#!Start
#0. def
!!ARBvp1.0

PARAM	Mvp[4] =			{ state.matrix.mvp };
PARAM	Mv[4] =				{ state.matrix.modelview };
PARAM	EtcConsts =			{ 1.0, 0.0, 0.5, 0.0 };
PARAM	LocalParam[10] =	{ program.local[0..9] };
PARAM	EnvParam[196] =		{ program.env[0..195] };
TEMP	RST_NORMAL, FINAL_VERTEX, Temp, Temp1, Temp2, Temp3;
ADDRESS Addr;

OUTPUT	RST_POS       = result.position;
OUTPUT	RST_COLOR     = result.color.primary;
OUTPUT	RST_TEXTURE   = result.texcoord;

ATTRIB  IPT_POS   = vertex.attrib[0];
ATTRIB  IPT_NORM  = vertex.attrib[1];
ATTRIB  IPT_TEX   = vertex.attrib[2];

ARL Addr.x, IPT_TEX.w;

DP4 FINAL_VERTEX.x, IPT_POS, EnvParam[Addr.x];
DP4 FINAL_VERTEX.y, IPT_POS, EnvParam[Addr.x+1];
DP4 FINAL_VERTEX.z, IPT_POS, EnvParam[Addr.x+2];
MOV FINAL_VERTEX.w, EtcConsts.x;

DP4 RST_POS.x, FINAL_VERTEX, Mvp[0];
DP4 RST_POS.y, FINAL_VERTEX, Mvp[1];
DP4 RST_POS.z, FINAL_VERTEX, Mvp[2];
DP4 RST_POS.w, FINAL_VERTEX, Mvp[3];

DP3 RST_NORMAL.x, IPT_NORM, EnvParam[Addr.x];
DP3 RST_NORMAL.y, IPT_NORM, EnvParam[Addr.x+1];
DP3 RST_NORMAL.z, IPT_NORM, EnvParam[Addr.x+2];

DP3 Temp3.x, RST_NORMAL, RST_NORMAL; 
RSQ Temp3.x, Temp3.x;
MUL RST_NORMAL, RST_NORMAL, Temp3.x;

MOV RST_COLOR, LocalParam[0];

#!End #####################################################################################

#!Start
#1. 2 - texture
!!ARBvp1.0

PARAM	Mvp[4] =			{ state.matrix.mvp };
PARAM	Mv[4] =				{ state.matrix.modelview };
PARAM	EtcConsts =			{ 1.0, 0.0, 0.5, 0.0 };
PARAM	LocalParam[10] =	{ program.local[0..9] };
PARAM	EnvParam[196] =		{ program.env[0..195] };
TEMP	RST_NORMAL, FINAL_VERTEX, Temp, Temp1, Temp2, Temp3;
ADDRESS Addr;

OUTPUT	RST_POS       = result.position;
OUTPUT	RST_COLOR     = result.color.primary;
OUTPUT	RST_TEXTURE   = result.texcoord;

ATTRIB  IPT_POS   = vertex.attrib[0];
ATTRIB  IPT_NORM  = vertex.attrib[1];
ATTRIB  IPT_TEX   = vertex.attrib[2];

ARL Addr.x, IPT_TEX.w;

DP4 FINAL_VERTEX.x, IPT_POS, EnvParam[Addr.x];
DP4 FINAL_VERTEX.y, IPT_POS, EnvParam[Addr.x+1];
DP4 FINAL_VERTEX.z, IPT_POS, EnvParam[Addr.x+2];
MOV FINAL_VERTEX.w, EtcConsts.x;

DP4 RST_POS.x, FINAL_VERTEX, Mvp[0];
DP4 RST_POS.y, FINAL_VERTEX, Mvp[1];
DP4 RST_POS.z, FINAL_VERTEX, Mvp[2];
DP4 RST_POS.w, FINAL_VERTEX, Mvp[3];

DP3 RST_NORMAL.x, IPT_NORM, EnvParam[Addr.x];
DP3 RST_NORMAL.y, IPT_NORM, EnvParam[Addr.x+1];
DP3 RST_NORMAL.z, IPT_NORM, EnvParam[Addr.x+2];

DP3 Temp3.x, RST_NORMAL, RST_NORMAL; 
RSQ Temp3.x, Temp3.x;
MUL RST_NORMAL, RST_NORMAL, Temp3.x;

DP3 Temp1.x, RST_NORMAL, LocalParam[5];
MAD Temp1.x, Temp1.x, 0.8, 0.4;
MAX Temp1.x, Temp1.x, 0.2;

MUL RST_COLOR.xyz, LocalParam[0], Temp1.x;
MOV	RST_COLOR.w, LocalParam[0].w;


#!End #####################################################################################

#!Start
#2. 3 - shadow
!!ARBvp1.0

PARAM	Mvp[4] =			{ state.matrix.mvp };
PARAM	Mv[4] =				{ state.matrix.modelview };
PARAM	EtcConsts =			{ 1.0, 0.0, 0.5, 0.0 };
PARAM   Consts        =     { 4000, 5, -4000, 0.0 };
PARAM	LocalParam[10] =	{ program.local[0..9] };
PARAM	EnvParam[196] =		{ program.env[0..195] };
TEMP	RST_NORMAL, FINAL_VERTEX, Temp, Temp1, Temp2, Temp3;
ADDRESS Addr;

OUTPUT	RST_POS       = result.position;
OUTPUT	RST_COLOR     = result.color.primary;
OUTPUT	RST_TEXTURE   = result.texcoord;

ATTRIB  IPT_POS   = vertex.attrib[0];
ATTRIB  IPT_NORM  = vertex.attrib[1];
ATTRIB  IPT_TEX   = vertex.attrib[2];

ARL Addr.x, IPT_TEX.w;

DP4 FINAL_VERTEX.x, IPT_POS, EnvParam[Addr.x];
DP4 FINAL_VERTEX.y, IPT_POS, EnvParam[Addr.x+1];
DP4 FINAL_VERTEX.z, IPT_POS, EnvParam[Addr.x+2];
MOV FINAL_VERTEX.w, EtcConsts.x;

SUB FINAL_VERTEX, FINAL_VERTEX, LocalParam[5];
ADD Temp2, FINAL_VERTEX, Consts;
RCP Temp2.z, Temp2.z;
MUL Temp2.w, Temp2.x, Temp2.z;
MAD FINAL_VERTEX.x, FINAL_VERTEX.z, Temp2.w, FINAL_VERTEX.x;
MOV FINAL_VERTEX.z, Consts.y;
ADD FINAL_VERTEX, FINAL_VERTEX, LocalParam[5];

DP4 RST_POS.x, FINAL_VERTEX, Mvp[0];
DP4 RST_POS.y, FINAL_VERTEX, Mvp[1];
DP4 RST_POS.z, FINAL_VERTEX, Mvp[2];
DP4 RST_POS.w, FINAL_VERTEX, Mvp[3];

MOV	RST_COLOR, LocalParam[0];

#!End #####################################################################################