diff blow/Makefile blow_analog_pad/Makefile
4,5c4,5
< SRCS = blow.c physics.c sjoy.c
< OBJS = blow.o physics.o sjoy.o
---
> SRCS = blow.c physics.c sjoy.c lmp_joypad.c
> OBJS = blow.o physics.o sjoy.o lmp_joypad.o
diff blow/blow.c blow_analog_pad/blow.c
27a28,31
> #include "lmp_joypad.h"
> #define   DIGITAL_PAD  0
> 
> 
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> 	float theta2, phi2, padwork;
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> 	/* --- アナログジョイスティックサンプルで追加 */
> 	padread  lmp_read;
> 	/* ------------------------------------------ */
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< 	
---
> 
> #if DIGITAL_PAD
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> #else
> 	/* ----- アナログジョイスティックサンプル */
> 	lmp_pad_init(PAD_ANALOG_ON, PAD_ANALOG_BUTTON_OFF);
> #endif
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> #if DIGITAL_PAD
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< 		
---
> 
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> 
> #else
> 		/* ----- アナログジョイスティックで回す */
> 		lmp_pad_poll();
> 		lmp_pad_read(0, &lmp_read);
> 		  printf("0: %f\n", padwork);
> 
> 		/* ----- theta direction */
> 		if (lmp_read.stick_l[1] > 0xa0) {
> 		  padwork = (float)(lmp_read.stick_l[1] - 0xa0);
> 		  theta -= (dtheta * 2.0f / (97.0f - padwork));
> 		}
> 		if (lmp_read.stick_l[1] < 0x60) {
> 		  padwork = (float)(0x60 - lmp_read.stick_l[1]);
> 		  theta += (dtheta * 2.0f / (97.0f - padwork));
> 		}
> 
> 		/* ----- phi direction */
> 		if (lmp_read.stick_l[0] > 0xa0) {
> 		  padwork = (float)(lmp_read.stick_l[0] - 0xa0);
> 		  phi -= (dtheta * 2.0f / (97.0f - padwork));
> 		}
> 		if (lmp_read.stick_l[0] < 0x60) {
> 		  padwork = (float)(0x60 - lmp_read.stick_l[0]);
> 		  phi += (dtheta * 2.0f / (97.0f - padwork));
> 		}
> 
> 		/* ------- 右側スティックは絶対カメラ指定 */
> 		/* ----- theta direction */
> 		theta2 = 0.0f;
> 		if (lmp_read.stick_r[1] > 0xa0) {
> 		  padwork = (float)(lmp_read.stick_r[1] - 0xa0);
> 		  theta2 = (dtheta * padwork / 2.0f);
> 		}
> 		if (lmp_read.stick_r[1] < 0x60) {
> 		  padwork = (float)(0x60 - lmp_read.stick_r[1]);
> 		  theta2 = -(dtheta * padwork / 2.0f);
> 		}
> 
> 		/* ----- phi direction */
> 		phi2 = 0.0f;
> 		if (lmp_read.stick_r[0] > 0xa0) {
> 		  padwork = (float)(lmp_read.stick_r[0] - 0xa0);
> 		  phi2 = (dtheta * padwork / 4.0f);
> 		}
> 		if (lmp_read.stick_r[0] < 0x60) {
> 		  padwork = (float)(0x60 - lmp_read.stick_r[0]);
> 		  phi2 = -(dtheta * padwork / 4.0f);
> 		}
> 
> 		theta2 += theta;
> 		phi2 += phi;
> 		// --- adjust invalid angle ---
> 		if (theta2 > 2.0f * pi) {
> 			theta2 -= 2.0f * pi;
> 		} else if (theta2 < 0.0f) {
> 			theta2 += 2.0f * pi;
> 		}
> 		
> 		if (phi2 >= 0.49f * pi) {
> 			phi2 = 0.49f * pi;
> 		} else if (phi2 <= -0.49f * pi) {
> 			phi2 = -0.49f * pi;
> 		}
> 		
> 		// --- Viewing Matrix ---
> 		SetViewPosition(view, theta2, phi2);
> #endif
>