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format.c
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format.c
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/*
* format.c
*
* by Joern Thyssen <[email protected]>, 2003
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of version 3 or later of the GNU General Public License as
* published by the Free Software Foundation.
*
* 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
*
* $Id: format.c,v 1.44 2012/03/23 16:51:42 plm Exp $
*/
#include "config.h"
#include "backgammon.h"
#include <glib.h>
#include <string.h>
#include "eval.h"
#include "format.h"
#include "export.h"
#include "positionid.h"
int fOutputMWC = TRUE;
int fOutputWinPC = FALSE;
int fOutputMatchPC = TRUE;
unsigned int fOutputDigits = 3;
float rErrorRateFactor = 1000.0f;
typedef int ( *classdumpfunc )( const TanBoard anBoard, char *szOutput,
const bgvariation bgv );
extern char *
OutputRolloutResult( const char *szIndent,
char asz[][ 1024 ],
float aarOutput[][ NUM_ROLLOUT_OUTPUTS ],
float aarStdDev[][ NUM_ROLLOUT_OUTPUTS ],
const cubeinfo aci[],
const int alt,
const int cci,
const int fCubeful ) {
static char sz[ 1024 ];
int ici;
char *pc;
strcpy ( sz, "" );
for ( ici = 0; ici < cci; ici++ ) {
/* header */
if ( asz && *asz[ ici ] ) {
if ( szIndent && *szIndent )
strcat ( sz, szIndent );
sprintf ( pc = strchr ( sz, 0 ), "%s:\n", asz[ ici ] );
}
/* output */
if ( szIndent && *szIndent )
strcat ( sz, szIndent );
strcat ( sz, " " );
strcat ( sz, OutputPercents ( aarOutput[ ici ], TRUE ) );
strcat ( sz, " CL " );
strcat ( sz, OutputEquityScale ( aarOutput[ ici ][ OUTPUT_EQUITY ],
&aci[ alt + ici ], &aci[ 0 ], TRUE ) );
if ( fCubeful ) {
strcat ( sz, " CF " );
strcat ( sz, OutputMWC ( aarOutput[ ici ][ OUTPUT_CUBEFUL_EQUITY ],
&aci[ 0 ], TRUE ) );
}
strcat ( sz, "\n" );
/* std dev */
if ( szIndent && *szIndent )
strcat ( sz, szIndent );
strcat ( sz, " [" );
strcat ( sz, OutputPercents ( aarStdDev[ ici ], FALSE ) );
strcat ( sz, " CL " );
strcat ( sz, OutputEquityScale ( aarStdDev[ ici ][ OUTPUT_EQUITY ],
&aci[ alt + ici ], &aci[ 0 ], FALSE ) );
if ( fCubeful ) {
strcat ( sz, " CF " );
strcat ( sz, OutputMWC ( aarStdDev[ ici ][ OUTPUT_CUBEFUL_EQUITY ],
&aci[ 0 ], FALSE ) );
}
strcat ( sz, "]\n" );
}
return sz;
}
extern char *
OutputEvalContext ( const evalcontext *pec, const int fChequer ) {
static char sz[ 1024 ];
char *pc;
int i;
sprintf ( sz, "%d-%s %s",
pec->nPlies, _("ply"),
( ! fChequer || pec->fCubeful ) ? _("cubeful") : _("cubeless") );
if( pec->fUsePrune ) {
sprintf( pc = strchr ( sz, 0 ), " prune" );
}
if ( fChequer && pec->nPlies ) {
/* FIXME: movefilters!!! */
}
if ( pec->rNoise > 0.0f )
sprintf ( pc = strchr ( sz, 0 ),
", noise %0.3g (%s)",
