Species can now add up to 6 new organelles when they evolve

(Though usually they add from 0-2, i listed the probabilities)
increased chance of new organelles increased chance of organelles being replaced.
Changed max pop size so species split and go extinct more frequently
Cleaned up name gen code to make more sense and to creat emor epronouncable names
higher chance of new genus's emerging
Auto evo steps now happen outside of editor at double the frequncy so if the player is going slow they may in fact become prey. This encourage sthe player to actually compete.

In my test game almost every single species had its own genus so this creates proper geneological lines aswell.

changed name mutator to avoid ridiculousness even more (Changing Th to stuff like Tb(which is unprouncable)), changed new name chances, etc.

commented out logs

400 pop to win now

Got rid of species level processor component replaced with rebuildProcessList

fixed bug where cells could engulf each other from a mile away.

scripts/gui/microbe_hud.mjs

@@ -444,7 +444,7 @@ function checkExtinction(population){
 }
 
 function checkGeneration (generation, population){
-    if(generation >= 20 && population >= 500 && wonOnce == false){
+    if(generation >= 20 && population >= 400 && wonOnce == false){
         document.getElementById("winTitle").style.display = "inline-block";
         document.getElementById("winBody").style.display = "inline-block";
         document.getElementById("winContainer").style.display = "inline-block";

scripts/gui/thrive_gui.html

@@ -326,7 +326,7 @@
 <br><br>
 For this Release if your population (top tab) drops to zero you go extinct.
 <br>
-But if you survive for twenty generations with 500 population, you are considered to have won, after winning you get a popup and can continue playing as you wish.
+But if you survive for twenty generations with 400 population, you are considered to have won, after winning you get a popup and can continue playing as you wish.
 <br><br>
 Be wary because your competitors are evolving alongside you. Every time you enter the editor they evolve as well.
 <br><br>

scripts/microbe_stage/configs.as

@@ -40,9 +40,14 @@ const auto MAX_OPACITY_MUTATION = 0.01f;
 
 // Mutation Variables
 const auto MUTATION_BACTERIA_TO_EUKARYOTE = 1;
-const auto MUTATION_CREATION_RATE = 0.1f;
+const auto MUTATION_CREATION_RATE = 0.5f;
+const auto MUTATION_EXTRA_CREATION_RATE = 0.1f;
 const auto MUTATION_DELETION_RATE = 0.1f;
-const auto MUTATION_REPLACEMENT_RATE = 0.1f;
+const auto MUTATION_REPLACEMENT_RATE = 0.3f;
+
+// Genus splitting and name mutation
+const auto MUTATION_CHANGE_GENUS = 33;
+const auto MUTATION_WORD_EDIT = 75;
 
 //Removal cost
 const auto ORGANELLE_REMOVE_COST = 10;

scripts/microbe_stage/microbe.as

@@ -465,11 +465,16 @@ class MicrobeSystem : ScriptSystem{
         if (microbeComponent.hostileEngulfer != NULL_OBJECT){
             auto predatorPosition = world.GetComponent_Position(microbeComponent.hostileEngulfer);
             auto ourPosition = world.GetComponent_Position(microbeEntity);
+            auto predatorMembraneComponent = world.GetComponent_MembraneComponent(microbeComponent.hostileEngulfer);
+             auto circleRad = predatorMembraneComponent.calculateEncompassingCircleRadius();
              MicrobeComponent@ hostileMicrobeComponent = cast<MicrobeComponent>(
                 world.GetScriptComponentHolder("MicrobeComponent").Find(microbeComponent.hostileEngulfer));
+            if (hostileMicrobeComponent.isBacteria){
+                circleRad = circleRad/2;
+            }
             if ((hostileMicrobeComponent is null) || (!hostileMicrobeComponent.engulfMode) ||
             (hostileMicrobeComponent.dead) || (ourPosition._Position -  predatorPosition._Position).LengthSquared() >=
-            ((hostileMicrobeComponent.totalHexCountCache+3)*HEX_SIZE)+50){
+            circleRad){
                 microbeComponent.hostileEngulfer = NULL_OBJECT;
                 microbeComponent.isBeingEngulfed = false;
                 }
@@ -802,7 +807,7 @@ class MicrobeSystem : ScriptSystem{
         if(organellesToAdd.length() > 0){
             // Redo the cell membrane.
             membraneComponent.clear();
-    MicrobeOperations::rebuildProcessList(world, microbeEntity);
+            MicrobeOperations::rebuildProcessList(world, microbeEntity);
         }
 
         if(reproductionStageComplete && microbeComponent.reproductionStage < 2){

scripts/microbe_stage/microbe_operations.as

@@ -906,14 +906,6 @@ ObjectID spawnMicrobe(CellStageWorld@ world, Float3 pos, const string &in specie
     if(pos.Y != 0)
         LOG_WARNING("spawnMicrobe: spawning at y-coordinate: " + pos.Y);
 
-    auto processor = getProcessorComponent(world, speciesName);
-
-    if(processor is null){
-        LOG_ERROR("Skipping microbe spawn because species '" + speciesName +
-            "' doesn't have a processor component");
-
-        return NULL_OBJECT;
-    }
 
