[{"_1":2,"_183":-5,"_184":-5},"loaderData",{"_3":4,"_56":57,"_182":-5},"root",{"_5":6,"_19":-5,"_20":-5,"_21":22,"_39":-5,"_40":-5,"_41":-5,"_42":43,"_52":53,"_54":55},"env",{"_7":8,"_9":10,"_11":12,"_13":14,"_15":16,"_17":18},"SUPABASE_URL","https://hello.websim.com","SUPABASE_KEY","eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJpc3MiOiJzdXBhYmFzZSIsInJlZiI6Im9jamVmZ2NqamlxeWt3YWR2dnJkIiwicm9sZSI6ImFub24iLCJpYXQiOjE3MTE4MzI5OTMsImV4cCI6MjAyNzQwODk5M30.vsreOYwk8pKsr8NFlzpIzWAiD-vXj6ijv_Bhn1vYtHs","POSTHOG_KEY","phc_VHMOlrdxAbgSZHeF0SdSf07LZLRLAg5pZuTHkJGn050","POSTHOG_API_HOST","https://e.wbsm.ai","POSTHOG_UI_HOST","https://app.posthog.com","GOOGLE_OAUTH_CLIENT_ID","891181648870-i708rj1bgjol84hie20shfr4u4ecf3o7.apps.googleusercontent.com","authUser","user","snapshotData",{"_23":-5,"_24":-5,"_25":-5,"_26":-5,"_27":-5,"_28":-5,"_29":-5,"_30":-5,"_31":-5,"_32":-5,"_33":-5,"_34":-5,"_35":-5,"_36":-5,"_37":-5,"_38":-5},"lastProjectId","sidebarTab","homepageTab","pinSidebar","settingsOpen","maximized","assetsExpanded","focusedAssetFilename","authError","authErrorCode","authErrorDescription","sidebarWidth","videoMuted","videoVolume","navigationContext","hasSeenFeedOnboarding","plan","balances","rewards","origins",{"_44":45,"_46":47,"_48":49,"_50":51},"origin","https://websim.com","apiOrigin","https://api.websim.com","contentOrigin","https://{PROJECT_ID}.c.websim.com","appDomainOrigin","https://{SUBDOMAIN}.on.websim.com","isMobile",false,"theme","auto","slug",{"_58":59,"_60":61,"_119":120,"_140":141,"_174":175,"_176":-5,"_177":178,"_179":180},"version","1","project",{"_62":60,"_63":64,"_65":66,"_67":68,"_80":81,"_82":83,"_84":85,"_86":87,"_88":89,"_90":-5,"_91":-5,"_92":-5,"_93":-5,"_94":95,"_96":97,"_56":106,"_107":53,"_108":95,"_109":53,"_110":111,"_112":-5,"_113":-5,"_114":115,"_116":-5,"_117":-5,"_118":53},"_type","id","2xpzzn18iyszn8fw32t0","created_at","2025-04-03T00:29:45.477Z","created_by",{"_62":20,"_63":69,"_70":71,"_65":72,"_73":74,"_75":76,"_77":78,"_79":53},"dc32afbf-fd2a-4960-bce2-29205c9b73dc","username","j17","2024-05-06T21:24:32.009Z","avatar_url","https://avatars.websim.com/dc32afbf-fd2a-4960-bce2-29205c9b73dc/kKIrs68yW4lSSzwwJ.webp","discord_username","3301_j","discord_id","392499423567151117","is_admin","updated_at","2025-05-19T22:59:45.546Z","title","Mario Font Title with layers","comments_mode","open","visibility","public","current_version",2,"last_posted_version","parent_id","parent_version","deleted_at","posted",true,"stats",{"_98":99,"_100":64,"_101":102,"_103":104,"_105":104},"~type","project_stats","project_id","views",5,"likes",0,"comments","mario-title","auto_set_current","allow_automatic_improvements","board_enabled","description","#template text fonts","generated_description","from_template","domains",[],"thumbnail","video","has_active_experiment","project_revision",{"_62":119,"_63":121,"_58":89,"_65":122,"_123":-5,"_91":-5,"_124":125,"_126":64,"_67":127,"_128":129,"_100":64,"_80":130,"_93":-5,"_96":131,"_133":53,"_134":135,"_136":-5,"_137":-5,"_138":139},"0195f910-1915-76b3-a504-db144c9c0979","2025-04-03T00:32:16.661Z","visited_at","parent_revision_version",1,"parent_revision_project_id",{"_62":20,"_63":69,"_70":71,"_65":72,"_73":74,"_75":76,"_77":78,"_79":53},"meta",{"_58":59},"2025-05-19T22:59:45.608Z",{"_132":104},"multiplayer_count","draft","site_id","awBamOEdkusQ1PhRq","chat_session_id","chat_session_run_index","current_screenshot_url","https://project-screenshots.websim.com/0195f91a-d7eb-7494-b966-28857a5143d8","site",{"_62":140,"_63":135,"_91":142,"_65":143,"_144":145,"_146":147,"_148":149,"_82":157,"_158":159,"_160":161,"_166":-5,"_167":168,"_169":170,"_93":-5,"_171":172,"_173":-5},"egO9CfaaZOhkFucal","2025-04-03T00:32:17.862Z","state","done","model","deepseek-r1","lore",{"_58":125,"_150":151,"_152":53,"_153":53,"_154":53,"_155":53,"_156":53},"attachments",[],"enableMobilePrompt","enableLLM2","enableApi","enableTweaks","enableDB","SUPER MARIO BROS","owner",{"_62":20,"_63":69,"_70":71,"_65":72,"_73":74,"_75":76,"_77":78,"_79":53},"prompt",{"_162":163,"_164":165},"type","plaintext","text","make each letter different, and each show, and each outline.","url","link_url","/p/2xpzzn18iyszn8fw32t0","versioned_link_url","/p/2xpzzn18iyszn8fw32t0/2","yapping","Okay, let me try to figure out how to approach this user's request. They have a Mario title screen with the text \"SUPER MARIO BROS\" styled using CSS, but they want each letter to be different, each showing, and each outline. The current code uses a single title element with a pseudo-element for the outline.