pec->rNoise,
pec->fDeterministic ? "d" : "nd" );
for ( i = 0; i < NUM_SETTINGS; i++ )
if ( ! cmp_evalcontext ( &aecSettings[ i ], pec ) ) {
sprintf ( pc = strchr ( sz, 0 ),
" [%s]",
Q_ ( aszSettings[ i ] ) );
break;
}
return sz;
}
/* return -1 if this isn't a predefined setting
n = index of predefined setting if it's a match or
if the eval context matches and it's 0 ply
*/
static int
GetPredefinedChequerplaySetting( const evalcontext *pec,
movefilter aamf[ MAX_FILTER_PLIES ][ MAX_FILTER_PLIES ] ) {
int nEval;
int nFilter;
int nPlies = pec->nPlies;
int i;
int fSame;
int nPreset;
int Accept;
for (nEval = 0; nEval < NUM_SETTINGS; ++nEval) {
if (cmp_evalcontext( aecSettings + nEval, pec) == 0) {
/* eval matches and it's 0 ply, we have a predefined one */
if (nPlies == 0)
return nEval;
/* see if there's a filter set which matches and uses the
same eval context (world class and supremo use the same
eval context and different filters) */
for (nFilter = 0; nFilter < NUM_SETTINGS; ++nFilter) {
/* see what filter set goes with the predefined settings */
if ((nPreset = aiSettingsMoveFilter[nFilter]) < 0)
continue;
/* nPreset = 0/tiny, 1/normal, 2/large, 3/huge */
fSame = 1;
for (i = 0; i < nPlies - 1; ++i) {
if ((Accept = aamf[ nPlies - 1 ][ i ].Accept) !=
aaamfMoveFilterSettings[nPreset][nPlies - 1 ][ i ].Accept) {
fSame = 0;
break;
}
/* if they are both ignore this level, don't check
the extra and threshold */
if (Accept < 0)
continue;
if (aamf[ nPlies - 1 ][ i ].Extra !=
aaamfMoveFilterSettings[nPreset][nPlies - 1 ][ i ].Extra) {
fSame = 0;
break;
}
if (fabs (aamf[ nPlies - 1 ][ i ].Threshold -
aaamfMoveFilterSettings[nPreset][nPlies - 1 ][ i ].Threshold)
> 0.1e-6) {
fSame = 0;
break;
}
}
/* the filters match (for this nPlies, so we may have a
preset */
if (fSame && (nFilter == nEval))
return nEval;
}
}
}
return -1;
}
static char *
OutputMoveFilterPly( const char *szIndent,
const int nPlies,
movefilter aamf[ MAX_FILTER_PLIES ][ MAX_FILTER_PLIES ] ) {
static char sz[ 1024 ];
int i;
strcpy( sz, "" );
if ( ! nPlies )
return sz;
for ( i = 0; i < nPlies; ++i ) {
movefilter *pmf = &aamf[ nPlies - 1 ][ i ];
if ( szIndent && *szIndent )
strcat( sz, szIndent );
if ( pmf->Accept < 0 )
{
sprintf( strchr( sz, 0 ), _("Skip pruning for %d-ply moves."), i );
strcat(sz, "\n");
continue;
}
if ( pmf->Accept == 1 )
sprintf( strchr( sz, 0 ), _("keep the best %d-ply move"), i );
else
sprintf( strchr( sz, 0 ), _("keep the first %d %d-ply moves"),
pmf->Accept, i );
if ( pmf->Extra )
sprintf( strchr( sz, 0 ),
_(" and up to %d more moves within equity %0.3g"),
pmf->Extra, pmf->Threshold );
strcat( sz, "\n" );
}
return sz;
}
static void
OutputEvalContextsForRollout( char *sz, const char *szIndent,
