refactor(rules): update criteria with <= operator where applicable

rules/hsc_2000_monohull_intact.rhai

@@ -203,12 +203,9 @@ fn check(ctx) {
                 "Equilibrium angle due to passenger crowding ≤ " + max_heel_due_to_lever.toFixed(1) + "°",
                 max_heel_due_to_lever,
                 angle_pass,
-                "°"
+                "°",
+                "<="
             ));
-            // Actual margin should be inverted here since angle_pass must be <= max
-            let r_len = results.len();
-            results[r_len - 1].status = if angle_pass <= max_heel_due_to_lever { "PASS" } else { "FAIL" };
-            results[r_len - 1].margin = max_heel_due_to_lever - angle_pass;
         } else {
             results.push(#{
                 name: "Passenger Crowding Heel",
@@ -226,12 +223,9 @@ fn check(ctx) {
                 "Equilibrium angle due to wind ≤ " + max_heel_due_to_lever.toFixed(1) + "°",
                 max_heel_due_to_lever,
                 angle_wind,
-                "°"
+                "°",
+                "<="
             ));
-            // Actual margin should be inverted
-            let r_len = results.len();
-            results[r_len - 1].status = if angle_wind <= max_heel_due_to_lever { "PASS" } else { "FAIL" };
-            results[r_len - 1].margin = max_heel_due_to_lever - angle_wind;
         } else {
             results.push(#{
                 name: "Wind Heeling Angle",

rules/is_code_2008_complete.rhai

@@ -219,7 +219,7 @@ if has_wind {
     
     if phi0 != () {
         // Check 3.2.2.1
-        results.push(criterion("3.2.2.1 Equilibrium", "Steady wind heel <= 16 deg", 16.0, phi0, "deg"));
+        results.push(criterion("3.2.2.1 Equilibrium", "Steady wind heel <= 16 deg", 16.0, phi0, "deg", "<="));
         
         // 3. lw2 = 1.5 * lw1
         let lw2 = 1.5 * lw1;

rules/is_code_2008_passenger.rhai

@@ -61,7 +61,8 @@ fn check(ctx) {
                 "Angle of heel due to passenger crowding",
                 MAX_HEEL_PASSENGER,
                 angle_pass,
-                "°"
+                "°",
+                "<="
             ));
         } else {
             results.push(#{
@@ -86,7 +87,8 @@ fn check(ctx) {
                 "Angle of heel due to turning",
                 MAX_HEEL_TURNING,
                 angle_turn,
-                "°"
+                "°",
+                "<="
             ));
         } else {
             results.push(#{