#include "../copyright"

#include "fxemu.h"
#include "fxinst.h"
#include <string.h>

#include <retro_inline.h>

extern FxRegs_s GSU;

/* Codes used:
 *
 * rn   = a GSU register (r0 - r15)
 * #n   = 4 bit immediate value
 * #pp  = 8 bit immediate value
 * (yy) = 8 bit word address (0x0000 - 0x01fe)
 * #xx  = 16 bit immediate value
 * (xx) = 16 bit address (0x0000 - 0xffff)
 */

/* 00 - stop - stop GSU execution (and maybe generate an IRQ) */
static INLINE void fx_stop(void)
{
   CF(G);
   GSU.vCounter = 0;
   GSU.vInstCount = GSU.vCounter;

   /* Check if we need to generate an IRQ */
   if (!(GSU.pvRegisters[GSU_CFGR] & 0x80))
      SF(IRQ);

   GSU.vPlotOptionReg = 0;
   GSU.vPipe = 1;
   CLRFLAGS;
   R15++;
}

/* 01 - nop - no operation */
static INLINE void fx_nop(void)
{
   CLRFLAGS;
   R15++;
}

extern void fx_flushCache(void);

/* 02 - cache - reintialize GSU cache */
static INLINE void fx_cache(void)
{
   uint32_t c = R15 & 0xfff0;
   if (GSU.vCacheBaseReg != c || !GSU.bCacheActive)
   {
      fx_flushCache();
      GSU.vCacheBaseReg = c;
      GSU.bCacheActive = true;
   }
   CLRFLAGS;
   R15++;
}

/* 03 - lsr - logic shift right */
static INLINE void fx_lsr(void)
{
   uint32_t v;
   GSU.vCarry = SREG & 1;
   v = USEX16(SREG) >> 1;
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   TESTR14;
   CLRFLAGS;
}

/* 04 - rol - rotate left */
static INLINE void fx_rol(void)
{
   uint32_t v = USEX16((SREG << 1) + GSU.vCarry);
   GSU.vCarry = (SREG >> 15) & 1;
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   TESTR14;
   CLRFLAGS;
}

/* 05 - bra - branch always */
static INLINE void fx_bra(void)
{
   uint8_t v = PIPE;
   R15++;
   FETCHPIPE;
   R15 += SEX8(v);
}

/* Branch on condition */
#define BRA_COND(cond) \
    uint8_t v = PIPE; \
    R15++; \
    FETCHPIPE; \
    if (cond) \
        R15 += SEX8(v); \
    else \
        R15++

#define TEST_S (GSU.vSign & 0x8000)
#define TEST_Z (USEX16(GSU.vZero) == 0)
#define TEST_OV (GSU.vOverflow >= 0x8000 || GSU.vOverflow < -0x8000)
#define TEST_CY (GSU.vCarry & 1)

/* 06 - blt - branch on less than */
static INLINE void fx_blt(void)
{
   BRA_COND((TEST_S != 0) != (TEST_OV != 0));
}

/* 07 - bge - branch on greater or equals */
static INLINE void fx_bge(void)
{
   BRA_COND((TEST_S != 0) == (TEST_OV != 0));
}

/* 08 - bne - branch on not equal */
static INLINE void fx_bne(void)
{
   BRA_COND(!TEST_Z);
}

/* 09 - beq - branch on equal */
static INLINE void fx_beq(void)
{
   BRA_COND(TEST_Z);
}

/* 0a - bpl - branch on plus */
static INLINE void fx_bpl(void)
{
   BRA_COND(!TEST_S);
}

/* 0b - bmi - branch on minus */
static INLINE void fx_bmi(void)
{
   BRA_COND(TEST_S);
}

/* 0c - bcc - branch on carry clear */
static INLINE void fx_bcc(void)
{
   BRA_COND(!TEST_CY);
}

/* 0d - bcs - branch on carry set */
static INLINE void fx_bcs(void)
{
   BRA_COND(TEST_CY);
}

/* 0e - bvc - branch on overflow clear */
static INLINE void fx_bvc(void)
{
   BRA_COND(!TEST_OV);
}

/* 0f - bvs - branch on overflow set */
static INLINE void fx_bvs(void)
{
   BRA_COND(TEST_OV);
}

/* 10-1f - to rn - set register n as destination register */
/* 10-1f(B) - move rn - move one register to another (if B flag is set) */
#define FX_TO(reg) \
    if (TF(B)) \
    { \
        GSU.avReg[(reg)] = SREG; \
        CLRFLAGS; \
    } \
    else \
        GSU.pvDreg = &GSU.avReg[reg]; \
    R15++

#define FX_TO_R14(reg) \
    if (TF(B)) \
    { \
        GSU.avReg[(reg)] = SREG; \
        CLRFLAGS; \
        READR14; \
    } \
    else \
        GSU.pvDreg = &GSU.avReg[reg]; \
    R15++

#define FX_TO_R15(reg) \
    if (TF(B)) \
    { \
        GSU.avReg[(reg)] = SREG; \
        CLRFLAGS; \
    } \
    else \
    { \
        GSU.pvDreg = &GSU.avReg[reg]; \
        R15++; \
    }

static INLINE void fx_to_r0(void)
{
   FX_TO(0);
}
static INLINE void fx_to_r1(void)
{
   FX_TO(1);
}
static INLINE void fx_to_r2(void)
{
   FX_TO(2);
}
static INLINE void fx_to_r3(void)
{
   FX_TO(3);
}
static INLINE void fx_to_r4(void)
{
   FX_TO(4);
}
static INLINE void fx_to_r5(void)
{
   FX_TO(5);
}
static INLINE void fx_to_r6(void)
{
   FX_TO(6);
}
static INLINE void fx_to_r7(void)
{
   FX_TO(7);
}
static INLINE void fx_to_r8(void)
{
   FX_TO(8);
}
static INLINE void fx_to_r9(void)
{
   FX_TO(9);
}
static INLINE void fx_to_r10(void)
{
   FX_TO(10);
}
static INLINE void fx_to_r11(void)
{
   FX_TO(11);
}
static INLINE void fx_to_r12(void)
{
   FX_TO(12);
}
static INLINE void fx_to_r13(void)
{
   FX_TO(13);
}
static INLINE void fx_to_r14(void)
{
   FX_TO_R14(14);
}
static INLINE void fx_to_r15(void)
{
   FX_TO_R15(15);
}

/* 20-2f - to rn - set register n as source and destination register */
#define FX_WITH(reg) \
    SF(B); \
    GSU.pvSreg = GSU.pvDreg = &GSU.avReg[reg]; \
    R15++

static INLINE void fx_with_r0(void)
{
   FX_WITH(0);
}
static INLINE void fx_with_r1(void)
{
   FX_WITH(1);
}
static INLINE void fx_with_r2(void)
{
   FX_WITH(2);
}
static INLINE void fx_with_r3(void)
{
   FX_WITH(3);
}
static INLINE void fx_with_r4(void)
{
   FX_WITH(4);
}
static INLINE void fx_with_r5(void)
{
   FX_WITH(5);
}
static INLINE void fx_with_r6(void)
{
   FX_WITH(6);
}
static INLINE void fx_with_r7(void)
{
   FX_WITH(7);
}
static INLINE void fx_with_r8(void)
{
   FX_WITH(8);
}
static INLINE void fx_with_r9(void)
{
   FX_WITH(9);
}
static INLINE void fx_with_r10(void)
{
   FX_WITH(10);
}
static INLINE void fx_with_r11(void)
{
   FX_WITH(11);
}
static INLINE void fx_with_r12(void)
{
   FX_WITH(12);
}
static INLINE void fx_with_r13(void)
{
   FX_WITH(13);
}
static INLINE void fx_with_r14(void)
{
   FX_WITH(14);
}
static INLINE void fx_with_r15(void)
{
   FX_WITH(15);
}

/* 30-3b - stw (rn) - store word */
#define FX_STW(reg) \
    GSU.vLastRamAdr = GSU.avReg[reg]; \
    RAM(GSU.avReg[reg]) = (uint8_t) SREG; \
    RAM(GSU.avReg[reg] ^ 1) = (uint8_t) (SREG >> 8); \
    CLRFLAGS; \
    R15++

static INLINE void fx_stw_r0(void)
{
   FX_STW(0);
}
static INLINE void fx_stw_r1(void)
{
   FX_STW(1);
}
static INLINE void fx_stw_r2(void)
{
   FX_STW(2);
}
static INLINE void fx_stw_r3(void)
{
   FX_STW(3);
}
static INLINE void fx_stw_r4(void)
{
   FX_STW(4);
}
static INLINE void fx_stw_r5(void)
{
   FX_STW(5);
}
static INLINE void fx_stw_r6(void)
{
   FX_STW(6);
}
static INLINE void fx_stw_r7(void)
{
   FX_STW(7);
}
static INLINE void fx_stw_r8(void)
{
   FX_STW(8);
}
static INLINE void fx_stw_r9(void)
{
   FX_STW(9);
}
static INLINE void fx_stw_r10(void)
{
   FX_STW(10);
}
static INLINE void fx_stw_r11(void)
{
   FX_STW(11);
}

/* 30-3b(ALT1) - stb (rn) - store byte */
#define FX_STB(reg) \
    GSU.vLastRamAdr = GSU.avReg[reg]; \
    RAM(GSU.avReg[reg]) = (uint8_t) SREG; \
    CLRFLAGS; \
    R15++

static INLINE void fx_stb_r0(void)
{
   FX_STB(0);
}
static INLINE void fx_stb_r1(void)
{
   FX_STB(1);
}
static INLINE void fx_stb_r2(void)
{
   FX_STB(2);
}
static INLINE void fx_stb_r3(void)
{
   FX_STB(3);
}
static INLINE void fx_stb_r4(void)
{
   FX_STB(4);
}
static INLINE void fx_stb_r5(void)
{
   FX_STB(5);
}
static INLINE void fx_stb_r6(void)
{
   FX_STB(6);
}
static INLINE void fx_stb_r7(void)
{
   FX_STB(7);
}
static INLINE void fx_stb_r8(void)
{
   FX_STB(8);
}
static INLINE void fx_stb_r9(void)
{
   FX_STB(9);
}
static INLINE void fx_stb_r10(void)
{
   FX_STB(10);
}
static INLINE void fx_stb_r11(void)
{
   FX_STB(11);
}

/* 3c - loop - decrement loop counter, and branch on not zero */
static INLINE void fx_loop(void)
{
   GSU.vSign = GSU.vZero = --R12;
   if ((uint16_t) R12 != 0)
      R15 = R13;
   else
      R15++;
   CLRFLAGS;
}

/* 3d - alt1 - set alt1 mode */
static INLINE void fx_alt1(void)
{
   SF(ALT1);
   CF(B);
   R15++;
}

/* 3e - alt2 - set alt2 mode */
static INLINE void fx_alt2(void)
{
   SF(ALT2);
   CF(B);
   R15++;
}

/* 3f - alt3 - set alt3 mode */
static INLINE void fx_alt3(void)
{
   SF(ALT1);
   SF(ALT2);
   CF(B);
   R15++;
}

/* 40-4b - ldw (rn) - load word from RAM */
#define FX_LDW(reg) \
    uint32_t v; \
    GSU.vLastRamAdr = GSU.avReg[reg]; \
    v = (uint32_t) RAM(GSU.avReg[reg]); \
    v |= ((uint32_t) RAM(GSU.avReg[reg] ^ 1)) << 8; \
    R15++; \
    DREG = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_ldw_r0(void)
{
   FX_LDW(0);
}
static INLINE void fx_ldw_r1(void)
{
   FX_LDW(1);
}
static INLINE void fx_ldw_r2(void)
{
   FX_LDW(2);
}
static INLINE void fx_ldw_r3(void)
{
   FX_LDW(3);
}
static INLINE void fx_ldw_r4(void)
{
   FX_LDW(4);
}
static INLINE void fx_ldw_r5(void)
{
   FX_LDW(5);
}
static INLINE void fx_ldw_r6(void)
{
   FX_LDW(6);
}
static INLINE void fx_ldw_r7(void)
{
   FX_LDW(7);
}
static INLINE void fx_ldw_r8(void)
{
   FX_LDW(8);
}
static INLINE void fx_ldw_r9(void)
{
   FX_LDW(9);
}
static INLINE void fx_ldw_r10(void)
{
   FX_LDW(10);
}
static INLINE void fx_ldw_r11(void)
{
   FX_LDW(11);
}

/* 40-4b(ALT1) - ldb (rn) - load byte */
#define FX_LDB(reg) \
    uint32_t v; \
    GSU.vLastRamAdr = GSU.avReg[reg]; \
    v = (uint32_t) RAM(GSU.avReg[reg]); \
    R15++; \
    DREG = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_ldb_r0(void)
{
   FX_LDB(0);
}
static INLINE void fx_ldb_r1(void)
{
   FX_LDB(1);
}
static INLINE void fx_ldb_r2(void)
{
   FX_LDB(2);
}
static INLINE void fx_ldb_r3(void)
{
   FX_LDB(3);
}
static INLINE void fx_ldb_r4(void)
{
   FX_LDB(4);
}
static INLINE void fx_ldb_r5(void)
{
   FX_LDB(5);
}
static INLINE void fx_ldb_r6(void)
{
   FX_LDB(6);
}
static INLINE void fx_ldb_r7(void)
{
   FX_LDB(7);
}
static INLINE void fx_ldb_r8(void)
{
   FX_LDB(8);
}
static INLINE void fx_ldb_r9(void)
{
   FX_LDB(9);
}
static INLINE void fx_ldb_r10(void)
{
   FX_LDB(10);
}
static INLINE void fx_ldb_r11(void)
{
   FX_LDB(11);
}

