diff --git a/docs/src/visualizations.md b/docs/src/visualizations.md
index b5d00c23..07d8a8cb 100644
--- a/docs/src/visualizations.md
+++ b/docs/src/visualizations.md
@@ -318,3 +318,28 @@ j = 2 # the dimension of the plane
 
 interactive_poincaresos_scan(trs, j; linekw = (transparency = true,))
 ```
+
+## Interactive 2D dynamical system
+
+```@docs
+interactive_clicker
+```
+
+The `interactive_clicker` function can be used to spin up a GUI
+for interactively exploring the state space of a 2D dynamical system.
+
+For example, the following code show how to interactively explore a
+[`ProjectedDynamicalSystem`](@ref):
+
+```julia
+using GLMakie, DynamicalSystems
+
+# This is the 3D Lorenz model
+lorenz = Systems.lorenz()
+
+projection = [1, 2]
+complete_state = [0.0]
+projected_ds = ProjectedDynamicalSystem(lorenz, projection, complete_state)
+
+interactive_clicker(projected_ds; tfinal = (10.0, 150.0))
+```
diff --git a/ext/DynamicalSystemsVisualizations.jl b/ext/DynamicalSystemsVisualizations.jl
index 293065f5..ac74bc4a 100644
--- a/ext/DynamicalSystemsVisualizations.jl
+++ b/ext/DynamicalSystemsVisualizations.jl
@@ -10,7 +10,8 @@ include("src/cobweb.jl")
 include("src/orbitdiagram.jl")
 include("src/poincareclick.jl")
 include("src/brainscan.jl")
+include("src/clicker.jl")
 
 subscript = DynamicalSystemsVisualizations.subscript
 
-end
\ No newline at end of file
+end
diff --git a/ext/src/clicker.jl b/ext/src/clicker.jl
new file mode 100644
index 00000000..234addac
--- /dev/null
+++ b/ext/src/clicker.jl
@@ -0,0 +1,75 @@
+function DynamicalSystems.interactive_clicker(ds;
+        # DynamicalSystems kwargs:
+        tfinal = (1000.0, 10.0^4),
+        complete = (x, y) -> [x, y],
+        project = identity,
+        # Makie kwargs:
+        color = randomcolor,
+        labels = ("x", "y"),
+        scatterkwargs = ()
+    )
+
+    u0 = DynamicalSystems.get_state(ds)
+
+    figure = Figure(size = (1000, 800), backgroundcolor = :white)
+
+    T_slider, m_slider = _add_clicker_controls!(figure, tfinal)
+    ax = figure[0, :] = Axis(figure)
+
+    # Compute the initial section
+    tr, = trajectory(ds, T_slider[]; t0 = 0)
+    length(tr) == 0 && error("Initial computed trajectory is empty")
+
+    data = project(tr)
+    length(data[1]) != 2 && error("(Projected) trajectory is not 2D")
+
+    positions_node = Observable(data)
+    colors = (c = color(u0); [c for _ in 1:length(data)])
+    colors_node = Observable(colors)
+    scatter!(
+        ax, positions_node, color = colors_node,
+        markersize = lift(o -> o*px, m_slider), marker = :circle, scatterkwargs...
+    )
+
+    ax.xlabel, ax.ylabel = labels
+    laststate = Observable(u0)
+
+    # Interactive clicking on the phase space:
+    Makie.deactivate_interaction!(ax, :rectanglezoom)
+    spoint = select_point(ax.scene)
+    on(spoint) do pos
+        x, y = pos;
+        newstate = try
+           complete(x, y)
+        catch err
+           @error "Could not complete state, got error: " exception=err
+           return
+        end
+
+        tr, = trajectory(ds, T_slider[], newstate; t0 = 0)
+        data = project(tr)
+
+        positions = positions_node[]; colors = colors_node[]
+        append!(positions, data)
+        c = color(newstate)
+        append!(colors, fill(c, length(data)))
+        # Update all the observables with Array as value:
+        positions_node[], colors_node[], laststate[] = positions, colors, newstate
+    end
+
+    display(figure)
+
+    return figure, laststate
+end
+
+function _add_clicker_controls!(figure, tfinal)
+    sg1 = SliderGrid(figure[1, :][1, 1],
+        (label = "T", range = range(tfinal[1], tfinal[2], length = 1000),
+        format = x -> string(round(x)), )
+    )
+    sg2 = SliderGrid(figure[1, :][1, 2],
+        (label = "ms", range = 10.0 .^ range(0, 2, length = 100),
+        format = x -> string(round(x)), startvalue = 10)
+    )
+    return sg1.sliders[1].value, sg2.sliders[1].value
+end
diff --git a/ext/src/poincareclick.jl b/ext/src/poincareclick.jl
index 473254a8..a6114b6a 100644
--- a/ext/src/poincareclick.jl
+++ b/ext/src/poincareclick.jl
@@ -20,64 +20,18 @@ function DynamicalSystems.interactive_poincaresos(ds, plane, idxs, complete;
 
     i = DynamicalSystems.SVector{2, Int}(idxs)
 
-    figure = Figure(size = (1000, 800), backgroundcolor = :white)
-
-    T_slider, m_slider = _add_psos_controls!(figure, tfinal)
-    ax = figure[0, :] = Axis(figure)
-
     # Construct a new `PoincareMap` structure with the given parameters
     pmap = DynamicalSystems.DynamicalSystemsBase.PoincareMap(ds, plane;
         direction, u0, rootkw, Tmax = tfinal[2])
 
-    # Compute the initial section
-    psos, = trajectory(pmap, T_slider[]; t0 = 0)
-    data = psos[:, i]
-    length(data) == 0 && error(ChaosTools.PSOS_ERROR)
-
-    positions_node = Observable(data)
-    colors = (c = color(u0); [c for i in 1:length(data)])
-    colors_node = Observable(colors)
-    scatter!(
-        ax, positions_node, color = colors_node,
-        markersize = lift(o -> o*px, m_slider), marker = :circle, scatterkwargs...