const evalcontext aecCube[ 2 ],
const evalcontext aecChequer[ 2 ],
movefilter aaamf[ 2 ][ MAX_FILTER_PLIES ][ MAX_FILTER_PLIES ] ) {
int fCube = ! cmp_evalcontext ( &aecCube[ 0 ], &aecCube[ 1 ] );
int fChequer = ! cmp_evalcontext ( &aecChequer[ 0 ], &aecChequer[ 1 ] );
int fMovefilter = fChequer &&
( !aecChequer[ 0 ].nPlies ||
equal_movefilter( aecChequer[ 0 ].nPlies - 1,
aaamf[ 0 ][ aecChequer[ 0 ].nPlies - 1 ],
aaamf[ 1 ][ aecChequer[ 0 ].nPlies - 1 ] ) );
int fIdentical = fCube && fChequer && fMovefilter;
int i;
int j;
for ( i = 0; i < 1 + ! fIdentical; i++ ) {
if ( ! fIdentical ) {
if ( szIndent && *szIndent )
strcat ( sz, szIndent );
sprintf ( strchr ( sz, 0 ), "%s %d:\n", _("Player"), i );
}
/* chequer play */
j = GetPredefinedChequerplaySetting( &aecChequer[ i ], aaamf[ i ] );
if ( szIndent && *szIndent )
strcat ( sz, szIndent );
if ( aecChequer[ i ].nPlies ) {
sprintf( strchr( sz, 0 ),
"%s: %s ", _("Play"),
( j < 0 ) ? "" : Q_ ( aszSettings[ j ] ) );
strcat( sz, OutputEvalContext ( &aecChequer[ i ], TRUE ) );
strcat( sz, "\n" );
strcat( sz, OutputMoveFilterPly( szIndent, aecChequer[ i ].nPlies,
aaamf[ i ] ) );
}
else {
sprintf ( strchr( sz, 0 ), "%s: ", _("Play") );
strcat ( sz, OutputEvalContext ( &aecChequer[ i ], FALSE ) );
strcat ( sz, "\n" );
}
if ( szIndent && *szIndent )
strcat ( sz, szIndent );
sprintf ( strchr( sz, 0 ), "%s: ", _("Cube") );
strcat ( sz, OutputEvalContext ( &aecCube[ i ], FALSE ) );
strcat ( sz, "\n" );
}
}
extern char *
OutputRolloutContext ( const char *szIndent, const rolloutcontext *prc ) {
static char sz[ 1024 ];
strcpy ( sz, "" );
if ( szIndent && *szIndent )
strcat ( sz, szIndent );
if ( prc->nTruncate && prc->fDoTruncate)
sprintf ( strchr ( sz, 0 ),
prc->fCubeful ?
_("Truncated cubeful rollout (depth %d)") :
_("Truncated cubeless rollout (depth %d)"),
prc->nTruncate );
else
sprintf ( strchr ( sz, 0 ),
prc->fCubeful ?
_("Full cubeful rollout") :
_("Full cubeless rollout") );
if ( prc->fTruncBearoffOS && ! prc->fCubeful )
sprintf( strchr ( sz, 0 ), " (%s)", _("trunc. at one-sided bearoff") );
else if ( prc->fTruncBearoff2 && ! prc->fCubeful )
sprintf( strchr ( sz, 0 ), " (%s)", _("trunc. at exact bearoff") );
sprintf ( strchr ( sz, 0 ), " %s",
prc->fVarRedn ? _("with var.redn.") : _("without var.redn.") );
strcat ( sz, "\n" );
if ( szIndent && *szIndent )
strcat ( sz, szIndent );
sprintf ( strchr ( sz, 0 ),
"%d games",
prc->nGamesDone );
if ( prc->fInitial )
strcat ( sz, ", rollout as initial position" );
strcat(sz, ", ");
if ( prc->fRotate )
sprintf ( strchr ( sz, 0 ),
_("%s dice gen. with seed %lu and quasi-random dice"),
gettext( aszRNG[ prc->rngRollout ] ),
prc->nSeed ); /* seed may be unsigned long int */
else
