStart.toFixed(0)}px, Duration=${animationDurationPx.toFixed(0)}px`);

                    // --- INITIAL STATE SETUP ---
                    if (areElementsReady) {
                        // Set initial hidden position for ALL columns
                        if (ANIMATION_TARGET_MAP.text_col_1_div) ANIMATION_TARGET_MAP.text_col_1_div.style.transform = 'translateY(100vh)';
                        if (ANIMATION_TARGET_MAP.img_col_1_div) ANIMATION_TARGET_MAP.img_col_1_div.style.opacity = 0;

                        if (ANIMATION_TARGET_MAP.text_col_2_div) ANIMATION_TARGET_MAP.text_col_2_div.style.transform = 'translateY(100vh)';
                        if (ANIMATION_TARGET_MAP.img_col_2_div) ANIMATION_TARGET_MAP.img_col_2_div.style.opacity = 0;

                        if (ANIMATION_TARGET_MAP.text_col_3_div) ANIMATION_TARGET_MAP.text_col_3_div.style.transform = 'translateY(100vh)';
                        if (ANIMATION_TARGET_MAP.img_col_3_div) ANIMATION_TARGET_MAP.img_col_3_div.style.opacity = 0;
                    }

                } catch (error) {
                    updateDebugUI('debug-status-elements', `1. Element Check: <span style="color:#FFA07A;">RUNTIME ERROR!</span> Check console.`);
                    console.error("CRITICAL ERROR in Scroll Animation Initialization:", error);
                    areElementsReady = false;
                }
            }

            // --- 4. CORE SCROLL HANDLER (Minimalist) ---
            function handleScroll() {

                // 1. Read and report raw scroll position first, always.
                const currentScrollY = window.scrollY || document.documentElement.scrollTop || document.body.scrollTop || 0;
                updateDebugUI('debug-status-scrollY', `Live ScrollY: ${currentScrollY.toFixed(0)}px`);

                // 2. Check if we should exit (mobile or setup failed)
                if (!isDesktop() || !areElementsReady || animationDurationPx === 0) {
                    updateDebugUI('debug-status-progress', `4. Progress: 0% (Exit)`);
                    return;
                }

                const stickyParent = document.getElementById('sticky_highlight_parent-1');
                if (!stickyParent) return;

                // 3. Calculate and report progress
                let scrollProgress = (currentScrollY - parentStart) / animationDurationPx;
                scrollProgress = Math.max(0, Math.min(1, scrollProgress));
                const progressPercent = scrollProgress * 100; // 0 to 100


                updateDebugUI('debug-status-progress', `4. Progress: ${progressPercent.toFixed(2)}% | Colors: Dynamic`);


                // --- ANIMATION STYLING LOGIC ---


                // ------------------------------------
                // --- COLUMN 1 LOGIC (0% to 60%) ---
                // ------------------------------------
                // C1 Movement IN / Image 1 Fade IN: 0% -> 30%
                const C1_IN_RANGE = 30;
                const C1_in_progress = Math.max(0, Math.min(1, progressPercent / C1_IN_RANGE));

                // C1 Image 1 Fade OUT: DELAYED to 50% -> 60%
                const C1_OUT_START = 50;
                const C1_OUT_RANGE = 10;
                const C1_out_progress = Math.max(0, Math.min(1, (progressPercent - C1_OUT_START) / C1_OUT_RANGE));

                // C1 Color: Active only between 30% (movement end) and 60% (C2 activation)
                const C1_COLOR_ACTIVATE = 30;
                const C1_COLOR_DEACTIVATE = 60;

                // 1. Column 1 Movement and Color
                const t1_y = lerp(100, 0, C1_in_progress);
                if (ANIMATION_TARGET_MAP.text_col_1_div) {
                    ANIMATION_TARGET_MAP.text_col_1_div.style.transform = `translateY(${t1_y.toFixed(2)}vh)`;