/* 4c - plot - plot pixel with R1,R2 as x,y and the color register as the color */
static INLINE void fx_plot_2bit(void)
{
   uint32_t x = USEX8(R1);
   uint32_t y = USEX8(R2);
   uint8_t* a;
   uint8_t v, c;

   R15++;
   CLRFLAGS;
   R1++;

   if (GSU.vPlotOptionReg & 0x02)
      c = (x ^ y) & 1 ? (uint8_t) (GSU.vColorReg >> 4) : (uint8_t)GSU.vColorReg;
   else
      c = (uint8_t) GSU.vColorReg;

   if (!(GSU.vPlotOptionReg & 0x01) && !(c & 0xf))
      return;
   a = GSU.apvScreen[y >> 3] + GSU.x[x >> 3] + ((y & 7) << 1);
   v = 128 >> (x & 7);

   if (c & 0x01)
      a[0] |= v;
   else
      a[0] &= ~v;
   if (c & 0x02)
      a[1] |= v;
   else
      a[1] &= ~v;
}

/* 2c(ALT1) - rpix - read color of the pixel with R1,R2 as x,y */
static INLINE void fx_rpix_2bit(void)
{
   uint32_t x = USEX8(R1);
   uint32_t y = USEX8(R2);
   uint8_t* a;
   uint8_t v;

   R15++;
   CLRFLAGS;

   a = GSU.apvScreen[y >> 3] + GSU.x[x >> 3] + ((y & 7) << 1);
   v = 128 >> (x & 7);

   DREG = 0;
   DREG |= ((uint32_t)((a[0] & v) != 0)) << 0;
   DREG |= ((uint32_t)((a[1] & v) != 0)) << 1;
   TESTR14;
}

/* 4c - plot - plot pixel with R1,R2 as x,y and the color register as the color */
static INLINE void fx_plot_4bit(void)
{
   uint32_t x = USEX8(R1);
   uint32_t y = USEX8(R2);
   uint8_t* a;
   uint8_t v, c;

   R15++;
   CLRFLAGS;
   R1++;

   if (GSU.vPlotOptionReg & 0x02)
      c = (x ^ y) & 1 ? (uint8_t)(GSU.vColorReg >> 4) : (uint8_t)GSU.vColorReg;
   else
      c = (uint8_t)GSU.vColorReg;

   if (!(GSU.vPlotOptionReg & 0x01) && !(c & 0xf)) return;

   a = GSU.apvScreen[y >> 3] + GSU.x[x >> 3] + ((y & 7) << 1);
   v = 128 >> (x & 7);

   if (c & 0x01)
      a[0x00] |= v;
   else
      a[0x00] &= ~v;
   if (c & 0x02)
      a[0x01] |= v;
   else
      a[0x01] &= ~v;
   if (c & 0x04)
      a[0x10] |= v;
   else
      a[0x10] &= ~v;
   if (c & 0x08)
      a[0x11] |= v;
   else
      a[0x11] &= ~v;
}

/* 4c(ALT1) - rpix - read color of the pixel with R1,R2 as x,y */
static INLINE void fx_rpix_4bit(void)
{
   uint32_t x = USEX8(R1);
   uint32_t y = USEX8(R2);
   uint8_t* a;
   uint8_t v;

   R15++;
   CLRFLAGS;

   a = GSU.apvScreen[y >> 3] + GSU.x[x >> 3] + ((y & 7) << 1);
   v = 128 >> (x & 7);

   DREG = 0;
   DREG |= ((uint32_t)((a[0x00] & v) != 0)) << 0;
   DREG |= ((uint32_t)((a[0x01] & v) != 0)) << 1;
   DREG |= ((uint32_t)((a[0x10] & v) != 0)) << 2;
   DREG |= ((uint32_t)((a[0x11] & v) != 0)) << 3;
   TESTR14;
}

/* 8c - plot - plot pixel with R1,R2 as x,y and the color register as the color */
static INLINE void fx_plot_8bit(void)
{
   uint32_t x = USEX8(R1);
   uint32_t y = USEX8(R2);
   uint8_t* a;
   uint8_t v, c;

   R15++;
   CLRFLAGS;
   R1++;

   c = (uint8_t)GSU.vColorReg;
   if (!(GSU.vPlotOptionReg & 0x10))
   {
      if (!(GSU.vPlotOptionReg & 0x01) && !(c & 0xf))
         return;
   }
   else if (!(GSU.vPlotOptionReg & 0x01) && !c)
      return;

   a = GSU.apvScreen[y >> 3] + GSU.x[x >> 3] + ((y & 7) << 1);
   v = 128 >> (x & 7);

   if (c & 0x01)
      a[0x00] |= v;
   else
      a[0x00] &= ~v;
   if (c & 0x02)
      a[0x01] |= v;
   else
      a[0x01] &= ~v;
   if (c & 0x04)
      a[0x10] |= v;
   else
      a[0x10] &= ~v;
   if (c & 0x08)
      a[0x11] |= v;
   else
      a[0x11] &= ~v;
   if (c & 0x10)
      a[0x20] |= v;
   else
      a[0x20] &= ~v;
   if (c & 0x20)
      a[0x21] |= v;
   else
      a[0x21] &= ~v;
   if (c & 0x40)
      a[0x30] |= v;
   else
      a[0x30] &= ~v;
   if (c & 0x80)
      a[0x31] |= v;
   else
      a[0x31] &= ~v;
}

/* 4c(ALT1) - rpix - read color of the pixel with R1,R2 as x,y */
static INLINE void fx_rpix_8bit(void)
{
   uint32_t x = USEX8(R1);
   uint32_t y = USEX8(R2);
   uint8_t* a;
   uint8_t v;

   R15++;
   CLRFLAGS;

   a = GSU.apvScreen[y >> 3] + GSU.x[x >> 3] + ((y & 7) << 1);
   v = 128 >> (x & 7);

   DREG = 0;
   DREG |= ((uint32_t)((a[0x00] & v) != 0)) << 0;
   DREG |= ((uint32_t)((a[0x01] & v) != 0)) << 1;
   DREG |= ((uint32_t)((a[0x10] & v) != 0)) << 2;
   DREG |= ((uint32_t)((a[0x11] & v) != 0)) << 3;
   DREG |= ((uint32_t)((a[0x20] & v) != 0)) << 4;
   DREG |= ((uint32_t)((a[0x21] & v) != 0)) << 5;
   DREG |= ((uint32_t)((a[0x30] & v) != 0)) << 6;
   DREG |= ((uint32_t)((a[0x31] & v) != 0)) << 7;
   GSU.vZero = DREG;
   TESTR14;
}

/* 4o - plot - plot pixel with R1,R2 as x,y and the color register as the color */
/* 4c(ALT1) - rpix - read color of the pixel with R1,R2 as x,y */
static INLINE void fx_obj_func(void)
{
}

/* 4d - swap - swap upper and lower byte of a register */
static INLINE void fx_swap(void)
{
   uint8_t c = (uint8_t)SREG;
   uint8_t d = (uint8_t)(SREG >> 8);
   uint32_t v = (((uint32_t)c) << 8) | ((uint32_t)d);
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   TESTR14;
   CLRFLAGS;
}

/* 4e - color - copy source register to color register */
static INLINE void fx_color(void)
{
   uint8_t c = (uint8_t)SREG;
   if (GSU.vPlotOptionReg & 0x04)
      c = (c & 0xf0) | (c >> 4);
   if (GSU.vPlotOptionReg & 0x08)
   {
      GSU.vColorReg &= 0xf0;
      GSU.vColorReg |= c & 0x0f;
   }
   else
      GSU.vColorReg = USEX8(c);
   CLRFLAGS;
   R15++;
}

/* 4e(ALT1) - cmode - set plot option register */
static INLINE void fx_cmode(void)
{
   GSU.vPlotOptionReg = SREG;

   if (GSU.vPlotOptionReg & 0x10)
      GSU.vScreenHeight = 256; /* OBJ Mode (for drawing into sprites) */
   else
      GSU.vScreenHeight = GSU.vScreenRealHeight;

   fx_computeScreenPointers();
   CLRFLAGS;
   R15++;
}

/* 4f - not - perform exclusive exor with 1 on all bits */
static INLINE void fx_not(void)
{
   uint32_t v = ~SREG;
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   TESTR14;
   CLRFLAGS;
}

/* 50-5f - add rn - add, register + register */
#define FX_ADD(reg) \
    int32_t s = SUSEX16(SREG) + SUSEX16(GSU.avReg[reg]); \
    GSU.vCarry = s >= 0x10000; \
    GSU.vOverflow = ~(SREG ^ GSU.avReg[reg]) & (GSU.avReg[reg] ^ s) & 0x8000; \
    GSU.vSign = s; \
    GSU.vZero = s; \
    R15++; \
    DREG = s; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_add_r0(void)
{
   FX_ADD(0);
}
static INLINE void fx_add_r1(void)
{
   FX_ADD(1);
}
static INLINE void fx_add_r2(void)
{
   FX_ADD(2);
}
static INLINE void fx_add_r3(void)
{
   FX_ADD(3);
}
static INLINE void fx_add_r4(void)
{
   FX_ADD(4);
}
static INLINE void fx_add_r5(void)
{
   FX_ADD(5);
}
static INLINE void fx_add_r6(void)
{
   FX_ADD(6);
}
static INLINE void fx_add_r7(void)
{
   FX_ADD(7);
}
static INLINE void fx_add_r8(void)
{
   FX_ADD(8);
}
static INLINE void fx_add_r9(void)
{
   FX_ADD(9);
}
static INLINE void fx_add_r10(void)
{
   FX_ADD(10);
}
static INLINE void fx_add_r11(void)
{
   FX_ADD(11);
}
static INLINE void fx_add_r12(void)
{
   FX_ADD(12);
}
static INLINE void fx_add_r13(void)
{
   FX_ADD(13);
}
static INLINE void fx_add_r14(void)
{
   FX_ADD(14);
}
static INLINE void fx_add_r15(void)
{
   FX_ADD(15);
}

/* 50-5f(ALT1) - adc rn - add with carry, register + register */
#define FX_ADC(reg) \
    int32_t s = SUSEX16(SREG) + SUSEX16(GSU.avReg[reg]) + SEX16(GSU.vCarry); \
    GSU.vCarry = s >= 0x10000; \
    GSU.vOverflow = ~(SREG ^ GSU.avReg[reg]) & (GSU.avReg[reg] ^ s) & 0x8000; \
    GSU.vSign = s; \
    GSU.vZero = s; \
    R15++; \
    DREG = s; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_adc_r0(void)
{
   FX_ADC(0);
}
static INLINE void fx_adc_r1(void)
{
   FX_ADC(1);
}
static INLINE void fx_adc_r2(void)
{
   FX_ADC(2);
}
static INLINE void fx_adc_r3(void)
{
   FX_ADC(3);
}
static INLINE void fx_adc_r4(void)
{
   FX_ADC(4);
}
static INLINE void fx_adc_r5(void)
{
   FX_ADC(5);
}
static INLINE void fx_adc_r6(void)
{
   FX_ADC(6);
}
static INLINE void fx_adc_r7(void)
{
   FX_ADC(7);
}
static INLINE void fx_adc_r8(void)
{
   FX_ADC(8);
}
static INLINE void fx_adc_r9(void)
{
   FX_ADC(9);
}
static INLINE void fx_adc_r10(void)
{
   FX_ADC(10);
}
static INLINE void fx_adc_r11(void)
{
   FX_ADC(11);
}
static INLINE void fx_adc_r12(void)
{
   FX_ADC(12);
}
static INLINE void fx_adc_r13(void)
{
   FX_ADC(13);
}
static INLINE void fx_adc_r14(void)
{
   FX_ADC(14);
}
static INLINE void fx_adc_r15(void)
{
   FX_ADC(15);
}

/* 50-5f(ALT2) - add #n - add, register + immediate */
#define FX_ADD_I(imm) \
    int32_t s = SUSEX16(SREG) + imm; \
    GSU.vCarry = s >= 0x10000; \
    GSU.vOverflow = ~(SREG ^ imm) & (imm ^ s) & 0x8000; \
    GSU.vSign = s; \
    GSU.vZero = s; \
    R15++; \
    DREG = s; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_add_i0(void)
{
   FX_ADD_I(0);
}
static INLINE void fx_add_i1(void)
{
   FX_ADD_I(1);
}
static INLINE void fx_add_i2(void)
{
   FX_ADD_I(2);
}
static INLINE void fx_add_i3(void)
{
   FX_ADD_I(3);
}
static INLINE void fx_add_i4(void)
{
   FX_ADD_I(4);
}
static INLINE void fx_add_i5(void)
{
   FX_ADD_I(5);
}
static INLINE void fx_add_i6(void)
{
   FX_ADD_I(6);
}
static INLINE void fx_add_i7(void)
{
   FX_ADD_I(7);
}
static INLINE void fx_add_i8(void)
{
   FX_ADD_I(8);
}
static INLINE void fx_add_i9(void)
{
   FX_ADD_I(9);
}
static INLINE void fx_add_i10(void)
{
   FX_ADD_I(10);
}
static INLINE void fx_add_i11(void)
{
   FX_ADD_I(11);
}
static INLINE void fx_add_i12(void)
{
   FX_ADD_I(12);
}
static INLINE void fx_add_i13(void)
{
   FX_ADD_I(13);
}
static INLINE void fx_add_i14(void)
{
   FX_ADD_I(14);
}
static INLINE void fx_add_i15(void)
{
   FX_ADD_I(15);
}

