C# 클래스 VisualPOVRAY.Factory

파일 보기 프로젝트 열기: TheAwesomePossum/VisualPOVray

공개 메소드들

메소드	설명
Intersect ( PovObj o1, PovObj o2, bool reactive = true ) : Intersection
blob ( float threshold = .06f, Point3 rotate = null, Point3 translate = null, List blob = null, bool reactive = false, Signal rthresh = null ) : Blob
blueSkyTexture ( float turbulence = 1f, Signal rturbulencee = null, bool reactive = true ) : BlueSkyTexture
box ( Point3 lowerleftcorner = null, Point3 upperrightcorner = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, string finish = null, bool reactive = true ) : Box
cone ( Point3 bottompoint = null, float bottomradius = 1.0f, Signal bottomradiusr = null, Point3 toppoint = null, float topradius = 0.0f, Signal topradiusr = null, Point3 translate = null, Point3 rotation = null, string finish = null, PovTexture texture = null, bool reactive = true ) : Cone
cos ( Signal value, float initValue = 0f ) : Liftf
cos ( float currentTime, float currentValue, Signal value ) : float
diff ( PovObj o1, PovObj o2, bool reactive = true ) : Difference
event1 ( int time, VisualPOVRAY.Functions func ) : Event
everntfunc ( VisualPOVRAY.Functions rf, VisualPOVRAY.Functions func ) : Event
integral ( Signal value, float initValue = 0f ) : Liftf
leopardTexture ( String color1, String color2, String color3, float scale = .3f, Signal rscale = null, float turbulence = .5f, Signal rturbulence = null, bool reactive = true ) : LeopardTexture
lift ( Signal value, Liftf sigUp ) : Liftf
lift0 ( bool value ) : Lift0b
lift0 ( float value ) : Lift0f
lift0 ( string value ) : Lift0s
marbleTexture ( String color1, String color2, float turbulence = 100f, Signal rturbulence = null, float scale = 100f, Signal rscale = null, System.Boolean reactive = true ) : MarbleTexture
merge ( PovObj o1, PovObj o2, bool reactive = true ) : Merge
p2 ( Signal xs, Signal ys ) : Point2
p2 ( float x, float y, bool reactive = true ) : Point2
p3 ( Signal xs, Signal ys, Signal zs ) : Point3
p3 ( float x, float y, float z, bool reactive = true ) : Point3
plus ( Signal value, float initalValue ) : Liftf
plus ( float currentTime, float currentValue, Signal value ) : float
prism ( String spline_type, float height1, float height2, int numPoints, Point2 p, Point3 loc = null, bool reactive = false, Signal rh1 = null, Signal rh2 = null, Signal nps = null ) : Prism
sin ( Signal value, float initValue = 0f ) : Liftf
sin ( float currentTime, float currentValue, Signal value ) : float
sphere ( Point3 location = null, float radius = 1.0f, Signal rrad = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, string finish = null, bool reactive = true ) : Sphere
union ( PovObj o1, PovObj o2, bool reactive = true ) : Union
waveTexture ( String color1, String color2, float scale = .1f, Signal rscale = null, bool reactive = true ) : WaveTexture

비공개 메소드들

메소드	설명
integral ( float currentTime, float currentValue, Signal value ) : float

메소드 상세

Intersect() 공개 정적인 메소드

public static Intersect ( PovObj o1, PovObj o2, bool reactive = true ) : Intersection
o1	PovObj
o2	PovObj
reactive	bool
리턴	Intersection

blob() 공개 정적인 메소드

public static blob ( float threshold = .06f, Point3 rotate = null, Point3 translate = null, List blob = null, bool reactive = false, Signal rthresh = null ) : Blob
threshold	float
rotate	Point3
translate	Point3
blob	List
reactive	bool
rthresh	Signal
리턴	Blob

blueSkyTexture() 공개 정적인 메소드

public static blueSkyTexture ( float turbulence = 1f, Signal rturbulencee = null, bool reactive = true ) : BlueSkyTexture
turbulence	float
rturbulencee	Signal
reactive	bool
리턴	BlueSkyTexture

box() 공개 정적인 메소드

public static box ( Point3 lowerleftcorner = null, Point3 upperrightcorner = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, string finish = null, bool reactive = true ) : Box
lowerleftcorner	Point3
upperrightcorner	Point3
translate	Point3
rotation	Point3
texture	PovTexture
finish	string
reactive	bool
리턴	Box

cone() 공개 정적인 메소드

public static cone ( Point3 bottompoint = null, float bottomradius = 1.0f, Signal bottomradiusr = null, Point3 toppoint = null, float topradius = 0.0f, Signal topradiusr = null, Point3 translate = null, Point3 rotation = null, string finish = null, PovTexture texture = null, bool reactive = true ) : Cone
bottompoint	Point3
bottomradius	float
bottomradiusr	Signal
toppoint	Point3
topradius	float
topradiusr	Signal
translate	Point3
rotation	Point3
finish	string
texture	PovTexture
reactive	bool
리턴	Cone

cos() 공개 정적인 메소드

public static cos ( Signal value, float initValue = 0f ) : Liftf
value	Signal
initValue	float
리턴	Liftf

