void
text_with_bar(struct config *c, char *in, int error) {
int nww, twb;
/* If there was an error, display it instead of drawing a bar */
if(error) {
text_with_text(c, in, error);
return;
}
/* Calculate window size */
twb = text_width(&fontbig, c->text);
nww = MAX(ww, twb + 30);
XRectangle r = { CENTER(nww, barw), (wh/2), barw, barh };
moveresizeclear(nww, wh);
draw_text(&fontbig, &fgcol, c->text, CENTER(nww, text_width(&fontbig, c->text)),
CENTER(wh/2, fontbig.h)+fontbig.h);
XSetForeground(dpy, gc, fgcol.pixel);
/* border */
XDrawRectangles(dpy, win, gc, &r, 1);
/* and bar */
r.width = (float)atoi(in)/100.0*(float)barw;
XFillRectangles(dpy, win, gc, &r, 1);
}
void
moveresizeclear(int ww, int wh) {
XMoveResizeWindow(dpy, win, CENTER(sw, ww)+xoff, CENTER(sh, wh)+yoff, ww, wh);
/* Clear window */
XSetForeground(dpy, gc, bgcol.pixel);
XFillRectangle(dpy, win, gc, 0, 0, ww, wh);
}
void update_score(t_context *gamestate)
{
WINDOW *window;
char *s;
window = gamestate->windows[SCORE];
s = "Points:";
mvwaddstr(window, CENTER(WINC_Y, 1), 2, s);
s = ft_itoa(gamestate->points);
mvwaddstr(window, CENTER(WINC_Y, 1), WINC_X - ft_strlen(s) - 2, s);
wrefresh(window);
free(s);
}
void
text_with_text(struct config *c, char *in, int error) {
int nww, tws, twb;
/* Calculate window size */
tws = text_width(&fontsmall, in);
twb = text_width(&fontbig, c->text);
nww = MAX(ww, MAX(tws, twb) + 20);
moveresizeclear(nww, wh);
draw_text(&fontbig, &fgcol, c->text, CENTER(nww, text_width(&fontbig, c->text)),
CENTER(wh/2, fontbig.h)+fontbig.h);
draw_text(&fontsmall, error ? &errcol : &fgcol, in, CENTER(nww, text_width(&fontsmall, in)), (wh/2)+fontsmall.h);
}
double OperaColors::RGB2HUE(double r, double g, double b) {
double H;
double m2 = MAX3(r, g, b);
double m1 = CENTER(r, g, b);
double m0 = MIN3(r, g, b);
if (m2 == m1) {
if (r == g) {
H = 60;
goto _RGB2HUE_END;
}
if (g == b) {
H = 180;
goto _RGB2HUE_END;
}
H = 60;
goto _RGB2HUE_END;
}
double F = 60 * (m1 - m0) / (m2 - m0);
if (r == m2) {
H = 0 + F * (g - b);
goto _RGB2HUE_END;
}
if (g == m2) {
H = 120 + F * (b - r);
goto _RGB2HUE_END;
}
H = 240 + F * (r - g);
_RGB2HUE_END:
if (H < 0)
H = H + 360;
return H;
}
std::ostream & operator <<(std::ostream & os, const Parser & parser)
{
// Header
std::string strTerminals = concatenateStrings(parser.getGrammar().terminals) + parser.getOptions().endOfInputToken + '|';
std::string strIntermediates = concatenateStrings(parser.getGrammar().intermediates, parser.getGrammar().START_RULE);
os << " |" << CENTER("Actions", std::max(strTerminals.length(), 7u)) << '|';
os << CENTER("Branchs", std::max(strIntermediates.length(), 7u)) << '|' << std::endl;
os << "State|" << strTerminals << strIntermediates << std::endl;
os << std::setfill('-') << std::setw(strTerminals.length() + strIntermediates.length() + 6) << '-' << std::setfill(' ') << std::endl;
// Table
auto maxSizeIntermediate = std::to_string(parser.getStates().size()).length();
