Julia’s Fairies is pleased to announce its composing tournament within the
58th World Congress of Chess Composition
1st RIGA BLACK BALSAM TT
Judge: Julia Vysotska
Theme: Help-play with Half-neutral pieces. Thematic play of half-neutral pieces in H#/=/==, HS#/=/== problems in 2-5 moves; Ser-H#/=/==, Ser-HS#/=/== problems up to 10 moves. Other fairy pieces (also standard neutral pieces) are allowed. Fairy conditions are NOT allowed.
Depending on the number of entries the tournament will either have one section for all problems, or will be split in two sections: Section A (H#/=/==, Ser-H#/=/==) and Section B (HS#/=/==, Ser-HS#/=/==).
Computer tested problems only! Half-neutral pieces are fully implemented in the last version of Popeye and also most of problems can be tested by WinChloe, except half-neutral King (and Royal piece).
Please send entries to Julia Vysotska by e-mail at julia@juliasfairies.com until July, 31st, 2015
or during the Congress, for participants only, until 17:00 of August, 3rd, 2015.
Prizes are bottles of RIGA BLACK BALSAM Currant.
The tourney is open worldwide, however the prizes are for congress participants only.
Half-neutral piece: Piece which can exist in black, white or neutral state and changes its state by the rules:
Additional features of half-neutral pieces:
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See Examples with animated solutions below or use PDF file with the announcement & examples to print out.
Welcome to participate! – Julia
Examples
No.1 SCHEME |
No.2 SCHEME |
No.3 SCHEME |
white kh8 rd4 gb8 pb5
black ka5 pb6
black halfneutral pa2
h#1 3 solutions (4+3) |
White Kh8
Black Ka8 Sb8
Black HalfNeutral Rg3 Be6
h#2 2 solutions (1+4) |
white kh8 rb2 be4 pf3
white halfneutral sh4
black ke3 pb3b4
black halfneutral pe2
h#2 (5+4) |
{
}1.hPa2-a1=nhS nhSa1-b3=w # { }1.hPa2-a1=nhB nhBa1-c3=w # { }1.hPa2-a1=nhG nhGa1-e5=w # |
{
}1.hRg3-g1=nhR nhRg1-a1=w + { }2.hBe6-a2=nhB nhBa2-d5=w # { } 1.hBe6-h3=nhB nhBh3-g2=w + { }2.hRg3-f3=nhR nhRf3-a3=w # |
{
}1.hPe2-e1=nhS hSh4-f5=nhS + 2.nhSf5-d4=b nhSe1-g2=w # { } 1.hPe2-e1=nhB hSh4-g2=nhS + 2.nhSg2-f4=b nhBe1-f2=w # |
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No.4 Vlaicu Crisan |
No.5 Petko A. PETKOV |
No.6 SCHEME |
White Ka1
Black Ka3 Se4
Black HalfNeutral Re3 Bd6
ser-h#4 (1+4) |
white kh1 rc6 bh4h5
black kd7
neutral halfneutral pb7
ser-h#6* 2 solutions (4+1+1) |
white pc5b6
black chameleon Bc7
black pa5c6
neutral halfneutral royal ph7
ser-h#8 (2+3+1) |
{
}1.Se4-c3 2.hRe3-h3=nhR 3.hBd6-g3=nhB 4.Sc3-a4 nhBg3-d6=w #{ } 1.Se4-c5 2.hBd6-f8=nhB 3.hRe3-e7=nhR 4.Sc5-a4 nhRe7-e3=w # |
{
}1...nhPb7-b8=nhS=w #{ } 1.nhPb7-b5=b 2.hPb5-b4=nhP 3.nhPb4-b3=b{ } 4.hPb3-b2=nhP 5.nhPb2-b1=nhB=b 6.hBb1-g6=nhB nhBg6-e8=w #{ } 1.nhPb7-b6=b 2.hPb6-b5=nhP 3.nhPb5-b4=b { }4.hPb4-b3=nhP 5.nhPb3-b2=b 6.hPb2-b1=hQ=nhQ + nhQb1-b7=w # |
{