\n\nHmm, the main issue here is that all the letters are in one block. To make each letter individual, I need to split the text into separate elements. That way, each letter can have its own styling, animations, and perhaps position adjustments.\n\nFirst, I'll need to wrap each character in a span. But doing it manually in HTML would be tedious, so maybe use JavaScript to split the text into spans. Let me check the current HTML—it's a single h1 with class \"title\". Yes, so I can use JavaScript to split the text into individual spans, each with a class like \"letter\".\n\nWait, the original prompt mentions outlines for each letter. Currently, the outline is done with a pseudo-element on the title. But if each letter is separate, the outline approach might not work the same way. Maybe each letter needs its own outline element. Alternatively, I could use text-shadow for the outlines. But the user specified outlines for each, perhaps similar to the existing approach but per-letter.\n\nIn the existing CSS, the title has a ::before pseudo-element with a black outline. If each letter is a span, then each could have its own ::before, but positioning might be tricky. Alternatively, let's consider creating separate elements for the base and outline layers. Wait, maybe each letter has two layers: the main color and the outline. So, for each span.letter, there's a ::before that's the outline, offset slightly.\n\nBut the user also mentioned \"misaligned letters slightly\". So maybe each letter has a slight random skew or position offset to give that classic Mario look where letters aren't perfectly aligned. So, adding a data-content attribute to each span to duplicate the letter for the outline.\n\nAnother approach: Each letter is a span, with position: relative. Inside, have two elements: one for the outline (using -webkit-text-stroke) and one for the main color. Or use the ::before pseudo-element again. Wait, in the current code, the outline is achieved by a pseudo-element with -webkit-text-stroke and positioned absolutely. If each letter is a span, then each can have its own ::before.\n\nSo let me outline the steps:\n\n1. Modify the HTML to have each letter as a span inside the h1.title.\n2. Use JavaScript to split the text into spans, maybe with data attributes for the original character.\n3. Apply individual transforms (like slight rotations or skews) to each span to create the misaligned effect.\n4. Ensure each span's ::before has the outline, similar to the existing setup but per-letter.\n\nWait, but in the current CSS, the ::before of .title is creating the outline. So if we have individual spans, each with their own ::before, then we need to adjust the CSS to target .title .letter::before.\n\nWait, but let's think: The original setup has the main text in the .title element and the outline in the ::before. So splitting the text into spans would mean that each span.letter has its own content and outline. But the ::before content would need to replicate the character. So maybe use data-attributes for the content.\n\nAlternatively, each letter's span could have a data-char attribute, and the ::before content uses attr(data-char). For example:\n\n\n\nThen, in CSS:\n\n.letter::before {\n content: attr(data-char);\n ...\n}\n\nBut in the HTML, each span would need to have the data-char set to the respective character. That way, the main content and the pseudo-element can both display the same character.\n\nSo, here's the plan:\n\nGenerate spans for each character in \"SUPER MARIO BROS\". Each span.letter has the character as its content and as data-char. Then, in CSS, use the ::before with content: attr(data-char) to create the outline.