auto eoit = parser.getOptions().endOfInputToken;
for(const auto & state : parser.getStates())
{
os << std::left << std::setw(5) << state->numState << '|';
// Action
for(const auto & terminal : parser.getGrammar().terminals)
printStateActions(os, state->getAction(terminal, eoit), terminal.length());
printStateActions(os, state->getAction(eoit, eoit), eoit.length());
// Goto
for(const auto & intermediate : parser.getGrammar().intermediates)
if(intermediate != parser.getGrammar().START_RULE)
printStateBranches(os, state->getGoto(intermediate), std::max(intermediate.length(), maxSizeIntermediate));
os << std::endl;
}
os << std::endl;
// Print items sets
for(const auto & state : parser.getStates())
os << *state << std::endl;
return os;
}
static void new_game(t_context *gamestate)
{
WINDOW **windows;
windows = gamestate->windows;
if (ft_bitscan(WIN_VALUE) != 1 || WIN_VALUE == 1)
{
mvwaddstr(windows[SCORE], CENTER(WINC_Y, 1), 2, "I AIN'T RUNNIN' THAT");
wrefresh(windows[SCORE]);
gamestate->is_running = 0;
return ;
}
gamestate->is_running = 1;
mvwhline(windows[HIGHSCORES], WINA_Y - 2, 1, ' ', WINA_X - 2);
wrefresh(windows[HIGHSCORES]);
update_score(gamestate);
gamestate->grid = new_grid();
add_number(gamestate);
add_number(gamestate);
draw_grid(gamestate);
}
int
Tracker::arMatrixPCA(ARMat *input, ARMat *evec, ARVec *ev, ARVec *mean)
{
ARMat *work;
ARFloat srow, sum;
int row, clm;
int check, rval;
int i;
row = input->row;
clm = input->clm;
check = (row < clm)? row: clm;
if( row < 2 || clm < 2 ) return(-1);
if( evec->clm != input->clm || evec->row != check ) return(-1);
if( ev->clm != check ) return(-1);
if( mean->clm != input->clm ) return(-1);
work = Matrix::allocDup( input );
if( work == NULL ) return -1;
srow = (ARFloat)sqrt((ARFloat)row);
if( EX( work, mean ) < 0 ) {
Matrix::free( work );
return(-1);
}
if( CENTER( work, mean ) < 0 ) {
Matrix::free( work );
return(-1);
}
for(i=0; i<row*clm; i++) work->m[i] /= srow;
rval = PCA( work, evec, ev );
Matrix::free( work );
sum = 0.0;
for( i = 0; i < ev->clm; i++ ) sum += ev->v[i];
for( i = 0; i < ev->clm; i++ ) ev->v[i] /= sum;
return( rval );
}
int matrixPCA( Mat input, Mat evec, Vec ev, Vec mean )
{
Mat work;
double srow, sum;
int row, clm;
int check, rval;
int i;
row = input.row;
clm = input.clm;
check = (row < clm)? row: clm;
if( row < 2 || clm < 2 ) return(-1);
if( evec.clm != input.clm || evec.row != check ) return(-1);
if( ev.clm != check ) return(-1);
if( mean.clm != input.clm ) return(-1);
work = matrixAllocDup( input );
if( work.row != row || work.clm != clm ) return(-1);
srow = sqrt((double)row);
if( EX( work, mean ) < 0 ) {
matrixFree( work );
return(-1);
}
if( CENTER( work, mean ) < 0 ) {
matrixFree( work );
return(-1);
}
for(i=0; i<row*clm; i++) work.m[i] /= srow;
rval = PCA( work, evec, ev );
matrixFree( work );
sum = 0.0;
for( i = 0; i < ev.clm; i++ ) sum += ev.v[i];
