Home » Sport » Why “hooligan” Oliver Bearman is Esteban Ocon’s “best” team-mate

Why “hooligan” Oliver Bearman is Esteban Ocon’s “best” team-mate

by Alex Carter - Sports Editor

: This looks⁤ like a long string ⁣of encoded⁣ data, likely representing a Scalable Vector Graphic (SVG) image. It’s heavily​ compressed and includes a lot of numerical values and characters that don’t make sense on their own. It’s⁣ almost certainly been run ⁣through some⁤ kind of encoding or obfuscation process.

Here’s a breakdown ⁢of what I can tell:

SVG Structure: ⁤The presence of tags like⁢ and ⁤ suggests it's an SVG. SVG uses XML-like tags​ to define ​vector ‌graphics.
Encoded Data: The numbers and characters interspersed with the tags‌ are likely encoded data representing‌ the shapes, ​colors, and positions ​of elements within the SVG.
Obfuscation/Compression: ⁤ The way the data is presented (e.g.,​ `565.552%2C50%20C565.552%2C57.996%20565.522%2C58.943%20565.378%2C62.101%20M570.82%2C37.631%20C570.674%2C34.438%20570.167%2C32.258%20569.425%2C30.349%20C568.659%2C28.377%20567.633%2C26.702%20565.965%2C25.035%20C564.297%2C23.368%20562.623%2C22.342%20560.652%2C21.575%20C558.743%2C20.834%20556.562%2C20.326%20553.369%2C20.18%20C550.169%2C20.033%20549.148%2C20%20541%2C20%20C532.853%2C20%20531.831%2C20.033%20528.631%2C20.18%20C525.438%2C20.326%20523.257%2C20.834%20521.349%2C21.575%20C519.376%2C22.342%20517.703%2C23.368%20516.035%2C25.035%20C514.368%2C26.702%20513.342%2C28.377%20512.574%2C30.349%20C511.834%2C32.258%20511.326%2C34.438%20511.181%2C37.631%20C511.035%2C40.831%20511%2C41.851%20511%2C50%20C511%2C58.147%20511.035%2C59.17%20511.181%2C62.369%20C511.326%2C65.562%20511.834%2C67.743%20512.574%2C69.651%20C513.342%2C71.625%20514.368%2C73.296%20516.035%2C74.965%20C517.703%2C76.634%20519.376%2C77.658%20521.349%2C78.425%20C523.257%2C79.167%20525.438%2C79.673%20528.631%2C79.82%20C531.831%2C79.965%20532.853%2C80.001%20541%2C80.001%20C549.148%2C80.001%20550.169%2C79.965%20553.369%2C79.82%20C556.562%2C79.673%20558.743%2C79.167%20560.652%2C78.425%20C562.623%2C77.658%20564.297%2C76.634%20565.965%2C74.965%20C567.633%2C73.296%20568.659%2C71.625%20570.82%2C69.651%20C570.674%2C67.743%20570.167%2C65.562%20569.425%2C62.369%20C568.659%2C59.17%20567.633%2C58.147%20565.965%2C50%20C565.552%2C57.996%20565.522%2C58.943%20565.378%2C62.101%20M570.82%2C37.631%20C570.674%2C34.438%20570.167%2C32.258%20569.425%2C30.349%20C568.659%2C28.377%20567.633%2C26.702%20565.965%2C25.035%20C564.297%2C23.368%20562.623%2C22.342%20560.652%2C21.575%20C558.743%2C20.834%20556.562%2C20.326%20553.369%2C20.18%20C550.169%2C20.033%20549.148%2C20%20541%2C20%20C532.853%2C20%20531.831%2C20.033%20528.631%2C20.18%20C525.438%2C20.326%20523.257%2C20.834%20521.349%2C21.575%20C519.376%2C22.342%20517.703%2C23.368%20516.035%2C25.035%20C514.368%2C26.702%20513.342%2C28.377%20512.574%2C30.349%20C511.834%2C32.258%20511.326%2C34.438%20511.181%2C37.631%20C511.035%2C40.831%20511%2C41.851%20511%2C50%20C511%2C58.147%20511.035%2C59.17%20511.181%2C62.369%20C511.326%2C65.562%20511.834%2C67.743%20512.574%2C69.651%20C513.342%2C71.625%20514.368%2C73.296%20516.035%2C74.965%20C517.703%2C76.634%20519.376%2C77.658%20521.349%2C78.425%20C523.257%2C79.167%20525.438%2C79.673%20528.631%2C79.82%20C531.831%2C79.965%20532.853%2C80.001%20541%2C80.001%20C549.148%2C80.001%20550.169%2C79.965%20553.369%2C79.82%20C556.562%2C79.673%20558.743%2C79.167%20560.652%2C78.425%20C562.623%2C77.658%20564.297%2C76.: This looks like a long string of encoded ⁢data, likely representing ‍a Scalable Vector Graphic (SVG). It's heavily⁢ compressed and includes a lot of numerical‌ values and characters like⁤ "%", "C", ⁣and "div".​ It's almost certainly not human-readable in this form.What it likely‌ is:

SVG Path Data: ‌ The "M", "C", and numbers suggest it's⁤ defining a path within an SVG image. "M" likely stands ‍for "Move To", and ‍"C" for "Cubic Bezier Curve". The​ numbers represent coordinates.
Encoded/Compressed: The use of "%" and ⁣the overall length⁣ suggest the⁢ data has been encoded or compressed​ to reduce⁤ its ‍size. The "20" and "30" appearing frequently might ‌be default values or padding.
Styling Information: The presence of "style" and terms like "color","padding","margin","height","width",and "border" indicates⁣ that styling information⁤ is embedded within the‌ data.What I can't‍ do:

Render the Image: I can't directly interpret and display the image ‍represented by this data. I'm a text-based‍ model. Decode it without knowing the encoding: ⁣I don't know the specific encoding scheme used. It might be URL-encoded, or a custom encoding.

How​ to potentially decode/view it:

  1. URL Decode: Try URL decoding​ the string. Many online tools can do this⁤ (search for "URL decoder"). This might‌ reveal a more readable SVG structure.
  2. SVG Viewer: If URL decoding doesn't​ fully work, you can try ⁤pasting the entire ⁤string into an online SVG viewer or editor.⁤ Some viewers might ​be able to ‌handle ⁣the compressed/encoded ‍format.
  3. Programming: ‍ If you're a programmer, you could write a script (e.g., ‌in Python) to ⁢parse the string, decode it,⁣ and generate a valid SVG⁤ file. This would require understanding⁤ the​ encoding scheme.

this ‌is a data representation of ‌an SVG image, ‍but it's currently in an unreadable format. You'll need to decode‍ it or use a specialized tool to view the image.

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