mktest Namespace Reference

Functions
	packet (type, words)
	string (type, s)
	rgb (r, g, b)
	xy (x, y)
	rgb15 (r, g, b)

Variables
int	FRAMES = 60
int	PKT_GP0 = 0x00
int	PKT_GP1 = 0x01
int	PKT_VSYNC = 0x02
int	PKT_THROW_AWAY = 0x03
int	PKT_READBACK = 0x04
int	PKT_TRACE_BEGIN = 0x05
int	PKT_GPU_VERSION = 0x06
int	PKT_GAME_ID = 0x10
int	PKT_VIDEO_FORMAT = 0x11
int	PKT_COMMENT = 0x12
	out = bytearray(b"PSXGPUDUMPv1r1\0\0")
list	pixels = []
list	data = [pixels[i] | (pixels[i + 1] << 16) for i in range(0, len(pixels), 2)]
int	cycles = 0
int	t = f / FRAMES
list	words = []
int	qx = 10 + f * 4
	cx
	cy
	r
list	tri = []
int	a = 2 * math.pi * (t + i / 3)
	vx = int(cx + r * math.cos(a))
	vy = int(cy + r * math.sin(a))
int	amp = int(20 * math.sin(2 * math.pi * t)) + 1
int	px = 20 + int(200 * abs(math.sin(math.pi * t)))
int	py = 70 + f

Function Documentation

packet()

mktest.packet	(		type,
			words
	)

rgb()

mktest.rgb	(		r,
			g,
			b
	)

rgb15()

mktest.rgb15	(		r,
			g,
			b
	)

string()

mktest.string	(		type,
			s
	)

xy()

mktest.xy	(		x,
			y
	)

Variable Documentation

a

int mktest.a = 2 * math.pi * (t + i / 3)

amp

int mktest.amp = int(20 * math.sin(2 * math.pi * t)) + 1

cx

mktest.cx

cy

mktest.cy

cycles

int mktest.cycles = 0

data

list mktest.data = [pixels[i] | (pixels[i + 1] << 16) for i in range(0, len(pixels), 2)]

FRAMES

int mktest.FRAMES = 60

out

mktest.out = bytearray(b"PSXGPUDUMPv1r1\0\0")

pixels

list mktest.pixels = []

PKT_COMMENT

int mktest.PKT_COMMENT = 0x12

PKT_GAME_ID

int mktest.PKT_GAME_ID = 0x10

PKT_GP0

int mktest.PKT_GP0 = 0x00

PKT_GP1

int mktest.PKT_GP1 = 0x01

PKT_GPU_VERSION

int mktest.PKT_GPU_VERSION = 0x06

PKT_READBACK

int mktest.PKT_READBACK = 0x04

PKT_THROW_AWAY

int mktest.PKT_THROW_AWAY = 0x03

PKT_TRACE_BEGIN

int mktest.PKT_TRACE_BEGIN = 0x05

PKT_VIDEO_FORMAT

int mktest.PKT_VIDEO_FORMAT = 0x11

PKT_VSYNC

int mktest.PKT_VSYNC = 0x02

px

int mktest.px = 20 + int(200 * abs(math.sin(math.pi * t)))

py

int mktest.py = 70 + f

qx

int mktest.qx = 10 + f * 4

r

mktest.r

t

int mktest.t = f / FRAMES

tri

list mktest.tri = []

vx

mktest.vx = int(cx + r * math.cos(a))

vy

mktest.vy = int(cy + r * math.sin(a))

words

list mktest.words = []