/*
   1991 ACM Finals, Problem E, Use of Hospital Facilities
   Ed Karrels, Oct. 1996
*/

int n_or, n_rrb;
int time_or2rrb;
int time_prepare_or;
int time_prepare_rrb;
int n_patients;
int start_hour;

enum Queues {
   WAIT_OR, IN_OR, XPORT, WAIT_RRB, IN_RRB, DONE
};

struct {
   char name[9];
   int min_surgery, min_recovery;
   int loc;
   int time2go;
   int time_in_surgery, time_out_surgery, or_no;
   int time_in_rrb, time_out_rrb, rrb_no;
} patient[100];

struct {
   int patient_no;
   int time2go;
   int usage;
} rrb[30], or[10];

int Hour(int time) {
   return time/60 + start_hour;
}

int Min(int time) {
   return time % 60;
}

int main() {
   int i, j;
   int have_patients;
   int time = 0;

   scanf("%d %d %d %d %d %d %d",
	 &n_or, &n_rrb, &start_hour, &time_or2rrb, &time_prepare_or,
	 &time_prepare_rrb, &n_patients);

   for (i=0; i<n_patients; i++) {
      scanf("%s %d %d", patient[i].name, &patient[i].min_surgery,
	    &patient[i].min_recovery);
      patient[i].loc = WAIT_OR;
      patient[i].time2go = 0;
   }

   for (i=0; i<n_rrb; i++) {
      rrb[i].patient_no = -1;
      rrb[i].time2go = 0;
      rrb[i].usage = 0;
   }

   for (i=0; i<n_or; i++) {
      or[i].patient_no = -1;
      or[i].time2go = 0;
      or[i].usage = 0;
   }

   while (have_patients) {

	 /* see if any recovery room beds are done */
      for (i=0; i<n_rrb; i++) {
	 j = rrb[i].patient_no;
	 if (rrb[i].time2go == 0 &&
	     j != -1) {
	    patient[j].time_out_rrb = time;
	    patient[j].loc = DONE;
	    rrb[i].patient_no = -1;
	    rrb[i].time2go = time_prepare_rrb;

	       /* printf("%s done recovering in %d at %d\n", patient[j].name, i+1, time); */

	 }
      }
	 /* see if any patients are done with surgery */
      for (i=0; i<n_or; i++) {
	 j = or[i].patient_no;
	 if (j != -1 && or[i].time2go == 0) {
	    patient[j].time_out_surgery = time;
	    patient[j].loc = XPORT;
	    patient[j].time2go = time_or2rrb;
	    or[i].patient_no = -1;
	    or[i].time2go = time_prepare_or;

	       /* printf("%s done with surgery in or %d at %d\n", patient[j].name, i+1, time); */
	 }
      }

	 /* place any patient waiting for recovery room beds in
	    available beds */
      for (i=0; i<n_patients; i++) {
	 if (patient[i].loc == WAIT_RRB) {
	    for (j=0; j<n_rrb; j++) {
	       if (rrb[j].time2go == 0) {
		  patient[i].rrb_no = j;
		  patient[i].time_in_rrb = time;
		  patient[i].loc = IN_RRB;
		  rrb[j].time2go = patient[i].min_recovery;
		  rrb[j].patient_no = i;

		     /* printf("%s placed in rrb %d at %d\n", patient[i].name, j+1, time); */

		  break;

	       }
	    }
	 }
      }


	 /* see if any patients are done being transported from
	    surgery to the recovery room */
      for (i=0; i<n_patients; i++) {
	 if (patient[i].loc == XPORT) {
	    if (patient[i].time2go == 0) {
	       patient[i].loc = WAIT_RRB;
	       
		  /* printf("%s done transporting at %d\n", patient[i].name, time); */

	    }
	 }
      }

      have_patients = 0;

	 /* see if there is an available operating room */
      for (i=0; i<n_patients; i++) {
	 if (patient[i].loc == WAIT_OR) {
	    for (j=0; j<n_or; j++) {
	       if (or[j].time2go == 0) {
		  patient[i].or_no = j;
		  patient[i].time_in_surgery = time;
		  patient[i].loc = IN_OR;
		  or[j].time2go = patient[i].min_surgery;
		  or[j].patient_no = i;
		  
		     /* printf("%s going under the knife in %d at %d\n", patient[i].name, j+1, time); */

		  break;
	       }
	    }
	 }

	    /* also check if anyone is not done yet */
	 if (patient[i].loc != DONE) have_patients = 1;
      }

      for (i=0; i<n_patients; i++) {
	 if (patient[i].loc == XPORT && patient[i].time2go > 0) {
	    patient[i].time2go--;
	 }
      }

      for (i=0; i<n_rrb; i++) {
	 if (rrb[i].time2go > 0) {
	    rrb[i].time2go--;
	    if (rrb[i].patient_no != -1)
	       rrb[i].usage++;
	 }
      }

      for (i=0; i<n_or; i++) {
	 if (or[i].time2go > 0) {
	    or[i].time2go--;
	    if (or[i].patient_no != -1)
	       or[i].usage++;
	 }
      }

      time++;
   }

   time--;

   printf("Patient   Operating Room          Recovery Room\n");
   printf("#  Name   Room#   Begin     End   Bed#   Begin     End \n");
   for (i=0; i<n_patients; i++) {
      printf("%-2d %-8s %3d   %2d:%02d   %2d:%02d     %2d   %2d:%02d   %2d:%02d\n",
	     i+1, patient[i].name, patient[i].or_no+1,
	     Hour(patient[i].time_in_surgery), Min(patient[i].time_in_surgery),
	     Hour(patient[i].time_out_surgery), Min(patient[i].time_out_surgery),
	     patient[i].rrb_no+1,
	     Hour(patient[i].time_in_rrb), Min(patient[i].time_in_rrb),
	     Hour(patient[i].time_out_rrb), Min(patient[i].time_out_rrb));
   }

   printf("\n\nFacility Utilization\n");
   printf("Type  # Minutes  %% Used\n");
   printf("-------------------------\n");

   for (i=0; i<n_or; i++) {
      printf("Room %2d %7d   %5.2f\n",
	     i+1, or[i].usage, 100.0 * or[i].usage / time);
   }

   for (i=0; i<n_rrb; i++) {
      printf("Bed  %2d %7d   %5.2f\n",
	     i+1, rrb[i].usage, 100.0 * rrb[i].usage / time);
   }

   return 0;
}