sprintf ( strchr ( sz, 0 ),
_("%s dice generator with seed %lu"),
gettext( aszRNG[ prc->rngRollout ] ),
prc->nSeed ); /* seed may be unsigned long int */
strcat ( sz, "\n" );
if ( ( prc->fStopOnJsd || prc->fStopOnSTD )
&& szIndent && *szIndent )
strcat ( sz, szIndent );
/* stop on std.err */
if ( prc->fStopOnSTD && !prc->fStopOnJsd )
{
sprintf( strchr( sz, 0 ),
_("Stop when std.errs. are small enough: ratio "
"%.4g (min. %d games)"),
prc->rStdLimit, prc->nMinimumGames );
strcat ( sz, "\n" );
}
/* stop on JSD */
if ( prc->fStopOnJsd )
{
sprintf( strchr( sz, 0 ),
_("Stop when best play is enough JSDs ahead: limit "
"%.4g (min. %d games)"),
prc->rJsdLimit, prc->nMinimumJsdGames );
strcat ( sz, "\n" );
}
/* first play */
OutputEvalContextsForRollout( sz, szIndent,
prc->aecCube, prc->aecChequer,
((rolloutcontext *)prc)->aaamfChequer );
/* later play */
if ( prc->fLateEvals ) {
if ( szIndent && *szIndent )
strcat ( sz, szIndent );
sprintf( strchr( sz, 0 ), _("Different evaluations after %d plies:"), prc->nLate );
strcat ( sz, "\n" );
OutputEvalContextsForRollout( sz, szIndent,
prc->aecCubeLate, prc->aecChequerLate,
((rolloutcontext *)prc)->aaamfLate );
}
return sz;
}
/*
* Return formatted string with equity or MWC.
*
* Input:
* r: equity (either money equity for normalised money eq. for match play
* pci: cubeinfo
* f: indicates equity (TRUE) or std. error (FALSE)
*
*
* Important: function is not re-entrant. Caller must save output
* if needed.
*/
extern char *
OutputEquity ( const float r, const cubeinfo *pci, const int f ) {
static char sz[ 9 ];
if ( !pci->nMatchTo || ( pci->nMatchTo && ! fOutputMWC ) ) {
if (f)
sprintf ( sz, "%+*.*f", fOutputDigits + 4, fOutputDigits, r );
else
sprintf ( sz, "%*.*f", fOutputDigits + 4, fOutputDigits, r );
}
else {
if ( fOutputMatchPC ) {
sprintf ( sz, "%*.*f%%",fOutputDigits + 3, fOutputDigits > 1 ? fOutputDigits - 1 : 0,
100.0f * ( f ? eq2mwc ( r, pci ) : se_eq2mwc ( r, pci ) ) );
}
else {
sprintf ( sz, "%*.*f",fOutputDigits + 3, fOutputDigits + 1, f ? eq2mwc ( r, pci ) : se_eq2mwc ( r, pci ) );
}
}
return sz;
}
extern char *OutputMoneyEquity(const float ar[], const int f)
{
static char sz[9];
float eq = 2.0f * ar[OUTPUT_WIN] - 1.0f + ar[OUTPUT_WINGAMMON] + ar[OUTPUT_WINBACKGAMMON] -
ar[OUTPUT_LOSEGAMMON] - ar[OUTPUT_LOSEBACKGAMMON];
if (f)
sprintf(sz, "%+*.*f", fOutputDigits + 4, fOutputDigits, eq);
else
sprintf(sz, "%*.*f", fOutputDigits + 4, fOutputDigits, eq);
return sz;
}
/*
* Return formatted string with equity or MWC.
*
* Input:
* r: equity (either money equity for normalised money eq. for match play
* pci: cubeinfo
* f: indicates equity (TRUE) or std. error (FALSE)
*
*
* Important: function is not re-entrant. Caller must save output
* if needed.