for( i = 0; i < ev.clm; i++ ) ev.v[i] /= sum;
return( rval );
}
void generateBlocked(MatGenFD mg, HYPRE_Int *rp, HYPRE_Int *cval, double *aval, Mat_dh A, Vec_dh b)
{
START_FUNC_DH
bool applyBdry = true;
double *stencil = mg->stencil;
HYPRE_Int id = mg->id;
bool threeD = mg->threeD;
HYPRE_Int px = mg->px, py = mg->py, pz = mg->pz; /* processor grid dimensions */
HYPRE_Int p, q, r; /* this proc's position in processor grid */
HYPRE_Int cc = mg->cc; /* local grid dimension (grid of unknowns) */
HYPRE_Int nx = cc, ny = cc, nz = cc;
HYPRE_Int lowerx, upperx, lowery, uppery, lowerz, upperz;
HYPRE_Int startRow;
HYPRE_Int x, y, z;
bool debug = false;
HYPRE_Int idx = 0, localRow = 0; /* nabor; */
HYPRE_Int naborx1, naborx2, nabory1, nabory2, naborz1, naborz2;
double *rhs;
double hhalf = 0.5 * mg->hh;
double bcx1 = mg->bcX1;
double bcx2 = mg->bcX2;
double bcy1 = mg->bcY1;
double bcy2 = mg->bcY2;
/* double bcz1 = mg->bcZ1; */
/* double bcz2 = mg->bcZ2; */
Vec_dhInit(b, A->m); CHECK_V_ERROR;
rhs = b->vals;
if (mg->debug && logFile != NULL) debug = true;
if (! threeD) nz = 1;
/* compute p,q,r from P,Q,R and myid */
p = id % px;
q = (( id - p)/px) % py;
r = ( id - p - px*q)/( px*py );
if (debug) {
hypre_sprintf(msgBuf_dh, "this proc's position in subdomain grid: p= %i q= %i r= %i", p,q,r);
SET_INFO(msgBuf_dh);
}
/* compute ilower and iupper from p,q,r and nx,ny,nz */
/* zero-based */
lowerx = nx*p;
upperx = lowerx + nx;
lowery = ny*q;
uppery = lowery + ny;
lowerz = nz*r;
upperz = lowerz + nz;
if (debug) {
hypre_sprintf(msgBuf_dh, "local grid parameters: lowerx= %i upperx= %i", lowerx, upperx);
SET_INFO(msgBuf_dh);
hypre_sprintf(msgBuf_dh, "local grid parameters: lowery= %i uppery= %i", lowery, uppery);
SET_INFO(msgBuf_dh);
hypre_sprintf(msgBuf_dh, "local grid parameters: lowerz= %i upperz= %i", lowerz, upperz);
SET_INFO(msgBuf_dh);
}
startRow = mg->first;
rp[0] = 0;
for (z=lowerz; z<upperz; z++) {
for (y=lowery; y<uppery; y++) {
for (x=lowerx; x<upperx; x++) {
if (debug) {
hypre_fprintf(logFile, "row= %i x= %i y= %i z= %i\n", localRow+startRow+1, x, y, z);
}
/* compute row values and rhs, at the current node */
getstencil(mg,x,y,z);
/* down plane */
if (threeD) {
if (z > 0) {
naborz1 = rownum(threeD, x,y,z-1,nx,ny,nz,px,py);
cval[idx] = naborz1;
aval[idx++] = FRONT(stencil);
}
}
/* south */
if (y > 0) {
nabory1 = rownum(threeD, x,y-1,z,nx,ny,nz,px,py);
cval[idx] = nabory1;
aval[idx++] = SOUTH(stencil);
}
/* west */
if (x > 0) {
naborx1 = rownum(threeD, x-1,y,z,nx,ny,nz,px,py);
cval[idx] = naborx1;
aval[idx++] = WEST(stencil);
/*hypre_fprintf(logFile, "--- row: %i; naborx1= %i\n", localRow+startRow+1, 1+naborx1);
*/
}
/*
else {
hypre_fprintf(logFile, "--- row: %i; x >= nx*px-1; naborx1 has old value: %i\n", localRow+startRow+1,1+naborx1);
}
*/
/* center node */
cval[idx] = localRow+startRow;
aval[idx++] = CENTER(stencil);
/* east */
if (x < nx*px-1) {
