fix: 3 caliber auto ricochet

scripts/buildAssets/tankArmors.ts

@@ -20,7 +20,7 @@ export async function buildTankArmors() {
 
   await Promise.all(
     nations.map(async (nation) => {
-      if (nation !== 'france') return;
+      if (nation !== 'china') return;
 
       const tanks = await readXMLDVPL<{ root: VehicleDefinitionList }>(
         `${DATA}/${DOI.vehicleDefinitions}/${nation}/list.xml.dvpl`,

scripts/buildAssets/tankModels.ts

@@ -27,7 +27,7 @@ export async function buildTankModels() {
 
   await Promise.all(
     nations.map(async (nation) => {
-      if (nation !== 'france') return;
+      if (nation !== 'china') return;
 
       const tanks = await readXMLDVPL<{ root: VehicleDefinitionList }>(
         `${DATA}/${DOI.vehicleDefinitions}/${nation}/list.xml.dvpl`,

src/components/ArmorMesh/index.tsx

@@ -41,7 +41,7 @@ export function ArmorMesh({
           baseMaterial={MeshStandardMaterial}
           transparent
           silent
-          // depthWrite={false}
+          depthWrite={false}
           uniforms={{
             thickness: { value: thickness },
             penetration: { value: penetration },

src/components/ArmorMesh/shaders/fragment.glsl

@@ -11,34 +11,31 @@ uniform bool spaced;
 void main() {
   vec3 normalizedNormal = normalize(vNormal);
   vec3 normalizedViewPosition = normalize(vCSMViewPosition);
-  float cosAngle = dot(normalizedNormal, -normalizedViewPosition);
+  float dotProduct = dot(normalizedNormal, -normalizedViewPosition);
-  float angle = acos(cosAngle);
+  float angle = acos(dotProduct);
 
-  float penetrationChance = 0.0;
+  float penetrationChance = -1.0;
-  bool twoCaliberRule = caliber > 2.0 * thickness;
   bool threeCaliberRule = caliber > 3.0 * thickness;
-  float finalNormalization = twoCaliberRule ? (normalization * 1.4 * caliber) / (2.0 * thickness) : normalization;
-  float finalPenetration = penetration;
-  float effectiveArmor = thickness / cos(angle - finalNormalization);
 
-  if (angle < ricochet) {
+  if (!threeCaliberRule && angle >= ricochet) {
-    // no auto-ricochet, resume checks
+    // auto ricochet angle and three caliber rule not met
-    if (threeCaliberRule) {
+    penetrationChance = 0.0;
+  } else {
+    bool twoCaliberRule = caliber > 2.0 * thickness;
+    float finalNormalization = twoCaliberRule ? (normalization * 1.4 * caliber) / (2.0 * thickness) : normalization;
+    float effectiveArmor = thickness / cos(angle - finalNormalization);
+    float penetrationRandomRadius = penetration * 0.05;
+    float penetrationDifference = effectiveArmor - penetration;
+
+    if (penetrationDifference > penetrationRandomRadius) {
+        // even with a +5% buff, can't penetrate
+      penetrationChance = 0.0;
+    } else if (penetrationDifference < -penetrationRandomRadius) {
+        // event with a -5% nerf, can penetrate
       penetrationChance = 1.0;
     } else {
-      float maxRandomPenetrationBuff = finalPenetration * 0.05;
-      float penetrationDifference = effectiveArmor - finalPenetration;
-
-      if (penetrationDifference > maxRandomPenetrationBuff) {
-        // even with a +5% buff, can't penetrate
-        penetrationChance = 0.0;
-      } else if (penetrationDifference < -maxRandomPenetrationBuff) {
-        // event with a -5% nerf, can penetrate
-        penetrationChance = 1.0;
-      } else {
         // penetration gradiant
-        penetrationChance = 1.0 - (penetrationDifference + maxRandomPenetrationBuff) / (2.0 * maxRandomPenetrationBuff);
+      penetrationChance = 1.0 - (penetrationDifference + penetrationRandomRadius) / (2.0 * penetrationRandomRadius);
-      }
     }
   }
 