} 1.nrhPh7-h6=b 2.rhPh6-h5=nhP 3.nrhPh5-h4=b { }4.rhPh4-h3=nhP 5.nrhPh3-h2=b 6.rhPh2-h1=nrchR { }7.nrchRh1-h8=nrchQ=b 8.rchQh8-a8=nrchS b6-b7 # |
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No.7 SCHEME |
No.8 SCHEME |
No.9 Julia Vysotska |
white ka8 ra7 ba4
white halfneutral pd7
black kb6 pc5c6c7
neutral halfneutral qe5 re6
hs#2 2 solutions (4+4+2) |
white ka8 qh1 pb4
black ka6 rf8 pa4e6f6f7
black halfneutral Bc8
hs#4 (3+7) |
White Kb1
Black Kh5 Bf6 Pg6 Ph6 Ph4
Neutral Bb3
Neutral HalfNeutral Ne1 Qc3 Be3
hs#2* (1+6+3) |
{
}1.hPd7-d8=hS=nhS nhQe5-h8=b 2.nhRe6*c6=w + nhSd8*c6=b #{ } 1.hPd7-d8=hB=nhB nhRe6-e8=b 2.nhQe5*c7=w + nhBd8*c7=b # |
{
}1.Qh1-h2 hBc8-d7=nhB 2.Qh2-b8 nhBd7-b5=b { } 3.Qb8-d8 hBb5-e8=nhB 4.Qd8-d6+ nhBe8-c6=b # |
{
}1...nhBe3-g5=b { }2.nhQc3-f3=w + nhNe1*f3=b #{ } 1.nhBe3-c1=w nBb3-e6 { }2.nhNe1-d3=w + nhQc3*d3=b # |
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No.10 SCHEME |
No.11 SCHEME |
No.12 SCHEME |
White Rg4 Be5
Black Bg8 Pd3 Pc2 Pd2
Black HalfNeutral Ke6
h#2 2 solutions (2+5) |
white halfneutral Kc7
white pf4
Black HalfNeutral Qf3
hs=2 2 solutions (2+1) |
White Ba4 Be3
White HalfNeutral Royal Sd2
h#1,5 b) rhSd2→d1 (3+0) |
{
}1.hKe6-d5=nhK + nhKd5-d4=w { }2.Bg8-b3 hKd4-c3=nhK #{ } 1.hKe6-f7=nhK + nhKf7-g7=w { }2.Bg8-h7 hKg7-h8=nhK # |
{
} a) 1.hKc7-c8=nhK hQf3*f4=nhQ { }2.nhQf4-c7=w + nhKc8*c7=b{= } b) wPf4-->h3 1.hKc7-d8=nhK hQf3*h3=nhQ { }2.nhQh3-d7=w + nhKd8*d7=b {= } c) wPf4-->e4 1.hKc7-b8=nhK hQf3*e4=nhQ { }2.nhQe4-b7=w + nhKb8*b7=b {=} |
{
} a) 1...rhSd2-b3=nhS + 2.nrhSb3-a1=b Be3-d4 # b) wrhSd2-->d1 1...rhSd1-f2=nhS + 2.nrhSf2-h3=b Ba4-d7 # |
Animated diagrams use Py2Web by Dmitri Turevski and WinChloe’s graphics.
Half-netural king is very interesting !
Scheme No 11 has one solution in each twin only.
It can be easily developed into position with three solutions (e.g. whnKf3 – bhnQc7, bPc6, cPd6), although as Julia rightly points above most diagram’s, these are mostly just schemes showing some possibilities. It will require a lot of creativity to finish among prizes, I guess.
Scheme 7 is very good. Dont know why the author does not want to own it ? 🙂
The purpose of that scheme is to illustrate the properties of the Halfneutrals using a well known content. The authors are expected to create something original with these properties.
And bSc6/bBc7 are poorly used in the mates.
They could at least guard a flight, for instance:
White halfneutral Pd7; Neutral halfneutral Rh6; Neutral halfneutral Qc3
White Ka8 Sa5 Sd5 Pb4; Black Ba6 Kb5 Pa4
Stipulation Hs#2
1.hPd7-d8=hS=nh nhRh6-h8=bh 2.nhQc3-c6=wh+ nhSd8*c6=bh #
1.hPd7-d8=hB=nh nhQc3-h8=bh 2.nhRh6-b6=wh+ nhBd8*b6=bh #
I’d like to turn your attention to the fact that halfneutral is a property (or behavior), but not a color. So, in Popeye notation you should mention a color of your halfneutral piece first. Like, for scheme 11 the Pieces in Popeye are:
white pf4
white halfneutral Kc7
black halfneutral Qf3