naborx2 = rownum(threeD,x+1,y,z,nx,ny,nz,px,py);
cval[idx] = naborx2;
aval[idx++] = EAST(stencil);
}
/*
else {
hypre_fprintf(logFile, "--- row: %i; x >= nx*px-1; nobors2 has old value: %i\n", localRow+startRow,1+naborx2);
}
*/
/* north */
if (y < ny*py-1) {
nabory2 = rownum(threeD,x,y+1,z,nx,ny,nz,px,py);
cval[idx] = nabory2;
aval[idx++] = NORTH(stencil);
}
/* up plane */
if (threeD) {
if (z < nz*pz-1) {
naborz2 = rownum(threeD,x,y,z+1,nx,ny,nz,px,py);
cval[idx] = naborz2;
aval[idx++] = BACK(stencil);
}
}
/* rhs[rhsIdx++] = RHS(stencil); */
rhs[localRow] = 0.0;
++localRow;
rp[localRow] = idx;
/* apply boundary conditions; only for 2D! */
if (!threeD && applyBdry) {
HYPRE_Int globalRow = localRow+startRow-1;
HYPRE_Int offset = rp[localRow-1];
HYPRE_Int len = rp[localRow] - rp[localRow-1];
double ctr, coeff;
/* hypre_fprintf(logFile, "globalRow = %i; naborx2 = %i\n", globalRow+1, naborx2+1); */
if (x == 0) { /* if x1 */
coeff = mg->A(mg->a, x+hhalf,y,z);
ctr = mg->A(mg->a, x-hhalf,y,z);
setBoundary_private(globalRow, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcx1, coeff, ctr, naborx2);
} else if (x == nx*px-1) { /* if x2 */
coeff = mg->A(mg->a, x-hhalf,y,z);
ctr = mg->A(mg->a, x+hhalf,y,z);
setBoundary_private(globalRow, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcx2, coeff, ctr, naborx1);
} else if (y == 0) { /* if y1 */
coeff = mg->B(mg->b, x, y+hhalf,z);
ctr = mg->B(mg->b, x, y-hhalf,z);
setBoundary_private(globalRow, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcy1, coeff, ctr, nabory2);
} else if (y == ny*py-1) { /* if y2 */
coeff = mg->B(mg->b, x, y-hhalf,z);
ctr = mg->B(mg->b, x, y+hhalf,z);
setBoundary_private(globalRow, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcy2, coeff, ctr, nabory1);
} else if (threeD) {
if (z == 0) {
coeff = mg->B(mg->b, x, y, z+hhalf);
ctr = mg->B(mg->b, x, y, z-hhalf);
setBoundary_private(globalRow, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcy1, coeff, ctr, naborz2);
} else if (z == nz*nx-1) {
coeff = mg->B(mg->b, x, y, z-hhalf);
ctr = mg->B(mg->b, x, y, z+hhalf);
setBoundary_private(globalRow, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcy1, coeff, ctr, naborz1);
}
}
}
}
}
}
END_FUNC_DH
}
void getstencil(MatGenFD g, HYPRE_Int ix, HYPRE_Int iy, HYPRE_Int iz)
{
HYPRE_Int k;
double h = g->hh;
double hhalf = h*0.5;
double x = h*ix;
double y = h*iy;
double z = h*iz;
double cntr = 0.0;
double *stencil = g->stencil;
double coeff;
bool threeD = g->threeD;
for (k=0; k<8; ++k) stencil[k] = 0.0;
/* differentiation wrt x */
coeff = g->A(g->a, x+hhalf,y,z);
EAST(stencil) += coeff;
cntr += coeff;
coeff = g->A(g->a, x-hhalf,y,z);
WEST(stencil) += coeff;
cntr += coeff;
coeff = g->D(g->d, x,y,z)*hhalf;
EAST(stencil) += coeff;
WEST(stencil) -= coeff;
/* differentiation wrt y */
coeff = g->B(g->b,x,y+hhalf,z);
NORTH(stencil) += coeff;
cntr += coeff;
coeff = g->B(g->b,x,y-hhalf,z);
SOUTH(stencil) += coeff;