+    z = plane[2] # third variable comes from plane
+    return interactive_clicker(pmap;
+        tfinal = tfinal,
+        complete = (x, y) -> complete(x, y, z),
+        project = tr -> tr[:, i],
+        color = color,
+        scatterkwargs = scatterkwargs,
+        labels = labels
     )
-
-    ax.xlabel, ax.ylabel = labels
-    laststate = Observable(u0)
-
-    # Interactive clicking on the psos:
-    Makie.deactivate_interaction!(ax, :rectanglezoom)
-    spoint = select_point(ax.scene)
-    on(spoint) do pos
-        x, y = pos; z = plane[2] # third variable comes from plane
-        newstate = try
-           complete(x, y, z)
-        catch err
-           @error "Could not get state, got error: " exception=err
-           return
-        end
-
-        psos, = trajectory(pmap, T_slider[], newstate; t0 = 0)
-        data = psos[:, i]
-        positions = positions_node[]; colors = colors_node[]
-        append!(positions, data)
-        c = color(newstate)
-        append!(colors, fill(c, length(data)))
-        # Update all the observables with Array as value:
-        positions_node[], colors_node[], laststate[] = positions, colors, newstate
-    end
-    display(figure)
-    return figure, laststate
 end
 
-function _add_psos_controls!(figure, tfinal)
-    sg1 = SliderGrid(figure[1, :][1,1],
-        (label = "T", range = range(tfinal[1], tfinal[2], length = 1000),
-        format = x -> string(round(x)), )
-    )
-    sg2 = SliderGrid(figure[1, :][1,2],
-        (label = "ms", range = 10.0 .^ range(0, 2, length = 100),
-        format = x -> string(round(x)), startvalue = 10)
-    )
-    return sg1.sliders[1].value, sg2.sliders[1].value
-end
diff --git a/src/visualizations.jl b/src/visualizations.jl
index 1b068268..2646a0f3 100644
--- a/src/visualizations.jl
+++ b/src/visualizations.jl
@@ -1,5 +1,6 @@
 export interactive_trajectory, interactive_cobweb, interactive_orbitdiagram, scaleod,
-  interactive_poincaresos_scan, interactive_poincaresos, interactive_trajectory_timeseries
+  interactive_poincaresos_scan, interactive_poincaresos, interactive_trajectory_timeseries,
+  interactive_clicker
 
 """
     interactive_trajectory_timeseries(ds::DynamicalSystem, fs, [, u0s]; kwargs...) → fig, dsobs
@@ -313,4 +314,44 @@ This will be properly handled instead of breaking the application.
 This `newstate` is also given to the function `color` that
 gets a new color for the new points.
 """
-function interactive_poincaresos end
\ No newline at end of file
+function interactive_poincaresos end
+
+
+"""
+    interactive_clicker(ds; kwargs...)
+Launch an interactive application for exploring the state space of a
+discrete dynamical system `ds`, usually derived from a continuous dynamical system.
+Requires `DynamicalSystems`.
+
+The function returns: `figure, laststate` with the latter being
+an observable containing the latest initial `state`.
+
+## Keyword Arguments
+* `tfinal = (1000.0, 10.0^4)`: A 2-element tuple for the range of values
+  for the total integration time (chosen interactively).
+* `complete`: A **function** to construct the new initial state of the system,
+  after the user clicks on the screen. Receives two parameters,
+  the `x` and `y` coordinates of the click,
+  and must return a vector with the same dimension as the system's state.
+  If not specified, by default it's just `(x, y) -> [x, y]`.
+* `project`: A **function** to project a system's state down to two dimensions,
+  in order to be able to represent it graphically.
+  If not specified, the default is the identity function.
+* `color` : A **function** of the system's initial condition, that returns a color to
+  plot the new points with. The color must be `RGBf/RGBAf`.
+   A random color is chosen by default.
+* `labels = ("x" , "y")` : Scatter plot labels.
+* `scatterkwargs = ()`: Named tuple of keywords passed to `scatter`.
+
+## Interaction
+The application is a standard scatterplot, which shows the state space of the dynamical system,
+initially using the system's `u0`. Two sliders control the total evolution time
+and the size of the marker points (which is always in pixels).
+
+Upon clicking within the bounds of the scatter plot your click is transformed into
+a new initial condition, which is further evolved and then plotted into the scatter plot.
+
+The `complete` function can throw an error for ill-conditioned `x, y, z`.
+This will be properly handled instead of breaking the application.
+"""
+function interactive_clicker end