/* 50-5f(ALT3) - adc #n - add with carry, register + immediate */
#define FX_ADC_I(imm) \
    int32_t s = SUSEX16(SREG) + imm + SUSEX16(GSU.vCarry); \
    GSU.vCarry = s >= 0x10000; \
    GSU.vOverflow = ~(SREG ^ imm) & (imm ^ s) & 0x8000; \
    GSU.vSign = s; \
    GSU.vZero = s; \
    R15++; \
    DREG = s; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_adc_i0(void)
{
   FX_ADC_I(0);
}
static INLINE void fx_adc_i1(void)
{
   FX_ADC_I(1);
}
static INLINE void fx_adc_i2(void)
{
   FX_ADC_I(2);
}
static INLINE void fx_adc_i3(void)
{
   FX_ADC_I(3);
}
static INLINE void fx_adc_i4(void)
{
   FX_ADC_I(4);
}
static INLINE void fx_adc_i5(void)
{
   FX_ADC_I(5);
}
static INLINE void fx_adc_i6(void)
{
   FX_ADC_I(6);
}
static INLINE void fx_adc_i7(void)
{
   FX_ADC_I(7);
}
static INLINE void fx_adc_i8(void)
{
   FX_ADC_I(8);
}
static INLINE void fx_adc_i9(void)
{
   FX_ADC_I(9);
}
static INLINE void fx_adc_i10(void)
{
   FX_ADC_I(10);
}
static INLINE void fx_adc_i11(void)
{
   FX_ADC_I(11);
}
static INLINE void fx_adc_i12(void)
{
   FX_ADC_I(12);
}
static INLINE void fx_adc_i13(void)
{
   FX_ADC_I(13);
}
static INLINE void fx_adc_i14(void)
{
   FX_ADC_I(14);
}
static INLINE void fx_adc_i15(void)
{
   FX_ADC_I(15);
}

/* 60-6f - sub rn - subtract, register - register */
#define FX_SUB(reg) \
    int32_t s = SUSEX16(SREG) - SUSEX16(GSU.avReg[reg]); \
    GSU.vCarry = s >= 0; \
    GSU.vOverflow = (SREG ^ GSU.avReg[reg]) & (SREG ^ s) & 0x8000; \
    GSU.vSign = s; \
    GSU.vZero = s; \
    R15++; \
    DREG = s; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_sub_r0(void)
{
   FX_SUB(0);
}
static INLINE void fx_sub_r1(void)
{
   FX_SUB(1);
}
static INLINE void fx_sub_r2(void)
{
   FX_SUB(2);
}
static INLINE void fx_sub_r3(void)
{
   FX_SUB(3);
}
static INLINE void fx_sub_r4(void)
{
   FX_SUB(4);
}
static INLINE void fx_sub_r5(void)
{
   FX_SUB(5);
}
static INLINE void fx_sub_r6(void)
{
   FX_SUB(6);
}
static INLINE void fx_sub_r7(void)
{
   FX_SUB(7);
}
static INLINE void fx_sub_r8(void)
{
   FX_SUB(8);
}
static INLINE void fx_sub_r9(void)
{
   FX_SUB(9);
}
static INLINE void fx_sub_r10(void)
{
   FX_SUB(10);
}
static INLINE void fx_sub_r11(void)
{
   FX_SUB(11);
}
static INLINE void fx_sub_r12(void)
{
   FX_SUB(12);
}
static INLINE void fx_sub_r13(void)
{
   FX_SUB(13);
}
static INLINE void fx_sub_r14(void)
{
   FX_SUB(14);
}
static INLINE void fx_sub_r15(void)
{
   FX_SUB(15);
}

/* 60-6f(ALT1) - sbc rn - subtract with carry, register - register */
#define FX_SBC(reg) \
    int32_t s = SUSEX16(SREG) - SUSEX16(GSU.avReg[reg]) - (SUSEX16(GSU.vCarry ^ 1)); \
    GSU.vCarry = s >= 0; \
    GSU.vOverflow = (SREG ^ GSU.avReg[reg]) & (SREG ^ s) & 0x8000; \
    GSU.vSign = s; \
    GSU.vZero = s; \
    R15++; \
    DREG = s; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_sbc_r0(void)
{
   FX_SBC(0);
}
static INLINE void fx_sbc_r1(void)
{
   FX_SBC(1);
}
static INLINE void fx_sbc_r2(void)
{
   FX_SBC(2);
}
static INLINE void fx_sbc_r3(void)
{
   FX_SBC(3);
}
static INLINE void fx_sbc_r4(void)
{
   FX_SBC(4);
}
static INLINE void fx_sbc_r5(void)
{
   FX_SBC(5);
}
static INLINE void fx_sbc_r6(void)
{
   FX_SBC(6);
}
static INLINE void fx_sbc_r7(void)
{
   FX_SBC(7);
}
static INLINE void fx_sbc_r8(void)
{
   FX_SBC(8);
}
static INLINE void fx_sbc_r9(void)
{
   FX_SBC(9);
}
static INLINE void fx_sbc_r10(void)
{
   FX_SBC(10);
}
static INLINE void fx_sbc_r11(void)
{
   FX_SBC(11);
}
static INLINE void fx_sbc_r12(void)
{
   FX_SBC(12);
}
static INLINE void fx_sbc_r13(void)
{
   FX_SBC(13);
}
static INLINE void fx_sbc_r14(void)
{
   FX_SBC(14);
}
static INLINE void fx_sbc_r15(void)
{
   FX_SBC(15);
}

/* 60-6f(ALT2) - sub #n - subtract, register - immediate */
#define FX_SUB_I(imm) \
    int32_t s = SUSEX16(SREG) - imm; \
    GSU.vCarry = s >= 0; \
    GSU.vOverflow = (SREG ^ imm) & (SREG ^ s) & 0x8000; \
    GSU.vSign = s; \
    GSU.vZero = s; \
    R15++; \
    DREG = s; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_sub_i0(void)
{
   FX_SUB_I(0);
}
static INLINE void fx_sub_i1(void)
{
   FX_SUB_I(1);
}
static INLINE void fx_sub_i2(void)
{
   FX_SUB_I(2);
}
static INLINE void fx_sub_i3(void)
{
   FX_SUB_I(3);
}
static INLINE void fx_sub_i4(void)
{
   FX_SUB_I(4);
}
static INLINE void fx_sub_i5(void)
{
   FX_SUB_I(5);
}
static INLINE void fx_sub_i6(void)
{
   FX_SUB_I(6);
}
static INLINE void fx_sub_i7(void)
{
   FX_SUB_I(7);
}
static INLINE void fx_sub_i8(void)
{
   FX_SUB_I(8);
}
static INLINE void fx_sub_i9(void)
{
   FX_SUB_I(9);
}
static INLINE void fx_sub_i10(void)
{
   FX_SUB_I(10);
}
static INLINE void fx_sub_i11(void)
{
   FX_SUB_I(11);
}
static INLINE void fx_sub_i12(void)
{
   FX_SUB_I(12);
}
static INLINE void fx_sub_i13(void)
{
   FX_SUB_I(13);
}
static INLINE void fx_sub_i14(void)
{
   FX_SUB_I(14);
}
static INLINE void fx_sub_i15(void)
{
   FX_SUB_I(15);
}

/* 60-6f(ALT3) - cmp rn - compare, register, register */
#define FX_CMP(reg) \
    int32_t s = SUSEX16(SREG) - SUSEX16(GSU.avReg[reg]); \
    GSU.vCarry = s >= 0; \
    GSU.vOverflow = (SREG ^ GSU.avReg[reg]) & (SREG ^ s) & 0x8000; \
    GSU.vSign = s; \
    GSU.vZero = s; \
    R15++; \
    CLRFLAGS

static INLINE void fx_cmp_r0(void)
{
   FX_CMP(0);
}
static INLINE void fx_cmp_r1(void)
{
   FX_CMP(1);
}
static INLINE void fx_cmp_r2(void)
{
   FX_CMP(2);
}
static INLINE void fx_cmp_r3(void)
{
   FX_CMP(3);
}
static INLINE void fx_cmp_r4(void)
{
   FX_CMP(4);
}
static INLINE void fx_cmp_r5(void)
{
   FX_CMP(5);
}
static INLINE void fx_cmp_r6(void)
{
   FX_CMP(6);
}
static INLINE void fx_cmp_r7(void)
{
   FX_CMP(7);
}
static INLINE void fx_cmp_r8(void)
{
   FX_CMP(8);
}
static INLINE void fx_cmp_r9(void)
{
   FX_CMP(9);
}
static INLINE void fx_cmp_r10(void)
{
   FX_CMP(10);
}
static INLINE void fx_cmp_r11(void)
{
   FX_CMP(11);
}
static INLINE void fx_cmp_r12(void)
{
   FX_CMP(12);
}
static INLINE void fx_cmp_r13(void)
{
   FX_CMP(13);
}
static INLINE void fx_cmp_r14(void)
{
   FX_CMP(14);
}
static INLINE void fx_cmp_r15(void)
{
   FX_CMP(15);
}

/* 70 - merge - R7 as upper byte, R8 as lower byte (used for texture-mapping) */
static INLINE void fx_merge(void)
{
   uint32_t v = (R7 & 0xff00) | ((R8 & 0xff00) >> 8);
   R15++;
   DREG = v;
   GSU.vOverflow = (v & 0xc0c0) << 16;
   GSU.vZero = !(v & 0xf0f0);
   GSU.vSign = ((v | (v << 8)) & 0x8000);
   GSU.vCarry = (v & 0xe0e0) != 0;
   TESTR14;
   CLRFLAGS;
}

/* 71-7f - and rn - reister & register */
#define FX_AND(reg) \
    uint32_t v = SREG & GSU.avReg[reg]; \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_and_r1(void)
{
   FX_AND(1);
}
static INLINE void fx_and_r2(void)
{
   FX_AND(2);
}
static INLINE void fx_and_r3(void)
{
   FX_AND(3);
}
static INLINE void fx_and_r4(void)
{
   FX_AND(4);
}
static INLINE void fx_and_r5(void)
{
   FX_AND(5);
}
static INLINE void fx_and_r6(void)
{
   FX_AND(6);
}
static INLINE void fx_and_r7(void)
{
   FX_AND(7);
}
static INLINE void fx_and_r8(void)
{
   FX_AND(8);
}
static INLINE void fx_and_r9(void)
{
   FX_AND(9);
}
static INLINE void fx_and_r10(void)
{
   FX_AND(10);
}
static INLINE void fx_and_r11(void)
{
   FX_AND(11);
}
static INLINE void fx_and_r12(void)
{
   FX_AND(12);
}
static INLINE void fx_and_r13(void)
{
   FX_AND(13);
}
static INLINE void fx_and_r14(void)
{
   FX_AND(14);
}
static INLINE void fx_and_r15(void)
{
   FX_AND(15);
}

/* 71-7f(ALT1) - bic rn - reister & ~register */
#define FX_BIC(reg) \
    uint32_t v = SREG & ~GSU.avReg[reg]; \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_bic_r1(void)
{
   FX_BIC(1);
}
static INLINE void fx_bic_r2(void)
{
   FX_BIC(2);
}
static INLINE void fx_bic_r3(void)
{
   FX_BIC(3);
}
static INLINE void fx_bic_r4(void)
{
   FX_BIC(4);
}
static INLINE void fx_bic_r5(void)
{
   FX_BIC(5);
}
static INLINE void fx_bic_r6(void)
{
   FX_BIC(6);
}
static INLINE void fx_bic_r7(void)
{
   FX_BIC(7);
}
static INLINE void fx_bic_r8(void)
{
   FX_BIC(8);
}
static INLINE void fx_bic_r9(void)
{
   FX_BIC(9);
}
static INLINE void fx_bic_r10(void)
{
   FX_BIC(10);
}
static INLINE void fx_bic_r11(void)
{
   FX_BIC(11);
}
static INLINE void fx_bic_r12(void)
{
   FX_BIC(12);
}
static INLINE void fx_bic_r13(void)
{
   FX_BIC(13);
}
static INLINE void fx_bic_r14(void)
{
   FX_BIC(14);
}
static INLINE void fx_bic_r15(void)
{
   FX_BIC(15);
}

