diff --git a/tmp3.jl b/tmp3.jl
index 368da1f..bbaeba9 100644
--- a/tmp3.jl
+++ b/tmp3.jl
@@ -194,49 +194,6 @@ inds_sorted = sortperm(weights)
 weights = weights[inds_sorted]
 ds_mats = @view ds_mats[inds_sorted, :]
 
-"""
-ds_mat: Matrix of distances between the pfms
-    e.g. 12 6
-         32 8
-    number of rows = number of "modes" of distances
-    number of columns = number of distance in between the pfms
-weights: weights for each mode of distances
-optional parameters:
-    given_num_cols: the total number of columns that will be occupied for all the arrow-shapes
-    arrow_shape_scale_ratio: the ratio by which the width of the arrow-shapes will be scaled
-    height_top: the maximum height of the arrow-shapes
-"""
-function logoplot_with_arrow_gaps(pfms, 
-    ds_mats::Matrix{T},
-    weights::Vector{T};
-    given_num_cols::Int=15,
-    arrow_shape_scale_ratio::Real=0.7,
-    height_top::Real=1.7
-    ) where T<:Real
-
-    @assert length(pfms)-1 == size(ds_mats, 2) "The number of columns in ds_mats should be equal to the length of pfms - 1"
-    @assert length(weights) == size(ds_mats, 1) "The number of rows in ds_mats should be equal to the length of weights"
-    
-    coords_mat, pfm_starts, total_pfm_cols, total_d_cols = 
-        make_arrow_shapes(ds_mats, weights, given_num_cols, pfms;
-        arrow_shape_scale_ratio=arrow_shape_scale_ratio, height_top=height_top)
-
-    p = nothinglogo(total_pfm_cols + total_d_cols);    
-        
-    for (ind, pfm) in enumerate(pfms)
-        logo_x_offset = pfm_starts[ind]
-        logoplot!(p, pfm, PlotPWM.bg; 
-                    dpi=65,
-                    setup_off=true, 
-                    logo_x_offset=logo_x_offset)
-    end
-
-    for col in eachcol(coords_mat)
-        arrowplot!(p, col)
-    end
-    return p
-end
-
 
 coords_mat, pfm_starts, total_pfm_cols, total_d_cols = 
     make_arrow_shapes(ds_mats, weights, 15, pfms;
@@ -260,13 +217,6 @@ p
 
 
 
-
-
-
-
-
-
-
 # plot_shape(coords_mat[1,1]; xlim=(0, 10))
 # plot_shape(coords_mat[2,1]; xlim=(0, 10))