Abstract: Computer-implemented techniques for disambiguating unconnected visual pieces in a visual programming interface (VPI) that allows a user to manipulate visual pieces to generate computer code are disclosed. The techniques include generating the VPI, receiving a command to move a selected visual piece to a requested location in the VPI, and adjusting the position of the selected visual piece to the requested location. The techniques include determining whether the selected visual piece is connected to a proximate visual piece. When the two visual pieces are not connected, the techniques include i) determining a distance between the two visual pieces, ii) comparing the distance to a distance threshold, and iii) when the distance is not greater than the distance threshold, adjusting the position of the selected visual piece and/or the proximate visual piece such that the distance between the two visual pieces is greater than the predetermined distance threshold.

Abstract: Computer-implemented techniques for disambiguating unconnected visual pieces in a visual programming interface (VPI) that allows a user to manipulate visual pieces to generate computer code are disclosed. The techniques include generating the VPI, receiving a command to move a selected visual piece to a requested location in the VPI, and adjusting the position of the selected visual piece to the requested location. The techniques include determining whether the selected visual piece is connected to a proximate visual piece. When the two visual pieces are not connected, the techniques include i) determining a distance between the two visual pieces, ii) comparing the distance to a distance threshold, and iii) when the distance is not greater than the distance threshold, adjusting the position of the selected visual piece and/or the proximate visual piece such that the distance between the two visual pieces is greater than the predetermined distance threshold.