Work - Cs50 Tideman

int margin = preferences[pairs[pair_index].winner][pairs[pair_index].loser] - preferences[pairs[pair_index].loser][pairs[pair_index].winner];

// Identify and highlight ties printf("\n--- TIE ANALYSIS ---\n"); bool has_ties = false; for (int i = 0; i < pair_count - 1; i++) { int margin_current = preferences[pairs[i].winner][pairs[i].loser] - preferences[pairs[i].loser][pairs[i].winner]; int margin_next = preferences[pairs[i + 1].winner][pairs[i + 1].loser] - preferences[pairs[i + 1].loser][pairs[i + 1].winner]; if (margin_current == margin_next) { if (!has_ties) { printf("\n⚠️ TIES DETECTED in ranking:\n"); has_ties = true; } printf(" Ranks %i and %i have equal victory margins\n", i + 1, i + 2); } } cs50 tideman

return 0; } When you run this feature, you'll see: int margin = preferences[pairs[pair_index]

// Run the tie-breaking visualization add_pairs(); visualize_tie_breaking(); // NEW FEATURE Code Implementation // Add this function to your tideman

I'll help you create a feature for CS50's Tideman problem. Since you didn't specify which feature, I'll suggest that shows how ties are resolved in the Tideman algorithm. Feature: Tie-Breaking Visualization This feature adds a function that visualizes how the Tideman algorithm resolves tied preferences and locked pairs, making it easier to debug and understand the election process. Code Implementation // Add this function to your tideman.c file // Structure to track tie information typedef struct { int winner; int loser; int margin; // margin of victory (votes_winner - votes_loser) bool is_tie; // whether this pair is tied } pair_info;

return true; }