\n\nWait, but in the original code, the main text is \"SUPER MARIO BROS\" and the ::before is the same text, but with a stroke. If we split into individual letters, each letter's ::before would be that single character. So the CSS would need to be adjusted accordingly.\n\nAlso, each letter can have a transform: translate or rotate for slight misalignment. Perhaps each span gets a class like \"letter-1\", \"letter-2\", etc., with different transforms, or use JavaScript to apply random rotations or translations.\n\nThe user also said \"each show\", which might mean each letter animates in individually. So maybe each letter has an animation that makes it appear, like a fade-in or a jump from below.\n\nBut since the user didn't mention animations but mentioned \"make each letter different, and each show, and each outline\", perhaps they just want each letter to have individual styling, outlines, and some positional variation.\n\nSo, breaking it down:\n\nModify HTML structure to split text into spans with classes.\nUpdate CSS to style each letter's outline using ::before, adjusting for each letter's position.\nApply individual transformations to each letter for the misaligned look.\n\nThe JavaScript part: Take the text from the h1, split into characters, wrap each in a span with data-char and apply classes or inline styles for transforms.\n\nLet's look at the current CSS:\n\n.title::before has content 'SUPER MARIO BROS', which is the outline. So replacing that with spans, each letter's ::before will have their own character.\n\nThen, the CSS for .title should be updated to target the spans.\n\nWait, perhaps:\n\nOriginal h1.title has all the text, and ::before is the outline. Now, each span.letter replaces the text, and their ::before serves as the outline per character.\n\nSo the new CSS would be:\n\n.letter {\n position: relative;\n display: inline-block;\n}\n\n.letter::before {\n content: attr(data-char);\n position: absolute;\n -webkit-text-stroke: 8px #000;\n color: transparent;\n top: -4px;\n left: -4px;\n z-index: -1;\n}\n\nEach letter is position: relative so the ::before can be absolutely positioned relative to it. Then, the default styles (font, size, etc.) are inherited from .title.\n\nThe main text of each span.letter is the colored part, and the ::before is the outline. Then, for each letter, perhaps add a slight transform. For example, some letters rotated a few degrees, some skewed, etc. Alternatively, apply a transform like translate or rotate with small random values.\n\nBut how to apply the different transformations to each letter? Either via classes (like .letter-1, .letter-2) in CSS with predefined transforms, or via JavaScript adding inline styles with random transforms.\n\nPredefined classes could be tricky as there are 14 characters in \"SUPER MARIO BROS\". Let me count: S U P E R M A R I O B R O S → that's 13 letters, but let me check: \"SUPER MARIO BROS\" is S U P E R (space) M A R I O (space) B R O S → spaces would need to be handled or may cause issues. Wait, the original code has \"SUPER MARIO BROS\" as the text. So in the HTML, it's written as a single string with spaces. When splitting into spans, spaces would become spans as well, but maybe we should skip them or handle them as separate elements. Alternatively, use a regular expression to split the text into characters, including spaces, and set white-space: pre on the container to maintain spaces. Hmm, maybe use a regex that splits into individual characters, then filter out empty strings, or wrap spaces in spans as well. Alternatively, in the JavaScript, split the text into an array and create spans for each character, including spaces.\n\nBut perhaps when splitting, spaces are kept as is, but wrapped in spans. However, in CSS, the spans would have display: inline-block, so the space characters (if they have zero width) wouldn't take up space. Wait, but in HTML, spaces between inline elements are collapsed unless they're within a container with white-space: pre. So, to maintain the spacing between words, maybe set the h1.title to white-space: pre, and then split the text into spans for each character (including spaces), and set each span to display: inline-block. That way, the spaces will take up space and the words will be separated properly.