cntr += coeff;
coeff = g->E(g->e,x,y,z)*hhalf;
NORTH(stencil) += coeff;
SOUTH(stencil) -= coeff;
/* differentiation wrt z */
if (threeD) {
coeff = g->C(g->c,x,y,z+hhalf);
BACK(stencil) += coeff;
cntr += coeff;
coeff = g->C(g->c,x,y,z-hhalf);
FRONT(stencil) += coeff;
cntr += coeff;
coeff = g->F(g->f,x,y,z)*hhalf;
BACK(stencil) += coeff;
FRONT(stencil) -= coeff;
}
/* contribution from function G: */
coeff = g->G(g->g,x,y,z);
CENTER(stencil) = h*h*coeff - cntr;
RHS(stencil) = h*h*g->H(g->h,x,y,z);
}
void generateStriped(MatGenFD mg, HYPRE_Int *rp, HYPRE_Int *cval, double *aval, Mat_dh A, Vec_dh b)
{
START_FUNC_DH
HYPRE_Int mGlobal;
HYPRE_Int m = mg->m;
HYPRE_Int beg_row, end_row;
HYPRE_Int i, j, k, row;
bool threeD = mg->threeD;
HYPRE_Int idx = 0;
double *stencil = mg->stencil;
bool debug = false;
HYPRE_Int plane, nodeRemainder;
HYPRE_Int naborx1, naborx2, nabory1, nabory2;
double *rhs;
bool applyBdry = true;
double hhalf;
double bcx1 = mg->bcX1;
double bcx2 = mg->bcX2;
double bcy1 = mg->bcY1;
double bcy2 = mg->bcY2;
/* double bcz1 = mg->bcZ1; */
/* double bcz2 = mg->bcZ2; */
HYPRE_Int nx, ny;
printf_dh("@@@ using striped partitioning\n");
if (mg->debug && logFile != NULL) debug = true;
/* recompute values (yuck!) */
m = 9;
Parser_dhReadInt(parser_dh,"-m", &m); /* global grid dimension */
mGlobal = m*m; /* global unkknowns */
if (threeD) mGlobal *= m;
i = mGlobal/mg->np; /* unknowns per processor */
beg_row = i*mg->id; /* global number of 1st local row */
end_row = beg_row + i;
if (mg->id == mg->np-1) end_row = mGlobal;
nx = ny = m;
mg->hh = 1.0/(m-1);
hhalf = 0.5 * mg->hh;
A->n = m*m;
A->m = end_row - beg_row;
A->beg_row = beg_row;
Vec_dhInit(b, A->m); CHECK_V_ERROR;
rhs = b->vals;
plane = m*m;
if (debug) {
hypre_fprintf(logFile, "generateStriped: beg_row= %i; end_row= %i; m= %i\n", beg_row+1, end_row+1, m);
}
for (row = beg_row; row<end_row; ++row) {
HYPRE_Int localRow = row-beg_row;
/* compute current node's position in grid */
k = (row / plane);
nodeRemainder = row - (k*plane); /* map row to 1st plane */
j = nodeRemainder / m;
i = nodeRemainder % m;
if (debug) {
hypre_fprintf(logFile, "row= %i x= %i y= %i z= %i\n", row+1, i,j,k);
}
/* compute column values and rhs entry for the current node */
getstencil(mg,i,j,k);
/* only homogenous Dirichlet boundary conditions presently supported */
/* down plane */
if (threeD) {
if (k > 0) {
cval[idx] = row - plane;
aval[idx++] = BACK(stencil);
}
}
/* south */
if (j > 0) {
nabory1 = cval[idx] = row - m;
aval[idx++] = SOUTH(stencil);
}
/* west */
if (i > 0) {
naborx1 = cval[idx] = row - 1;
aval[idx++] = WEST(stencil);
}
/* center node */
cval[idx] = row;
aval[idx++] = CENTER(stencil);
/* east */
if (i < m-1) {
naborx2 = cval[idx] = row + 1;
aval[idx++] = EAST(stencil);
}
/* north */
if (j < m-1) {
nabory2 = cval[idx] = row + m;
aval[idx++] = NORTH(stencil);
}
/* up plane */
if (threeD) {
if (k < m-1) {
