multi-touch-dev team mailing list archive

[Paul S <paulatgm@xxxxxxxxx>]

I'm playing with ginn on maverick on a 2-touch condo driver lenovo 
s10-3t netbook.  I have my screen rotated and am using evince.

When I run 2 fingers in the left / right direction, the page is moving 
down / up.  And fingers up / down tries to scroll left / right.  In 
other words, ginn still thinks the screen is in the original position.

I use the rotator script below.  Is there something missing that will 
make the rotated screen behave properly?

rotator.sh:
#!/bin/bash 


# Change device number to the correct one listed in xinput --list 
--short. Each time the script is run from the 

# terminal, it should flip the screen. 


# this script will 1) determine current orientation 2) rotate to the 
right 90 deg 




syntax_error=0 


orientation=0 





current_orientation="$(xrandr -q --verbose | grep 'connected' | egrep -o 
 '\) (normal|left|inverted|right) \(' | egrep -o 
'(normal|left|inverted|right)')" 

#echo "cur_orie is $current_orientation at start" 


case $current_orientation in 


        normal) 


                current_orientation=0 


        ;; 


        left) 


                current_orientation=1 


        ;; 


        inverted) 


                current_orientation=2 


        ;; 


        right) 


                current_orientation=3 


        ;; 


esac 


#echo "cur_orient is $current_orientation set by case" 


# make it go in a round robin to the right 


if [ $current_orientation -eq 0 ]; then 


        orientation=3 


fi 


if [ $current_orientation -eq 1 ]; then 


        orientation=0
fi
if [ $current_orientation -eq 2 ]; then
        orientation=1
fi
if [ $current_orientation -eq 3 ]; then
        orientation=2
fi
#echo "orientation set to $orientation"

method=evdev

# LENOVO S10-3t CHANGE ==> Hard Coded my device number to 11!!!!!!!!

device=11

swap=0
invert_x=0
invert_y=0
real_topx=0
real_topy=0
real_bottomx=4020
real_bottomy=4020

case $orientation in
        0)
                swap=0
                invert_x=0
                invert_y=0
                topx=$real_topx
                topy=$real_topy
                bottomx=$real_bottomx
                bottomy=$real_bottomy
        ;;
        1)
                swap=1
                invert_x=1
                invert_y=0
                topx=$real_topx
                topy=$real_topy
                bottomx=$real_bottomy
                bottomy=$real_bottomx
        ;;
        2 )
                swap=0
                invert_x=1
                invert_y=1
                topx=$real_topx
                topy=$real_topy
                bottomx=$real_bottomx
                bottomy=$real_bottomy
        ;;
        3 )
                swap=1
                invert_x=0
                invert_y=1
                topx=$real_topx
                topy=$real_topy
                bottomx=$real_bottomy
                bottomy=$real_bottomx
        ;;
esac

if [ $method = "evdev" ]; then
        xinput set-prop "$device" "Evdev Axes Swap" $swap
        xinput set-prop "$device" "Evdev Axes Swap" $swap
        xinput set-prop "$device" "Evdev Axis Inversion" $invert_x 
$invert_y
        xinput set-prop "$device" "Evdev Axis Calibration" $topx 
$bottomx $topy $bottomy
        if [ $orientation = 1 ]; then
                xrandr -o left
        fi
        if [ $orientation = 3 ]; then
                xrandr -o right
        fi
        if [ $orientation = 2 ]; then
                xrandr -o inverted
        fi
        if [ $orientation = 0 ]; then
                xrandr -o normal
        fi
fi