--- np2/sound/pcm86c.c	2003/12/08 00:55:33	1.3
+++ np2/sound/pcm86c.c	2004/01/13 05:30:59	1.4
@@ -42,9 +42,9 @@ void pcm86_reset(void) {											// ve
 	pcm86.dactrl = 0x32;
 	pcm86.stepmask = (1 << 2) - 1;
 	pcm86.stepbit = 2;
-	pcm86.stepclock = (pc.baseclock << 6);
+	pcm86.stepclock = (pccore.baseclock << 6);
 	pcm86.stepclock /= 44100;
-	pcm86.stepclock *= pc.multiple;
+	pcm86.stepclock *= pccore.multiple;
 	pcm86.rescue = (PCM86_RESCUE * 32) << 2;
 }
 
@@ -59,9 +59,9 @@ void pcm86_setpcmrate(REG8 val) {
 	SINT32	rate;
 
 	rate = pcm86rate8[val & 7];
-	pcm86.stepclock = (pc.baseclock << 6);
+	pcm86.stepclock = (pccore.baseclock << 6);
 	pcm86.stepclock /= rate;
-	pcm86.stepclock *= (pc.multiple << 3);
+	pcm86.stepclock *= (pccore.multiple << 3);
 	if (pcm86cfg.rate) {
 		pcm86.div = (rate << (PCM86_DIVBIT - 3)) / pcm86cfg.rate;
 		pcm86.div2 = (pcm86cfg.rate << (PCM86_DIVBIT + 3)) / rate;
@@ -95,9 +95,9 @@ void pcm86_setnextintr(void) {
 			cnt += pcm86.stepmask;
 			cnt >>= pcm86.stepbit;
 //			cnt += 4;								// ちょっと延滞させる
-			// ここで clk = pc.realclock * cnt / 86pcm_rate
-			// clk = ((pc.baseclock / 86pcm_rate) * cnt) * pc.multiple
-			if (pc.baseclock == PCBASECLOCK25) {
+			// ここで clk = pccore.realclock * cnt / 86pcm_rate
+			// clk = ((pccore.baseclock / 86pcm_rate) * cnt) * pccore.multiple
+			if (pccore.baseclock == PCBASECLOCK25) {
 				clk = clk25_128[pcm86.fifo & 7];
 			}
 			else {
@@ -107,7 +107,7 @@ void pcm86_setnextintr(void) {
 			clk *= cnt;
 			clk >>= 7;
 //			clk++;						// roundup
-			clk *= pc.multiple;
+			clk *= pccore.multiple;
 			nevent_set(NEVENT_86PCM, clk, pcm86_cb, NEVENT_ABSOLUTE);
 		}
 	}