                    // Color: Active (1) if progress is within the 30% to 60% range, otherwise Gray (0).
                    const t1_color_t = (progressPercent >= C1_COLOR_ACTIVATE && progressPercent < C1_COLOR_DEACTIVATE) ? 1 : 0;
                    ANIMATION_TARGET_MAP.text_col_1_div.style.color = interpolateColor(GRAY, TEXT_COLOR_1, t1_color_t);
                }

                // 2. Column 1 Image (Opacity: 0 -> 1 -> 0)
                let i1_opacity = lerp(0, 1, C1_in_progress); // Fade IN (0-30%)
                i1_opacity = lerp(i1_opacity, 0, C1_out_progress); // Fade OUT (50-60%)
                if (ANIMATION_TARGET_MAP.img_col_1_div) {
                    ANIMATION_TARGET_MAP.img_col_1_div.style.opacity = i1_opacity.toFixed(4);
                }


                // ------------------------------------
                // --- COLUMN 2 LOGIC (30% to 90%) ---
                // ------------------------------------
                // C2 Movement IN / Image 2 Fade IN: 30% -> 60%
                const C2_IN_START = 30;
                const C2_IN_RANGE = 30;
                const C2_in_progress = Math.max(0, Math.min(1, (progressPercent - C2_IN_START) / C2_IN_RANGE));

                // C2 Image 2 Fade OUT: DELAYED to 80% -> 90%
                const C2_OUT_START = 80;
                const C2_OUT_RANGE = 10;
                const C2_out_progress = Math.max(0, Math.min(1, (progressPercent - C2_OUT_START) / C2_OUT_RANGE));

                // C2 Color: Active only between 60% (movement end) and 90% (C3 activation)
                const C2_COLOR_ACTIVATE = 60;
                const C2_COLOR_DEACTIVATE = 90;

                // 3. Column 2 Movement and Color
                const t2_y = lerp(100, 0, C2_in_progress);
                if (ANIMATION_TARGET_MAP.text_col_2_div) {
                    ANIMATION_TARGET_MAP.text_col_2_div.style.transform = `translateY(${t2_y.toFixed(2)}vh)`;

                    // Color: Active (1) if progress is within the 60% to 90% range, otherwise Gray (0).
                    const t2_color_t = (progressPercent >= C2_COLOR_ACTIVATE && progressPercent < C2_COLOR_DEACTIVATE) ? 1 : 0;
                    ANIMATION_TARGET_MAP.text_col_2_div.style.color = interpolateColor(GRAY, TEXT_COLOR_2, t2_color_t);
                }

                // 4. Column 2 Image (Opacity: 0 -> 1 -> 0)
                let i2_opacity = lerp(0, 1, C2_in_progress); // Fade IN (30-60%)
                i2_opacity = lerp(i2_opacity, 0, C2_out_progress); // Fade OUT (80-90%)
                if (ANIMATION_TARGET_MAP.img_col_2_div) {
                    ANIMATION_TARGET_MAP.img_col_2_div.style.opacity = i2_opacity.toFixed(4);
                }


                // ------------------------------------
                // --- COLUMN 3 LOGIC (60% to 100%) ---
                // ------------------------------------
                // C3 Movement IN / Image 3 Fade IN: 60% -> 90%
                const C3_IN_START = 60;
                const C3_IN_RANGE = 30;
                const C3_in_progress = Math.max(0, Math.min(1, (progressPercent - C3_IN_START) / C3_IN_RANGE));

                // C3 Color: Active from 90% (movement end) until 100%
                const C3_COLOR_ACTIVATE = 90;

                // 5. Column 3 Movement and Color
                const t3_y = lerp(100, 0, C3_in_progress);
                if (ANIMATION_TARGET_MAP.text_col_3_div) {
                    ANIMATION_TARGET_MAP.text_col_3_div.style.transform = `translateY(${t3_y.toFixed(2)}vh)`;

                    // Color: Active (1) if progress is 90% or more, otherwise Gray (0).
                    const t3_color_t = progressPercent >= C3_COLOR_ACTIVATE ? 1 : 0;
                    ANIMATION_TARGET_MAP.text_col_3_div.style.color = interpolateColor(GRAY, TEXT_COLOR_3, t3_color_t);
                }

