VHDL Integer Range Output Bus Width

Question

I'm currently working on writing a simple counter in VHDL, trying to genericize it as much as possible. Ideally I end up with a counter that can pause, count up/down, and take just two integer (min, max) values to determine the appropriate bus widths.

As far as I can tell, in order to get an integer of a given range, I just need to delcare

VARIABLE cnt: INTEGER RANGE min TO max := 0

Where min and max are defined as generics (both integers) in the entity. My understanding of this is that if min is 0, max is 5, for example, it will create an integer variable of 3 bits.

My problem is that I actually want to output this integer. So, naturally, I write

counterOut : OUT INTEGER RANGE min TO max

But this does not appear to be doing what I need. I'm generating a schematic block in Quartus Prime from this, and it creates a bus output from [min...max]. For example, if min = 0, max = 65, it outputs a 66 bit bus. Instead of the seven bit bus it should.

If I restricted the counter to unsigned values I might be able to just math out the output bus size, but I'd like to keep this as flexible as possible, and of course I'd like to know what I'm actually doing wrong and how to do it properly.

TL;DR: I want a VHDL entity to take generic min,max values, and generate an integer output bus of the required width to hold the range of values. How do?

If it matters, I'm using Quartus Prime Lite Edition V20.1.0 at the moment.

Note: I know I can use STD_LOGIC_VECTOR instead, but it is going to simulate significantly slower and is less easy to use than the integer type as far as I have read. I can provide more of my code if necessary, but it's really this one line that's the problem as far as I can tell.

I originally posted this on Stackexchange, but I think Stackoverflow might be a better place since it's more of a programming than a hardware problem.

EDIT: Complete code shown below

LIBRARY ieee;
USE ieee.std_logic_1164.all;
USE ieee.numeric_std.all;
USE ieee.std_logic_signed.all;

ENTITY Counter IS
    GENERIC (modulo : INTEGER := 32;
                min : INTEGER := 0;
                max : INTEGER := 64);
    PORT( pause : IN STD_LOGIC;
            direction : IN STD_LOGIC; -- 1 is up, 0 is down
            clk : IN STD_LOGIC;
            counterOut : OUT INTEGER RANGE min TO max --RANGE 0 TO 32 -- THIS line is the one generating an incorrect output bus width
            );
END ENTITY Counter; 
-- or entity

ARCHITECTURE CounterArch OF Counter IS
BEGIN
    PROCESS(direction, pause, clk)
    VARIABLE cnt : INTEGER RANGE min TO max := 0; 
    VARIABLE dir : INTEGER;
    BEGIN
    IF direction = '1' THEN
        dir := 1;
    ELSE
        dir := -1;
    END IF;
    IF clk'EVENT AND clk = '1' THEN
        IF pause = '0'THEN
            IF (cnt = modulo AND direction = '1') THEN
                cnt := min; -- If we're counting up and hit modulo, reset to min value.
            ELSIF (cnt = min AND direction = '0') THEN
                cnt := modulo; --Counting down hit 0, go back to modulo.
            ELSE
                cnt := cnt + dir;
            END IF;
        END IF;
    END IF;
    counterOut <= cnt;
    END PROCESS;
END ARCHITECTURE CounterArch;