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;                                                         -*-Scheme-*-
; 
; Init file for gschem
;

;
; Start of color section 
;

;; Make the gschem color maps more user-friendly
(color-map-make-friendly display-color-map)
(color-map-make-friendly display-outline-color-map)

; Load up a color scheme which has a dark (black) background.
; Comment out the first line and comment in the second line for a
; light (almost white) background.  The dark background is the
; original look.
;
(load (build-path geda-rc-path "gschem-colormap-darkbg")) ; dark background
;(load (build-path geda-rc-path "gschem-colormap-lightbg")) ; light background
;(load (build-path geda-rc-path "gschem-colormap-bw")) ; light background, bw

;
; End of color section
;

;
; Start of mode related keywords
;

; toolbars string
;
; Controls if the toolbars are visible or not.
;
(toolbars "enabled")
;(toolbars "disabled")

; handleboxes string
;
; Controls if the handleboxes (which contain the menu and toolbar) are 
; visible or not.
;
(handleboxes "enabled")
;(handleboxes "disabled")

; undo-control string
;
; Controls if the undo is enabled or not
;
(undo-control "enabled")
;(undo-control "disabled")

; undo-levels number
;
; Determines the number of levels of undo.  Basically this number decides 
; how many backup schematics are saved on disk.
;
(undo-levels 10)

; undo-type string
;
; Controls which kind of undo is used.  The default is to use the disk as 
; the storing medium (ie after every action the undo information is stored
; to disk).  The other mechanism uses only memory.  The disk mechanism is
; nice because you get undo-level number of backups of the schematic written
; to disk as backups so you should never lose a schematic due to a crash.
;
(undo-type "disk")
;(undo-type "memory")

; undo-panzoom string
;
; Controls if pan or zoom commands are saved in the undo list.  If this 
; is enabled then a pan or zoom command will be considered a command and
; can be undone.  If this is false, then panning and zooming is not saved
; in the undo list and cannot be undone.  Note, the current viewport 
; information is saved for every command, so the display will change to the
; viewport before a command is executed.
;
(undo-panzoom "enabled")
;(undo-panzoom "disabled")


; autosave interval
;
; Controls if a backup copy is made every "interval" seconds.
; Note that the backup copy is made when you make some change to the schematic,
; and there were more than "interval" seconds from the last autosave.
; Autosaving will not be allowed if setting it to zero.
(auto-save-interval 120)

; draw-grips string
;
; Controls if the editing grips are drawn when selecting objects
;
(draw-grips "enabled")
;(draw-grips "disabled")

;  net-direction-mode string
;
;  Controlls if the net direction mode is used. This mode tries to guess
;  the best continuation direction of a L-shape net when adding a net.
;
(net-direction-mode "enabled")
;(net-direction-mode "disabled")

;  net-selection-mode string
;
; Controls how many net segments are selected when you click at a net
; If one of the enabled items is used, the selection state will toggle 
; through all selection states. The mode defines the maximum search depth
; for the net selection mode
;
;(net-selection-mode "disabled")
(net-selection-mode "enabled_net")
;(net-selection-mode "enabled_all")

;  net-consolidate string
;
;  Controls if the net consolidation code is used when schematics are read
;  in, written to disk, and when nets are being drawn (does not consolidate
;  when things are being copied or moved yet).  Net consolidation is the 
;  connection of nets which can be combined into one.
;  Comment out if you want the default mode 
;
(net-consolidate "enabled")
;(net-consolidate "disabled")

; netconn-rubberband string
;
; Controls if net connections are maintained when you move a connecting 
; component or net.   
;
(netconn-rubberband "enabled")
;(netconn-rubberband "disabled")

; magnetic-net-mode string
;
; Controls the initial setting of the magnetic net mode. The magnetic
; net mode marks a possible connection that is close to the current
; cursor position
(magnetic-net-mode "enabled")
;(magnetic-net-mode "disabled")

; zoom-with-pan string
;
; Sets the zoom in and zoom out functions to pan the display and then zoom.
; Basically zoom in / out where the mouse pointer sits on the display.
; Comment out if you want the default mode.
;
(zoom-with-pan "enabled")
;(zoom-with-pan "disabled")

