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#include "schema.h" #include <stdio.h> static char gBuff[512]; SCHEMA::SCHEMA() { imposta( 0.0, 0.0, 0.0, 0.0, 1.0 ); includi_tratto( 1 ); } SCHEMA::SCHEMA( int X, int Y, int W, int H, int T ) { imposta( X, Y, W, H, T ); includi_tratto( 1 ); } SCHEMA::~SCHEMA() { // niente da distruggere } void SCHEMA::imposta( int X, int Y, int W, int H, int T ) { posiziona( X, Y ); dimensiona( W, H ); set_tratto( T ); } void SCHEMA::posiziona( int X, int Y ) { x = X; y = Y; } void SCHEMA::sposta( int dX, int dY ) { x += dX; y += dY; } void SCHEMA::dimensiona( int W, int H ) { w = W; h = H; } void SCHEMA::gonfia( int dW, int dH ) { w += dW; h += dH; } void SCHEMA::set_tratto( int T ) { tratto = T; } void SCHEMA::includi_tratto( int includi ) { includiTratto = includi != 0; } char *SCHEMA::compila( bool aCapoFinale ) { char *p = gBuff; p += sprintf( p, "<path id=\"schema_tris\" d=\"" ); p += sprintf( p, "M%d,%d v%d", x+w/3, y, h ); p += sprintf( p, " M%d,%d v%d", x+w*2/3, y, h ); p += sprintf( p, " M%d,%d h%d", x, y+h/3, w ); p += sprintf( p, " M%d,%d h%d\"", x, y+h*2/3, w ); if( includiTratto ) p += sprintf( p, " style=\"stroke: #000; stroke-width: %d;\"", tratto ); p += sprintf( p, " />" ); if( aCapoFinale ) p += sprintf( p, "\n" ); return gBuff; }
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