/* 71-7f(ALT2) - and #n - reister & immediate */
#define FX_AND_I(imm) \
    uint32_t v = SREG & imm; \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_and_i1(void)
{
   FX_AND_I(1);
}
static INLINE void fx_and_i2(void)
{
   FX_AND_I(2);
}
static INLINE void fx_and_i3(void)
{
   FX_AND_I(3);
}
static INLINE void fx_and_i4(void)
{
   FX_AND_I(4);
}
static INLINE void fx_and_i5(void)
{
   FX_AND_I(5);
}
static INLINE void fx_and_i6(void)
{
   FX_AND_I(6);
}
static INLINE void fx_and_i7(void)
{
   FX_AND_I(7);
}
static INLINE void fx_and_i8(void)
{
   FX_AND_I(8);
}
static INLINE void fx_and_i9(void)
{
   FX_AND_I(9);
}
static INLINE void fx_and_i10(void)
{
   FX_AND_I(10);
}
static INLINE void fx_and_i11(void)
{
   FX_AND_I(11);
}
static INLINE void fx_and_i12(void)
{
   FX_AND_I(12);
}
static INLINE void fx_and_i13(void)
{
   FX_AND_I(13);
}
static INLINE void fx_and_i14(void)
{
   FX_AND_I(14);
}
static INLINE void fx_and_i15(void)
{
   FX_AND_I(15);
}

/* 71-7f(ALT3) - bic #n - reister & ~immediate */
#define FX_BIC_I(imm) \
    uint32_t v = SREG & ~imm; \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_bic_i1(void)
{
   FX_BIC_I(1);
}
static INLINE void fx_bic_i2(void)
{
   FX_BIC_I(2);
}
static INLINE void fx_bic_i3(void)
{
   FX_BIC_I(3);
}
static INLINE void fx_bic_i4(void)
{
   FX_BIC_I(4);
}
static INLINE void fx_bic_i5(void)
{
   FX_BIC_I(5);
}
static INLINE void fx_bic_i6(void)
{
   FX_BIC_I(6);
}
static INLINE void fx_bic_i7(void)
{
   FX_BIC_I(7);
}
static INLINE void fx_bic_i8(void)
{
   FX_BIC_I(8);
}
static INLINE void fx_bic_i9(void)
{
   FX_BIC_I(9);
}
static INLINE void fx_bic_i10(void)
{
   FX_BIC_I(10);
}
static INLINE void fx_bic_i11(void)
{
   FX_BIC_I(11);
}
static INLINE void fx_bic_i12(void)
{
   FX_BIC_I(12);
}
static INLINE void fx_bic_i13(void)
{
   FX_BIC_I(13);
}
static INLINE void fx_bic_i14(void)
{
   FX_BIC_I(14);
}
static INLINE void fx_bic_i15(void)
{
   FX_BIC_I(15);
}

/* 80-8f - mult rn - 8 bit to 16 bit signed multiply, register * register */
#define FX_MULT(reg) \
    uint32_t v = (uint32_t) (SEX8(SREG) * SEX8(GSU.avReg[reg])); \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_mult_r0(void)
{
   FX_MULT(0);
}
static INLINE void fx_mult_r1(void)
{
   FX_MULT(1);
}
static INLINE void fx_mult_r2(void)
{
   FX_MULT(2);
}
static INLINE void fx_mult_r3(void)
{
   FX_MULT(3);
}
static INLINE void fx_mult_r4(void)
{
   FX_MULT(4);
}
static INLINE void fx_mult_r5(void)
{
   FX_MULT(5);
}
static INLINE void fx_mult_r6(void)
{
   FX_MULT(6);
}
static INLINE void fx_mult_r7(void)
{
   FX_MULT(7);
}
static INLINE void fx_mult_r8(void)
{
   FX_MULT(8);
}
static INLINE void fx_mult_r9(void)
{
   FX_MULT(9);
}
static INLINE void fx_mult_r10(void)
{
   FX_MULT(10);
}
static INLINE void fx_mult_r11(void)
{
   FX_MULT(11);
}
static INLINE void fx_mult_r12(void)
{
   FX_MULT(12);
}
static INLINE void fx_mult_r13(void)
{
   FX_MULT(13);
}
static INLINE void fx_mult_r14(void)
{
   FX_MULT(14);
}
static INLINE void fx_mult_r15(void)
{
   FX_MULT(15);
}

/* 80-8f(ALT1) - umult rn - 8 bit to 16 bit unsigned multiply, register * register */
#define FX_UMULT(reg) \
    uint32_t v = USEX8(SREG) * USEX8(GSU.avReg[reg]); \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_umult_r0(void)
{
   FX_UMULT(0);
}
static INLINE void fx_umult_r1(void)
{
   FX_UMULT(1);
}
static INLINE void fx_umult_r2(void)
{
   FX_UMULT(2);
}
static INLINE void fx_umult_r3(void)
{
   FX_UMULT(3);
}
static INLINE void fx_umult_r4(void)
{
   FX_UMULT(4);
}
static INLINE void fx_umult_r5(void)
{
   FX_UMULT(5);
}
static INLINE void fx_umult_r6(void)
{
   FX_UMULT(6);
}
static INLINE void fx_umult_r7(void)
{
   FX_UMULT(7);
}
static INLINE void fx_umult_r8(void)
{
   FX_UMULT(8);
}
static INLINE void fx_umult_r9(void)
{
   FX_UMULT(9);
}
static INLINE void fx_umult_r10(void)
{
   FX_UMULT(10);
}
static INLINE void fx_umult_r11(void)
{
   FX_UMULT(11);
}
static INLINE void fx_umult_r12(void)
{
   FX_UMULT(12);
}
static INLINE void fx_umult_r13(void)
{
   FX_UMULT(13);
}
static INLINE void fx_umult_r14(void)
{
   FX_UMULT(14);
}
static INLINE void fx_umult_r15(void)
{
   FX_UMULT(15);
}

/* 80-8f(ALT2) - mult #n - 8 bit to 16 bit signed multiply, register * immediate */
#define FX_MULT_I(imm) \
    uint32_t v = (uint32_t) (SEX8(SREG) * ((int32_t) imm)); \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_mult_i0(void)
{
   FX_MULT_I(0);
}
static INLINE void fx_mult_i1(void)
{
   FX_MULT_I(1);
}
static INLINE void fx_mult_i2(void)
{
   FX_MULT_I(2);
}
static INLINE void fx_mult_i3(void)
{
   FX_MULT_I(3);
}
static INLINE void fx_mult_i4(void)
{
   FX_MULT_I(4);
}
static INLINE void fx_mult_i5(void)
{
   FX_MULT_I(5);
}
static INLINE void fx_mult_i6(void)
{
   FX_MULT_I(6);
}
static INLINE void fx_mult_i7(void)
{
   FX_MULT_I(7);
}
static INLINE void fx_mult_i8(void)
{
   FX_MULT_I(8);
}
static INLINE void fx_mult_i9(void)
{
   FX_MULT_I(9);
}
static INLINE void fx_mult_i10(void)
{
   FX_MULT_I(10);
}
static INLINE void fx_mult_i11(void)
{
   FX_MULT_I(11);
}
static INLINE void fx_mult_i12(void)
{
   FX_MULT_I(12);
}
static INLINE void fx_mult_i13(void)
{
   FX_MULT_I(13);
}
static INLINE void fx_mult_i14(void)
{
   FX_MULT_I(14);
}
static INLINE void fx_mult_i15(void)
{
   FX_MULT_I(15);
}

/* 80-8f(ALT3) - umult #n - 8 bit to 16 bit unsigned multiply, register * immediate */
#define FX_UMULT_I(imm) \
    uint32_t v = USEX8(SREG) * ((uint32_t) imm); \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_umult_i0(void)
{
   FX_UMULT_I(0);
}
static INLINE void fx_umult_i1(void)
{
   FX_UMULT_I(1);
}
static INLINE void fx_umult_i2(void)
{
   FX_UMULT_I(2);
}
static INLINE void fx_umult_i3(void)
{
   FX_UMULT_I(3);
}
static INLINE void fx_umult_i4(void)
{
   FX_UMULT_I(4);
}
static INLINE void fx_umult_i5(void)
{
   FX_UMULT_I(5);
}
static INLINE void fx_umult_i6(void)
{
   FX_UMULT_I(6);
}
static INLINE void fx_umult_i7(void)
{
   FX_UMULT_I(7);
}
static INLINE void fx_umult_i8(void)
{
   FX_UMULT_I(8);
}
static INLINE void fx_umult_i9(void)
{
   FX_UMULT_I(9);
}
static INLINE void fx_umult_i10(void)
{
   FX_UMULT_I(10);
}
static INLINE void fx_umult_i11(void)
{
   FX_UMULT_I(11);
}
static INLINE void fx_umult_i12(void)
{
   FX_UMULT_I(12);
}
static INLINE void fx_umult_i13(void)
{
   FX_UMULT_I(13);
}
static INLINE void fx_umult_i14(void)
{
   FX_UMULT_I(14);
}
static INLINE void fx_umult_i15(void)
{
   FX_UMULT_I(15);
}

/* 90 - sbk - store word to last accessed RAM address */
static INLINE void fx_sbk(void)
{
   RAM(GSU.vLastRamAdr) = (uint8_t)SREG;
   RAM(GSU.vLastRamAdr ^ 1) = (uint8_t)(SREG >> 8);
   CLRFLAGS;
   R15++;
}

/* 91-94 - link #n - R11 = R15 + immediate */
#define FX_LINK_I(lkn) \
    R11 = R15 + lkn; \
    CLRFLAGS; \
    R15++

static INLINE void fx_link_i1(void)
{
   FX_LINK_I(1);
}
static INLINE void fx_link_i2(void)
{
   FX_LINK_I(2);
}
static INLINE void fx_link_i3(void)
{
   FX_LINK_I(3);
}
static INLINE void fx_link_i4(void)
{
   FX_LINK_I(4);
}

/* 95 - sex - sign extend 8 bit to 16 bit */
static INLINE void fx_sex(void)
{
   uint32_t v = (uint32_t)SEX8(SREG);
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   TESTR14;
   CLRFLAGS;
}

/* 96 - asr - aritmetric shift right by one */
static INLINE void fx_asr(void)
{
   uint32_t v;
   GSU.vCarry = SREG & 1;
   v = (uint32_t)(SEX16(SREG) >> 1);
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   TESTR14;
   CLRFLAGS;
}

/* 96(ALT1) - div2 - aritmetric shift right by one */
static INLINE void fx_div2(void)
{
   uint32_t v;
   int32_t s = SEX16(SREG);
   GSU.vCarry = s & 1;
   if (s == -1)
      v = 0;
   else
      v = (uint32_t)(s >> 1);
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   TESTR14;
   CLRFLAGS;
}

/* 97 - ror - rotate right by one */
static INLINE void fx_ror(void)
{
   uint32_t v = (USEX16(SREG) >> 1) | (GSU.vCarry << 15);
   GSU.vCarry = SREG & 1;
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   TESTR14;
   CLRFLAGS;
}

/* 98-9d - jmp rn - jump to address of register */
#define FX_JMP(reg) \
    R15 = GSU.avReg[reg]; \
    CLRFLAGS

static INLINE void fx_jmp_r8(void)
{
   FX_JMP(8);
}
static INLINE void fx_jmp_r9(void)
{
   FX_JMP(9);
}
static INLINE void fx_jmp_r10(void)
{
   FX_JMP(10);
}
static INLINE void fx_jmp_r11(void)
{
   FX_JMP(11);
}
static INLINE void fx_jmp_r12(void)
{
   FX_JMP(12);
}
static INLINE void fx_jmp_r13(void)
{
   FX_JMP(13);
}

/* 98-9d(ALT1) - ljmp rn - set program bank to source register and jump to address of register */
#define FX_LJMP(reg) \
    GSU.vPrgBankReg = GSU.avReg[reg] & 0x7f; \
    GSU.pvPrgBank = GSU.apvRomBank[GSU.vPrgBankReg]; \
    R15 = SREG; \
    GSU.bCacheActive = false; \
    fx_cache(); \
    R15--

static INLINE void fx_ljmp_r8(void)
{
   FX_LJMP(8);
}
static INLINE void fx_ljmp_r9(void)
{
   FX_LJMP(9);
}
static INLINE void fx_ljmp_r10(void)
{
   FX_LJMP(10);
}
static INLINE void fx_ljmp_r11(void)
{
   FX_LJMP(11);
}
static INLINE void fx_ljmp_r12(void)
{
   FX_LJMP(12);
}
static INLINE void fx_ljmp_r13(void)
{
   FX_LJMP(13);
}

/* 9e - lob - set upper byte to zero (keep low byte) */
static INLINE void fx_lob(void)
{
   uint32_t v = USEX8(SREG);
   R15++;
   DREG = v;
   GSU.vSign = v << 8;
   GSU.vZero = v << 8;
   TESTR14;
   CLRFLAGS;
}

/* 9f - fmult - 16 bit to 32 bit signed multiplication, upper 16 bits only */
static INLINE void fx_fmult(void)
{
   uint32_t v;
   uint32_t c = (uint32_t)(SEX16(SREG) * SEX16(R6));
   v = c >> 16;
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   GSU.vCarry = (c >> 15) & 1;
   TESTR14;
   CLRFLAGS;
}

/* 9f(ALT1) - lmult - 16 bit to 32 bit signed multiplication */
static INLINE void fx_lmult(void)
{
   uint32_t v;
   uint32_t c = (uint32_t)(SEX16(SREG) * SEX16(R6));
   R4 = c;
   v = c >> 16;
   R15++;
   DREG = v;
   GSU.vSign = v;
   GSU.vZero = v;
   /* XXX R6 or R4? */
   GSU.vCarry = (R4 >> 15) & 1; /* should it be bit 15 of R4 instead? */
   TESTR14;
   CLRFLAGS;
}