cval[idx] = row + plane;
aval[idx++] = FRONT(stencil);
}
}
rhs[localRow] = 0.0;
++localRow;
rp[localRow] = idx;
/* apply boundary conditions; only for 2D! */
if (!threeD && applyBdry) {
HYPRE_Int offset = rp[localRow-1];
HYPRE_Int len = rp[localRow] - rp[localRow-1];
double ctr, coeff;
/* hypre_fprintf(logFile, "globalRow = %i; naborx2 = %i\n", row+1, row); */
if (i == 0) { /* if x1 */
coeff = mg->A(mg->a, i+hhalf,j,k);
ctr = mg->A(mg->a, i-hhalf,j,k);
setBoundary_private(row, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcx1, coeff, ctr, naborx2);
} else if (i == nx-1) { /* if x2 */
coeff = mg->A(mg->a, i-hhalf,j,k);
ctr = mg->A(mg->a, i+hhalf,j,k);
setBoundary_private(row, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcx2, coeff, ctr, naborx1);
} else if (j == 0) { /* if y1 */
coeff = mg->B(mg->b, i, j+hhalf,k);
ctr = mg->B(mg->b, i, j-hhalf,k);
setBoundary_private(row, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcy1, coeff, ctr, nabory2);
} else if (j == ny-1) { /* if y2 */
coeff = mg->B(mg->b, i, j-hhalf,k);
ctr = mg->B(mg->b, i, j+hhalf,k);
setBoundary_private(row, cval+offset, aval+offset, len,
&(rhs[localRow-1]), bcy2, coeff, ctr, nabory1);
}
}
}
END_FUNC_DH
}
int chc_canmove(board_t board, rc_t from, rc_t to) {
int i;
int rd, cd, turn;
rd = dist(from, to, 0);
cd = dist(from, to, 1);
turn = CHE_O(board[from.r][from.c]);
/* general check */
if(board[to.r][to.c] && CHE_O(board[to.r][to.c]) == turn)
return 0;
/* individual check */
switch(CHE_P(board[from.r][from.c])) {
case 1: /* 將 帥 */
if(!(rd == 1 && cd == 0) &&
!(rd == 0 && cd == 1))
return 0;
if((turn == (chc_my ^ 1) && to.r > 2) ||
(turn == chc_my && to.r < 7) ||
to.c < 3 || to.c > 5)
return 0;
break;
case 2: /* 士 仕 */
if(!(rd == 1 && cd == 1))
return 0;
if((turn == (chc_my ^ 1) && to.r > 2) ||
(turn == chc_my && to.r < 7) ||
to.c < 3 || to.c > 5)
return 0;
break;
case 3: /* 象 相 */
if(!(rd == 2 && cd == 2))
return 0;
if((turn == (chc_my ^ 1) && to.r > 4) ||
(turn == chc_my && to.r < 5))
return 0;
/* 拐象腿 */
if(board[CENTER(from.r, to.r)][CENTER(from.c, to.c)])
return 0;
break;
case 4: /* 車 */
if(!(rd > 0 && cd == 0) &&
!(rd == 0 && cd > 0))
return 0;
if(between(board, from, to, rd == 0))
return 0;
break;
case 5: /* 馬 傌 */
if(!(rd == 2 && cd == 1) &&
!(rd == 1 && cd == 2))
return 0;
/* 拐馬腳 */
if(rd == 2) {
if(board[CENTER(from.r, to.r)][from.c])
return 0;
} else {
if(board[from.r][CENTER(from.c, to.c)])
return 0;
}
break;
case 6: /* 包 炮 */
if(!(rd > 0 && cd == 0) &&
!(rd == 0 && cd > 0))
return 0;
i = between(board, from, to, rd == 0);
if((i > 1) ||
(i == 1 && !board[to.r][to.c]) ||
(i == 0 && board[to.r][to.c]))
return 0;
break;
case 7: /* 卒 兵 */
if(!(rd == 1 && cd == 0) &&
!(rd == 0 && cd == 1))
return 0;
if(((turn == (chc_my ^ 1) && to.r < 5) ||
(turn == chc_my && to.r > 4)) &&
cd != 0)
return 0;
if((turn == (chc_my ^ 1) && to.r < from.r) ||
(turn == chc_my && to.r > from.r))
