# # ttk::spinbox bindings # namespace eval ttk::spinbox { } ### Spinbox bindings. # # Duplicate the Entry bindings, override if needed: # ttk::copyBindings TEntry TSpinbox bind TSpinbox { ttk::spinbox::Motion %W %x %y } bind TSpinbox { ttk::spinbox::Press %W %x %y } bind TSpinbox { ttk::spinbox::Release %W } bind TSpinbox { ttk::spinbox::DoubleClick %W %x %y } bind TSpinbox {} ;# disable TEntry triple-click bind TSpinbox { event generate %W <> } bind TSpinbox { event generate %W <> } bind TSpinbox <> { ttk::spinbox::Spin %W +1 } bind TSpinbox <> { ttk::spinbox::Spin %W -1 } ttk::bindMouseWheel TSpinbox [list ttk::spinbox::MouseWheel %W] ## Motion -- # Sets cursor. # proc ttk::spinbox::Motion {w x y} { variable State ttk::saveCursor $w State(userConfCursor) [ttk::cursor text] if { [$w identify $x $y] eq "textarea" && [$w instate {!readonly !disabled}] } { ttk::setCursor $w text } else { ttk::setCursor $w $State(userConfCursor) } } ## Press -- # proc ttk::spinbox::Press {w x y} { if {[$w instate disabled]} { return } focus $w switch -glob -- [$w identify $x $y] { *textarea { ttk::entry::Press $w $x } *rightarrow - *uparrow { ttk::Repeatedly event generate $w <> } *leftarrow - *downarrow { ttk::Repeatedly event generate $w <> } *spinbutton { if {$y * 2 >= [winfo height $w]} { set event <> } else { set event <> } ttk::Repeatedly event generate $w $event } } } ## DoubleClick -- # Select all if over the text area; otherwise same as Press. # proc ttk::spinbox::DoubleClick {w x y} { if {[$w instate disabled]} { return } switch -glob -- [$w identify $x $y] { *textarea { SelectAll $w } * { Press $w $x $y } } } proc ttk::spinbox::Release {w} { ttk::CancelRepeat } ## MouseWheel -- # Mousewheel callback. Turn these into <> (-1, up) # or < (+1, down) events. # proc ttk::spinbox::MouseWheel {w dir} { if {[$w instate disabled]} { return } if {$dir < 0} { event generate $w <> } else { event generate $w <> } } ## SelectAll -- # Select widget contents. # proc ttk::spinbox::SelectAll {w} { $w selection range 0 end $w icursor end } ## Limit -- # Limit $v to lie between $min and $max # proc ttk::spinbox::Limit {v min max} { if {$v < $min} { return $min } if {$v > $max} { return $max } return $v } ## Wrap -- # Adjust $v to lie between $min and $max, wrapping if out of bounds. # proc ttk::spinbox::Wrap {v min max} { if {$v < $min} { return $max } if {$v > $max} { return $min } return $v } ## Adjust -- # Limit or wrap spinbox value depending on -wrap. # proc ttk::spinbox::Adjust {w v min max} { if {[$w cget -wrap]} { return [Wrap $v $min $max] } else { return [Limit $v $min $max] } } ## Spin -- # Handle <> and <> events. # If -values is specified, cycle through the list. # Otherwise cycle through numeric range based on # -from, -to, and -increment. # proc ttk::spinbox::Spin {w dir} { variable State if {[$w instate disabled]} { return } if {![info exists State($w,values.length)]} { set State($w,values.index) -1 set State($w,values.last) {} } set State($w,values) [$w cget -values] set State($w,values.length) [llength $State($w,values)] if {$State($w,values.length) > 0} { set value [$w get] set current $State($w,values.index) if {$value ne $State($w,values.last)} { set current [lsearch -exact $State($w,values) $value] if {$current < 0} {set current -1} } set State($w,values.index) [Adjust $w [expr {$current + $dir}] 0 \ [expr {$State($w,values.length) - 1}]] set State($w,values.last) [lindex $State($w,values) $State($w,values.index)] $w set $State($w,values.last) } else { if {[catch { set v [expr {[scan [$w get] %f] + $dir * [$w cget -increment]}] }]} { set v [$w cget -from] } $w set [FormatValue $w [Adjust $w $v [$w cget -from] [$w cget -to]]] } SelectAll $w uplevel #0 [$w cget -command] } ## FormatValue -- # Reformat numeric value based on -format. # proc ttk::spinbox::FormatValue {w val} { set fmt [$w cget -format] if {$fmt eq ""} { # Try to guess a suitable -format based on -increment. set delta [expr {abs([$w cget -increment])}] if {0 < $delta && $delta < 1} { # NB: This guesses wrong if -increment has more than 1 # significant digit itself, e.g., -increment 0.25 set nsd [expr {int(ceil(-log10($delta)))}] set fmt "%.${nsd}f" } else { set fmt "%.0f" } } return [format $fmt $val] } #*EOF*