| Commit message (Collapse) | Author | Age |
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as seen by the back ends from the one implemented by the front end,
and shoved a piece of middleware (drawing.c) in between to permit
interchange of multiple kinds of the latter. I've also added a
number of functions to the drawing API to permit printing as well as
on-screen drawing, and retired print.py in favour of integrated
printing done by means of that API.
The immediate visible change is that print.py is dead, and each
puzzle now does its own printing: where you would previously have
typed `print.py solo 2x3', you now type `solo --print 2x3' and it
should work in much the same way.
Advantages of the new mechanism available right now:
- Map is now printable, because the new print function can make use
of the output from the existing game ID decoder rather than me
having to replicate all those fiddly algorithms in Python.
- the new print functions can cope with non-initial game states,
which means each puzzle supporting --print also supports
--with-solutions.
- there's also a --scale option permitting users to adjust the size
of the printed puzzles.
Advantages which will be available at some point:
- the new API should permit me to implement native printing
mechanisms on Windows and OS X.
[originally from svn r6190]
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to have some means of automatically spotting this sort of problem on
a desktop platform, but I can't immediately think of one; building a
trick compiler which thinks `int' is 16 bits would be the obvious
option, but it would immediately break the ABIs to all the system
functions.
[originally from svn r6184]
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slash in this square is red, so it does indeed imply that some of
the edge markings are also red; but it doesn't mean _all_ the edge
markings must be red. So instead of assuming ERRSLASH implies all
edge error markers, we set the correct set of edge error markers at
the same time as setting ERRSLASH, at which point we know which kind
of slash it is so we know which ones to set.
[originally from svn r6175]
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in red if it's impossible to fulfill them (either through too many
neighbours connecting to them, or too many not connecting to them),
and edges are highlighted in red if they form part of a loop.
In order to do this I've had to revamp the redraw function
considerably. Each square is now drawn including its top and left
grid edges, but _not_ its bottom or right ones - which means that I
need to draw an extra strip of empty squares outside the actual grid
in order to draw the few pixels which appear on the grid bottom and
right borders and also to red-highlight border clues.
[originally from svn r6174]
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[originally from svn r6171]
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easy puzzles, and stop having a second encoding of the difficulty
levels).
[originally from svn r6170]
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management error in game_configure().
[originally from svn r6169]
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to reverse the effect of the mouse buttons. Gareth has been
complaining about this for days: apparently he finds precisely the
opposite control system intuitive to me.
This is a horrendous hack, and pushes me one step closer to losing
my temper and designing a proper preferences architecture.
[originally from svn r6168]
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a new Hard mode. Also added a command-line `slantsolver' which can
grade puzzles and show working.
[originally from svn r6167]
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Also in this checkin (committed by mistake - I meant to do it
separately), a behind-the-scenes change to Slant to colour the two
non-touching classes of diagonals in different colours. Both colours
are set to black by default, but configuration by way of
SLANT_COLOUR_* can distinguish them if you want.
[originally from svn r6164]
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the return value rather than in *error. In the old days type-
checking would have caught this, but now of course they're the same
type.
[originally from svn r6161]
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or two, a debugging fix, a couple of explicit initialisations of
variables that were previously read uninitialised, and a fix for a
whopping great big memory leak in Slant owing to me having
completely forgotten to write free_game().
[originally from svn r6159]
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[originally from svn r6156]
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nikoli.co.jp (which has quite a few puzzles that they don't seem to
have bothered to translate into English).
Minor structural change: the disjoint set forest code used in the
Net solver has come in handy again, so I've moved it out into its
own module dsf.c.
[originally from svn r6155]
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