/* a0-af - ibt rn,#pp - immediate byte transfer */
#define FX_IBT(reg) \
    uint8_t v = PIPE; \
    R15++; \
    FETCHPIPE; \
    R15++; \
    GSU.avReg[reg] = SEX8(v); \
    CLRFLAGS

static INLINE void fx_ibt_r0(void)
{
   FX_IBT(0);
}
static INLINE void fx_ibt_r1(void)
{
   FX_IBT(1);
}
static INLINE void fx_ibt_r2(void)
{
   FX_IBT(2);
}
static INLINE void fx_ibt_r3(void)
{
   FX_IBT(3);
}
static INLINE void fx_ibt_r4(void)
{
   FX_IBT(4);
}
static INLINE void fx_ibt_r5(void)
{
   FX_IBT(5);
}
static INLINE void fx_ibt_r6(void)
{
   FX_IBT(6);
}
static INLINE void fx_ibt_r7(void)
{
   FX_IBT(7);
}
static INLINE void fx_ibt_r8(void)
{
   FX_IBT(8);
}
static INLINE void fx_ibt_r9(void)
{
   FX_IBT(9);
}
static INLINE void fx_ibt_r10(void)
{
   FX_IBT(10);
}
static INLINE void fx_ibt_r11(void)
{
   FX_IBT(11);
}
static INLINE void fx_ibt_r12(void)
{
   FX_IBT(12);
}
static INLINE void fx_ibt_r13(void)
{
   FX_IBT(13);
}
static INLINE void fx_ibt_r14(void)
{
   FX_IBT(14);
   READR14;
}
static INLINE void fx_ibt_r15(void)
{
   FX_IBT(15);
}

/* a0-af(ALT1) - lms rn,(yy) - load word from RAM (short address) */
#define FX_LMS(reg) \
    GSU.vLastRamAdr = ((uint32_t) PIPE) << 1; \
    R15++; \
    FETCHPIPE; \
    R15++; \
    GSU.avReg[reg] = (uint32_t) RAM(GSU.vLastRamAdr); \
    GSU.avReg[reg] |= ((uint32_t) RAM(GSU.vLastRamAdr + 1)) << 8; \
    CLRFLAGS

static INLINE void fx_lms_r0(void)
{
   FX_LMS(0);
}
static INLINE void fx_lms_r1(void)
{
   FX_LMS(1);
}
static INLINE void fx_lms_r2(void)
{
   FX_LMS(2);
}
static INLINE void fx_lms_r3(void)
{
   FX_LMS(3);
}
static INLINE void fx_lms_r4(void)
{
   FX_LMS(4);
}
static INLINE void fx_lms_r5(void)
{
   FX_LMS(5);
}
static INLINE void fx_lms_r6(void)
{
   FX_LMS(6);
}
static INLINE void fx_lms_r7(void)
{
   FX_LMS(7);
}
static INLINE void fx_lms_r8(void)
{
   FX_LMS(8);
}
static INLINE void fx_lms_r9(void)
{
   FX_LMS(9);
}
static INLINE void fx_lms_r10(void)
{
   FX_LMS(10);
}
static INLINE void fx_lms_r11(void)
{
   FX_LMS(11);
}
static INLINE void fx_lms_r12(void)
{
   FX_LMS(12);
}
static INLINE void fx_lms_r13(void)
{
   FX_LMS(13);
}
static INLINE void fx_lms_r14(void)
{
   FX_LMS(14);
   READR14;
}
static INLINE void fx_lms_r15(void)
{
   FX_LMS(15);
}

/* a0-af(ALT2) - sms (yy),rn - store word in RAM (short address) */
/* If rn == r15, is the value of r15 before or after the extra byte is read? */
#define FX_SMS(reg) \
    uint32_t v = GSU.avReg[reg]; \
    GSU.vLastRamAdr = ((uint32_t) PIPE) << 1; \
    R15++; \
    FETCHPIPE; \
    RAM(GSU.vLastRamAdr) = (uint8_t) v; \
    RAM(GSU.vLastRamAdr + 1) = (uint8_t) (v >> 8); \
    CLRFLAGS; \
    R15++

static INLINE void fx_sms_r0(void)
{
   FX_SMS(0);
}
static INLINE void fx_sms_r1(void)
{
   FX_SMS(1);
}
static INLINE void fx_sms_r2(void)
{
   FX_SMS(2);
}
static INLINE void fx_sms_r3(void)
{
   FX_SMS(3);
}
static INLINE void fx_sms_r4(void)
{
   FX_SMS(4);
}
static INLINE void fx_sms_r5(void)
{
   FX_SMS(5);
}
static INLINE void fx_sms_r6(void)
{
   FX_SMS(6);
}
static INLINE void fx_sms_r7(void)
{
   FX_SMS(7);
}
static INLINE void fx_sms_r8(void)
{
   FX_SMS(8);
}
static INLINE void fx_sms_r9(void)
{
   FX_SMS(9);
}
static INLINE void fx_sms_r10(void)
{
   FX_SMS(10);
}
static INLINE void fx_sms_r11(void)
{
   FX_SMS(11);
}
static INLINE void fx_sms_r12(void)
{
   FX_SMS(12);
}
static INLINE void fx_sms_r13(void)
{
   FX_SMS(13);
}
static INLINE void fx_sms_r14(void)
{
   FX_SMS(14);
}
static INLINE void fx_sms_r15(void)
{
   FX_SMS(15);
}

/* b0-bf - from rn - set source register */
/* b0-bf(B) - moves rn - move register to register, and set flags, (if B flag is set) */
#define FX_FROM(reg) \
    if (TF(B)) \
    { \
        uint32_t v = GSU.avReg[reg]; \
        R15++; \
        DREG = v; \
        GSU.vOverflow = (v & 0x80) << 16; \
        GSU.vSign = v; \
        GSU.vZero = v; \
        TESTR14; \
        CLRFLAGS; \
    } \
    else \
    { \
        GSU.pvSreg = &GSU.avReg[reg]; \
        R15++; \
    }

static INLINE void fx_from_r0(void)
{
   FX_FROM(0);
}
static INLINE void fx_from_r1(void)
{
   FX_FROM(1);
}
static INLINE void fx_from_r2(void)
{
   FX_FROM(2);
}
static INLINE void fx_from_r3(void)
{
   FX_FROM(3);
}
static INLINE void fx_from_r4(void)
{
   FX_FROM(4);
}
static INLINE void fx_from_r5(void)
{
   FX_FROM(5);
}
static INLINE void fx_from_r6(void)
{
   FX_FROM(6);
}
static INLINE void fx_from_r7(void)
{
   FX_FROM(7);
}
static INLINE void fx_from_r8(void)
{
   FX_FROM(8);
}
static INLINE void fx_from_r9(void)
{
   FX_FROM(9);
}
static INLINE void fx_from_r10(void)
{
   FX_FROM(10);
}
static INLINE void fx_from_r11(void)
{
   FX_FROM(11);
}
static INLINE void fx_from_r12(void)
{
   FX_FROM(12);
}
static INLINE void fx_from_r13(void)
{
   FX_FROM(13);
}
static INLINE void fx_from_r14(void)
{
   FX_FROM(14);
}
static INLINE void fx_from_r15(void)
{
   FX_FROM(15);
}

/* c0 - hib - move high-byte to low-byte */
static INLINE void fx_hib(void)
{
   uint32_t v = USEX8(SREG >> 8);
   R15++;
   DREG = v;
   GSU.vSign = v << 8;
   GSU.vZero = v << 8;
   TESTR14;
   CLRFLAGS;
}

/* c1-cf - or rn */
#define FX_OR(reg) \
    uint32_t v = SREG | GSU.avReg[reg]; \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_or_r1(void)
{
   FX_OR(1);
}
static INLINE void fx_or_r2(void)
{
   FX_OR(2);
}
static INLINE void fx_or_r3(void)
{
   FX_OR(3);
}
static INLINE void fx_or_r4(void)
{
   FX_OR(4);
}
static INLINE void fx_or_r5(void)
{
   FX_OR(5);
}
static INLINE void fx_or_r6(void)
{
   FX_OR(6);
}
static INLINE void fx_or_r7(void)
{
   FX_OR(7);
}
static INLINE void fx_or_r8(void)
{
   FX_OR(8);
}
static INLINE void fx_or_r9(void)
{
   FX_OR(9);
}
static INLINE void fx_or_r10(void)
{
   FX_OR(10);
}
static INLINE void fx_or_r11(void)
{
   FX_OR(11);
}
static INLINE void fx_or_r12(void)
{
   FX_OR(12);
}
static INLINE void fx_or_r13(void)
{
   FX_OR(13);
}
static INLINE void fx_or_r14(void)
{
   FX_OR(14);
}
static INLINE void fx_or_r15(void)
{
   FX_OR(15);
}

/* c1-cf(ALT1) - xor rn */
#define FX_XOR(reg) \
    uint32_t v = SREG ^ GSU.avReg[reg]; \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_xor_r1(void)
{
   FX_XOR(1);
}
static INLINE void fx_xor_r2(void)
{
   FX_XOR(2);
}
static INLINE void fx_xor_r3(void)
{
   FX_XOR(3);
}
static INLINE void fx_xor_r4(void)
{
   FX_XOR(4);
}
static INLINE void fx_xor_r5(void)
{
   FX_XOR(5);
}
static INLINE void fx_xor_r6(void)
{
   FX_XOR(6);
}
static INLINE void fx_xor_r7(void)
{
   FX_XOR(7);
}
static INLINE void fx_xor_r8(void)
{
   FX_XOR(8);
}
static INLINE void fx_xor_r9(void)
{
   FX_XOR(9);
}
static INLINE void fx_xor_r10(void)
{
   FX_XOR(10);
}
static INLINE void fx_xor_r11(void)
{
   FX_XOR(11);
}
static INLINE void fx_xor_r12(void)
{
   FX_XOR(12);
}
static INLINE void fx_xor_r13(void)
{
   FX_XOR(13);
}
static INLINE void fx_xor_r14(void)
{
   FX_XOR(14);
}
static INLINE void fx_xor_r15(void)
{
   FX_XOR(15);
}

/* c1-cf(ALT2) - or #n */
#define FX_OR_I(imm) \
    uint32_t v = SREG | imm; \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_or_i1(void)
{
   FX_OR_I(1);
}
static INLINE void fx_or_i2(void)
{
   FX_OR_I(2);
}
static INLINE void fx_or_i3(void)
{
   FX_OR_I(3);
}
static INLINE void fx_or_i4(void)
{
   FX_OR_I(4);
}
static INLINE void fx_or_i5(void)
{
   FX_OR_I(5);
}
static INLINE void fx_or_i6(void)
{
   FX_OR_I(6);
}
static INLINE void fx_or_i7(void)
{
   FX_OR_I(7);
}
static INLINE void fx_or_i8(void)
{
   FX_OR_I(8);
}
static INLINE void fx_or_i9(void)
{
   FX_OR_I(9);
}
static INLINE void fx_or_i10(void)
{
   FX_OR_I(10);
}
static INLINE void fx_or_i11(void)
{
   FX_OR_I(11);
}
static INLINE void fx_or_i12(void)
{
   FX_OR_I(12);
}
static INLINE void fx_or_i13(void)
{
   FX_OR_I(13);
}
static INLINE void fx_or_i14(void)
{
   FX_OR_I(14);
}
static INLINE void fx_or_i15(void)
{
   FX_OR_I(15);
}

/* c1-cf(ALT3) - xor #n */
#define FX_XOR_I(imm) \
    uint32_t v = SREG ^ imm; \
    R15++; \
    DREG = v; \
    GSU.vSign = v; \
    GSU.vZero = v; \
    TESTR14; \
    CLRFLAGS

static INLINE void fx_xor_i1(void)
{
   FX_XOR_I(1);
}
static INLINE void fx_xor_i2(void)
{
   FX_XOR_I(2);
}
static INLINE void fx_xor_i3(void)
{
   FX_XOR_I(3);
}
static INLINE void fx_xor_i4(void)
{
   FX_XOR_I(4);
}
static INLINE void fx_xor_i5(void)
{
   FX_XOR_I(5);
}
static INLINE void fx_xor_i6(void)
{
   FX_XOR_I(6);
}
static INLINE void fx_xor_i7(void)
{
   FX_XOR_I(7);
}
static INLINE void fx_xor_i8(void)
{
   FX_XOR_I(8);
}
static INLINE void fx_xor_i9(void)
{
   FX_XOR_I(9);
}
static INLINE void fx_xor_i10(void)
{
   FX_XOR_I(10);
}
static INLINE void fx_xor_i11(void)
{
   FX_XOR_I(11);
}
static INLINE void fx_xor_i12(void)
{
   FX_XOR_I(12);
}
static INLINE void fx_xor_i13(void)
{
   FX_XOR_I(13);
}
static INLINE void fx_xor_i14(void)
{
   FX_XOR_I(14);
}
static INLINE void fx_xor_i15(void)
{
   FX_XOR_I(15);
}