; zoom-gain integer
;
; Controls the percentage size increase when zooming into the page.
; Un-zooming uses the inverse factor such that a zoom in / zoom out
; pair will return the schematic to the same size.
;  E.g:
;    20% increment => x 1.2 original size when zooming in
;                  => x 1 / 1.2 x original size when zooming out
;
(zoom-gain 20)
;(zoom-gain 50) ; Hard-coded behaviour up to version 1.5.0.20080706

; fast-mousepan string
;
; Controls if text is drawn properly or if a simplified version (a line which
; represents the text string) is drawn during mouse pan.  Drawing a simple
; line speeds up mousepan a lot for big schematics
(fast-mousepan "enabled")
;(fast-mousepan "disabled")

; mousepan-gain integer
;
; Controls how much the display pans when using mousepan.  A larger value
; provides greater pan distance when moving the mouse, while a smaller value
; provides a smoother, but smaller pan distance when moving the mouse.
(mousepan-gain 1)
;(mousepan-gain 5)
;(mousepan-gain 10)

; keyboardpan-gain integer
;
; Controls how much the display pans when using the keyboard cursor keys.  
; A larger value provides greater pan distance when pressing the cursor 
; keys, while a smaller value provides a smoother, but smaller pan 
; distance when moving the cursor keys.
(keyboardpan-gain 20)
;(keyboardpan-gain 10)
;(keyboardpan-gain 1)
;(keyboardpan-gain 5)

; select-slack-pixels integer
;
; Controls how many pixels around an object can still be clicked as part of
; that object.
; A larger value gives greater ease in selecting small, or narrow objects.
(select-slack-pixels 10)
;(select-slack-pixels 4)
;(select-slack-pixels 0)
;(select-slack-pixels 1)


; action-feedback-mode string
;
; Set the default action feedback mode (for copy/move/component place).
; Set to outline to get an outline of the selection. 
; Set to boundingbox to get a bounding box of the selection. 
; For a fast machines with fast video use outline (it looks good).
; For a slow machine use boundingbox; it is much faster.
; Comment out if you want the default mode.
;
(action-feedback-mode "outline")
;(action-feedback-mode "boundingbox")

; continue-component-place string
;
; If this enabled then multiple instances of the same component can be placed
; immediately without having to click on the name or Apply in the Component
; Place... dialog box.  If this is disabled then only one component can be
; placed (the user must then press Apply in the dialog box to place multiple
; instances of the same component)
;
(continue-component-place "enabled")
;(continue-component-place "disabled")

; scrollbars string
;
; Controls if the scrollbars are displayed (enabled) or not (disabled)
; If you disable the scrollbars, you will not be able to use the scroll 
; wheel on your mouse.  This is an unfortunate side effect of how the
; code is implemented.
;
(scrollbars "enabled")
;(scrollbars "disabled")

; raise-dialog-boxes-on-expose string
;
; Controls if dialog boxes are raised whenever an expose event happens
; Default is disabled since gtk2 supposedly handles the raising of these
; dialogs correctly now.
;
;(raise-dialog-boxes-on-expose "enabled")
(raise-dialog-boxes-on-expose "disabled")

; embed-components string
;
; Determines if the newly placed components are embedded in the schematic 
; or if only the filename is specified and the component is searched for 
; instead.  If it is enabled, then all new components will be embedded 
; otherwise they are not embedded.  This can be controlled on the fly during
; runtime with the "Embed Component" checkbox on the select component dialog
; box
;
;(embed-components "enabled")
(embed-components "disabled")

; logging string
;
; Determines if the logging mechanism is enabled or disabled
;   Possible options: enabled or disabled
; Default is enabled.
; See below for the logging-destination keyword for control over
; where the messages go.
;
(logging "enabled")
;(logging "disabled")


; log-window string
;
; Controls if the log message window is mapped when gschem is started up
; Possible options:
;       startup - opened up when gschem starts
;       later   - NOT opened up when gschem starts
;                 (can be opened by Options/Show Log Window)
;
(log-window "startup")
;(log-window "later")


; log-window-type string
;
; Controls if the log message window is a transient or if it is decorated 
; as a normal window (this is dependant on the window manager doing decoration
; right)
;
; Possible options:
;       decorated       - log window is a normal decorated window
;       transient       - log window is a transient dialog box, typically
;                         not decorated by the window manager
;
(log-window-type "decorated")
;(log-window-type "transient")