\n\nAlternatively, insert spans around each character (excluding spaces) and leave the spaces as regular text nodes. But for JavaScript to process, perhaps split the text content, create spans for each character, including spaces. Then, in the CSS, adjust the spaces to have no transform, etc. But that's complicating. Let's proceed to split the entire text into spans, including spaces, and handle them in JS.\n\nSo, steps in JavaScript:\n\n- Select h1.title element.\n- Get the textContent.\n- Split into characters.\n- For each character, create a span.letter with data-char set to the character.\n- Set the span's inner text to the character.\n- Replace the original text node with the spans.\n\nBut how to handle existing child nodes? Since the h1.title initially has a text node, replace it with the spans wrapping each character.\n\nOnce this is done, each span.letter has the character and data-char attribute.\n\nIn CSS, the .title class should have white-space: nowrap; to prevent line breaks. Or maybe not, depending on the original layout.\n\nIn terms of styling the outlines: Each .letter's ::before uses data-char to show the character. The positioning (top: -4px; left:-4px; from the original) would create a shadow effect.\n\nFor the misaligned letters: Apply transforms to each letter, maybe rotate or translate them slightly. To vary per letter, perhaps assign a transform based on their index.\n\nAlternatively, create a JavaScript loop that iterates over each .letter element, and applies a random transform. For example, using a sine wave pattern or some offset based on index. Let me think: If the letters alternate between positive and negative rotations, that could mimic the Mario style. Like, using transform: rotate(-2deg) for even letters and rotate(2deg) for odd ones.\n\nAlternatively, generate a small random rotation (e.g., between -5deg and 5deg) for each letter.\n\nBut randomness might make it inconsistent if the page reloads. To keep it consistent, perhaps generate the transforms in a pattern based on the index.\n\nFor example:\n\nletterVariants[i % 4] applies a different transform for every 4 letters. So:\n\n0: rotate(-3deg)\n1: rotate(2deg)\n2: rotate(-2deg)\n3: rotate(4deg)\n... etc.\n\nBut precise values might need to be determined.\n\nAlternatively, use alternating transforms. Let's see, in the original Mario logo, the letters have a slight staggered skew and positioning. For example, some letters are shifted up or down, some are rotated, creating a playful look.\n\nSo, for each span.letter, set a transform: translate and rotate using computed values based on their index. Like, using the index to alternate between transforms.\n\nCould use the nth-child selector in CSS for this. For example:\n\n.letter:nth-child(odd) {\n transform: rotate(-3deg) translateY(-5px);\n}\n\n.letter:nth-child(even) {\n transform: rotate(3deg) translateY(5px);\n}\n\nBut that would create a pattern, not per-letter uniqueness. To have each letter different, perhaps assign individual transforms in CSS for each nth-child. But the text has 13 letters (including spaces?), no, \"SUPER MARIO BROS\" is 13 letters without spaces. Wait, let me count again: \"SUPER MARIO BROS\"\n\nS U P E R M A R I O B R O S\n\nWait, no: Original text is \"SUPER MARIO BROS\"\n\nSo:\n\nSUPER (5 letters), space (1), MARIO (5 letters), space (1), BROS (4 letters). Wait:\n\nS U P E R M A R I O B R O S → That's 5 + 5 + 4 = 14 letters, plus two spaces. But without spaces, it's 14 letters.\n\nWait, no:\n\n\"SUPER MARIO BROS\" is written as \"SUPER\" [space] \"MARIO\" [space] \"BROS\".\n\nLetters:\n\nS, U, P, E, R, M, A, R, I, O, B, R, O, S → total 14 letters.