                // 6. Column 3 Image (Opacity: 0 -> 1)
                const i3_opacity = C3_in_progress; // Fade IN and HOLD (up to 1)
                if (ANIMATION_TARGET_MAP.img_col_3_div) {
                    ANIMATION_TARGET_MAP.img_col_3_div.style.opacity = i3_opacity.toFixed(4);
                }
            }

            // --- 5. EVENT LISTENERS & ANIMATION LOOP ---

            // The continuous animation loop using requestAnimationFrame
            function scrollLoop() {
                handleScroll();
                window.requestAnimationFrame(scrollLoop);
            }

            // Listeners for geometry updates and initial setup
            window.addEventListener('resize', () => {
                initializeScrollAnimation();
                handleScroll();
            });

            window.addEventListener('load', () => {
                initializeScrollAnimation(); // Run initial setup
                handleScroll(); // Initial position check

                const stickyParent = document.getElementById('sticky_highlight_parent-1');
                if (!stickyParent) return;

                // CRITICAL: Start the requestAnimationFrame loop
                if (isDesktop()) {
                    scrollLoop();
                }
            });


        })();
    });



    document.cookie = 'nitroCachedPage=' + (!window.NITROPACK_STATE ? '0' : '1') + '; path=/; SameSite=Lax';



    if (!window.NITROPACK_STATE || window.NITROPACK_STATE != 'FRESH') {
        var proxyPurgeOnly = 0;
        if (typeof navigator.sendBeacon !== 'undefined') {
            var nitroData = new FormData(); nitroData.append('nitroBeaconUrl', 'aHR0cHM6Ly93d3cubmFzY28uY29tLw=='); nitroData.append('nitroBeaconCookies', 'W10='); nitroData.append('nitroBeaconHash', '9ea8dc95547df54ad48f1a969775ad5d9dd4132dc8a255081bae7debdbe8b199ec3d88a42c96489c3c21f74d8fa06af755ae396196a8a4510a27a7c02795f127'); nitroData.append('proxyPurgeOnly', ''); nitroData.append('layout', 'home'); navigator.sendBeacon(location.href, nitroData);
        } else {
            var xhr = new XMLHttpRequest(); xhr.open('POST', location.href, true); xhr.setRequestHeader('Content-Type', 'application/x-www-form-urlencoded'); xhr.send('nitroBeaconUrl=aHR0cHM6Ly93d3cubmFzY28uY29tLw==&nitroBeaconCookies=W10=&nitroBeaconHash=9ea8dc95547df54ad48f1a969775ad5d9dd4132dc8a255081bae7debdbe8b199ec3d88a42c96489c3c21f74d8fa06af755ae396196a8a4510a27a7c02795f127&proxyPurgeOnly=&layout=home');
        }
    }




                    hbspt.forms.create({

                        portalId: "22331523",

                        formId: "cfee27c1-0b3e-435c-9326-b85f12401376",

                        region: "na1"

                    });

                


/* <![CDATA[ */
WPO.Settings.setBlogUrl("https://www.nasco.com/");
//# sourceURL=p3-wpo-settings-js-after
/* ]]> */