; logging-destination string
;
; Specifies where log message go during run time.
; Possible options are:
;      log_window      The log window (if it's visible)
;      tty             The stdout of the terminal where gschem was run from
;      both            Both of the above locations
; Message are always written to the log file (unless logging is disabled)
; by the above keyword
;
; Default is log_window
;
(logging-destination "log_window")
;(logging-destination "tty")
;(logging-destination "both")

; text-size number
;
; Sets the default text size.
;
(text-size 10)

; snap-size number
;
; Sets the default grid spacing at start-up of gschem.
; 
(snap-size 100)

; text-caps-style string
;
; Sets the default caps style used for the input of text
; lower specifies that all inputed text is in lowercase
; upper specifies that all inputed text is in uppercase
; both specifies that all inputed text is used as is (no case conversion)
;
(text-caps-style "both")
;(text-caps-style "lower")
;(text-caps-style "upper")

;  file-preview string
;
;  Controls if the preview area in the File Open/Save As and Component 
;  dialog boxes is enabled by default or not
;
(file-preview "enabled")
;(file-preview "disabled")

;  enforce-hierarchy string
;
;  Controls if the movement between hierarchy levels (of the same underlying
;  schematics) is allowed or not.
;  If this is enabled, then the user cannot (without using the page manager)
;  move between hierarchy levels otherwise, if enabled, the user sees all
;  the hierarchy levels as being flat.
;
(enforce-hierarchy "enabled")
;(enforce-hierarchy "disabled")

; window-size width height 
;
; Specifies the size of the drawing area window.  The width and height
; are specified in pixels and do not include the three menu bars and 
; scrollbars (so the window will be larger than the specified 
; measurements). Try to keep an aspect ratio of 1.333333 if at all possible. 
; These numbers are NOT the true size of the window, but of the drawing area.
;
;(window-size 650 487)  ; Good size for 800x600
(window-size 900 650)   ; Good size for 1024x768
;(window-size 950 712)  ; Good size for 1152x864
;(window-size 1100 825) ; Good size for 1280x1024

; world-size width height border
;
; Specifies the size of the world and a border (in world space units)
; Be sure all inputs are reals (floats/doubles) and don't try to reverse
; the values: to get a portrait mode.  Code to support that needs to be added
; The code that implements this automatically transforms the dimensions into
; the proper aspect ratio.  All units are in inches.
; This is not the paper size.  That is specified elsewhere.  End users should
; not change this at all.
;
(world-size 120.0 90.0 1.0)
;(world-size 60.0 45.0 1.0)

; image-color string
;
; Controls if image (png) is color (enabled) or black/white (disabled)
;
(image-color "enabled")
;(image-color "disabled")

; middle-button string
;
; Controls if the middle mouse button draws strokes, repeats the last 
; command, does an action (move and copy (holding down the ALT key) 
; are supported) on a single objects, or if it does the mouse panning.
;
(middle-button "mousepan")
;(middle-button "action")
;(middle-button "stroke")
;(middle-button "repeat")

; third-button string
;
; Controls if the third mouse button performs the popup ("popup") or 
; if it does the mouse panning ("mousepan")
;
(third-button "popup")
;(third-button "mousepan")

; third-button-cancel string
;
; Controls if the third mouse in mousepan mode cancels draw actions such as
; placing of a component or drawing of a primitive
;
(third-button-cancel "enabled")
;(third-button-cancel "disabled")

; scroll-wheel string
;
; Controls the binding of the mouse scroll wheel.
; "classic" style is the gschem default, where scrolling with no modifier
; key is mapped to zoom, + CTRL -> x-axis pan, + SHIFT -> y-axis pan.
; "gtk" style changes the behaviour to be more like other GTK applications,
; no modifier -> y-axis pan, + CTRL -> zoom, + SHIFT -> x-axis pan.
(scroll-wheel "classic")
;(scroll-wheel "gtk")


; scrollpan-steps integer
;
; Controls the number of scroll pan events required to traverse the viewed
; schematic area. Larger numbers mean more scroll steps are required to
; pan across the viewed area and giving finer control over positioning.
(scrollpan-steps 8)
;(scrollpan-steps 4) ; Hard-coded behaviour up to version 1.5.0.20080706