/* d0-de - inc rn - increase by one */
#define FX_INC(reg) \
    GSU.avReg[reg] += 1; \
    GSU.vSign = GSU.avReg[reg]; \
    GSU.vZero = GSU.avReg[reg]; \
    CLRFLAGS; \
    R15++

static INLINE void fx_inc_r0(void)
{
   FX_INC(0);
}
static INLINE void fx_inc_r1(void)
{
   FX_INC(1);
}
static INLINE void fx_inc_r2(void)
{
   FX_INC(2);
}
static INLINE void fx_inc_r3(void)
{
   FX_INC(3);
}
static INLINE void fx_inc_r4(void)
{
   FX_INC(4);
}
static INLINE void fx_inc_r5(void)
{
   FX_INC(5);
}
static INLINE void fx_inc_r6(void)
{
   FX_INC(6);
}
static INLINE void fx_inc_r7(void)
{
   FX_INC(7);
}
static INLINE void fx_inc_r8(void)
{
   FX_INC(8);
}
static INLINE void fx_inc_r9(void)
{
   FX_INC(9);
}
static INLINE void fx_inc_r10(void)
{
   FX_INC(10);
}
static INLINE void fx_inc_r11(void)
{
   FX_INC(11);
}
static INLINE void fx_inc_r12(void)
{
   FX_INC(12);
}
static INLINE void fx_inc_r13(void)
{
   FX_INC(13);
}
static INLINE void fx_inc_r14(void)
{
   FX_INC(14);
   READR14;
}

/* df - getc - transfer ROM buffer to color register */
static INLINE void fx_getc(void)
{
   uint8_t c = GSU.vRomBuffer;
   if (GSU.vPlotOptionReg & 0x04)
      c = (c & 0xf0) | (c >> 4);
   if (GSU.vPlotOptionReg & 0x08)
   {
      GSU.vColorReg &= 0xf0;
      GSU.vColorReg |= c & 0x0f;
   }
   else
      GSU.vColorReg = USEX8(c);
   CLRFLAGS;
   R15++;
}

/* df(ALT2) - ramb - set current RAM bank */
static INLINE void fx_ramb(void)
{
   GSU.vRamBankReg = SREG & (FX_RAM_BANKS - 1);
   GSU.pvRamBank = GSU.apvRamBank[GSU.vRamBankReg & 0x3];
   CLRFLAGS;
   R15++;
}

/* df(ALT3) - romb - set current ROM bank */
static INLINE void fx_romb(void)
{
   GSU.vRomBankReg = USEX8(SREG) & 0x7f;
   GSU.pvRomBank = GSU.apvRomBank[GSU.vRomBankReg];
   CLRFLAGS;
   R15++;
}

/* e0-ee - dec rn - decrement by one */
#define FX_DEC(reg) \
    GSU.avReg[reg] -= 1; \
    GSU.vSign = GSU.avReg[reg]; \
    GSU.vZero = GSU.avReg[reg]; \
    CLRFLAGS; \
    R15++

static INLINE void fx_dec_r0(void)
{
   FX_DEC(0);
}
static INLINE void fx_dec_r1(void)
{
   FX_DEC(1);
}
static INLINE void fx_dec_r2(void)
{
   FX_DEC(2);
}
static INLINE void fx_dec_r3(void)
{
   FX_DEC(3);
}
static INLINE void fx_dec_r4(void)
{
   FX_DEC(4);
}
static INLINE void fx_dec_r5(void)
{
   FX_DEC(5);
}
static INLINE void fx_dec_r6(void)
{
   FX_DEC(6);
}
static INLINE void fx_dec_r7(void)
{
   FX_DEC(7);
}
static INLINE void fx_dec_r8(void)
{
   FX_DEC(8);
}
static INLINE void fx_dec_r9(void)
{
   FX_DEC(9);
}
static INLINE void fx_dec_r10(void)
{
   FX_DEC(10);
}
static INLINE void fx_dec_r11(void)
{
   FX_DEC(11);
}
static INLINE void fx_dec_r12(void)
{
   FX_DEC(12);
}
static INLINE void fx_dec_r13(void)
{
   FX_DEC(13);
}
static INLINE void fx_dec_r14(void)
{
   FX_DEC(14);
   READR14;
}

/* ef - getb - get byte from ROM at address R14 */
static INLINE void fx_getb(void)
{
   uint32_t v = (uint32_t)GSU.vRomBuffer;
   R15++;
   DREG = v;
   TESTR14;
   CLRFLAGS;
}

/* ef(ALT1) - getbh - get high-byte from ROM at address R14 */
static INLINE void fx_getbh(void)
{
   uint32_t c = USEX8(GSU.vRomBuffer);
   uint32_t v = USEX8(SREG) | (c << 8);
   R15++;
   DREG = v;
   TESTR14;
   CLRFLAGS;
}

/* ef(ALT2) - getbl - get low-byte from ROM at address R14 */
static INLINE void fx_getbl(void)
{
   uint32_t c = USEX8(GSU.vRomBuffer);
   uint32_t v = (SREG & 0xff00) | c;
   R15++;
   DREG = v;
   TESTR14;
   CLRFLAGS;
}

/* ef(ALT3) - getbs - get sign extended byte from ROM at address R14 */
static INLINE void fx_getbs(void)
{
   uint32_t v = SEX8(GSU.vRomBuffer);
   R15++;
   DREG = v;
   TESTR14;
   CLRFLAGS;
}

/* f0-ff - iwt rn,#xx - immediate word transfer to register */
#define FX_IWT(reg) \
    uint32_t v = PIPE; \
    R15++; \
    FETCHPIPE; \
    R15++; \
    v |= USEX8(PIPE) << 8; \
    FETCHPIPE; \
    R15++; \
    GSU.avReg[reg] = v; \
    CLRFLAGS

static INLINE void fx_iwt_r0(void)
{
   FX_IWT(0);
}
static INLINE void fx_iwt_r1(void)
{
   FX_IWT(1);
}
static INLINE void fx_iwt_r2(void)
{
   FX_IWT(2);
}
static INLINE void fx_iwt_r3(void)
{
   FX_IWT(3);
}
static INLINE void fx_iwt_r4(void)
{
   FX_IWT(4);
}
static INLINE void fx_iwt_r5(void)
{
   FX_IWT(5);
}
static INLINE void fx_iwt_r6(void)
{
   FX_IWT(6);
}
static INLINE void fx_iwt_r7(void)
{
   FX_IWT(7);
}
static INLINE void fx_iwt_r8(void)
{
   FX_IWT(8);
}
static INLINE void fx_iwt_r9(void)
{
   FX_IWT(9);
}
static INLINE void fx_iwt_r10(void)
{
   FX_IWT(10);
}
static INLINE void fx_iwt_r11(void)
{
   FX_IWT(11);
}
static INLINE void fx_iwt_r12(void)
{
   FX_IWT(12);
}
static INLINE void fx_iwt_r13(void)
{
   FX_IWT(13);
}
static INLINE void fx_iwt_r14(void)
{
   FX_IWT(14);
   READR14;
}
static INLINE void fx_iwt_r15(void)
{
   FX_IWT(15);
}

/* f0-ff(ALT1) - lm rn,(xx) - load word from RAM */
#define FX_LM(reg) \
    GSU.vLastRamAdr = PIPE; \
    R15++; \
    FETCHPIPE; \
    R15++; \
    GSU.vLastRamAdr |= USEX8(PIPE) << 8; \
    FETCHPIPE; \
    R15++; \
    GSU.avReg[reg] = RAM(GSU.vLastRamAdr); \
    GSU.avReg[reg] |= USEX8(RAM(GSU.vLastRamAdr ^ 1)) << 8; \
    CLRFLAGS

static INLINE void fx_lm_r0(void)
{
   FX_LM(0);
}
static INLINE void fx_lm_r1(void)
{
   FX_LM(1);
}
static INLINE void fx_lm_r2(void)
{
   FX_LM(2);
}
static INLINE void fx_lm_r3(void)
{
   FX_LM(3);
}
static INLINE void fx_lm_r4(void)
{
   FX_LM(4);
}
static INLINE void fx_lm_r5(void)
{
   FX_LM(5);
}
static INLINE void fx_lm_r6(void)
{
   FX_LM(6);
}
static INLINE void fx_lm_r7(void)
{
   FX_LM(7);
}
static INLINE void fx_lm_r8(void)
{
   FX_LM(8);
}
static INLINE void fx_lm_r9(void)
{
   FX_LM(9);
}
static INLINE void fx_lm_r10(void)
{
   FX_LM(10);
}
static INLINE void fx_lm_r11(void)
{
   FX_LM(11);
}
static INLINE void fx_lm_r12(void)
{
   FX_LM(12);
}
static INLINE void fx_lm_r13(void)
{
   FX_LM(13);
}
static INLINE void fx_lm_r14(void)
{
   FX_LM(14);
   READR14;
}
static INLINE void fx_lm_r15(void)
{
   FX_LM(15);
}

/* f0-ff(ALT2) - sm (xx),rn - store word in RAM */
/* If rn == r15, is the value of r15 before or after the extra bytes are read? */
#define FX_SM(reg) \
    uint32_t v = GSU.avReg[reg]; \
    GSU.vLastRamAdr = PIPE; \
    R15++; \
    FETCHPIPE; \
    R15++; \
    GSU.vLastRamAdr |= USEX8(PIPE) << 8; \
    FETCHPIPE; \
    RAM(GSU.vLastRamAdr) = (uint8_t) v; \
    RAM(GSU.vLastRamAdr ^ 1) = (uint8_t) (v >> 8); \
    CLRFLAGS; \
    R15++

static INLINE void fx_sm_r0(void)
{
   FX_SM(0);
}
static INLINE void fx_sm_r1(void)
{
   FX_SM(1);
}
static INLINE void fx_sm_r2(void)
{
   FX_SM(2);
}
static INLINE void fx_sm_r3(void)
{
   FX_SM(3);
}
static INLINE void fx_sm_r4(void)
{
   FX_SM(4);
}
static INLINE void fx_sm_r5(void)
{
   FX_SM(5);
}
static INLINE void fx_sm_r6(void)
{
   FX_SM(6);
}
static INLINE void fx_sm_r7(void)
{
   FX_SM(7);
}
static INLINE void fx_sm_r8(void)
{
   FX_SM(8);
}
static INLINE void fx_sm_r9(void)
{
   FX_SM(9);
}
static INLINE void fx_sm_r10(void)
{
   FX_SM(10);
}
static INLINE void fx_sm_r11(void)
{
   FX_SM(11);
}
static INLINE void fx_sm_r12(void)
{
   FX_SM(12);
}
static INLINE void fx_sm_r13(void)
{
   FX_SM(13);
}
static INLINE void fx_sm_r14(void)
{
   FX_SM(14);
}
static INLINE void fx_sm_r15(void)
{
   FX_SM(15);
}

/*** GSU executions functions ***/

uint32_t fx_run(uint32_t nInstructions)
{
   GSU.vCounter = nInstructions;
   READR14;
   while (TF(G) && (GSU.vCounter-- > 0))
      FX_STEP;
   return nInstructions - GSU.vInstCount;
}

/*** Special table for the different plot configurations ***/
void (*fx_apfPlotTable[])(void) =
{
   &fx_plot_2bit, &fx_plot_4bit, &fx_plot_4bit, &fx_plot_8bit, &fx_obj_func,
   &fx_rpix_2bit, &fx_rpix_4bit, &fx_rpix_4bit, &fx_rpix_8bit, &fx_obj_func,
};