*/
extern char *
OutputEquityScale ( const float r, const cubeinfo *pci,
const cubeinfo *pciBase, const int f ) {
static char sz[ 9 ];
if ( ! pci->nMatchTo ) {
if (f)
sprintf(sz, "%+*.*f", fOutputDigits + 4, fOutputDigits, pci->nCube / pciBase->nCube * r);
else
sprintf(sz, "%*.*f", fOutputDigits + 4, fOutputDigits,pci->nCube / pciBase->nCube * r);
}
else {
if ( fOutputMWC ) {
if ( fOutputMatchPC ) {
sprintf ( sz, "%*.*f%%",fOutputDigits + 3, fOutputDigits > 1 ? fOutputDigits - 1 : 0, 100.0f * ( f ? eq2mwc ( r, pci ) : se_eq2mwc ( r, pci ) ) );
}
else {
sprintf( sz, "%*.*f", fOutputDigits + 3, fOutputDigits + 1, f ? eq2mwc ( r, pci ) : se_eq2mwc ( r, pci ) );
}
}
else {
if (f)
sprintf ( sz, "%+*.*f",fOutputDigits + 4, fOutputDigits, mwc2eq ( eq2mwc ( r, pci ),pciBase ));
else
sprintf ( sz, "%*.*f",fOutputDigits + 4, fOutputDigits, se_mwc2eq( se_eq2mwc( r, pci ), pciBase ) );
}
}
return sz;
}
/*
* Return formatted string with equity or MWC for an equity difference.
*
* Input:
* r: equity (either money equity for normalised money eq. for match play
* pci: cubeinfo
* f: indicates equity (TRUE) or std. error (FALSE)
*
*
* Important: function is not re-entrant. Caller must save output
* if needed.
*/
extern char *
OutputEquityDiff ( const float r1, const float r2, const cubeinfo *pci ) {
static char sz[ 9 ];
if ( !pci->nMatchTo || ( pci->nMatchTo && ! fOutputMWC ) ) {
sprintf ( sz, "%+*.*f", fOutputDigits + 4, fOutputDigits, r1 - r2 );
}
else {
if ( fOutputMatchPC ) {
sprintf ( sz, "%*.*f%%", fOutputDigits + 3, fOutputDigits > 1 ? fOutputDigits - 1 : 0,
100.0f * eq2mwc ( r1, pci ) - 100.0f * eq2mwc ( r2, pci ) );
}
else {
sprintf ( sz, "%*.*f", fOutputDigits + 3, fOutputDigits + 1, eq2mwc ( r1, pci ) - eq2mwc ( r2, pci ) );
}
}
return sz;
}
/*
* Return formatted string with equity or MWC.
*
* Input is: equity for money game/MWC for match play.
*
* Important: function is not re-entrant. Caller must save output
* if needed.
*/
extern char *
OutputMWC ( const float r, const cubeinfo *pci, const int f ) {
static char sz[ 9 ];
if ( ! pci->nMatchTo ) {
if (f)
sprintf ( sz, "%+*.*f", fOutputDigits + 4, fOutputDigits, r );
else
sprintf ( sz, "%*.*f", fOutputDigits + 4, fOutputDigits, r );
}
else {
if ( ! fOutputMWC ) {
if (f)
sprintf ( sz, "%+*.*f", fOutputDigits + 4, fOutputDigits, mwc2eq ( r, pci ));
else