     // Create microbeEntity with correct template, physics and species name
     auto microbeEntity = _createMicrobeEntity(world, aiControlled, speciesName,
@@ -958,16 +950,6 @@ ObjectID spawnBacteria(CellStageWorld@ world, Float3 pos, const string &in speci
     if(pos.Y != 0)
         LOG_WARNING("spawnBacteria: spawning at y-coordinate: " + pos.Y);
 
-    auto processor = getProcessorComponent(world, speciesName);
-
-    if(processor is null){
-
-        LOG_ERROR("Skipping microbe spawn because species '" + speciesName +
-            "' doesn't have a processor component");
-
-        return NULL_OBJECT;
-    }
-
     // Create microbeEntity with correct template, physics and species name
     auto microbeEntity = _createMicrobeEntity(world, aiControlled, speciesName,
         // in_editor
@@ -1087,17 +1069,6 @@ ObjectID _createMicrobeEntity(CellStageWorld@ world, bool aiControlled,
         return entity;
     }
 
-    auto processor = world.GetComponent_ProcessorComponent(speciesEntity);
-
-    if(processor is null){
-        LOG_ERROR("Microbe species '" + microbeComponent.speciesName +
-            "' doesn't have a processor component");
-    } else {
-        // Each microbe now has their own processor component to allow
-        // the process system to run safely while species are deleted
-        Species::copyProcessesFromSpecies(world, species, entity);
-    }
-
     if(microbeComponent.organelles.length() > 0)
         assert(false, "Freshly created microbe has organelles in it");
 
@@ -1108,13 +1079,15 @@ ObjectID _createMicrobeEntity(CellStageWorld@ world, bool aiControlled,
     // up to date with the species so either this should apply the species processes OR
     // there should be a ProcessConfiguration object that would be shared between the
     // ProcessorComponent both in the species and individual cells
+    // this also sets up the processor component
     Species::applyTemplate(world, entity, species, shape);
 
     // ------------------------------------ //
     // Initialization logic taken from MicrobeSystem and put here now
     assert(microbeComponent.organelles.length() > 0, "Microbe has no "
         "organelles in initializeMicrobe");
 
+
     auto rigidBody = world.Create_Physics(entity, position);
 
     _applyMicrobeCollisionShape(world, rigidBody, microbeComponent, shape);

scripts/microbe_stage/procedural_microbes.as

@@ -281,6 +281,7 @@ string mutateMicrobe(const string &in stringCode, bool isBacteria)
 
     completeString = join(modifiedArray,"|");
 
+    // Can add up to 6 new organelles (Which should allow AI to catch up to player more
     // We can insert new organelles at the end of the list
     if(GetEngine().GetRandom().GetNumber(0.f, 1.f) < MUTATION_CREATION_RATE){
         auto organelleList = positionOrganelles(completeString);
@@ -292,6 +293,25 @@ string mutateMicrobe(const string &in stringCode, bool isBacteria)
         completeString+="|"+returnedGenome;
     }
 
+    /*
+    Probability of mutation occuring 5 time(s) = 0.15 = 1.0E-5
+    Probability of mutation NOT occuring = (1 - 0.1)5 = 0.59049
+    Probability of mutation occuring = 1 - (1 - 0.1)5 = 0.40951
+    */
+    // We can insert new organelles at the end of the list
+    for(int n = 0; n < 5; n++ ){
+    // We can insert new organelles at the end of the list
+        if(GetEngine().GetRandom().GetNumber(0.f, 1.f) < MUTATION_EXTRA_CREATION_RATE){
+            auto organelleList = positionOrganelles(completeString);
+            const auto letter = getRandomLetter(isBacteria);
+            string name = string(organelleLetters[letter]);
+            string returnedGenome = translateOrganelleToGene(getRealisticPosition(name,organelleList));
+            //LOG_INFO("Adding");
+            //LOG_INFO("chromosomes:"+returnedGenome);
+            completeString+="|"+returnedGenome;
+        }
+    }
+
     LOG_INFO("Mutated: "+completeString);
     return completeString;
 }

scripts/microbe_stage/setup.as

@@ -233,11 +233,7 @@ void onReturnFromEditor(CellStageWorld@ world)
     SpeciesComponent@ ourActualSpecies = MicrobeOperations::getSpeciesComponent(world, player);
     auto membraneComponent = world.GetComponent_MembraneComponent(player);
 
-    // Call this before creating the clone.
-    Species::initProcessorComponent(world, player, ourActualSpecies);
     // Can probabbly wrap this into the usual init to keep things clean
-    // This makes sure that the player's processer are up to date with their species
-    Species::copyProcessesFromSpecies(world, ourActualSpecies, player);
 
     PlayerSpeciesSpawner factory("Default");
 
@@ -256,6 +252,7 @@ void onReturnFromEditor(CellStageWorld@ world)
         world.GetScriptComponentHolder("MicrobeComponent").Find(player));
 
     // Reset the player cell to be the same as the species template
+    // This also sets the processor component
     Species::restoreOrganelleLayout(world, player, microbeComponent, playerSpecies);
 
     // Reset Players reproduction