; warp-cursor string
;
; Controls if the cursor is warped (or moved) when you zoom in and out.
; Some people find this forced cursor movement annoying.
;
(warp-cursor "enabled")
;(warp-cursor "disabled")


; Bus ripper controls
; The following keywords control the auto bus ripper addition code
;
; bus-ripper-size  : Sets the size of the auto bus rippers.  
; bus-ripper-type  : Sets the bus ripper type either a "component" or 
;                    plain "net"
; bus-ripper-symname  : If above is set to component, specify the symbol name.
;                       The symbol must exist in a component library
; bus-ripper-rotation  : Either "symmetric" or "non-symmetric".  This deals 
;                        with how the bus ripper symbol is rotated when it 
;                        is auto added to a schematic.
;   

; The default bus ripper
;(bus-ripper-size 200)
;(bus-ripper-type "component")
;(bus-ripper-symname "busripper-1.sym")
;(bus-ripper-rotation "non-symmetric")

; A symmetric alternative 
;(bus-ripper-size 200)
;(bus-ripper-type "component")
;(bus-ripper-symname "busripper-2.sym")
;(bus-ripper-rotation "symmetric")

; A simple net 
(bus-ripper-size 200)
(bus-ripper-type "net")

; Grid mode
;
; The grid-mode keyword controls which mode of grid is used by default in
; gschem.
;(grid-mode "none")
(grid-mode "dots")
;(grid-mode "mesh")

; Dots grid dot size
;
; The dots-grid-dot-size keyword controls the size of the grid dots in the
; dots grid display. The units are in pixels. The default (min) value of 1
; is the best performing as the grid dot size is rendered as a single pixel.
; Values of 2 and 3 are good values to try if the default grid dot size is
; too small for your tastes. Anything larger than 3 is probably too large.
;
;(dots-grid-dot-size 1)
(dots-grid-dot-size 2)
;(dots-grid-dot-size 3)

; Dots grid mode
;
; The dots-grid-mode keyword controls the mode of the dotted grid, either
; variable or fixed. In the variable mode, the grid spacing changes
; depending on the zoom factor. In the fixed mode, the grid always
; represents the same number of units as the snap-spacing. You can
; control the density of the grid using the dots-grid-fixed-threshold.
(dots-grid-mode "variable")
;(dots-grid-mode "fixed")

; Dots grid fixed threshold
;
; The dots-grid-fixed-threshold specifies the minimum number of pixels
; grid-spacing for the grid to be displayed. Using this parameter you can
; control thedensity of the displayed grid (smaller numbers will cause the
; grid to be drawn denser). This mode is only used when grid-mode is fixed.
;
(dots-grid-fixed-threshold 10)

; Mesh grid display threshold
;
; The mesh-grid-display-threshold specifies the minimum line pitch for a the
; grid to be displayed. Using this parameter you can control maximum density
; of the displayed before the minor, then major grid-lines are switched off.
;
(mesh-grid-display-threshold 3)

; force-boundingbox string
;
; Controls if the entire bounding box of a symbol is used when figuring out
; whichend of the pin is considered the active port.  Enable this when 
; gschem is guessing incorrectly.
;
(force-boundingbox "disabled")
;(force-boundingbox "enabled")


; add-attribute-offset integer
;
; This has not been implemented/debugged yet.  
; This has not been implemented/debugged yet.  
; This has not been implemented/debugged yet.  
;
; Controls a offset which is added to the location of text items that are
; added to an object as an attribute.  This offset is added when the following
; conditions occur:
;
;  1) Add/Attribute... has been invoked via the hotkey
;  2) It is the "netname" attribute being added
;  3) It is being attached to a horizontal or vertical net segment
;  4) The initial mouse position is at or near the actual net (with one
;     grid unit).
;
; If these four conditions are not met, then this offset is not added. 
;(add-attribute-offset 50)


; reset-component-library
;
; When reset-component-library is executed, then all known component library
; paths are erased.  This is useful if the user wants to override all the
; system provided paths and provide his/her own set.  Normally this is not
; commented in.
;
; (reset-component-library)


; reset-source-library
;
; When reset-source-library is executed, then all known source library
; paths are erased.  This is useful if the user wants to override all the
; system provided paths and provide his/her own set.  Normally this is not
; commented in.
;
; (reset-source-library)

;
; End of mode related keywords
;