diff --git a/Assignment3/main.c b/Assignment3/main.c
index 0b56690..8b427fe 100644
--- a/Assignment3/main.c
+++ b/Assignment3/main.c
@@ -25,8 +25,6 @@ int houseFloor[2];
 // Pipe between movers and truckers
 int nextToTrucks[2];
 
-//TODO: See if you can just use arg structure instead of making stack vars from the args
-
 // Arg structure, need to assign id in loop, and a reference to a seed for rand_r(), since it mutates the seed
 typedef struct args {
     int id;
@@ -36,18 +34,16 @@ typedef struct args {
 // Routine for house dwellers
 void *dweller(void *arg) {
     Args *args = (Args *) arg; // Cast void* to Args*, as pthread_create() requires void*
-    int id = args->id;
-    unsigned int seed = args->seed;
-    printf("Hello from house dweller %d\n", id);
+    printf("Hello from house dweller %d\n", args->id);
 
     for (int i = 0; i < NUMBER_OF_BOXES_PER_DWELLER; i++) {
-        int weight = RANDOM_WITHIN_RANGE(MIN_BOX_WEIGHT, MAX_BOX_WEIGHT, seed); // Generate random weight
-        int time = RANDOM_WITHIN_RANGE(MIN_TIME_FOR_HOUSE_DWELLER, MAX_TIME_FOR_HOUSE_DWELLER, seed); // Time to pack box
+        int weight = RANDOM_WITHIN_RANGE(MIN_BOX_WEIGHT, MAX_BOX_WEIGHT, args->seed); // Generate random weight
+        int time = RANDOM_WITHIN_RANGE(MIN_TIME_FOR_HOUSE_DWELLER, MAX_TIME_FOR_HOUSE_DWELLER, args->seed); // Time to pack box
         sleep(time); // Simulate packing time
         write(houseFloor[WRITE_END], &weight, sizeof(int)); // Write weight to pipe
-        printf("House dweller %d created a box that weights %d in %d units of time\n", id, weight, time);
+        printf("House dweller %d created a box that weights %d in %d units of time\n", args->id, weight, time);
     }
-    printf("House dweller %d is done packing\n", id);
+    printf("House dweller %d is done packing\n", args->id);
     free(args); // Make sure to free the args struct
     return NULL;
 }
@@ -56,18 +52,16 @@ void *dweller(void *arg) {
 // Comments from dweller() apply here as well
 void *mover(void *arg) {
     Args *args = (Args *) arg;
-    int id = args->id;
-    unsigned int seed = args->seed;
     int weight;
 
-    printf("Hello from mover %d\n", id);
+    printf("Hello from mover %d\n", args->id);
     while (read(houseFloor[READ_END], &weight, sizeof(int)) > 0) { // Read from pipe, until dwellers are all done
-        int time = RANDOM_WITHIN_RANGE(MIN_TIME_FOR_MOVER, MAX_TIME_FOR_MOVER, seed);
+        int time = RANDOM_WITHIN_RANGE(MIN_TIME_FOR_MOVER, MAX_TIME_FOR_MOVER, args->seed);
         sleep(time);
         write(nextToTrucks[WRITE_END], &weight, sizeof(int));
-        printf("Mover %d brought down a box of weight %d in %d units of time\n", id, weight, time);
+        printf("Mover %d brought down a box of weight %d in %d units of time\n", args->id, weight, time);
     }
-    printf("Mover %d is done moving\n", id);
+    printf("Mover %d is done moving\n", args->id);
     free(args);
     return NULL;
 }
@@ -75,38 +69,35 @@ void *mover(void *arg) {
 // Routine for truckers
 void *trucker(void *arg) {
     Args *args = (Args *) arg;
-    int id = args->id;
-    unsigned int seed = args->seed;
     int capacity = ROOM_IN_TRUCK;
     int truckWeight = 0;
     int weight;
 
-    printf("Hello from trucker %d\n", id);
+    printf("Hello from trucker %d\n", args->id);
     while (read(nextToTrucks[READ_END], &weight, sizeof(int)) > 0) { // Read from pipe, until movers are all done
         capacity--;
         truckWeight += weight;
-        int time = RANDOM_WITHIN_RANGE(MIN_TIME_FOR_TRUCKER, MAX_TIME_FOR_TRUCKER, seed);
+        int time = RANDOM_WITHIN_RANGE(MIN_TIME_FOR_TRUCKER, MAX_TIME_FOR_TRUCKER, args->seed);
         sleep(time);
-        printf("Trucker %d loaded up box of weight %d in %d units of time, room left: %d\n", id, weight, time, capacity);
+        printf("Trucker %d loaded up box of weight %d in %d units of time, room left: %d\n", args->id, weight, time, capacity);
 
         if (capacity == 0) { // If truck is full, go on trip, and reset
-            time = RANDOM_WITHIN_RANGE(MIN_TRIP_TIME, MAX_TRIP_TIME, seed);
-            printf("Full truck %d with load of %d units of mass departed. Round trip will take %d units of time\n", id, truckWeight, time);
+            time = RANDOM_WITHIN_RANGE(MIN_TRIP_TIME, MAX_TRIP_TIME, args->seed);
+            printf("Full truck %d with load of %d units of mass departed. Round trip will take %d units of time\n", args->id, truckWeight, time);
             sleep(time);
             capacity = ROOM_IN_TRUCK;
             truckWeight = 0;
         }
     }
     // If truck is not full, go on trip, and end, as there are no more boxes
-    int time = RANDOM_WITHIN_RANGE(MIN_TRIP_TIME, MAX_TRIP_TIME, seed);
-    printf("Not full truck %d with load of %d units of mass departed. One way will take %d units of time\n", id, truckWeight, time);
+    int time = RANDOM_WITHIN_RANGE(MIN_TRIP_TIME, MAX_TRIP_TIME, args->seed);
+    printf("Not full truck %d with load of %d units of mass departed. One way trip will take %d units of time\n", args->id, truckWeight, time);
     sleep(time);
-    printf("Truck %d is finished\n", id);
+    printf("Truck %d is finished\n", args->id);
     free(args);
     return NULL;
 }
 
-
 int main(int argc, char **argv) {
     srand(time(NULL));