/* <![CDATA[ */
/*! This file is auto-generated */
const a=JSON.parse(document.getElementById("wp-emoji-settings").textContent),o=(window._wpemojiSettings=a,"wpEmojiSettingsSupports"),s=["flag","emoji"];function i(e){try{var t={supportTests:e,timestamp:(new Date).valueOf()};sessionStorage.setItem(o,JSON.stringify(t))}catch(e){}}function c(e,t,n){e.clearRect(0,0,e.canvas.width,e.canvas.height),e.fillText(t,0,0);t=new Uint32Array(e.getImageData(0,0,e.canvas.width,e.canvas.height).data);e.clearRect(0,0,e.canvas.width,e.canvas.height),e.fillText(n,0,0);const a=new Uint32Array(e.getImageData(0,0,e.canvas.width,e.canvas.height).data);return t.every((e,t)=>e===a[t])}function p(e,t){e.clearRect(0,0,e.canvas.width,e.canvas.height),e.fillText(t,0,0);var n=e.getImageData(16,16,1,1);for(let e=0;e<n.data.length;e++)if(0!==n.data[e])return!1;return!0}function u(e,t,n,a){switch(t){case"flag":return n(e,"\ud83c\udff3\ufe0f\u200d\u26a7\ufe0f","\ud83c\udff3\ufe0f\u200b\u26a7\ufe0f")?!1:!n(e,"\ud83c\udde8\ud83c\uddf6","\ud83c\udde8\u200b\ud83c\uddf6")&&!n(e,"\ud83c\udff4\udb40\udc67\udb40\udc62\udb40\udc65\udb40\udc6e\udb40\udc67\udb40\udc7f","\ud83c\udff4\u200b\udb40\udc67\u200b\udb40\udc62\u200b\udb40\udc65\u200b\udb40\udc6e\u200b\udb40\udc67\u200b\udb40\udc7f");case"emoji":return!a(e,"\ud83e\u1fac8")}return!1}function f(e,t,n,a){let r;const o=(r="undefined"!=typeof WorkerGlobalScope&&self instanceof WorkerGlobalScope?new OffscreenCanvas(300,150):document.createElement("canvas")).getContext("2d",{willReadFrequently:!0}),s=(o.textBaseline="top",o.font="600 32px Arial",{});return e.forEach(e=>{s[e]=t(o,e,n,a)}),s}function r(e){var t=document.createElement("script");t.src=e,t.defer=!0,document.head.appendChild(t)}a.supports={everything:!0,everythingExceptFlag:!0},new Promise(t=>{let n=function(){try{var e=JSON.parse(sessionStorage.getItem(o));if("object"==typeof e&&"number"==typeof e.timestamp&&(new Date).valueOf()<e.timestamp+604800&&"object"==typeof e.supportTests)return e.supportTests}catch(e){}return null}();if(!n){if("undefined"!=typeof Worker&&"undefined"!=typeof OffscreenCanvas&&"undefined"!=typeof URL&&URL.createObjectURL&&"undefined"!=typeof Blob)try{var e="postMessage("+f.toString()+"("+[JSON.stringify(s),u.toString(),c.toString(),p.toString()].join(",")+"));",a=new Blob([e],{type:"text/javascript"});const r=new Worker(URL.createObjectURL(a),{name:"wpTestEmojiSupports"});return void(r.onmessage=e=>{i(n=e.data),r.terminate(),t(n)})}catch(e){}i(n=f(s,u,c,p))}t(n)}).then(e=>{for(const n in e)a.supports[n]=e[n],a.supports.everything=a.supports.everything&&a.supports[n],"flag"!==n&&(a.supports.everythingExceptFlag=a.supports.everythingExceptFlag&&a.supports[n]);var t;a.supports.everythingExceptFlag=a.supports.everythingExceptFlag&&!a.supports.flag,a.supports.everything||((t=a.source||{}).concatemoji?r(t.concatemoji):t.wpemoji&&t.twemoji&&(r(t.twemoji),r(t.wpemoji)))});
//# sourceURL=https://www.nasco.com/wp-includes/js/wp-emoji-loader.min.js
/* ]]> */


Requests	IP Address	Location	AS Autonomous System
14	142.251.141.104	United States	AS15169Google LLC
14	172.64.148.10	United States	AS209242
14	141.193.213.11	United States	AS209242Cloudflare London, LLC
14	104.18.80.204	United States	AS13335Cloudflare, Inc.
14	172.64.154.248	United States	Unknown
70	5	-	-

Security Scan Report: nasco.com

Summary

AI Security Verdict

Safe Website

Safety Factors

Details

Screenshot

Page Load Overview

Language Analysis

Primary Language

Detection Details

Website Classification

Primary Category

All Detected Categories

Detected Features

Domain & IP Information

Detected Technologies18

Content Similarity HashesFor malware variant detection

TLSH (Trend Micro Locality Sensitive Hash)

ssdeep (Context Triggered Piecewise Hashing)

sdhash (Similarity Digest Hashing)

Image Hashes

Perceptual Hashes

Other Hashes

Scan History