Any node - Skill for the automatic ruler creation of user-defined lengths ( Working Fine)

Greetings All,

I am grateful for your assistance whenever I am in need. I aspire to contribute by enriching our community, as we consistently work to strengthen our connections.

After a detailed assessment of this code, I can affirm that it is an exemplary GUI-focused solution. It requires only the entry of the specified ruler length through the GUI and the binding key to be established just one time

/***************************************************************
 * YOGI_PRULER
 * 1. Load code in CIW followed by the procdeure name yogi_pruler_dim() 
 * 2. Dimension GUI appears
 * 3. Enter exact dimension in um
 * 4  Click exact first point  (Start Point)

 * 5  Click anywhere for the second point in the direction you want to create the ruler ( X-Dir or Y-Dir)

 * 6. Exact measurement is created
 ***************************************************************/
;; =============================================================================
;; MAIN ACTION CALLBACK: This handles drawing the ruler based on the form's value
;; =============================================================================
procedure(yogi_pruler_action_cb(form)
    let((win cv dim p1 p2)
        ;; Get the current active window and its layout cellview content
        win = hiGetCurrentWindow()
        cv  = geGetWindowCellView(win)
       
        ;; Extract the target numeric dimension value directly from the user form
        dim = form->dimField->value
       
        ;; STEP 1: Ask the user to click the initial starting point of the ruler
        p1 = enterPoint(?prompts list("Click the starting point for your ruler"))
       
        when(p1
            ;; Convert the raw screen cursor coordinates to actual layout canvas coordinates
            p1 = geWindowToEditPoint(win p1)
           
            ;; STEP 2: Ask the user to click a second point to determine the drawing direction
            p2 = enterPoint(?prompts list("Click any point to indicate drawing direction"))
           
            when(p2
                ;; Convert the second screen coordinates to layout canvas coordinates
                p2 = geWindowToEditPoint(win p2)
               
                ;; STEP 3: Identify whether the user moved more Horizontally or Vertically
                if( abs(car(p2) - car(p1)) >= abs(cadr(p2) - cadr(p1)) then
                   
                    ;; --- HORIZONTAL ROUTE ---
                    ;; If second click is to the right, project rightward. Otherwise, project leftward.
                    if(car(p2) >= car(p1) then
                        p2 = list(car(p1) + dim cadr(p1))
                    else
                        p2 = list(car(p1) - dim cadr(p1))
                    )
                else
                    ;; --- VERTICAL ROUTE ---
                    ;; If second click is higher, project upward. Otherwise, project downward.
                    if(cadr(p2) >= cadr(p1) then
                        p2 = list(car(p1) cadr(p1) + dim)
                    else
                        p2 = list(car(p1) cadr(p1) - dim)
                    )
                )
               
                ;; STEP 4: Draw the fixed-dimension measurement ruler on the active layout canvas
                leCreateMeasurement(cv list(p1 p2))
            )
        )
    )
)

;; =============================================================================
;; MAIN EXECUTION FORM: Creates the user interface dialog box and displays it
;; =============================================================================
procedure(yogi_pruler_dim()
    let((dimField)
        ;; Create a clean text box field specifically meant for decimal/float entries
        dimField = hiCreateFloatField(
            ?name 'dimField
            ?prompt "Ruler Dimension:"
            ?value 1.0
        )
       
        ;; Construct the overall graphical user interface window wrapper
        hiCreateAppForm(
            ?name 'yogiPrulerForm
            ?formTitle "Yogi Precision Ruler"
            ;; Places the input box at dynamic positioning layout coordinates
            ?fields list(list(dimField 0:10 300:30 110))
            ;; Automatically triggers our simplified callback function when user clicks OK/Apply
            ?callback "yogi_pruler_action_cb(hiGetCurrentForm())"
            ?buttonLayout 'OKCancelApply
        )
       
        ;; Pop the completed dialog interface onto the user's workspace screen
        hiDisplayForm(yogiPrulerForm)
    )
)

I will wait for your response ,Once again thanks for warm gesture

Have a pleasant day!

Cheers & regards,

Yogesh Jaiswal