#Particle System loader
# Data is:
#	i E [x, y, z]
#	Pi = position scale
#	Vi = velocity scale
#	Ai = acceleration scale
#	Ni = normal scale (normal usually means direction of movement)
#	ANDi = and value
#	Di = diff value
#
# Formulas are:
#	Velocity V = Vi * ( (rand() & ANDi) - Di ) + Ni * normal[i]
#	Position P = position[i] * Pi * Velocity[i]
#			{ gravity, 			if use gravity
#	Acceleration A ={ Ai * Velocity[i] + gravity, 	if add gravity
#			{ Ai * Velocity[i],		otherwise
#	dIntensity = 	dIntensity - ( rand() & dIntensity_AND )
#	Expire time = 	SYSTEM_EXPIRE_TIME - ( rand() & expireAnd )
#
# Colors are:
#	PALETTE_BASE_RED		0x10
#	PALETTE_BASE_INDIAN_SUMMER	0x20
#	PALETTE_BASE_ORANGE		0x30
#	PALETTE_BASE_BURNT_SIENNA	0x40
#	PALETTE_BASE_YELLOW		0x50
#	PALETTE_LIGHT_BROWN		0x60
#	PALETTE_LIGHT_TAN		0x70
#	PALETTE_PALE_LIME		0x80
#	PALETTE_BASE_GRAY		0x90
#	PALETTE_LIGHT_GRAY		0xA0
#	PALETTE_LIGHT_BLUE		0xB0
#	PALETTE_BASE_BLUE		0xC0
#	PALETTE_BASE_INDIGO		0xD0
#	PALETTE_BASE_VIOLET		0xE0
#	PALETTE_BASE_CONFETTI		0xF0
#
#The format follows:
# number of particles
# duration of particles
# use player direction (0 = TRUE, 1 = FALSE )
# number of systems
# [For each system i]
# 	scale position of subsystem i:	Px Py Pz
# 	scale velocity of subsystem i:	Vx Vy Vz
# 	and value of subsystem i:	ANDx ANDy ANDz (HEX)
# 	diff value of subsystem i:	Dx Dy Dz       (HEX)
# 	scale normal of subsystem i: 	Nx Ny Nz
#	use_gravity(0/1)	add_gravity(0/1)
# 	scale acceler. of subsystem i:	Ax Ay Az
# 	chance of subsystem i
#	particle size of subsystem i
#	color of subsystem i	  (HEX)
#	dIntensity of subsystem i (HEX)
#	dIntensity_AND value of subsystem i (HEX)
#	Maximum intensity of subsystem i (HEX)
#	Minimum intensity of subsystem i (HEX)
#	ddIntensity of subsystem i (HEX)
#	expireAnd of subsystem i (HEX)
#
2
1000
0
1
100.0 100.0 100.0
0.00001 0.00001 0.00001
0xff 0xff 0xff
0x80 0x80 0x80
0.0 0.0 0.0
0 0
-0.0003 -0.0003 -0.0003
100
20
0x10
-0x40
0x7f
0xfffff
0x70000
0
0x1ff