return 0;
break;
}
return 1;
}
void _ARMIA(aint A) {
// Procedure ARMIA[A]
aint AX=0,AY=0,PL=0,KONIEC=0,TEREN=0,I=0,DANE=0;
aint STREFA=0,KONIEC2=0,STREFA2=0,TER2=0;
_rysuj_armia_nr = A;
AX=ARMIA[A][0][TX]; // AX=ARMIA(A,0,TX)
AY=ARMIA[A][0][TY]; // AY=ARMIA(A,0,TY)
PL=ARMIA[A][0][TMAG]; // PL=ARMIA(A,0,TMAG)
if( PREFS[5]==1 ) {
WJAZD(AX,AY,80,80,150,100,4); // If PREFS(5)=1 : WJAZD[AX,AY,80,80,150,100,4] : End If
}
if( A<20 ) {
DANE=-1;
} else {
if( ARMIA[A][0][TMAGMA]==0 || ARMIA[A][0][TMAGMA]==100 ) {
DANE=-1;
}
}
if( DANE!=0 ) {
TEREN=ARMIA[A][0][TNOGI];
AX=ARMIA[A][0][TX];
AY=ARMIA[A][0][TY];
}
rysuj();
_ARMIA_RYSUJ_INFO(A);
void *sb=0, *sb2=0;
sb = StoreBuffer(OKX-1,OKY-1,150+2,100+2);
do { // Repeat
rysuj();
RestoreBuffer(sb);
WaitVbl();
if( MouseClick() ) { // If Mouse Click=1
STREFA=MouseZone(); // STREFA=Mouse Zone
if( STREFA==1 || STREFA==0 ) { // If STREFA=1 or STREFA=0
KONIEC=-1; // KONIEC=True
ZOKNO(); // ZOKNO
} // End If
if( STREFA==11 ) { // If STREFA=11
//WPISZ(OKX+50,OKY+15,1,30,14,0); // WPISZ[OKX+50,OKY+15,1,30,14]
_rysuj_tlo_armia = rysuj_ekran_ptr;
rysuj_ekran_ptr = _rysuj_armia;
WPISZ_PC(OKX+50,OKY+15-TextBase(),100,10,14,ARMIA_S[A][0],2); //rysuj tylko tlo i kursor
rysuj_ekran_ptr = _rysuj_tlo_armia;
sb = StoreBuffer(OKX-1,OKY-1,150+2,100+2);
ARMIA_S[A][0]=WPI_S; // ARMIA$(A,0)=WPI$
} // End If
if( STREFA==10 && A<20 ) { // If STREFA=10 and A<20
ZOKNO(); // ZOKNO
KONIEC=-1; // KONIEC=True
rysuj();
_ARMIA_RYSUJ_ROZKAZY(A); // Gosub RYSUJ_ROZKAZY
sb2 = StoreBuffer(OKX-1,OKY-1,80+2,150+2);
KONIEC2=0; // KONIEC2=False
do { // Repeat
rysuj();
RestoreBuffer(sb2);
WaitVbl();
if( MouseClick() ) { // If Mouse Click=1
STREFA2=MouseZone(); // STREFA2=Mouse Zone
if( STREFA2>0 && STREFA2<4 ) {// If STREFA2>0 and STREFA2<4
ZOKNO(); // ZOKNO
M_RUCH(A,STREFA2); // M_RUCH[A,STREFA2]
KONIEC2=-1; KONIEC=-1; // KONIEC2=True : KONIEC=True
} // End If
if( STREFA2==4 && TEREN<70 ) {// If STREFA2=4 and TEREN<70
ZOKNO(); // ZOKNO
ARMIA[A][0][TTRYB]=4; // ARMIA(A,0,TTRYB)=4
KONIEC2=-1; KONIEC=-1; // KONIEC=True : KONIEC2=True
} // End If
if( STREFA2==4 && TEREN>69 ) {// If STREFA2=4 and TEREN>69
if( MIASTA[TEREN-70][0][M_CZYJE]==1 ) {// If MIASTA(TEREN-70,0,M_CZYJE)=1
ZOKNO(); // ZOKNO
ARMIA[A][0][TTRYB]=0; // ARMIA(A,0,TTRYB)=0
REKRUTACJA(10,TEREN-70,A);// REKRUTACJA[10,TEREN-70,A]
_ARMIA_RYSUJ_ROZKAZY(A); // Gosub RYSUJ_ROZKAZY
} // End If
} // End If
//
if( STREFA2==6 ) { // If STREFA2=6
ZOKNO(); // ZOKNO
SpriteOnOff(2,false); // Sprite Off 2
// 'Auto View Off
_LOAD(KAT_S+"dane/gad","dane:gad","Dane",1); // _LOAD[KAT$+"dane/gad","dane:gad","Dane",1]
ScreenOpen(1,320,160,32,LOWRES);// Screen Open 1,320,160,32,Lowres
Screen(1); // Screen 1
// Curs Off : Flash Off
ReserveZone(60); // Reserve Zone 60 : Get Bob Palette : Set Font FON1
SetFont(FON1);
GOBY=44; // GOBY=44
// 'Auto View On
ARM=A; // ARM=A
for(I=1;I<=10;++I) { // For I=1 To 10