sprintf ( sz, "%*.*f", fOutputDigits + 4, fOutputDigits, se_mwc2eq ( r, pci ) );
}
else if ( fOutputMatchPC ) {
sprintf ( sz, "%*.*f%%", fOutputDigits + 3, fOutputDigits > 1 ? fOutputDigits - 1 : 0 , 100.0f * r );
}
else {
if (f)
sprintf ( sz, "%+*.*f", fOutputDigits + 3, fOutputDigits + 1 , r );
else
sprintf ( sz, "%*.*f", fOutputDigits + 3, fOutputDigits + 1 , r );
}
}
return sz;
}
extern char *
OutputPercent ( const float r ) {
static char sz[ 9 ];
if ( fOutputWinPC ) {
sprintf ( sz, "%*.*f", fOutputDigits + 2, fOutputDigits > 2 ? fOutputDigits - 2 : 0, 100.0 * r );
}
else {
sprintf ( sz, "%*.*f", fOutputDigits + 2, fOutputDigits, r );
}
return sz;
}
extern char *
OutputPercents ( const float ar[], const int f ) {
static char sz[ 80 ];
strcpy ( sz, "" );
strcat ( sz, OutputPercent ( ar [ OUTPUT_WIN ] ) );
strcat ( sz, " " );
strcat ( sz, OutputPercent ( ar [ OUTPUT_WINGAMMON ] ) );
strcat ( sz, " " );
strcat ( sz, OutputPercent ( ar [ OUTPUT_WINBACKGAMMON ] ) );
strcat ( sz, " - " );
if ( f )
strcat ( sz, OutputPercent ( 1.0f - ar [ OUTPUT_WIN ] ) );
else
strcat ( sz, OutputPercent ( ar [ OUTPUT_WIN ] ) );
strcat ( sz, " " );
strcat ( sz, OutputPercent ( ar [ OUTPUT_LOSEGAMMON ] ) );
strcat ( sz, " " );
strcat ( sz, OutputPercent ( ar [ OUTPUT_LOSEBACKGAMMON ] ) );
return sz;
}
/*
* Print cube analysis
*
* Input:
* pf: output file
* arDouble: equitites for cube decisions
* fPlayer: player who doubled
* esDouble: eval setup
* pci: cubeinfo
* fDouble: double/no double
* fTake: take/drop
*
*/
extern char *
OutputCubeAnalysisFull ( float aarOutput[ 2 ][ NUM_ROLLOUT_OUTPUTS ],
float aarStdDev[ 2 ][ NUM_ROLLOUT_OUTPUTS ],
const evalsetup* pes, const cubeinfo* pci,
int fDouble, int fTake,
skilltype stDouble,
skilltype stTake ) {
float r;
int fMissed;
int fAnno = FALSE;
float arDouble[ 4 ];
static char sz[ 4096 ];
char *pc;
strcpy ( sz, "" );
/* check if cube analysis should be printed */
if ( pes->et == EVAL_NONE ) return NULL; /* no evaluation */
FindCubeDecision ( arDouble, aarOutput, pci );
/* print alerts */
fMissed =
fDouble > -1 &&
isMissedDouble ( arDouble, aarOutput, fDouble, pci );
/* print alerts */
if ( fMissed ) {
fAnno = TRUE;
/* missed double */
sprintf ( pc = strchr ( sz, 0 ), "%s (%s)!\n",
_("Alert: missed double"),
OutputEquityDiff ( arDouble[ OUTPUT_NODOUBLE ],
( arDouble[ OUTPUT_TAKE ] >
arDouble[ OUTPUT_DROP ] ) ?
