Rename HIV_model_1.m to Legacy Code/HIV_model_1.m

HIV_model_1.m → Legacy Code/HIV_model_1.m

@@ -30,17 +30,17 @@
 % S  = vector of 0/1 corresponding to P (not used in this version)
 
 % P(01) = V i.c. [log(/mL)]
-% P(02) = E i.c. [/µL]
-% P(03) = K i.c. [/µL]
+% P(02) = E i.c. [/µL]
+% P(03) = K i.c. [/µL]
 % P(04) = N i.c. [pmol/kg]
 % P(05) = C (vol. of dist.)/F [mL/kg]
 % P(06) = C absorption rate [/d]
 % P(07) = C elimination rate [/d]
 
 % P(08) = E decay rate [/d]
 % P(09) = K decay rate [/d]
-% P(10) = E killing rate [µL/d]
-% P(11) = K killing rate [µL/d]
+% P(10) = E killing rate [µL/d]
+% P(11) = K killing rate [µL/d]
 % P(12) = E Ce half saturation [nM]
 % P(13) = K Ce half saturation [nM]
 
@@ -93,7 +93,7 @@
     error('Initial effect is out of bounds.')
 end
 
-P(01)  = 10^(P(01)-3)                ;% convert V to [#/µL]
+P(01)  = 10^(P(01)-3)                ;% convert V to [#/µL]
 I      = [P(01:03) ; 0 ; 0]          ;% V,E,K,N,C i.c.
 I(6:9) = [P(20:21).*O ; P(24:25).*O] ;% Ct,Cy i.c.
 
@@ -191,4 +191,4 @@
                  G(YE(1,1:2)',Y(1,6:7)',Y(1,8:9)'))' ;
 end
 
-end
+end