Class SyncPatterns

Functions that describe patterns performed instantaneously.

Inheritance

System.Object

SyncPatterns

Inherited Members

System.Object.ToString()

System.Object.Equals(System.Object)

System.Object.Equals(System.Object, System.Object)

System.Object.ReferenceEquals(System.Object, System.Object)

System.Object.GetHashCode()

System.Object.GetType()

System.Object.MemberwiseClone()

Namespace: Danmokou.Danmaku.Patterns

Assembly: cs.temp.dll.dll

Syntax

public static class SyncPatterns

Methods

AddTime(GCXF<Single>, SyncPattern)

Add time to summoned bullets. They will simulate the missing time and start from the specified time.

Declaration

public static SyncPattern AddTime(GCXF<float> frames, SyncPattern sp)

Parameters

Type	Name	Description
GCXF<System.Single>	frames
SyncPattern	sp

Returns

Type	Description
SyncPattern

Aim1(ExBPY)

Declaration

public static SyncPattern Aim1(ExBPY speed)

Parameters

Type	Name	Description
ExBPY	speed

Returns

Type	Description
SyncPattern

Color(String, SyncPattern)

Set the color of the fire.

Declaration

public static SyncPattern Color(string color, SyncPattern sp)

Parameters

Type	Name	Description
System.String	color
SyncPattern	sp

Returns

Type	Description
SyncPattern

ColorR(String, SyncPattern)

Set the color of the fire, merging wildcards in the reverse direction.

Declaration

public static SyncPattern ColorR(string color, SyncPattern sp)

Parameters

Type	Name	Description
System.String	color
SyncPattern	sp

Returns

Type	Description
SyncPattern

DoubleFlipX(SyncPattern)

Run the child SyncPattern twice, once without modification and once flipping the angle over the Y-axis.

Declaration

public static SyncPattern DoubleFlipX(SyncPattern sp)

Parameters

Type	Name	Description
SyncPattern	sp	Child SyncPattern to repeat

Returns

Type	Description
SyncPattern

DoubleFlipXY(SyncPattern)

Run the child SyncPattern twice, once without modification and once flipping the angle over the line Y=X.

Declaration

public static SyncPattern DoubleFlipXY(SyncPattern sp)

Parameters

Type	Name	Description
SyncPattern	sp	Child SyncPattern to repeat

Returns

Type	Description
SyncPattern

DoubleFlipY(SyncPattern)

Run the child SyncPattern twice, once without modification and once flipping the angle over the X-axis.

Declaration

public static SyncPattern DoubleFlipY(SyncPattern sp)

Parameters

Type	Name	Description
SyncPattern	sp	Child SyncPattern to repeat

Returns

Type	Description
SyncPattern

FArrow(ExBPY, ExBPY, ExBPY, ExBPY, GenCtxProperty[], GCXU<VTP>)

Declaration

public static SyncPattern FArrow(ExBPY indexer, ExBPY n, ExBPY xStep, ExBPY yStep, GenCtxProperty[] props, GCXU<VTP> path)

Parameters

Type	Name	Description
ExBPY	indexer
ExBPY	n
ExBPY	xStep
ExBPY	yStep
GenCtxProperty[]	props
GCXU<VTP>	path

Returns

Type	Description
SyncPattern

GSRepeat(GenCtxProperties<SyncPattern>, SyncPattern[])

The generic S-level repeater function. Takes any number of functionality-modifying properties as an array.

Declaration

public static SyncPattern GSRepeat(GenCtxProperties<SyncPattern> props, SyncPattern[] target)

Parameters

Type	Name	Description
GenCtxProperties<SyncPattern>	props	Array of properties
SyncPattern[]	target	Child SyncPatterns to run

Returns

Type	Description
SyncPattern

GSRepeat2(GCXF<Single>, GCXF<V2RV2>, GenCtxProperty[], SyncPattern[])

Like GSRepeat, but has specific handling for the TIMES and rpp properties.
Note that SyncPatterns are instantaneous and therefore the WAIT property is inapplicable.

Declaration

public static SyncPattern GSRepeat2(GCXF<float> times, GCXF<V2RV2> rpp, GenCtxProperty[] props, SyncPattern[] target)

Parameters

Type	Name	Description
GCXF<System.Single>	times	Number of invocations
GCXF<V2RV2>	rpp	Amount to increment rv2 between invocations
GenCtxProperty[]	props	Other properties
SyncPattern[]	target	Child SyncPatterns to run

Returns

Type	Description
SyncPattern

GSRepeat2c(GCXF<Single>, GenCtxProperty[], SyncPattern[])

Like GSRepeat, but has specific handling for the TIMES property with CIRCLE.
Note that SyncPatterns are instantaneous and therefore the WAIT property is inapplicable.