arDouble[ OUTPUT_DROP ] :
arDouble[ OUTPUT_TAKE ],
pci ) );
if ( badSkill(stDouble) )
sprintf ( pc = strchr ( sz, 0 ), " [%s]",
gettext ( aszSkillType[ stDouble ] ) );
}
r = arDouble[ OUTPUT_TAKE ] - arDouble[ OUTPUT_DROP ];
if ( fTake > 0 && r > 0.0f ) {
fAnno = TRUE;
/* wrong take */
sprintf ( pc = strchr ( sz, 0 ), "%s (%s)!\n",
_("Alert: wrong take"),
OutputEquityDiff ( arDouble[ OUTPUT_DROP ],
arDouble[ OUTPUT_TAKE ],
pci ) );
if ( badSkill(stTake) )
sprintf ( pc = strchr ( sz, 0 ), " [%s]",
gettext ( aszSkillType[ stTake ] ) );
}
r = arDouble[ OUTPUT_DROP ] - arDouble[ OUTPUT_TAKE ];
if ( fDouble > 0 && ! fTake && r > 0.0f ) {
fAnno = TRUE;
/* wrong pass */
sprintf ( pc = strchr ( sz, 0 ), "%s (%s)!\n",
_("Alert: wrong pass"),
OutputEquityDiff ( arDouble[ OUTPUT_TAKE ],
arDouble[ OUTPUT_DROP ],
pci ) );
if ( badSkill(stTake) )
sprintf ( pc = strchr ( sz, 0 ), " [%s]",
gettext ( aszSkillType[ stTake ] ) );
}
if ( arDouble[ OUTPUT_TAKE ] > arDouble[ OUTPUT_DROP ] )
r = arDouble[ OUTPUT_NODOUBLE ] - arDouble[ OUTPUT_DROP ];
else
r = arDouble[ OUTPUT_NODOUBLE ] - arDouble[ OUTPUT_TAKE ];
if ( fDouble > 0 && fTake < 0 && r > 0.0f ) {
fAnno = TRUE;
/* wrong double */
sprintf ( pc = strchr ( sz, 0 ), "%s (%s)!\n",
_("Alert: wrong double"),
OutputEquityDiff ( ( arDouble[ OUTPUT_TAKE ] >
arDouble[ OUTPUT_DROP ] ) ?
arDouble[ OUTPUT_DROP ] :
arDouble[ OUTPUT_TAKE ],
arDouble[ OUTPUT_NODOUBLE ],
pci ) );
if ( badSkill(stDouble) )
sprintf ( pc = strchr ( sz, 0 ), " [%s]",
gettext ( aszSkillType[ stDouble ] ) );
}
if ( ( badSkill(stDouble) || badSkill(stTake) ) && ! fAnno ) {
if ( badSkill(stDouble) ) {
sprintf ( pc = strchr ( sz, 0 ), _("Alert: double decision marked %s"),
gettext ( aszSkillType[ stDouble ] ) );
strcat ( sz, "\n" );
}
if ( badSkill(stTake) ) {
sprintf ( pc = strchr ( sz, 0 ), _("Alert: take decision marked %s"),
gettext ( aszSkillType[ stTake ] ) );
strcat ( sz, "\n" );
}
}
strcat( sz, OutputCubeAnalysis( aarOutput, aarStdDev, pes, pci ) );
return sz;
}
extern char *
OutputCubeAnalysis( float aarOutput[ 2 ][ NUM_ROLLOUT_OUTPUTS ],
float aarStdDev[ 2 ][ NUM_ROLLOUT_OUTPUTS ],
const evalsetup* pes, const cubeinfo* pci ) {
static char sz[ 4096 ];
int i;
float arDouble[ 4 ];
const char *aszCube[] = {
NULL,
N_("No double"),
N_("Double, take"),
N_("Double, pass")
};
int ai[ 3 ];
cubedecision cd;
float r;
FindCubeDecision ( arDouble, aarOutput, pci );
/* header */
sprintf(sz, "\n%s\n", _("Cube analysis"));
/* ply & cubeless equity */
switch ( pes->et ) {
case EVAL_NONE:
strcat ( sz, _("n/a") );
break;
case EVAL_EVAL:
sprintf ( strchr ( sz, 0 ),
"%d-%s",
pes->ec.nPlies, _("ply"));
break;
case EVAL_ROLLOUT:
strcat ( sz, _("Rollout") );
break;
}
if ( pci->nMatchTo )
sprintf ( strchr ( sz, 0 ), " %s %s (%s: %s)\n",
( !pci->nMatchTo || ( pci->nMatchTo && ! fOutputMWC ) ) ?