if( ARMIA[A][I][TE]>0 ) { // If ARMIA(A,I,TE)>0
NUMER=I; // NUMER=I
I=10; // I=10
} // End If
} // Next
WYBOR(1); // WYBOR[1]
ScreenClose(1); // Screen Close 1
for(I=1;I<=50;++I) { // For I=1 To 50
DelBob(GOBY+1); // Del Bob GOBY+1
} // Next
Screen(0); // Screen 0
Sprite(2,SPX,SPY,1); // Sprite 2,SPX,SPY,1
_ARMIA_RYSUJ_ROZKAZY(A); // Gosub RYSUJ_ROZKAZY
} // End If
//
if( STREFA2==8 ) { // If STREFA2=8
KONIEC=-1;KONIEC2=-1; // KONIEC=True : KONIEC2=True
ARMIA[A][0][TWAGA]=1; // ARMIA(A,0,TWAGA)=1
ARM=A; WRG=40; // ARM=A : WRG=40
SpriteOnOff(2,false); // Sprite Off 2
SETUP(GS("070"),GS("071"),GS("072")); // SETUP["","Action",""]
if( TEREN>69 ) { // If TEREN>69
TER2=MIASTA[TEREN-70][1][M_X];// TER2=MIASTA(TEREN-70,1,M_X)
RYSUJ_SCENERIE(TER2,TEREN-70);// RYSUJ_SCENERIE[TER2,TEREN-70]
WRG=40; // WRG=40
// 'ustaw wieôniaków
for(I=1;I<=7;++I) { // For I=1 To 7 : NOWA_POSTAC[40,I,9] : Next I
NOWA_POSTAC(40,I,9);
}
for(I=8;I<=10;++I) { // For I=8 To 10 : NOWA_POSTAC[40,I,Rnd(8)] : Next I
NOWA_POSTAC(40,I,Rnd(8));
}
for(I=1;I<=7;++I) { // For I=1 To 7 : ARMIA(40,I,TKORP)=20 : Next I
ARMIA[40][I][TKORP]=20;
}
for(I=8;I<=10;++I) { // For I=8 To 10 : ARMIA(WRG,I,TKORP)=40 : Next I
ARMIA[WRG][I][TKORP]=40;
}
ARMIA[40][0][TE]=10; // ARMIA(40,0,TE)=10
USTAW_WOJSKO(WRG,1,1,1); // USTAW_WOJSKO[WRG,1,1,1]
} else { // Else
ARMIA[WRG][0][TE]=0; // ARMIA(WRG,0,TE)=0
RYSUJ_SCENERIE(TEREN,-1); // RYSUJ_SCENERIE[TEREN,-1]
} // End If
USTAW_WOJSKO(ARM,1,1,0); // USTAW_WOJSKO[ARM,1,1,0]
MAIN_ACTION(); // MAIN_ACTION
// 'skasuj wieôniaków
for(I=0;I<=10;++I) { // For I=0 To 10 : ARMIA(40,I,TE)=0 : Next I
ARMIA[40][I][TE]=0;
}
SETUP0(); // SETUP0
VISUAL_OBJECTS(); // VISUAL_OBJECTS
CENTER(AX,AY,0); // CENTER[AX,AY,0]
Sprite(2,SPX,SPY,1); // Sprite 2,SPX,SPY,1
} // End If
//
if( STREFA2==5 ) { // If STREFA2=5
ZOKNO(); // ZOKNO
ARMIA[A][0][TTRYB]=0; // ARMIA(A,0,TTRYB)=0
KONIEC=-1;KONIEC2=-1; // KONIEC=True : KONIEC2=True
} // End If
if( STREFA2==7 ) { // If STREFA2=7
ZOKNO(); // ZOKNO
KONIEC2=-1; // KONIEC2=True
} // End If
} // End If
} while( 0==KONIEC2 ); // Until KONIEC2
} // End If
if( STREFA==10 && A>19 ) { // If STREFA=10 and A>19
if( ARMIA[A][0][TMAGMA]==0 ) { // If ARMIA(A,0,TMAGMA)=0
gad_text(1.0); // Ink 31,6 : Text OKX+48,OKY+89,"@"
Text(OKX+48,OKY+89,"@");
ARMIA[A][0][TMAGMA]=100; // ARMIA(A,0,TMAGMA)=100
goto SKIP; // Goto SKIP
} // End If
if( ARMIA[A][0][TMAGMA]==100 ) { // If ARMIA(A,0,TMAGMA)=100
gad_text(1.0); // Gr Writing 1 : Ink 6,6
Text(OKX+47,OKY+89," "); // Text OKX+47,OKY+89," "
ARMIA[A][0][TMAGMA]=0; // ARMIA(A,0,TMAGMA)=0
} // End If
if( ARMIA[A][0][TMAGMA]>0 && ARMIA[A][0][TMAGMA]<100 ) {// If ARMIA(A,0,TMAGMA)>0 and ARMIA(A,0,TMAGMA)<100
ZOKNO(); // ZOKNO
KONIEC=-1; // KONIEC=True
SZPIEGUJ(A,1); // SZPIEGUJ[A,1]
} // End If
SKIP: // SKIP:
;
} // End If
} // End If
} while( KONIEC==0 ); // Until KONIEC
FreeBuffer(sb);
FreeBuffer(sb2);
// Goto OVER
// OVER:
// End Proc
}