Declaration

public static SyncPattern GSRepeat2c(GCXF<float> times, GenCtxProperty[] props, SyncPattern[] target)

Parameters

Type	Name	Description
GCXF<System.Single>	times	Number of invocations
GenCtxProperty[]	props	Other properties
SyncPattern[]	target	Child SyncPatterns to run

Returns

Type	Description
SyncPattern

GSRepeat2dr(ExBPY, ExBPY, ExBPRV2, GenCtxProperty[], SyncPattern[])

Like GSRepeat, but has specific handling for the TIMES and rpp properties, where both are mutated by the difficulty.

Declaration

public static SyncPattern GSRepeat2dr(ExBPY difficulty, ExBPY times, ExBPRV2 rpp, GenCtxProperty[] props, SyncPattern[] target)

Parameters

Type	Name	Description
ExBPY	difficulty
ExBPY	times
ExBPRV2	rpp
GenCtxProperty[]	props
SyncPattern[]	target

Returns

Type	Description
SyncPattern

GSRepeatFRV2(GCXF<Single>, GCXF<V2RV2>, GenCtxProperty[], SyncPattern[])

Like GSRepeat, but has specific handling for the TIMES and FRV2 properties.
Note that SyncPatterns are instantaneous and therefore the WAIT property is inapplicable.

Declaration

public static SyncPattern GSRepeatFRV2(GCXF<float> times, GCXF<V2RV2> frv2, GenCtxProperty[] props, SyncPattern[] target)

Parameters

Type	Name	Description
GCXF<System.Single>	times	Number of invocations
GCXF<V2RV2>	frv2	Local RV2 offset as a function of GCX state
GenCtxProperty[]	props	Other properties
SyncPattern[]	target	Child SyncPatterns to run

Returns

Type	Description
SyncPattern

GuideEmpty(String, ExBPY, (String, ExTP)[], (String, ExBPY)[], GCXU<VTP>, SyncPattern[])

Set up an empty-guided fire.

Declaration

public static SyncPattern GuideEmpty(string suffix, ExBPY indexer, (string, ExTP)[] saveV2s, (string, ExBPY)[] saveFs, GCXU<VTP> emptyPath, SyncPattern[] guided)

Parameters

Type	Name	Description
System.String	suffix	The suffix to use for underlying empty pool names. Do not overlap with any other guideempty functions. First character should be a period.
ExBPY	indexer	The indexing function applied to data hoisted on the empty bullet.
System.ValueTuple<System.String, ExTP>[]	saveV2s	Vector2 values to save on the empty bullet.
System.ValueTuple<System.String, ExBPY>[]	saveFs	Float values to save on the empty bullet.
GCXU<VTP>	emptyPath	The movement path of the empty bullet.
SyncPattern[]	guided	The child fires that follow the empty bullet. They have Loc0 applied to them.

Returns

Type	Description
SyncPattern

GuideEmpty2(ExBPY, (String, ExTP)[], GCXU<VTP>, SyncPattern[])

GuideEmpty with a random suffix and no saved floats.

Declaration

public static SyncPattern GuideEmpty2(ExBPY indexer, (string, ExTP)[] saveV2s, GCXU<VTP> emptyPath, SyncPattern[] guided)

Parameters

Type	Name	Description
ExBPY	indexer
System.ValueTuple<System.String, ExTP>[]	saveV2s
GCXU<VTP>	emptyPath
SyncPattern[]	guided

Returns

Type	Description
SyncPattern

Loc0(SyncPattern)

Spawn the final bullet relative to the origin instead of the firing entity. Also set the V2RV2 to zero and remove the effects of rotational offset.
Use this command to setup empty-guided fires.

Declaration

public static SyncPattern Loc0(SyncPattern sp)

Parameters

Type	Name	Description
SyncPattern	sp

Returns

Type	Description
SyncPattern

Loc0c(String, SyncPattern)

Spawn the final bullet relative to the origin instead of the firing entity. Also set the V2RV2 to zero and remove the effects of rotational offset. Also set the color of the fire.
Use this command to setup empty-guided fires.

Declaration

public static SyncPattern Loc0c(string color, SyncPattern sp)

Parameters

Type	Name	Description
System.String	color	Color of fire
SyncPattern	sp

Returns

Type	Description
SyncPattern

oArrowI(ExBPY, ExBPY, ExBPY, GenCtxProperty[], SyncPattern[])

Declaration

public static SyncPattern oArrowI(ExBPY times, ExBPY xstep, ExBPY ystep, GenCtxProperty[] props, SyncPattern[] inner)

Parameters

Type	Name	Description
ExBPY	times
ExBPY	xstep
ExBPY	ystep
GenCtxProperty[]	props
SyncPattern[]	inner

Returns

Type	Description
SyncPattern

PlayerGuideEmpty(String, ExBPY, (String, ExTP)[], (String, ExBPY)[], GCXU<VTP>, SyncPattern[])

Set up an empty-guided fire for player bullets.