cos() 공개 정적인 메소드

public static cos ( float currentTime, float currentValue, Signal value ) : float
currentTime	float
currentValue	float
value	Signal
리턴	float

diff() 공개 정적인 메소드

public static diff ( PovObj o1, PovObj o2, bool reactive = true ) : Difference
o1	PovObj
o2	PovObj
reactive	bool
리턴	Difference

event1() 공개 정적인 메소드

public static event1 ( int time, VisualPOVRAY.Functions func ) : Event
time	int
func	VisualPOVRAY.Functions
리턴	Event

everntfunc() 공개 정적인 메소드

public static everntfunc ( VisualPOVRAY.Functions rf, VisualPOVRAY.Functions func ) : Event
rf	VisualPOVRAY.Functions
func	VisualPOVRAY.Functions
리턴	Event

integral() 공개 정적인 메소드

public static integral ( Signal value, float initValue = 0f ) : Liftf
value	Signal
initValue	float
리턴	Liftf

leopardTexture() 공개 정적인 메소드

public static leopardTexture ( String color1, String color2, String color3, float scale = .3f, Signal rscale = null, float turbulence = .5f, Signal rturbulence = null, bool reactive = true ) : LeopardTexture
color1	String
color2	String
color3	String
scale	float
rscale	Signal
turbulence	float
rturbulence	Signal
reactive	bool
리턴	LeopardTexture

lift() 공개 정적인 메소드

public static lift ( Signal value, Liftf sigUp ) : Liftf
value	Signal
sigUp	Liftf
리턴	Liftf

lift0() 공개 정적인 메소드

public static lift0 ( bool value ) : Lift0b
value	bool
리턴	Lift0b

lift0() 공개 정적인 메소드

public static lift0 ( float value ) : Lift0f
value	float
리턴	Lift0f

lift0() 공개 정적인 메소드

public static lift0 ( string value ) : Lift0s
value	string
리턴	Lift0s

marbleTexture() 공개 정적인 메소드

public static marbleTexture ( String color1, String color2, float turbulence = 100f, Signal rturbulence = null, float scale = 100f, Signal rscale = null, System.Boolean reactive = true ) : MarbleTexture
color1	String
color2	String
turbulence	float
rturbulence	Signal
scale	float
rscale	Signal
reactive	System.Boolean
리턴	MarbleTexture

merge() 공개 정적인 메소드

public static merge ( PovObj o1, PovObj o2, bool reactive = true ) : Merge
o1	PovObj
o2	PovObj
reactive	bool
리턴	Merge

p2() 공개 정적인 메소드

public static p2 ( Signal xs, Signal ys ) : Point2
xs	Signal
ys	Signal
리턴	Point2

p2() 공개 정적인 메소드

public static p2 ( float x, float y, bool reactive = true ) : Point2
x	float
y	float
reactive	bool
리턴	Point2

p3() 공개 정적인 메소드

public static p3 ( Signal xs, Signal ys, Signal zs ) : Point3
xs	Signal
ys	Signal
zs	Signal
리턴	Point3

p3() 공개 정적인 메소드

public static p3 ( float x, float y, float z, bool reactive = true ) : Point3
x	float
y	float
z	float
reactive	bool
리턴	Point3

plus() 공개 정적인 메소드

public static plus ( Signal value, float initalValue ) : Liftf
value	Signal
initalValue	float
리턴	Liftf

plus() 공개 정적인 메소드

public static plus ( float currentTime, float currentValue, Signal value ) : float
currentTime	float
currentValue	float
value	Signal
리턴	float

prism() 공개 정적인 메소드

public static prism ( String spline_type, float height1, float height2, int numPoints, Point2 p, Point3 loc = null, bool reactive = false, Signal rh1 = null, Signal rh2 = null, Signal nps = null ) : Prism
spline_type	String
height1	float
height2	float
numPoints	int
p	Point2
loc	Point3
reactive	bool
rh1	Signal
rh2	Signal
nps	Signal
리턴	Prism

sin() 공개 정적인 메소드

public static sin ( Signal value, float initValue = 0f ) : Liftf
value	Signal
initValue	float
리턴	Liftf

sin() 공개 정적인 메소드

public static sin ( float currentTime, float currentValue, Signal value ) : float
currentTime	float
currentValue	float
value	Signal
리턴	float

sphere() 공개 정적인 메소드

public static sphere ( Point3 location = null, float radius = 1.0f, Signal rrad = null, Point3 translate = null, Point3 rotation = null, PovTexture texture = null, string finish = null, bool reactive = true ) : Sphere
location	Point3
radius	float
rrad	Signal
translate	Point3
rotation	Point3
texture	PovTexture
finish	string
reactive	bool
리턴	Sphere

union() 공개 정적인 메소드

public static union ( PovObj o1, PovObj o2, bool reactive = true ) : Union
o1	PovObj
o2	PovObj
reactive	bool
리턴	Union

waveTexture() 공개 정적인 메소드

public static waveTexture ( String color1, String color2, float scale = .1f, Signal rscale = null, bool reactive = true ) : WaveTexture
color1	String
color2	String
scale	float
rscale	Signal
reactive	bool
리턴	WaveTexture