_("cubeless equity") : _("cubeless MWC"),
OutputEquity ( aarOutput[ 0 ][ OUTPUT_EQUITY ], pci, TRUE ),
_("Money"),
OutputMoneyEquity ( aarOutput[ 0 ], TRUE ) );
else
sprintf ( strchr ( sz, 0 ), " %s %s\n", _("cubeless equity"),
OutputMoneyEquity ( aarOutput[ 0 ], TRUE ) );
/* Output percentags for evaluations */
if ( exsExport.fCubeDetailProb && pes->et == EVAL_EVAL ) {
strcat ( sz, " " );
strcat ( sz, OutputPercents ( aarOutput[ 0 ], TRUE ) );
}
strcat( sz, "\n" );
/* equities */
strcat( sz, _("Cubeful equities") );
strcat( sz, ":\n" );
if ( pes->et == EVAL_EVAL && exsExport.afCubeParameters[ 0 ] ) {
strcat( sz, " " );
strcat( sz, OutputEvalContext( &pes->ec, FALSE ) );
strcat( sz, "\n" );
}
getCubeDecisionOrdering ( ai, arDouble, aarOutput, pci );
for ( i = 0; i < 3; i++ ) {
sprintf ( strchr ( sz, 0 ),
"%d. %-20s", i + 1,
gettext ( aszCube[ ai[ i ] ] ) );
strcat ( sz, OutputEquity ( arDouble[ ai [ i ] ], pci, TRUE ) );
if ( i )
sprintf ( strchr ( sz, 0 ),
" (%s)",
OutputEquityDiff ( arDouble[ ai [ i ] ],
arDouble[ OUTPUT_OPTIMAL ], pci ) );
strcat ( sz, "\n" );
}
/* cube decision */
cd = FindBestCubeDecision ( arDouble, aarOutput, pci );
sprintf ( strchr ( sz, 0 ),
"%s: %s",
_("Proper cube action"),
GetCubeRecommendation ( cd ) );
if ( ( r = getPercent ( cd, arDouble ) ) >= 0.0 )
sprintf ( strchr ( sz, 0 ), " (%.1f%%)", 100.0f * r );
strcat ( sz, "\n" );
/* dump rollout */
if ( pes->et == EVAL_ROLLOUT && exsExport.fCubeDetailProb ) {
char asz[ 2 ][ 1024 ];
cubeinfo aci[ 2 ];
for ( i = 0; i < 2; i++ ) {
memcpy ( &aci[ i ], pci, sizeof ( cubeinfo ) );
if ( i ) {
aci[ i ].fCubeOwner = ! pci->fMove;
aci[ i ].nCube *= 2;
}
FormatCubePosition ( asz[ i ], &aci[ i ] );
}
sprintf(strchr ( sz, 0 ), "\n%s:\n", _("Rollout details"));
strcat ( strchr ( sz, 0 ),
OutputRolloutResult ( NULL, asz, aarOutput, aarStdDev,
aci, 0, 2, pes->rc.fCubeful ) );
}
if ( pes->et == EVAL_ROLLOUT && exsExport.afCubeParameters[ 1 ] )
strcat ( strchr ( sz, 0 ),
OutputRolloutContext ( NULL, &pes->rc ) );
return sz;
}
extern void
FormatCubePositions( const cubeinfo *pci, char asz[ 2 ][ 40 ] ) {
cubeinfo aci[ 2 ];
SetCubeInfo ( &aci[ 0 ], pci->nCube, pci->fCubeOwner, pci->fMove,
pci->nMatchTo, pci->anScore, pci->fCrawford,
pci->fJacoby, pci->fBeavers, pci->bgv );
FormatCubePosition ( asz[ 0 ], &aci[ 0 ] );
SetCubeInfo ( &aci[ 1 ], 2 * pci->nCube, ! pci->fMove, pci->fMove,
pci->nMatchTo, pci->anScore, pci->fCrawford,
pci->fJacoby, pci->fBeavers, pci->bgv );
FormatCubePosition ( asz[ 1 ], &aci[ 1 ] );
}
extern char *FormatCubePosition ( char *sz, cubeinfo *pci ) {