\n\nWait:\n\nBreaking down \"SUPER MARIO BROS\" without spaces:\n\nS U P E R M A R I O B R O S → 13 letters? Let me check:\n\n1. S\n2. U\n3. P\n4. E\n5. R\n6. M\n7. A\n8. R\n9. I\n10. O\n11. B\n12. R\n13. O\n14. S\n\nWait no, \"BROS\" is B, R, O, S. So after MARIO (which is M, A, R, I, O), we have B, R, O, S. So the total length is S U P E R (5) + M A R I O (5) + B R O S (4) → 14 letters. But count:\n\nCount each letter:\n\n1: S\n2: U\n3: P\n4: E\n5: R\n6: M\n7: A\n8: R\n9: I\n10: O\n11: B\n12: R\n13: O\n14: S\n\nSo 14 letters. Spaces would be after R (position 5) and O (position 10), but in the span elements, the spaces are part of the text. Wait, no: the original h1.textContent is \"SUPER MARIO BROS\", which includes two space characters. So when splitting into spans, each character (including spaces) becomes a span. So the total number of spans would be 5 + 1 (space) +5 +1 (space) +4 =5+1=6, 6+5=11, 11+1=12, 12+4=16. But maybe it's 14 letters plus two spaces → total 16 characters. Each character (including spaces) is wrapped in a span. So 16 spans.\n\nBut depending on how the split is done, consecutive spaces would be grouped, but I think the split on each character would include each individual character, including spaces. So when splitting \"SUPER MARIO BROS\" into an array of characters, you'll get each letter and space as separate elements.\n\nSo, the JS code to split the text into spans would need to process each character, including spaces, and wrap each in a span.\n\nSo, code example:\n\nconst title = document.querySelector('.title');\nconst text = title.textContent;\ntitle.textContent = '';\n\nfor (let i = 0; i < text.length; i++) {\n const char = text[i];\n const span = document.createElement('span');\n span.className = 'letter';\n span.textContent = char;\n span.dataset.char = char;\n title.appendChild(span);\n}\n\nThen, in CSS:\n\n.title {\n /* existing styles */\n white-space: pre; /* to preserve spaces */\n}\n\n.letter {\n display: inline-block;\n position: relative;\n transform-origin: center;\n /* initial transform */\n}\n\n.letter::before {\n content: attr(data-char);\n position: absolute;\n -webkit-text-stroke: 8px #000;\n color: transparent;\n top: -4px;\n left: -4px;\n z-index: -1;\n}\n\nNow, for each letter, applying individual transforms. This can be done via CSS selectors like :nth-child(), or via JavaScript adding inline styles.\n\nBut with 16 characters (including spaces), using :nth-child for each is tedious. A better approach might be to apply a different transform based on index. For instance, alternating rotation angles. Alternatively, creating a staggered effect where even and odd letters have different rotations.\n\nBut the user mentioned \"slightly\" misaligned letters. Maybe alternate between rotation for each character. For example:\n\n.letter:nth-child(odd) {\n transform: rotate(-5deg);\n}\n\n.letter:nth-child(even) {\n transform: rotate(3deg);\n}\n\nBut this would create a pattern, not individual differences. However, it's a simple approach.\n\nAlternatively, use nth-child with different modifiers. Like:\n\n.letter:nth-child(4n+1) {\n transform: rotate(-5deg) translateY(2px);\n}\n\n.letter:nth-child(4n+2) {\n transform: rotate(3deg) translateY(-1px);\n}\n\n.letter:nth-child(4n+3) {\n transform: rotate(2deg) translateY(3px);\n}\n\n.letter:nth-child(4n+4) {\n transform: rotate(-2deg) translateY(-2px);\n}\n\nThis creates a more varied pattern.\n\nBut perhaps using JavaScript to assign a random rotation to each letter would give each letter a unique look. The problem with this approach is that the rotation will be different each time the page loads. But to keep it consistent, assign a rotation based on the index. For example, using a sine function to alternately offset each letter.\n\nWait, maybe for each index, apply a transform: rotate(angle), where angle is a value based on the index. For example:\n\ntransform: rotate( (i % 3 - 1) * 3deg );\n\nWhich would cycle through -3deg, 0deg, +3deg, then repeat. For i from 0 to 15:\n\ni=0: (0%3 -1)= -1 → -3deg\n\ni=1: (1%3-1)=0 → 0deg\n\ni=2: (2%3-1)=1 → +3deg\n\ni=3: (3%3-1)= -1 →-3deg etc.\n\nBut depending on desired variance.\n\nAlternatively, use something like:\n\nconst angles = [ -2, 3, -3, 2, -1, 4, ... ];\n\nBut with 16 characters, that's a lot. Alternatively, compute angle based on i.