another cases

cases/0011/index0.heta

@@ -18,4 +18,4 @@ comp1 @Compartment .= 1;
 
 // parameters
 k1 @Const = 0.01;
-k2 @Const = 0.001;
+k2 @Const = 0.001;

cases/0011/index1.heta

@@ -0,0 +1,23 @@
+/*
+    Make reactions reversibles
+*/
+// index.heta
+
+// reactions
+r1 @Reaction {actors: A + 2B => C} := (k1 * A * B^2 - k3 * C) * comp1;
+r2 @Reaction {actors: C => D} := (k2 * C - k4 * D) * comp1;
+
+// species
+A @Species {compartment: comp1} .= 1;
+B @Species {compartment: comp1} .= 10;
+C @Species {compartment: comp1} .= 0;
+D @Species {compartment: comp1} .= 0;
+
+// compartments
+comp1 @Compartment .= 1;
+
+// parameters
+k1 @Const = 0.01;
+k2 @Const = 0.001;
+k3 @Const = 0.001;
+k4 @Const = 0.001;

cases/0012/index0.heta

@@ -0,0 +1,9 @@
+/*
+    Write two reactions in Heta notation based on stoicheometry:
+    x1 + 3x2 <=> x3
+    x1 + x4 <=> x5
+*/
+
+// reactions
+r1 @Reaction {actors: x1 + 3x2 <=> x3} := (k1 * x1 * x2^3 - k2 * x3) * comp1;
+r2 @Reaction {actors: x1 + x4 <=> x5} := (k3 * x1 * x4 - k4 * x5) * comp1;

validation/0001/index0.heta

@@ -1,5 +1,5 @@
 /*
-  Create mass-action reaction in Heta notation by the stoicheometry: 2s1 + s2 => 2p1 + p2.
+  Create mass-action reaction in Heta notation with the stoicheometry: 2s1 + s2 => 2p1 + p2.
 */
 
 // reactions