Exercise 3: Why This Isn't "A Strict Scoring Algorithm" — Possible Solution ==================================================================== WHAT A STRICT SCORING ALGORITHM WOULD IMPLY ------------------------------ A strict scoring algorithm would treat all five questions as equally weighted votes - whichever direction gets more of the five leaning answers automatically wins, regardless of which specific questions those were, mechanically producing a recommendation with no room for judgment about which considerations actually matter most for a given project. WHY THIS CHAPTER EXPLICITLY REJECTS THAT MODEL ------------------------------ Per this chapter, "counting how many of the five questions lean toward 'no-code' versus 'more custom control' is a reasonable starting point for judgment - but it's not a strict scoring algorithm. One dimension mattering enormously for a specific project... can reasonably outweigh three other questions leaning the other way." The count is explicitly framed as a starting point for further judgment, not a final, mechanically-derived verdict. WHY EQUAL WEIGHTING WOULD PRODUCE BAD REAL-WORLD RECOMMENDATIONS ------------------------------ Treating every question as equally important ignores that a specific project can have genuinely different stakes riding on each dimension - a project where the real-ceiling question carries existential importance for the business shouldn't have that concern casually outvoted by three lower-stakes questions (like cost-structure preference) that happen to lean the other way. A REALISTIC SCENARIO WHERE ONE QUESTION OUTWEIGHS FOUR OTHERS ------------------------------ Per this chapter's own example category, imagine a growing business that plans, with real confidence, to eventually need a custom booking system with logic no page builder or app marketplace could realistically provide - a case squarely inside the "real ceiling" question this chapter names. Even if the other four questions (portability, cost preference, SEO priority, maintenance appetite) all happen to lean toward a hosted, no-code platform, the near-certainty of hitting a real structural ceiling later is exactly the kind of single, high-stakes factor this chapter says can reasonably outweigh the other four - building on a platform with no escape hatch would risk a costly, disruptive rebuild down the line, a cost the other four questions never capture. WHY THIS WORKS AS AN ANSWER ------------------------------ It explains what a strict scoring model would mechanically imply, cites this chapter's own explicit rejection of that model, and supplies a concrete, realistic scenario (a near-certain future ceiling problem) showing exactly how one high-stakes question can legitimately outweigh four lower-stakes ones, consistent with this chapter's own stated reasoning.