/*** Opcode table ***/
void (*fx_apfOpcodeTable[])(void) =
{
   /*
    * ALT0 Table
    */
   /* 00 - 0f */
   &fx_stop,    &fx_nop,     &fx_cache,    &fx_lsr,      &fx_rol,      &fx_bra,      &fx_bge,      &fx_blt,
   &fx_bne,     &fx_beq,     &fx_bpl,      &fx_bmi,      &fx_bcc,      &fx_bcs,      &fx_bvc,      &fx_bvs,
   /* 10 - 1f */
   &fx_to_r0,   &fx_to_r1,   &fx_to_r2,    &fx_to_r3,    &fx_to_r4,    &fx_to_r5,    &fx_to_r6,    &fx_to_r7,
   &fx_to_r8,   &fx_to_r9,   &fx_to_r10,   &fx_to_r11,   &fx_to_r12,   &fx_to_r13,   &fx_to_r14,   &fx_to_r15,
   /* 20 - 2f */
   &fx_with_r0, &fx_with_r1, &fx_with_r2,  &fx_with_r3,  &fx_with_r4,  &fx_with_r5,  &fx_with_r6,  &fx_with_r7,
   &fx_with_r8, &fx_with_r9, &fx_with_r10, &fx_with_r11, &fx_with_r12, &fx_with_r13, &fx_with_r14, &fx_with_r15,
   /* 30 - 3f */
   &fx_stw_r0,  &fx_stw_r1,  &fx_stw_r2,   &fx_stw_r3,   &fx_stw_r4,   &fx_stw_r5,   &fx_stw_r6,   &fx_stw_r7,
   &fx_stw_r8,  &fx_stw_r9,  &fx_stw_r10,  &fx_stw_r11,  &fx_loop,     &fx_alt1,     &fx_alt2,     &fx_alt3,
   /* 40 - 4f */
   &fx_ldw_r0,  &fx_ldw_r1,  &fx_ldw_r2,   &fx_ldw_r3,   &fx_ldw_r4,   &fx_ldw_r5,   &fx_ldw_r6,   &fx_ldw_r7,
   &fx_ldw_r8,  &fx_ldw_r9,  &fx_ldw_r10,  &fx_ldw_r11,  &fx_plot_2bit, &fx_swap,     &fx_color,    &fx_not,
   /* 50 - 5f */
   &fx_add_r0,  &fx_add_r1,  &fx_add_r2,   &fx_add_r3,   &fx_add_r4,   &fx_add_r5,   &fx_add_r6,   &fx_add_r7,
   &fx_add_r8,  &fx_add_r9,  &fx_add_r10,  &fx_add_r11,  &fx_add_r12,  &fx_add_r13,  &fx_add_r14,  &fx_add_r15,
   /* 60 - 6f */
   &fx_sub_r0,  &fx_sub_r1,  &fx_sub_r2,   &fx_sub_r3,   &fx_sub_r4,   &fx_sub_r5,   &fx_sub_r6,   &fx_sub_r7,
   &fx_sub_r8,  &fx_sub_r9,  &fx_sub_r10,  &fx_sub_r11,  &fx_sub_r12,  &fx_sub_r13,  &fx_sub_r14,  &fx_sub_r15,
   /* 70 - 7f */
   &fx_merge,   &fx_and_r1,  &fx_and_r2,   &fx_and_r3,   &fx_and_r4,   &fx_and_r5,   &fx_and_r6,   &fx_and_r7,
   &fx_and_r8,  &fx_and_r9,  &fx_and_r10,  &fx_and_r11,  &fx_and_r12,  &fx_and_r13,  &fx_and_r14,  &fx_and_r15,
   /* 80 - 8f */
   &fx_mult_r0, &fx_mult_r1, &fx_mult_r2,  &fx_mult_r3,  &fx_mult_r4,  &fx_mult_r5,  &fx_mult_r6,  &fx_mult_r7,
   &fx_mult_r8, &fx_mult_r9, &fx_mult_r10, &fx_mult_r11, &fx_mult_r12, &fx_mult_r13, &fx_mult_r14, &fx_mult_r15,
   /* 90 - 9f */
   &fx_sbk,     &fx_link_i1, &fx_link_i2,  &fx_link_i3,  &fx_link_i4,  &fx_sex,      &fx_asr,      &fx_ror,
   &fx_jmp_r8,  &fx_jmp_r9,  &fx_jmp_r10,  &fx_jmp_r11,  &fx_jmp_r12,  &fx_jmp_r13,  &fx_lob,      &fx_fmult,
   /* a0 - af */
   &fx_ibt_r0,  &fx_ibt_r1,  &fx_ibt_r2,   &fx_ibt_r3,   &fx_ibt_r4,   &fx_ibt_r5,   &fx_ibt_r6,   &fx_ibt_r7,
   &fx_ibt_r8,  &fx_ibt_r9,  &fx_ibt_r10,  &fx_ibt_r11,  &fx_ibt_r12,  &fx_ibt_r13,  &fx_ibt_r14,  &fx_ibt_r15,
   /* b0 - bf */
   &fx_from_r0, &fx_from_r1, &fx_from_r2,  &fx_from_r3,  &fx_from_r4,  &fx_from_r5,  &fx_from_r6,  &fx_from_r7,
   &fx_from_r8, &fx_from_r9, &fx_from_r10, &fx_from_r11, &fx_from_r12, &fx_from_r13, &fx_from_r14, &fx_from_r15,
   /* c0 - cf */
   &fx_hib,     &fx_or_r1,   &fx_or_r2,    &fx_or_r3,    &fx_or_r4,    &fx_or_r5,    &fx_or_r6,    &fx_or_r7,
   &fx_or_r8,   &fx_or_r9,   &fx_or_r10,   &fx_or_r11,   &fx_or_r12,   &fx_or_r13,   &fx_or_r14,   &fx_or_r15,
   /* d0 - df */
   &fx_inc_r0,  &fx_inc_r1,  &fx_inc_r2,   &fx_inc_r3,   &fx_inc_r4,   &fx_inc_r5,   &fx_inc_r6,   &fx_inc_r7,
   &fx_inc_r8,  &fx_inc_r9,  &fx_inc_r10,  &fx_inc_r11,  &fx_inc_r12,  &fx_inc_r13,  &fx_inc_r14,  &fx_getc,
   /* e0 - ef */
   &fx_dec_r0,  &fx_dec_r1,  &fx_dec_r2,   &fx_dec_r3,   &fx_dec_r4,   &fx_dec_r5,   &fx_dec_r6,   &fx_dec_r7,
   &fx_dec_r8,  &fx_dec_r9,  &fx_dec_r10,  &fx_dec_r11,  &fx_dec_r12,  &fx_dec_r13,  &fx_dec_r14,  &fx_getb,
   /* f0 - ff */
   &fx_iwt_r0,  &fx_iwt_r1,  &fx_iwt_r2,   &fx_iwt_r3,   &fx_iwt_r4,   &fx_iwt_r5,   &fx_iwt_r6,   &fx_iwt_r7,
   &fx_iwt_r8,  &fx_iwt_r9,  &fx_iwt_r10,  &fx_iwt_r11,  &fx_iwt_r12,  &fx_iwt_r13,  &fx_iwt_r14,  &fx_iwt_r15,
   /*
    * ALT1 Table
    */
   /* 00 - 0f */
   &fx_stop,    &fx_nop,     &fx_cache,    &fx_lsr,      &fx_rol,      &fx_bra,      &fx_bge,      &fx_blt,
   &fx_bne,     &fx_beq,     &fx_bpl,      &fx_bmi,      &fx_bcc,      &fx_bcs,      &fx_bvc,      &fx_bvs,
   /* 10 - 1f */
   &fx_to_r0,   &fx_to_r1,   &fx_to_r2,    &fx_to_r3,    &fx_to_r4,    &fx_to_r5,    &fx_to_r6,    &fx_to_r7,
   &fx_to_r8,   &fx_to_r9,   &fx_to_r10,   &fx_to_r11,   &fx_to_r12,   &fx_to_r13,   &fx_to_r14,   &fx_to_r15,
   /* 20 - 2f */
   &fx_with_r0, &fx_with_r1, &fx_with_r2,  &fx_with_r3,  &fx_with_r4,  &fx_with_r5,  &fx_with_r6,  &fx_with_r7,
   &fx_with_r8, &fx_with_r9, &fx_with_r10, &fx_with_r11, &fx_with_r12, &fx_with_r13, &fx_with_r14, &fx_with_r15,
   /* 30 - 3f */
   &fx_stb_r0,  &fx_stb_r1,  &fx_stb_r2,   &fx_stb_r3,   &fx_stb_r4,   &fx_stb_r5,   &fx_stb_r6,   &fx_stb_r7,
   &fx_stb_r8,  &fx_stb_r9,  &fx_stb_r10,  &fx_stb_r11,  &fx_loop,     &fx_alt1,     &fx_alt2,     &fx_alt3,
   /* 40 - 4f */
   &fx_ldb_r0,  &fx_ldb_r1,  &fx_ldb_r2,   &fx_ldb_r3,   &fx_ldb_r4,   &fx_ldb_r5,   &fx_ldb_r6,   &fx_ldb_r7,
   &fx_ldb_r8,  &fx_ldb_r9,  &fx_ldb_r10,  &fx_ldb_r11,  &fx_rpix_2bit, &fx_swap,     &fx_cmode,    &fx_not,
   /* 50 - 5f */
   &fx_adc_r0,  &fx_adc_r1,  &fx_adc_r2,   &fx_adc_r3,   &fx_adc_r4,   &fx_adc_r5,   &fx_adc_r6,   &fx_adc_r7,
   &fx_adc_r8,  &fx_adc_r9,  &fx_adc_r10,  &fx_adc_r11,  &fx_adc_r12,  &fx_adc_r13,  &fx_adc_r14,  &fx_adc_r15,
   /* 60 - 6f */
   &fx_sbc_r0,  &fx_sbc_r1,  &fx_sbc_r2,   &fx_sbc_r3,   &fx_sbc_r4,   &fx_sbc_r5,   &fx_sbc_r6,   &fx_sbc_r7,
   &fx_sbc_r8,  &fx_sbc_r9,  &fx_sbc_r10,  &fx_sbc_r11,  &fx_sbc_r12,  &fx_sbc_r13,  &fx_sbc_r14,  &fx_sbc_r15,
   /* 70 - 7f */
   &fx_merge,   &fx_bic_r1,  &fx_bic_r2,   &fx_bic_r3,   &fx_bic_r4,   &fx_bic_r5,   &fx_bic_r6,   &fx_bic_r7,
   &fx_bic_r8,  &fx_bic_r9,  &fx_bic_r10,  &fx_bic_r11,  &fx_bic_r12,  &fx_bic_r13,  &fx_bic_r14,  &fx_bic_r15,
   /* 80 - 8f */
   &fx_umult_r0, &fx_umult_r1, &fx_umult_r2, &fx_umult_r3, &fx_umult_r4, &fx_umult_r5, &fx_umult_r6, &fx_umult_r7,
   &fx_umult_r8, &fx_umult_r9, &fx_umult_r10, &fx_umult_r11, &fx_umult_r12, &fx_umult_r13, &fx_umult_r14, &fx_umult_r15,
   /* 90 - 9f */
   &fx_sbk,     &fx_link_i1, &fx_link_i2,  &fx_link_i3,  &fx_link_i4,  &fx_sex,      &fx_div2,     &fx_ror,
   &fx_ljmp_r8, &fx_ljmp_r9, &fx_ljmp_r10, &fx_ljmp_r11, &fx_ljmp_r12, &fx_ljmp_r13, &fx_lob,      &fx_lmult,
   /* a0 - af */
   &fx_lms_r0,  &fx_lms_r1,  &fx_lms_r2,   &fx_lms_r3,   &fx_lms_r4,   &fx_lms_r5,   &fx_lms_r6,   &fx_lms_r7,
   &fx_lms_r8,  &fx_lms_r9,  &fx_lms_r10,  &fx_lms_r11,  &fx_lms_r12,  &fx_lms_r13,  &fx_lms_r14,  &fx_lms_r15,
   /* b0 - bf */
   &fx_from_r0, &fx_from_r1, &fx_from_r2,  &fx_from_r3,  &fx_from_r4,  &fx_from_r5,  &fx_from_r6,  &fx_from_r7,
   &fx_from_r8, &fx_from_r9, &fx_from_r10, &fx_from_r11, &fx_from_r12, &fx_from_r13, &fx_from_r14, &fx_from_r15,
   /* c0 - cf */
   &fx_hib,     &fx_xor_r1,  &fx_xor_r2,   &fx_xor_r3,   &fx_xor_r4,   &fx_xor_r5,   &fx_xor_r6,   &fx_xor_r7,
   &fx_xor_r8,  &fx_xor_r9,  &fx_xor_r10,  &fx_xor_r11,  &fx_xor_r12,  &fx_xor_r13,  &fx_xor_r14,  &fx_xor_r15,
   /* d0 - df */
   &fx_inc_r0,  &fx_inc_r1,  &fx_inc_r2,   &fx_inc_r3,   &fx_inc_r4,   &fx_inc_r5,   &fx_inc_r6,   &fx_inc_r7,
   &fx_inc_r8,  &fx_inc_r9,  &fx_inc_r10,  &fx_inc_r11,  &fx_inc_r12,  &fx_inc_r13,  &fx_inc_r14,  &fx_getc,
   /* e0 - ef */
   &fx_dec_r0,  &fx_dec_r1,  &fx_dec_r2,   &fx_dec_r3,   &fx_dec_r4,   &fx_dec_r5,   &fx_dec_r6,   &fx_dec_r7,
   &fx_dec_r8,  &fx_dec_r9,  &fx_dec_r10,  &fx_dec_r11,  &fx_dec_r12,  &fx_dec_r13,  &fx_dec_r14,  &fx_getbh,
   /* f0 - ff */
   &fx_lm_r0,   &fx_lm_r1,   &fx_lm_r2,    &fx_lm_r3,    &fx_lm_r4,    &fx_lm_r5,    &fx_lm_r6,    &fx_lm_r7,
   &fx_lm_r8,   &fx_lm_r9,   &fx_lm_r10,   &fx_lm_r11,   &fx_lm_r12,   &fx_lm_r13,   &fx_lm_r14,   &fx_lm_r15,
