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#
# Copyright 2010-2012 by Mark Weyer
# Maintenance modifications 2014 by the cuyo developers
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
#
Trees2 = {
name = "Holes"
# TRANSLATORS: "singly connected", or simply connected is a term from
# mathematics, more specifically topology
name[geek] = "Singly connected"
author = "Mark Weyer"
description = "Groups with holes explode."
# TRANSLATORS: "complex", "nonpositive" and "Euler characteristic" are terms
# from mathematics. "Complex" is here used in the sense of simplicial
# complexes or CW complexes.
description[geek] = "Complexes with nonpositive Euler characteristic explode."
anzahl[easy] = 3
anzahl = 4
anzahl[hard] = 5
w_loch[easy] = 1000000
w_loch = 100
w_loch[hard] = 50
pics = Graph * <anzahl>
startpic = mtrGras.xpm
greypic = mtrGrau.xpm
neighbours = <neighbours_hex6>
startdist[easy] = "..**..*...","****..***."
startdist = "......*...","..**..***.","****..****"
startdist[hard] = "..**..*...","****..***.","****..****"
numexplode = 0
<<
var doppel;
semiglobal = {
if doppel -> {
message("Multiple holes");
bonus(300);
};
doppel=0;
};
>>
Graph = {
pics = mtr1.xpm, mtr2.xpm, mtr3.xpm, mtr4.xpm, mtr5.xpm
<<
Graph = {
if exploding==1 && size>0 -> doppel@@=1;
weight = 1????? + ?1???? + ?????1 - 1 - 11???? - 1????1;
file = kind-Graph;
switch {
1???11 -> F;
1???01 -> E;
1????0 -> D;
0???11 -> B;
0???01 -> C;
0????0 -> A;
};
if pos%3==1 -> qu=Q_BL_TL else -> qu=Q_TL; *;
switch {
111??? -> D;
110??? -> E;
10???? -> F;
011??? -> B;
010??? -> A;
00???? -> C;
};
if pos%3==1 -> qu=Q_BR_TR else -> qu=Q_TR; *;
switch {
???111 -> E;
???110 -> C;
???10? -> A;
???011 -> F;
???010 -> B;
???00? -> D;
};
if pos%3==1 -> qu=Q_TL_BL else -> qu=Q_BL; *;
switch {
?111?? -> E;
?011?? -> A;
??01?? -> C;
?110?? -> D;
?010?? -> B;
??00?? -> F;
};
if pos%3==1 -> qu=Q_TR_BR else -> qu=Q_BR; *;
};
>>
}
}
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