\n\nBut perhaps using JavaScript to loop through each letter and apply a transform is better for customizing each.\n\nSo, in the JavaScript:\n\ndocument.querySelectorAll('.letter').forEach((letter, i) => {\n const angle = (i % 4 - 2) * 2; // gives -4, -2, 0, 2, etc.\n const ty = i % 2 === 0 ? -2 : 2;\n letter.style.transform = `rotate(${angle}deg) translateY(${ty}px)`;\n});\n\nBut generating this in JavaScript adds more variety and control. However, we need to add that code to the HTML.\n\nWait, adding JavaScript to the HTML file. So, in the current code, there's no JavaScript. But the user allows using HTML, CSS, JS. So adding a script section at the end.\n\nSo in the HTML, after the h1, add a script that splits the text into letters and applies transforms.\n\nPutting it all together:\n\n1. HTML: Modify the h1.title content to be empty so JavaScript can append the spans.\n\n2. CSS: Update the .title and .letter styles.\n\nBut the user may not want the original .title::before anymore. Since each letter has its own ::before, we can remove the original ::before style from .title and move it to .letter::before.\n\nSo in the CSS:\n\nRemove the .title::before selector, and create a .letter::before selector.\n\nOriginal CSS for .title::before is migrated into .letter::before.\n\nAlso, adjust the .title font styles to the .letter.\n\nWait, in the original CSS, the .title has font-family, size, etc. The letters inside would inherit those, as the spans are children of .title.\n\nSo the .letter can inherit those properties. So the CSS for .title remains mostly as-is, but the .letter is styled as inline-block and position: relative.\n\nAlso, the transform: skew(-5deg) on .title may affect all letters. Wait, in the original code, the .title class has transform: skew(-5deg). If that remains, all the letters inside will also be skewed. But maybe removing that from .title and applying individual skews or transforms per letter is better. Because in the user request, each letter should have a different transform.\n\nSo modifying the .title CSS:\n\nOriginal CSS for .title has transform: skew(-5deg). That needs to be removed because we want each letter to have its own transform. Instead, apply individual transforms via JS or CSS.\n\nSo steps:\n\nRemove transform: skew(-5deg) from .title.\n\nAdd individual transforms to each .letter, combining skew and rotation, etc.\n\nNow, putting it all together:\n\nIn the HTML:\n\nThe h1.title starts with \"SUPER MARIO BROS\". Then, JavaScript splits it into spans.\n\nIn CSS:\n\n- .title now has position: relative (maybe not needed?), font styles.\n\nAdjust .letter::before to have the outline.\n\nAlso, since each letter is inline-block, and possibly transformed, the positioning might need adjusting. For the outline (::before), the initial top and left values of -4px in the original code may need to be changed. But since each span.letter is inline-block and transformed, the ::before's position may work.\n\nPutting all these changes into the code:\n\nFile path: index.html\n\nModifications:\n\nIn the style section:\n\n- Remove .title::before styles and update for .letter::before.\n\n- Add .letter styles.\n\nIn the HTML body:\n\n- The h1.title text is replaced by JavaScript with individual spans.\n\nAdding JavaScript inside the body.\n\nAlso, adjusting the .title style to remove skew, and add white-space: pre to preserve spaces.\n\nSo the CSS updated parts:\n\nOriginal .title has:\n\n.text-shadow: ... \ntransform: skew(-5deg);\n\n.style for .title::before.\n\nModified CSS:\n\n.title {\n ...existing styles...;\n /* remove transform: skew... */\n}\n\nAdd:\n\n.letter {\n position: relative;\n display: inline-block;\n transform-origin: center;\n}\n\n.letter::before {\n content: attr(data-char);\n position: absolute;\n -webkit-text-stroke: 8px #000;\n color: transparent;\n top: -4px;\n left: -4px;\n z-index: -1;\n}\n\nIn the JavaScript part:\n\nSplit the text into spans, and apply transforms.\n\nThe full code:\n\nBut wait, I need to write the file-changes as updates to the existing index.html.\n\nSo let's write the output:\n\nIn index.html, the modifications:\n\nWithin