   /*
    * ALT2 Table
    */
   /* 00 - 0f */
   &fx_stop,    &fx_nop,     &fx_cache,    &fx_lsr,      &fx_rol,      &fx_bra,      &fx_bge,      &fx_blt,
   &fx_bne,     &fx_beq,     &fx_bpl,      &fx_bmi,      &fx_bcc,      &fx_bcs,      &fx_bvc,      &fx_bvs,
   /* 10 - 1f */
   &fx_to_r0,   &fx_to_r1,   &fx_to_r2,    &fx_to_r3,    &fx_to_r4,    &fx_to_r5,    &fx_to_r6,    &fx_to_r7,
   &fx_to_r8,   &fx_to_r9,   &fx_to_r10,   &fx_to_r11,   &fx_to_r12,   &fx_to_r13,   &fx_to_r14,   &fx_to_r15,
   /* 20 - 2f */
   &fx_with_r0, &fx_with_r1, &fx_with_r2,  &fx_with_r3,  &fx_with_r4,  &fx_with_r5,  &fx_with_r6,  &fx_with_r7,
   &fx_with_r8, &fx_with_r9, &fx_with_r10, &fx_with_r11, &fx_with_r12, &fx_with_r13, &fx_with_r14, &fx_with_r15,
   /* 30 - 3f */
   &fx_stw_r0,  &fx_stw_r1,  &fx_stw_r2,   &fx_stw_r3,   &fx_stw_r4,   &fx_stw_r5,   &fx_stw_r6,   &fx_stw_r7,
   &fx_stw_r8,  &fx_stw_r9,  &fx_stw_r10,  &fx_stw_r11,  &fx_loop,     &fx_alt1,     &fx_alt2,     &fx_alt3,
   /* 40 - 4f */
   &fx_ldw_r0,  &fx_ldw_r1,  &fx_ldw_r2,   &fx_ldw_r3,   &fx_ldw_r4,   &fx_ldw_r5,   &fx_ldw_r6,   &fx_ldw_r7,
   &fx_ldw_r8,  &fx_ldw_r9,  &fx_ldw_r10,  &fx_ldw_r11,  &fx_plot_2bit, &fx_swap,     &fx_color,    &fx_not,
   /* 50 - 5f */
   &fx_add_i0,  &fx_add_i1,  &fx_add_i2,   &fx_add_i3,   &fx_add_i4,   &fx_add_i5,   &fx_add_i6,   &fx_add_i7,
   &fx_add_i8,  &fx_add_i9,  &fx_add_i10,  &fx_add_i11,  &fx_add_i12,  &fx_add_i13,  &fx_add_i14,  &fx_add_i15,
   /* 60 - 6f */
   &fx_sub_i0,  &fx_sub_i1,  &fx_sub_i2,   &fx_sub_i3,   &fx_sub_i4,   &fx_sub_i5,   &fx_sub_i6,   &fx_sub_i7,
   &fx_sub_i8,  &fx_sub_i9,  &fx_sub_i10,  &fx_sub_i11,  &fx_sub_i12,  &fx_sub_i13,  &fx_sub_i14,  &fx_sub_i15,
   /* 70 - 7f */
   &fx_merge,   &fx_and_i1,  &fx_and_i2,   &fx_and_i3,   &fx_and_i4,   &fx_and_i5,   &fx_and_i6,   &fx_and_i7,
   &fx_and_i8,  &fx_and_i9,  &fx_and_i10,  &fx_and_i11,  &fx_and_i12,  &fx_and_i13,  &fx_and_i14,  &fx_and_i15,
   /* 80 - 8f */
   &fx_mult_i0, &fx_mult_i1, &fx_mult_i2,  &fx_mult_i3,  &fx_mult_i4,  &fx_mult_i5,  &fx_mult_i6,  &fx_mult_i7,
   &fx_mult_i8, &fx_mult_i9, &fx_mult_i10, &fx_mult_i11, &fx_mult_i12, &fx_mult_i13, &fx_mult_i14, &fx_mult_i15,
   /* 90 - 9f */
   &fx_sbk,     &fx_link_i1, &fx_link_i2,  &fx_link_i3,  &fx_link_i4,  &fx_sex,      &fx_asr,      &fx_ror,
   &fx_jmp_r8,  &fx_jmp_r9,  &fx_jmp_r10,  &fx_jmp_r11,  &fx_jmp_r12,  &fx_jmp_r13,  &fx_lob,      &fx_fmult,
   /* a0 - af */
   &fx_sms_r0,  &fx_sms_r1,  &fx_sms_r2,   &fx_sms_r3,   &fx_sms_r4,   &fx_sms_r5,   &fx_sms_r6,   &fx_sms_r7,
   &fx_sms_r8,  &fx_sms_r9,  &fx_sms_r10,  &fx_sms_r11,  &fx_sms_r12,  &fx_sms_r13,  &fx_sms_r14,  &fx_sms_r15,
   /* b0 - bf */
   &fx_from_r0, &fx_from_r1, &fx_from_r2,  &fx_from_r3,  &fx_from_r4,  &fx_from_r5,  &fx_from_r6,  &fx_from_r7,
   &fx_from_r8, &fx_from_r9, &fx_from_r10, &fx_from_r11, &fx_from_r12, &fx_from_r13, &fx_from_r14, &fx_from_r15,
   /* c0 - cf */
   &fx_hib,     &fx_or_i1,   &fx_or_i2,    &fx_or_i3,    &fx_or_i4,    &fx_or_i5,    &fx_or_i6,    &fx_or_i7,
   &fx_or_i8,   &fx_or_i9,   &fx_or_i10,   &fx_or_i11,   &fx_or_i12,   &fx_or_i13,   &fx_or_i14,   &fx_or_i15,
   /* d0 - df */
   &fx_inc_r0,  &fx_inc_r1,  &fx_inc_r2,   &fx_inc_r3,   &fx_inc_r4,   &fx_inc_r5,   &fx_inc_r6,   &fx_inc_r7,
   &fx_inc_r8,  &fx_inc_r9,  &fx_inc_r10,  &fx_inc_r11,  &fx_inc_r12,  &fx_inc_r13,  &fx_inc_r14,  &fx_ramb,
   /* e0 - ef */
   &fx_dec_r0,  &fx_dec_r1,  &fx_dec_r2,   &fx_dec_r3,   &fx_dec_r4,   &fx_dec_r5,   &fx_dec_r6,   &fx_dec_r7,
   &fx_dec_r8,  &fx_dec_r9,  &fx_dec_r10,  &fx_dec_r11,  &fx_dec_r12,  &fx_dec_r13,  &fx_dec_r14,  &fx_getbl,
   /* f0 - ff */
   &fx_sm_r0,   &fx_sm_r1,   &fx_sm_r2,    &fx_sm_r3,    &fx_sm_r4,    &fx_sm_r5,    &fx_sm_r6,    &fx_sm_r7,
   &fx_sm_r8,   &fx_sm_r9,   &fx_sm_r10,   &fx_sm_r11,   &fx_sm_r12,   &fx_sm_r13,   &fx_sm_r14,   &fx_sm_r15,
   /*
    * ALT3 Table
    */
   /* 00 - 0f */
   &fx_stop,    &fx_nop,     &fx_cache,    &fx_lsr,      &fx_rol,      &fx_bra,      &fx_bge,      &fx_blt,
   &fx_bne,     &fx_beq,     &fx_bpl,      &fx_bmi,      &fx_bcc,      &fx_bcs,      &fx_bvc,      &fx_bvs,
   /* 10 - 1f */
   &fx_to_r0,   &fx_to_r1,   &fx_to_r2,    &fx_to_r3,    &fx_to_r4,    &fx_to_r5,    &fx_to_r6,    &fx_to_r7,
   &fx_to_r8,   &fx_to_r9,   &fx_to_r10,   &fx_to_r11,   &fx_to_r12,   &fx_to_r13,   &fx_to_r14,   &fx_to_r15,
   /* 20 - 2f */
   &fx_with_r0, &fx_with_r1, &fx_with_r2,  &fx_with_r3,  &fx_with_r4,  &fx_with_r5,  &fx_with_r6,  &fx_with_r7,
   &fx_with_r8, &fx_with_r9, &fx_with_r10, &fx_with_r11, &fx_with_r12, &fx_with_r13, &fx_with_r14, &fx_with_r15,
   /* 30 - 3f */
   &fx_stb_r0,  &fx_stb_r1,  &fx_stb_r2,   &fx_stb_r3,   &fx_stb_r4,   &fx_stb_r5,   &fx_stb_r6,   &fx_stb_r7,
   &fx_stb_r8,  &fx_stb_r9,  &fx_stb_r10,  &fx_stb_r11,  &fx_loop,     &fx_alt1,     &fx_alt2,     &fx_alt3,
   /* 40 - 4f */
   &fx_ldb_r0,  &fx_ldb_r1,  &fx_ldb_r2,   &fx_ldb_r3,   &fx_ldb_r4,   &fx_ldb_r5,   &fx_ldb_r6,   &fx_ldb_r7,
   &fx_ldb_r8,  &fx_ldb_r9,  &fx_ldb_r10,  &fx_ldb_r11,  &fx_rpix_2bit, &fx_swap,     &fx_cmode,    &fx_not,
   /* 50 - 5f */
   &fx_adc_i0,  &fx_adc_i1,  &fx_adc_i2,   &fx_adc_i3,   &fx_adc_i4,   &fx_adc_i5,   &fx_adc_i6,   &fx_adc_i7,
   &fx_adc_i8,  &fx_adc_i9,  &fx_adc_i10,  &fx_adc_i11,  &fx_adc_i12,  &fx_adc_i13,  &fx_adc_i14,  &fx_adc_i15,
   /* 60 - 6f */
   &fx_cmp_r0,  &fx_cmp_r1,  &fx_cmp_r2,   &fx_cmp_r3,   &fx_cmp_r4,   &fx_cmp_r5,   &fx_cmp_r6,   &fx_cmp_r7,
   &fx_cmp_r8,  &fx_cmp_r9,  &fx_cmp_r10,  &fx_cmp_r11,  &fx_cmp_r12,  &fx_cmp_r13,  &fx_cmp_r14,  &fx_cmp_r15,
   /* 70 - 7f */
   &fx_merge,   &fx_bic_i1,  &fx_bic_i2,   &fx_bic_i3,   &fx_bic_i4,   &fx_bic_i5,   &fx_bic_i6,   &fx_bic_i7,
   &fx_bic_i8,  &fx_bic_i9,  &fx_bic_i10,  &fx_bic_i11,  &fx_bic_i12,  &fx_bic_i13,  &fx_bic_i14,  &fx_bic_i15,
   /* 80 - 8f */
   &fx_umult_i0, &fx_umult_i1, &fx_umult_i2, &fx_umult_i3, &fx_umult_i4, &fx_umult_i5, &fx_umult_i6, &fx_umult_i7,
   &fx_umult_i8, &fx_umult_i9, &fx_umult_i10, &fx_umult_i11, &fx_umult_i12, &fx_umult_i13, &fx_umult_i14, &fx_umult_i15,
   /* 90 - 9f */
   &fx_sbk,     &fx_link_i1, &fx_link_i2,  &fx_link_i3,  &fx_link_i4,  &fx_sex,      &fx_div2,     &fx_ror,
   &fx_ljmp_r8, &fx_ljmp_r9, &fx_ljmp_r10, &fx_ljmp_r11, &fx_ljmp_r12, &fx_ljmp_r13, &fx_lob,      &fx_lmult,
   /* a0 - af */
   &fx_lms_r0,  &fx_lms_r1,  &fx_lms_r2,   &fx_lms_r3,   &fx_lms_r4,   &fx_lms_r5,   &fx_lms_r6,   &fx_lms_r7,
   &fx_lms_r8,  &fx_lms_r9,  &fx_lms_r10,  &fx_lms_r11,  &fx_lms_r12,  &fx_lms_r13,  &fx_lms_r14,  &fx_lms_r15,
   /* b0 - bf */
   &fx_from_r0, &fx_from_r1, &fx_from_r2,  &fx_from_r3,  &fx_from_r4,  &fx_from_r5,  &fx_from_r6,  &fx_from_r7,
   &fx_from_r8, &fx_from_r9, &fx_from_r10, &fx_from_r11, &fx_from_r12, &fx_from_r13, &fx_from_r14, &fx_from_r15,
   /* c0 - cf */
   &fx_hib,     &fx_xor_i1,  &fx_xor_i2,   &fx_xor_i3,   &fx_xor_i4,   &fx_xor_i5,   &fx_xor_i6,   &fx_xor_i7,
   &fx_xor_i8,  &fx_xor_i9,  &fx_xor_i10,  &fx_xor_i11,  &fx_xor_i12,  &fx_xor_i13,  &fx_xor_i14,  &fx_xor_i15,
   /* d0 - df */
   &fx_inc_r0,  &fx_inc_r1,  &fx_inc_r2,   &fx_inc_r3,   &fx_inc_r4,   &fx_inc_r5,   &fx_inc_r6,   &fx_inc_r7,
   &fx_inc_r8,  &fx_inc_r9,  &fx_inc_r10,  &fx_inc_r11,  &fx_inc_r12,  &fx_inc_r13,  &fx_inc_r14,  &fx_romb,
   /* e0 - ef */
   &fx_dec_r0,  &fx_dec_r1,  &fx_dec_r2,   &fx_dec_r3,   &fx_dec_r4,   &fx_dec_r5,   &fx_dec_r6,   &fx_dec_r7,
   &fx_dec_r8,  &fx_dec_r9,  &fx_dec_r10,  &fx_dec_r11,  &fx_dec_r12,  &fx_dec_r13,  &fx_dec_r14,  &fx_getbs,
   /* f0 - ff */
   &fx_lm_r0,   &fx_lm_r1,   &fx_lm_r2,    &fx_lm_r3,    &fx_lm_r4,    &fx_lm_r5,    &fx_lm_r6,    &fx_lm_r7,
   &fx_lm_r8,   &fx_lm_r9,   &fx_lm_r10,   &fx_lm_r11,   &fx_lm_r12,   &fx_lm_r13,   &fx_lm_r14,   &fx_lm_r15,
};