Declaration

public static SyncPattern PlayerGuideEmpty(string suffix, ExBPY indexer, (string, ExTP)[] saveV2s, (string, ExBPY)[] saveFs, GCXU<VTP> emptyPath, SyncPattern[] guided)

Parameters

Type	Name	Description
System.String	suffix
ExBPY	indexer
System.ValueTuple<System.String, ExTP>[]	saveV2s
System.ValueTuple<System.String, ExBPY>[]	saveFs
GCXU<VTP>	emptyPath
SyncPattern[]	guided

Returns

Type	Description
SyncPattern

PSSFX(String, SyncPattern)

Play a sound effect and then run the child SyncPattern.

Declaration

public static SyncPattern PSSFX(string style, SyncPattern sp)

Parameters

Type	Name	Description
System.String	style	Sound effect style
SyncPattern	sp	Child SyncPattern to run unchanged

Returns

Type	Description
SyncPattern

RandomX(ExBPY, ExBPY, SyncPattern)

Equal to gsr { start rv2.rx +=f rand from to } sp

Declaration

public static SyncPattern RandomX(ExBPY from, ExBPY to, SyncPattern sp)

Parameters

Type	Name	Description
ExBPY	from
ExBPY	to
SyncPattern	sp

Returns

Type	Description
SyncPattern

RandomY(ExBPY, ExBPY, SyncPattern)

Equal to gsr { start rv2.ry +=f rand from to } sp

Declaration

public static SyncPattern RandomY(ExBPY from, ExBPY to, SyncPattern sp)

Parameters

Type	Name	Description
ExBPY	from
ExBPY	to
SyncPattern	sp

Returns

Type	Description
SyncPattern

SetP(GCXF<Single>, SyncPattern)

Declaration

public static SyncPattern SetP(GCXF<float> p, SyncPattern sp)

Parameters

Type	Name	Description
GCXF<System.Single>	p
SyncPattern	sp

Returns

Type	Description
SyncPattern

Target(GCXF<Vector2>, SyncPattern[])

Add the angle from the executing BehaviorEntity to the target to the child SyncPattern.

Declaration

public static SyncPattern Target(GCXF<Vector2> target, SyncPattern[] syncPattern)

Parameters

Type	Name	Description
GCXF<Vector2>	target	Target
SyncPattern[]	syncPattern	Child SyncPattern to modify

Returns

Type	Description
SyncPattern

TargetX(GCXF<Vector2>, SyncPattern[])

Add the X-difference from the executing BehaviorEntity to the target to the child SyncPattern.

Declaration

public static SyncPattern TargetX(GCXF<Vector2> target, SyncPattern[] syncPattern)

Parameters

Type	Name	Description
GCXF<Vector2>	target	Target
SyncPattern[]	syncPattern	Child SyncPattern to modify

Returns

Type	Description
SyncPattern

TargetY(GCXF<Vector2>, SyncPattern[])

Add the Y-difference from the executing BehaviorEntity to the target to the child SyncPattern.

Declaration

public static SyncPattern TargetY(GCXF<Vector2> target, SyncPattern[] syncPattern)

Parameters

Type	Name	Description
GCXF<Vector2>	target	Target
SyncPattern[]	syncPattern	Child SyncPattern to modify

Returns

Type	Description
SyncPattern

TreeArrow(ExBPY, ExBPY, ExBPY, ExBPY, GenCtxProperty[], GCXU<VTP>, String, GCXF<Single>, ExBPY, ExBPY, ExBPY)

Declaration

public static SyncPattern TreeArrow(ExBPY indexer, ExBPY n, ExBPY xStep, ExBPY yStep, GenCtxProperty[] props, GCXU<VTP> path, string treeColor, GCXF<float> treeXLen, ExBPY treeYLen, ExBPY treeXStep, ExBPY treeYStep)

Parameters

Type	Name	Description
ExBPY	indexer
ExBPY	n
ExBPY	xStep
ExBPY	yStep
GenCtxProperty[]	props
GCXU<VTP>	path
System.String	treeColor
GCXF<System.Single>	treeXLen
ExBPY	treeYLen
ExBPY	treeXStep
ExBPY	treeYStep

Returns

Type	Description
SyncPattern

World(SyncPattern)

Spawn the final bullet relative to the origin instead of the firing entity. If the firing entity is a rotated summon, rotational offset will still apply.

Declaration

public static SyncPattern World(SyncPattern sp)

Parameters

Type	Name	Description
SyncPattern	sp

Returns

Type	Description
SyncPattern