src/components/ArmorMesh/shaders/fragmentOpaque.glsl

@@ -10,34 +10,31 @@ uniform float normalization;
 void main() {
   vec3 normalizedNormal = normalize(vNormal);
   vec3 normalizedViewPosition = normalize(vCSMViewPosition);
-  float cosAngle = dot(normalizedNormal, -normalizedViewPosition);
+  float dotProduct = dot(normalizedNormal, -normalizedViewPosition);
-  float angle = acos(cosAngle);
+  float angle = acos(dotProduct);
 
-  float penetrationChance = 0.0;
+  float penetrationChance = -1.0;
-  bool twoCaliberRule = caliber > 2.0 * thickness;
   bool threeCaliberRule = caliber > 3.0 * thickness;
-  float finalNormalization = twoCaliberRule ? (normalization * 1.4 * caliber) / (2.0 * thickness) : normalization;
-  float finalPenetration = penetration;
-  float effectiveArmor = thickness / cos(angle - finalNormalization);
 
-  if (angle < ricochet) {
+  if (!threeCaliberRule && angle >= ricochet) {
-    // no auto-ricochet, resume checks
+    // auto ricochet angle and three caliber rule not met
-    if (threeCaliberRule) {
+    penetrationChance = 0.0;
+  } else {
+    bool twoCaliberRule = caliber > 2.0 * thickness;
+    float finalNormalization = twoCaliberRule ? (normalization * 1.4 * caliber) / (2.0 * thickness) : normalization;
+    float effectiveArmor = thickness / cos(angle - finalNormalization);
+    float penetrationRandomRadius = penetration * 0.05;
+    float penetrationDifference = effectiveArmor - penetration;
+
+    if (penetrationDifference > penetrationRandomRadius) {
+        // even with a +5% buff, can't penetrate
+      penetrationChance = 0.0;
+    } else if (penetrationDifference < -penetrationRandomRadius) {
+        // event with a -5% nerf, can penetrate
       penetrationChance = 1.0;
     } else {
-      float maxRandomPenetrationBuff = finalPenetration * 0.05;
-      float penetrationDifference = effectiveArmor - finalPenetration;
-
-      if (penetrationDifference > maxRandomPenetrationBuff) {
-        // even with a +5% buff, can't penetrate
-        penetrationChance = 0.0;
-      } else if (penetrationDifference < -maxRandomPenetrationBuff) {
-        // event with a -5% nerf, can penetrate
-        penetrationChance = 1.0;
-      } else {
         // penetration gradiant
-        penetrationChance = 1.0 - (penetrationDifference + maxRandomPenetrationBuff) / (2.0 * maxRandomPenetrationBuff);
+      penetrationChance = 1.0 - (penetrationDifference + penetrationRandomRadius) / (2.0 * penetrationRandomRadius);
-      }
     }
   }
 

src/core/blitzkrieg/tankDefinitions.ts

@@ -58,18 +58,24 @@ interface GunDefinitionAutoReloader {
   interClip: number;
   count: number;
 }
-export interface ShellDefinition {
+export type ShellDefinition = {
   id: number;
   name: string;
   speed: number;
   damage: { armor: number; devices: number };
   caliber: number;
-  normalization: number;
-  ricochet: number;
-  type: ShellType;
   icon: string;
   penetration: number | Vector2Tuple;
-}
+} & (
+  | {
+      type: Omit<ShellType, 'hc' | 'he'>;
+      normalization: number;
+      ricochet: number;
+    }
+  | {
+      type: Omit<ShellType, 'ap' | 'ap_cr'>;
+    }
+);
 
 export const tankDefinitions = fetch(asset('definitions/tanks.json'), {
   cache: 'no-cache',